diff --git a/.github/workflows/ci.yml b/.github/workflows/ci.yml index 8e9bf6e1..b2a3bffe 100644 --- a/.github/workflows/ci.yml +++ b/.github/workflows/ci.yml @@ -62,7 +62,7 @@ jobs: - name: testing GEOUNED functionality run: | - python -m pytest -v tests/test_convert.py + python -m pytest -vv tests/test_convert.py geouned_cadtocsg -i tests/config_complete_defaults.json geouned_cadtocsg -i tests/config_non_defaults.json diff --git a/pyproject.toml b/pyproject.toml index f8fcb9f1..59098043 100644 --- a/pyproject.toml +++ b/pyproject.toml @@ -52,6 +52,7 @@ geouned_cadtocsg = "geouned.GEOUNED.scripts.geouned_cadtocsg:main" [tool.black] line-length = 128 +exclude = '(tests/regression_test_files/.*|tests/regression_test_files)' [tool.setuptools_scm] write_to = "src/_version.py" diff --git a/tests/regression_test_files/DoubleCylinder/pieza/pieza.inp b/tests/regression_test_files/DoubleCylinder/pieza/pieza.inp new file mode 100644 index 00000000..a48b33f2 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza/pieza.inp @@ -0,0 +1,99 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/pieza.stp +$ +$ Creation Date : 2024-05-27 14:58:50.279561 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 25 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 5 12 13 17 -2 -6 -4 -3 -1:9 14 15 18 -8 -7 -6 -4 -3 -2:8 11 + -10 -5 -3 -2:8 16 -11 -6 -5 -4 -3 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -25 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 25 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 7.3784606e-01 1.3010219e-01 6.6231157e-01 6.2151356e+01 +2 P -7.3317589e-01 -1.5876420e-01 6.6124659e-01 3.9619377e+00 +3 P 1.9454321e-01 -9.8069494e-01 -1.9757901e-02 -2.5616969e-01 +4 P 7.3317589e-01 1.5876420e-01 -6.6124659e-01 -3.5619377e+00 +5 P 6.5161800e-01 1.1415500e-01 7.4990840e-01 6.1718805e+01 +6 P -1.9454321e-01 9.8069494e-01 1.9757901e-02 1.5561697e+00 +7 P -9.7530811e-01 -1.9803970e-01 9.7746401e-02 -3.1181735e+01 +8 P 6.5161800e-01 1.1415500e-01 7.4990840e-01 5.9918805e+01 +9 P 5.5507811e-01 9.7875202e-02 8.2601982e-01 5.8552434e+01 +10 P -1.9454321e-01 9.8069494e-01 1.9757901e-02 4.3230585e-01 +11 P -7.3317589e-01 -1.5876420e-01 6.6124659e-01 3.7619377e+00 +12 GQ 0.581445710493123 0.979428677648543 0.439125611858333 + -0.185582490672266 0.214829493665443 0.969033293610163 + -91.036563460162242 -20.182321164678221 -82.507973908567408 + 3874.124028650739547 +13 GQ 0.462453079161026 0.974793941088914 0.562752979750060 + -0.232804118126292 0.209964512726479 0.969620109901546 + -80.683629717363132 -15.212760650973010 -93.112824124640355 + 3852.757597861383147 +14 GQ 0.350210777037867 0.966999139089362 0.682790083872771 + -0.292872694310718 0.204628446913812 0.908007896256846 + -64.287210850087817 -14.487746777464189 -96.683453265628231 + 3421.094783220790760 +15 GQ 0.462453079161026 0.974793941088914 0.562752979750060 + -0.232804118126292 0.209964512726479 0.969620109901546 + -77.425539729930506 -14.641985610164674 -89.363282191651308 + 3548.663578546907047 +16 GQ 0.462453079161026 0.974793941088914 0.562752979750060 + -0.232804118126292 0.209964512726479 0.969620109901546 + -78.898950172057866 -15.711929124146245 -91.253859470415335 + 3699.733024074039349 +17 P -3.2073283e-01 -8.3985920e-01 -4.3791206e-01 -4.0147773e+01 +18 P 5.1299389e-01 -6.8898809e-01 5.1198895e-01 3.7237088e+01 +19 PX 3.4132386e+01 +20 PX 3.9459381e+01 +21 PY 5.3357981e+00 +22 PY 9.0325477e+00 +23 PZ 4.5197695e+01 +24 PZ 5.0972496e+01 +25 S 3.6795884e+01 7.1841729e+00 4.8085095e+01 4.4282323e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/DoubleCylinder/pieza/pieza.mcnp b/tests/regression_test_files/DoubleCylinder/pieza/pieza.mcnp new file mode 100644 index 00000000..8476ea25 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza/pieza.mcnp @@ -0,0 +1,98 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/pieza.stp +C +C Creation Date : 2024-05-27 14:58:50.276045 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 25 +C Materials : 0 +C +C ************************************************************** +1 0 5 12 13 17 -2 -6 -4 -3 -1:9 14 15 18 -8 -7 -6 -4 -3 -2:8 11 -10 -5 + -3 -2:8 16 -11 -6 -5 -4 -3 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 19 -20 21 -22 23 -24 (3:(2:((-17:-13:-12:1:-5) (-18:-15:-14:-9:7:8) + :4:6) (10:-11:-8:5)) (-16:-8:11:6:5:4)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(34.132, 39.459, 5.336, 9.033, 45.198, 50.972) + $Enclosed cells : (1) +3 0 -25 (-19:20:-21:22:-23:24) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 25 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 7.3784606e-01 1.3010219e-01 6.6231157e-01 6.2151356e+01 +2 P -7.3317589e-01 -1.5876420e-01 6.6124659e-01 3.9619377e+00 +3 P 1.9454321e-01 -9.8069494e-01 -1.9757901e-02 -2.5616969e-01 +4 P 7.3317589e-01 1.5876420e-01 -6.6124659e-01 -3.5619377e+00 +5 P 6.5161800e-01 1.1415500e-01 7.4990840e-01 6.1718805e+01 +6 P -1.9454321e-01 9.8069494e-01 1.9757901e-02 1.5561697e+00 +7 P -9.7530811e-01 -1.9803970e-01 9.7746401e-02 -3.1181735e+01 +8 P 6.5161800e-01 1.1415500e-01 7.4990840e-01 5.9918805e+01 +9 P 5.5507811e-01 9.7875202e-02 8.2601982e-01 5.8552434e+01 +10 P -1.9454321e-01 9.8069494e-01 1.9757901e-02 4.3230585e-01 +11 P -7.3317589e-01 -1.5876420e-01 6.6124659e-01 3.7619377e+00 +12 GQ 0.581445710493123 0.979428677648543 0.439125611858333 + -0.185582490672266 0.214829493665443 0.969033293610163 + -91.036563460162242 -20.182321164678221 -82.507973908567408 + 3874.124028650739547 +13 GQ 0.462453079161026 0.974793941088914 0.562752979750060 + -0.232804118126292 0.209964512726479 0.969620109901546 + -80.683629717363132 -15.212760650973010 -93.112824124640355 + 3852.757597861383147 +14 GQ 0.350210777037867 0.966999139089362 0.682790083872771 + -0.292872694310718 0.204628446913812 0.908007896256846 + -64.287210850087817 -14.487746777464189 -96.683453265628231 + 3421.094783220790760 +15 GQ 0.462453079161026 0.974793941088914 0.562752979750060 + -0.232804118126292 0.209964512726479 0.969620109901546 + -77.425539729930506 -14.641985610164674 -89.363282191651308 + 3548.663578546907047 +16 GQ 0.462453079161026 0.974793941088914 0.562752979750060 + -0.232804118126292 0.209964512726479 0.969620109901546 + -78.898950172057866 -15.711929124146245 -91.253859470415335 + 3699.733024074039349 +17 P -3.2073283e-01 -8.3985920e-01 -4.3791206e-01 -4.0147773e+01 +18 P 5.1299389e-01 -6.8898809e-01 5.1198895e-01 3.7237088e+01 +19 PX 3.4132386e+01 +20 PX 3.9459381e+01 +21 PY 5.3357981e+00 +22 PY 9.0325477e+00 +23 PZ 4.5197695e+01 +24 PZ 5.0972496e+01 +25 S 3.6795884e+01 7.1841729e+00 4.8085095e+01 4.4282323e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 3.4132386e+01 3.9459381e+01 +C SI2 5.3357981e+00 9.0325477e+00 +C SI3 4.5197695e+01 5.0972496e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=25 WGT=6.1604248e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.1545693e+00 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/pieza/pieza.py b/tests/regression_test_files/DoubleCylinder/pieza/pieza.py new file mode 100644 index 00000000..f6cc3ea4 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza/pieza.py @@ -0,0 +1,42 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.7378460611802498,b=0.13010219315504395,c=0.6623115651542247,d=62.151356300075804) +S2 = openmc.Plane(a=-0.733175886232957,b=-0.158764197018991,c=0.661246587583961,d=3.9619377256223913) +S3 = openmc.Plane(a=0.194543207959962,b=-0.980694940127811,c=-0.0197579008084462,d=-0.25616969049352606) +S4 = openmc.Plane(a=0.733175886232957,b=0.158764197018991,c=-0.661246587583961,d=-3.561937733133169) +S5 = openmc.Plane(a=0.6516180031473319,b=0.11415500055105819,c=0.7499084036223835,d=61.71880510810279) +S6 = openmc.Plane(a=-0.194543207959962,b=0.980694940127811,c=0.0197579008084462,d=1.5561697436868895) +S7 = openmc.Plane(a=-0.9753081139396753,b=-0.19803970283093406,c=0.09774640139702742,d=-31.181734815666985) +S8 = openmc.Plane(a=0.6516180031473329,b=0.11415500055105797,c=0.7499084036223829,d=59.91880509940907) +S9 = openmc.Plane(a=0.5550781105833491,b=0.09787520186621142,c=0.8260198157495181,d=58.55243395636722) +S10 = openmc.Plane(a=-0.194543207959962,b=0.980694940127811,c=0.0197579008084462,d=0.43230584769981795) +S11 = openmc.Plane(a=-0.7331758862329569,b=-0.1587641970189915,c=0.661246587583961,d=3.7619377293777805) +S12 = openmc.Cylinder(x0=37.673800035056,y0=8.3520809844321,z0=50.33472525295301,r=1.2300018418939,dx=-0.6469577184846603,dy=-0.14342706282796008,dz=0.7489154746309274) +S13 = openmc.Cylinder(x0=37.04412122692,y0=6.8922876314062,z0=49.530580397858,r=0.2468886454605,dx=-0.7331759139790219,dy=-0.15876416129305196,dz=0.6612465653974618) +S14 = openmc.Cylinder(x0=34.270219418778,y0=7.7231266204682,z0=46.855873812881,r=1.229968297897,dx=-0.8060950458613012,dy=-0.18166139080893806,dz=0.5632139168444162) +S15 = openmc.Cylinder(x0=35.246685437671,y0=6.570436251630101,z0=47.807679989394,r=0.246898236319,dx=-0.7331759139790219,dy=-0.15876416129305196,dz=0.6612465653974618) +S16 = openmc.Cylinder(x0=36.125776629678,y0=7.1362407035113,z0=48.624551652097004,r=0.24689421075430001,dx=-0.7331759139790219,dy=-0.15876416129305196,dz=0.6612465653974618) +S17 = openmc.Plane(a=-0.32073283389413365,b=-0.839859199072995,c=-0.4379120630842516,d=-40.14777337947996) +S18 = openmc.Plane(a=0.512993890808528,b=-0.6889880897445669,c=0.5119889453721248,d=37.23708775977344) +S19 = openmc.XPlane(x0=34.13238636210711) +S20 = openmc.XPlane(x0=39.45938114769521) +S21 = openmc.YPlane(y0=5.3357981334812665) +S22 = openmc.YPlane(y0=9.032547691019097) +S23 = openmc.ZPlane(z0=45.19769476089668) +S24 = openmc.ZPlane(z0=50.972496101482704) +S25 = openmc.Sphere(x0=36.79588375490116,y0=7.184172912250182,z0=48.08509543118969,r=4.428232270753759, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S5 & +S12 & +S13 & +S17 & -S2 & -S6 & -S4 & -S3 & -S1) | (+S9 & +S14 & +S15 & +S18 & -S8 & -S7 & -S6 & -S4 & -S3 & -S2) | (+S8 & +S11 & -S10 & -S5 & -S3 & -S2) | (+S8 & +S16 & -S11 & -S6 & -S5 & -S4 & -S3))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(34.132, 39.459, 5.336, 9.033, 45.198, 50.972). Enclosed cells : (1)", region=(+S19 & -S20 & +S21 & -S22 & +S23 & -S24 & ((+S3) | (((+S2) | ((((-S17 | -S13 | -S12 | +S1 | -S5) & (-S18 | -S15 | -S14 | -S9 | +S7 | +S8)) | (+S4 | +S6)) & (+S10 | -S11 | -S8 | +S5))) & (-S16 | -S8 | +S11 | +S6 | +S5 | +S4))))) +C3 = openmc.Cell(name="", region=(-S25 & (-S19 | +S20 | -S21 | +S22 | -S23 | +S24))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/DoubleCylinder/pieza/pieza.serp b/tests/regression_test_files/DoubleCylinder/pieza/pieza.serp new file mode 100644 index 00000000..5b58fc08 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza/pieza.serp @@ -0,0 +1,76 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/pieza.stp +% +% Creation Date : 2024-05-27 14:58:50.278283 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 25 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 5 12 13 17 -2 -6 -4 -3 -1:9 14 15 18 -8 -7 -6 -4 -3 -2:8 11 + -10 -5 -3 -2:8 16 -11 -6 -5 -4 -3% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 19 -20 21 -22 23 -24 (3:(2:((-17:-13:-12:1:-5) (-18:-15:-14: + -9:7:8):4:6) (10:-11:-8:5)) (-16:-8:11:6:5:4)) %Automatic Generated Void Cell. Enclosure(34.132, 39.459, 5.336, 9.033, 45.198, 50.972) + %Enclosed cells : (1) +cell 3 0 void -25 (-19:20:-21:22:-23:24) %Graveyard_in +cell 4 0 outside 25 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 7.3784606e-01 1.3010219e-01 6.6231157e-01 6.2151356e+01 +surf 2 plane -7.3317589e-01 -1.5876420e-01 6.6124659e-01 3.9619377e+00 +surf 3 plane 1.9454321e-01 -9.8069494e-01 -1.9757901e-02 -2.5616969e-01 +surf 4 plane 7.3317589e-01 1.5876420e-01 -6.6124659e-01 -3.5619377e+00 +surf 5 plane 6.5161800e-01 1.1415500e-01 7.4990840e-01 6.1718805e+01 +surf 6 plane -1.9454321e-01 9.8069494e-01 1.9757901e-02 1.5561697e+00 +surf 7 plane -9.7530811e-01 -1.9803970e-01 9.7746401e-02 -3.1181735e+01 +surf 8 plane 6.5161800e-01 1.1415500e-01 7.4990840e-01 5.9918805e+01 +surf 9 plane 5.5507811e-01 9.7875202e-02 8.2601982e-01 5.8552434e+01 +surf 10 plane -1.9454321e-01 9.8069494e-01 1.9757901e-02 4.3230585e-01 +surf 11 plane -7.3317589e-01 -1.5876420e-01 6.6124659e-01 3.7619377e+00 +surf quadratic 0.581445710493123 0.979428677648543 0.439125611858333 + -0.185582490672266 0.214829493665443 0.969033293610163 + -91.036563460162242 -20.182321164678221 -82.507973908567408 + 3874.124028650739547 +surf quadratic 0.462453079161026 0.974793941088914 0.562752979750060 + -0.232804118126292 0.209964512726479 0.969620109901546 + -80.683629717363132 -15.212760650973010 -93.112824124640355 + 3852.757597861383147 +surf quadratic 0.350210777037867 0.966999139089362 0.682790083872771 + -0.292872694310718 0.204628446913812 0.908007896256846 + -64.287210850087817 -14.487746777464189 -96.683453265628231 + 3421.094783220790760 +surf quadratic 0.462453079161026 0.974793941088914 0.562752979750060 + -0.232804118126292 0.209964512726479 0.969620109901546 + -77.425539729930506 -14.641985610164674 -89.363282191651308 + 3548.663578546907047 +surf quadratic 0.462453079161026 0.974793941088914 0.562752979750060 + -0.232804118126292 0.209964512726479 0.969620109901546 + -78.898950172057866 -15.711929124146245 -91.253859470415335 + 3699.733024074039349 +surf 17 plane -3.2073283e-01 -8.3985920e-01 -4.3791206e-01 -4.0147773e+01 +surf 18 plane 5.1299389e-01 -6.8898809e-01 5.1198895e-01 3.7237088e+01 +surf 19 px 3.4132386e+01 +surf 20 px 3.9459381e+01 +surf 21 py 5.3357981e+00 +surf 22 py 9.0325477e+00 +surf 23 pz 4.5197695e+01 +surf 24 pz 5.0972496e+01 +surf 25 sph 3.6795884e+01 7.1841729e+00 4.8085095e+01 4.4282323e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/pieza/pieza.xml b/tests/regression_test_files/DoubleCylinder/pieza/pieza.xml new file mode 100644 index 00000000..e7825c56 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza/pieza.xml @@ -0,0 +1,32 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.inp b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.inp new file mode 100644 index 00000000..9facccde --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.inp @@ -0,0 +1,78 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/pieza1.stp +$ +$ Creation Date : 2024-05-27 14:58:50.558364 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 19 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 6 10 11 -9 -5:1 6 7 9 10 -5 -3 -2:4 6 10 -8 -7 -5 -2:4 6 8 9 + 12 -5 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -19 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 19 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX 0.0000000e+00 +2 PX 1.0000000e+00 +3 PY 1.0000000e+00 +4 PY 0.0000000e+00 +5 PZ 1.0000000e+00 +6 PZ 0.0000000e+00 +7 P -6.0861825e-01 7.9346318e-01 0.0000000e+00 1.5869264e-01 +8 P -7.7144921e-01 -6.3629091e-01 0.0000000e+00 -4.6354735e-01 +9 C/Z 0.200000 0.200000 0.200000 +10 C/Z 0.320000 0.320000 0.100000 +11 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -4.5608387e-01 +12 P 7.9346318e-01 -6.0861825e-01 0.0000000e+00 1.5869264e-01 +13 PX -1.0000000e+00 +14 PX 2.0000000e+00 +15 PY -1.0000000e+00 +16 PY 2.0000000e+00 +17 PZ -1.0000000e+00 +18 PZ 2.0000000e+00 +19 S 5.0000000e-01 5.0000000e-01 5.0000000e-01 2.6500377e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.mcnp b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.mcnp new file mode 100644 index 00000000..013b63e8 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.mcnp @@ -0,0 +1,76 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/pieza1.stp +C +C Creation Date : 2024-05-27 14:58:50.555862 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 19 +C Materials : 0 +C +C ************************************************************** +1 0 6 10 11 -9 -5:1 6 7 9 10 -5 -3 -2:4 6 10 -8 -7 -5 -2:4 6 8 9 12 -5 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 13 -14 15 -16 17 -18 ((-10:(2:(8:-4:7) (3:-1:-9:-7)) (9:-11)) (-12: + -4:-8:-9):5:-6) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.000, 2.000, -1.000, 2.000, -1.000, 2.000) + $Enclosed cells : (1) +3 0 -19 (-13:14:-15:16:-17:18) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 19 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX 0.0000000e+00 +2 PX 1.0000000e+00 +3 PY 1.0000000e+00 +4 PY 0.0000000e+00 +5 PZ 1.0000000e+00 +6 PZ 0.0000000e+00 +7 P -6.0861825e-01 7.9346318e-01 0.0000000e+00 1.5869264e-01 +8 P -7.7144921e-01 -6.3629091e-01 0.0000000e+00 -4.6354735e-01 +9 C/Z 0.200000 0.200000 0.200000 +10 C/Z 0.320000 0.320000 0.100000 +11 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -4.5608387e-01 +12 P 7.9346318e-01 -6.0861825e-01 0.0000000e+00 1.5869264e-01 +13 PX -1.0000000e+00 +14 PX 2.0000000e+00 +15 PY -1.0000000e+00 +16 PY 2.0000000e+00 +17 PZ -1.0000000e+00 +18 PZ 2.0000000e+00 +19 S 5.0000000e-01 5.0000000e-01 5.0000000e-01 2.6500377e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0000000e+00 2.0000000e+00 +C SI2 -1.0000000e+00 2.0000000e+00 +C SI3 -1.0000000e+00 2.0000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=19 WGT=2.2062463e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 9.6000000e-01 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.py b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.py new file mode 100644 index 00000000..693306bf --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.py @@ -0,0 +1,36 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=0.0) +S2 = openmc.XPlane(x0=1.0) +S3 = openmc.YPlane(y0=1.0) +S4 = openmc.YPlane(y0=0.0) +S5 = openmc.ZPlane(z0=1.0) +S6 = openmc.ZPlane(z0=0.0) +S7 = openmc.Plane(a=-0.6086182508878466,b=0.7934631842034122,c=0.0,d=0.15869263684068252) +S8 = openmc.Plane(a=-0.7714492100252415,b=-0.6362909054445386,c=0.0,d=-0.46354734753187127) +S9 = openmc.ZCylinder(x0=0.2,y0=0.2,r=0.2) +S10 = openmc.ZCylinder(x0=0.32000000000000006,y0=0.32000000000000006,r=0.1) +S11 = openmc.Plane(a=-0.7071067811865477,b=-0.7071067811865475,c=0.0,d=-0.4560838738653232) +S12 = openmc.Plane(a=0.7934631842034122,b=-0.6086182508878468,c=0.0,d=0.15869263684068247) +S13 = openmc.XPlane(x0=-1.0) +S14 = openmc.XPlane(x0=2.0) +S15 = openmc.YPlane(y0=-1.0) +S16 = openmc.YPlane(y0=2.0) +S17 = openmc.ZPlane(z0=-1.0) +S18 = openmc.ZPlane(z0=2.0) +S19 = openmc.Sphere(x0=0.5,y0=0.5,z0=0.5,r=2.6500377355803826, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S6 & +S10 & +S11 & -S9 & -S5) | (+S1 & +S6 & +S7 & +S9 & +S10 & -S5 & -S3 & -S2) | (+S4 & +S6 & +S10 & -S8 & -S7 & -S5 & -S2) | (+S4 & +S6 & +S8 & +S9 & +S12 & -S5))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.000, 2.000, -1.000, 2.000, -1.000, 2.000). Enclosed cells : (1)", region=(+S13 & -S14 & +S15 & -S16 & +S17 & -S18 & ((((-S10) | (((+S2) | ((+S8 | -S4 | +S7) & (+S3 | -S1 | -S9 | -S7))) & (+S9 | -S11))) & (-S12 | -S4 | -S8 | -S9)) | (+S5 | -S6)))) +C3 = openmc.Cell(name="", region=(-S19 & (-S13 | +S14 | -S15 | +S16 | -S17 | +S18))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.serp b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.serp new file mode 100644 index 00000000..ab946ec7 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.serp @@ -0,0 +1,55 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/pieza1.stp +% +% Creation Date : 2024-05-27 14:58:50.557357 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 19 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 6 10 11 -9 -5:1 6 7 9 10 -5 -3 -2:4 6 10 -8 -7 -5 -2:4 6 8 9 + 12 -5% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 13 -14 15 -16 17 -18 ((-10:(2:(8:-4:7) (3:-1:-9:-7)) (9:-11)) + (-12:-4:-8:-9):5:-6) %Automatic Generated Void Cell. Enclosure(-1.000, 2.000, -1.000, 2.000, -1.000, 2.000) + %Enclosed cells : (1) +cell 3 0 void -19 (-13:14:-15:16:-17:18) %Graveyard_in +cell 4 0 outside 19 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px 0.0000000e+00 +surf 2 px 1.0000000e+00 +surf 3 py 1.0000000e+00 +surf 4 py 0.0000000e+00 +surf 5 pz 1.0000000e+00 +surf 6 pz 0.0000000e+00 +surf 7 plane -6.0861825e-01 7.9346318e-01 0.0000000e+00 1.5869264e-01 +surf 8 plane -7.7144921e-01 -6.3629091e-01 0.0000000e+00 -4.6354735e-01 +surf 9 cylz 0.200000 +surf 10 cylz 0.100000 +surf 11 plane -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -4.5608387e-01 +surf 12 plane 7.9346318e-01 -6.0861825e-01 0.0000000e+00 1.5869264e-01 +surf 13 px -1.0000000e+00 +surf 14 px 2.0000000e+00 +surf 15 py -1.0000000e+00 +surf 16 py 2.0000000e+00 +surf 17 pz -1.0000000e+00 +surf 18 pz 2.0000000e+00 +surf 19 sph 5.0000000e-01 5.0000000e-01 5.0000000e-01 2.6500377e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.xml b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.xml new file mode 100644 index 00000000..7dc76206 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza1/pieza1.xml @@ -0,0 +1,26 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.inp b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.inp new file mode 100644 index 00000000..06eba7ae --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.inp @@ -0,0 +1,75 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/pieza2.stp +$ +$ Creation Date : 2024-05-27 14:58:50.385825 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 17 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 4 6 8 10 -5 -3 -2:-8 9 -5 6 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -17 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 17 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX 0.0000000e+00 +2 PX 1.0000000e+00 +3 PY 1.0000000e+00 +4 PY 0.0000000e+00 +5 PZ 1.0000000e+00 +6 PZ 0.0000000e+00 +7 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +8 C/Z 0.200000 0.200000 0.200000 +9 C/Z 0.140000 0.140000 0.090000 +10 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 1.4142136e-01 +11 PX -1.0000000e+00 +12 PX 2.0000000e+00 +13 PY -1.0000000e+00 +14 PY 2.0000000e+00 +15 PZ -1.0000000e+00 +16 PZ 2.0000000e+00 +17 S 5.0000000e-01 5.0000000e-01 5.0000000e-01 2.6500377e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.mcnp b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.mcnp new file mode 100644 index 00000000..84365375 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.mcnp @@ -0,0 +1,73 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/pieza2.stp +C +C Creation Date : 2024-05-27 14:58:50.383119 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 17 +C Materials : 0 +C +C ************************************************************** +1 0 1 4 6 8 10 -5 -3 -2:-8 9 -5 6 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 11 -12 13 -14 15 -16 ((8:-9) (-10:-4:3:2:-1:-8):5:-6) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.000, 2.000, -1.000, 2.000, -1.000, 2.000) + $Enclosed cells : (1) +3 0 -17 (-11:12:-13:14:-15:16) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 17 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX 0.0000000e+00 +2 PX 1.0000000e+00 +3 PY 1.0000000e+00 +4 PY 0.0000000e+00 +5 PZ 1.0000000e+00 +6 PZ 0.0000000e+00 +7 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +8 C/Z 0.200000 0.200000 0.200000 +9 C/Z 0.140000 0.140000 0.090000 +10 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 1.4142136e-01 +11 PX -1.0000000e+00 +12 PX 2.0000000e+00 +13 PY -1.0000000e+00 +14 PY 2.0000000e+00 +15 PZ -1.0000000e+00 +16 PZ 2.0000000e+00 +17 S 5.0000000e-01 5.0000000e-01 5.0000000e-01 2.6500377e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0000000e+00 2.0000000e+00 +C SI2 -1.0000000e+00 2.0000000e+00 +C SI3 -1.0000000e+00 2.0000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=17 WGT=2.2062463e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 9.6596903e-01 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.py b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.py new file mode 100644 index 00000000..1e180057 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.py @@ -0,0 +1,34 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=0.0) +S2 = openmc.XPlane(x0=1.0) +S3 = openmc.YPlane(y0=1.0) +S4 = openmc.YPlane(y0=0.0) +S5 = openmc.ZPlane(z0=1.0) +S6 = openmc.ZPlane(z0=0.0) +S7 = openmc.Plane(a=0.7071067811865477,b=0.7071067811865474,c=-0.0,d=0.0) +S8 = openmc.ZCylinder(x0=0.2,y0=0.2,r=0.2) +S9 = openmc.ZCylinder(x0=0.13999999999999999,y0=0.13999999999999999,r=0.09000000000000001) +S10 = openmc.Plane(a=0.7071067811865477,b=0.7071067811865475,c=-0.0,d=0.14142135623730953) +S11 = openmc.XPlane(x0=-1.0) +S12 = openmc.XPlane(x0=2.0) +S13 = openmc.YPlane(y0=-1.0) +S14 = openmc.YPlane(y0=2.0) +S15 = openmc.ZPlane(z0=-1.0) +S16 = openmc.ZPlane(z0=2.0) +S17 = openmc.Sphere(x0=0.5,y0=0.5,z0=0.5,r=2.6500377355803826, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S4 & +S6 & +S8 & +S10 & -S5 & -S3 & -S2) | (-S8 & +S9 & -S5 & +S6))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.000, 2.000, -1.000, 2.000, -1.000, 2.000). Enclosed cells : (1)", region=(+S11 & -S12 & +S13 & -S14 & +S15 & -S16 & (((+S8 | -S9) & (-S10 | -S4 | +S3 | +S2 | -S1 | -S8)) | (+S5 | -S6)))) +C3 = openmc.Cell(name="", region=(-S17 & (-S11 | +S12 | -S13 | +S14 | -S15 | +S16))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.serp b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.serp new file mode 100644 index 00000000..c887656a --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.serp @@ -0,0 +1,51 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/pieza2.stp +% +% Creation Date : 2024-05-27 14:58:50.384868 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 17 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 4 6 8 10 -5 -3 -2:-8 9 -5 6% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 11 -12 13 -14 15 -16 ((8:-9) (-10:-4:3:2:-1:-8):5:-6) %Automatic Generated Void Cell. Enclosure(-1.000, 2.000, -1.000, 2.000, -1.000, 2.000) + %Enclosed cells : (1) +cell 3 0 void -17 (-11:12:-13:14:-15:16) %Graveyard_in +cell 4 0 outside 17 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px 0.0000000e+00 +surf 2 px 1.0000000e+00 +surf 3 py 1.0000000e+00 +surf 4 py 0.0000000e+00 +surf 5 pz 1.0000000e+00 +surf 6 pz 0.0000000e+00 +surf 7 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +surf 8 cylz 0.200000 +surf 9 cylz 0.090000 +surf 10 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 1.4142136e-01 +surf 11 px -1.0000000e+00 +surf 12 px 2.0000000e+00 +surf 13 py -1.0000000e+00 +surf 14 py 2.0000000e+00 +surf 15 pz -1.0000000e+00 +surf 16 pz 2.0000000e+00 +surf 17 sph 5.0000000e-01 5.0000000e-01 5.0000000e-01 2.6500377e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.xml b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.xml new file mode 100644 index 00000000..ad9fd321 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/pieza2/pieza2.xml @@ -0,0 +1,24 @@ + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/DoubleCylinder/placa/placa.inp b/tests/regression_test_files/DoubleCylinder/placa/placa.inp new file mode 100644 index 00000000..ba12ab20 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa/placa.inp @@ -0,0 +1,181 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/placa.stp +$ +$ Creation Date : 2024-05-27 14:58:53.292474 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 75 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -30 4 (-75:39) -43 -3:3 -30 -5 31:-32 4 (40:-75) -44 -3:-32 + 33 3 45 -5:4 (41:-75) -46 -3 -34:35 3 47 -5 -34:32 33 3 36 37 8 48 + 49 -7 -6 -5 1:4 (-75:39) 11 -10 -9 -3:32 33 34 3 35 38 7 12 13 14 50 + -6 -5:32 4 12 15 16 -3:4 38 (40:-75) -51 -18 -17 52 -3:4 19 53 -2 -3 + 30:34 3 35 12 -20 -13 -2 54 -5 30:35 3 -13 20 55 -5:32 4 38 (-75:39) + (40:-75) 9 -21 12 -15 18 56 57 58 -3 30:4 12 21 59 -3 30:32 4 36 38 + (40:-75) 9 -22 (42:-75) 48 17 23 -6 60 -3 1:32 4 61 22 -3 1:34 4 24 + -6 -3 62:34 4 25 26 -3 -2:-63 34 4 -27 38 -24 (41:-75) -11 -9 -6 28 + -3:-64 4 -27 -28 (41:-75) -3:34 66 4 (-75:39) -25 (41:-75) -19 -3 30 + 27 29 -2 -65:-29 4 (-75:39) -67 -11 27 -3 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -74 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 74 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ -1.2875000e+01 +2 PZ 3.7125000e+01 +3 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4730000e+02 +4 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4930000e+02 +5 P -6.4278394e-01 7.6604752e-01 0.0000000e+00 -9.4529993e+02 +6 P 7.6604444e-01 6.4278761e-01 1.1270893e-13 3.6199998e+01 +7 P -4.5927144e-01 -3.8537074e-01 8.0034939e-01 -1.2720491e+01 +8 P 7.1859533e-01 6.0297308e-01 -3.4647398e-01 1.8520245e+01 +9 P -5.2877963e-01 -4.4369447e-01 -7.2355187e-01 -3.0633133e+01 +10 P 4.5548583e-01 2.2438361e-01 8.6150140e-01 1.4575331e+02 +11 P -5.2877809e-01 -4.4369750e-01 -7.2355115e-01 -3.0630007e+01 +12 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +13 P 4.5052779e-01 3.7803771e-01 -8.0877203e-01 -4.6917764e+00 +14 P -4.5926726e-01 -3.8537099e-01 8.0035166e-01 -1.2717720e+01 +15 P 6.4058368e-01 4.3413413e-01 -6.3338781e-01 8.8112351e+01 +16 P -7.6513578e-01 -6.4201890e-01 4.8774703e-02 -1.1075909e+01 +17 P 6.5401212e-01 5.4877599e-01 -5.2068518e-01 2.0111561e+01 +18 P -6.0311280e-01 -5.0606680e-01 6.1656414e-01 -1.3283184e+01 +19 P -6.1679743e-01 -5.1582596e-01 5.9454563e-01 2.0629191e+00 +20 P 7.0115516e-01 5.8833904e-01 -4.0278854e-01 1.3603617e+01 +21 P 4.7990267e-01 2.4574277e-01 8.4220183e-01 1.4515055e+02 +22 P -6.0219114e-01 -6.4241645e-01 4.7399043e-01 7.9254273e+01 +23 P 6.3938920e-01 5.3651124e-01 -5.5076051e-01 1.9368828e+01 +24 P 1.8221743e-01 1.7018854e-01 9.6841761e-01 2.1907619e+01 +25 P 6.9995799e-01 4.4048805e-01 -5.6216464e-01 1.1077906e+02 +26 P -7.0320325e-02 -5.9005759e-02 9.9577777e-01 3.4104194e+01 +27 P -6.0191545e-01 -5.0506704e-01 6.1855079e-01 -1.5515393e+00 +28 P 1.6547244e-01 1.3884786e-01 -9.7639139e-01 -1.9628835e+01 +29 P 7.4879990e-01 6.2831160e-01 2.1100532e-01 2.7125826e+01 +30 GQ 0.586828809377932 0.413171190622068 1.000000000000000 + 0.984806088246840 0.000000000000000 0.000000000000000 + -24.060861517336939 -20.189263488832218 -64.250000016200005 + 1253.648479814914936 +31 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422249501 -23.397467056567294 -60.250000016303801 + 1237.065570674001947 +32 GQ 0.586828809377932 0.413171190622068 1.000000000000000 + 0.984806088246840 0.000000000000000 0.000000000000000 + -24.060861517336939 -20.189263488832218 15.749999983800002 + 283.648479166914854 +33 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422255771 -23.397467056572555 4.749999983696241 + 335.190570144277444 +34 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943336906 -40.109944908423614 -64.250000016310707 + 1980.455531551705008 +35 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604361017 -36.574074435563709 -55.691013838105995 + 1583.060830578958530 +36 GQ 0.586824088833133 0.413175911166867 1.000000000000000 + 0.984807753012325 0.000000000000000 -0.000000000000000 + -56.610682039214538 -47.502002419831683 24.799999983692810 + 1498.812388507476271 +37 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604366324 -36.574074435568164 9.308986161893980 + 829.352880840710895 +38 GQ 0.586824088833126 0.413175911166874 1.000000000000000 + 0.984807753012328 0.000000000000004 -0.000000000000004 + -40.485446511548822 -33.971323235911989 -23.497066544620328 + 811.308579460152714 +39 GQ 0.580595028800227 0.404328922803555 1.000000000000000 + 0.999654762357711 0.000000000000000 0.000000000000000 + -10.116655347127704 -44.571786941515619 -60.250000000000000 + -11430.859226157885132 +40 GQ 0.580595028800227 0.404328922803555 1.000000000000000 + 0.999654762357711 0.000000000000000 0.000000000000000 + -10.116655347127704 -44.571786941515619 4.750000000000000 + -12332.734226157885132 +41 GQ 0.580595028800227 0.404328922803555 1.000000000000000 + 0.999654762357711 0.000000000000000 0.000000000000000 + -25.819922174464146 -57.748392344621131 -55.691000000000003 + -11084.864407680064687 +42 GQ 0.580595028800227 0.404328922803555 1.000000000000000 + 0.999654762357711 0.000000000000000 0.000000000000000 + -25.819922174464146 -57.748392344621131 9.309000000000001 + -11838.571907680065124 +43 P 5.9602807e-01 5.0448930e-01 -6.2469279e-01 -7.6706266e+00 +44 P 3.6065674e-01 2.1240814e-01 9.0819023e-01 6.8712406e+01 +45 P -3.1698943e-01 -2.6598571e-01 -9.1036767e-01 -4.2774362e+00 +46 P -3.8278776e-01 -3.8395917e-01 -8.4026716e-01 5.3132291e+00 +47 P 4.1417149e-01 3.4753115e-01 8.4123961e-01 3.9058851e+01 +48 P -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +49 P 7.3533005e-01 6.1700916e-01 -2.8033803e-01 1.8684170e+01 +50 P -4.5926911e-01 -3.8536879e-01 8.0035166e-01 -1.2720442e+01 +51 P -4.8827545e-01 -5.1460198e-01 -7.0482047e-01 6.2505410e+01 +52 P -1.6929292e-01 -1.4205362e-01 -9.7527467e-01 -1.2904707e+01 +53 P 4.6983096e-01 3.9423115e-01 7.8983585e-01 3.8954543e+01 +54 P 5.4167740e-01 4.5451688e-01 -7.0710678e-01 -1.5146546e+01 +55 P -5.4167522e-01 -4.5451948e-01 -7.0710678e-01 -3.8946546e+01 +56 P -5.9287640e-01 -4.9747752e-01 6.3325642e-01 -1.3139768e+01 +57 P -4.0967160e-01 -3.4375194e-01 -8.4498744e-01 -3.1449360e+01 +58 P -7.0514872e-01 -5.9169003e-01 3.9072778e-01 -1.8164782e+01 +59 P -7.4367047e-01 -6.2400754e-01 -2.3993505e-01 -1.8099771e+01 +60 P 6.7294991e-01 5.6466652e-01 -4.7779717e-01 2.0370117e+01 +61 P 5.7782535e-02 4.8484832e-02 -9.9715114e-01 1.4022906e+01 +62 P 6.0092988e-01 5.0424004e-01 -6.2018164e-01 8.4740523e+00 +63 P -1.3744507e-01 -1.7193351e-01 9.7547308e-01 6.0772703e+01 +64 P 8.2541415e-01 5.5140014e-01 1.2103459e-01 1.3060347e+02 +65 P -6.8724544e-01 -6.9536940e-01 -2.1013117e-01 5.9311788e+01 +66 P -6.2961950e-01 -5.2831349e-01 5.6961754e-01 -4.0186543e+00 +67 P -1.3173798e-01 -2.1145551e-01 9.6846872e-01 9.5731707e+01 +68 PX 6.1482381e+02 +69 PX 6.3892909e+02 +70 PY -7.2132816e+02 +71 PY -6.9987296e+02 +72 PZ -1.3875000e+01 +73 PZ 3.8125000e+01 +74 S 6.2687645e+02 -7.1060056e+02 1.2125000e+01 3.1211792e+01 +75 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.1672261e+02 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/DoubleCylinder/placa/placa.mcnp b/tests/regression_test_files/DoubleCylinder/placa/placa.mcnp new file mode 100644 index 00000000..f2ffd93b --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa/placa.mcnp @@ -0,0 +1,189 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/placa.stp +C +C Creation Date : 2024-05-27 14:58:53.287331 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 75 +C Materials : 0 +C +C ************************************************************** +1 0 -30 4 (-75:39) -43 -3:3 -30 -5 31:-32 4 (40:-75) -44 -3:-32 33 3 + 45 -5:4 (41:-75) -46 -3 -34:35 3 47 -5 -34:32 33 3 36 37 8 48 49 -7 + -6 -5 1:4 (-75:39) 11 -10 -9 -3:32 33 34 3 35 38 7 12 13 14 50 -6 -5: + 32 4 12 15 16 -3:4 38 (40:-75) -51 -18 -17 52 -3:4 19 53 -2 -3 30:34 + 3 35 12 -20 -13 -2 54 -5 30:35 3 -13 20 55 -5:32 4 38 (-75:39) (40: + -75) 9 -21 12 -15 18 56 57 58 -3 30:4 12 21 59 -3 30:32 4 36 38 (40: + -75) 9 -22 (42:-75) 48 17 23 -6 60 -3 1:32 4 61 22 -3 1:34 4 24 -6 + -3 62:34 4 25 26 -3 -2:-63 34 4 -27 38 -24 (41:-75) -11 -9 -6 28 -3: + -64 4 -27 -28 (41:-75) -3:34 66 4 (-75:39) -25 (41:-75) -19 -3 30 27 + 29 -2 -65:-29 4 (-75:39) -67 -11 27 -3 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 68 -69 70 -71 72 -73 (((-49:-37:-8:-33:7:5:-3) (-60:75 -42:-23:-40 + 75:-38:-17:-9:22:-4:3):-48:-36:6) (-61:-4:-22:3):-32:-1) (2:((-34: + (-25:-26) (-66:65:75 -41:-39 75:-29:-27:-30:19:25)) (-53:-19:-30):3: + -4) (-54:-35:20:13:-12:5:-34:-3:-30)) (10:-4:-39 75:-11:9:3) (-16: + -32:-4:-12:-15:3) (-31:-3:30:5) (43:30:-4:-39 75:3) (44:32:-4:-40 75: + 3) (-45:32:-33:-3:5) (46:-4:75 -41:3:34) (-47:-35:-3:5:34) (-50:-14: + -32:-33:-34:-3:-35:-38:-7:-12:-13:6:5) (-52:51:-4:-38:-40 75:18:17:3) + (-55:-35:-3:13:-20:5) (-58:-57:-56:-32:-4:-38:-39 75:-40 75:-9:21: + -12:15:-18:3:-30) (-59:-4:-12:-21:3:-30) (-62:-34:-4:-24:6:3) (63: + -34:-4:27:-38:24:75 -41:11:9:6:-28:3) (64:-4:27:28:75 -41:3) (67:29: + -4:-39 75:11:-27:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(614.824, 638.929, -721.328, -699.873, -13.875, 38.125) + $Enclosed cells : (1) +3 0 -74 (-68:69:-70:71:-72:73) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 74 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ -1.2875000e+01 +2 PZ 3.7125000e+01 +3 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4730000e+02 +4 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4930000e+02 +5 P -6.4278394e-01 7.6604752e-01 0.0000000e+00 -9.4529993e+02 +6 P 7.6604444e-01 6.4278761e-01 1.1270893e-13 3.6199998e+01 +7 P -4.5927144e-01 -3.8537074e-01 8.0034939e-01 -1.2720491e+01 +8 P 7.1859533e-01 6.0297308e-01 -3.4647398e-01 1.8520245e+01 +9 P -5.2877963e-01 -4.4369447e-01 -7.2355187e-01 -3.0633133e+01 +10 P 4.5548583e-01 2.2438361e-01 8.6150140e-01 1.4575331e+02 +11 P -5.2877809e-01 -4.4369750e-01 -7.2355115e-01 -3.0630007e+01 +12 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +13 P 4.5052779e-01 3.7803771e-01 -8.0877203e-01 -4.6917764e+00 +14 P -4.5926726e-01 -3.8537099e-01 8.0035166e-01 -1.2717720e+01 +15 P 6.4058368e-01 4.3413413e-01 -6.3338781e-01 8.8112351e+01 +16 P -7.6513578e-01 -6.4201890e-01 4.8774703e-02 -1.1075909e+01 +17 P 6.5401212e-01 5.4877599e-01 -5.2068518e-01 2.0111561e+01 +18 P -6.0311280e-01 -5.0606680e-01 6.1656414e-01 -1.3283184e+01 +19 P -6.1679743e-01 -5.1582596e-01 5.9454563e-01 2.0629191e+00 +20 P 7.0115516e-01 5.8833904e-01 -4.0278854e-01 1.3603617e+01 +21 P 4.7990267e-01 2.4574277e-01 8.4220183e-01 1.4515055e+02 +22 P -6.0219114e-01 -6.4241645e-01 4.7399043e-01 7.9254273e+01 +23 P 6.3938920e-01 5.3651124e-01 -5.5076051e-01 1.9368828e+01 +24 P 1.8221743e-01 1.7018854e-01 9.6841761e-01 2.1907619e+01 +25 P 6.9995799e-01 4.4048805e-01 -5.6216464e-01 1.1077906e+02 +26 P -7.0320325e-02 -5.9005759e-02 9.9577777e-01 3.4104194e+01 +27 P -6.0191545e-01 -5.0506704e-01 6.1855079e-01 -1.5515393e+00 +28 P 1.6547244e-01 1.3884786e-01 -9.7639139e-01 -1.9628835e+01 +29 P 7.4879990e-01 6.2831160e-01 2.1100532e-01 2.7125826e+01 +30 GQ 0.586828809377932 0.413171190622068 1.000000000000000 + 0.984806088246840 0.000000000000000 0.000000000000000 + -24.060861517336939 -20.189263488832218 -64.250000016200005 + 1253.648479814914936 +31 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422249501 -23.397467056567294 -60.250000016303801 + 1237.065570674001947 +32 GQ 0.586828809377932 0.413171190622068 1.000000000000000 + 0.984806088246840 0.000000000000000 0.000000000000000 + -24.060861517336939 -20.189263488832218 15.749999983800002 + 283.648479166914854 +33 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422255771 -23.397467056572555 4.749999983696241 + 335.190570144277444 +34 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943336906 -40.109944908423614 -64.250000016310707 + 1980.455531551705008 +35 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604361017 -36.574074435563709 -55.691013838105995 + 1583.060830578958530 +36 GQ 0.586824088833133 0.413175911166867 1.000000000000000 + 0.984807753012325 0.000000000000000 -0.000000000000000 + -56.610682039214538 -47.502002419831683 24.799999983692810 + 1498.812388507476271 +37 GQ 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604366324 -36.574074435568164 9.308986161893980 + 829.352880840710895 +38 GQ 0.586824088833126 0.413175911166874 1.000000000000000 + 0.984807753012328 0.000000000000004 -0.000000000000004 + -40.485446511548822 -33.971323235911989 -23.497066544620328 + 811.308579460152714 +39 GQ 0.580595028800227 0.404328922803555 1.000000000000000 + 0.999654762357711 0.000000000000000 0.000000000000000 + -10.116655347127704 -44.571786941515619 -60.250000000000000 + -11430.859226157885132 +40 GQ 0.580595028800227 0.404328922803555 1.000000000000000 + 0.999654762357711 0.000000000000000 0.000000000000000 + -10.116655347127704 -44.571786941515619 4.750000000000000 + -12332.734226157885132 +41 GQ 0.580595028800227 0.404328922803555 1.000000000000000 + 0.999654762357711 0.000000000000000 0.000000000000000 + -25.819922174464146 -57.748392344621131 -55.691000000000003 + -11084.864407680064687 +42 GQ 0.580595028800227 0.404328922803555 1.000000000000000 + 0.999654762357711 0.000000000000000 0.000000000000000 + -25.819922174464146 -57.748392344621131 9.309000000000001 + -11838.571907680065124 +43 P 5.9602807e-01 5.0448930e-01 -6.2469279e-01 -7.6706266e+00 +44 P 3.6065674e-01 2.1240814e-01 9.0819023e-01 6.8712406e+01 +45 P -3.1698943e-01 -2.6598571e-01 -9.1036767e-01 -4.2774362e+00 +46 P -3.8278776e-01 -3.8395917e-01 -8.4026716e-01 5.3132291e+00 +47 P 4.1417149e-01 3.4753115e-01 8.4123961e-01 3.9058851e+01 +48 P -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +49 P 7.3533005e-01 6.1700916e-01 -2.8033803e-01 1.8684170e+01 +50 P -4.5926911e-01 -3.8536879e-01 8.0035166e-01 -1.2720442e+01 +51 P -4.8827545e-01 -5.1460198e-01 -7.0482047e-01 6.2505410e+01 +52 P -1.6929292e-01 -1.4205362e-01 -9.7527467e-01 -1.2904707e+01 +53 P 4.6983096e-01 3.9423115e-01 7.8983585e-01 3.8954543e+01 +54 P 5.4167740e-01 4.5451688e-01 -7.0710678e-01 -1.5146546e+01 +55 P -5.4167522e-01 -4.5451948e-01 -7.0710678e-01 -3.8946546e+01 +56 P -5.9287640e-01 -4.9747752e-01 6.3325642e-01 -1.3139768e+01 +57 P -4.0967160e-01 -3.4375194e-01 -8.4498744e-01 -3.1449360e+01 +58 P -7.0514872e-01 -5.9169003e-01 3.9072778e-01 -1.8164782e+01 +59 P -7.4367047e-01 -6.2400754e-01 -2.3993505e-01 -1.8099771e+01 +60 P 6.7294991e-01 5.6466652e-01 -4.7779717e-01 2.0370117e+01 +61 P 5.7782535e-02 4.8484832e-02 -9.9715114e-01 1.4022906e+01 +62 P 6.0092988e-01 5.0424004e-01 -6.2018164e-01 8.4740523e+00 +63 P -1.3744507e-01 -1.7193351e-01 9.7547308e-01 6.0772703e+01 +64 P 8.2541415e-01 5.5140014e-01 1.2103459e-01 1.3060347e+02 +65 P -6.8724544e-01 -6.9536940e-01 -2.1013117e-01 5.9311788e+01 +66 P -6.2961950e-01 -5.2831349e-01 5.6961754e-01 -4.0186543e+00 +67 P -1.3173798e-01 -2.1145551e-01 9.6846872e-01 9.5731707e+01 +68 PX 6.1482381e+02 +69 PX 6.3892909e+02 +70 PY -7.2132816e+02 +71 PY -6.9987296e+02 +72 PZ -1.3875000e+01 +73 PZ 3.8125000e+01 +74 S 6.2687645e+02 -7.1060056e+02 1.2125000e+01 3.1211792e+01 +75 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.1672261e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.1482381e+02 6.3892909e+02 +C SI2 -7.2132816e+02 -6.9987296e+02 +C SI3 -1.3875000e+01 3.8125000e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=74 WGT=3.0604641e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 4.2435948e+03 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/placa/placa.py b/tests/regression_test_files/DoubleCylinder/placa/placa.py new file mode 100644 index 00000000..5660b3af --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa/placa.py @@ -0,0 +1,92 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=-12.874999991900001) +S2 = openmc.ZPlane(z0=37.125000008099995) +S3 = openmc.Plane(a=-0.6427876096868016,b=0.766044443118758,c=0.0,d=-947.2999999994307) +S4 = openmc.Plane(a=-0.6427876096867997,b=0.7660444431187596,c=0.0,d=-949.2999999994302) +S5 = openmc.Plane(a=-0.6427839377443,b=0.76604752422936,c=0.0,d=-945.2999318178216) +S6 = openmc.Plane(a=0.7660444431187761,b=0.6427876096867801,c=1.1270893240591101e-13,d=36.19999849406222) +S7 = openmc.Plane(a=-0.4592714368813686,b=-0.38537074183363623,c=0.800349385333378,d=-12.720490997238466) +S8 = openmc.Plane(a=0.7185953312953625,b=0.6029730774560702,c=-0.34647397839327565,d=18.520245406572762) +S9 = openmc.Plane(a=-0.5287796309107722,b=-0.4436944740441951,c=-0.7235518748759573,d=-30.63313300350768) +S10 = openmc.Plane(a=0.45548582589246933,b=0.2243836121618337,c=0.8615013969833495,d=145.75330885378074) +S11 = openmc.Plane(a=-0.5287780876745612,b=-0.4436974983426649,c=-0.7235511481296225,d=-30.630006936414045) +S12 = openmc.Plane(a=0.7660475242293354,b=0.6427839377443293,c=0.0,d=10.704548840808366) +S13 = openmc.Plane(a=0.4505277933814638,b=0.37803770526176333,c=-0.8087720326465606,d=-4.6917764290037836) +S14 = openmc.Plane(a=-0.45926726223655884,b=-0.3853709903547617,c=0.8003516612281917,d=-12.717719593099048) +S15 = openmc.Plane(a=0.6405836766631315,b=0.4341341258939465,c=-0.6333878068979885,d=88.11235086898432) +S16 = openmc.Plane(a=-0.7651357789824665,b=-0.6420189000913066,c=0.04877470293546643,d=-11.07590913514803) +S17 = openmc.Plane(a=0.6540121235732248,b=0.5487759895129455,c=-0.5206851789261228,d=20.111560766749623) +S18 = openmc.Plane(a=-0.6031127997967553,b=-0.5060668014655401,c=0.6165641436020722,d=-13.283184009747643) +S19 = openmc.Plane(a=-0.6167974289116843,b=-0.5158259634008424,c=0.594545630855638,d=2.062919065141) +S20 = openmc.Plane(a=0.701155163887042,b=0.5883390394160696,c=-0.402788543597645,d=13.603617468263023) +S21 = openmc.Plane(a=0.4799026730476951,b=0.2457427663279188,c=0.8422018268795068,d=145.15055362045254) +S22 = openmc.Plane(a=-0.6021911421571048,b=-0.6424164534540825,c=0.4739904309572084,d=79.25427265345209) +S23 = openmc.Plane(a=0.6393891992745004,b=0.5365112412903433,c=-0.5507605104037583,d=19.368827827820343) +S24 = openmc.Plane(a=0.18221743324117914,b=0.170188541015701,c=0.9684176100887176,d=21.907619322443097) +S25 = openmc.Plane(a=0.6999579949587955,b=0.4404880478347605,c=-0.5621646422605967,d=110.77905658045097) +S26 = openmc.Plane(a=-0.07032032541064553,b=-0.05900575911638257,c=0.995777772510132,d=34.104193990968) +S27 = openmc.Plane(a=-0.6019154544111277,b=-0.5050670357966326,c=0.618550786187075,d=-1.5515393130634578) +S28 = openmc.Plane(a=0.16547243651293075,b=0.1388478604481047,c=-0.9763913889437256,d=-19.628834705893503) +S29 = openmc.Plane(a=0.7487998972537532,b=0.62831160119406,c=0.21100532144409323,d=27.125826454038233) +S30 = openmc.Cylinder(x0=620.939611157435,y0=-715.582135727268,z0=32.1250000081,r=5.0,dx=0.6427839377443,dy=-0.76604752422936,dz=0.0) +S31 = openmc.Cylinder(x0=622.8973997407861,y0=-714.02604265218,z0=30.1250000081519,r=1.3,dx=-0.6427876096867997,dy=0.7660444431187596,dz=2.7350484417333486e-29) +S32 = openmc.Cylinder(x0=620.939611157435,y0=-715.582135727268,z0=-7.874999991900001,r=5.0,dx=0.6427839377443,dy=-0.76604752422936,dz=0.0) +S33 = openmc.Cylinder(x0=622.8973997407891,y0=-714.0260426521771,z0=-2.3749999918481204,r=1.3,dx=-0.6427876096867997,dy=0.7660444431187596,dz=2.7350484417333486e-29) +S34 = openmc.Cylinder(x0=622.2297382736907,y0=-693.0059449509561,z0=32.12500000815331,r=5.0,dx=0.6427876096867997,dy=-0.7660444431187596,dz=-2.200102243369189e-15) +S35 = openmc.Cylinder(x0=630.7490343318422,y0=-707.437738962682,z0=27.845506919052998,r=1.3,dx=-0.6427876096867997,dy=0.7660444431187596,dz=2.7350484417333486e-29) +S36 = openmc.Cylinder(x0=637.2183090669881,y0=-701.9232160372571,z0=-12.399999991846101,r=4.5,dx=-0.6427876096867975,dy=0.7660444431187615,dz=-3.2124508814385317e-16) +S37 = openmc.Cylinder(x0=630.7490343318441,y0=-707.437738962679,z0=-4.65449308094699,r=1.3,dx=-0.6427876096867997,dy=0.7660444431187596,dz=2.7350484417333486e-29) +S38 = openmc.Cylinder(x0=630.434838646438,y0=-710.212984071019,z0=11.7485332723128,r=5.0,dx=-0.6427876096868034,dy=0.7660444431187564,dz=-2.7755575615628917e-15) +S39 = openmc.Cone(x0=603.1999468482487,y0=-690.5515300602987,z0=30.125,r2=0.015076048396218032,dx=0.6427876096867997,dy=-0.7660444431187596,dz=0.0) +S40 = openmc.Cone(x0=603.1999468482487,y0=-690.5515300602987,z0=-2.375,r2=0.015076048396218032,dx=0.6427876096867997,dy=-0.7660444431187596,dz=0.0) +S41 = openmc.Cone(x0=611.0515802619168,y0=-683.9632273587457,z0=27.8455,r2=0.015076048396218032,dx=0.6427876096867997,dy=-0.7660444431187596,dz=0.0) +S42 = openmc.Cone(x0=611.0515802619168,y0=-683.9632273587457,z0=-4.6545000000000005,r2=0.015076048396218032,dx=0.6427876096867997,dy=-0.7660444431187596,dz=0.0) +S43 = openmc.Plane(a=0.5960280717191482,b=0.5044892991986007,c=-0.6246927922722163,d=-7.670626646787667) +S44 = openmc.Plane(a=0.3606567358449878,b=0.2124081398884126,c=0.9081902339261214,d=68.71240608937971) +S45 = openmc.Plane(a=-0.31698943118213524,b=-0.26598571479220906,c=-0.9103676730010265,d=-4.277436210971864) +S46 = openmc.Plane(a=-0.38278775512172475,b=-0.38395916667819624,c=-0.8402671556431655,d=5.3132290606903725) +S47 = openmc.Plane(a=0.4141714932793834,b=0.3475311472551138,c=0.8412396066771166,d=39.058850543909664) +S48 = openmc.Plane(a=-0.6103924487817006,b=-0.512180078646472,c=0.6042289512328689,d=-33.65598700148049) +S49 = openmc.Plane(a=0.735330047079832,b=0.6170091649067959,c=-0.28033803217292924,d=18.684169680781785) +S50 = openmc.Plane(a=-0.45926910946928695,b=-0.38536878892202786,c=0.8003516612165291,d=-12.720441918897306) +S51 = openmc.Plane(a=-0.48827544564724257,b=-0.5146019792621501,c=-0.7048204680040614,d=62.50540990132382) +S52 = openmc.Plane(a=-0.16929291658522777,b=-0.14205362386769363,c=-0.9752746671272267,d=-12.904706969056617) +S53 = openmc.Plane(a=0.4698309639175262,b=0.39423115082176907,c=0.7898358469112882,d=38.954542992385434) +S54 = openmc.Plane(a=0.5416773990942014,b=0.4545168812171678,c=-0.7071067811859538,d=-15.146546276415837) +S55 = openmc.Plane(a=-0.5416752204178056,b=-0.45451947767076617,c=-0.7071067811888213,d=-38.94654551987024) +S56 = openmc.Plane(a=-0.5928763957166526,b=-0.4974775221912947,c=0.6332564206673638,d=-13.13976836220837) +S57 = openmc.Plane(a=-0.4096716018096887,b=-0.3437519436645339,c=-0.8449874436330631,d=-31.449360251257758) +S58 = openmc.Plane(a=-0.705148715457796,b=-0.5916900270661821,c=0.3907277837045132,d=-18.16478229890099) +S59 = openmc.Plane(a=-0.7436704659422528,b=-0.6240075391711302,c=-0.23993505192618952,d=-18.099771194088532) +S60 = openmc.Plane(a=0.6729499101078029,b=0.5646665245200301,c=-0.47779716886181944,d=20.37011679293893) +S61 = openmc.Plane(a=0.05778253499497758,b=0.04848483181808316,c=-0.9971511418702415,d=14.022906252212454) +S62 = openmc.Plane(a=0.600929879750343,b=0.5042400404622699,c=-0.6201816356663963,d=8.474052251412273) +S63 = openmc.Plane(a=-0.1374450744733965,b=-0.1719335084859385,c=0.9754730750577988,d=60.772702910490956) +S64 = openmc.Plane(a=0.8254141501514342,b=0.551400135971404,c=0.12103458505940616,d=130.6034727937999) +S65 = openmc.Plane(a=-0.6872454391141329,b=-0.6953693974493251,c=-0.21013116738786053,d=59.311787602833704) +S66 = openmc.Plane(a=-0.6296195022572576,b=-0.5283134921264536,c=0.5696175352062773,d=-4.018654286123112) +S67 = openmc.Plane(a=-0.13173797913870947,b=-0.21145551339268945,c=0.9684687246928954,d=95.7317066300159) +S68 = openmc.XPlane(x0=614.823805660799) +S69 = openmc.XPlane(x0=638.9290855636737) +S70 = openmc.YPlane(y0=-721.3281633966272) +S71 = openmc.YPlane(y0=-699.8729639196279) +S72 = openmc.ZPlane(z0=-13.874999992009883) +S73 = openmc.ZPlane(z0=38.12500000821074) +S74 = openmc.Sphere(x0=626.8764456122362,y0=-710.6005636581276,z0=12.125000008100429,r=31.211792098543874) +S75 = openmc.Plane(a=0.6427876096867997,b=-0.7660444431187596,c=0.0,d=916.7226142876393, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S30 & +S4 & (-S75 | +S39) & -S43 & -S3) | (+S3 & -S30 & -S5 & +S31) | (-S32 & +S4 & (+S40 | -S75) & -S44 & -S3) | (-S32 & +S33 & +S3 & +S45 & -S5) | (+S4 & (+S41 | -S75) & -S46 & -S3 & -S34) | (+S35 & +S3 & +S47 & -S5 & -S34) | (+S32 & +S33 & +S3 & +S36 & +S37 & +S8 & +S48 & +S49 & -S7 & -S6 & -S5 & +S1) | (+S4 & (-S75 | +S39) & +S11 & -S10 & -S9 & -S3) | (+S32 & +S33 & +S34 & +S3 & +S35 & +S38 & +S7 & +S12 & +S13 & +S14 & +S50 & -S6 & -S5) | (+S32 & +S4 & +S12 & +S15 & +S16 & -S3) | (+S4 & +S38 & (+S40 | -S75) & -S51 & -S18 & -S17 & +S52 & -S3) | (+S4 & +S19 & +S53 & -S2 & -S3 & +S30) | (+S34 & +S3 & +S35 & +S12 & -S20 & -S13 & -S2 & +S54 & -S5 & +S30) | (+S35 & +S3 & -S13 & +S20 & +S55 & -S5) | (+S32 & +S4 & +S38 & (-S75 | +S39) & (+S40 | -S75) & +S9 & -S21 & +S12 & -S15 & +S18 & +S56 & +S57 & +S58 & -S3 & +S30) | (+S4 & +S12 & +S21 & +S59 & -S3 & +S30) | (+S32 & +S4 & +S36 & +S38 & (+S40 | -S75) & +S9 & -S22 & (+S42 | -S75) & +S48 & +S17 & +S23 & -S6 & +S60 & -S3 & +S1) | (+S32 & +S4 & +S61 & +S22 & -S3 & +S1) | (+S34 & +S4 & +S24 & -S6 & -S3 & +S62) | (+S34 & +S4 & +S25 & +S26 & -S3 & -S2) | (-S63 & +S34 & +S4 & -S27 & +S38 & -S24 & (+S41 | -S75) & -S11 & -S9 & -S6 & +S28 & -S3) | (-S64 & +S4 & -S27 & -S28 & (+S41 | -S75) & -S3) | (+S34 & +S66 & +S4 & (-S75 | +S39) & -S25 & (+S41 | -S75) & -S19 & -S3 & +S30 & +S27 & +S29 & -S2 & -S65) | (-S29 & +S4 & (-S75 | +S39) & -S67 & -S11 & +S27 & -S3))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(614.824, 638.929, -721.328, -699.873, -13.875, 38.125). Enclosed cells : (1)", region=(+S68 & -S69 & +S70 & -S71 & +S72 & -S73 & ((((((-S49 | -S37 | -S8 | -S33 | +S7 | +S5 | -S3) & (-S60 | (+S75 & -S42) | -S23 | (-S40 & +S75) | -S38 | -S17 | -S9 | +S22 | -S4 | +S3)) | (-S48 | -S36 | +S6)) & (-S61 | -S4 | -S22 | +S3)) | (-S32 | -S1)) & ((+S2) | (((((-S34) | ((-S25 | -S26) & (-S66 | +S65 | (+S75 & -S41) | (-S39 & +S75) | -S29 | -S27 | -S30 | +S19 | +S25))) & (-S53 | -S19 | -S30)) | (+S3 | -S4)) & (-S54 | -S35 | +S20 | +S13 | -S12 | +S5 | -S34 | -S3 | -S30))) & (+S10 | -S4 | (-S39 & +S75) | -S11 | +S9 | +S3) & (-S16 | -S32 | -S4 | -S12 | -S15 | +S3) & (-S31 | -S3 | +S30 | +S5) & (+S43 | +S30 | -S4 | (-S39 & +S75) | +S3) & (+S44 | +S32 | -S4 | (-S40 & +S75) | +S3) & (-S45 | +S32 | -S33 | -S3 | +S5) & (+S46 | -S4 | (+S75 & -S41) | +S3 | +S34) & (-S47 | -S35 | -S3 | +S5 | +S34) & (-S50 | -S14 | -S32 | -S33 | -S34 | -S3 | -S35 | -S38 | -S7 | -S12 | -S13 | +S6 | +S5) & (-S52 | +S51 | -S4 | -S38 | (-S40 & +S75) | +S18 | +S17 | +S3) & (-S55 | -S35 | -S3 | +S13 | -S20 | +S5) & (-S58 | -S57 | -S56 | -S32 | -S4 | -S38 | (-S39 & +S75) | (-S40 & +S75) | -S9 | +S21 | -S12 | +S15 | -S18 | +S3 | -S30) & (-S59 | -S4 | -S12 | -S21 | +S3 | -S30) & (-S62 | -S34 | -S4 | -S24 | +S6 | +S3) & (+S63 | -S34 | -S4 | +S27 | -S38 | +S24 | (+S75 & -S41) | +S11 | +S9 | +S6 | -S28 | +S3) & (+S64 | -S4 | +S27 | +S28 | (+S75 & -S41) | +S3) & (+S67 | +S29 | -S4 | (-S39 & +S75) | +S11 | -S27 | +S3)))) +C3 = openmc.Cell(name="", region=(-S74 & (-S68 | +S69 | -S70 | +S71 | -S72 | +S73))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/DoubleCylinder/placa/placa.serp b/tests/regression_test_files/DoubleCylinder/placa/placa.serp new file mode 100644 index 00000000..0204cdee --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa/placa.serp @@ -0,0 +1,151 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/placa.stp +% +% Creation Date : 2024-05-27 14:58:53.290626 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 75 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -30 4 (-75:39) -43 -3:3 -30 -5 31:-32 4 (40:-75) -44 -3:-32 + 33 3 45 -5:4 (41:-75) -46 -3 -34:35 3 47 -5 -34:32 33 3 36 37 8 48 + 49 -7 -6 -5 1:4 (-75:39) 11 -10 -9 -3:32 33 34 3 35 38 7 12 13 14 50 + -6 -5:32 4 12 15 16 -3:4 38 (40:-75) -51 -18 -17 52 -3:4 19 53 -2 -3 + 30:34 3 35 12 -20 -13 -2 54 -5 30:35 3 -13 20 55 -5:32 4 38 (-75:39) + (40:-75) 9 -21 12 -15 18 56 57 58 -3 30:4 12 21 59 -3 30:32 4 36 38 + (40:-75) 9 -22 (42:-75) 48 17 23 -6 60 -3 1:32 4 61 22 -3 1:34 4 24 + -6 -3 62:34 4 25 26 -3 -2:-63 34 4 -27 38 -24 (41:-75) -11 -9 -6 28 + -3:-64 4 -27 -28 (41:-75) -3:34 66 4 (-75:39) -25 (41:-75) -19 -3 30 + 27 29 -2 -65:-29 4 (-75:39) -67 -11 27 -3% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 68 -69 70 -71 72 -73 (((-49:-37:-8:-33:7:5:-3) (-60:75 -42: + -23:-40 75:-38:-17:-9:22:-4:3):-48:-36:6) (-61:-4:-22:3):-32:-1) (2: + ((-34:(-25:-26) (-66:65:75 -41:-39 75:-29:-27:-30:19:25)) (-53:-19: + -30):3:-4) (-54:-35:20:13:-12:5:-34:-3:-30)) (10:-4:-39 75:-11:9:3) + (-16:-32:-4:-12:-15:3) (-31:-3:30:5) (43:30:-4:-39 75:3) (44:32:-4: + -40 75:3) (-45:32:-33:-3:5) (46:-4:75 -41:3:34) (-47:-35:-3:5:34) + (-50:-14:-32:-33:-34:-3:-35:-38:-7:-12:-13:6:5) (-52:51:-4:-38:-40 + 75:18:17:3) (-55:-35:-3:13:-20:5) (-58:-57:-56:-32:-4:-38:-39 75:-40 + 75:-9:21:-12:15:-18:3:-30) (-59:-4:-12:-21:3:-30) (-62:-34:-4:-24:6: + 3) (63:-34:-4:27:-38:24:75 -41:11:9:6:-28:3) (64:-4:27:28:75 -41:3) + (67:29:-4:-39 75:11:-27:3) %Automatic Generated Void Cell. Enclosure(614.824, 638.929, -721.328, -699.873, -13.875, 38.125) + %Enclosed cells : (1) +cell 3 0 void -74 (-68:69:-70:71:-72:73) %Graveyard_in +cell 4 0 outside 74 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz -1.2875000e+01 +surf 2 pz 3.7125000e+01 +surf 3 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4730000e+02 +surf 4 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4930000e+02 +surf 5 plane -6.4278394e-01 7.6604752e-01 0.0000000e+00 -9.4529993e+02 +surf 6 plane 7.6604444e-01 6.4278761e-01 1.1270893e-13 3.6199998e+01 +surf 7 plane -4.5927144e-01 -3.8537074e-01 8.0034939e-01 -1.2720491e+01 +surf 8 plane 7.1859533e-01 6.0297308e-01 -3.4647398e-01 1.8520245e+01 +surf 9 plane -5.2877963e-01 -4.4369447e-01 -7.2355187e-01 -3.0633133e+01 +surf 10 plane 4.5548583e-01 2.2438361e-01 8.6150140e-01 1.4575331e+02 +surf 11 plane -5.2877809e-01 -4.4369750e-01 -7.2355115e-01 -3.0630007e+01 +surf 12 plane 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +surf 13 plane 4.5052779e-01 3.7803771e-01 -8.0877203e-01 -4.6917764e+00 +surf 14 plane -4.5926726e-01 -3.8537099e-01 8.0035166e-01 -1.2717720e+01 +surf 15 plane 6.4058368e-01 4.3413413e-01 -6.3338781e-01 8.8112351e+01 +surf 16 plane -7.6513578e-01 -6.4201890e-01 4.8774703e-02 -1.1075909e+01 +surf 17 plane 6.5401212e-01 5.4877599e-01 -5.2068518e-01 2.0111561e+01 +surf 18 plane -6.0311280e-01 -5.0606680e-01 6.1656414e-01 -1.3283184e+01 +surf 19 plane -6.1679743e-01 -5.1582596e-01 5.9454563e-01 2.0629191e+00 +surf 20 plane 7.0115516e-01 5.8833904e-01 -4.0278854e-01 1.3603617e+01 +surf 21 plane 4.7990267e-01 2.4574277e-01 8.4220183e-01 1.4515055e+02 +surf 22 plane -6.0219114e-01 -6.4241645e-01 4.7399043e-01 7.9254273e+01 +surf 23 plane 6.3938920e-01 5.3651124e-01 -5.5076051e-01 1.9368828e+01 +surf 24 plane 1.8221743e-01 1.7018854e-01 9.6841761e-01 2.1907619e+01 +surf 25 plane 6.9995799e-01 4.4048805e-01 -5.6216464e-01 1.1077906e+02 +surf 26 plane -7.0320325e-02 -5.9005759e-02 9.9577777e-01 3.4104194e+01 +surf 27 plane -6.0191545e-01 -5.0506704e-01 6.1855079e-01 -1.5515393e+00 +surf 28 plane 1.6547244e-01 1.3884786e-01 -9.7639139e-01 -1.9628835e+01 +surf 29 plane 7.4879990e-01 6.2831160e-01 2.1100532e-01 2.7125826e+01 +surf quadratic 0.586828809377932 0.413171190622068 1.000000000000000 + 0.984806088246840 0.000000000000000 0.000000000000000 + -24.060861517336939 -20.189263488832218 -64.250000016200005 + 1253.648479814914936 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422249501 -23.397467056567294 -60.250000016303801 + 1237.065570674001947 +surf quadratic 0.586828809377932 0.413171190622068 1.000000000000000 + 0.984806088246840 0.000000000000000 0.000000000000000 + -24.060861517336939 -20.189263488832218 15.749999983800002 + 283.648479166914854 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422255771 -23.397467056572555 4.749999983696241 + 335.190570144277444 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943336906 -40.109944908423614 -64.250000016310707 + 1980.455531551705008 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604361017 -36.574074435563709 -55.691013838105995 + 1583.060830578958530 +surf quadratic 0.586824088833133 0.413175911166867 1.000000000000000 + 0.984807753012325 0.000000000000000 -0.000000000000000 + -56.610682039214538 -47.502002419831683 24.799999983692810 + 1498.812388507476271 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604366324 -36.574074435568164 9.308986161893980 + 829.352880840710895 +surf quadratic 0.586824088833126 0.413175911166874 1.000000000000000 + 0.984807753012328 0.000000000000004 -0.000000000000004 + -40.485446511548822 -33.971323235911989 -23.497066544620328 + 811.308579460152714 +surf 43 plane 5.9602807e-01 5.0448930e-01 -6.2469279e-01 -7.6706266e+00 +surf 44 plane 3.6065674e-01 2.1240814e-01 9.0819023e-01 6.8712406e+01 +surf 45 plane -3.1698943e-01 -2.6598571e-01 -9.1036767e-01 -4.2774362e+00 +surf 46 plane -3.8278776e-01 -3.8395917e-01 -8.4026716e-01 5.3132291e+00 +surf 47 plane 4.1417149e-01 3.4753115e-01 8.4123961e-01 3.9058851e+01 +surf 48 plane -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +surf 49 plane 7.3533005e-01 6.1700916e-01 -2.8033803e-01 1.8684170e+01 +surf 50 plane -4.5926911e-01 -3.8536879e-01 8.0035166e-01 -1.2720442e+01 +surf 51 plane -4.8827545e-01 -5.1460198e-01 -7.0482047e-01 6.2505410e+01 +surf 52 plane -1.6929292e-01 -1.4205362e-01 -9.7527467e-01 -1.2904707e+01 +surf 53 plane 4.6983096e-01 3.9423115e-01 7.8983585e-01 3.8954543e+01 +surf 54 plane 5.4167740e-01 4.5451688e-01 -7.0710678e-01 -1.5146546e+01 +surf 55 plane -5.4167522e-01 -4.5451948e-01 -7.0710678e-01 -3.8946546e+01 +surf 56 plane -5.9287640e-01 -4.9747752e-01 6.3325642e-01 -1.3139768e+01 +surf 57 plane -4.0967160e-01 -3.4375194e-01 -8.4498744e-01 -3.1449360e+01 +surf 58 plane -7.0514872e-01 -5.9169003e-01 3.9072778e-01 -1.8164782e+01 +surf 59 plane -7.4367047e-01 -6.2400754e-01 -2.3993505e-01 -1.8099771e+01 +surf 60 plane 6.7294991e-01 5.6466652e-01 -4.7779717e-01 2.0370117e+01 +surf 61 plane 5.7782535e-02 4.8484832e-02 -9.9715114e-01 1.4022906e+01 +surf 62 plane 6.0092988e-01 5.0424004e-01 -6.2018164e-01 8.4740523e+00 +surf 63 plane -1.3744507e-01 -1.7193351e-01 9.7547308e-01 6.0772703e+01 +surf 64 plane 8.2541415e-01 5.5140014e-01 1.2103459e-01 1.3060347e+02 +surf 65 plane -6.8724544e-01 -6.9536940e-01 -2.1013117e-01 5.9311788e+01 +surf 66 plane -6.2961950e-01 -5.2831349e-01 5.6961754e-01 -4.0186543e+00 +surf 67 plane -1.3173798e-01 -2.1145551e-01 9.6846872e-01 9.5731707e+01 +surf 68 px 6.1482381e+02 +surf 69 px 6.3892909e+02 +surf 70 py -7.2132816e+02 +surf 71 py -6.9987296e+02 +surf 72 pz -1.3875000e+01 +surf 73 pz 3.8125000e+01 +surf 74 sph 6.2687645e+02 -7.1060056e+02 1.2125000e+01 3.1211792e+01 +surf 75 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.1672261e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/placa/placa.xml b/tests/regression_test_files/DoubleCylinder/placa/placa.xml new file mode 100644 index 00000000..a8457ca1 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa/placa.xml @@ -0,0 +1,82 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/DoubleCylinder/placa2/placa2.inp b/tests/regression_test_files/DoubleCylinder/placa2/placa2.inp new file mode 100644 index 00000000..f6e6e26b --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa2/placa2.inp @@ -0,0 +1,115 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/placa2.step +$ +$ Creation Date : 2024-05-27 14:58:57.299081 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 32 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 4 10 11 12 13 18 19 20 -6 -5 -3 1:4 7 8 10 14 15 16 21 22 -3 + -2:4 5 9 10 11 15 16 17 23 -8 24 -6 -3:4 15 -9 25 -6 -3 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -32 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 32 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ -1.2875000e+01 +2 PZ 3.7125000e+01 +3 P 6.4278761e-01 -7.6604444e-01 4.7675313e-14 9.4730000e+02 +4 P 6.4278394e-01 -7.6604752e-01 0.0000000e+00 9.4529993e+02 +5 P -4.5927144e-01 -3.8537074e-01 8.0034939e-01 -1.2720491e+01 +6 P 7.6604444e-01 6.4278761e-01 1.1270893e-13 3.6199998e+01 +7 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +8 P -7.0115516e-01 -5.8833904e-01 4.0278854e-01 -1.3603617e+01 +9 P -1.6649958e-01 -1.3970974e-01 -9.7609379e-01 -3.3160506e+01 +10 GQ 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 15.749999983800002 + 283.648479168744871 +11 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422247696 -23.397467056565731 4.749999983696000 + 335.190570144084404 +12 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 -0.000000000000000 + -56.610682039183530 -47.502002419805848 24.799999983680607 + 1498.812388505833496 +13 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604295299 -36.574074435508486 9.308986161894001 + 829.352880838071769 +14 GQ 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 -64.250000016200005 + 1253.648479816745066 +15 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943301507 -40.109944908393821 -64.250000016310040 + 1980.455531550240039 +16 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604295299 -36.574074435508486 -55.691013838106009 + 1583.060830576516992 +17 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000004 -0.000000000000004 + -40.485446511531698 -33.971323235897209 -23.497066544618729 + 811.308579459535963 +18 P 7.3533005e-01 6.1700916e-01 -2.8033803e-01 1.8684170e+01 +19 P 7.1859512e-01 6.0297290e-01 -3.4647474e-01 1.8520236e+01 +20 P -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +21 P -6.5737875e-01 -5.5160090e-01 5.1340980e-01 -1.3229142e+01 +22 P 5.4167740e-01 4.5451688e-01 -7.0710678e-01 -1.5146546e+01 +23 P -4.5926823e-01 -3.8537180e-01 8.0035071e-01 -1.2717742e+01 +24 P -7.9347455e-02 -6.6579772e-02 9.9462109e-01 -4.8323594e+00 +25 P 5.0682199e-01 4.2527414e-01 -7.4984890e-01 -1.3864704e-01 +26 PX 6.1482381e+02 +27 PX 6.3764351e+02 +28 PY -7.1979607e+02 +29 PY -6.9987295e+02 +30 PZ -1.3875000e+01 +31 PZ 3.8125000e+01 +32 S 6.2623366e+02 -7.0983451e+02 1.2125000e+01 3.0691958e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/DoubleCylinder/placa2/placa2.mcnp b/tests/regression_test_files/DoubleCylinder/placa2/placa2.mcnp new file mode 100644 index 00000000..d410a765 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa2/placa2.mcnp @@ -0,0 +1,115 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/placa2.step +C +C Creation Date : 2024-05-27 14:58:57.296100 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 32 +C Materials : 0 +C +C ************************************************************** +1 0 4 10 11 12 13 18 19 20 -6 -5 -3 1:4 7 8 10 14 15 16 21 22 -3 -2:4 + 5 9 10 11 15 16 17 23 -8 24 -6 -3:4 15 -9 25 -6 -3 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 26 -27 28 -29 30 -31 ((6:((-20:-19:-18:-13:-12:-1:5) (-24:-23:-17: + -16:8:-15:-9:-5):-10:-11) (-25:-15:9)) (-22:-21:-14:-7:2:-8:-10:-15: + -16):3:-4) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(614.824, 637.644, -719.796, -699.873, -13.875, 38.125) + $Enclosed cells : (1) +3 0 -32 (-26:27:-28:29:-30:31) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 32 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ -1.2875000e+01 +2 PZ 3.7125000e+01 +3 P 6.4278761e-01 -7.6604444e-01 4.7675313e-14 9.4730000e+02 +4 P 6.4278394e-01 -7.6604752e-01 0.0000000e+00 9.4529993e+02 +5 P -4.5927144e-01 -3.8537074e-01 8.0034939e-01 -1.2720491e+01 +6 P 7.6604444e-01 6.4278761e-01 1.1270893e-13 3.6199998e+01 +7 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +8 P -7.0115516e-01 -5.8833904e-01 4.0278854e-01 -1.3603617e+01 +9 P -1.6649958e-01 -1.3970974e-01 -9.7609379e-01 -3.3160506e+01 +10 GQ 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 15.749999983800002 + 283.648479168744871 +11 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422247696 -23.397467056565731 4.749999983696000 + 335.190570144084404 +12 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 -0.000000000000000 + -56.610682039183530 -47.502002419805848 24.799999983680607 + 1498.812388505833496 +13 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604295299 -36.574074435508486 9.308986161894001 + 829.352880838071769 +14 GQ 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 -64.250000016200005 + 1253.648479816745066 +15 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943301507 -40.109944908393821 -64.250000016310040 + 1980.455531550240039 +16 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604295299 -36.574074435508486 -55.691013838106009 + 1583.060830576516992 +17 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000004 -0.000000000000004 + -40.485446511531698 -33.971323235897209 -23.497066544618729 + 811.308579459535963 +18 P 7.3533005e-01 6.1700916e-01 -2.8033803e-01 1.8684170e+01 +19 P 7.1859512e-01 6.0297290e-01 -3.4647474e-01 1.8520236e+01 +20 P -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +21 P -6.5737875e-01 -5.5160090e-01 5.1340980e-01 -1.3229142e+01 +22 P 5.4167740e-01 4.5451688e-01 -7.0710678e-01 -1.5146546e+01 +23 P -4.5926823e-01 -3.8537180e-01 8.0035071e-01 -1.2717742e+01 +24 P -7.9347455e-02 -6.6579772e-02 9.9462109e-01 -4.8323594e+00 +25 P 5.0682199e-01 4.2527414e-01 -7.4984890e-01 -1.3864704e-01 +26 PX 6.1482381e+02 +27 PX 6.3764351e+02 +28 PY -7.1979607e+02 +29 PY -6.9987295e+02 +30 PZ -1.3875000e+01 +31 PZ 3.8125000e+01 +32 S 6.2623366e+02 -7.0983451e+02 1.2125000e+01 3.0691958e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.1482381e+02 6.3764351e+02 +C SI2 -7.1979607e+02 -6.9987295e+02 +C SI3 -1.3875000e+01 3.8125000e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=32 WGT=2.9593687e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.8339159e+03 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/placa2/placa2.py b/tests/regression_test_files/DoubleCylinder/placa2/placa2.py new file mode 100644 index 00000000..0d44cb9a --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa2/placa2.py @@ -0,0 +1,49 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=-12.874999991900001) +S2 = openmc.ZPlane(z0=37.12500000810001) +S3 = openmc.Plane(a=0.6427876096864314,b=-0.7660444431190686,c=4.7675313289393525e-14,d=947.2999999994196) +S4 = openmc.Plane(a=0.6427839377443012,b=-0.766047524229359,c=0.0,d=945.2999318177853) +S5 = openmc.Plane(a=-0.4592714368816125,b=-0.38537074183384207,c=0.8003493853331388,d=-12.720490997276636) +S6 = openmc.Plane(a=0.7660444431187603,b=0.6427876096867989,c=1.1270893240586473e-13,d=36.1999984940112) +S7 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=0.0,d=10.704548840863664) +S8 = openmc.Plane(a=-0.7011551638862679,b=-0.5883390394154188,c=0.40278854359994315,d=-13.603617468175628) +S9 = openmc.Plane(a=-0.1664995834023603,b=-0.13970973902418743,c=-0.9760937852218063,d=-33.16050598076885) +S10 = openmc.Cylinder(x0=602.2059324185001,y0=-693.2559894516,z0=-7.874999991900001,r=5.0,dx=0.6427839377443012,dy=-0.766047524229359,dz=0.0) +S11 = openmc.Cylinder(x0=622.8973997408001,y0=-714.0260426522,z0=-2.374999991848,r=1.3,dx=-0.6427876096867989,dy=0.7660444431187603,dz=2.735048441731144e-29) +S12 = openmc.Cylinder(x0=637.2183090670001,y0=-701.9232160373,z0=-12.39999999184,r=4.5,dx=-0.6427876096867989,dy=0.7660444431187603,dz=-3.212450881436995e-16) +S13 = openmc.Cylinder(x0=630.7490343318,y0=-707.4377389627001,z0=-4.654493080947001,r=1.3,dx=-0.6427876096867989,dy=0.7660444431187603,dz=2.735048441731144e-29) +S14 = openmc.Cylinder(x0=602.2059324185001,y0=-693.2559894516,z0=32.1250000081,r=5.0,dx=0.6427839377443012,dy=-0.766047524229359,dz=0.0) +S15 = openmc.Cylinder(x0=614.0795201846,y0=-683.2928932629001,z0=32.125000008153,r=5.0,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-2.2001022433673115e-15) +S16 = openmc.Cylinder(x0=630.7490343318,y0=-707.4377389627001,z0=27.845506919053005,r=1.3,dx=-0.6427876096867989,dy=0.7660444431187603,dz=2.735048441731144e-29) +S17 = openmc.Cylinder(x0=630.4348386464001,y0=-710.212984071,z0=11.748533272312,r=5.0,dx=-0.6427876096867989,dy=0.7660444431187603,dz=-2.7755575615611314e-15) +S18 = openmc.Plane(a=0.7353300470798275,b=0.6170091649067942,c=-0.2803380321729448,d=18.68416968083792) +S19 = openmc.Plane(a=0.7185951168964362,b=0.6029728975540088,c=-0.3464747361466921,d=18.520236137694923) +S20 = openmc.Plane(a=-0.6103924487817496,b=-0.5121800786465152,c=0.6042289512327829,d=-33.65598700146172) +S21 = openmc.Plane(a=-0.6573787521870255,b=-0.5516008988414886,c=0.5134098017863423,d=-13.229141871987123) +S22 = openmc.Plane(a=0.5416773990945677,b=0.4545168812174767,c=-0.7071067811854745,d=-15.1465462763541) +S23 = openmc.Plane(a=-0.45926823072053374,b=-0.385371803009307,c=0.8003507141848418,d=-12.717742401574782) +S24 = openmc.Plane(a=-0.07934745461285961,b=-0.06657977176722844,c=0.9946210913900246,d=-4.832359367178319) +S25 = openmc.Plane(a=0.50682198658401,b=0.4252741420154739,c=-0.7498489034785876,d=-0.13864703909578965) +S26 = openmc.XPlane(x0=614.8238056607426) +S27 = openmc.XPlane(x0=637.6435103443182) +S28 = openmc.YPlane(y0=-719.7960683481001) +S29 = openmc.YPlane(y0=-699.8729455599496) +S30 = openmc.ZPlane(z0=-13.874999992005224) +S31 = openmc.ZPlane(z0=38.12500000815301) +S32 = openmc.Sphere(x0=626.2336580025303,y0=-709.8345069540248,z0=12.12500000807389,r=30.691958234735225, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S4 & +S10 & +S11 & +S12 & +S13 & +S18 & +S19 & +S20 & -S6 & -S5 & -S3 & +S1) | (+S4 & +S7 & +S8 & +S10 & +S14 & +S15 & +S16 & +S21 & +S22 & -S3 & -S2) | (+S4 & +S5 & +S9 & +S10 & +S11 & +S15 & +S16 & +S17 & +S23 & -S8 & +S24 & -S6 & -S3) | (+S4 & +S15 & -S9 & +S25 & -S6 & -S3))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(614.824, 637.644, -719.796, -699.873, -13.875, 38.125). Enclosed cells : (1)", region=(+S26 & -S27 & +S28 & -S29 & +S30 & -S31 & ((((+S6) | ((((-S20 | -S19 | -S18 | -S13 | -S12 | -S1 | +S5) & (-S24 | -S23 | -S17 | -S16 | +S8 | -S15 | -S9 | -S5)) | (-S10 | -S11)) & (-S25 | -S15 | +S9))) & (-S22 | -S21 | -S14 | -S7 | +S2 | -S8 | -S10 | -S15 | -S16)) | (+S3 | -S4)))) +C3 = openmc.Cell(name="", region=(-S32 & (-S26 | +S27 | -S28 | +S29 | -S30 | +S31))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/DoubleCylinder/placa2/placa2.serp b/tests/regression_test_files/DoubleCylinder/placa2/placa2.serp new file mode 100644 index 00000000..e0c6b07e --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa2/placa2.serp @@ -0,0 +1,93 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/placa2.step +% +% Creation Date : 2024-05-27 14:58:57.297887 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 32 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 4 10 11 12 13 18 19 20 -6 -5 -3 1:4 7 8 10 14 15 16 21 22 -3 + -2:4 5 9 10 11 15 16 17 23 -8 24 -6 -3:4 15 -9 25 -6 -3% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 26 -27 28 -29 30 -31 ((6:((-20:-19:-18:-13:-12:-1:5) (-24:-23: + -17:-16:8:-15:-9:-5):-10:-11) (-25:-15:9)) (-22:-21:-14:-7:2:-8:-10: + -15:-16):3:-4) %Automatic Generated Void Cell. Enclosure(614.824, 637.644, -719.796, -699.873, -13.875, 38.125) + %Enclosed cells : (1) +cell 3 0 void -32 (-26:27:-28:29:-30:31) %Graveyard_in +cell 4 0 outside 32 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz -1.2875000e+01 +surf 2 pz 3.7125000e+01 +surf 3 plane 6.4278761e-01 -7.6604444e-01 4.7675313e-14 9.4730000e+02 +surf 4 plane 6.4278394e-01 -7.6604752e-01 0.0000000e+00 9.4529993e+02 +surf 5 plane -4.5927144e-01 -3.8537074e-01 8.0034939e-01 -1.2720491e+01 +surf 6 plane 7.6604444e-01 6.4278761e-01 1.1270893e-13 3.6199998e+01 +surf 7 plane 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +surf 8 plane -7.0115516e-01 -5.8833904e-01 4.0278854e-01 -1.3603617e+01 +surf 9 plane -1.6649958e-01 -1.3970974e-01 -9.7609379e-01 -3.3160506e+01 +surf quadratic 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 15.749999983800002 + 283.648479168744871 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422247696 -23.397467056565731 4.749999983696000 + 335.190570144084404 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 -0.000000000000000 + -56.610682039183530 -47.502002419805848 24.799999983680607 + 1498.812388505833496 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604295299 -36.574074435508486 9.308986161894001 + 829.352880838071769 +surf quadratic 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 -64.250000016200005 + 1253.648479816745066 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943301507 -40.109944908393821 -64.250000016310040 + 1980.455531550240039 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604295299 -36.574074435508486 -55.691013838106009 + 1583.060830576516992 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000004 -0.000000000000004 + -40.485446511531698 -33.971323235897209 -23.497066544618729 + 811.308579459535963 +surf 18 plane 7.3533005e-01 6.1700916e-01 -2.8033803e-01 1.8684170e+01 +surf 19 plane 7.1859512e-01 6.0297290e-01 -3.4647474e-01 1.8520236e+01 +surf 20 plane -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +surf 21 plane -6.5737875e-01 -5.5160090e-01 5.1340980e-01 -1.3229142e+01 +surf 22 plane 5.4167740e-01 4.5451688e-01 -7.0710678e-01 -1.5146546e+01 +surf 23 plane -4.5926823e-01 -3.8537180e-01 8.0035071e-01 -1.2717742e+01 +surf 24 plane -7.9347455e-02 -6.6579772e-02 9.9462109e-01 -4.8323594e+00 +surf 25 plane 5.0682199e-01 4.2527414e-01 -7.4984890e-01 -1.3864704e-01 +surf 26 px 6.1482381e+02 +surf 27 px 6.3764351e+02 +surf 28 py -7.1979607e+02 +surf 29 py -6.9987295e+02 +surf 30 pz -1.3875000e+01 +surf 31 pz 3.8125000e+01 +surf 32 sph 6.2623366e+02 -7.0983451e+02 1.2125000e+01 3.0691958e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/placa2/placa2.xml b/tests/regression_test_files/DoubleCylinder/placa2/placa2.xml new file mode 100644 index 00000000..23c1cc57 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa2/placa2.xml @@ -0,0 +1,39 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/DoubleCylinder/placa3/placa3.inp b/tests/regression_test_files/DoubleCylinder/placa3/placa3.inp new file mode 100644 index 00000000..c381bb03 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa3/placa3.inp @@ -0,0 +1,142 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/placa3.step +$ +$ Creation Date : 2024-05-27 14:58:56.627926 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 52 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 3 4 21 -6 -5 30:3 7 9 22 -10 -8 (26:-52) -5 31:32 3 7 8 22 + -5:33 3 11 22 -5 -1:34 3 35 -5 7 10 12 (-52:28) 13 -14 21 23 24 -6 + (27:-52) -4:3 36 7 -12 23 -5:-14 -13:-14 -13:3 -37 -5 -15 -10 -9 (27: + -52):3 38 -16 23 -5 2:3 17 18 21 -5 -1:3 39 14 16 19 -40 23 24 25 -6 + -5 (-52:28) (-52:29) 2:3 -19 14 -41 (-52:28):3 -5 42 -17 15 20 21 + -11 22 -43 (26:-52) (27:-52) -1:3 -20 15 -44 -9 (26:-52) -5 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -51 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 51 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 3.7125000e+01 +2 PZ -1.2875000e+01 +3 P 6.4278761e-01 -7.6604444e-01 -2.2000000e-15 9.4730000e+02 +4 P -5.0404109e-01 -5.5604663e-01 6.6087421e-01 9.0722719e+01 +5 P 6.4278761e-01 -7.6604444e-01 -2.2000000e-15 9.4930000e+02 +6 P 7.6604444e-01 6.4278761e-01 1.0202766e-13 3.6199999e+01 +7 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +8 P 4.7990267e-01 2.4574277e-01 8.4220183e-01 1.4515055e+02 +9 P -5.2877963e-01 -4.4369447e-01 -7.2355187e-01 -3.0633133e+01 +10 P 5.9094286e-01 4.9585993e-01 -6.3632497e-01 7.4835034e+00 +11 P -6.1679046e-01 -5.1581715e-01 5.9456051e-01 2.0614843e+00 +12 P -6.4058368e-01 -4.3413413e-01 6.3338781e-01 -8.8112351e+01 +13 P -6.0311280e-01 -5.0606680e-01 6.1656414e-01 -1.3283184e+01 +14 P 6.0311037e-01 5.0606969e-01 -6.1656414e-01 1.3279609e+01 +15 P -6.0191545e-01 -5.0506704e-01 6.1855079e-01 -1.5515393e+00 +16 P 7.1225091e-01 6.3493263e-01 2.9926442e-01 -9.5347440e+00 +17 P 6.9995799e-01 4.4048805e-01 -5.6216464e-01 1.1077906e+02 +18 P -7.0320325e-02 -5.9005759e-02 9.9577777e-01 3.4104194e+01 +19 P 7.3351870e-01 6.1548928e-01 2.8831103e-01 1.7683720e+01 +20 P 7.4879990e-01 6.2831160e-01 2.1100532e-01 2.7125826e+01 +21 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943301507 -40.109944908393821 -64.250000016310040 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-4.9747752e-01 6.3325642e-01 -1.3139768e+01 +36 P -7.6513578e-01 -6.4201890e-01 4.8774705e-02 -1.1075909e+01 +37 P 5.7352791e-01 4.1514779e-01 7.0619972e-01 8.6173800e+01 +38 P 5.8864437e-01 4.9392647e-01 -6.3994878e-01 2.0306992e+01 +39 P -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +40 P -7.1389154e-01 -6.3805597e-01 -2.8851939e-01 1.0676422e+01 +41 P 1.1991104e-01 -5.8455399e-02 -9.9106221e-01 1.1505057e+02 +42 P -6.2961950e-01 -5.2831349e-01 5.6961754e-01 -4.0186543e+00 +43 P -6.8724544e-01 -6.9536940e-01 -2.1013117e-01 5.9311788e+01 +44 P -1.3172539e-01 -2.1144267e-01 9.6847324e-01 9.5730567e+01 +45 PX 6.1610937e+02 +46 PX 6.3892909e+02 +47 PY -7.2132816e+02 +48 PY -7.0140499e+02 +49 PZ -1.3875000e+01 +50 PZ 3.8125000e+01 +51 S 6.2751923e+02 -7.1136658e+02 1.2125000e+01 3.0691969e+01 +52 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.1672261e+02 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/DoubleCylinder/placa3/placa3.mcnp b/tests/regression_test_files/DoubleCylinder/placa3/placa3.mcnp new file mode 100644 index 00000000..67e5f176 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa3/placa3.mcnp @@ -0,0 +1,145 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/placa3.step +C +C Creation Date : 2024-05-27 14:58:56.623648 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 52 +C Materials : 0 +C +C ************************************************************** +1 0 3 4 21 -6 -5 30:3 7 9 22 -10 -8 (26:-52) -5 31:32 3 7 8 22 -5:33 3 + 11 22 -5 -1:34 3 35 -5 7 10 12 (-52:28) 13 -14 21 23 24 -6 (27:-52) + -4:3 36 7 -12 23 -5:-14 -13:-14 -13:3 -37 -5 -15 -10 -9 (27:-52):3 + 38 -16 23 -5 2:3 17 18 21 -5 -1:3 39 14 16 19 -40 23 24 25 -6 -5 + (-52:28) (-52:29) 2:3 -19 14 -41 (-52:28):3 -5 42 -17 15 20 21 -11 + 22 -43 (26:-52) (27:-52) -1:3 -20 15 -44 -9 (26:-52) -5 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 45 -46 47 -48 49 -50 (14:13) (14:13) (-3:(5:(1:(-21:(-17:-18) (43: + -42:52 -27:52 -26:-20:-15:-22:11:17)) (-33:-11:-22)) ((16:-38) (40: + -39:-29 52:-25:-19:-28 52:-24:-14:6:-16):-23:-2) (-7:(-22:(-31:52 + -26:-9:10:8) (-8:-32)) (-23:(-35:-34:-13:-28 52:52 -27:-24:-21:14:6: + 4:-10:-12) (12:-36))) (-30:-4:-21:6) (37:15:10:9:52 -27) (44:20:-15: + 9:52 -26)) (41:19:-14:-28 52)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(616.109, 638.929, -721.328, -701.405, -13.875, 38.125) + $Enclosed cells : (1) +3 0 -51 (-45:46:-47:48:-49:50) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 51 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 3.7125000e+01 +2 PZ -1.2875000e+01 +3 P 6.4278761e-01 -7.6604444e-01 -2.2000000e-15 9.4730000e+02 +4 P -5.0404109e-01 -5.5604663e-01 6.6087421e-01 9.0722719e+01 +5 P 6.4278761e-01 -7.6604444e-01 -2.2000000e-15 9.4930000e+02 +6 P 7.6604444e-01 6.4278761e-01 1.0202766e-13 3.6199999e+01 +7 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +8 P 4.7990267e-01 2.4574277e-01 8.4220183e-01 1.4515055e+02 +9 P -5.2877963e-01 -4.4369447e-01 -7.2355187e-01 -3.0633133e+01 +10 P 5.9094286e-01 4.9585993e-01 -6.3632497e-01 7.4835034e+00 +11 P -6.1679046e-01 -5.1581715e-01 5.9456051e-01 2.0614843e+00 +12 P -6.4058368e-01 -4.3413413e-01 6.3338781e-01 -8.8112351e+01 +13 P -6.0311280e-01 -5.0606680e-01 6.1656414e-01 -1.3283184e+01 +14 P 6.0311037e-01 5.0606969e-01 -6.1656414e-01 1.3279609e+01 +15 P -6.0191545e-01 -5.0506704e-01 6.1855079e-01 -1.5515393e+00 +16 P 7.1225091e-01 6.3493263e-01 2.9926442e-01 -9.5347440e+00 +17 P 6.9995799e-01 4.4048805e-01 -5.6216464e-01 1.1077906e+02 +18 P -7.0320325e-02 -5.9005759e-02 9.9577777e-01 3.4104194e+01 +19 P 7.3351870e-01 6.1548928e-01 2.8831103e-01 1.7683720e+01 +20 P 7.4879990e-01 6.2831160e-01 2.1100532e-01 2.7125826e+01 +21 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943301507 -40.109944908393821 -64.250000016310040 + 1980.455531550240039 +22 GQ 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 -64.250000016200005 + 1253.648479816745066 +23 GQ 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 15.749999983800002 + 283.648479168744871 +24 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000004 -0.000000000000004 + -40.485446511531698 -33.971323235897209 -23.497066544618722 + 811.308579459535849 +25 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 -0.000000000000000 + -56.610682039183530 -47.502002419805848 24.799999983680603 + 1498.812388505833496 +26 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -10.116655347110122 -44.571786941502836 -60.250000000000000 + -11430.859226159700484 +27 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -25.819922174414771 -57.748392344578491 -55.691000000000003 + -11084.864407681136072 +28 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -10.116655347110122 -44.571786941502836 4.750000000000000 + -12332.734226159702303 +29 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -25.819922174414771 -57.748392344578491 9.309000000000001 + -11838.571907681136508 +30 P 7.6451218e-01 6.4150189e-01 -6.3217496e-02 3.4096728e+01 +31 P -4.0967160e-01 -3.4375194e-01 -8.4498744e-01 -3.1449360e+01 +32 P -7.4367047e-01 -6.2400754e-01 -2.3993505e-01 -1.8099771e+01 +33 P 4.6983132e-01 3.9423145e-01 7.8983549e-01 3.8954537e+01 +34 P 5.7672269e-01 4.8392779e-01 -6.5818298e-01 6.2917894e+00 +35 P -5.9287640e-01 -4.9747752e-01 6.3325642e-01 -1.3139768e+01 +36 P -7.6513578e-01 -6.4201890e-01 4.8774705e-02 -1.1075909e+01 +37 P 5.7352791e-01 4.1514779e-01 7.0619972e-01 8.6173800e+01 +38 P 5.8864437e-01 4.9392647e-01 -6.3994878e-01 2.0306992e+01 +39 P -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +40 P -7.1389154e-01 -6.3805597e-01 -2.8851939e-01 1.0676422e+01 +41 P 1.1991104e-01 -5.8455399e-02 -9.9106221e-01 1.1505057e+02 +42 P -6.2961950e-01 -5.2831349e-01 5.6961754e-01 -4.0186543e+00 +43 P -6.8724544e-01 -6.9536940e-01 -2.1013117e-01 5.9311788e+01 +44 P -1.3172539e-01 -2.1144267e-01 9.6847324e-01 9.5730567e+01 +45 PX 6.1610937e+02 +46 PX 6.3892909e+02 +47 PY -7.2132816e+02 +48 PY -7.0140499e+02 +49 PZ -1.3875000e+01 +50 PZ 3.8125000e+01 +51 S 6.2751923e+02 -7.1136658e+02 1.2125000e+01 3.0691969e+01 +52 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.1672261e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.1610937e+02 6.3892909e+02 +C SI2 -7.2132816e+02 -7.0140499e+02 +C SI3 -1.3875000e+01 3.8125000e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=51 WGT=2.9593708e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.6126229e+03 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/placa3/placa3.py b/tests/regression_test_files/DoubleCylinder/placa3/placa3.py new file mode 100644 index 00000000..a4af3d07 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa3/placa3.py @@ -0,0 +1,69 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=37.1250000081) +S2 = openmc.ZPlane(z0=-12.874999991900001) +S3 = openmc.Plane(a=0.6427876096867989,b=-0.7660444431187603,c=-2.199999999999312e-15,d=947.2999999994618) +S4 = openmc.Plane(a=-0.5040410870282942,b=-0.5560466314390522,c=0.6608742136387366,d=90.72271877133922) +S5 = openmc.Plane(a=0.6427876096867989,b=-0.7660444431187603,c=-2.199999999999312e-15,d=949.2999999994499) +S6 = openmc.Plane(a=0.7660444431237806,b=0.6427876096808159,c=1.0202765709947079e-13,d=36.19999850147577) +S7 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=0.0,d=10.704548840863664) +S8 = openmc.Plane(a=0.47990267304347933,b=0.2457427663244699,c=0.8422018268829154,d=145.15055362039388) +S9 = openmc.Plane(a=-0.5287796309106564,b=-0.44369447404409934,c=-0.7235518748761005,d=-30.633133003550963) +S10 = openmc.Plane(a=0.5909428562029627,b=0.49585993268709744,c=-0.6363249703243081,d=7.483503418194442) +S11 = openmc.Plane(a=-0.616790456926299,b=-0.515817146335511,c=0.5945605131447408,d=2.0614842573683005) +S12 = openmc.Plane(a=-0.6405836766719066,b=-0.4341341258993716,c=0.6333878068853953,d=-88.11235087049623) +S13 = openmc.Plane(a=-0.6031127997999715,b=-0.5060668014682403,c=0.6165641435967099,d=-13.28318400979758) +S14 = openmc.Plane(a=0.6031103740242303,b=0.506069692403269,c=-0.6165641436016319,d=13.27960904810932) +S15 = openmc.Plane(a=-0.6019154544124984,b=-0.5050670357977817,c=0.618550786184803,d=-1.5515393131761102) +S16 = openmc.Plane(a=0.7122509099121649,b=0.6349326341321122,c=0.29926441726899367,d=-9.534743974537937) +S17 = openmc.Plane(a=0.6999579949621844,b=0.44048804783811724,c=-0.562164642253747,d=110.77905658038571) +S18 = openmc.Plane(a=-0.07032032541483227,b=-0.05900575911989553,c=0.9957777725096283,d=34.10419399077565) +S19 = openmc.Plane(a=0.7335187049740992,b=0.6154892832095151,c=0.28831103292686816,d=17.68372039328721) +S20 = openmc.Plane(a=0.7487998972537468,b=0.6283116011940568,c=0.21100532144412498,d=27.12582645409616) +S21 = openmc.Cylinder(x0=614.0795201846,y0=-683.2928932629001,z0=32.125000008153,r=5.0,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-2.1999999999993116e-15) +S22 = openmc.Cylinder(x0=602.2059324185001,y0=-693.2559894516,z0=32.1250000081,r=5.0,dx=0.6427839377443012,dy=-0.766047524229359,dz=0.0) +S23 = openmc.Cylinder(x0=602.2059324185001,y0=-693.2559894516,z0=-7.874999991900001,r=5.0,dx=0.6427839377443012,dy=-0.766047524229359,dz=0.0) +S24 = openmc.Cylinder(x0=630.4348386464001,y0=-710.212984071,z0=11.748533272312,r=5.0,dx=-0.6427876096867989,dy=0.7660444431187603,dz=-2.77999999999913e-15) +S25 = openmc.Cylinder(x0=637.2183090670001,y0=-701.9232160373,z0=-12.39999999184,r=4.5,dx=-0.6427876096867989,dy=0.7660444431187603,dz=-3.199999999998999e-16) +S26 = openmc.Cone(x0=603.1999468482727,y0=-690.5515300603457,z0=30.125,r2=0.015076048396218032,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S27 = openmc.Cone(x0=611.0515802618728,y0=-683.9632273587457,z0=27.8455,r2=0.015076048396218032,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S28 = openmc.Cone(x0=603.1999468482727,y0=-690.5515300603457,z0=-2.375,r2=0.015076048396218032,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S29 = openmc.Cone(x0=611.0515802618728,y0=-683.9632273587457,z0=-4.6545000000000005,r2=0.015076048396218032,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S30 = openmc.Plane(a=0.7645121808355628,b=0.6415018889701005,c=-0.06321749601055614,d=34.09672824316609) +S31 = openmc.Plane(a=-0.4096716018038775,b=-0.34375194365965883,c=-0.8449874436378638,d=-31.449360251282926) +S32 = openmc.Plane(a=-0.7436704659398081,b=-0.6240075391690808,c=-0.2399350519390963,d=-18.09977119452572) +S33 = openmc.Plane(a=0.46983131560716296,b=0.39423144592154213,c=0.789835490416487,d=38.954536967448966) +S34 = openmc.Plane(a=0.5767226859771956,b=0.48392779309536993,c=-0.6581829795346382,d=6.291789380612428) +S35 = openmc.Plane(a=-0.5928763957206287,b=-0.49747752219463254,c=0.6332564206610188,d=-13.1397683623104) +S36 = openmc.Plane(a=-0.7651357788900166,b=-0.6420189000137349,c=0.04877470540681777,d=-11.07590915337631) +S37 = openmc.Plane(a=0.573527911288874,b=0.4151477875912966,c=0.7061997234711107,d=86.17380028548625) +S38 = openmc.Plane(a=0.5886443730471678,b=0.49392646809859986,c=-0.6399487840378708,d=20.30699176504055) +S39 = openmc.Plane(a=-0.6103924488477434,b=-0.5121800787018904,c=0.6042289511191766,d=-33.655987002728885) +S40 = openmc.Plane(a=-0.713891543172151,b=-0.6380559738196828,c=-0.288519390787346,d=10.676421641572986) +S41 = openmc.Plane(a=0.11991103660811725,b=-0.05845539931100812,c=-0.9910622127752411,d=115.05056909838396) +S42 = openmc.Plane(a=-0.6296195022627706,b=-0.5283134921310785,c=0.5696175351958944,d=-4.0186542866340265) +S43 = openmc.Plane(a=-0.6872454391093554,b=-0.695369397447651,c=-0.2101311674090259,d=59.31178760393814) +S44 = openmc.Plane(a=-0.13172539315162798,b=-0.21144267245387358,c=0.9684732402418835,d=95.73056719772784) +S45 = openmc.XPlane(x0=616.1093682571538) +S46 = openmc.XPlane(x0=638.9290855626405) +S47 = openmc.YPlane(y0=-721.3281633966001) +S48 = openmc.YPlane(y0=-701.404990463266) +S49 = openmc.ZPlane(z0=-13.87499999190532) +S50 = openmc.ZPlane(z0=38.12500000815301) +S51 = openmc.Sphere(x0=627.5192269098972,y0=-711.3665769299331,z0=12.125000008123841,r=30.691969142076005) +S52 = openmc.Plane(a=0.6427876096867989,b=-0.7660444431187603,c=0.0,d=916.7226142876907, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S3 & +S4 & +S21 & -S6 & -S5 & +S30) | (+S3 & +S7 & +S9 & +S22 & -S10 & -S8 & (+S26 | -S52) & -S5 & +S31) | (+S32 & +S3 & +S7 & +S8 & +S22 & -S5) | (+S33 & +S3 & +S11 & +S22 & -S5 & -S1) | (+S34 & +S3 & +S35 & -S5 & +S7 & +S10 & +S12 & (-S52 | +S28) & +S13 & -S14 & +S21 & +S23 & +S24 & -S6 & (+S27 | -S52) & -S4) | (+S3 & +S36 & +S7 & -S12 & +S23 & -S5) | (-S14 & -S13) | (-S14 & -S13) | (+S3 & -S37 & -S5 & -S15 & -S10 & -S9 & (+S27 | -S52)) | (+S3 & +S38 & -S16 & +S23 & -S5 & +S2) | (+S3 & +S17 & +S18 & +S21 & -S5 & -S1) | (+S3 & +S39 & +S14 & +S16 & +S19 & -S40 & +S23 & +S24 & +S25 & -S6 & -S5 & (-S52 | +S28) & (-S52 | +S29) & +S2) | (+S3 & -S19 & +S14 & -S41 & (-S52 | +S28)) | (+S3 & -S5 & +S42 & -S17 & +S15 & +S20 & +S21 & -S11 & +S22 & -S43 & (+S26 | -S52) & (+S27 | -S52) & -S1) | (+S3 & -S20 & +S15 & -S44 & -S9 & (+S26 | -S52) & -S5))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(616.109, 638.929, -721.328, -701.405, -13.875, 38.125). Enclosed cells : (1)", region=(+S45 & -S46 & +S47 & -S48 & +S49 & -S50 & ((+S14 | +S13) & (+S14 | +S13) & ((-S3) | (((+S5) | (((+S1) | (((-S21) | ((-S17 | -S18) & (+S43 | -S42 | (+S52 & -S27) | (+S52 & -S26) | -S20 | -S15 | -S22 | +S11 | +S17))) & (-S33 | -S11 | -S22))) & (((+S16 | -S38) & (+S40 | -S39 | (-S29 & +S52) | -S25 | -S19 | (-S28 & +S52) | -S24 | -S14 | +S6 | -S16)) | (-S23 | -S2)) & ((-S7) | (((-S22) | ((-S31 | (+S52 & -S26) | -S9 | +S10 | +S8) & (-S8 | -S32))) & ((-S23) | ((-S35 | -S34 | -S13 | (-S28 & +S52) | (+S52 & -S27) | -S24 | -S21 | +S14 | +S6 | +S4 | -S10 | -S12) & (+S12 | -S36))))) & (-S30 | -S4 | -S21 | +S6) & (+S37 | +S15 | +S10 | +S9 | (+S52 & -S27)) & (+S44 | +S20 | -S15 | +S9 | (+S52 & -S26)))) & (+S41 | +S19 | -S14 | (-S28 & +S52))))))) +C3 = openmc.Cell(name="", region=(-S51 & (-S45 | +S46 | -S47 | +S48 | -S49 | +S50))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/DoubleCylinder/placa3/placa3.serp b/tests/regression_test_files/DoubleCylinder/placa3/placa3.serp new file mode 100644 index 00000000..2fd3b109 --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa3/placa3.serp @@ -0,0 +1,107 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/DoubleCylinder/placa3.step +% +% Creation Date : 2024-05-27 14:58:56.626351 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 52 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 3 4 21 -6 -5 30:3 7 9 22 -10 -8 (26:-52) -5 31:32 3 7 8 22 -5: + 33 3 11 22 -5 -1:34 3 35 -5 7 10 12 (-52:28) 13 -14 21 23 24 -6 (27: + -52) -4:3 36 7 -12 23 -5:-14 -13:-14 -13:3 -37 -5 -15 -10 -9 (27:-52) + :3 38 -16 23 -5 2:3 17 18 21 -5 -1:3 39 14 16 19 -40 23 24 25 -6 -5 + (-52:28) (-52:29) 2:3 -19 14 -41 (-52:28):3 -5 42 -17 15 20 21 -11 + 22 -43 (26:-52) (27:-52) -1:3 -20 15 -44 -9 (26:-52) -5% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 45 -46 47 -48 49 -50 (14:13) (14:13) (-3:(5:(1:(-21:(-17:-18) + (43:-42:52 -27:52 -26:-20:-15:-22:11:17)) (-33:-11:-22)) ((16:-38) + (40:-39:-29 52:-25:-19:-28 52:-24:-14:6:-16):-23:-2) (-7:(-22:(-31: + 52 -26:-9:10:8) (-8:-32)) (-23:(-35:-34:-13:-28 52:52 -27:-24:-21:14: + 6:4:-10:-12) (12:-36))) (-30:-4:-21:6) (37:15:10:9:52 -27) (44:20: + -15:9:52 -26)) (41:19:-14:-28 52)) %Automatic Generated Void Cell. Enclosure(616.109, 638.929, -721.328, -701.405, -13.875, 38.125) + %Enclosed cells : (1) +cell 3 0 void -51 (-45:46:-47:48:-49:50) %Graveyard_in +cell 4 0 outside 51 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 3.7125000e+01 +surf 2 pz -1.2875000e+01 +surf 3 plane 6.4278761e-01 -7.6604444e-01 -2.2000000e-15 9.4730000e+02 +surf 4 plane -5.0404109e-01 -5.5604663e-01 6.6087421e-01 9.0722719e+01 +surf 5 plane 6.4278761e-01 -7.6604444e-01 -2.2000000e-15 9.4930000e+02 +surf 6 plane 7.6604444e-01 6.4278761e-01 1.0202766e-13 3.6199999e+01 +surf 7 plane 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +surf 8 plane 4.7990267e-01 2.4574277e-01 8.4220183e-01 1.4515055e+02 +surf 9 plane -5.2877963e-01 -4.4369447e-01 -7.2355187e-01 -3.0633133e+01 +surf 10 plane 5.9094286e-01 4.9585993e-01 -6.3632497e-01 7.4835034e+00 +surf 11 plane -6.1679046e-01 -5.1581715e-01 5.9456051e-01 2.0614843e+00 +surf 12 plane -6.4058368e-01 -4.3413413e-01 6.3338781e-01 -8.8112351e+01 +surf 13 plane -6.0311280e-01 -5.0606680e-01 6.1656414e-01 -1.3283184e+01 +surf 14 plane 6.0311037e-01 5.0606969e-01 -6.1656414e-01 1.3279609e+01 +surf 15 plane -6.0191545e-01 -5.0506704e-01 6.1855079e-01 -1.5515393e+00 +surf 16 plane 7.1225091e-01 6.3493263e-01 2.9926442e-01 -9.5347440e+00 +surf 17 plane 6.9995799e-01 4.4048805e-01 -5.6216464e-01 1.1077906e+02 +surf 18 plane -7.0320325e-02 -5.9005759e-02 9.9577777e-01 3.4104194e+01 +surf 19 plane 7.3351870e-01 6.1548928e-01 2.8831103e-01 1.7683720e+01 +surf 20 plane 7.4879990e-01 6.2831160e-01 2.1100532e-01 2.7125826e+01 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943301507 -40.109944908393821 -64.250000016310040 + 1980.455531550240039 +surf quadratic 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 -64.250000016200005 + 1253.648479816745066 +surf quadratic 0.586828809377930 0.413171190622070 1.000000000000000 + 0.984806088246841 0.000000000000000 0.000000000000000 + -24.060861517426176 -20.189263488907159 15.749999983800002 + 283.648479168744871 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000004 -0.000000000000004 + -40.485446511531698 -33.971323235897209 -23.497066544618722 + 811.308579459535849 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 -0.000000000000000 + -56.610682039183530 -47.502002419805848 24.799999983680603 + 1498.812388505833496 +surf 30 plane 7.6451218e-01 6.4150189e-01 -6.3217496e-02 3.4096728e+01 +surf 31 plane -4.0967160e-01 -3.4375194e-01 -8.4498744e-01 -3.1449360e+01 +surf 32 plane -7.4367047e-01 -6.2400754e-01 -2.3993505e-01 -1.8099771e+01 +surf 33 plane 4.6983132e-01 3.9423145e-01 7.8983549e-01 3.8954537e+01 +surf 34 plane 5.7672269e-01 4.8392779e-01 -6.5818298e-01 6.2917894e+00 +surf 35 plane -5.9287640e-01 -4.9747752e-01 6.3325642e-01 -1.3139768e+01 +surf 36 plane -7.6513578e-01 -6.4201890e-01 4.8774705e-02 -1.1075909e+01 +surf 37 plane 5.7352791e-01 4.1514779e-01 7.0619972e-01 8.6173800e+01 +surf 38 plane 5.8864437e-01 4.9392647e-01 -6.3994878e-01 2.0306992e+01 +surf 39 plane -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +surf 40 plane -7.1389154e-01 -6.3805597e-01 -2.8851939e-01 1.0676422e+01 +surf 41 plane 1.1991104e-01 -5.8455399e-02 -9.9106221e-01 1.1505057e+02 +surf 42 plane -6.2961950e-01 -5.2831349e-01 5.6961754e-01 -4.0186543e+00 +surf 43 plane -6.8724544e-01 -6.9536940e-01 -2.1013117e-01 5.9311788e+01 +surf 44 plane -1.3172539e-01 -2.1144267e-01 9.6847324e-01 9.5730567e+01 +surf 45 px 6.1610937e+02 +surf 46 px 6.3892909e+02 +surf 47 py -7.2132816e+02 +surf 48 py -7.0140499e+02 +surf 49 pz -1.3875000e+01 +surf 50 pz 3.8125000e+01 +surf 51 sph 6.2751923e+02 -7.1136658e+02 1.2125000e+01 3.0691969e+01 +surf 52 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.1672261e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/DoubleCylinder/placa3/placa3.xml b/tests/regression_test_files/DoubleCylinder/placa3/placa3.xml new file mode 100644 index 00000000..3cac5c7b --- /dev/null +++ b/tests/regression_test_files/DoubleCylinder/placa3/placa3.xml @@ -0,0 +1,59 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/P52/P52.inp b/tests/regression_test_files/Misc/P52/P52.inp new file mode 100644 index 00000000..7bc12496 --- /dev/null +++ b/tests/regression_test_files/Misc/P52/P52.inp @@ -0,0 +1,80 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/P52.stp +$ +$ Creation Date : 2024-05-27 14:57:34.359335 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 13 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 3 -5 -2 -1:-6 4 -3 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -13 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 13 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P -6.0308487e-01 1.0634013e-01 7.9055703e-01 -7.0196438e+02 +2 GQ 0.188167009682508 0.974759134781970 0.837073855535521 + 0.286296120044640 -0.128255944937007 0.727375608778566 + -5.720235820702553 -48.747272071413633 6.418145586928773 + 456.302556255971353 +3 GQ 0.188167009682508 0.974759134781970 0.837073855535521 + 0.286296120044640 -0.128255944937007 0.727375608778566 + -5.720235820763805 -48.747272071319088 6.418145586754825 + 512.552556253291868 +4 GQ 0.188167009682508 0.974759134781970 0.837073855535521 + 0.286296120044640 -0.128255944937007 0.727375608778566 + -5.720235820676010 -48.747272071282651 6.418145586936465 + 556.302556252732074 +5 KZ -1.971285e+03 0.209316 1 +6 KZ -2.004936e+03 0.209316 1 +7 PX 7.0786051e+02 +8 PX 7.6060749e+02 +9 PY -1.2005662e+02 +10 PY -8.7728139e+01 +11 PZ -3.5002555e+02 +12 PZ -3.0947824e+02 +13 S 7.3423400e+02 -1.0389238e+02 -3.2975189e+02 3.7724347e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/P52/P52.mcnp b/tests/regression_test_files/Misc/P52/P52.mcnp new file mode 100644 index 00000000..b7837d0a --- /dev/null +++ b/tests/regression_test_files/Misc/P52/P52.mcnp @@ -0,0 +1,78 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/P52.stp +C +C Creation Date : 2024-05-27 14:57:34.356814 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 13 +C Materials : 0 +C +C ************************************************************** +1 0 3 -5 -2 -1:-6 4 -3 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 7 -8 9 -10 11 -12 (1:(5:2:-3) (6:-4:3)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(707.861, 760.607, -120.057, -87.728, -350.026, -309.478) + $Enclosed cells : (1) +3 0 -13 (-7:8:-9:10:-11:12) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 13 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P -6.0308487e-01 1.0634013e-01 7.9055703e-01 -7.0196438e+02 +2 GQ 0.188167009682508 0.974759134781970 0.837073855535521 + 0.286296120044640 -0.128255944937007 0.727375608778566 + -5.720235820702553 -48.747272071413633 6.418145586928773 + 456.302556255971353 +3 GQ 0.188167009682508 0.974759134781970 0.837073855535521 + 0.286296120044640 -0.128255944937007 0.727375608778566 + -5.720235820763805 -48.747272071319088 6.418145586754825 + 512.552556253291868 +4 GQ 0.188167009682508 0.974759134781970 0.837073855535521 + 0.286296120044640 -0.128255944937007 0.727375608778566 + -5.720235820676010 -48.747272071282651 6.418145586936465 + 556.302556252732074 +5 KZ -1.971285e+03 0.209316 1 +6 KZ -2.004936e+03 0.209316 1 +7 PX 7.0786051e+02 +8 PX 7.6060749e+02 +9 PY -1.2005662e+02 +10 PY -8.7728139e+01 +11 PZ -3.5002555e+02 +12 PZ -3.0947824e+02 +13 S 7.3423400e+02 -1.0389238e+02 -3.2975189e+02 3.7724347e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 7.0786051e+02 7.6060749e+02 +C SI2 -1.2005662e+02 -8.7728139e+01 +C SI3 -3.5002555e+02 -3.0947824e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=13 WGT=4.4708833e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 9.2807826e+03 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/P52/P52.py b/tests/regression_test_files/Misc/P52/P52.py new file mode 100644 index 00000000..495b9fab --- /dev/null +++ b/tests/regression_test_files/Misc/P52/P52.py @@ -0,0 +1,30 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=-0.6030848728438236,b=0.10634013473996888,c=0.7905570263367687,d=-701.9643762043311) +S2 = openmc.Cylinder(x0=720.8296916985,y0=-102.22377115100001,z0=-324.8476130149,r=12.5,dx=0.9010177524985242,dy=-0.1588737398629161,dz=-0.40364110849178686) +S3 = openmc.Cylinder(x0=765.282773405934,y0=-110.06204883170652,z0=-344.76186123744355,r=9.999999999999602,dx=-0.9010177524985242,dy=0.1588737398629161,dz=0.40364110849178686) +S4 = openmc.Cylinder(x0=718.8048357018001,y0=-101.8667344068,z0=-323.94051088870003,r=7.499999999999701,dx=-0.9010177524985242,dy=0.1588737398629161,dz=0.40364110849178686) +S5 = openmc.ZCone(x0=0.0,y0=0.0,z0=-1971.2852599682953,r2=0.2093159503611188) +S6 = openmc.ZCone(x0=0.0,y0=0.0,z0=-2004.9361661889359,r2=0.2093159503611188) +S7 = openmc.XPlane(x0=707.8605085936322) +S8 = openmc.XPlane(x0=760.6074892340785) +S9 = openmc.YPlane(y0=-120.05661731457135) +S10 = openmc.YPlane(y0=-87.72813872822752) +S11 = openmc.ZPlane(z0=-350.02554602804213) +S12 = openmc.ZPlane(z0=-309.47823970257195) +S13 = openmc.Sphere(x0=734.2339989138553,y0=-103.89237802139945,z0=-329.75189286530707,r=37.7243471442727, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S3 & -S5 & -S2 & -S1) | (-S6 & +S4 & -S3 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(707.861, 760.607, -120.057, -87.728, -350.026, -309.478). Enclosed cells : (1)", region=(+S7 & -S8 & +S9 & -S10 & +S11 & -S12 & ((+S1) | ((+S5 | +S2 | -S3) & (+S6 | -S4 | +S3))))) +C3 = openmc.Cell(name="", region=(-S13 & (-S7 | +S8 | -S9 | +S10 | -S11 | +S12))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/P52/P52.serp b/tests/regression_test_files/Misc/P52/P52.serp new file mode 100644 index 00000000..66e04707 --- /dev/null +++ b/tests/regression_test_files/Misc/P52/P52.serp @@ -0,0 +1,56 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/P52.stp +% +% Creation Date : 2024-05-27 14:57:34.358315 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 13 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 3 -5 -2 -1:-6 4 -3 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 7 -8 9 -10 11 -12 (1:(5:2:-3) (6:-4:3)) %Automatic Generated Void Cell. Enclosure(707.861, 760.607, -120.057, -87.728, -350.026, -309.478) + %Enclosed cells : (1) +cell 3 0 void -13 (-7:8:-9:10:-11:12) %Graveyard_in +cell 4 0 outside 13 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane -6.0308487e-01 1.0634013e-01 7.9055703e-01 -7.0196438e+02 +surf quadratic 0.188167009682508 0.974759134781970 0.837073855535521 + 0.286296120044640 -0.128255944937007 0.727375608778566 + -5.720235820702553 -48.747272071413633 6.418145586928773 + 456.302556255971353 +surf quadratic 0.188167009682508 0.974759134781970 0.837073855535521 + 0.286296120044640 -0.128255944937007 0.727375608778566 + -5.720235820763805 -48.747272071319088 6.418145586754825 + 512.552556253291868 +surf quadratic 0.188167009682508 0.974759134781970 0.837073855535521 + 0.286296120044640 -0.128255944937007 0.727375608778566 + -5.720235820676010 -48.747272071282651 6.418145586936465 + 556.302556252732074 +surf ckz 5.000000e+00 0.000000e+00 0.000000e+00 -1971.285260 0.2093159503611188 +surf ckz 6.000000e+00 0.000000e+00 0.000000e+00 -2004.936166 0.2093159503611188 +surf 7 px 7.0786051e+02 +surf 8 px 7.6060749e+02 +surf 9 py -1.2005662e+02 +surf 10 py -8.7728139e+01 +surf 11 pz -3.5002555e+02 +surf 12 pz -3.0947824e+02 +surf 13 sph 7.3423400e+02 -1.0389238e+02 -3.2975189e+02 3.7724347e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/P52/P52.xml b/tests/regression_test_files/Misc/P52/P52.xml new file mode 100644 index 00000000..e454f2c1 --- /dev/null +++ b/tests/regression_test_files/Misc/P52/P52.xml @@ -0,0 +1,20 @@ + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.inp b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.inp new file mode 100644 index 00000000..d82ce4a7 --- /dev/null +++ b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.inp @@ -0,0 +1,85 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/PiezaDavid.stp +$ +$ Creation Date : 2024-05-27 14:57:24.664268 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 25 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 -5 -12 -8 -2:13 -12 -8 5 4 -3:8 13 16 -14 -9:3 13 -12 -8 5 + -2:3 12 13 -15 -17 -2:6 8 10 13 14 -9 -2:8 11 13 14 -10 -9 -7 4 -2:8 + 14 18 -11 -9 4 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -25 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 25 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX -2.0000000e+00 +2 PX 4.0000000e+00 +3 PX 0.0000000e+00 +4 PX -4.0000000e+00 +5 PY -2.0000000e+00 +6 PY -4.0000000e+00 +7 PY 4.0000000e+00 +8 PZ 0.0000000e+00 +9 PZ 2.0000000e+00 +10 P 7.9078442e-01 -6.1209477e-01 0.0000000e+00 8.6681023e-01 +11 P -1.6847022e-01 9.8570674e-01 0.0000000e+00 1.8952900e-01 +12 C/X 0.000000 7.500000 8.500000 +13 CZ 1.500000 +14 C/Z -2.000000 -2.000000 2.000000 +15 CX 2.000000 +16 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.1048543e+00 +17 PZ -8.0000000e-01 +18 P -8.8260127e-01 4.7012232e-01 0.0000000e+00 2.5901605e+00 +19 PX -5.0000000e+00 +20 PX 5.0000000e+00 +21 PY -5.0000000e+00 +22 PY 5.0000000e+00 +23 PZ -3.0000009e+00 +24 PZ 3.0000000e+00 +25 SO 7.8347688e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.mcnp b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.mcnp new file mode 100644 index 00000000..93f89ae5 --- /dev/null +++ b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.mcnp @@ -0,0 +1,85 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/PiezaDavid.stp +C +C Creation Date : 2024-05-27 14:57:24.661260 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 25 +C Materials : 0 +C +C ************************************************************** +1 0 1 -5 -12 -8 -2:13 -12 -8 5 4 -3:8 13 16 -14 -9:3 13 -12 -8 5 -2:3 + 12 13 -15 -17 -2:6 8 10 13 14 -9 -2:8 11 13 14 -10 -9 -7 4 -2:8 14 + 18 -11 -9 4 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 19 -20 21 -22 23 -24 (-13:12:8:-5:-4:3) (2:(-13:(-3:(-5:8:12) (17: + 15:-12)) ((-10:-6) (7:-11:-4:10):-14:9:-8)) (-1:5:12:8)) (-16:-8:-13: + 14:9) (-18:-8:-14:11:9:-4) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-5.000, 5.000, -5.000, 5.000, -3.000, 3.000) + $Enclosed cells : (1) +3 0 -25 (-19:20:-21:22:-23:24) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 25 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX -2.0000000e+00 +2 PX 4.0000000e+00 +3 PX 0.0000000e+00 +4 PX -4.0000000e+00 +5 PY -2.0000000e+00 +6 PY -4.0000000e+00 +7 PY 4.0000000e+00 +8 PZ 0.0000000e+00 +9 PZ 2.0000000e+00 +10 P 7.9078442e-01 -6.1209477e-01 0.0000000e+00 8.6681023e-01 +11 P -1.6847022e-01 9.8570674e-01 0.0000000e+00 1.8952900e-01 +12 C/X 0.000000 7.500000 8.500000 +13 CZ 1.500000 +14 C/Z -2.000000 -2.000000 2.000000 +15 CX 2.000000 +16 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.1048543e+00 +17 PZ -8.0000000e-01 +18 P -8.8260127e-01 4.7012232e-01 0.0000000e+00 2.5901605e+00 +19 PX -5.0000000e+00 +20 PX 5.0000000e+00 +21 PY -5.0000000e+00 +22 PY 5.0000000e+00 +23 PZ -3.0000009e+00 +24 PZ 3.0000000e+00 +25 SO 7.8347688e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -5.0000000e+00 5.0000000e+00 +C SI2 -5.0000000e+00 5.0000000e+00 +C SI3 -3.0000009e+00 3.0000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=25 WGT=1.9284228e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.5440328e+02 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.py b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.py new file mode 100644 index 00000000..8a573e75 --- /dev/null +++ b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.py @@ -0,0 +1,42 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=-2.0) +S2 = openmc.XPlane(x0=4.0) +S3 = openmc.XPlane(x0=0.0) +S4 = openmc.XPlane(x0=-4.0) +S5 = openmc.YPlane(y0=-2.0) +S6 = openmc.YPlane(y0=-4.0) +S7 = openmc.YPlane(y0=4.0) +S8 = openmc.ZPlane(z0=0.0) +S9 = openmc.ZPlane(z0=2.0) +S10 = openmc.Plane(a=0.7907844178878555,b=-0.612094767520329,c=0.0,d=0.8668102343056046) +S11 = openmc.Plane(a=-0.16847021800364176,b=0.9857067442428328,c=0.0,d=0.1895289952540968) +S12 = openmc.XCylinder(y0=0.0,z0=7.5,r=8.5) +S13 = openmc.ZCylinder(x0=0.0,y0=0.0,r=1.5) +S14 = openmc.ZCylinder(x0=-2.0,y0=-2.0,r=2.0) +S15 = openmc.XCylinder(y0=0.0,z0=0.0,r=2.0) +S16 = openmc.Plane(a=-0.7071067811865478,b=-0.7071067811865472,c=0.0,d=1.1048543456039805) +S17 = openmc.ZPlane(z0=-0.8000000000004918) +S18 = openmc.Plane(a=-0.88260127287724,b=0.4701223171850873,c=0.0,d=2.590160457138786) +S19 = openmc.XPlane(x0=-5.0) +S20 = openmc.XPlane(x0=5.0) +S21 = openmc.YPlane(y0=-5.000000000000883) +S22 = openmc.YPlane(y0=5.000000000000002) +S23 = openmc.ZPlane(z0=-3.0000008730134575) +S24 = openmc.ZPlane(z0=3.000000000000001) +S25 = openmc.Sphere(x0=0.0,y0=-4.405364961712621e-13,z0=-4.365067285405644e-07,r=7.834768836720993, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & -S5 & -S12 & -S8 & -S2) | (+S13 & -S12 & -S8 & +S5 & +S4 & -S3) | (+S8 & +S13 & +S16 & -S14 & -S9) | (+S3 & +S13 & -S12 & -S8 & +S5 & -S2) | (+S3 & +S12 & +S13 & -S15 & -S17 & -S2) | (+S6 & +S8 & +S10 & +S13 & +S14 & -S9 & -S2) | (+S8 & +S11 & +S13 & +S14 & -S10 & -S9 & -S7 & +S4 & -S2) | (+S8 & +S14 & +S18 & -S11 & -S9 & +S4))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-5.000, 5.000, -5.000, 5.000, -3.000, 3.000). Enclosed cells : (1)", region=(+S19 & -S20 & +S21 & -S22 & +S23 & -S24 & ((-S13 | +S12 | +S8 | -S5 | -S4 | +S3) & ((+S2) | (((-S13) | (((-S3) | ((-S5 | +S8 | +S12) & (+S17 | +S15 | -S12))) & (((-S10 | -S6) & (+S7 | -S11 | -S4 | +S10)) | (-S14 | +S9 | -S8)))) & (-S1 | +S5 | +S12 | +S8))) & (-S16 | -S8 | -S13 | +S14 | +S9) & (-S18 | -S8 | -S14 | +S11 | +S9 | -S4)))) +C3 = openmc.Cell(name="", region=(-S25 & (-S19 | +S20 | -S21 | +S22 | -S23 | +S24))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.serp b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.serp new file mode 100644 index 00000000..8d72c381 --- /dev/null +++ b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.serp @@ -0,0 +1,63 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/PiezaDavid.stp +% +% Creation Date : 2024-05-27 14:57:24.663160 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 25 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 -5 -12 -8 -2:13 -12 -8 5 4 -3:8 13 16 -14 -9:3 13 -12 -8 5 + -2:3 12 13 -15 -17 -2:6 8 10 13 14 -9 -2:8 11 13 14 -10 -9 -7 4 -2:8 + 14 18 -11 -9 4% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 19 -20 21 -22 23 -24 (-13:12:8:-5:-4:3) (2:(-13:(-3:(-5:8:12) + (17:15:-12)) ((-10:-6) (7:-11:-4:10):-14:9:-8)) (-1:5:12:8)) (-16:-8: + -13:14:9) (-18:-8:-14:11:9:-4) %Automatic Generated Void Cell. Enclosure(-5.000, 5.000, -5.000, 5.000, -3.000, 3.000) + %Enclosed cells : (1) +cell 3 0 void -25 (-19:20:-21:22:-23:24) %Graveyard_in +cell 4 0 outside 25 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px -2.0000000e+00 +surf 2 px 4.0000000e+00 +surf 3 px 0.0000000e+00 +surf 4 px -4.0000000e+00 +surf 5 py -2.0000000e+00 +surf 6 py -4.0000000e+00 +surf 7 py 4.0000000e+00 +surf 8 pz 0.0000000e+00 +surf 9 pz 2.0000000e+00 +surf 10 plane 7.9078442e-01 -6.1209477e-01 0.0000000e+00 8.6681023e-01 +surf 11 plane -1.6847022e-01 9.8570674e-01 0.0000000e+00 1.8952900e-01 +surf 12 cylx 0.000000 7.500000 8.500000 +surf 13 cylz 1.500000 +surf 14 cylz 2.000000 +surf 15 cylx 0.000000 0.000000 2.000000 +surf 16 plane -7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.1048543e+00 +surf 17 pz -8.0000000e-01 +surf 18 plane -8.8260127e-01 4.7012232e-01 0.0000000e+00 2.5901605e+00 +surf 19 px -5.0000000e+00 +surf 20 px 5.0000000e+00 +surf 21 py -5.0000000e+00 +surf 22 py 5.0000000e+00 +surf 23 pz -3.0000009e+00 +surf 24 pz 3.0000000e+00 +surf 25 sph 0.0000000e+00 -4.4053650e-13 -4.3650673e-07 7.8347688e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.xml b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.xml new file mode 100644 index 00000000..1afa485e --- /dev/null +++ b/tests/regression_test_files/Misc/PiezaDavid/PiezaDavid.xml @@ -0,0 +1,32 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/RJ24/RJ24.inp b/tests/regression_test_files/Misc/RJ24/RJ24.inp new file mode 100644 index 00000000..3d489b2c --- /dev/null +++ b/tests/regression_test_files/Misc/RJ24/RJ24.inp @@ -0,0 +1,79 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/RJ24.stp +$ +$ Creation Date : 2024-05-27 14:57:25.117478 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 20 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -1 3 6 7 8 -5 -4:8 10 -11 -9 -6 -5 2:8 12 -11 -10 -6 2:-1 3 + 11 13 -12:-1 3 7 8 11 12 13 -6 2:7 11 12 -13 2 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -20 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 20 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PY 2.0333628e+01 +2 PY 7.7800000e+00 +3 P -8.6629100e-01 6.1557669e-02 -4.9573235e-01 -5.8458749e+02 +4 P 9.6303116e-01 -8.6325508e-02 -2.5518402e-01 3.0106018e+02 +5 P -2.5614020e-01 -6.2000000e-16 -9.6663964e-01 -4.7869301e+02 +6 P 9.6303116e-01 -8.6325508e-02 -2.5518402e-01 3.0026018e+02 +7 P -8.3967930e-01 2.3852561e-01 -4.8789774e-01 -5.6785902e+02 +8 P -9.1312229e-01 3.2812107e-01 2.4195917e-01 -2.8274884e+02 +9 P -9.1312229e-01 3.2812107e-01 2.4195917e-01 -2.8194884e+02 +10 P -8.3967930e-01 2.3852561e-01 -4.8789774e-01 -5.6705902e+02 +11 P 8.6617018e-01 -6.4111470e-02 4.9561975e-01 5.8359508e+02 +12 P -5.3547422e-02 -7.0030003e-02 -9.9610666e-01 -4.5801088e+02 +13 P -5.3667128e-02 -2.1216351e-02 -9.9833346e-01 -4.5850236e+02 +14 PX 4.1274121e+02 +15 PX 4.2995551e+02 +16 PY 6.7800000e+00 +17 PY 2.1334218e+01 +18 PZ 3.8386980e+02 +19 PZ 4.3746504e+02 +20 S 4.2134836e+02 1.4057109e+01 4.1066742e+02 2.9652924e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/RJ24/RJ24.mcnp b/tests/regression_test_files/Misc/RJ24/RJ24.mcnp new file mode 100644 index 00000000..b4899291 --- /dev/null +++ b/tests/regression_test_files/Misc/RJ24/RJ24.mcnp @@ -0,0 +1,79 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/RJ24.stp +C +C Creation Date : 2024-05-27 14:57:25.114969 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 20 +C Materials : 0 +C +C ************************************************************** +1 0 -1 3 6 7 8 -5 -4:8 10 -11 -9 -6 -5 2:8 12 -11 -10 -6 2:-1 3 11 13 + -12:-1 3 7 8 11 12 13 -6 2:7 11 12 -13 2 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 14 -15 16 -17 18 -19 (-8:-12:11:10:6:-2) (-7:-11:-12:13:-2) ((-11: + -13:12) ((-2:-13:-12:-11:6) (4:5:-6):-7:-8):1:-3) (9:-8:-10:11:6:5: + -2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(412.741, 429.956, 6.780, 21.334, 383.870, 437.465) + $Enclosed cells : (1) +3 0 -20 (-14:15:-16:17:-18:19) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 20 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PY 2.0333628e+01 +2 PY 7.7800000e+00 +3 P -8.6629100e-01 6.1557669e-02 -4.9573235e-01 -5.8458749e+02 +4 P 9.6303116e-01 -8.6325508e-02 -2.5518402e-01 3.0106018e+02 +5 P -2.5614020e-01 -6.2000000e-16 -9.6663964e-01 -4.7869301e+02 +6 P 9.6303116e-01 -8.6325508e-02 -2.5518402e-01 3.0026018e+02 +7 P -8.3967930e-01 2.3852561e-01 -4.8789774e-01 -5.6785902e+02 +8 P -9.1312229e-01 3.2812107e-01 2.4195917e-01 -2.8274884e+02 +9 P -9.1312229e-01 3.2812107e-01 2.4195917e-01 -2.8194884e+02 +10 P -8.3967930e-01 2.3852561e-01 -4.8789774e-01 -5.6705902e+02 +11 P 8.6617018e-01 -6.4111470e-02 4.9561975e-01 5.8359508e+02 +12 P -5.3547422e-02 -7.0030003e-02 -9.9610666e-01 -4.5801088e+02 +13 P -5.3667128e-02 -2.1216351e-02 -9.9833346e-01 -4.5850236e+02 +14 PX 4.1274121e+02 +15 PX 4.2995551e+02 +16 PY 6.7800000e+00 +17 PY 2.1334218e+01 +18 PZ 3.8386980e+02 +19 PZ 4.3746504e+02 +20 S 4.2134836e+02 1.4057109e+01 4.1066742e+02 2.9652924e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 4.1274121e+02 4.2995551e+02 +C SI2 6.7800000e+00 2.1334218e+01 +C SI3 3.8386980e+02 4.3746504e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=20 WGT=2.7623895e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 5.4579942e+02 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/RJ24/RJ24.py b/tests/regression_test_files/Misc/RJ24/RJ24.py new file mode 100644 index 00000000..6ca1c60d --- /dev/null +++ b/tests/regression_test_files/Misc/RJ24/RJ24.py @@ -0,0 +1,37 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=20.333627842546726) +S2 = openmc.YPlane(y0=7.780000000002563) +S3 = openmc.Plane(a=-0.8662909983479883,b=0.061557669409769165,c=-0.49573234665299326,d=-584.5874932413883) +S4 = openmc.Plane(a=0.963031163004562,b=-0.08632550825448074,c=-0.255184023219884,d=301.0601806896816) +S5 = openmc.Plane(a=-0.25614019826492096,b=-6.199999999998086e-16,c=-0.9666396426967017,d=-478.6930117225045) +S6 = openmc.Plane(a=0.963031163004562,b=-0.08632550825448074,c=-0.255184023219884,d=300.2601806897045) +S7 = openmc.Plane(a=-0.8396792997547015,b=0.2385256106059152,c=-0.48789774199982655,d=-567.8590179576098) +S8 = openmc.Plane(a=-0.9131222946349147,b=0.3281210677749693,c=0.24195916994997738,d=-282.748843167829) +S9 = openmc.Plane(a=-0.9131222946349147,b=0.3281210677749693,c=0.24195916994997738,d=-281.94884316775943) +S10 = openmc.Plane(a=-0.8396792997547026,b=0.23852561060591754,c=-0.48789774199982383,d=-567.059017957612) +S11 = openmc.Plane(a=0.866170179373007,b=-0.0641114697022977,c=0.4956197532560062,d=583.5950818829842) +S12 = openmc.Plane(a=-0.05354742238082972,b=-0.07003000258260655,c=-0.9961066570878087,d=-458.01087740684346) +S13 = openmc.Plane(a=-0.05366712821880614,b=-0.02121635135963243,c=-0.9983334642211142,d=-458.50235772450844) +S14 = openmc.XPlane(x0=412.74121465923895) +S15 = openmc.XPlane(x0=429.9555068358716) +S16 = openmc.YPlane(y0=6.780000000002477) +S17 = openmc.YPlane(y0=21.334218335822708) +S18 = openmc.ZPlane(z0=383.86980309684594) +S19 = openmc.ZPlane(z0=437.46504484421615) +S20 = openmc.Sphere(x0=421.34836074755526,y0=14.057109167912593,z0=410.66742397053105,r=29.652923927805052, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S1 & +S3 & +S6 & +S7 & +S8 & -S5 & -S4) | (+S8 & +S10 & -S11 & -S9 & -S6 & -S5 & +S2) | (+S8 & +S12 & -S11 & -S10 & -S6 & +S2) | (-S1 & +S3 & +S11 & +S13 & -S12) | (-S1 & +S3 & +S7 & +S8 & +S11 & +S12 & +S13 & -S6 & +S2) | (+S7 & +S11 & +S12 & -S13 & +S2))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(412.741, 429.956, 6.780, 21.334, 383.870, 437.465). Enclosed cells : (1)", region=(+S14 & -S15 & +S16 & -S17 & +S18 & -S19 & ((-S8 | -S12 | +S11 | +S10 | +S6 | -S2) & (-S7 | -S11 | -S12 | +S13 | -S2) & (((-S11 | -S13 | +S12) & (((-S2 | -S13 | -S12 | -S11 | +S6) & (+S4 | +S5 | -S6)) | (-S7 | -S8))) | (+S1 | -S3)) & (+S9 | -S8 | -S10 | +S11 | +S6 | +S5 | -S2)))) +C3 = openmc.Cell(name="", region=(-S20 & (-S14 | +S15 | -S16 | +S17 | -S18 | +S19))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/RJ24/RJ24.serp b/tests/regression_test_files/Misc/RJ24/RJ24.serp new file mode 100644 index 00000000..7979baf8 --- /dev/null +++ b/tests/regression_test_files/Misc/RJ24/RJ24.serp @@ -0,0 +1,57 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/RJ24.stp +% +% Creation Date : 2024-05-27 14:57:25.116439 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 20 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -1 3 6 7 8 -5 -4:8 10 -11 -9 -6 -5 2:8 12 -11 -10 -6 2:-1 3 + 11 13 -12:-1 3 7 8 11 12 13 -6 2:7 11 12 -13 2% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 14 -15 16 -17 18 -19 (-8:-12:11:10:6:-2) (-7:-11:-12:13:-2) + ((-11:-13:12) ((-2:-13:-12:-11:6) (4:5:-6):-7:-8):1:-3) (9:-8:-10:11: + 6:5:-2) %Automatic Generated Void Cell. Enclosure(412.741, 429.956, 6.780, 21.334, 383.870, 437.465) + %Enclosed cells : (1) +cell 3 0 void -20 (-14:15:-16:17:-18:19) %Graveyard_in +cell 4 0 outside 20 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py 2.0333628e+01 +surf 2 py 7.7800000e+00 +surf 3 plane -8.6629100e-01 6.1557669e-02 -4.9573235e-01 -5.8458749e+02 +surf 4 plane 9.6303116e-01 -8.6325508e-02 -2.5518402e-01 3.0106018e+02 +surf 5 plane -2.5614020e-01 -6.2000000e-16 -9.6663964e-01 -4.7869301e+02 +surf 6 plane 9.6303116e-01 -8.6325508e-02 -2.5518402e-01 3.0026018e+02 +surf 7 plane -8.3967930e-01 2.3852561e-01 -4.8789774e-01 -5.6785902e+02 +surf 8 plane -9.1312229e-01 3.2812107e-01 2.4195917e-01 -2.8274884e+02 +surf 9 plane -9.1312229e-01 3.2812107e-01 2.4195917e-01 -2.8194884e+02 +surf 10 plane -8.3967930e-01 2.3852561e-01 -4.8789774e-01 -5.6705902e+02 +surf 11 plane 8.6617018e-01 -6.4111470e-02 4.9561975e-01 5.8359508e+02 +surf 12 plane -5.3547422e-02 -7.0030003e-02 -9.9610666e-01 -4.5801088e+02 +surf 13 plane -5.3667128e-02 -2.1216351e-02 -9.9833346e-01 -4.5850236e+02 +surf 14 px 4.1274121e+02 +surf 15 px 4.2995551e+02 +surf 16 py 6.7800000e+00 +surf 17 py 2.1334218e+01 +surf 18 pz 3.8386980e+02 +surf 19 pz 4.3746504e+02 +surf 20 sph 4.2134836e+02 1.4057109e+01 4.1066742e+02 2.9652924e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/RJ24/RJ24.xml b/tests/regression_test_files/Misc/RJ24/RJ24.xml new file mode 100644 index 00000000..d9bf7b0a --- /dev/null +++ b/tests/regression_test_files/Misc/RJ24/RJ24.xml @@ -0,0 +1,27 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/cubo/cubo.inp b/tests/regression_test_files/Misc/cubo/cubo.inp new file mode 100644 index 00000000..c582bc33 --- /dev/null +++ b/tests/regression_test_files/Misc/cubo/cubo.inp @@ -0,0 +1,78 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/cubo.stp +$ +$ Creation Date : 2024-05-27 14:57:37.279356 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 19 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 5 9 -10 -6 -2:4 5 9 -10 -6 -3:2 5 9 -10 -7 -4:2 7 9 -11 -8 + -4:2 7 12 -10 -8 -4:2 8 9 -10 -6 -4 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -19 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 19 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX 0.0000000e+00 +2 PX 1.0000000e-01 +3 PX 1.0000000e+00 +4 PX 9.0000000e-01 +5 PY 0.0000000e+00 +6 PY 1.0000000e+00 +7 PY 1.0000000e-01 +8 PY 9.0000000e-01 +9 PZ 0.0000000e+00 +10 PZ 1.0000000e+00 +11 PZ 1.0000000e-01 +12 PZ 9.0000000e-01 +13 PX -1.0000000e+00 +14 PX 2.0000000e+00 +15 PY -1.0000000e+00 +16 PY 2.0000000e+00 +17 PZ -1.0000000e+00 +18 PZ 2.0000000e+00 +19 S 5.0000000e-01 5.0000000e-01 5.0000000e-01 2.6500377e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/cubo/cubo.mcnp b/tests/regression_test_files/Misc/cubo/cubo.mcnp new file mode 100644 index 00000000..e7f19318 --- /dev/null +++ b/tests/regression_test_files/Misc/cubo/cubo.mcnp @@ -0,0 +1,77 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/cubo.stp +C +C Creation Date : 2024-05-27 14:57:37.276847 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 19 +C Materials : 0 +C +C ************************************************************** +1 0 1 5 9 -10 -6 -2:4 5 9 -10 -6 -3:2 5 9 -10 -7 -4:2 7 9 -11 -8 -4:2 + 7 12 -10 -8 -4:2 8 9 -10 -6 -4 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 13 -14 15 -16 17 -18 (-9:(10:(-5:(6:(2:-1) (-4:3)) (7:-2:4)) (-8: + -2:6:4)) (11:-2:-7:8:4)) (-12:-2:-7:10:8:4) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.000, 2.000, -1.000, 2.000, -1.000, 2.000) + $Enclosed cells : (1) +3 0 -19 (-13:14:-15:16:-17:18) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 19 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX 0.0000000e+00 +2 PX 1.0000000e-01 +3 PX 1.0000000e+00 +4 PX 9.0000000e-01 +5 PY 0.0000000e+00 +6 PY 1.0000000e+00 +7 PY 1.0000000e-01 +8 PY 9.0000000e-01 +9 PZ 0.0000000e+00 +10 PZ 1.0000000e+00 +11 PZ 1.0000000e-01 +12 PZ 9.0000000e-01 +13 PX -1.0000000e+00 +14 PX 2.0000000e+00 +15 PY -1.0000000e+00 +16 PY 2.0000000e+00 +17 PZ -1.0000000e+00 +18 PZ 2.0000000e+00 +19 S 5.0000000e-01 5.0000000e-01 5.0000000e-01 2.6500377e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0000000e+00 2.0000000e+00 +C SI2 -1.0000000e+00 2.0000000e+00 +C SI3 -1.0000000e+00 2.0000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=19 WGT=2.2062463e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 4.8800000e-01 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/cubo/cubo.py b/tests/regression_test_files/Misc/cubo/cubo.py new file mode 100644 index 00000000..6f767153 --- /dev/null +++ b/tests/regression_test_files/Misc/cubo/cubo.py @@ -0,0 +1,36 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=0.0) +S2 = openmc.XPlane(x0=0.10000000000000019) +S3 = openmc.XPlane(x0=1.0) +S4 = openmc.XPlane(x0=0.8999999999999999) +S5 = openmc.YPlane(y0=0.0) +S6 = openmc.YPlane(y0=1.0) +S7 = openmc.YPlane(y0=0.10000000000000019) +S8 = openmc.YPlane(y0=0.8999999999999999) +S9 = openmc.ZPlane(z0=0.0) +S10 = openmc.ZPlane(z0=1.0) +S11 = openmc.ZPlane(z0=0.1) +S12 = openmc.ZPlane(z0=0.9) +S13 = openmc.XPlane(x0=-1.0) +S14 = openmc.XPlane(x0=2.0) +S15 = openmc.YPlane(y0=-1.0) +S16 = openmc.YPlane(y0=2.0) +S17 = openmc.ZPlane(z0=-1.0) +S18 = openmc.ZPlane(z0=2.0) +S19 = openmc.Sphere(x0=0.5,y0=0.5,z0=0.5,r=2.6500377355803826, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S5 & +S9 & -S10 & -S6 & -S2) | (+S4 & +S5 & +S9 & -S10 & -S6 & -S3) | (+S2 & +S5 & +S9 & -S10 & -S7 & -S4) | (+S2 & +S7 & +S9 & -S11 & -S8 & -S4) | (+S2 & +S7 & +S12 & -S10 & -S8 & -S4) | (+S2 & +S8 & +S9 & -S10 & -S6 & -S4))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.000, 2.000, -1.000, 2.000, -1.000, 2.000). Enclosed cells : (1)", region=(+S13 & -S14 & +S15 & -S16 & +S17 & -S18 & (((-S9) | (((+S10) | (((-S5) | (((+S6) | ((+S2 | -S1) & (-S4 | +S3))) & (+S7 | -S2 | +S4))) & (-S8 | -S2 | +S6 | +S4))) & (+S11 | -S2 | -S7 | +S8 | +S4))) & (-S12 | -S2 | -S7 | +S10 | +S8 | +S4)))) +C3 = openmc.Cell(name="", region=(-S19 & (-S13 | +S14 | -S15 | +S16 | -S17 | +S18))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/cubo/cubo.serp b/tests/regression_test_files/Misc/cubo/cubo.serp new file mode 100644 index 00000000..76cf59f6 --- /dev/null +++ b/tests/regression_test_files/Misc/cubo/cubo.serp @@ -0,0 +1,55 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/cubo.stp +% +% Creation Date : 2024-05-27 14:57:37.278350 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 19 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 5 9 -10 -6 -2:4 5 9 -10 -6 -3:2 5 9 -10 -7 -4:2 7 9 -11 -8 + -4:2 7 12 -10 -8 -4:2 8 9 -10 -6 -4% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 13 -14 15 -16 17 -18 (-9:(10:(-5:(6:(2:-1) (-4:3)) (7:-2:4)) + (-8:-2:6:4)) (11:-2:-7:8:4)) (-12:-2:-7:10:8:4) %Automatic Generated Void Cell. Enclosure(-1.000, 2.000, -1.000, 2.000, -1.000, 2.000) + %Enclosed cells : (1) +cell 3 0 void -19 (-13:14:-15:16:-17:18) %Graveyard_in +cell 4 0 outside 19 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px 0.0000000e+00 +surf 2 px 1.0000000e-01 +surf 3 px 1.0000000e+00 +surf 4 px 9.0000000e-01 +surf 5 py 0.0000000e+00 +surf 6 py 1.0000000e+00 +surf 7 py 1.0000000e-01 +surf 8 py 9.0000000e-01 +surf 9 pz 0.0000000e+00 +surf 10 pz 1.0000000e+00 +surf 11 pz 1.0000000e-01 +surf 12 pz 9.0000000e-01 +surf 13 px -1.0000000e+00 +surf 14 px 2.0000000e+00 +surf 15 py -1.0000000e+00 +surf 16 py 2.0000000e+00 +surf 17 pz -1.0000000e+00 +surf 18 pz 2.0000000e+00 +surf 19 sph 5.0000000e-01 5.0000000e-01 5.0000000e-01 2.6500377e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/cubo/cubo.xml b/tests/regression_test_files/Misc/cubo/cubo.xml new file mode 100644 index 00000000..cbab3d8b --- /dev/null +++ b/tests/regression_test_files/Misc/cubo/cubo.xml @@ -0,0 +1,26 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/origSolid_0/origSolid_0.inp b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.inp new file mode 100644 index 00000000..ea4148fc --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.inp @@ -0,0 +1,94 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_0.stp +$ +$ Creation Date : 2024-05-27 14:57:24.138087 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 26 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 9 12 -10 -2:1 9 13 -11 -2:1 9 10 14 15 -3 -2:1 3 4 5 9 10 + 11 16 -2:1 6 8 9 10 11 17 -7 -2:1 9 10 18 19 -8 -2 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -26 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 26 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0475714e+03 +2 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0485714e+03 +3 P -4.7946203e-01 -4.0231641e-01 -7.7990876e-01 -5.3734320e+01 +4 P 5.8630137e-01 4.9196527e-01 6.4359994e-01 3.4384402e+01 +5 P -4.4626598e-01 -4.4043066e-01 -7.7901702e-01 -7.4183558e-01 +6 P 7.0253049e-01 5.2352428e-01 4.8205107e-01 7.1921098e+01 +7 P 5.8630137e-01 4.9196527e-01 6.4359994e-01 3.9784402e+01 +8 P 6.7084244e-01 5.6290364e-01 4.8281457e-01 1.9024181e+01 +9 GQ 0.752243232034342 0.284977890780308 0.962778877185350 + 0.841787542802241 0.326275501639067 -0.192060251885813 + -254.967868299028339 -105.061553825209927 197.336629313316195 + 28740.822306464833673 +10 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 54.198563997741111 45.477995060874072 -199.377103312800017 + 11181.950424894263051 +11 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 58.142773233517374 48.787579575902228 -205.500000000000000 + 11990.475000039803490 +12 P 6.3913530e-01 2.0723916e-01 -7.4064701e-01 1.6666187e+02 +13 P -6.3913530e-01 -2.0723916e-01 7.4064701e-01 -1.6557500e+02 +14 P -7.6493162e-01 -6.4185384e-01 -5.3882003e-02 3.2651035e+01 +15 P -2.3883465e-01 -3.4747369e-01 -9.0676350e-01 4.3252438e+01 +16 P -7.0717746e-01 -5.9339234e-01 -3.8442889e-01 -3.0903028e+00 +17 P 4.1144532e-01 3.4524362e-01 8.4351621e-01 6.7664251e+01 +18 P 1.7189458e-01 1.4423668e-01 9.7449886e-01 9.1906606e+01 +19 P 8.1013684e-01 5.3271812e-01 2.4472374e-01 1.0960130e+02 +20 PX 6.4122623e+02 +21 PX 6.4997776e+02 +22 PY -8.3038163e+02 +23 PY -8.2248974e+02 +24 PZ 9.5988552e+01 +25 PZ 1.0645000e+02 +26 S 6.4560199e+02 -8.2643569e+02 1.0121928e+02 8.0365570e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/origSolid_0/origSolid_0.mcnp b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.mcnp new file mode 100644 index 00000000..44cae2aa --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.mcnp @@ -0,0 +1,93 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_0.stp +C +C Creation Date : 2024-05-27 14:57:24.135425 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 26 +C Materials : 0 +C +C ************************************************************** +1 0 1 9 12 -10 -2:1 9 13 -11 -2:1 9 10 14 15 -3 -2:1 3 4 5 9 10 11 16 + -2:1 6 8 9 10 11 17 -7 -2:1 9 10 18 19 -8 -2 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 20 -21 22 -23 24 -25 ((10:-12) (11:-13) (-15:-14:-10:3) (-16:-5:-4: + -3:-10:-11) (-17:7:-6:-8:-10:-11) (-19:-18:-10:8):-9:2:-1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.226, 649.978, -830.382, -822.490, 95.989, 106.450) + $Enclosed cells : (1) +3 0 -26 (-20:21:-22:23:-24:25) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 26 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0475714e+03 +2 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0485714e+03 +3 P -4.7946203e-01 -4.0231641e-01 -7.7990876e-01 -5.3734320e+01 +4 P 5.8630137e-01 4.9196527e-01 6.4359994e-01 3.4384402e+01 +5 P -4.4626598e-01 -4.4043066e-01 -7.7901702e-01 -7.4183558e-01 +6 P 7.0253049e-01 5.2352428e-01 4.8205107e-01 7.1921098e+01 +7 P 5.8630137e-01 4.9196527e-01 6.4359994e-01 3.9784402e+01 +8 P 6.7084244e-01 5.6290364e-01 4.8281457e-01 1.9024181e+01 +9 GQ 0.752243232034342 0.284977890780308 0.962778877185350 + 0.841787542802241 0.326275501639067 -0.192060251885813 + -254.967868299028339 -105.061553825209927 197.336629313316195 + 28740.822306464833673 +10 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 54.198563997741111 45.477995060874072 -199.377103312800017 + 11181.950424894263051 +11 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 58.142773233517374 48.787579575902228 -205.500000000000000 + 11990.475000039803490 +12 P 6.3913530e-01 2.0723916e-01 -7.4064701e-01 1.6666187e+02 +13 P -6.3913530e-01 -2.0723916e-01 7.4064701e-01 -1.6557500e+02 +14 P -7.6493162e-01 -6.4185384e-01 -5.3882003e-02 3.2651035e+01 +15 P -2.3883465e-01 -3.4747369e-01 -9.0676350e-01 4.3252438e+01 +16 P -7.0717746e-01 -5.9339234e-01 -3.8442889e-01 -3.0903028e+00 +17 P 4.1144532e-01 3.4524362e-01 8.4351621e-01 6.7664251e+01 +18 P 1.7189458e-01 1.4423668e-01 9.7449886e-01 9.1906606e+01 +19 P 8.1013684e-01 5.3271812e-01 2.4472374e-01 1.0960130e+02 +20 PX 6.4122623e+02 +21 PX 6.4997776e+02 +22 PY -8.3038163e+02 +23 PY -8.2248974e+02 +24 PZ 9.5988552e+01 +25 PZ 1.0645000e+02 +26 S 6.4560199e+02 -8.2643569e+02 1.0121928e+02 8.0365570e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.4122623e+02 6.4997776e+02 +C SI2 -8.3038163e+02 -8.2248974e+02 +C SI3 9.5988552e+01 1.0645000e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=26 WGT=2.0290368e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 2.4212047e+01 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_0/origSolid_0.py b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.py new file mode 100644 index 00000000..75a54fd9 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.py @@ -0,0 +1,43 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.6427876096867989,b=-0.7660444431187603,c=0.0,d=1047.57142857162) +S2 = openmc.Plane(a=0.6427876096867989,b=-0.7660444431187602,c=0.0,d=1048.5714285716124) +S3 = openmc.Plane(a=-0.47946202615207667,b=-0.4023164093079957,c=-0.7799087589453441,d=-53.734319873645006) +S4 = openmc.Plane(a=0.5863013728819454,b=0.4919652657439541,c=0.6435999358749399,d=34.38440225088048) +S5 = openmc.Plane(a=-0.44626598287018115,b=-0.4404306555674971,c=-0.779017015327198,d=-0.7418355776203385) +S6 = openmc.Plane(a=0.7025304904279672,b=0.5235242808682786,c=0.48205107339408704,d=71.92109757454064) +S7 = openmc.Plane(a=0.5863013728819454,b=0.4919652657439541,c=0.6435999358749399,d=39.78440225118591) +S8 = openmc.Plane(a=0.6708424392100989,b=0.5629036433196483,c=0.4828145711265466,d=19.024181012180215) +S9 = openmc.Cylinder(x0=647.1411787739,y0=-830.2725439484001,z0=102.75,r=2.5,dx=0.497751713171997,dy=-0.8455897996189949,dz=0.19292776579499885) +S10 = openmc.Cylinder(x0=642.5156928356487,y0=-820.7550494438076,z0=99.68855165640001,r=2.7,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S11 = openmc.Cylinder(x0=640.5435882177604,y0=-822.4098417013216,z0=102.75,r=2.7,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S12 = openmc.Plane(a=0.6391353003165515,b=0.20723915667323453,c=-0.7406470143264187,d=166.66187418087497) +S13 = openmc.Plane(a=-0.6391353010604521,b=-0.20723915729744122,c=0.7406470135098175,d=-165.5749990222303) +S14 = openmc.Plane(a=-0.7649316177886236,b=-0.6418538383627159,c=-0.05388200336223245,d=32.65103464128426) +S15 = openmc.Plane(a=-0.23883464899618972,b=-0.34747369433954,c=-0.9067634984828729,d=43.2524379342463) +S16 = openmc.Plane(a=-0.7071774571160904,b=-0.5933923434434065,c=-0.3844288892494455,d=-3.0903027685584847) +S17 = openmc.Plane(a=0.41144532058253136,b=0.34524361675065735,c=0.843516208062218,d=67.66425143505832) +S18 = openmc.Plane(a=0.17189457775730127,b=0.14423667679762503,c=0.9744988636237687,d=91.90660625604124) +S19 = openmc.Plane(a=0.810136841632255,b=0.5327181155186058,c=0.24472373654474086,d=109.6013049369006) +S20 = openmc.XPlane(x0=641.2262279344794) +S21 = openmc.XPlane(x0=649.9777601549472) +S22 = openmc.YPlane(y0=-830.3816324045544) +S23 = openmc.YPlane(y0=-822.4897426114618) +S24 = openmc.ZPlane(z0=95.9885516564) +S25 = openmc.ZPlane(z0=106.45) +S26 = openmc.Sphere(x0=645.6019940447133,y0=-826.4356875080081,z0=101.21927582820001,r=8.036556991355168, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S9 & +S12 & -S10 & -S2) | (+S1 & +S9 & +S13 & -S11 & -S2) | (+S1 & +S9 & +S10 & +S14 & +S15 & -S3 & -S2) | (+S1 & +S3 & +S4 & +S5 & +S9 & +S10 & +S11 & +S16 & -S2) | (+S1 & +S6 & +S8 & +S9 & +S10 & +S11 & +S17 & -S7 & -S2) | (+S1 & +S9 & +S10 & +S18 & +S19 & -S8 & -S2))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.226, 649.978, -830.382, -822.490, 95.989, 106.450). Enclosed cells : (1)", region=(+S20 & -S21 & +S22 & -S23 & +S24 & -S25 & (((+S10 | -S12) & (+S11 | -S13) & (-S15 | -S14 | -S10 | +S3) & (-S16 | -S5 | -S4 | -S3 | -S10 | -S11) & (-S17 | +S7 | -S6 | -S8 | -S10 | -S11) & (-S19 | -S18 | -S10 | +S8)) | (-S9 | +S2 | -S1)))) +C3 = openmc.Cell(name="", region=(-S26 & (-S20 | +S21 | -S22 | +S23 | -S24 | +S25))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/origSolid_0/origSolid_0.serp b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.serp new file mode 100644 index 00000000..91c5628a --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.serp @@ -0,0 +1,71 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_0.stp +% +% Creation Date : 2024-05-27 14:57:24.137013 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 26 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 9 12 -10 -2:1 9 13 -11 -2:1 9 10 14 15 -3 -2:1 3 4 5 9 10 + 11 16 -2:1 6 8 9 10 11 17 -7 -2:1 9 10 18 19 -8 -2% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 20 -21 22 -23 24 -25 ((10:-12) (11:-13) (-15:-14:-10:3) (-16: + -5:-4:-3:-10:-11) (-17:7:-6:-8:-10:-11) (-19:-18:-10:8):-9:2:-1) %Automatic Generated Void Cell. Enclosure(641.226, 649.978, -830.382, -822.490, 95.989, 106.450) + %Enclosed cells : (1) +cell 3 0 void -26 (-20:21:-22:23:-24:25) %Graveyard_in +cell 4 0 outside 26 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0475714e+03 +surf 2 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0485714e+03 +surf 3 plane -4.7946203e-01 -4.0231641e-01 -7.7990876e-01 -5.3734320e+01 +surf 4 plane 5.8630137e-01 4.9196527e-01 6.4359994e-01 3.4384402e+01 +surf 5 plane -4.4626598e-01 -4.4043066e-01 -7.7901702e-01 -7.4183558e-01 +surf 6 plane 7.0253049e-01 5.2352428e-01 4.8205107e-01 7.1921098e+01 +surf 7 plane 5.8630137e-01 4.9196527e-01 6.4359994e-01 3.9784402e+01 +surf 8 plane 6.7084244e-01 5.6290364e-01 4.8281457e-01 1.9024181e+01 +surf quadratic 0.752243232034342 0.284977890780308 0.962778877185350 + 0.841787542802241 0.326275501639067 -0.192060251885813 + -254.967868299028339 -105.061553825209927 197.336629313316195 + 28740.822306464833673 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 54.198563997741111 45.477995060874072 -199.377103312800017 + 11181.950424894263051 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 58.142773233517374 48.787579575902228 -205.500000000000000 + 11990.475000039803490 +surf 12 plane 6.3913530e-01 2.0723916e-01 -7.4064701e-01 1.6666187e+02 +surf 13 plane -6.3913530e-01 -2.0723916e-01 7.4064701e-01 -1.6557500e+02 +surf 14 plane -7.6493162e-01 -6.4185384e-01 -5.3882003e-02 3.2651035e+01 +surf 15 plane -2.3883465e-01 -3.4747369e-01 -9.0676350e-01 4.3252438e+01 +surf 16 plane -7.0717746e-01 -5.9339234e-01 -3.8442889e-01 -3.0903028e+00 +surf 17 plane 4.1144532e-01 3.4524362e-01 8.4351621e-01 6.7664251e+01 +surf 18 plane 1.7189458e-01 1.4423668e-01 9.7449886e-01 9.1906606e+01 +surf 19 plane 8.1013684e-01 5.3271812e-01 2.4472374e-01 1.0960130e+02 +surf 20 px 6.4122623e+02 +surf 21 px 6.4997776e+02 +surf 22 py -8.3038163e+02 +surf 23 py -8.2248974e+02 +surf 24 pz 9.5988552e+01 +surf 25 pz 1.0645000e+02 +surf 26 sph 6.4560199e+02 -8.2643569e+02 1.0121928e+02 8.0365570e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_0/origSolid_0.xml b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.xml new file mode 100644 index 00000000..cd4eb9a9 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_0/origSolid_0.xml @@ -0,0 +1,33 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/origSolid_1/origSolid_1.inp b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.inp new file mode 100644 index 00000000..56ec584e --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.inp @@ -0,0 +1,75 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_1.stp +$ +$ Creation Date : 2024-05-27 14:57:37.078920 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 14 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 6 7 -2 -5 -4 -3 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -14 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 14 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 1.7566152e-01 -9.8311830e-01 5.1200021e-02 9.3159046e+02 +2 P -7.8442948e-02 -6.5821448e-02 -9.9474330e-01 -7.7314244e+01 +3 P 9.9690517e-01 1.0408341e-17 -7.8613466e-02 6.2440035e+02 +4 P 7.8442954e-02 6.5821454e-02 9.9474330e-01 8.6214244e+01 +5 P 3.3853277e-01 9.3676637e-01 -8.8681041e-02 -5.7056208e+02 +6 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -6.2652002e+01 +7 GQ 0.992892107512939 0.012350777142960 0.994757115344101 + -0.167572127646544 0.143918462414348 0.012209154017571 + -1386.940443882671616 113.105330499913634 -62.506070528358620 + 485057.842379463196266 +8 PX 6.2107026e+02 +9 PX 6.3456239e+02 +10 PY -8.3256170e+02 +11 PY -8.2440887e+02 +12 PZ 8.1734079e+01 +13 PZ 9.3176607e+01 +14 S 6.2781633e+02 -8.2848529e+02 8.7455343e+01 9.9343715e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/origSolid_1/origSolid_1.mcnp b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.mcnp new file mode 100644 index 00000000..2cf85303 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.mcnp @@ -0,0 +1,73 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_1.stp +C +C Creation Date : 2024-05-27 14:57:37.076647 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 14 +C Materials : 0 +C +C ************************************************************** +1 0 6 7 -2 -5 -4 -3 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 8 -9 10 -11 12 -13 (-6:-7:2:5:4:3:1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(621.070, 634.562, -832.562, -824.409, 81.734, 93.177) + $Enclosed cells : (1) +3 0 -14 (-8:9:-10:11:-12:13) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 14 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 1.7566152e-01 -9.8311830e-01 5.1200021e-02 9.3159046e+02 +2 P -7.8442948e-02 -6.5821448e-02 -9.9474330e-01 -7.7314244e+01 +3 P 9.9690517e-01 1.0408341e-17 -7.8613466e-02 6.2440035e+02 +4 P 7.8442954e-02 6.5821454e-02 9.9474330e-01 8.6214244e+01 +5 P 3.3853277e-01 9.3676637e-01 -8.8681041e-02 -5.7056208e+02 +6 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -6.2652002e+01 +7 GQ 0.992892107512939 0.012350777142960 0.994757115344101 + -0.167572127646544 0.143918462414348 0.012209154017571 + -1386.940443882671616 113.105330499913634 -62.506070528358620 + 485057.842379463196266 +8 PX 6.2107026e+02 +9 PX 6.3456239e+02 +10 PY -8.3256170e+02 +11 PY -8.2440887e+02 +12 PZ 8.1734079e+01 +13 PZ 9.3176607e+01 +14 S 6.2781633e+02 -8.2848529e+02 8.7455343e+01 9.9343715e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.2107026e+02 6.3456239e+02 +C SI2 -8.3256170e+02 -8.2440887e+02 +C SI3 8.1734079e+01 9.3176607e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=14 WGT=3.1004923e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 4.5184546e+01 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_1/origSolid_1.py b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.py new file mode 100644 index 00000000..f82ed89f --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.py @@ -0,0 +1,31 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.17566152031991936,b=-0.9831182981105488,c=0.0512000214757065,d=931.590455420659) +S2 = openmc.Plane(a=-0.07844294767295831,b=-0.06582144846088697,c=-0.9947433040151054,d=-77.31424445087522) +S3 = openmc.Plane(a=0.9969051725192626,b=1.040834085586274e-17,c=-0.0786134657952407,d=624.400349242287) +S4 = openmc.Plane(a=0.07844295419664563,b=0.06582145393490989,c=0.9947433031384517,d=86.2142439145517) +S5 = openmc.Plane(a=0.33853277449004243,b=0.9367663708801174,c=-0.0886810407255611,d=-570.5620754732101) +S6 = openmc.Plane(a=0.7620175800347986,b=0.639408670357831,c=-0.10239999994697294,d=-62.65200156514263) +S7 = openmc.Cylinder(x0=628.0454095307,y0=-827.7640360243,z0=87.44279986361501,r=4.25,dx=0.08430831801821924,dy=0.993805425049109,dz=-0.07240776654405794) +S8 = openmc.XPlane(x0=621.0702628039945) +S9 = openmc.XPlane(x0=634.5623928686807) +S10 = openmc.YPlane(y0=-832.5617026760407) +S11 = openmc.YPlane(y0=-824.4088724207385) +S12 = openmc.ZPlane(z0=81.73407892505966) +S13 = openmc.ZPlane(z0=93.176607030701) +S14 = openmc.Sphere(x0=627.8163278363377,y0=-828.4852875483896,z0=87.45534297788033,r=9.93437146905123, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S6 & +S7 & -S2 & -S5 & -S4 & -S3 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(621.070, 634.562, -832.562, -824.409, 81.734, 93.177). Enclosed cells : (1)", region=(+S8 & -S9 & +S10 & -S11 & +S12 & -S13 & (-S6 | -S7 | +S2 | +S5 | +S4 | +S3 | +S1))) +C3 = openmc.Cell(name="", region=(-S14 & (-S8 | +S9 | -S10 | +S11 | -S12 | +S13))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/origSolid_1/origSolid_1.serp b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.serp new file mode 100644 index 00000000..fe435b66 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.serp @@ -0,0 +1,51 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_1.stp +% +% Creation Date : 2024-05-27 14:57:37.077966 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 14 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 6 7 -2 -5 -4 -3 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 8 -9 10 -11 12 -13 (-6:-7:2:5:4:3:1) %Automatic Generated Void Cell. Enclosure(621.070, 634.562, -832.562, -824.409, 81.734, 93.177) + %Enclosed cells : (1) +cell 3 0 void -14 (-8:9:-10:11:-12:13) %Graveyard_in +cell 4 0 outside 14 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 1.7566152e-01 -9.8311830e-01 5.1200021e-02 9.3159046e+02 +surf 2 plane -7.8442948e-02 -6.5821448e-02 -9.9474330e-01 -7.7314244e+01 +surf 3 plane 9.9690517e-01 1.0408341e-17 -7.8613466e-02 6.2440035e+02 +surf 4 plane 7.8442954e-02 6.5821454e-02 9.9474330e-01 8.6214244e+01 +surf 5 plane 3.3853277e-01 9.3676637e-01 -8.8681041e-02 -5.7056208e+02 +surf 6 plane 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -6.2652002e+01 +surf quadratic 0.992892107512939 0.012350777142960 0.994757115344101 + -0.167572127646544 0.143918462414348 0.012209154017571 + -1386.940443882671616 113.105330499913634 -62.506070528358620 + 485057.842379463196266 +surf 8 px 6.2107026e+02 +surf 9 px 6.3456239e+02 +surf 10 py -8.3256170e+02 +surf 11 py -8.2440887e+02 +surf 12 pz 8.1734079e+01 +surf 13 pz 9.3176607e+01 +surf 14 sph 6.2781633e+02 -8.2848529e+02 8.7455343e+01 9.9343715e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_1/origSolid_1.xml b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.xml new file mode 100644 index 00000000..6b782a0a --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_1/origSolid_1.xml @@ -0,0 +1,21 @@ + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/origSolid_2/origSolid_2.inp b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.inp new file mode 100644 index 00000000..f0fd3f51 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.inp @@ -0,0 +1,77 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_2.stp +$ +$ Creation Date : 2024-05-27 14:57:36.967814 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 13 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 2 3 4 6 -5 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -13 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 13 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P -1.7566161e-01 9.8311828e-01 -5.1200023e-02 -9.1865328e+02 +2 P 9.9334728e-01 -8.9545010e-02 -7.2407671e-02 6.9925929e+02 +3 P -6.4278761e-01 7.6604444e-01 2.0816682e-17 -1.0430000e+03 +4 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +5 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346873498 47.502004356187655 -172.000000000000000 + 8741.500000019153958 +6 GQ 0.992892107512888 0.012350777142944 0.994757115344168 + -0.167572127647143 0.143918462413436 0.012209154017537 + -1400.261004744067350 114.306108782697621 -61.535098858667396 + 494377.771575863123871 +7 PX 6.3502654e+02 +8 PX 6.4653103e+02 +9 PY -8.2402826e+02 +10 PY -8.1233607e+02 +11 PZ 8.0550000e+01 +12 PZ 9.1426608e+01 +13 S 6.4077879e+02 -8.1818217e+02 8.5988304e+01 1.0037562e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/origSolid_2/origSolid_2.mcnp b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.mcnp new file mode 100644 index 00000000..84205a01 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.mcnp @@ -0,0 +1,75 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_2.stp +C +C Creation Date : 2024-05-27 14:57:36.965302 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 13 +C Materials : 0 +C +C ************************************************************** +1 0 2 3 4 6 -5 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 7 -8 9 -10 11 -12 (-2:-3:-4:-6:5:1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(635.027, 646.531, -824.028, -812.336, 80.550, 91.427) + $Enclosed cells : (1) +3 0 -13 (-7:8:-9:10:-11:12) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 13 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P -1.7566161e-01 9.8311828e-01 -5.1200023e-02 -9.1865328e+02 +2 P 9.9334728e-01 -8.9545010e-02 -7.2407671e-02 6.9925929e+02 +3 P -6.4278761e-01 7.6604444e-01 2.0816682e-17 -1.0430000e+03 +4 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +5 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346873498 47.502004356187655 -172.000000000000000 + 8741.500000019153958 +6 GQ 0.992892107512888 0.012350777142944 0.994757115344168 + -0.167572127647143 0.143918462413436 0.012209154017537 + -1400.261004744067350 114.306108782697621 -61.535098858667396 + 494377.771575863123871 +7 PX 6.3502654e+02 +8 PX 6.4653103e+02 +9 PY -8.2402826e+02 +10 PY -8.1233607e+02 +11 PZ 8.0550000e+01 +12 PZ 9.1426608e+01 +13 S 6.4077879e+02 -8.1818217e+02 8.5988304e+01 1.0037562e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.3502654e+02 6.4653103e+02 +C SI2 -8.2402826e+02 -8.1233607e+02 +C SI3 8.0550000e+01 9.1426608e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=13 WGT=3.1652378e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.9464821e+02 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_2/origSolid_2.py b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.py new file mode 100644 index 00000000..345e6a2f --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.py @@ -0,0 +1,30 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=-0.17566161099703348,b=0.9831182818431874,c=-0.05120002273071976,d=-918.6532756999809) +S2 = openmc.Plane(a=0.9933472808567851,b=-0.0895450095019208,c=-0.07240767147017145,d=699.2592883241467) +S3 = openmc.Plane(a=-0.6427876096867989,b=0.7660444431187602,c=2.0816681711721682e-17,d=-1042.999999999675) +S4 = openmc.Plane(a=0.7620175800347985,b=0.639408670357831,c=-0.10239999994697292,d=-45.56216504343872) +S5 = openmc.Cylinder(x0=631.1063758432001,y0=-809.6072861226,z0=86.0,r=4.45,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S6 = openmc.Cylinder(x0=635.7245002599001,y0=-816.3549434707,z0=86.08231402845001,r=4.25,dx=0.08430831801851993,dy=0.993805425049117,dz=-0.07240776654359853) +S7 = openmc.XPlane(x0=635.0265399622845) +S8 = openmc.XPlane(x0=646.5310325015785) +S9 = openmc.YPlane(y0=-824.0282617963584) +S10 = openmc.YPlane(y0=-812.3360738811081) +S11 = openmc.ZPlane(z0=80.55000000000001) +S12 = openmc.ZPlane(z0=91.42660769901295) +S13 = openmc.Sphere(x0=640.7787862319315,y0=-818.1821678387332,z0=85.98830384950648,r=10.037561885562532, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S2 & +S3 & +S4 & +S6 & -S5 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(635.027, 646.531, -824.028, -812.336, 80.550, 91.427). Enclosed cells : (1)", region=(+S7 & -S8 & +S9 & -S10 & +S11 & -S12 & (-S2 | -S3 | -S4 | -S6 | +S5 | +S1))) +C3 = openmc.Cell(name="", region=(-S13 & (-S7 | +S8 | -S9 | +S10 | -S11 | +S12))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/origSolid_2/origSolid_2.serp b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.serp new file mode 100644 index 00000000..8578c491 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.serp @@ -0,0 +1,53 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_2.stp +% +% Creation Date : 2024-05-27 14:57:36.966816 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 13 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 2 3 4 6 -5 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 7 -8 9 -10 11 -12 (-2:-3:-4:-6:5:1) %Automatic Generated Void Cell. Enclosure(635.027, 646.531, -824.028, -812.336, 80.550, 91.427) + %Enclosed cells : (1) +cell 3 0 void -13 (-7:8:-9:10:-11:12) %Graveyard_in +cell 4 0 outside 13 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane -1.7566161e-01 9.8311828e-01 -5.1200023e-02 -9.1865328e+02 +surf 2 plane 9.9334728e-01 -8.9545010e-02 -7.2407671e-02 6.9925929e+02 +surf 3 plane -6.4278761e-01 7.6604444e-01 2.0816682e-17 -1.0430000e+03 +surf 4 plane 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346873498 47.502004356187655 -172.000000000000000 + 8741.500000019153958 +surf quadratic 0.992892107512888 0.012350777142944 0.994757115344168 + -0.167572127647143 0.143918462413436 0.012209154017537 + -1400.261004744067350 114.306108782697621 -61.535098858667396 + 494377.771575863123871 +surf 7 px 6.3502654e+02 +surf 8 px 6.4653103e+02 +surf 9 py -8.2402826e+02 +surf 10 py -8.1233607e+02 +surf 11 pz 8.0550000e+01 +surf 12 pz 9.1426608e+01 +surf 13 sph 6.4077879e+02 -8.1818217e+02 8.5988304e+01 1.0037562e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_2/origSolid_2.xml b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.xml new file mode 100644 index 00000000..1a35f97c --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_2/origSolid_2.xml @@ -0,0 +1,20 @@ + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/origSolid_4/origSolid_4.inp b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.inp new file mode 100644 index 00000000..c6b33574 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.inp @@ -0,0 +1,77 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_4.stp +$ +$ Creation Date : 2024-05-27 14:57:23.672683 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 13 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 2 3 5 6 -4 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -13 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 13 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -1.0310000e+03 +2 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +3 P -1.7566161e-01 9.8311828e-01 -5.1200023e-02 -9.1865328e+02 +4 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346873498 47.502004356187655 -172.000000000000000 + 8741.500000019153958 +5 GQ 0.820511787921796 0.180190625432761 0.999297586645443 + 0.767192593514886 0.047993543436043 -0.022456617478974 + -415.004308760156846 -197.655507714571911 -118.587708959932641 + 56321.767683941623545 +6 P 9.0241813e-01 4.1935446e-01 -9.8910829e-02 2.2283276e+02 +7 PX 6.3259251e+02 +8 PX 6.4269572e+02 +9 PY -8.1945752e+02 +10 PY -8.0968242e+02 +11 PZ 8.0550000e+01 +12 PZ 9.1426608e+01 +13 S 6.3764412e+02 -8.1456997e+02 8.5988304e+01 9.0649259e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/origSolid_4/origSolid_4.mcnp b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.mcnp new file mode 100644 index 00000000..f78ab8b4 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.mcnp @@ -0,0 +1,75 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_4.stp +C +C Creation Date : 2024-05-27 14:57:23.670426 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 13 +C Materials : 0 +C +C ************************************************************** +1 0 2 3 5 6 -4 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 7 -8 9 -10 11 -12 (-2:-3:-5:-6:4:1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(632.593, 642.696, -819.458, -809.682, 80.550, 91.427) + $Enclosed cells : (1) +3 0 -13 (-7:8:-9:10:-11:12) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 13 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -1.0310000e+03 +2 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +3 P -1.7566161e-01 9.8311828e-01 -5.1200023e-02 -9.1865328e+02 +4 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346873498 47.502004356187655 -172.000000000000000 + 8741.500000019153958 +5 GQ 0.820511787921796 0.180190625432761 0.999297586645443 + 0.767192593514886 0.047993543436043 -0.022456617478974 + -415.004308760156846 -197.655507714571911 -118.587708959932641 + 56321.767683941623545 +6 P 9.0241813e-01 4.1935446e-01 -9.8910829e-02 2.2283276e+02 +7 PX 6.3259251e+02 +8 PX 6.4269572e+02 +9 PY -8.1945752e+02 +10 PY -8.0968242e+02 +11 PZ 8.0550000e+01 +12 PZ 9.1426608e+01 +13 S 6.3764412e+02 -8.1456997e+02 8.5988304e+01 9.0649259e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.3259251e+02 6.4269572e+02 +C SI2 -8.1945752e+02 -8.0968242e+02 +C SI3 8.0550000e+01 9.1426608e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=13 WGT=2.5815372e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 3.7916743e+01 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_4/origSolid_4.py b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.py new file mode 100644 index 00000000..75743121 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.py @@ -0,0 +1,30 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=-0.6427876096867989,b=0.7660444431187603,c=0.0,d=-1030.999999999709) +S2 = openmc.Plane(a=0.7620175800347986,b=0.639408670357831,c=-0.10239999994697294,d=-45.56216504351753) +S3 = openmc.Plane(a=-0.17566161099703348,b=0.9831182818431874,c=-0.05120002273071976,d=-918.6532756999807) +S4 = openmc.Cylinder(x0=631.1063758432001,y0=-809.6072861226,z0=86.0,r=4.45,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S5 = openmc.Cylinder(x0=634.4086834136001,y0=-813.5428230332,z0=86.0,r=4.25,dx=-0.423660491523819,dy=0.9054332524086132,dz=-0.026503081982228678) +S6 = openmc.Plane(a=0.9024181340849036,b=0.41935445537818494,c=-0.09891082867505972,d=222.83276150263137) +S7 = openmc.XPlane(x0=632.592510012262) +S8 = openmc.XPlane(x0=642.6957218626895) +S9 = openmc.YPlane(y0=-819.4575165637791) +S10 = openmc.YPlane(y0=-809.6824181700947) +S11 = openmc.ZPlane(z0=80.55000000000001) +S12 = openmc.ZPlane(z0=91.42660769901653) +S13 = openmc.Sphere(x0=637.6441159374758,y0=-814.5699673669369,z0=85.98830384950827,r=9.064925894430111, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S2 & +S3 & +S5 & +S6 & -S4 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(632.593, 642.696, -819.458, -809.682, 80.550, 91.427). Enclosed cells : (1)", region=(+S7 & -S8 & +S9 & -S10 & +S11 & -S12 & (-S2 | -S3 | -S5 | -S6 | +S4 | +S1))) +C3 = openmc.Cell(name="", region=(-S13 & (-S7 | +S8 | -S9 | +S10 | -S11 | +S12))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/origSolid_4/origSolid_4.serp b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.serp new file mode 100644 index 00000000..aebdb87f --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.serp @@ -0,0 +1,53 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_4.stp +% +% Creation Date : 2024-05-27 14:57:23.671728 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 13 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 2 3 5 6 -4 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 7 -8 9 -10 11 -12 (-2:-3:-5:-6:4:1) %Automatic Generated Void Cell. Enclosure(632.593, 642.696, -819.458, -809.682, 80.550, 91.427) + %Enclosed cells : (1) +cell 3 0 void -13 (-7:8:-9:10:-11:12) %Graveyard_in +cell 4 0 outside 13 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -1.0310000e+03 +surf 2 plane 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +surf 3 plane -1.7566161e-01 9.8311828e-01 -5.1200023e-02 -9.1865328e+02 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346873498 47.502004356187655 -172.000000000000000 + 8741.500000019153958 +surf quadratic 0.820511787921796 0.180190625432761 0.999297586645443 + 0.767192593514886 0.047993543436043 -0.022456617478974 + -415.004308760156846 -197.655507714571911 -118.587708959932641 + 56321.767683941623545 +surf 6 plane 9.0241813e-01 4.1935446e-01 -9.8910829e-02 2.2283276e+02 +surf 7 px 6.3259251e+02 +surf 8 px 6.4269572e+02 +surf 9 py -8.1945752e+02 +surf 10 py -8.0968242e+02 +surf 11 pz 8.0550000e+01 +surf 12 pz 9.1426608e+01 +surf 13 sph 6.3764412e+02 -8.1456997e+02 8.5988304e+01 9.0649259e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_4/origSolid_4.xml b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.xml new file mode 100644 index 00000000..7208b440 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_4/origSolid_4.xml @@ -0,0 +1,20 @@ + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/origSolid_5/origSolid_5.inp b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.inp new file mode 100644 index 00000000..2059082b --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.inp @@ -0,0 +1,76 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_5.stp +$ +$ Creation Date : 2024-05-27 14:57:24.736626 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 12 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 2 3 4 -5 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -12 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 12 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +2 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0230000e+03 +3 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -1.0310000e+03 +4 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346626073 47.502004355980048 -172.000000000000000 + 8743.240000007219351 +5 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346873498 47.502004356187655 -172.000000000000000 + 8741.500000019153958 +6 PX 6.2791731e+02 +7 PX 6.3881758e+02 +8 PY -8.1483573e+02 +9 PY -8.0355406e+02 +10 PZ 8.0550000e+01 +11 PZ 9.1426608e+01 +12 S 6.3336745e+02 -8.0919490e+02 8.5988304e+01 9.7354239e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/origSolid_5/origSolid_5.mcnp b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.mcnp new file mode 100644 index 00000000..8e5009c7 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.mcnp @@ -0,0 +1,74 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_5.stp +C +C Creation Date : 2024-05-27 14:57:24.734272 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 12 +C Materials : 0 +C +C ************************************************************** +1 0 1 2 3 4 -5 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 6 -7 8 -9 10 -11 (-1:-2:-3:-4:5) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(627.917, 638.818, -814.836, -803.554, 80.550, 91.427) + $Enclosed cells : (1) +3 0 -12 (-6:7:-8:9:-10:11) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 12 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +2 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0230000e+03 +3 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -1.0310000e+03 +4 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346626073 47.502004355980048 -172.000000000000000 + 8743.240000007219351 +5 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346873498 47.502004356187655 -172.000000000000000 + 8741.500000019153958 +6 PX 6.2791731e+02 +7 PX 6.3881758e+02 +8 PY -8.1483573e+02 +9 PY -8.0355406e+02 +10 PZ 8.0550000e+01 +11 PZ 9.1426608e+01 +12 S 6.3336745e+02 -8.0919490e+02 8.5988304e+01 9.7354239e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.2791731e+02 6.3881758e+02 +C SI2 -8.1483573e+02 -8.0355406e+02 +C SI3 8.0550000e+01 9.1426608e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=12 WGT=2.9775537e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 2.1865486e+01 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_5/origSolid_5.py b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.py new file mode 100644 index 00000000..89f48540 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.py @@ -0,0 +1,29 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.7620175800347986,b=0.639408670357831,c=-0.10239999994697294,d=-45.562165043517496) +S2 = openmc.Plane(a=0.6427876096867989,b=-0.7660444431187603,c=0.0,d=1023.0000000002282) +S3 = openmc.Plane(a=-0.6427876096867989,b=0.7660444431187603,c=0.0,d=-1030.9999999997092) +S4 = openmc.Cylinder(x0=607.829415753,y0=-781.8668853102,z0=86.0,r=4.25,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S5 = openmc.Cylinder(x0=631.1063758432001,y0=-809.6072861226,z0=86.0,r=4.45,dx=0.6427876096867989,dy=-0.7660444431187603,dz=0.0) +S6 = openmc.XPlane(x0=627.9173114190959) +S7 = openmc.XPlane(x0=638.8175811853785) +S8 = openmc.YPlane(y0=-814.8357284789583) +S9 = openmc.YPlane(y0=-803.5540626255882) +S10 = openmc.ZPlane(z0=80.55000000000001) +S11 = openmc.ZPlane(z0=91.42660769901653) +S12 = openmc.Sphere(x0=633.3674463022371,y0=-809.1948955522732,z0=85.98830384950827,r=9.73542392303797, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S2 & +S3 & +S4 & -S5))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(627.917, 638.818, -814.836, -803.554, 80.550, 91.427). Enclosed cells : (1)", region=(+S6 & -S7 & +S8 & -S9 & +S10 & -S11 & (-S1 | -S2 | -S3 | -S4 | +S5))) +C3 = openmc.Cell(name="", region=(-S12 & (-S6 | +S7 | -S8 | +S9 | -S10 | +S11))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/origSolid_5/origSolid_5.serp b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.serp new file mode 100644 index 00000000..621ed222 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.serp @@ -0,0 +1,52 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_5.stp +% +% Creation Date : 2024-05-27 14:57:24.735631 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 12 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 2 3 4 -5% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 6 -7 8 -9 10 -11 (-1:-2:-3:-4:5) %Automatic Generated Void Cell. Enclosure(627.917, 638.818, -814.836, -803.554, 80.550, 91.427) + %Enclosed cells : (1) +cell 3 0 void -12 (-6:7:-8:9:-10:11) %Graveyard_in +cell 4 0 outside 12 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +surf 2 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0230000e+03 +surf 3 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -1.0310000e+03 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346626073 47.502004355980048 -172.000000000000000 + 8743.240000007219351 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + 56.610684346873498 47.502004356187655 -172.000000000000000 + 8741.500000019153958 +surf 6 px 6.2791731e+02 +surf 7 px 6.3881758e+02 +surf 8 py -8.1483573e+02 +surf 9 py -8.0355406e+02 +surf 10 pz 8.0550000e+01 +surf 11 pz 9.1426608e+01 +surf 12 sph 6.3336745e+02 -8.0919490e+02 8.5988304e+01 9.7354239e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_5/origSolid_5.xml b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.xml new file mode 100644 index 00000000..01a894c2 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_5/origSolid_5.xml @@ -0,0 +1,19 @@ + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/origSolid_6/origSolid_6.inp b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.inp new file mode 100644 index 00000000..8744bf66 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.inp @@ -0,0 +1,76 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_6.stp +$ +$ Creation Date : 2024-05-27 14:57:24.834668 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 15 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 8 -2 -7 -6 -5 -4 -3 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -15 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 15 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 3.3853268e-01 9.3676641e-01 -8.8681043e-02 -5.6015424e+02 +2 P 7.8442954e-02 6.5821454e-02 9.9474330e-01 8.6214244e+01 +3 P -7.6201758e-01 -6.3940867e-01 1.0240005e-01 5.1562169e+01 +4 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0430000e+03 +5 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +6 P -7.8442948e-02 -6.5821448e-02 -9.9474330e-01 -7.7314244e+01 +7 P -9.9690517e-01 5.2041704e-18 7.8613466e-02 -6.2176728e+02 +8 GQ 0.675456970604655 0.334326385353052 0.990216644042293 + -0.929601487705500 0.161400395584951 0.112696405979379 + -1629.935936336693430 1124.718862727931082 -110.281821747246809 + 983443.376736418576911 +9 PX 6.2855145e+02 +10 PX 6.4347121e+02 +11 PY -8.2786471e+02 +12 PY -8.1505414e+02 +13 PZ 8.0573392e+01 +14 PZ 9.2041008e+01 +15 S 6.3601133e+02 -8.2145943e+02 8.6307200e+01 1.1609823e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/origSolid_6/origSolid_6.mcnp b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.mcnp new file mode 100644 index 00000000..2d417ee5 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.mcnp @@ -0,0 +1,74 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_6.stp +C +C Creation Date : 2024-05-27 14:57:24.832299 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 15 +C Materials : 0 +C +C ************************************************************** +1 0 8 -2 -7 -6 -5 -4 -3 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 9 -10 11 -12 13 -14 (-8:2:7:6:5:4:3:1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(628.551, 643.471, -827.865, -815.054, 80.573, 92.041) + $Enclosed cells : (1) +3 0 -15 (-9:10:-11:12:-13:14) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 15 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 3.3853268e-01 9.3676641e-01 -8.8681043e-02 -5.6015424e+02 +2 P 7.8442954e-02 6.5821454e-02 9.9474330e-01 8.6214244e+01 +3 P -7.6201758e-01 -6.3940867e-01 1.0240005e-01 5.1562169e+01 +4 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0430000e+03 +5 P 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +6 P -7.8442948e-02 -6.5821448e-02 -9.9474330e-01 -7.7314244e+01 +7 P -9.9690517e-01 5.2041704e-18 7.8613466e-02 -6.2176728e+02 +8 GQ 0.675456970604655 0.334326385353052 0.990216644042293 + -0.929601487705500 0.161400395584951 0.112696405979379 + -1629.935936336693430 1124.718862727931082 -110.281821747246809 + 983443.376736418576911 +9 PX 6.2855145e+02 +10 PX 6.4347121e+02 +11 PY -8.2786471e+02 +12 PY -8.1505414e+02 +13 PZ 8.0573392e+01 +14 PZ 9.2041008e+01 +15 S 6.3601133e+02 -8.2145943e+02 8.6307200e+01 1.1609823e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.2855145e+02 6.4347121e+02 +C SI2 -8.2786471e+02 -8.1505414e+02 +C SI3 8.0573392e+01 9.2041008e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=15 WGT=4.2344899e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.8532939e+02 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_6/origSolid_6.py b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.py new file mode 100644 index 00000000..fa22b2bd --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.py @@ -0,0 +1,32 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.33853267853887575,b=0.9367664053266561,c=-0.08868104314152746,d=-560.1542379143228) +S2 = openmc.Plane(a=0.07844295419664563,b=0.06582145393490989,c=0.9947433031384517,d=86.21424391455169) +S3 = openmc.Plane(a=-0.7620175764440563,b=-0.6394086673460472,c=0.10240004547400756,d=51.56216880551742) +S4 = openmc.Plane(a=0.6427876096867989,b=-0.7660444431187603,c=0.0,d=1042.9999999996937) +S5 = openmc.Plane(a=0.7620175800347986,b=0.639408670357831,c=-0.10239999994697294,d=-45.56216504351763) +S6 = openmc.Plane(a=-0.07844294767295831,b=-0.06582144846088697,c=-0.9947433040151054,d=-77.31424445087524) +S7 = openmc.Plane(a=-0.9969051725192626,b=5.20417042793137e-18,c=0.0786134657952407,d=-621.7672842118831) +S8 = openmc.Cylinder(x0=635.4626530796,y0=-819.4415327242001,z0=86.307200136387,r=4.25,dx=0.5696867818330917,dy=0.8158882366151312,dz=-0.09891084853395592) +S9 = openmc.XPlane(x0=628.5514507732424) +S10 = openmc.XPlane(x0=643.4712058759411) +S11 = openmc.YPlane(y0=-827.8647139529044) +S12 = openmc.YPlane(y0=-815.054141147126) +S13 = openmc.ZPlane(z0=80.5733924426719) +S14 = openmc.ZPlane(z0=92.04100770532972) +S15 = openmc.Sphere(x0=636.0113283245918,y0=-821.4594275500151,z0=86.3072000740008,r=11.609823393209435, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S8 & -S2 & -S7 & -S6 & -S5 & -S4 & -S3 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(628.551, 643.471, -827.865, -815.054, 80.573, 92.041). Enclosed cells : (1)", region=(+S9 & -S10 & +S11 & -S12 & +S13 & -S14 & (-S8 | +S2 | +S7 | +S6 | +S5 | +S4 | +S3 | +S1))) +C3 = openmc.Cell(name="", region=(-S15 & (-S9 | +S10 | -S11 | +S12 | -S13 | +S14))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/origSolid_6/origSolid_6.serp b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.serp new file mode 100644 index 00000000..ea6c136e --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.serp @@ -0,0 +1,52 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/origSolid_6.stp +% +% Creation Date : 2024-05-27 14:57:24.833687 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 15 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 8 -2 -7 -6 -5 -4 -3 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 9 -10 11 -12 13 -14 (-8:2:7:6:5:4:3:1) %Automatic Generated Void Cell. Enclosure(628.551, 643.471, -827.865, -815.054, 80.573, 92.041) + %Enclosed cells : (1) +cell 3 0 void -15 (-9:10:-11:12:-13:14) %Graveyard_in +cell 4 0 outside 15 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 3.3853268e-01 9.3676641e-01 -8.8681043e-02 -5.6015424e+02 +surf 2 plane 7.8442954e-02 6.5821454e-02 9.9474330e-01 8.6214244e+01 +surf 3 plane -7.6201758e-01 -6.3940867e-01 1.0240005e-01 5.1562169e+01 +surf 4 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0430000e+03 +surf 5 plane 7.6201758e-01 6.3940867e-01 -1.0240000e-01 -4.5562165e+01 +surf 6 plane -7.8442948e-02 -6.5821448e-02 -9.9474330e-01 -7.7314244e+01 +surf 7 plane -9.9690517e-01 5.2041704e-18 7.8613466e-02 -6.2176728e+02 +surf quadratic 0.675456970604655 0.334326385353052 0.990216644042293 + -0.929601487705500 0.161400395584951 0.112696405979379 + -1629.935936336693430 1124.718862727931082 -110.281821747246809 + 983443.376736418576911 +surf 9 px 6.2855145e+02 +surf 10 px 6.4347121e+02 +surf 11 py -8.2786471e+02 +surf 12 py -8.1505414e+02 +surf 13 pz 8.0573392e+01 +surf 14 pz 9.2041008e+01 +surf 15 sph 6.3601133e+02 -8.2145943e+02 8.6307200e+01 1.1609823e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/origSolid_6/origSolid_6.xml b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.xml new file mode 100644 index 00000000..e0e342c6 --- /dev/null +++ b/tests/regression_test_files/Misc/origSolid_6/origSolid_6.xml @@ -0,0 +1,22 @@ + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/rails/rails.inp b/tests/regression_test_files/Misc/rails/rails.inp new file mode 100644 index 00000000..6f58f810 --- /dev/null +++ b/tests/regression_test_files/Misc/rails/rails.inp @@ -0,0 +1,646 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/rails.stp +$ +$ Creation Date : 2024-05-27 14:57:33.636029 +$ Solid Cells : 72 +$ Total Cells : 102 +$ Surfaces : 213 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 2 4 6 -7 -5 -1:1 4 6 8 -7 -3:1 4 10 -9 -8 -3:1 11 12 -9 -8 -3:1 13 + -9 -8 -7 -3:1 4 9 14 -7 -3:1 4 16 -15 -14 -3:1 -17 -15 -14 18 -3:1 + -19 -15 -14 -7 -3:1 4 15 20 -7 -3:1 4 10 -21 -20 -3:1 11 12 -20 -21 + -3:1 -21 -20 13 -7 -3:1 4 21 -7 -5 -3 +2 0 33 34 -23 22 42 175 -35:34 -23 24 -5 -35 -33:33 -23 22 42 175 -36 + -34:-23 43 24 -5 -36 -34 -33:33 36 37 -23 22 42 175:36 37 -23 24 -38 + -33:36 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107 50 -106 + -102:102 -56 105 104 50 -103 60 +15 0 108 44 -48 -103 -67:66 -56 44 109 -103 60:102 -56 -48 -109 -108 + -103 60:67 107 -48 -109 -106 -102:67 68 -49 -48 -109 -102:67 69 70 + -48 -109 -102:44 -48 -109 -108 -103 60 -67 +16 0 -71 -114 -113 -112 110 51:-58 -71 44 -114 -112 113:44 -114 -113 + -112 -111 51 +17 0 74 75 -51 -97 +18 0 73 74 -51 -98 +19 0 -63 -56 -117 44 50 115 116 +20 0 66 -56 -118 -117 44 -48 115 +21 0 -63 -56 -120 44 50 116 119 +22 0 66 -120 -56 -118 44 -48 119 +23 0 -63 -121 -56 44 50 116 122 +24 0 66 -121 -56 -118 44 -48 122 +25 0 -63 -124 -56 44 50 116 123 +26 0 66 -124 -56 -118 44 -48 123 +27 0 -63 -126 -56 44 50 116 125 +28 0 66 -126 -56 -118 44 -48 125 +29 0 128 -127 -63 -56 44 50 116 +30 0 128 -127 66 -56 -118 44 -48 +31 0 129 -63 -56 44 50 116 -130 +32 0 129 66 -56 -118 44 -48 -130 +33 0 -63 132 -56 44 50 116 -131 +34 0 66 132 -56 -118 44 -48 -131 +35 0 -63 133 -56 44 50 116 -134 +36 0 66 133 -56 -118 44 -48 -134 +37 0 -63 136 -56 44 50 116 -135 +38 0 66 -56 136 -118 44 -48 -135 +39 0 -63 -56 138 44 50 116 -137 +40 0 66 -56 -118 138 44 -48 -137 +41 0 -63 -56 140 44 50 116 -139 +42 0 66 -56 -118 44 140 -48 -139 +43 0 -63 -56 44 142 50 -141 116 +44 0 66 -56 -118 44 142 -48 -141 +45 0 -63 -56 44 144 -143 50 116 +46 0 66 -56 -118 44 -48 144 -143 +47 0 -63 -56 44 -145 146 50 116 +48 0 66 -56 -118 44 -145 -48 146 +49 0 -95 -77 147 -55 93 94:97 -95 77 178 93 94 +50 0 96 -95 -76 148 -55 94:96 -95 98 76 179 94 +51 0 99 -77 147 -55 -100 93:97 99 77 178 -100 93 +52 0 96 99 148 -76 -55 -100:96 98 99 76 179 -100 +53 0 97 101 -51 77 178 93:101 -51 -77 147 -55 93 +54 0 96 101 -51 148 -76 -55:96 98 101 76 -51 179 +55 0 -61 149 -113 51 150 -55:-61 -58 149 113 50 -55:149 -113 50 51 -55 + 151 +56 0 149 -113 -48 51 -55 152:65 -58 149 -48 113 -55:65 149 -113 51 -55 + 153 +57 0 -59 -154 -113 51 -53:-59 -58 44 113 50 -53:-59 44 -113 50 51 180 + -53 155 +58 0 64 -58 44 -48 113 -53:64 44 -113 -48 51 -53 181 156:64 -157 -113 + 51 -53 +59 0 -61 -154 -113 51 -149 54:-61 -58 113 50 -149 54:-113 50 51 -149 54 + 182 155:-59 -58 -54 53 113 50:-59 -154 -54 53 -113 51:-54 53 -113 50 + 51 183 155 +60 0 -113 -48 51 -149 54 184 156:65 -58 -48 113 -149 54:65 -157 -113 51 + -149 54:-54 53 -113 -48 51 185 156:64 -58 -54 53 -48 113:64 -157 -54 + 53 -113 51 +61 0 59 44 -113 114 51 186 155:-58 -71 44 113 114 59:-154 -71 -113 114 + 51 59 +62 0 -64 -157 -71 -113 112 51:-64 -58 -71 44 112 113:-64 44 -113 112 51 + 187 156 +63 0 97 -158 -93 -95 94 +64 0 -96 -159 98 -95 94 +65 0 97 -158 99 -93 -100 +66 0 -96 -159 98 99 -100 +67 0 97 -158 -93 101 -51 +68 0 -96 -159 98 101 -51 +69 0 160 -161 162 163 -165 -164 +70 0 -167 -120 169 170 -168 166 +71 0 -171 -173 -172 -168 166 120 +72 0 170 -171 174 -172 120 166 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +73 0 188 -189 190 -191 192 -193 ((104 (-105:-60):67:-44) (-102:56:-105: + -104:-60):-50:103) ((-170:-169:167:120) (173:172:171:-120):-166:168) + (46:((-52:-50) (47:48):-45:44:-49) ((-58:53:-67) (-44:-49:67):-52: + -63) ((-58:53:-67) (-44:-49:67):66:47) (-62:(-63:(-52:56:-57) (59: + -53:54) (61:57:-54)) (66:(47:56:-57) (-64:-53:54) (-65:57:-54)))) + ((-115:117) (120:-119) (121:-122) (-123:124) (-125:126):-116:63:-50: + -44:56) + $Automatic Generated Void Cell. Enclosure(486.263, 1155.073, -2136.844, -1372.083, -165.260, 268.517) + $Enclosed cells : (3, 4, 5, 6, 7, 14, 19, 21, 23, 25, 27, 70, 71) +74 0 189 -194 191 -195 192 -193 (((48:47) (-50:-52):-49:46) (-51:49:48: + -50):44:-45) ((-58:53:-67) (-44:-49:67):-63:46:-52) ((-58:53:-67) + (-44:-49:67):47:46:66) (103:(-44:(-108 (109:-60):48:67) (-66:56:-109: + -60)) (-102:56:48:109:108:-60)) (-68:49:-67:48:109:102) (-107:106: + -67:48:109:102) (-170:-166:(-169:168:167:120) (172:-174:171:-120)) + (-62:((56:-52:-57) (59:-53:54) (61:57:-54):-63:46) ((56:47:-57) (-64: + -53:54) (-65:57:-54):46:66)) (118:(117:-115:-66:56:-44:48) (-119:-66: + 120:56:-44:48) (-122:121:-66:56:-44:48) (124:-123:-66:56:-44:48)) + $Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -1372.083, -607.323, -165.260, 268.517) + $Enclosed cells : (3, 4, 5, 6, 7, 15, 20, 22, 24, 26, 70, 72) +75 0 189 -194 190 -196 192 -193 ((118:48:-66) (63:-116:-50):-142:141:56: + -44) ((118:48:-66) (63:-116:-50):-144:143:56:-44) ((118:48:-66) (63: + -116:-50):-146:145:56:-44) ((168:173) (-170:-174):-120:172:171:-166) + (46:((47:48) (-52:-50):-45:44:-49) ((-58:53:-67) (-44:-49:67):-52: + -63) ((-58:53:-67) (-44:-49:67):66:47) (-62:(-63:(-52:56:-57) (59: + -53:54) (61:57:-54)) (66:(47:56:-57) (-64:-53:54) (-65:57:-54)))) + (-132:131:63:56:-44:-50:-116) (134:-133:63:56:-44:-50:-116) (-136: + 135:63:56:-44:-50:-116) (-138:137:63:56:-44:-50:-116) (-140:139:63: + 56:-44:-50:-116) + $Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -2136.844, -1754.464, -165.260, 268.517) + $Enclosed cells : (3, 4, 5, 6, 7, 33, 35, 37, 39, 41, 43, 44, 45, 46, 47, 48, 71, 72) +76 0 189 -194 196 -191 192 -193 ((118:48:-66) (63:-116:-50):127:-128:56: + -44) ((118:48:-66) (63:-116:-50):130:-129:56:-44) ((118:48:-66) (63: + -116:-50):-132:131:56:-44) (-166:(168:(-169:167:-170:120) (173:172: + 171:-120)) (-174:-170:171:172:-120)) (46:((47:48) (-52:-50):-45:44: + -49) ((-58:53:-67) (-44:-49:67):-52:-63) ((-58:53:-67) (-44:-49:67): + 66:47) (-62:(-63:(-52:56:-57) (59:-53:54) (61:57:-54)) (66:(47:56: + -57) (-64:-53:54) (-65:57:-54)))) ((118:48:-66) (63:-116:-50):126: + -125:56:-44) (134:-133:-66:56:118:-44:48) (-136:135:-66:56:118:-44: + 48) (-138:137:-66:56:118:-44:48) (-140:139:-66:56:118:-44:48) + $Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -1754.464, -1372.083, -165.260, 268.517) + $Enclosed cells : (3, 4, 5, 6, 7, 27, 28, 29, 30, 31, 32, 33, 34, 36, 38, 40, 42, 70, 71, 72) +77 0 188 -197 191 -198 192 -193 ((75:(73:-72:71) (59:54:-71) (61:55:-77: + -54)) (-75:97):-74:51) ((-93:(-96:-92:72) (-176:-97:-72)) (-93:(-147: + 55:77) (-178:-97:-77)) (158:-97:93):-94:95) (120:-170:-169:168:167: + -166) + $Automatic Generated Void Cell. Enclosure(486.263, 820.668, -1372.083, -989.703, -165.260, 268.517) + $Enclosed cells : (8, 11, 17, 49, 63, 70) +78 0 197 -189 198 -195 192 -193 ((73:(-64:54:-71) (-65:55:-76:-54) (75: + -72:71)) (-73:98):-74:51) ((-96:(-93:-92:72) (-177:-98:-72)) (-96: + (-148:55:76) (-179:-98:-76)) (159:96:-98):-94:95) (120:-170:-169:168: + 167:-166) + $Automatic Generated Void Cell. Enclosure(820.668, 1155.073, -989.703, -607.323, -165.260, 268.517) + $Enclosed cells : (8, 11, 18, 50, 64, 70) +79 0 197 -189 191 -198 199 -193 (167:120:-169:-170:168:-166) + $Automatic Generated Void Cell. Enclosure(820.668, 1155.073, -1372.083, -989.703, 51.628, 268.517) + $Enclosed cells : (70) +80 0 188 -197 198 -195 192 -199 (-36:-37:23:-24:38:33) (23:40:-24:38:37: + 33) (23:40:41:-24:39:37) (5:((34:33:36) (39:-37:-36):-43:-24:23) + ((31:37:-24) (-32:37:23):40:-41) (35:-34:23:-24:33)) ((36:34) (-36: + -37) (-34:35) (37:40):-175:-42:-22:23:-33) ((-37:-36) (37:40):25:-24: + -39:-38) ((-37:-36) (37:40):30:-29:-39:-38) (164:-163:-162:165:161: + -160) (75:-74:73:71:51:-72) (-96:95:-94:-93:-92:72) (120:-170:167: + -166:-169:168) + $Automatic Generated Void Cell. Enclosure(486.263, 820.668, -989.703, -607.323, -165.260, 51.628) + $Enclosed cells : (2, 8, 11, 69, 70) +81 0 188 -197 198 -200 199 -193 (167:120:-169:-170:168:-166) + $Automatic Generated Void Cell. Enclosure(486.263, 820.668, -989.703, -798.513, 51.628, 268.517) + $Enclosed cells : (70) +82 0 197 -201 202 -198 192 -199 (((49:-68) (-79:-69):-67:78) (-44:-79: + 49:67):64:-59) ((71:-70:-67) (-44:-58:67):-59:79:64) (87:86:-67:-58: + 71:70) ((71:(58:-44:-113) (-110:-51:113)) (111:-44:113:-51):112:114) + ((73:(-64:54:-71) (-72:75:71) (-76:-65:55:-54)) (59:54:75:-71) (-77: + 61:75:-54:55) (-75:97) (-73:98):51:-74) ((-94:95) (-99:100) (51:-101) + :-96:-93:-92:72) (-50:48:-45:49:-51:44) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1180.893, -989.703, -165.260, 51.628) + $Enclosed cells : (3, 8, 9, 10, 11, 12, 13, 16, 17, 18, 70) +83 0 203 -197 200 -195 199 -193 (23:(40:41:-24:39:37) (5:(-24:(33:(-43: + 36:34) (-34:35)) (39:-37:-36:-43)) (-32:-41:40:37))) (-162:165:164: + -163:161:-160) (120:-170:-169:168:-166:167) + $Automatic Generated Void Cell. Enclosure(653.466, 820.668, -798.513, -607.323, 51.628, 268.517) + $Enclosed cells : (2, 69, 70) +84 0 197 -201 191 -202 204 -199 ((-50:(58:61:-113) (-151:-51:113)) + (-150:61:113:-51):-149:55) ((-50:(58:61:-113) (-182:-155:-51:113)) + (154:61:113:-51):149:-54) (-63:((61:-54:57) (-52:56:-57):-62:46) + (-60:62:61:56:-54)) (-58:55:-50:61:60:-54) ((49:-68) (-69:-70) (106: + -107):-67:-50:-105:102) ((-44:63:105) (-104:-50:-102:-105):103:-60: + 56) (-93:-147:(100:-99:77:55) (-101:51:77:55)) (75:-74:61:-77:51:-54: + 55) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1372.083, -1180.893, -56.816, 51.628) + $Enclosed cells : (4, 8, 14, 51, 53, 55, 59, 70) +85 0 201 -189 191 -202 192 -204 (((48:47) (-50:-52):-49:46) (-51:49:48: + -50):44:-45) ((-58:53:-67) (-44:-49:67):-63:46:-52) ((-58:53:-67) + (-44:-49:67):47:46:66) ((56:-66:-109) (108:48:67:109):103:-60:-44) + ((71:(58:-44:-113) (-110:-51:113)) (111:-44:113:-51):112:114) ((-79: + (-69:78:-67) (-44:49:67)) (-68:-67:49:78):64:-59) ((71:-70:-67) (-44: + -58:67):-59:79:64) (85:84:-67:78:69:68) (87:86:(-67:78:69:68) (-67: + -58:71:70)) (-89:-88:-67:78:69:68) (-62:((59:-53:54) (61:57:-54):-63: + 46) ((-53:-64:54) (-65:57:-54):46:66)) (75:-74:73:71:-72:51) (-96: + -92:-93:(100:-99:72) (-101:51:72)) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1372.083, -1180.893, -165.260, -56.816) + $Enclosed cells : (3, 4, 5, 6, 7, 8, 9, 10, 12, 13, 15, 16, 70) +86 0 201 -189 191 -202 204 -199 ((-44:-66:-109) (48:108:-102:109):-60: + 103:56) ((-63:(-52:56:-57) (61:-54:57)) (66:(-65:-54:57) (47:56:-57)) + :46:-62) (-170:-169:168:167:-166:120) + $Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1372.083, -1180.893, -56.816, 51.628) + $Enclosed cells : (4, 5, 15, 70) +87 0 201 -189 202 -198 204 -199 ((-65:(58:48:-113) (-153:-51:113)) + (-152:113:48:-51):-149:55) ((-65:(58:48:-113) (157:-51:113)) (-184: + -156:113:48:-51):149:-54) ((66:(56:-60:62) (57:46:-62)) (-58:55:48: + 60):-65:-54) ((49:-68) (-69:-70):-67:48:109:102) ((-44:-66:-109) + (108:48:-102:109):103:-60:56) (47:56:46:-62:-57:66) (-96:-148:(95: + -94:76:55) (100:-99:76:55) (-101:51:76:55)) (-74:73:-65:-76:51:55: + -54) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1180.893, -989.703, -56.816, 51.628) + $Enclosed cells : (5, 8, 15, 50, 52, 54, 56, 60, 70) +88 0 188 -203 200 -195 199 -205 (23:((36:34) (-36:-37) (-34:35) (37:40): + -175:-42:-22:-33) (-24:(5:(-43:(34:33:36) (39:-37:-36)) (35:-34:33)) + (38:(-36:-37:33) (40:37:33)) (41:40:39:37)) ((-37:-36) (37:40):-26: + -39:-38)) ((-37:-36) (37:40):28:-27:-39:-38) ((-37:-36) (37:40):30: + -29:-39:-38) (-163:-162:165:164:161:-160) (120:-170:-169:168:167: + -166) + $Automatic Generated Void Cell. Enclosure(486.263, 653.466, -798.513, -607.323, 51.628, 160.073) + $Enclosed cells : (2, 69, 70) +89 0 188 -203 200 -195 205 -193 (((20:21) (8:9):-11:-12) ((20:21) (8:9): + 7:-13) (-4:(-10:(20:21) (8:9)) (7:(-9:-14) (-15:-20) (-21:5) (-8:-6)) + (-16:15:14)) (-18:17:15:14) (19:15:14:7):-1:3) (-2:-4:-6:7:5:1) + (165:164:-163:-162:161:-160) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(486.263, 653.466, -798.513, -607.323, 160.073, 268.517) + $Enclosed cells : (1, 69, 70) +90 0 197 -201 191 -206 192 -204 ((46:-52:-49) (-51:48:49):-45:44:-50) + (-63:((59:-53:54) (57:61:-54):-62:46) ((59:-53:54) (56:61:-54):62: + -60)) ((46:-52:-49) (-60:59:49):-44:-63:67) (((61:52) (-61:59):49: + -68) ((61:52) (-61:59):-69:-70) (-58:-63:46:-52):-67:53) (-59:(64: + ((49:-68) (-79:-69):-67:78) (-44:-79:49:67)) ((49:-68) (-69:-79):81: + 71:-78)) ((-69:-70) (-68:49) (106:-107):102:-50:-105:-67) ((63:56: + 105) (-104:-50:67:-105):103:-60:-44) (-91:-90:-67:69:78:68) (120: + -170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1372.083, -1276.488, -165.260, -56.816) + $Enclosed cells : (3, 4, 6, 9, 14, 70) +91 0 207 -201 206 -202 192 -204 ((59:-53:54) (61:56:-54):62:-63:-60) + ((63:56:105) (-104:-50:67:-105):103:-60:-44) ((71:(58:-44:-113) + (-110:-51:113)) (111:-44:113:-51):112:114) ((-61:-70:-69:59) (-52:46: + -58:-63):-67:53) (-60:49:-44:59:67:-63) (-59:(64:(49:(-68:78:-67) + (-44:-79:67)) (-69:-67:-79:78)) (81:71:-69:-78:-79)) ((71:-70:-67) + (-44:-58:67):-59:79:64) (87:86:-67:-58:71:70) (-89:-88:(-67:78:69:68) + (-67:-58:71:70)) (-91:-90:(-67:69:78:68) (70:-67:71:-58)) (48:-45: + 49:-50:-51:44) (75:-74:73:71:-72:51) (-96:-92:-93:(100:-99:72) (-101: + 51:72)) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(904.269, 987.871, -1276.488, -1180.893, -165.260, -56.816) + $Enclosed cells : (3, 4, 6, 8, 9, 10, 12, 13, 14, 16, 70) +92 0 201 -208 202 -209 192 -204 ((71:(58:-44:-113) (-110:-51:113)) (111: + -44:113:-51):112:114) ((71:(58:-44:-113) (157:-51:113)) (-187:-156: + -44:113:-51):64:-112) ((-79:(-44:49:67) (-69:78:-67)) (-68:-67:49:78) + (79:(71:-70:-67) (-58:-44:67)):64:-59) ((78:69:68) (-58:71:70):85: + 84:-67) (83:82:-67:-58:71:70) (87:86:-67:-58:71:70) (66:(49:-44:-60: + -64:67) (47:46:-58:53:-67) (62:54:-64:-53:-60)) ((-94:95) (-99:100) + (51:-101):-96:-93:-92:72) (-50:48:-45:49:-51:44) (75:-74:73:71:-72: + 51) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1180.893, -1085.298, -165.260, -56.816) + $Enclosed cells : (3, 5, 7, 8, 9, 10, 11, 12, 13, 16, 62, 70) +93 0 208 -189 202 -209 192 -204 ((47:46:-49) (-51:-50:49):-45:44:48) + (66:((62:-60) (-62:46):-53:-64:54) ((56:-60:62) (57:46:-62):-54:-65)) + (-65:-67:-69:-70:-47:53) (-65:-67:-68:-47:49:53) (-64:((49:-68) + (-69:-70):53:65:-67) (-60:-44:66:49:67)) ((-44:-49:67) (-58:53:-67): + 46:47:66) (64:((49:-68) (-69:-79):80:71:-78) (-59:((49:-68) (-79:-69) + :-67:78) (-44:-79:49:67))) ((71:-70:-67) (-44:-58:67):-59:79:64) + ((-69:-70) (-68:49):102:48:109:-67) ((56:-66:-109) (108:48:67:109): + 103:-60:-44) (83:82:(-67:78:69:68) (-67:-58:71:70)) (85:84:-67:78:69: + 68) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(1071.472, 1155.073, -1180.893, -1085.298, -165.260, -56.816) + $Enclosed cells : (3, 5, 7, 9, 10, 15, 70) +94 0 208 -189 209 -198 192 -204 (((-113:58) (-181:-156:-51:113):-44:48) + (157:113:-51):-64:53) ((-58:48:60) (62:66:-60):-53:-64:54) ((56:62: + 66:-60) (55:-58:48:60):-54:-65) ((-58:48:60) (49:66:-60):-44:-64:67) + ((60:(-66:48) (-47:-65)) (46:47:66):53:-58:-67) ((56:-66:-109) (108: + 48:67:109):103:-60:-44) ((-65:(58:48:-113) (157:-51:113)) (-184:-156: + 113:48:-51):-54:149) ((-64:(58:48:-113) (157:-51:113)) (-185:-156: + 113:48:-51):54:-53) (102:-70:-69:-67:48:109) (-50:-45:49:48:-51:44) + (79:-59:64:-44:-58:67) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(1071.472, 1155.073, -1085.298, -989.703, -165.260, -56.816) + $Enclosed cells : (3, 5, 7, 10, 15, 58, 60, 70) +95 0 197 -207 206 -202 192 -210 ((-58:-50:60) (49:-63:-60):-44:59:67) + ((-58:(60:(52:61) (63:-50)) (46:-52:-63)) (-69:-70:59:-61):-67:53) + (-58:(79:64:-44:-59:67) (-91:-90:71:70:-67)) ((56:63:105) (-104:-50: + 67:-105):103:-60:-44) ((71:(58:-44:-113) (-110:-51:113)) (111:-44: + 113:-51):114:112) (((-113:58) (-180:-155:-51:113):-44:-50) (154:113: + -51):53:59) ((71:(58:-44:-113) (154:-51:113)) (-186:-155:-44:113:-51) + :-114:-59) (48:-45:49:-50:-51:44) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1276.488, -1180.893, -165.260, -111.038) + $Enclosed cells : (3, 6, 10, 14, 16, 57, 61, 70) +96 0 201 -208 209 -198 192 -210 ((48:-58:60) (49:66:-60):-44:-64:67) + ((-65:60:-47) (46:66:47):53:-58:-67) (((-113:58) (-181:-156:-51:113): + -44:48) (157:113:-51):-64:53) ((71:(58:-44:-113) (157:-51:113)) + (-187:-156:-44:113:-51):64:-112) (-50:-45:49:48:-51:44) (120:-170: + -169:168:167:-166) (-59:79:64:-44:-58:67) + $Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1085.298, -989.703, -165.260, -111.038) + $Enclosed cells : (3, 7, 10, 58, 62, 70) +97 0 197 -207 206 -211 210 -204 (((-113:58) (-180:-155:-51:113):-44:-50) + (154:113:-51):59:53) ((59:-53:54) (55:61:-54):60:-58:-50) ((59:-53: + 54) (56:61:-54):62:-63:-60) ((61:(58:-50:-113) (154:-51:113)) (-182: + -155:113:-50:-51):-54:149) ((59:(154:-51:113) (58:-50:-113)) (-183: + -155:113:-50:-51):-53:54) (-67:(53:(-58:(60:(52:61) (63:-50)) (46: + -52:-63)) (-69:59:-70:-61)) (-91:-90:71:70:-58)) ((75:(59:54:-71) + (61:55:-77:-54) (73:-72:71)) (-75:97):51:-74) ((-93:(-176:-97:-72) + (-96:-92:72)) (-93:(-178:-97:-77) (-147:55:77)) (158:-97:93):51:-101) + (105:103:63:56:-44:-60) (-114:58:71:-44:-113:-59) (120:-170:-169: + 168:167:-166) + $Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1276.488, -1228.691, -111.038, -56.816) + $Enclosed cells : (4, 6, 8, 10, 13, 14, 17, 53, 57, 59, 61, 67, 70) +98 0 197 -207 211 -202 210 -204 ((-97:-176:-72) (-92:-96:72):-93:100: + -99) ((-97:-176:-72) (-92:-96:72):-93:-101:51) ((-44:58:-113) (-110: + -51:113):112:71:114) ((-147:55:77) (-178:-97:-77):-93:100:-99) + (((-113:58) (-180:-155:-51:113):-44:-50) (154:113:-51):53:59) ((154: + -51:113) (58:-50:-113):59:54:-53) ((154:-51:113) (-44:58:-113):-59: + 71:-114) (158:(-97:-99:93:100) (-97:93:-101:51)) (-74:((59:54:-71) + (61:55:-77:-54) (73:-72:71):51:75) (-75:51:97)) (-91:-90:70:-67:71: + -58) (120:-170:-169:168:167:-166) + $Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1228.691, -1180.893, -111.038, -56.816) + $Enclosed cells : (8, 10, 12, 13, 16, 17, 51, 57, 59, 61, 65, 67, 70) +99 0 201 -208 209 -212 210 -204 ((60:-65:-47) (46:66:47):-67:-58:53) + (((-113:58) (-181:-156:-51:113):-44:48) (157:113:-51):-64:53) ((-44: + 58:-113) (157:-51:113):-112:71:64) ((-58:48:60) (62:66:-60):-53:-64: + 54) (55:-65:60:48:-54:-58) ((58:48:-113) (157:-51:113):-53:-64:54) + ((58:48:-113) (157:-51:113):149:-65:-54) (-74:((-64:54:-71) (55:-76: + -65:-54) (75:-72:71):51:73) (-73:51:98)) (95:-94:-96:72:-92:-93) + (100:-99:-96:-92:72:-93) (-101:((-93:-92:72) (-177:-98:-72):51:-96) + ((-148:55:76) (-179:-98:-76):51:-96) (159:96:-98:51)) (120:-170:-169: + 168:167:-166) + $Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1085.298, -1037.501, -111.038, -56.816) + $Enclosed cells : (5, 7, 8, 11, 12, 13, 18, 54, 58, 60, 62, 68, 70) +100 0 201 -208 212 -198 210 -204 ((73:(-64:54:-71) (-65:55:-76:-54) (75: + -72:71)) (-73:98):51:-74) ((-96:(-177:-98:-72) (-93:-92:72)) (-96: + (-179:-98:-76) (55:-148:76)) (159:96:-98):-94:95) ((-96:(-177:-98: + -72) (-93:-92:72)) (-96:(-179:-98:-76) (55:-148:76)) (159:96:-98): + -99:100) (120:-170:-169:168:167:-166) (-181:53:113:48:-44:-156:-64: + -51) + $Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1037.501, -989.703, -111.038, -56.816) + $Enclosed cells : (8, 11, 12, 18, 50, 52, 58, 64, 66, 70) +101 0 -213 (-188:194:-190:195:-192:193) + $Inner void +102 -1 213 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 1.7060000e+02 +2 PZ 1.6770000e+02 +3 PZ 1.7090000e+02 +4 P -7.6604444e-01 -6.4278761e-01 -4.0000000e-14 -7.2400000e+01 +5 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.2600000e+02 +6 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 8.8700000e+02 +7 P -7.6604444e-01 -6.4278761e-01 -4.0000000e-14 7.2400000e+01 +8 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -8.9406160e+02 +9 P 6.4278761e-01 -7.6604444e-01 -0.0000000e+00 8.9596160e+02 +10 P 7.6604444e-01 6.4278761e-01 0.0000000e+00 3.7500000e+01 +11 P 7.6604444e-01 6.4278761e-01 0.0000000e+00 -2.8700000e+01 +12 P -7.6604444e-01 -6.4278761e-01 0.0000000e+00 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########################################################## +C +73 0 188 -189 190 -191 192 -193 ((104 (-105:-60):67:-44) (-102:56:-105: + -104:-60):-50:103) ((-170:-169:167:120) (173:172:171:-120):-166:168) + (46:((-52:-50) (47:48):-45:44:-49) ((-58:53:-67) (-44:-49:67):-52: + -63) ((-58:53:-67) (-44:-49:67):66:47) (-62:(-63:(-52:56:-57) (59: + -53:54) (61:57:-54)) (66:(47:56:-57) (-64:-53:54) (-65:57:-54)))) + ((-115:117) (120:-119) (121:-122) (-123:124) (-125:126):-116:63:-50: + -44:56) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(486.263, 1155.073, -2136.844, -1372.083, -165.260, 268.517) + $Enclosed cells : (3, 4, 5, 6, 7, 14, 19, 21, 23, 25, 27, 70, 71) +74 0 189 -194 191 -195 192 -193 (((48:47) (-50:-52):-49:46) (-51:49:48: + -50):44:-45) ((-58:53:-67) (-44:-49:67):-63:46:-52) ((-58:53:-67) + (-44:-49:67):47:46:66) (103:(-44:(-108 (109:-60):48:67) (-66:56:-109: + -60)) (-102:56:48:109:108:-60)) (-68:49:-67:48:109:102) (-107:106: + -67:48:109:102) (-170:-166:(-169:168:167:120) (172:-174:171:-120)) + (-62:((56:-52:-57) (59:-53:54) (61:57:-54):-63:46) ((56:47:-57) (-64: + -53:54) (-65:57:-54):46:66)) (118:(117:-115:-66:56:-44:48) (-119:-66: + 120:56:-44:48) (-122:121:-66:56:-44:48) (124:-123:-66:56:-44:48)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -1372.083, -607.323, -165.260, 268.517) + $Enclosed cells : (3, 4, 5, 6, 7, 15, 20, 22, 24, 26, 70, 72) +75 0 189 -194 190 -196 192 -193 ((118:48:-66) (63:-116:-50):-142:141:56: + -44) ((118:48:-66) (63:-116:-50):-144:143:56:-44) ((118:48:-66) (63: + -116:-50):-146:145:56:-44) ((168:173) (-170:-174):-120:172:171:-166) + (46:((47:48) (-52:-50):-45:44:-49) ((-58:53:-67) (-44:-49:67):-52: + -63) ((-58:53:-67) (-44:-49:67):66:47) (-62:(-63:(-52:56:-57) (59: + -53:54) (61:57:-54)) (66:(47:56:-57) (-64:-53:54) (-65:57:-54)))) + (-132:131:63:56:-44:-50:-116) (134:-133:63:56:-44:-50:-116) (-136: + 135:63:56:-44:-50:-116) (-138:137:63:56:-44:-50:-116) (-140:139:63: + 56:-44:-50:-116) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -2136.844, -1754.464, -165.260, 268.517) + $Enclosed cells : (3, 4, 5, 6, 7, 33, 35, 37, 39, 41, 43, 44, 45, 46, 47, 48, 71, 72) +76 0 189 -194 196 -191 192 -193 ((118:48:-66) (63:-116:-50):127:-128:56: + -44) ((118:48:-66) (63:-116:-50):130:-129:56:-44) ((118:48:-66) (63: + -116:-50):-132:131:56:-44) (-166:(168:(-169:167:-170:120) (173:172: + 171:-120)) (-174:-170:171:172:-120)) (46:((47:48) (-52:-50):-45:44: + -49) ((-58:53:-67) (-44:-49:67):-52:-63) ((-58:53:-67) (-44:-49:67): + 66:47) (-62:(-63:(-52:56:-57) (59:-53:54) (61:57:-54)) (66:(47:56: + -57) (-64:-53:54) (-65:57:-54)))) ((118:48:-66) (63:-116:-50):126: + -125:56:-44) (134:-133:-66:56:118:-44:48) (-136:135:-66:56:118:-44: + 48) (-138:137:-66:56:118:-44:48) (-140:139:-66:56:118:-44:48) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -1754.464, -1372.083, -165.260, 268.517) + $Enclosed cells : (3, 4, 5, 6, 7, 27, 28, 29, 30, 31, 32, 33, 34, 36, 38, 40, 42, 70, 71, 72) +77 0 188 -197 191 -198 192 -193 ((75:(73:-72:71) (59:54:-71) (61:55:-77: + -54)) (-75:97):-74:51) ((-93:(-96:-92:72) (-176:-97:-72)) (-93:(-147: + 55:77) (-178:-97:-77)) (158:-97:93):-94:95) (120:-170:-169:168:167: + -166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(486.263, 820.668, -1372.083, -989.703, -165.260, 268.517) + $Enclosed cells : (8, 11, 17, 49, 63, 70) +78 0 197 -189 198 -195 192 -193 ((73:(-64:54:-71) (-65:55:-76:-54) (75: + -72:71)) (-73:98):-74:51) ((-96:(-93:-92:72) (-177:-98:-72)) (-96: + (-148:55:76) (-179:-98:-76)) (159:96:-98):-94:95) (120:-170:-169:168: + 167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(820.668, 1155.073, -989.703, -607.323, -165.260, 268.517) + $Enclosed cells : (8, 11, 18, 50, 64, 70) +79 0 197 -189 191 -198 199 -193 (167:120:-169:-170:168:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(820.668, 1155.073, -1372.083, -989.703, 51.628, 268.517) + $Enclosed cells : (70) +80 0 188 -197 198 -195 192 -199 (-36:-37:23:-24:38:33) (23:40:-24:38:37: + 33) (23:40:41:-24:39:37) (5:((34:33:36) (39:-37:-36):-43:-24:23) + ((31:37:-24) (-32:37:23):40:-41) (35:-34:23:-24:33)) ((36:34) (-36: + -37) (-34:35) (37:40):-175:-42:-22:23:-33) ((-37:-36) (37:40):25:-24: + -39:-38) ((-37:-36) (37:40):30:-29:-39:-38) (164:-163:-162:165:161: + -160) (75:-74:73:71:51:-72) (-96:95:-94:-93:-92:72) (120:-170:167: + -166:-169:168) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(486.263, 820.668, -989.703, -607.323, -165.260, 51.628) + $Enclosed cells : (2, 8, 11, 69, 70) +81 0 188 -197 198 -200 199 -193 (167:120:-169:-170:168:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(486.263, 820.668, -989.703, -798.513, 51.628, 268.517) + $Enclosed cells : (70) +82 0 197 -201 202 -198 192 -199 (((49:-68) (-79:-69):-67:78) (-44:-79: + 49:67):64:-59) ((71:-70:-67) (-44:-58:67):-59:79:64) (87:86:-67:-58: + 71:70) ((71:(58:-44:-113) (-110:-51:113)) (111:-44:113:-51):112:114) + ((73:(-64:54:-71) (-72:75:71) (-76:-65:55:-54)) (59:54:75:-71) (-77: + 61:75:-54:55) (-75:97) (-73:98):51:-74) ((-94:95) (-99:100) (51:-101) + :-96:-93:-92:72) (-50:48:-45:49:-51:44) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1180.893, -989.703, -165.260, 51.628) + $Enclosed cells : (3, 8, 9, 10, 11, 12, 13, 16, 17, 18, 70) +83 0 203 -197 200 -195 199 -193 (23:(40:41:-24:39:37) (5:(-24:(33:(-43: + 36:34) (-34:35)) (39:-37:-36:-43)) (-32:-41:40:37))) (-162:165:164: + -163:161:-160) (120:-170:-169:168:-166:167) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(653.466, 820.668, -798.513, -607.323, 51.628, 268.517) + $Enclosed cells : (2, 69, 70) +84 0 197 -201 191 -202 204 -199 ((-50:(58:61:-113) (-151:-51:113)) + (-150:61:113:-51):-149:55) ((-50:(58:61:-113) (-182:-155:-51:113)) + (154:61:113:-51):149:-54) (-63:((61:-54:57) (-52:56:-57):-62:46) + (-60:62:61:56:-54)) (-58:55:-50:61:60:-54) ((49:-68) (-69:-70) (106: + -107):-67:-50:-105:102) ((-44:63:105) (-104:-50:-102:-105):103:-60: + 56) (-93:-147:(100:-99:77:55) (-101:51:77:55)) (75:-74:61:-77:51:-54: + 55) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1372.083, -1180.893, -56.816, 51.628) + $Enclosed cells : (4, 8, 14, 51, 53, 55, 59, 70) +85 0 201 -189 191 -202 192 -204 (((48:47) (-50:-52):-49:46) (-51:49:48: + -50):44:-45) ((-58:53:-67) (-44:-49:67):-63:46:-52) ((-58:53:-67) + (-44:-49:67):47:46:66) ((56:-66:-109) (108:48:67:109):103:-60:-44) + ((71:(58:-44:-113) (-110:-51:113)) (111:-44:113:-51):112:114) ((-79: + (-69:78:-67) (-44:49:67)) (-68:-67:49:78):64:-59) ((71:-70:-67) (-44: + -58:67):-59:79:64) (85:84:-67:78:69:68) (87:86:(-67:78:69:68) (-67: + -58:71:70)) (-89:-88:-67:78:69:68) (-62:((59:-53:54) (61:57:-54):-63: + 46) ((-53:-64:54) (-65:57:-54):46:66)) (75:-74:73:71:-72:51) (-96: + -92:-93:(100:-99:72) (-101:51:72)) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1372.083, -1180.893, -165.260, -56.816) + $Enclosed cells : (3, 4, 5, 6, 7, 8, 9, 10, 12, 13, 15, 16, 70) +86 0 201 -189 191 -202 204 -199 ((-44:-66:-109) (48:108:-102:109):-60: + 103:56) ((-63:(-52:56:-57) (61:-54:57)) (66:(-65:-54:57) (47:56:-57)) + :46:-62) (-170:-169:168:167:-166:120) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1372.083, -1180.893, -56.816, 51.628) + $Enclosed cells : (4, 5, 15, 70) +87 0 201 -189 202 -198 204 -199 ((-65:(58:48:-113) (-153:-51:113)) + (-152:113:48:-51):-149:55) ((-65:(58:48:-113) (157:-51:113)) (-184: + -156:113:48:-51):149:-54) ((66:(56:-60:62) (57:46:-62)) (-58:55:48: + 60):-65:-54) ((49:-68) (-69:-70):-67:48:109:102) ((-44:-66:-109) + (108:48:-102:109):103:-60:56) (47:56:46:-62:-57:66) (-96:-148:(95: + -94:76:55) (100:-99:76:55) (-101:51:76:55)) (-74:73:-65:-76:51:55: + -54) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1180.893, -989.703, -56.816, 51.628) + $Enclosed cells : (5, 8, 15, 50, 52, 54, 56, 60, 70) +88 0 188 -203 200 -195 199 -205 (23:((36:34) (-36:-37) (-34:35) (37:40): + -175:-42:-22:-33) (-24:(5:(-43:(34:33:36) (39:-37:-36)) (35:-34:33)) + (38:(-36:-37:33) (40:37:33)) (41:40:39:37)) ((-37:-36) (37:40):-26: + -39:-38)) ((-37:-36) (37:40):28:-27:-39:-38) ((-37:-36) (37:40):30: + -29:-39:-38) (-163:-162:165:164:161:-160) (120:-170:-169:168:167: + -166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(486.263, 653.466, -798.513, -607.323, 51.628, 160.073) + $Enclosed cells : (2, 69, 70) +89 0 188 -203 200 -195 205 -193 (((20:21) (8:9):-11:-12) ((20:21) (8:9): + 7:-13) (-4:(-10:(20:21) (8:9)) (7:(-9:-14) (-15:-20) (-21:5) (-8:-6)) + (-16:15:14)) (-18:17:15:14) (19:15:14:7):-1:3) (-2:-4:-6:7:5:1) + (165:164:-163:-162:161:-160) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(486.263, 653.466, -798.513, -607.323, 160.073, 268.517) + $Enclosed cells : (1, 69, 70) +90 0 197 -201 191 -206 192 -204 ((46:-52:-49) (-51:48:49):-45:44:-50) + (-63:((59:-53:54) (57:61:-54):-62:46) ((59:-53:54) (56:61:-54):62: + -60)) ((46:-52:-49) (-60:59:49):-44:-63:67) (((61:52) (-61:59):49: + -68) ((61:52) (-61:59):-69:-70) (-58:-63:46:-52):-67:53) (-59:(64: + ((49:-68) (-79:-69):-67:78) (-44:-79:49:67)) ((49:-68) (-69:-79):81: + 71:-78)) ((-69:-70) (-68:49) (106:-107):102:-50:-105:-67) ((63:56: + 105) (-104:-50:67:-105):103:-60:-44) (-91:-90:-67:69:78:68) (120: + -170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1372.083, -1276.488, -165.260, -56.816) + $Enclosed cells : (3, 4, 6, 9, 14, 70) +91 0 207 -201 206 -202 192 -204 ((59:-53:54) (61:56:-54):62:-63:-60) + ((63:56:105) (-104:-50:67:-105):103:-60:-44) ((71:(58:-44:-113) + (-110:-51:113)) (111:-44:113:-51):112:114) ((-61:-70:-69:59) (-52:46: + -58:-63):-67:53) (-60:49:-44:59:67:-63) (-59:(64:(49:(-68:78:-67) + (-44:-79:67)) (-69:-67:-79:78)) (81:71:-69:-78:-79)) ((71:-70:-67) + (-44:-58:67):-59:79:64) (87:86:-67:-58:71:70) (-89:-88:(-67:78:69:68) + (-67:-58:71:70)) (-91:-90:(-67:69:78:68) (70:-67:71:-58)) (48:-45: + 49:-50:-51:44) (75:-74:73:71:-72:51) (-96:-92:-93:(100:-99:72) (-101: + 51:72)) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(904.269, 987.871, -1276.488, -1180.893, -165.260, -56.816) + $Enclosed cells : (3, 4, 6, 8, 9, 10, 12, 13, 14, 16, 70) +92 0 201 -208 202 -209 192 -204 ((71:(58:-44:-113) (-110:-51:113)) (111: + -44:113:-51):112:114) ((71:(58:-44:-113) (157:-51:113)) (-187:-156: + -44:113:-51):64:-112) ((-79:(-44:49:67) (-69:78:-67)) (-68:-67:49:78) + (79:(71:-70:-67) (-58:-44:67)):64:-59) ((78:69:68) (-58:71:70):85: + 84:-67) (83:82:-67:-58:71:70) (87:86:-67:-58:71:70) (66:(49:-44:-60: + -64:67) (47:46:-58:53:-67) (62:54:-64:-53:-60)) ((-94:95) (-99:100) + (51:-101):-96:-93:-92:72) (-50:48:-45:49:-51:44) (75:-74:73:71:-72: + 51) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1180.893, -1085.298, -165.260, -56.816) + $Enclosed cells : (3, 5, 7, 8, 9, 10, 11, 12, 13, 16, 62, 70) +93 0 208 -189 202 -209 192 -204 ((47:46:-49) (-51:-50:49):-45:44:48) + (66:((62:-60) (-62:46):-53:-64:54) ((56:-60:62) (57:46:-62):-54:-65)) + (-65:-67:-69:-70:-47:53) (-65:-67:-68:-47:49:53) (-64:((49:-68) + (-69:-70):53:65:-67) (-60:-44:66:49:67)) ((-44:-49:67) (-58:53:-67): + 46:47:66) (64:((49:-68) (-69:-79):80:71:-78) (-59:((49:-68) (-79:-69) + :-67:78) (-44:-79:49:67))) ((71:-70:-67) (-44:-58:67):-59:79:64) + ((-69:-70) (-68:49):102:48:109:-67) ((56:-66:-109) (108:48:67:109): + 103:-60:-44) (83:82:(-67:78:69:68) (-67:-58:71:70)) (85:84:-67:78:69: + 68) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(1071.472, 1155.073, -1180.893, -1085.298, -165.260, -56.816) + $Enclosed cells : (3, 5, 7, 9, 10, 15, 70) +94 0 208 -189 209 -198 192 -204 (((-113:58) (-181:-156:-51:113):-44:48) + (157:113:-51):-64:53) ((-58:48:60) (62:66:-60):-53:-64:54) ((56:62: + 66:-60) (55:-58:48:60):-54:-65) ((-58:48:60) (49:66:-60):-44:-64:67) + ((60:(-66:48) (-47:-65)) (46:47:66):53:-58:-67) ((56:-66:-109) (108: + 48:67:109):103:-60:-44) ((-65:(58:48:-113) (157:-51:113)) (-184:-156: + 113:48:-51):-54:149) ((-64:(58:48:-113) (157:-51:113)) (-185:-156: + 113:48:-51):54:-53) (102:-70:-69:-67:48:109) (-50:-45:49:48:-51:44) + (79:-59:64:-44:-58:67) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(1071.472, 1155.073, -1085.298, -989.703, -165.260, -56.816) + $Enclosed cells : (3, 5, 7, 10, 15, 58, 60, 70) +95 0 197 -207 206 -202 192 -210 ((-58:-50:60) (49:-63:-60):-44:59:67) + ((-58:(60:(52:61) (63:-50)) (46:-52:-63)) (-69:-70:59:-61):-67:53) + (-58:(79:64:-44:-59:67) (-91:-90:71:70:-67)) ((56:63:105) (-104:-50: + 67:-105):103:-60:-44) ((71:(58:-44:-113) (-110:-51:113)) (111:-44: + 113:-51):114:112) (((-113:58) (-180:-155:-51:113):-44:-50) (154:113: + -51):53:59) ((71:(58:-44:-113) (154:-51:113)) (-186:-155:-44:113:-51) + :-114:-59) (48:-45:49:-50:-51:44) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1276.488, -1180.893, -165.260, -111.038) + $Enclosed cells : (3, 6, 10, 14, 16, 57, 61, 70) +96 0 201 -208 209 -198 192 -210 ((48:-58:60) (49:66:-60):-44:-64:67) + ((-65:60:-47) (46:66:47):53:-58:-67) (((-113:58) (-181:-156:-51:113): + -44:48) (157:113:-51):-64:53) ((71:(58:-44:-113) (157:-51:113)) + (-187:-156:-44:113:-51):64:-112) (-50:-45:49:48:-51:44) (120:-170: + -169:168:167:-166) (-59:79:64:-44:-58:67) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1085.298, -989.703, -165.260, -111.038) + $Enclosed cells : (3, 7, 10, 58, 62, 70) +97 0 197 -207 206 -211 210 -204 (((-113:58) (-180:-155:-51:113):-44:-50) + (154:113:-51):59:53) ((59:-53:54) (55:61:-54):60:-58:-50) ((59:-53: + 54) (56:61:-54):62:-63:-60) ((61:(58:-50:-113) (154:-51:113)) (-182: + -155:113:-50:-51):-54:149) ((59:(154:-51:113) (58:-50:-113)) (-183: + -155:113:-50:-51):-53:54) (-67:(53:(-58:(60:(52:61) (63:-50)) (46: + -52:-63)) (-69:59:-70:-61)) (-91:-90:71:70:-58)) ((75:(59:54:-71) + (61:55:-77:-54) (73:-72:71)) (-75:97):51:-74) ((-93:(-176:-97:-72) + (-96:-92:72)) (-93:(-178:-97:-77) (-147:55:77)) (158:-97:93):51:-101) + (105:103:63:56:-44:-60) (-114:58:71:-44:-113:-59) (120:-170:-169: + 168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1276.488, -1228.691, -111.038, -56.816) + $Enclosed cells : (4, 6, 8, 10, 13, 14, 17, 53, 57, 59, 61, 67, 70) +98 0 197 -207 211 -202 210 -204 ((-97:-176:-72) (-92:-96:72):-93:100: + -99) ((-97:-176:-72) (-92:-96:72):-93:-101:51) ((-44:58:-113) (-110: + -51:113):112:71:114) ((-147:55:77) (-178:-97:-77):-93:100:-99) + (((-113:58) (-180:-155:-51:113):-44:-50) (154:113:-51):53:59) ((154: + -51:113) (58:-50:-113):59:54:-53) ((154:-51:113) (-44:58:-113):-59: + 71:-114) (158:(-97:-99:93:100) (-97:93:-101:51)) (-74:((59:54:-71) + (61:55:-77:-54) (73:-72:71):51:75) (-75:51:97)) (-91:-90:70:-67:71: + -58) (120:-170:-169:168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1228.691, -1180.893, -111.038, -56.816) + $Enclosed cells : (8, 10, 12, 13, 16, 17, 51, 57, 59, 61, 65, 67, 70) +99 0 201 -208 209 -212 210 -204 ((60:-65:-47) (46:66:47):-67:-58:53) + (((-113:58) (-181:-156:-51:113):-44:48) (157:113:-51):-64:53) ((-44: + 58:-113) (157:-51:113):-112:71:64) ((-58:48:60) (62:66:-60):-53:-64: + 54) (55:-65:60:48:-54:-58) ((58:48:-113) (157:-51:113):-53:-64:54) + ((58:48:-113) (157:-51:113):149:-65:-54) (-74:((-64:54:-71) (55:-76: + -65:-54) (75:-72:71):51:73) (-73:51:98)) (95:-94:-96:72:-92:-93) + (100:-99:-96:-92:72:-93) (-101:((-93:-92:72) (-177:-98:-72):51:-96) + ((-148:55:76) (-179:-98:-76):51:-96) (159:96:-98:51)) (120:-170:-169: + 168:167:-166) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1085.298, -1037.501, -111.038, -56.816) + $Enclosed cells : (5, 7, 8, 11, 12, 13, 18, 54, 58, 60, 62, 68, 70) +100 0 201 -208 212 -198 210 -204 ((73:(-64:54:-71) (-65:55:-76:-54) (75: + -72:71)) (-73:98):51:-74) ((-96:(-177:-98:-72) (-93:-92:72)) (-96: + (-179:-98:-76) (55:-148:76)) (159:96:-98):-94:95) ((-96:(-177:-98: + -72) (-93:-92:72)) (-96:(-179:-98:-76) (55:-148:76)) (159:96:-98): + -99:100) (120:-170:-169:168:167:-166) (-181:53:113:48:-44:-156:-64: + -51) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. 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+MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 4.8626294e+02 1.8238839e+03 +C SI2 -2.1368438e+03 -6.0732296e+02 +C SI3 -1.6526000e+02 2.6851700e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=213 WGT=3.5274007e+06 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 + 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 + 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 +SD4 1.8039120e+04 7.6513625e+03 5.9190000e+05 6.3921920e+05 6.3921920e+05 + 3.6538210e+05 3.6538210e+05 4.1059200e+05 2.3364225e+05 1.4628150e+05 + 7.6751633e+03 7.6751633e+03 7.6751633e+03 2.2780350e+05 2.2780350e+05 + 4.9664720e+04 4.2073397e+03 4.2073397e+03 1.4861250e+04 1.4861250e+04 + 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 + 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 + 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 + 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 + 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 1.4861250e+04 + 1.4861250e+04 1.4861250e+04 1.4861250e+04 4.8383167e+02 4.8383167e+02 + 4.8383167e+02 4.8383167e+02 4.8383167e+02 4.8383167e+02 1.3690960e+04 + 1.3690960e+04 1.4177883e+04 1.4177883e+04 8.1789874e+03 8.1789874e+03 + 6.4746653e+03 6.4746653e+03 2.3550323e+02 2.3550323e+02 2.3550323e+02 + 2.3550323e+02 2.3550323e+02 2.3550323e+02 2.9552085e+06 1.2844406e+08 + 1.3842933e+07 1.0984367e+07 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/rails/rails.py b/tests/regression_test_files/Misc/rails/rails.py new file mode 100644 index 00000000..bc4644d5 --- /dev/null +++ b/tests/regression_test_files/Misc/rails/rails.py @@ -0,0 +1,328 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=170.60000000000002) +S2 = openmc.ZPlane(z0=167.70000000000002) +S3 = openmc.ZPlane(z0=170.90000000100002) +S4 = openmc.Plane(a=-0.7660444431188782,b=-0.6427876096866583,c=-3.999999999999991e-14,d=-72.4000000003008) +S5 = openmc.Plane(a=0.6427876096867997,b=-0.7660444431187596,c=0.0,d=926.0000000000005) +S6 = openmc.Plane(a=0.6427876096867997,b=-0.7660444431187596,c=0.0,d=887.0) +S7 = openmc.Plane(a=-0.7660444431188782,b=-0.6427876096866583,c=-3.999999999999991e-14,d=72.39999999976459) +S8 = openmc.Plane(a=-0.6427876096867997,b=0.7660444431187595,c=0.0,d=-894.0616000000002) +S9 = openmc.Plane(a=0.6427876096867999,b=-0.7660444431187595,c=-0.0,d=895.9616000000002) +S10 = openmc.Plane(a=0.7660444431187596,b=0.6427876096867997,c=0.0,d=37.49999999999945) +S11 = openmc.Plane(a=0.7660444431187596,b=0.6427876096867997,c=0.0,d=-28.700000000000546) +S12 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=-28.700000000000003) +S13 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=37.500000000000185) +S14 = openmc.Plane(a=-0.6427876096867996,b=0.7660444431187596,c=0.0,d=-901.3116) +S15 = openmc.Plane(a=0.6427876096867999,b=-0.7660444431187595,c=-0.0,d=911.7116000000002) +S16 = openmc.Plane(a=0.7660444431187596,b=0.6427876096867997,c=0.0,d=34.04999999999927) +S17 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=32.15000000000045) +S18 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=-32.149999999999274) +S19 = openmc.Plane(a=0.7660444431187596,b=0.6427876096867997,c=0.0,d=-34.050000000000274) +S20 = openmc.Plane(a=-0.6427876096867996,b=0.7660444431187596,c=0.0,d=-917.0616000000002) +S21 = openmc.Plane(a=0.6427876096867997,b=-0.7660444431187595,c=-0.0,d=918.9616000000005) +S22 = openmc.ZPlane(z0=-4.81818950668) +S23 = openmc.ZPlane(z0=116.58560701700002) +S24 = openmc.ZPlane(z0=15.0) +S25 = openmc.ZPlane(z0=25.450000000000003) +S26 = openmc.ZPlane(z0=108.55000000000001) +S27 = openmc.ZPlane(z0=71.4) +S28 = openmc.ZPlane(z0=98.14999999999999) +S29 = openmc.ZPlane(z0=35.85) +S30 = openmc.ZPlane(z0=62.6) +S31 = openmc.ZPlane(z0=15.4) +S32 = openmc.ZPlane(z0=16.900000000000002) +S33 = openmc.Plane(a=-0.6427876096867997,b=0.7660444431187596,c=0.0,d=-902.8000000000002) +S34 = openmc.Plane(a=-0.7660444431187595,b=-0.6427876096867997,c=-0.0,d=-85.90000000149958) +S35 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=-83.99999999999999) +S36 = openmc.Plane(a=0.7660444431187595,b=0.6427876096867997,c=-1.1210127604328278e-16,d=86.0) +S37 = openmc.Plane(a=-0.7660444431187595,b=-0.6427876096867997,c=-1.1209668620513693e-16,d=-86.20000000149969) +S38 = openmc.Plane(a=0.6427876096867999,b=-0.7660444431187595,c=-0.0,d=911.0500000000004) +S39 = openmc.Plane(a=-0.6427876096867997,b=0.7660444431187595,c=0.0,d=-912.9500000000003) +S40 = openmc.Plane(a=0.7660444431187596,b=0.6427876096867997,c=0.0,d=86.30000000149936) +S41 = openmc.Plane(a=0.6427876096867999,b=-0.7660444431187595,c=-0.0,d=922.8000000000001) +S42 = openmc.Cylinder(x0=218.60974083586703,y0=-260.528944017054,z0=49.1419079916,r=555.8000000000001,dx=-0.7660444431187601,dy=-0.6427876096867992,dz=-1.1500669503620802e-16) +S43 = openmc.Cylinder(x0=660.763453674773,y0=-652.6637501715921,z0=16.150000000000002,r=0.4,dx=0.7660444431187596,dy=0.6427876096867997,dz=0.0) +S44 = openmc.ZPlane(z0=-143.0) +S45 = openmc.ZPlane(z0=-148.0) +S46 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2596.0000000000055) +S47 = openmc.Plane(a=-0.7660444431189787,b=-0.6427876096865387,c=-0.0,d=-135.00000000000293) +S48 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=175.0000000000042) +S49 = openmc.Plane(a=0.6427876096865393,b=-0.7660444431189781,c=-0.0,d=1614.9999999999993) +S50 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=-174.99999999999739) +S51 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1501.000000000004) +S52 = openmc.Plane(a=-0.7660444431189787,b=-0.6427876096865387,c=-0.0,d=135.0000000000002) +S53 = openmc.ZPlane(z0=-91.52000000000011) +S54 = openmc.ZPlane(z0=-85.84000000000012) +S55 = openmc.ZPlane(z0=10.0) +S56 = openmc.ZPlane(z0=-27.5) +S57 = openmc.ZPlane(z0=-56.200000000000095) +S58 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1506.0000000000007) +S59 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=-119.5000000000012) +S60 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=-0.0,d=1511.0000000000045) +S61 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=-131.99999999999974) +S62 = openmc.Plane(a=0.6427876096866202,b=-0.7660444431189102,c=-0.0,d=1606.9999999999945) +S63 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=-140.99999999999372) +S64 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=119.5000000000012) +S65 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=132.0000000000012) +S66 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=141.00000000000247) +S67 = openmc.ZPlane(z0=-137.99999999999997) +S68 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1610.000000000004) +S69 = openmc.Plane(a=-0.6427876096865391,b=0.7660444431189782,c=0.0,d=-1566.499999999998) +S70 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1556.4999999999986) +S71 = openmc.ZPlane(z0=-90.00000000000009) +S72 = openmc.ZPlane(z0=-94.5000000000001) +S73 = openmc.Plane(a=0.5416752204197003,b=0.45451947767204126,c=-0.7071067811865505,d=157.33125881400713) +S74 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1318.999999999997) +S75 = openmc.Plane(a=-0.541675220419706,b=-0.454519477672052,c=-0.707106781186539,d=157.33125881401392) +S76 = openmc.Plane(a=-0.7660444431189787,b=-0.6427876096865387,c=-0.0,d=-137.000000000005) +S77 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=-136.99999999999963) +S78 = openmc.ZPlane(z0=-98.50000000000001) +S79 = openmc.Plane(a=0.6427876096867997,b=-0.7660444431187596,c=0.0,d=1558.5000000000045) +S80 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=-117.49999999999719) +S81 = openmc.Plane(a=0.7660444431187596,b=0.6427876096867997,c=0.0,d=-117.50000000000283) +S82 = openmc.Plane(a=-0.7660444431189787,b=-0.6427876096865387,c=-0.0,d=-99.50000000000419) +S83 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=104.50000000000783) +S84 = openmc.Plane(a=-0.7660444431189787,b=-0.6427876096865387,c=-0.0,d=-48.50000000000492) +S85 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=53.50000000000191) +S86 = openmc.Plane(a=-0.7660444431189787,b=-0.6427876096865387,c=-0.0,d=2.4999999999962714) +S87 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=2.5000000000023648) +S88 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=-53.49999999999582) +S89 = openmc.Plane(a=-0.7660444431189787,b=-0.6427876096865387,c=-0.0,d=48.500000000002004) +S90 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=-104.50000000000091) +S91 = openmc.Plane(a=-0.7660444431189787,b=-0.6427876096865387,c=-0.0,d=99.49999999999991) +S92 = openmc.ZPlane(z0=-97.5000000000001) +S93 = openmc.Plane(a=0.5416752204196998,b=0.4545194776720409,c=0.7071067811865509,d=-158.3212083076651) +S94 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1399.9999999999995) +S95 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1410.0000000000007) +S96 = openmc.Plane(a=-0.5416752204197088,b=-0.45451947767204887,c=0.7071067811865389,d=-158.3212083076664) +S97 = openmc.Cylinder(x0=775.8160666496241,y0=-1123.7142344601302,z0=-85.50000000000011,r=9.00000000000001,dx=0.6427876096865387,dy=-0.7660444431189787,dz=0.0) +S98 = openmc.Cylinder(x0=971.9234440880809,y0=-959.160606380374,z0=-85.50000000000011,r=9.00000000000001,dx=0.6427876096865387,dy=-0.7660444431189787,dz=0.0) +S99 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1445.4999999999982) +S100 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1455.4999999999982) +S101 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1491.0000000000034) +S102 = openmc.ZPlane(z0=-37.5) +S103 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1667.0000000000023) +S104 = openmc.Plane(a=-0.026044555146169893,b=0.999660783039546,c=0.0,d=-1399.1083288965863) +S105 = openmc.Plane(a=-0.7660444431189786,b=-0.6427876096865387,c=1.5121305564821925e-16,d=146.99999999999736) +S106 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1643.7000000000005) +S107 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1638.6999999999994) +S108 = openmc.Plane(a=0.9799510999803206,b=-0.19923815309161996,c=0.0,d=1399.1083288965929) +S109 = openmc.Plane(a=-0.7660444431189786,b=-0.6427876096865387,c=-0.0,d=-147.0000000000002) +S110 = openmc.ZPlane(z0=-117.18) +S111 = openmc.ZPlane(z0=-120.18) +S112 = openmc.Plane(a=0.7660444431188782,b=0.6427876096866583,c=0.0,d=94.78000000260081) +S113 = openmc.Plane(a=0.6427876096866582,b=-0.7660444431188783,c=-0.0,d=1501.9999999949405) +S114 = openmc.Plane(a=-0.7660444431188782,b=-0.6427876096866583,c=0.0,d=94.77999999740223) +S115 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1722.099999999999) +S116 = openmc.Plane(a=0.7527109568175903,b=0.6315994862487291,c=-0.18576410971199303,d=-148.17620867009424) +S117 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1727.0999999999935) +S118 = openmc.Plane(a=0.7527109568175903,b=0.6315994862487291,c=0.18576410971199303,d=148.17620867011777) +S119 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1779.5999999999942) +S120 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1784.6000000000026) +S121 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1842.0999999999979) +S122 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1837.099999999996) +S123 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1900.8000000000095) +S124 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1905.8000000000038) +S125 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1964.4000000000012) +S126 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=1969.3999999999953) +S127 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2032.9999999999957) +S128 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2028.0000000000011) +S129 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2093.0000000000014) +S130 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2098.0000000000036) +S131 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2163.000000000004) +S132 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2157.999999999996) +S133 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2223.0000000000036) +S134 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2228.0000000000045) +S135 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2276.749999999999) +S136 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2271.7500000000045) +S137 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2325.4999999999995) +S138 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2320.4999999999986) +S139 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2389.5000000000045) +S140 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2384.499999999996) +S141 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2453.500000000002) +S142 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2448.5000000000014) +S143 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2517.5000000000073) +S144 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2512.5000000000045) +S145 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2581.499999999998) +S146 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2576.500000000003) +S147 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=-137.49999999999574) +S148 = openmc.Plane(a=-0.7660444431189787,b=-0.6427876096865387,c=-0.0,d=-137.50000000000318) +S149 = openmc.ZPlane(z0=-54.58) +S150 = openmc.Plane(a=0.7660444431188782,b=0.6427876096866583,c=0.0,d=-157.37999999740316) +S151 = openmc.Plane(a=-0.7660444431188782,b=-0.6427876096866583,c=0.0,d=160.3799999973977) +S152 = openmc.Plane(a=0.7660444431188782,b=0.6427876096866583,c=0.0,d=160.38000000259672) +S153 = openmc.Plane(a=-0.7660444431188782,b=-0.6427876096866583,c=0.0,d=-157.3800000025979) +S154 = openmc.Cylinder(x0=888.040390356642,y0=-1205.77682988172,z0=-54.58,r=62.6,dx=-0.6427876096866583,dy=0.7660444431188782,dz=0.0) +S155 = openmc.Cylinder(x0=888.040390356642,y0=-1205.77682988172,z0=-54.58,r=65.60000000000001,dx=-0.6427876096866583,dy=0.7660444431188782,dz=0.0) +S156 = openmc.Cylinder(x0=1033.25177499426,y0=-1083.9300105895102,z0=-54.58,r=65.60000000000001,dx=-0.6427876096866583,dy=0.7660444431188782,dz=0.0) +S157 = openmc.Cylinder(x0=1033.25177499426,y0=-1083.9300105895102,z0=-54.58,r=62.6,dx=-0.6427876096866583,dy=0.7660444431188782,dz=0.0) +S158 = openmc.Cylinder(x0=806.288573999351,y0=-1157.54079644654,z0=-86.4000000000001,r=11.100000000000001,dx=0.6427876096865391,dy=-0.7660444431189782,dz=0.0) +S159 = openmc.Cylinder(x0=999.94460921983,y0=-995.044088717787,z0=-86.4000000000001,r=11.100000000000001,dx=0.6427876096865387,dy=-0.7660444431189787,dz=0.0) +S160 = openmc.ZPlane(z0=-64.68900000000001) +S161 = openmc.ZPlane(z0=191.414) +S162 = openmc.Plane(a=0.6427876096867997,b=-0.7660444431187596,c=0.0,d=878.4530000000141) +S163 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=-100.51700000000251) +S164 = openmc.Plane(a=0.6427876096867997,b=-0.7660444431187596,c=0.0,d=935.7050000000149) +S165 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=101.033) +S166 = openmc.ZPlane(z0=-164.26000000000002) +S167 = openmc.ZPlane(z0=267.517) +S168 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=221.88200000000018) +S169 = openmc.Plane(a=0.6427876096867997,b=-0.7660444431187596,c=0.0,d=1073.2370000000142) +S170 = openmc.Plane(a=-0.7660444431187596,b=-0.6427876096867997,c=0.0,d=-196.2979999999955) +S171 = openmc.ZPlane(z0=-13.417000000000002) +S172 = openmc.Plane(a=0.6427876096865391,b=-0.7660444431189782,c=0.0,d=2601.965000000001) +S173 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=-109.60600000000068) +S174 = openmc.Plane(a=0.7660444431189782,b=0.6427876096865391,c=0.0,d=107.20700000000143) +S175 = openmc.Plane(a=0.6427397488156635,b=-0.7659874047536396,c=0.012202911585434548,d=893.1455033142752) +S176 = openmc.Plane(a=-0.06540421041755173,b=-0.05488064883880877,c=-0.9963485352238381,d=105.08346560676068) +S177 = openmc.Plane(a=0.06540421041756282,b=0.05488064883881808,c=-0.9963485352238369,d=105.08346560676269) +S178 = openmc.Plane(a=-0.763247258817964,b=-0.6404404933712223,c=-0.08537913303196021,d=143.79966519989807) +S179 = openmc.Plane(a=0.7632472588179646,b=0.640440493371223,c=-0.08537913303194951,d=143.79966519990117) +S180 = openmc.Plane(a=-0.4813923862979406,b=-0.4039361737942801,c=-0.7778797708610318,d=164.81924793696786) +S181 = openmc.Plane(a=0.48139238627015785,b=0.40393617377096747,c=-0.777879770890331,d=164.81924793751605) +S182 = openmc.Plane(a=-0.742541947963201,b=-0.6230666746697776,c=-0.2458035281092614,d=168.8754454778624) +S183 = openmc.Plane(a=-0.6541022898222847,b=-0.5488569901422665,c=-0.5204865020547754,d=174.85357003582664) +S184 = openmc.Plane(a=0.7425419479631162,b=0.6230666746697064,c=-0.24580352810969805,d=168.87544548291146) +S185 = openmc.Plane(a=0.6541022898221013,b=0.5488569901421126,c=-0.5204865020551681,d=174.85357004026616) +S186 = openmc.Plane(a=-0.14706982644162625,b=-0.12340623712451408,c=-0.9813976598653565,d=136.14080606734143) +S187 = openmc.Plane(a=0.14706982640666033,b=0.12340623709517419,c=-0.9813976598742858,d=136.1408060650874) +S188 = openmc.XPlane(x0=486.2629358705885) +S189 = openmc.XPlane(x0=1155.0733954023356) +S190 = openmc.YPlane(y0=-2136.8438298519736) +S191 = openmc.YPlane(y0=-1372.0833934400505) +S192 = openmc.ZPlane(z0=-165.2600000000001) +S193 = openmc.ZPlane(z0=268.517) +S194 = openmc.XPlane(x0=1823.8838549340826) +S195 = openmc.YPlane(y0=-607.3229570281268) +S196 = openmc.YPlane(y0=-1754.463611646012) +S197 = openmc.XPlane(x0=820.6681656364622) +S198 = openmc.YPlane(y0=-989.7031752340886) +S199 = openmc.ZPlane(z0=51.62849999999997) +S200 = openmc.YPlane(y0=-798.5130661311077) +S201 = openmc.XPlane(x0=987.8707805193989) +S202 = openmc.YPlane(y0=-1180.8932843370694) +S203 = openmc.XPlane(x0=653.4655507535253) +S204 = openmc.ZPlane(z0=-56.81575000000007) +S205 = openmc.ZPlane(z0=160.07274999999998) +S206 = openmc.YPlane(y0=-1276.48833888856) +S207 = openmc.XPlane(x0=904.2694730779306) +S208 = openmc.XPlane(x0=1071.4720879608672) +S209 = openmc.YPlane(y0=-1085.298229785579) +S210 = openmc.ZPlane(z0=-111.03787500000008) +S211 = openmc.YPlane(y0=-1228.6908116128147) +S212 = openmc.YPlane(y0=-1037.5007025098337) +S213 = openmc.Sphere(x0=1155.0733954023356,y0=-1372.0833934400505,z0=51.62849999999995,r=1059.625652311083, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S2 & +S4 & +S6 & -S7 & -S5 & -S1) | (+S1 & +S4 & +S6 & +S8 & -S7 & -S3) | (+S1 & +S4 & +S10 & -S9 & -S8 & -S3) | (+S1 & +S11 & +S12 & -S9 & -S8 & -S3) | (+S1 & +S13 & -S9 & -S8 & -S7 & -S3) | (+S1 & +S4 & +S9 & +S14 & -S7 & -S3) | (+S1 & +S4 & +S16 & -S15 & -S14 & -S3) | (+S1 & -S17 & -S15 & -S14 & +S18 & -S3) | (+S1 & -S19 & -S15 & -S14 & -S7 & -S3) | (+S1 & +S4 & +S15 & +S20 & -S7 & -S3) | (+S1 & +S4 & +S10 & -S21 & -S20 & -S3) | (+S1 & +S11 & +S12 & -S20 & -S21 & -S3) | (+S1 & -S21 & -S20 & +S13 & -S7 & -S3) | (+S1 & +S4 & +S21 & -S7 & -S5 & -S3))) +C2 = openmc.Cell(name="", region=((+S33 & +S34 & -S23 & +S22 & +S42 & +S175 & -S35) | (+S34 & -S23 & +S24 & -S5 & -S35 & -S33) | (+S33 & -S23 & +S22 & +S42 & +S175 & -S36 & -S34) | (-S23 & +S43 & +S24 & -S5 & -S36 & -S34 & -S33) | (+S33 & +S36 & +S37 & -S23 & +S22 & +S42 & +S175) | (+S36 & +S37 & -S23 & +S24 & -S38 & -S33) | (+S36 & +S37 & +S38 & +S39 & -S25 & +S24) | (+S36 & +S37 & +S38 & +S26 & +S39 & -S23) | (-S28 & +S27 & +S37 & +S38 & +S39 & +S36) | (-S30 & +S29 & +S36 & +S37 & +S38 & +S39) | (+S36 & +S37 & -S23 & +S43 & +S24 & -S39 & -S5) | (+S33 & -S23 & +S22 & +S42 & +S175 & -S40 & -S37) | (-S23 & -S40 & +S24 & -S38 & -S37 & -S33) | (+S38 & +S39 & -S25 & -S40 & +S24 & -S37) | (-S30 & +S29 & +S38 & +S39 & -S40 & -S37) | (-S28 & +S27 & +S38 & +S39 & -S40 & -S37) | (+S38 & +S39 & +S26 & -S23 & -S40 & -S37) | (-S23 & -S40 & -S41 & +S24 & -S39 & -S37) | (-S37 & +S41 & -S40 & +S24 & -S5 & -S31) | (+S32 & -S37 & +S41 & -S23 & -S40 & -S5))) +C3 = openmc.Cell(name="", region=((-S48 & -S47 & -S46 & +S45 & -S44 & +S49) | (-S49 & -S48 & +S50 & +S51 & -S44 & +S45) | (+S49 & +S50 & -S46 & -S44 & +S52 & +S45))) +C4 = openmc.Cell(name="", region=((-S60 & -S59 & -S54 & +S53 & +S50 & +S58) | (-S61 & -S60 & +S50 & +S54 & -S55 & +S58) | (-S62 & -S59 & -S54 & +S53 & +S60 & +S63) | (-S62 & -S61 & -S56 & +S54 & +S60 & +S63) | (-S59 & -S54 & +S53 & -S46 & +S62 & +S63) | (-S61 & -S57 & -S46 & +S54 & +S62 & +S63) | (-S56 & -S46 & +S52 & +S57 & +S62 & +S63))) +C5 = openmc.Cell(name="", region=((+S64 & -S60 & -S54 & +S53 & -S48 & +S58) | (+S65 & -S60 & -S48 & +S54 & -S55 & +S58) | (+S64 & -S62 & -S54 & +S53 & +S60 & -S66) | (+S65 & -S62 & -S56 & +S54 & +S60 & -S66) | (+S64 & -S54 & +S53 & -S46 & +S62 & -S66) | (+S65 & -S57 & -S46 & -S66 & +S54 & +S62) | (-S56 & -S47 & -S46 & +S62 & +S57 & -S66))) +C6 = openmc.Cell(name="", region=((-S60 & -S59 & +S44 & +S50 & +S58 & -S67) | (-S59 & +S44 & -S49 & +S60 & -S67 & +S63) | (+S44 & +S49 & -S46 & +S52 & -S67 & +S63) | (-S63 & +S67 & -S60 & +S50 & -S53 & +S58) | (+S67 & -S46 & +S52 & -S53 & +S58 & +S63) | (+S67 & -S61 & -S60 & -S52 & -S53 & +S58) | (-S61 & +S68 & +S67 & -S52 & -S49 & -S53) | (-S61 & +S67 & +S69 & +S70 & -S52 & -S53) | (+S67 & +S68 & -S59 & -S49 & -S53 & +S61) | (+S67 & -S59 & +S69 & +S70 & -S53 & +S61))) +C7 = openmc.Cell(name="", region=((+S64 & -S60 & +S44 & -S48 & +S58 & -S67) | (+S64 & +S44 & -S49 & +S60 & -S67 & -S66) | (+S44 & -S47 & -S46 & +S49 & -S67 & -S66) | (+S65 & +S67 & -S60 & +S47 & -S53 & +S58) | (+S67 & -S47 & -S46 & -S53 & +S58 & -S66) | (+S66 & +S67 & -S60 & -S48 & -S53 & +S58) | (+S65 & +S67 & +S69 & +S70 & +S47 & -S53) | (+S65 & +S67 & +S68 & +S47 & -S49 & -S53) | (+S64 & +S67 & +S69 & +S70 & -S53 & -S65) | (+S64 & +S67 & +S68 & -S49 & -S53 & -S65))) +C8 = openmc.Cell(name="", region=((-S71 & +S72 & +S74 & -S51 & -S75 & -S73) | (+S64 & -S54 & +S74 & -S51 & -S73 & +S71) | (-S59 & -S54 & +S74 & -S51 & -S75 & +S71) | (+S65 & +S74 & +S76 & -S51 & -S55 & +S54 & -S73) | (-S61 & +S74 & +S77 & -S51 & -S75 & +S54 & -S55))) +C9 = openmc.Cell(name="", region=((-S64 & +S69 & -S71 & +S78 & +S79 & -S80) | (-S64 & +S44 & +S79 & -S49 & +S59 & -S67) | (+S69 & -S71 & +S78 & -S81 & +S79 & +S59) | (+S68 & -S71 & +S78 & -S49 & -S81 & +S59) | (-S64 & +S68 & -S71 & +S78 & -S49 & -S80) | (-S64 & +S67 & +S69 & +S79 & -S78 & +S59) | (+S67 & -S83 & -S82 & -S78 & -S69 & -S68) | (+S67 & -S85 & -S84 & -S78 & -S69 & -S68) | (+S67 & -S87 & -S86 & -S78 & -S69 & -S68) | (+S67 & -S78 & +S88 & +S89 & -S69 & -S68) | (+S67 & -S69 & -S78 & +S90 & +S91 & -S68) | (-S64 & +S67 & +S68 & -S49 & -S78 & +S59))) +C10 = openmc.Cell(name="", region=((-S64 & +S44 & -S79 & +S58 & +S59 & -S67) | (-S70 & +S67 & +S90 & -S71 & +S58 & +S91) | (-S64 & +S67 & +S70 & -S71 & -S79 & +S59) | (+S67 & +S58 & -S71 & -S83 & -S82 & -S70) | (+S67 & +S58 & -S71 & -S85 & -S84 & -S70) | (+S67 & +S58 & -S71 & -S87 & -S86 & -S70) | (+S67 & +S58 & -S71 & +S88 & +S89 & -S70))) +C11 = openmc.Cell(name="", region=((-S95 & +S97 & +S72 & +S176 & +S93 & +S94) | (+S96 & -S95 & -S72 & +S92 & +S93 & +S94) | (+S96 & -S95 & +S98 & +S72 & +S177 & +S94))) +C12 = openmc.Cell(name="", region=((+S97 & +S99 & +S72 & +S176 & -S100 & +S93) | (+S96 & +S99 & +S92 & -S72 & -S100 & +S93) | (+S96 & +S98 & +S99 & +S72 & +S177 & -S100))) +C13 = openmc.Cell(name="", region=((+S96 & +S101 & -S51 & -S72 & +S92 & +S93) | (+S96 & +S98 & +S101 & +S72 & -S51 & +S177) | (+S97 & +S101 & +S72 & -S51 & +S176 & +S93))) +C14 = openmc.Cell(name="", region=((+S44 & +S50 & -S104 & -S103 & -S67) | (-S63 & -S56 & +S44 & -S105 & -S103 & +S60) | (+S104 & +S105 & +S44 & +S50 & -S103 & +S60 & -S67) | (+S67 & +S69 & +S70 & +S105 & +S50 & -S102) | (+S67 & +S68 & +S105 & -S49 & +S50 & -S102) | (+S67 & +S105 & +S107 & +S50 & -S106 & -S102) | (+S102 & -S56 & +S105 & +S104 & +S50 & -S103 & +S60))) +C15 = openmc.Cell(name="", region=((+S108 & +S44 & -S48 & -S103 & -S67) | (+S66 & -S56 & +S44 & +S109 & -S103 & +S60) | (+S102 & -S56 & -S48 & -S109 & -S108 & -S103 & +S60) | (+S67 & +S107 & -S48 & -S109 & -S106 & -S102) | (+S67 & +S68 & -S49 & -S48 & -S109 & -S102) | (+S67 & +S69 & +S70 & -S48 & -S109 & -S102) | (+S44 & -S48 & -S109 & -S108 & -S103 & +S60 & -S67))) +C16 = openmc.Cell(name="", region=((-S71 & -S114 & -S113 & -S112 & +S110 & +S51) | (-S58 & -S71 & +S44 & -S114 & -S112 & +S113) | (+S44 & -S114 & -S113 & -S112 & -S111 & +S51))) +C17 = openmc.Cell(name="", region=((+S74 & +S75 & -S51 & -S97))) +C18 = openmc.Cell(name="", region=((+S73 & +S74 & -S51 & -S98))) +C19 = openmc.Cell(name="", region=((-S63 & -S56 & -S117 & +S44 & +S50 & +S115 & +S116))) +C20 = openmc.Cell(name="", region=((+S66 & -S56 & -S118 & -S117 & +S44 & -S48 & +S115))) +C21 = openmc.Cell(name="", region=((-S63 & -S56 & -S120 & +S44 & +S50 & +S116 & +S119))) +C22 = openmc.Cell(name="", region=((+S66 & -S120 & -S56 & -S118 & +S44 & -S48 & +S119))) +C23 = openmc.Cell(name="", region=((-S63 & -S121 & -S56 & +S44 & +S50 & +S116 & +S122))) +C24 = openmc.Cell(name="", region=((+S66 & -S121 & -S56 & -S118 & +S44 & -S48 & +S122))) +C25 = openmc.Cell(name="", region=((-S63 & -S124 & -S56 & +S44 & +S50 & +S116 & +S123))) +C26 = openmc.Cell(name="", region=((+S66 & -S124 & -S56 & -S118 & +S44 & -S48 & +S123))) +C27 = openmc.Cell(name="", region=((-S63 & -S126 & -S56 & +S44 & +S50 & +S116 & +S125))) +C28 = openmc.Cell(name="", region=((+S66 & -S126 & -S56 & -S118 & +S44 & -S48 & +S125))) +C29 = openmc.Cell(name="", region=((+S128 & -S127 & -S63 & -S56 & +S44 & +S50 & +S116))) +C30 = openmc.Cell(name="", region=((+S128 & -S127 & +S66 & -S56 & -S118 & +S44 & -S48))) +C31 = openmc.Cell(name="", region=((+S129 & -S63 & -S56 & +S44 & +S50 & +S116 & -S130))) +C32 = openmc.Cell(name="", region=((+S129 & +S66 & -S56 & -S118 & +S44 & -S48 & -S130))) +C33 = openmc.Cell(name="", region=((-S63 & +S132 & -S56 & +S44 & +S50 & +S116 & -S131))) +C34 = openmc.Cell(name="", region=((+S66 & +S132 & -S56 & -S118 & +S44 & -S48 & -S131))) +C35 = openmc.Cell(name="", region=((-S63 & +S133 & -S56 & +S44 & +S50 & +S116 & -S134))) +C36 = openmc.Cell(name="", region=((+S66 & +S133 & -S56 & -S118 & +S44 & -S48 & -S134))) +C37 = openmc.Cell(name="", region=((-S63 & +S136 & -S56 & +S44 & +S50 & +S116 & -S135))) +C38 = openmc.Cell(name="", region=((+S66 & -S56 & +S136 & -S118 & +S44 & -S48 & -S135))) +C39 = openmc.Cell(name="", region=((-S63 & -S56 & +S138 & +S44 & +S50 & +S116 & -S137))) +C40 = openmc.Cell(name="", region=((+S66 & -S56 & -S118 & +S138 & +S44 & -S48 & -S137))) +C41 = openmc.Cell(name="", region=((-S63 & -S56 & +S140 & +S44 & +S50 & +S116 & -S139))) +C42 = openmc.Cell(name="", region=((+S66 & -S56 & -S118 & +S44 & +S140 & -S48 & -S139))) +C43 = openmc.Cell(name="", region=((-S63 & -S56 & +S44 & +S142 & +S50 & -S141 & +S116))) +C44 = openmc.Cell(name="", region=((+S66 & -S56 & -S118 & +S44 & +S142 & -S48 & -S141))) +C45 = openmc.Cell(name="", region=((-S63 & -S56 & +S44 & +S144 & -S143 & +S50 & +S116))) +C46 = openmc.Cell(name="", region=((+S66 & -S56 & -S118 & +S44 & -S48 & +S144 & -S143))) +C47 = openmc.Cell(name="", region=((-S63 & -S56 & +S44 & -S145 & +S146 & +S50 & +S116))) +C48 = openmc.Cell(name="", region=((+S66 & -S56 & -S118 & +S44 & -S145 & -S48 & +S146))) +C49 = openmc.Cell(name="", region=((-S95 & -S77 & +S147 & -S55 & +S93 & +S94) | (+S97 & -S95 & +S77 & +S178 & +S93 & +S94))) +C50 = openmc.Cell(name="", region=((+S96 & -S95 & -S76 & +S148 & -S55 & +S94) | (+S96 & -S95 & +S98 & +S76 & +S179 & +S94))) +C51 = openmc.Cell(name="", region=((+S99 & -S77 & +S147 & -S55 & -S100 & +S93) | (+S97 & +S99 & +S77 & +S178 & -S100 & +S93))) +C52 = openmc.Cell(name="", region=((+S96 & +S99 & +S148 & -S76 & -S55 & -S100) | (+S96 & +S98 & +S99 & +S76 & +S179 & -S100))) +C53 = openmc.Cell(name="", region=((+S97 & +S101 & -S51 & +S77 & +S178 & +S93) | (+S101 & -S51 & -S77 & +S147 & -S55 & +S93))) +C54 = openmc.Cell(name="", region=((+S96 & +S101 & -S51 & +S148 & -S76 & -S55) | (+S96 & +S98 & +S101 & +S76 & -S51 & +S179))) +C55 = openmc.Cell(name="", region=((-S61 & +S149 & -S113 & +S51 & +S150 & -S55) | (-S61 & -S58 & +S149 & +S113 & +S50 & -S55) | (+S149 & -S113 & +S50 & +S51 & -S55 & +S151))) +C56 = openmc.Cell(name="", region=((+S149 & -S113 & -S48 & +S51 & -S55 & +S152) | (+S65 & -S58 & +S149 & -S48 & +S113 & -S55) | (+S65 & +S149 & -S113 & +S51 & -S55 & +S153))) +C57 = openmc.Cell(name="", region=((-S59 & -S154 & -S113 & +S51 & -S53) | (-S59 & -S58 & +S44 & +S113 & +S50 & -S53) | (-S59 & +S44 & -S113 & +S50 & +S51 & +S180 & -S53 & +S155))) +C58 = openmc.Cell(name="", region=((+S64 & -S58 & +S44 & -S48 & +S113 & -S53) | (+S64 & +S44 & -S113 & -S48 & +S51 & -S53 & +S181 & +S156) | (+S64 & -S157 & -S113 & +S51 & -S53))) +C59 = openmc.Cell(name="", region=((-S61 & -S154 & -S113 & +S51 & -S149 & +S54) | (-S61 & -S58 & +S113 & +S50 & -S149 & +S54) | (-S113 & +S50 & +S51 & -S149 & +S54 & +S182 & +S155) | (-S59 & -S58 & -S54 & +S53 & +S113 & +S50) | (-S59 & -S154 & -S54 & +S53 & -S113 & +S51) | (-S54 & +S53 & -S113 & +S50 & +S51 & +S183 & +S155))) +C60 = openmc.Cell(name="", region=((-S113 & -S48 & +S51 & -S149 & +S54 & +S184 & +S156) | (+S65 & -S58 & -S48 & +S113 & -S149 & +S54) | (+S65 & -S157 & -S113 & +S51 & -S149 & +S54) | (-S54 & +S53 & -S113 & -S48 & +S51 & +S185 & +S156) | (+S64 & -S58 & -S54 & +S53 & -S48 & +S113) | (+S64 & -S157 & -S54 & +S53 & -S113 & +S51))) +C61 = openmc.Cell(name="", region=((+S59 & +S44 & -S113 & +S114 & +S51 & +S186 & +S155) | (-S58 & -S71 & +S44 & +S113 & +S114 & +S59) | (-S154 & -S71 & -S113 & +S114 & +S51 & +S59))) +C62 = openmc.Cell(name="", region=((-S64 & -S157 & -S71 & -S113 & +S112 & +S51) | (-S64 & -S58 & -S71 & +S44 & +S112 & +S113) | (-S64 & +S44 & -S113 & +S112 & +S51 & +S187 & +S156))) +C63 = openmc.Cell(name="", region=((+S97 & -S158 & -S93 & -S95 & +S94))) +C64 = openmc.Cell(name="", region=((-S96 & -S159 & +S98 & -S95 & +S94))) +C65 = openmc.Cell(name="", region=((+S97 & -S158 & +S99 & -S93 & -S100))) +C66 = openmc.Cell(name="", region=((-S96 & -S159 & +S98 & +S99 & -S100))) +C67 = openmc.Cell(name="", region=((+S97 & -S158 & -S93 & +S101 & -S51))) +C68 = openmc.Cell(name="", region=((-S96 & -S159 & +S98 & +S101 & -S51))) +C69 = openmc.Cell(name="", region=((+S160 & -S161 & +S162 & +S163 & -S165 & -S164))) +C70 = openmc.Cell(name="", region=((-S167 & -S120 & +S169 & +S170 & -S168 & +S166))) +C71 = openmc.Cell(name="", region=((-S171 & -S173 & -S172 & -S168 & +S166 & +S120))) +C72 = openmc.Cell(name="", region=((+S170 & -S171 & +S174 & -S172 & +S120 & +S166))) +C73 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(486.263, 1155.073, -2136.844, -1372.083, -165.260, 268.517). Enclosed cells : (3, 4, 5, 6, 7, 14, 19, 21, 23, 25, 27, 70, 71)", region=(+S188 & -S189 & +S190 & -S191 & +S192 & -S193 & ((((((+S104) & (-S105 | -S60)) | (+S67 | -S44)) & (-S102 | +S56 | -S105 | -S104 | -S60)) | (-S50 | +S103)) & (((-S170 | -S169 | +S167 | +S120) & (+S173 | +S172 | +S171 | -S120)) | (-S166 | +S168)) & ((+S46) | ((((-S52 | -S50) & (+S47 | +S48)) | (-S45 | +S44 | -S49)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (-S52 | -S63)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (+S66 | +S47)) & ((-S62) | (((-S63) | ((-S52 | +S56 | -S57) & (+S59 | -S53 | +S54) & (+S61 | +S57 | -S54))) & ((+S66) | ((+S47 | +S56 | -S57) & (-S64 | -S53 | +S54) & (-S65 | +S57 | -S54))))))) & (((-S115 | +S117) & (+S120 | -S119) & (+S121 | -S122) & (-S123 | +S124) & (-S125 | +S126)) | (-S116 | +S63 | -S50 | -S44 | +S56))))) +C74 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -1372.083, -607.323, -165.260, 268.517). Enclosed cells : (3, 4, 5, 6, 7, 15, 20, 22, 24, 26, 70, 72)", region=(+S189 & -S194 & +S191 & -S195 & +S192 & -S193 & ((((((+S48 | +S47) & (-S50 | -S52)) | (-S49 | +S46)) & (-S51 | +S49 | +S48 | -S50)) | (+S44 | -S45)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (-S63 | +S46 | -S52)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (+S47 | +S46 | +S66)) & (((+S103) | (((-S44) | ((((-S108) & (+S109 | -S60)) | (+S48 | +S67)) & (-S66 | +S56 | -S109 | -S60))) & (-S102 | +S56 | +S48 | +S109 | +S108 | -S60))) & (-S68 | +S49 | -S67 | +S48 | +S109 | +S102) & (-S107 | +S106 | -S67 | +S48 | +S109 | +S102)) & ((-S170 | -S166) | ((-S169 | +S168 | +S167 | +S120) & (+S172 | -S174 | +S171 | -S120))) & ((-S62) | ((((+S56 | -S52 | -S57) & (+S59 | -S53 | +S54) & (+S61 | +S57 | -S54)) | (-S63 | +S46)) & (((+S56 | +S47 | -S57) & (-S64 | -S53 | +S54) & (-S65 | +S57 | -S54)) | (+S46 | +S66)))) & ((+S118) | ((+S117 | -S115 | -S66 | +S56 | -S44 | +S48) & (-S119 | -S66 | +S120 | +S56 | -S44 | +S48) & (-S122 | +S121 | -S66 | +S56 | -S44 | +S48) & (+S124 | -S123 | -S66 | +S56 | -S44 | +S48)))))) +C75 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -2136.844, -1754.464, -165.260, 268.517). Enclosed cells : (3, 4, 5, 6, 7, 33, 35, 37, 39, 41, 43, 44, 45, 46, 47, 48, 71, 72)", region=(+S189 & -S194 & +S190 & -S196 & +S192 & -S193 & ((((+S118 | +S48 | -S66) & (+S63 | -S116 | -S50)) | (-S142 | +S141 | +S56 | -S44)) & (((+S118 | +S48 | -S66) & (+S63 | -S116 | -S50)) | (-S144 | +S143 | +S56 | -S44)) & (((+S118 | +S48 | -S66) & (+S63 | -S116 | -S50)) | (-S146 | +S145 | +S56 | -S44)) & (((+S168 | +S173) & (-S170 | -S174)) | (-S120 | +S172 | +S171 | -S166)) & ((+S46) | ((((+S47 | +S48) & (-S52 | -S50)) | (-S45 | +S44 | -S49)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (-S52 | -S63)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (+S66 | +S47)) & ((-S62) | (((-S63) | ((-S52 | +S56 | -S57) & (+S59 | -S53 | +S54) & (+S61 | +S57 | -S54))) & ((+S66) | ((+S47 | +S56 | -S57) & (-S64 | -S53 | +S54) & (-S65 | +S57 | -S54))))))) & (-S132 | +S131 | +S63 | +S56 | -S44 | -S50 | -S116) & (+S134 | -S133 | +S63 | +S56 | -S44 | -S50 | -S116) & (-S136 | +S135 | +S63 | +S56 | -S44 | -S50 | -S116) & (-S138 | +S137 | +S63 | +S56 | -S44 | -S50 | -S116) & (-S140 | +S139 | +S63 | +S56 | -S44 | -S50 | -S116)))) +C76 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -1754.464, -1372.083, -165.260, 268.517). Enclosed cells : (3, 4, 5, 6, 7, 27, 28, 29, 30, 31, 32, 33, 34, 36, 38, 40, 42, 70, 71, 72)", region=(+S189 & -S194 & +S196 & -S191 & +S192 & -S193 & ((((+S118 | +S48 | -S66) & (+S63 | -S116 | -S50)) | (+S127 | -S128 | +S56 | -S44)) & (((+S118 | +S48 | -S66) & (+S63 | -S116 | -S50)) | (+S130 | -S129 | +S56 | -S44)) & (((+S118 | +S48 | -S66) & (+S63 | -S116 | -S50)) | (-S132 | +S131 | +S56 | -S44)) & ((-S166) | (((+S168) | ((-S169 | +S167 | -S170 | +S120) & (+S173 | +S172 | +S171 | -S120))) & (-S174 | -S170 | +S171 | +S172 | -S120))) & ((+S46) | ((((+S47 | +S48) & (-S52 | -S50)) | (-S45 | +S44 | -S49)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (-S52 | -S63)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (+S66 | +S47)) & ((-S62) | (((-S63) | ((-S52 | +S56 | -S57) & (+S59 | -S53 | +S54) & (+S61 | +S57 | -S54))) & ((+S66) | ((+S47 | +S56 | -S57) & (-S64 | -S53 | +S54) & (-S65 | +S57 | -S54))))))) & (((+S118 | +S48 | -S66) & (+S63 | -S116 | -S50)) | (+S126 | -S125 | +S56 | -S44)) & (+S134 | -S133 | -S66 | +S56 | +S118 | -S44 | +S48) & (-S136 | +S135 | -S66 | +S56 | +S118 | -S44 | +S48) & (-S138 | +S137 | -S66 | +S56 | +S118 | -S44 | +S48) & (-S140 | +S139 | -S66 | +S56 | +S118 | -S44 | +S48)))) +C77 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(486.263, 820.668, -1372.083, -989.703, -165.260, 268.517). Enclosed cells : (8, 11, 17, 49, 63, 70)", region=(+S188 & -S197 & +S191 & -S198 & +S192 & -S193 & (((((+S75) | ((+S73 | -S72 | +S71) & (+S59 | +S54 | -S71) & (+S61 | +S55 | -S77 | -S54))) & (-S75 | +S97)) | (-S74 | +S51)) & ((((-S93) | ((-S96 | -S92 | +S72) & (-S176 | -S97 | -S72))) & ((-S93) | ((-S147 | +S55 | +S77) & (-S178 | -S97 | -S77))) & (+S158 | -S97 | +S93)) | (-S94 | +S95)) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C78 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(820.668, 1155.073, -989.703, -607.323, -165.260, 268.517). Enclosed cells : (8, 11, 18, 50, 64, 70)", region=(+S197 & -S189 & +S198 & -S195 & +S192 & -S193 & (((((+S73) | ((-S64 | +S54 | -S71) & (-S65 | +S55 | -S76 | -S54) & (+S75 | -S72 | +S71))) & (-S73 | +S98)) | (-S74 | +S51)) & ((((-S96) | ((-S93 | -S92 | +S72) & (-S177 | -S98 | -S72))) & ((-S96) | ((-S148 | +S55 | +S76) & (-S179 | -S98 | -S76))) & (+S159 | +S96 | -S98)) | (-S94 | +S95)) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C79 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(820.668, 1155.073, -1372.083, -989.703, 51.628, 268.517). Enclosed cells : (70)", region=(+S197 & -S189 & +S191 & -S198 & +S199 & -S193 & (+S167 | +S120 | -S169 | -S170 | +S168 | -S166))) +C80 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(486.263, 820.668, -989.703, -607.323, -165.260, 51.628). Enclosed cells : (2, 8, 11, 69, 70)", region=(+S188 & -S197 & +S198 & -S195 & +S192 & -S199 & (((-S36 | -S37 | +S23 | -S24 | +S38 | +S33) & (+S23 | +S40 | -S24 | +S38 | +S37 | +S33) & (+S23 | +S40 | +S41 | -S24 | +S39 | +S37) & ((+S5) | ((((+S34 | +S33 | +S36) & (+S39 | -S37 | -S36)) | (-S43 | -S24 | +S23)) & (((+S31 | +S37 | -S24) & (-S32 | +S37 | +S23)) | (+S40 | -S41)) & (+S35 | -S34 | +S23 | -S24 | +S33))) & (((+S36 | +S34) & (-S36 | -S37) & (-S34 | +S35) & (+S37 | +S40)) | (-S175 | -S42 | -S22 | +S23 | -S33)) & (((-S37 | -S36) & (+S37 | +S40)) | (+S25 | -S24 | -S39 | -S38)) & (((-S37 | -S36) & (+S37 | +S40)) | (+S30 | -S29 | -S39 | -S38))) & (+S164 | -S163 | -S162 | +S165 | +S161 | -S160) & (+S75 | -S74 | +S73 | +S71 | +S51 | -S72) & (-S96 | +S95 | -S94 | -S93 | -S92 | +S72) & (+S120 | -S170 | +S167 | -S166 | -S169 | +S168)))) +C81 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(486.263, 820.668, -989.703, -798.513, 51.628, 268.517). Enclosed cells : (70)", region=(+S188 & -S197 & +S198 & -S200 & +S199 & -S193 & (+S167 | +S120 | -S169 | -S170 | +S168 | -S166))) +C82 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1180.893, -989.703, -165.260, 51.628). Enclosed cells : (3, 8, 9, 10, 11, 12, 13, 16, 17, 18, 70)", region=(+S197 & -S201 & +S202 & -S198 & +S192 & -S199 & ((((((+S49 | -S68) & (-S79 | -S69)) | (-S67 | +S78)) & (-S44 | -S79 | +S49 | +S67)) | (+S64 | -S59)) & ((((+S71 | -S70 | -S67) & (-S44 | -S58 | +S67)) | (-S59 | +S79 | +S64)) & (+S87 | +S86 | -S67 | -S58 | +S71 | +S70)) & ((((+S71) | ((+S58 | -S44 | -S113) & (-S110 | -S51 | +S113))) & (+S111 | -S44 | +S113 | -S51)) | (+S112 | +S114)) & (((((+S73) | ((-S64 | +S54 | -S71) & (-S72 | +S75 | +S71) & (-S76 | -S65 | +S55 | -S54))) & (+S59 | +S54 | +S75 | -S71) & (-S77 | +S61 | +S75 | -S54 | +S55)) & (-S75 | +S97) & (-S73 | +S98)) | (+S51 | -S74)) & (((-S94 | +S95) & (-S99 | +S100) & (+S51 | -S101)) | (-S96 | -S93 | -S92 | +S72)) & (-S50 | +S48 | -S45 | +S49 | -S51 | +S44) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C83 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(653.466, 820.668, -798.513, -607.323, 51.628, 268.517). Enclosed cells : (2, 69, 70)", region=(+S203 & -S197 & +S200 & -S195 & +S199 & -S193 & (((+S23) | ((+S40 | +S41 | -S24 | +S39 | +S37) & ((+S5) | (((-S24) | (((+S33) | ((-S43 | +S36 | +S34) & (-S34 | +S35))) & (+S39 | -S37 | -S36 | -S43))) & (-S32 | -S41 | +S40 | +S37))))) & (-S162 | +S165 | +S164 | -S163 | +S161 | -S160) & (+S120 | -S170 | -S169 | +S168 | -S166 | +S167)))) +C84 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1372.083, -1180.893, -56.816, 51.628). Enclosed cells : (4, 8, 14, 51, 53, 55, 59, 70)", region=(+S197 & -S201 & +S191 & -S202 & +S204 & -S199 & (((((-S50) | ((+S58 | +S61 | -S113) & (-S151 | -S51 | +S113))) & (-S150 | +S61 | +S113 | -S51)) | (-S149 | +S55)) & ((((-S50) | ((+S58 | +S61 | -S113) & (-S182 | -S155 | -S51 | +S113))) & (+S154 | +S61 | +S113 | -S51)) | (+S149 | -S54)) & (((-S63) | ((((+S61 | -S54 | +S57) & (-S52 | +S56 | -S57)) | (-S62 | +S46)) & (-S60 | +S62 | +S61 | +S56 | -S54))) & (-S58 | +S55 | -S50 | +S61 | +S60 | -S54) & (((+S49 | -S68) & (-S69 | -S70) & (+S106 | -S107)) | (-S67 | -S50 | -S105 | +S102)) & (((-S44 | +S63 | +S105) & (-S104 | -S50 | -S102 | -S105)) | (+S103 | -S60 | +S56))) & ((-S93 | -S147) | ((+S100 | -S99 | +S77 | +S55) & (-S101 | +S51 | +S77 | +S55))) & (+S75 | -S74 | +S61 | -S77 | +S51 | -S54 | +S55) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C85 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1372.083, -1180.893, -165.260, -56.816). Enclosed cells : (3, 4, 5, 6, 7, 8, 9, 10, 12, 13, 15, 16, 70)", region=(+S201 & -S189 & +S191 & -S202 & +S192 & -S204 & ((((((+S48 | +S47) & (-S50 | -S52)) | (-S49 | +S46)) & (-S51 | +S49 | +S48 | -S50)) | (+S44 | -S45)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (-S63 | +S46 | -S52)) & (((-S58 | +S53 | -S67) & (-S44 | -S49 | +S67)) | (+S47 | +S46 | +S66)) & (((+S56 | -S66 | -S109) & (+S108 | +S48 | +S67 | +S109)) | (+S103 | -S60 | -S44)) & ((((+S71) | ((+S58 | -S44 | -S113) & (-S110 | -S51 | +S113))) & (+S111 | -S44 | +S113 | -S51)) | (+S112 | +S114)) & (((((-S79) | ((-S69 | +S78 | -S67) & (-S44 | +S49 | +S67))) & (-S68 | -S67 | +S49 | +S78)) | (+S64 | -S59)) & (((+S71 | -S70 | -S67) & (-S44 | -S58 | +S67)) | (-S59 | +S79 | +S64)) & (+S85 | +S84 | -S67 | +S78 | +S69 | +S68) & ((+S87 | +S86) | ((-S67 | +S78 | +S69 | +S68) & (-S67 | -S58 | +S71 | +S70))) & (-S89 | -S88 | -S67 | +S78 | +S69 | +S68)) & ((-S62) | ((((+S59 | -S53 | +S54) & (+S61 | +S57 | -S54)) | (-S63 | +S46)) & (((-S53 | -S64 | +S54) & (-S65 | +S57 | -S54)) | (+S46 | +S66)))) & (+S75 | -S74 | +S73 | +S71 | -S72 | +S51) & ((-S96 | -S92 | -S93) | ((+S100 | -S99 | +S72) & (-S101 | +S51 | +S72))) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C86 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1372.083, -1180.893, -56.816, 51.628). Enclosed cells : (4, 5, 15, 70)", region=(+S201 & -S189 & +S191 & -S202 & +S204 & -S199 & ((((-S44 | -S66 | -S109) & (+S48 | +S108 | -S102 | +S109)) | (-S60 | +S103 | +S56)) & ((((-S63) | ((-S52 | +S56 | -S57) & (+S61 | -S54 | +S57))) & ((+S66) | ((-S65 | -S54 | +S57) & (+S47 | +S56 | -S57)))) | (+S46 | -S62)) & (-S170 | -S169 | +S168 | +S167 | -S166 | +S120)))) +C87 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1180.893, -989.703, -56.816, 51.628). Enclosed cells : (5, 8, 15, 50, 52, 54, 56, 60, 70)", region=(+S201 & -S189 & +S202 & -S198 & +S204 & -S199 & (((((-S65) | ((+S58 | +S48 | -S113) & (-S153 | -S51 | +S113))) & (-S152 | +S113 | +S48 | -S51)) | (-S149 | +S55)) & ((((-S65) | ((+S58 | +S48 | -S113) & (+S157 | -S51 | +S113))) & (-S184 | -S156 | +S113 | +S48 | -S51)) | (+S149 | -S54)) & (((((+S66) | ((+S56 | -S60 | +S62) & (+S57 | +S46 | -S62))) & (-S58 | +S55 | +S48 | +S60)) | (-S65 | -S54)) & (((+S49 | -S68) & (-S69 | -S70)) | (-S67 | +S48 | +S109 | +S102)) & (((-S44 | -S66 | -S109) & (+S108 | +S48 | -S102 | +S109)) | (+S103 | -S60 | +S56)) & (+S47 | +S56 | +S46 | -S62 | -S57 | +S66)) & ((-S96 | -S148) | ((+S95 | -S94 | +S76 | +S55) & (+S100 | -S99 | +S76 | +S55) & (-S101 | +S51 | +S76 | +S55))) & (-S74 | +S73 | -S65 | -S76 | +S51 | +S55 | -S54) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C88 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(486.263, 653.466, -798.513, -607.323, 51.628, 160.073). Enclosed cells : (2, 69, 70)", region=(+S188 & -S203 & +S200 & -S195 & +S199 & -S205 & ((((+S23) | ((((+S36 | +S34) & (-S36 | -S37) & (-S34 | +S35) & (+S37 | +S40)) | (-S175 | -S42 | -S22 | -S33)) & ((-S24) | (((+S5) | (((-S43) | ((+S34 | +S33 | +S36) & (+S39 | -S37 | -S36))) & (+S35 | -S34 | +S33))) & ((+S38) | ((-S36 | -S37 | +S33) & (+S40 | +S37 | +S33))) & (+S41 | +S40 | +S39 | +S37))) & (((-S37 | -S36) & (+S37 | +S40)) | (-S26 | -S39 | -S38)))) & (((-S37 | -S36) & (+S37 | +S40)) | (+S28 | -S27 | -S39 | -S38)) & (((-S37 | -S36) & (+S37 | +S40)) | (+S30 | -S29 | -S39 | -S38))) & (-S163 | -S162 | +S165 | +S164 | +S161 | -S160) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C89 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(486.263, 653.466, -798.513, -607.323, 160.073, 268.517). Enclosed cells : (1, 69, 70)", region=(+S188 & -S203 & +S200 & -S195 & +S205 & -S193 & (((((((+S20 | +S21) & (+S8 | +S9)) | (-S11 | -S12)) & (((+S20 | +S21) & (+S8 | +S9)) | (+S7 | -S13)) & ((-S4) | (((-S10) | ((+S20 | +S21) & (+S8 | +S9))) & ((+S7) | ((-S9 | -S14) & (-S15 | -S20) & (-S21 | +S5) & (-S8 | -S6))) & (-S16 | +S15 | +S14))) & (-S18 | +S17 | +S15 | +S14) & (+S19 | +S15 | +S14 | +S7)) | (-S1 | +S3)) & (-S2 | -S4 | -S6 | +S7 | +S5 | +S1)) & (+S165 | +S164 | -S163 | -S162 | +S161 | -S160) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C90 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1372.083, -1276.488, -165.260, -56.816). Enclosed cells : (3, 4, 6, 9, 14, 70)", region=(+S197 & -S201 & +S191 & -S206 & +S192 & -S204 & ((((+S46 | -S52 | -S49) & (-S51 | +S48 | +S49)) | (-S45 | +S44 | -S50)) & ((-S63) | ((((+S59 | -S53 | +S54) & (+S57 | +S61 | -S54)) | (-S62 | +S46)) & (((+S59 | -S53 | +S54) & (+S56 | +S61 | -S54)) | (+S62 | -S60)))) & ((((+S46 | -S52 | -S49) & (-S60 | +S59 | +S49)) | (-S44 | -S63 | +S67)) & (((((+S61 | +S52) & (-S61 | +S59)) | (+S49 | -S68)) & (((+S61 | +S52) & (-S61 | +S59)) | (-S69 | -S70)) & (-S58 | -S63 | +S46 | -S52)) | (-S67 | +S53)) & ((-S59) | (((+S64) | ((((+S49 | -S68) & (-S79 | -S69)) | (-S67 | +S78)) & (-S44 | -S79 | +S49 | +S67))) & (((+S49 | -S68) & (-S69 | -S79)) | (+S81 | +S71 | -S78)))) & (((-S69 | -S70) & (-S68 | +S49) & (+S106 | -S107)) | (+S102 | -S50 | -S105 | -S67)) & (((+S63 | +S56 | +S105) & (-S104 | -S50 | +S67 | -S105)) | (+S103 | -S60 | -S44)) & (-S91 | -S90 | -S67 | +S69 | +S78 | +S68)) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C91 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(904.269, 987.871, -1276.488, -1180.893, -165.260, -56.816). Enclosed cells : (3, 4, 6, 8, 9, 10, 12, 13, 14, 16, 70)", region=(+S207 & -S201 & +S206 & -S202 & +S192 & -S204 & ((((+S59 | -S53 | +S54) & (+S61 | +S56 | -S54)) | (+S62 | -S63 | -S60)) & (((+S63 | +S56 | +S105) & (-S104 | -S50 | +S67 | -S105)) | (+S103 | -S60 | -S44)) & ((((+S71) | ((+S58 | -S44 | -S113) & (-S110 | -S51 | +S113))) & (+S111 | -S44 | +S113 | -S51)) | (+S112 | +S114)) & ((((-S61 | -S70 | -S69 | +S59) & (-S52 | +S46 | -S58 | -S63)) | (-S67 | +S53)) & (-S60 | +S49 | -S44 | +S59 | +S67 | -S63) & ((-S59) | (((+S64) | (((+S49) | ((-S68 | +S78 | -S67) & (-S44 | -S79 | +S67))) & (-S69 | -S67 | -S79 | +S78))) & (+S81 | +S71 | -S69 | -S78 | -S79))) & (((+S71 | -S70 | -S67) & (-S44 | -S58 | +S67)) | (-S59 | +S79 | +S64)) & (+S87 | +S86 | -S67 | -S58 | +S71 | +S70) & ((-S89 | -S88) | ((-S67 | +S78 | +S69 | +S68) & (-S67 | -S58 | +S71 | +S70))) & ((-S91 | -S90) | ((-S67 | +S69 | +S78 | +S68) & (+S70 | -S67 | +S71 | -S58)))) & (+S48 | -S45 | +S49 | -S50 | -S51 | +S44) & (+S75 | -S74 | +S73 | +S71 | -S72 | +S51) & ((-S96 | -S92 | -S93) | ((+S100 | -S99 | +S72) & (-S101 | +S51 | +S72))) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C92 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1180.893, -1085.298, -165.260, -56.816). Enclosed cells : (3, 5, 7, 8, 9, 10, 11, 12, 13, 16, 62, 70)", region=(+S201 & -S208 & +S202 & -S209 & +S192 & -S204 & (((((+S71) | ((+S58 | -S44 | -S113) & (-S110 | -S51 | +S113))) & (+S111 | -S44 | +S113 | -S51)) | (+S112 | +S114)) & ((((+S71) | ((+S58 | -S44 | -S113) & (+S157 | -S51 | +S113))) & (-S187 | -S156 | -S44 | +S113 | -S51)) | (+S64 | -S112)) & ((((((-S79) | ((-S44 | +S49 | +S67) & (-S69 | +S78 | -S67))) & (-S68 | -S67 | +S49 | +S78)) & ((+S79) | ((+S71 | -S70 | -S67) & (-S58 | -S44 | +S67)))) | (+S64 | -S59)) & (((+S78 | +S69 | +S68) & (-S58 | +S71 | +S70)) | (+S85 | +S84 | -S67)) & (+S83 | +S82 | -S67 | -S58 | +S71 | +S70) & (+S87 | +S86 | -S67 | -S58 | +S71 | +S70)) & ((+S66) | (((+S49 | -S44 | -S60 | -S64 | +S67) & (+S47 | +S46 | -S58 | +S53 | -S67)) & (+S62 | +S54 | -S64 | -S53 | -S60))) & (((-S94 | +S95) & (-S99 | +S100) & (+S51 | -S101)) | (-S96 | -S93 | -S92 | +S72)) & (-S50 | +S48 | -S45 | +S49 | -S51 | +S44) & (+S75 | -S74 | +S73 | +S71 | -S72 | +S51) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C93 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(1071.472, 1155.073, -1180.893, -1085.298, -165.260, -56.816). Enclosed cells : (3, 5, 7, 9, 10, 15, 70)", region=(+S208 & -S189 & +S202 & -S209 & +S192 & -S204 & ((((+S47 | +S46 | -S49) & (-S51 | -S50 | +S49)) | (-S45 | +S44 | +S48)) & ((+S66) | ((((+S62 | -S60) & (-S62 | +S46)) | (-S53 | -S64 | +S54)) & (((+S56 | -S60 | +S62) & (+S57 | +S46 | -S62)) | (-S54 | -S65)))) & ((-S65 | -S67 | -S69 | -S70 | -S47 | +S53) & (-S65 | -S67 | -S68 | -S47 | +S49 | +S53) & ((-S64) | ((((+S49 | -S68) & (-S69 | -S70)) | (+S53 | +S65 | -S67)) & (-S60 | -S44 | +S66 | +S49 | +S67))) & (((-S44 | -S49 | +S67) & (-S58 | +S53 | -S67)) | (+S46 | +S47 | +S66)) & ((+S64) | ((((+S49 | -S68) & (-S69 | -S79)) | (+S80 | +S71 | -S78)) & ((-S59) | ((((+S49 | -S68) & (-S79 | -S69)) | (-S67 | +S78)) & (-S44 | -S79 | +S49 | +S67))))) & (((+S71 | -S70 | -S67) & (-S44 | -S58 | +S67)) | (-S59 | +S79 | +S64)) & (((-S69 | -S70) & (-S68 | +S49)) | (+S102 | +S48 | +S109 | -S67)) & (((+S56 | -S66 | -S109) & (+S108 | +S48 | +S67 | +S109)) | (+S103 | -S60 | -S44)) & ((+S83 | +S82) | ((-S67 | +S78 | +S69 | +S68) & (-S67 | -S58 | +S71 | +S70))) & (+S85 | +S84 | -S67 | +S78 | +S69 | +S68)) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C94 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(1071.472, 1155.073, -1085.298, -989.703, -165.260, -56.816). Enclosed cells : (3, 5, 7, 10, 15, 58, 60, 70)", region=(+S208 & -S189 & +S209 & -S198 & +S192 & -S204 & ((((((-S113 | +S58) & (-S181 | -S156 | -S51 | +S113)) | (-S44 | +S48)) & (+S157 | +S113 | -S51)) | (-S64 | +S53)) & ((((-S58 | +S48 | +S60) & (+S62 | +S66 | -S60)) | (-S53 | -S64 | +S54)) & (((+S56 | +S62 | +S66 | -S60) & (+S55 | -S58 | +S48 | +S60)) | (-S54 | -S65)) & (((-S58 | +S48 | +S60) & (+S49 | +S66 | -S60)) | (-S44 | -S64 | +S67)) & ((((+S60) | ((-S66 | +S48) & (-S47 | -S65))) & (+S46 | +S47 | +S66)) | (+S53 | -S58 | -S67)) & (((+S56 | -S66 | -S109) & (+S108 | +S48 | +S67 | +S109)) | (+S103 | -S60 | -S44)) & ((((-S65) | ((+S58 | +S48 | -S113) & (+S157 | -S51 | +S113))) & (-S184 | -S156 | +S113 | +S48 | -S51)) | (-S54 | +S149)) & ((((-S64) | ((+S58 | +S48 | -S113) & (+S157 | -S51 | +S113))) & (-S185 | -S156 | +S113 | +S48 | -S51)) | (+S54 | -S53)) & (+S102 | -S70 | -S69 | -S67 | +S48 | +S109)) & (-S50 | -S45 | +S49 | +S48 | -S51 | +S44) & (+S79 | -S59 | +S64 | -S44 | -S58 | +S67) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C95 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1276.488, -1180.893, -165.260, -111.038). Enclosed cells : (3, 6, 10, 14, 16, 57, 61, 70)", region=(+S197 & -S207 & +S206 & -S202 & +S192 & -S210 & (((((-S58 | -S50 | +S60) & (+S49 | -S63 | -S60)) | (-S44 | +S59 | +S67)) & ((((-S58) | (((+S60) | ((+S52 | +S61) & (+S63 | -S50))) & (+S46 | -S52 | -S63))) & (-S69 | -S70 | +S59 | -S61)) | (-S67 | +S53))) & ((-S58) | ((+S79 | +S64 | -S44 | -S59 | +S67) & (-S91 | -S90 | +S71 | +S70 | -S67))) & (((+S56 | +S63 | +S105) & (-S104 | -S50 | +S67 | -S105)) | (+S103 | -S60 | -S44)) & ((((+S71) | ((+S58 | -S44 | -S113) & (-S110 | -S51 | +S113))) & (+S111 | -S44 | +S113 | -S51)) | (+S114 | +S112)) & (((((-S113 | +S58) & (-S180 | -S155 | -S51 | +S113)) | (-S44 | -S50)) & (+S154 | +S113 | -S51)) | (+S53 | +S59)) & ((((+S71) | ((+S58 | -S44 | -S113) & (+S154 | -S51 | +S113))) & (-S186 | -S155 | -S44 | +S113 | -S51)) | (-S114 | -S59)) & (+S48 | -S45 | +S49 | -S50 | -S51 | +S44) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C96 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1085.298, -989.703, -165.260, -111.038). Enclosed cells : (3, 7, 10, 58, 62, 70)", region=(+S201 & -S208 & +S209 & -S198 & +S192 & -S210 & (((((+S48 | -S58 | +S60) & (+S49 | +S66 | -S60)) | (-S44 | -S64 | +S67)) & (((-S65 | +S60 | -S47) & (+S46 | +S66 | +S47)) | (+S53 | -S58 | -S67))) & (((((-S113 | +S58) & (-S181 | -S156 | -S51 | +S113)) | (-S44 | +S48)) & (+S157 | +S113 | -S51)) | (-S64 | +S53)) & ((((+S71) | ((+S58 | -S44 | -S113) & (+S157 | -S51 | +S113))) & (-S187 | -S156 | -S44 | +S113 | -S51)) | (+S64 | -S112)) & (-S50 | -S45 | +S49 | +S48 | -S51 | +S44) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166) & (-S59 | +S79 | +S64 | -S44 | -S58 | +S67)))) +C97 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1276.488, -1228.691, -111.038, -56.816). Enclosed cells : (4, 6, 8, 10, 13, 14, 17, 53, 57, 59, 61, 67, 70)", region=(+S197 & -S207 & +S206 & -S211 & +S210 & -S204 & ((((((-S113 | +S58) & (-S180 | -S155 | -S51 | +S113)) | (-S44 | -S50)) & (+S154 | +S113 | -S51)) | (+S59 | +S53)) & ((((+S59 | -S53 | +S54) & (+S55 | +S61 | -S54)) | (+S60 | -S58 | -S50)) & (((+S59 | -S53 | +S54) & (+S56 | +S61 | -S54)) | (+S62 | -S63 | -S60)) & ((((+S61) | ((+S58 | -S50 | -S113) & (+S154 | -S51 | +S113))) & (-S182 | -S155 | +S113 | -S50 | -S51)) | (-S54 | +S149)) & ((((+S59) | ((+S154 | -S51 | +S113) & (+S58 | -S50 | -S113))) & (-S183 | -S155 | +S113 | -S50 | -S51)) | (-S53 | +S54))) & ((-S67) | (((+S53) | (((-S58) | (((+S60) | ((+S52 | +S61) & (+S63 | -S50))) & (+S46 | -S52 | -S63))) & (-S69 | +S59 | -S70 | -S61))) & (-S91 | -S90 | +S71 | +S70 | -S58))) & ((((+S75) | ((+S59 | +S54 | -S71) & (+S61 | +S55 | -S77 | -S54) & (+S73 | -S72 | +S71))) & (-S75 | +S97)) | (+S51 | -S74)) & ((((-S93) | ((-S176 | -S97 | -S72) & (-S96 | -S92 | +S72))) & ((-S93) | ((-S178 | -S97 | -S77) & (-S147 | +S55 | +S77))) & (+S158 | -S97 | +S93)) | (+S51 | -S101)) & (+S105 | +S103 | +S63 | +S56 | -S44 | -S60) & (-S114 | +S58 | +S71 | -S44 | -S113 | -S59) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C98 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1228.691, -1180.893, -111.038, -56.816). Enclosed cells : (8, 10, 12, 13, 16, 17, 51, 57, 59, 61, 65, 67, 70)", region=(+S197 & -S207 & +S211 & -S202 & +S210 & -S204 & ((((-S97 | -S176 | -S72) & (-S92 | -S96 | +S72)) | (-S93 | +S100 | -S99)) & (((-S97 | -S176 | -S72) & (-S92 | -S96 | +S72)) | (-S93 | -S101 | +S51)) & (((-S44 | +S58 | -S113) & (-S110 | -S51 | +S113)) | (+S112 | +S71 | +S114)) & (((-S147 | +S55 | +S77) & (-S178 | -S97 | -S77)) | (-S93 | +S100 | -S99)) & (((((-S113 | +S58) & (-S180 | -S155 | -S51 | +S113)) | (-S44 | -S50)) & (+S154 | +S113 | -S51)) | (+S53 | +S59)) & (((+S154 | -S51 | +S113) & (+S58 | -S50 | -S113)) | (+S59 | +S54 | -S53)) & (((+S154 | -S51 | +S113) & (-S44 | +S58 | -S113)) | (-S59 | +S71 | -S114)) & ((+S158) | ((-S97 | -S99 | +S93 | +S100) & (-S97 | +S93 | -S101 | +S51))) & ((-S74) | ((((+S59 | +S54 | -S71) & (+S61 | +S55 | -S77 | -S54) & (+S73 | -S72 | +S71)) | (+S51 | +S75)) & (-S75 | +S51 | +S97))) & (-S91 | -S90 | +S70 | -S67 | +S71 | -S58) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C99 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1085.298, -1037.501, -111.038, -56.816). Enclosed cells : (5, 7, 8, 11, 12, 13, 18, 54, 58, 60, 62, 68, 70)", region=(+S201 & -S208 & +S209 & -S212 & +S210 & -S204 & ((((+S60 | -S65 | -S47) & (+S46 | +S66 | +S47)) | (-S67 | -S58 | +S53)) & (((((-S113 | +S58) & (-S181 | -S156 | -S51 | +S113)) | (-S44 | +S48)) & (+S157 | +S113 | -S51)) | (-S64 | +S53)) & (((-S44 | +S58 | -S113) & (+S157 | -S51 | +S113)) | (-S112 | +S71 | +S64)) & ((((-S58 | +S48 | +S60) & (+S62 | +S66 | -S60)) | (-S53 | -S64 | +S54)) & (+S55 | -S65 | +S60 | +S48 | -S54 | -S58) & (((+S58 | +S48 | -S113) & (+S157 | -S51 | +S113)) | (-S53 | -S64 | +S54)) & (((+S58 | +S48 | -S113) & (+S157 | -S51 | +S113)) | (+S149 | -S65 | -S54))) & ((-S74) | ((((-S64 | +S54 | -S71) & (+S55 | -S76 | -S65 | -S54) & (+S75 | -S72 | +S71)) | (+S51 | +S73)) & (-S73 | +S51 | +S98))) & (+S95 | -S94 | -S96 | +S72 | -S92 | -S93) & (+S100 | -S99 | -S96 | -S92 | +S72 | -S93) & ((-S101) | ((((-S93 | -S92 | +S72) & (-S177 | -S98 | -S72)) | (+S51 | -S96)) & (((-S148 | +S55 | +S76) & (-S179 | -S98 | -S76)) | (+S51 | -S96)) & (+S159 | +S96 | -S98 | +S51))) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166)))) +C100 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1037.501, -989.703, -111.038, -56.816). Enclosed cells : (8, 11, 12, 18, 50, 52, 58, 64, 66, 70)", region=(+S201 & -S208 & +S212 & -S198 & +S210 & -S204 & (((((+S73) | ((-S64 | +S54 | -S71) & (-S65 | +S55 | -S76 | -S54) & (+S75 | -S72 | +S71))) & (-S73 | +S98)) | (+S51 | -S74)) & ((((-S96) | ((-S177 | -S98 | -S72) & (-S93 | -S92 | +S72))) & ((-S96) | ((-S179 | -S98 | -S76) & (+S55 | -S148 | +S76))) & (+S159 | +S96 | -S98)) | (-S94 | +S95)) & ((((-S96) | ((-S177 | -S98 | -S72) & (-S93 | -S92 | +S72))) & ((-S96) | ((-S179 | -S98 | -S76) & (+S55 | -S148 | +S76))) & (+S159 | +S96 | -S98)) | (-S99 | +S100)) & (+S120 | -S170 | -S169 | +S168 | +S167 | -S166) & (-S181 | +S53 | +S113 | +S48 | -S44 | -S156 | -S64 | -S51)))) +C101 = openmc.Cell(name="", region=(-S213 & (-S188 | +S194 | -S190 | +S195 | -S192 | +S193))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, C16, C17, C18, C19, C20, C21, C22, C23, C24, C25, C26, C27, C28, C29, C30, C31, C32, C33, C34, C35, C36, C37, C38, C39, C40, C41, C42, C43, C44, C45, C46, C47, C48, C49, C50, C51, C52, C53, C54, C55, C56, C57, C58, C59, C60, C61, C62, C63, C64, C65, C66, C67, C68, C69, C70, C71, C72, C73, C74, C75, C76, C77, C78, C79, C80, C81, C82, C83, C84, C85, C86, C87, C88, C89, C90, C91, C92, C93, C94, C95, C96, C97, C98, C99, C100, C101]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/rails/rails.serp b/tests/regression_test_files/Misc/rails/rails.serp new file mode 100644 index 00000000..00cb57d6 --- /dev/null +++ b/tests/regression_test_files/Misc/rails/rails.serp @@ -0,0 +1,527 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/rails.stp +% +% Creation Date : 2024-05-27 14:57:33.626359 +% Solid Cells : 72 +% Total Cells : 102 +% Surfaces : 213 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 2 4 6 -7 -5 -1:1 4 6 8 -7 -3:1 4 10 -9 -8 -3:1 11 12 -9 -8 -3: + 1 13 -9 -8 -7 -3:1 4 9 14 -7 -3:1 4 16 -15 -14 -3:1 -17 -15 -14 18 + -3:1 -19 -15 -14 -7 -3:1 4 15 20 -7 -3:1 4 10 -21 -20 -3:1 11 12 -20 + -21 -3:1 -21 -20 13 -7 -3:1 4 21 -7 -5 -3cell 2 0 void 33 34 -23 22 42 175 -35:34 -23 24 -5 -35 -33:33 -23 22 42 175 + -36 -34:-23 43 24 -5 -36 -34 -33:33 36 37 -23 22 42 175:36 37 -23 24 + -38 -33:36 37 38 39 -25 24:36 37 38 26 39 -23:-28 27 37 38 39 36:-30 + 29 36 37 38 39:36 37 -23 43 24 -39 -5:33 -23 22 42 175 -40 -37:-23 + -40 24 -38 -37 -33:38 39 -25 -40 24 -37:-30 29 38 39 -40 -37:-28 27 + 38 39 -40 -37:38 39 26 -23 -40 -37:-23 -40 -41 24 -39 -37:-37 41 -40 + 24 -5 -31:32 -37 41 -23 -40 -5cell 3 0 void -48 -47 -46 45 -44 49:-49 -48 50 51 -44 45:49 50 -46 -44 52 45cell 4 0 void -60 -59 -54 53 50 58:-61 -60 50 54 -55 58:-62 -59 -54 53 60 + 63:-62 -61 -56 54 60 63:-59 -54 53 -46 62 63:-61 -57 -46 54 62 63: + -56 -46 52 57 62 63cell 5 0 void 64 -60 -54 53 -48 58:65 -60 -48 54 -55 58:64 -62 -54 53 60 + -66:65 -62 -56 54 60 -66:64 -54 53 -46 62 -66:65 -57 -46 -66 54 62: + -56 -47 -46 62 57 -66cell 6 0 void -60 -59 44 50 58 -67:-59 44 -49 60 -67 63:44 49 -46 52 -67 63: + -63 67 -60 50 -53 58:67 -46 52 -53 58 63:67 -61 -60 -52 -53 58:-61 + 68 67 -52 -49 -53:-61 67 69 70 -52 -53:67 68 -59 -49 -53 61:67 -59 + 69 70 -53 61cell 7 0 void 64 -60 44 -48 58 -67:64 44 -49 60 -67 -66:44 -47 -46 49 -67 + -66:65 67 -60 47 -53 58:67 -47 -46 -53 58 -66:66 67 -60 -48 -53 58: + 65 67 69 70 47 -53:65 67 68 47 -49 -53:64 67 69 70 -53 -65:64 67 68 + -49 -53 -65cell 8 0 void -71 72 74 -51 -75 -73:64 -54 74 -51 -73 71:-59 -54 74 -51 -75 + 71:65 74 76 -51 -55 54 -73:-61 74 77 -51 -75 54 -55cell 9 0 void -64 69 -71 78 79 -80:-64 44 79 -49 59 -67:69 -71 78 -81 79 59: + 68 -71 78 -49 -81 59:-64 68 -71 78 -49 -80:-64 67 69 79 -78 59:67 + -83 -82 -78 -69 -68:67 -85 -84 -78 -69 -68:67 -87 -86 -78 -69 -68:67 + -78 88 89 -69 -68:67 -69 -78 90 91 -68:-64 67 68 -49 -78 59cell 10 0 void -64 44 -79 58 59 -67:-70 67 90 -71 58 91:-64 67 70 -71 -79 59: + 67 58 -71 -83 -82 -70:67 58 -71 -85 -84 -70:67 58 -71 -87 -86 -70:67 + 58 -71 88 89 -70cell 11 0 void -95 97 72 176 93 94:96 -95 -72 92 93 94:96 -95 98 72 177 94cell 12 0 void 97 99 72 176 -100 93:96 99 92 -72 -100 93:96 98 99 72 177 -100cell 13 0 void 96 101 -51 -72 92 93:96 98 101 72 -51 177:97 101 72 -51 176 93cell 14 0 void 44 50 -104 -103 -67:-63 -56 44 -105 -103 60:104 105 44 50 + -103 60 -67:67 69 70 105 50 -102:67 68 105 -49 50 -102:67 105 107 50 + -106 -102:102 -56 105 104 50 -103 60cell 15 0 void 108 44 -48 -103 -67:66 -56 44 109 -103 60:102 -56 -48 -109 + -108 -103 60:67 107 -48 -109 -106 -102:67 68 -49 -48 -109 -102:67 69 + 70 -48 -109 -102:44 -48 -109 -108 -103 60 -67cell 16 0 void -71 -114 -113 -112 110 51:-58 -71 44 -114 -112 113:44 -114 + -113 -112 -111 51cell 17 0 void 74 75 -51 -97cell 18 0 void 73 74 -51 -98cell 19 0 void -63 -56 -117 44 50 115 116cell 20 0 void 66 -56 -118 -117 44 -48 115cell 21 0 void -63 -56 -120 44 50 116 119cell 22 0 void 66 -120 -56 -118 44 -48 119cell 23 0 void -63 -121 -56 44 50 116 122cell 24 0 void 66 -121 -56 -118 44 -48 122cell 25 0 void -63 -124 -56 44 50 116 123cell 26 0 void 66 -124 -56 -118 44 -48 123cell 27 0 void -63 -126 -56 44 50 116 125cell 28 0 void 66 -126 -56 -118 44 -48 125cell 29 0 void 128 -127 -63 -56 44 50 116cell 30 0 void 128 -127 66 -56 -118 44 -48cell 31 0 void 129 -63 -56 44 50 116 -130cell 32 0 void 129 66 -56 -118 44 -48 -130cell 33 0 void -63 132 -56 44 50 116 -131cell 34 0 void 66 132 -56 -118 44 -48 -131cell 35 0 void -63 133 -56 44 50 116 -134cell 36 0 void 66 133 -56 -118 44 -48 -134cell 37 0 void -63 136 -56 44 50 116 -135cell 38 0 void 66 -56 136 -118 44 -48 -135cell 39 0 void -63 -56 138 44 50 116 -137cell 40 0 void 66 -56 -118 138 44 -48 -137cell 41 0 void -63 -56 140 44 50 116 -139cell 42 0 void 66 -56 -118 44 140 -48 -139cell 43 0 void -63 -56 44 142 50 -141 116cell 44 0 void 66 -56 -118 44 142 -48 -141cell 45 0 void -63 -56 44 144 -143 50 116cell 46 0 void 66 -56 -118 44 -48 144 -143cell 47 0 void -63 -56 44 -145 146 50 116cell 48 0 void 66 -56 -118 44 -145 -48 146cell 49 0 void -95 -77 147 -55 93 94:97 -95 77 178 93 94cell 50 0 void 96 -95 -76 148 -55 94:96 -95 98 76 179 94cell 51 0 void 99 -77 147 -55 -100 93:97 99 77 178 -100 93cell 52 0 void 96 99 148 -76 -55 -100:96 98 99 76 179 -100cell 53 0 void 97 101 -51 77 178 93:101 -51 -77 147 -55 93cell 54 0 void 96 101 -51 148 -76 -55:96 98 101 76 -51 179cell 55 0 void -61 149 -113 51 150 -55:-61 -58 149 113 50 -55:149 -113 50 51 + -55 151cell 56 0 void 149 -113 -48 51 -55 152:65 -58 149 -48 113 -55:65 149 -113 51 + -55 153cell 57 0 void -59 -154 -113 51 -53:-59 -58 44 113 50 -53:-59 44 -113 50 51 + 180 -53 155cell 58 0 void 64 -58 44 -48 113 -53:64 44 -113 -48 51 -53 181 156:64 -157 + -113 51 -53cell 59 0 void -61 -154 -113 51 -149 54:-61 -58 113 50 -149 54:-113 50 51 + -149 54 182 155:-59 -58 -54 53 113 50:-59 -154 -54 53 -113 51:-54 53 + -113 50 51 183 155cell 60 0 void -113 -48 51 -149 54 184 156:65 -58 -48 113 -149 54:65 -157 + -113 51 -149 54:-54 53 -113 -48 51 185 156:64 -58 -54 53 -48 113:64 + -157 -54 53 -113 51cell 61 0 void 59 44 -113 114 51 186 155:-58 -71 44 113 114 59:-154 -71 -113 + 114 51 59cell 62 0 void -64 -157 -71 -113 112 51:-64 -58 -71 44 112 113:-64 44 -113 + 112 51 187 156cell 63 0 void 97 -158 -93 -95 94cell 64 0 void -96 -159 98 -95 94cell 65 0 void 97 -158 99 -93 -100cell 66 0 void -96 -159 98 99 -100cell 67 0 void 97 -158 -93 101 -51cell 68 0 void -96 -159 98 101 -51cell 69 0 void 160 -161 162 163 -165 -164cell 70 0 void -167 -120 169 170 -168 166cell 71 0 void -171 -173 -172 -168 166 120cell 72 0 void 170 -171 174 -172 120 166% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 73 0 void 188 -189 190 -191 192 -193 ((104 (-105:-60):67:-44) (-102:56: + -105:-104:-60):-50:103) ((-170:-169:167:120) (173:172:171:-120):-166: + 168) (46:((-52:-50) (47:48):-45:44:-49) ((-58:53:-67) (-44:-49:67): + -52:-63) ((-58:53:-67) (-44:-49:67):66:47) (-62:(-63:(-52:56:-57) + (59:-53:54) (61:57:-54)) (66:(47:56:-57) (-64:-53:54) (-65:57:-54)))) + ((-115:117) (120:-119) (121:-122) (-123:124) (-125:126):-116:63:-50: + -44:56) %Automatic Generated Void Cell. Enclosure(486.263, 1155.073, -2136.844, -1372.083, -165.260, 268.517) + %Enclosed cells : (3, 4, 5, 6, 7, 14, 19, 21, 23, 25, 27, 70, 71) +cell 74 0 void 189 -194 191 -195 192 -193 (((48:47) (-50:-52):-49:46) (-51: + 49:48:-50):44:-45) ((-58:53:-67) (-44:-49:67):-63:46:-52) ((-58:53: + -67) (-44:-49:67):47:46:66) (103:(-44:(-108 (109:-60):48:67) (-66:56: + -109:-60)) (-102:56:48:109:108:-60)) (-68:49:-67:48:109:102) (-107: + 106:-67:48:109:102) (-170:-166:(-169:168:167:120) (172:-174:171:-120) + ) (-62:((56:-52:-57) (59:-53:54) (61:57:-54):-63:46) ((56:47:-57) + (-64:-53:54) (-65:57:-54):46:66)) (118:(117:-115:-66:56:-44:48) + (-119:-66:120:56:-44:48) (-122:121:-66:56:-44:48) (124:-123:-66:56: + -44:48)) %Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -1372.083, -607.323, -165.260, 268.517) + %Enclosed cells : (3, 4, 5, 6, 7, 15, 20, 22, 24, 26, 70, 72) +cell 75 0 void 189 -194 190 -196 192 -193 ((118:48:-66) (63:-116:-50):-142: + 141:56:-44) ((118:48:-66) (63:-116:-50):-144:143:56:-44) ((118:48: + -66) (63:-116:-50):-146:145:56:-44) ((168:173) (-170:-174):-120:172: + 171:-166) (46:((47:48) (-52:-50):-45:44:-49) ((-58:53:-67) (-44:-49: + 67):-52:-63) ((-58:53:-67) (-44:-49:67):66:47) (-62:(-63:(-52:56:-57) + (59:-53:54) (61:57:-54)) (66:(47:56:-57) (-64:-53:54) (-65:57:-54))) + ) (-132:131:63:56:-44:-50:-116) (134:-133:63:56:-44:-50:-116) (-136: + 135:63:56:-44:-50:-116) (-138:137:63:56:-44:-50:-116) (-140:139:63: + 56:-44:-50:-116) %Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -2136.844, -1754.464, -165.260, 268.517) + %Enclosed cells : (3, 4, 5, 6, 7, 33, 35, 37, 39, 41, 43, 44, 45, 46, 47, 48, 71, 72) +cell 76 0 void 189 -194 196 -191 192 -193 ((118:48:-66) (63:-116:-50):127: + -128:56:-44) ((118:48:-66) (63:-116:-50):130:-129:56:-44) ((118:48: + -66) (63:-116:-50):-132:131:56:-44) (-166:(168:(-169:167:-170:120) + (173:172:171:-120)) (-174:-170:171:172:-120)) (46:((47:48) (-52:-50): + -45:44:-49) ((-58:53:-67) (-44:-49:67):-52:-63) ((-58:53:-67) (-44: + -49:67):66:47) (-62:(-63:(-52:56:-57) (59:-53:54) (61:57:-54)) (66: + (47:56:-57) (-64:-53:54) (-65:57:-54)))) ((118:48:-66) (63:-116:-50): + 126:-125:56:-44) (134:-133:-66:56:118:-44:48) (-136:135:-66:56:118: + -44:48) (-138:137:-66:56:118:-44:48) (-140:139:-66:56:118:-44:48) %Automatic Generated Void Cell. Enclosure(1155.073, 1823.884, -1754.464, -1372.083, -165.260, 268.517) + %Enclosed cells : (3, 4, 5, 6, 7, 27, 28, 29, 30, 31, 32, 33, 34, 36, 38, 40, 42, 70, 71, 72) +cell 77 0 void 188 -197 191 -198 192 -193 ((75:(73:-72:71) (59:54:-71) (61: + 55:-77:-54)) (-75:97):-74:51) ((-93:(-96:-92:72) (-176:-97:-72)) + (-93:(-147:55:77) (-178:-97:-77)) (158:-97:93):-94:95) (120:-170: + -169:168:167:-166) %Automatic Generated Void Cell. Enclosure(486.263, 820.668, -1372.083, -989.703, -165.260, 268.517) + %Enclosed cells : (8, 11, 17, 49, 63, 70) +cell 78 0 void 197 -189 198 -195 192 -193 ((73:(-64:54:-71) (-65:55:-76:-54) + (75:-72:71)) (-73:98):-74:51) ((-96:(-93:-92:72) (-177:-98:-72)) + (-96:(-148:55:76) (-179:-98:-76)) (159:96:-98):-94:95) (120:-170: + -169:168:167:-166) %Automatic Generated Void Cell. Enclosure(820.668, 1155.073, -989.703, -607.323, -165.260, 268.517) + %Enclosed cells : (8, 11, 18, 50, 64, 70) +cell 79 0 void 197 -189 191 -198 199 -193 (167:120:-169:-170:168:-166) %Automatic Generated Void Cell. Enclosure(820.668, 1155.073, -1372.083, -989.703, 51.628, 268.517) + %Enclosed cells : (70) +cell 80 0 void 188 -197 198 -195 192 -199 (-36:-37:23:-24:38:33) (23:40:-24: + 38:37:33) (23:40:41:-24:39:37) (5:((34:33:36) (39:-37:-36):-43:-24: + 23) ((31:37:-24) (-32:37:23):40:-41) (35:-34:23:-24:33)) ((36:34) + (-36:-37) (-34:35) (37:40):-175:-42:-22:23:-33) ((-37:-36) (37:40): + 25:-24:-39:-38) ((-37:-36) (37:40):30:-29:-39:-38) (164:-163:-162: + 165:161:-160) (75:-74:73:71:51:-72) (-96:95:-94:-93:-92:72) (120: + -170:167:-166:-169:168) %Automatic Generated Void Cell. Enclosure(486.263, 820.668, -989.703, -607.323, -165.260, 51.628) + %Enclosed cells : (2, 8, 11, 69, 70) +cell 81 0 void 188 -197 198 -200 199 -193 (167:120:-169:-170:168:-166) %Automatic Generated Void Cell. Enclosure(486.263, 820.668, -989.703, -798.513, 51.628, 268.517) + %Enclosed cells : (70) +cell 82 0 void 197 -201 202 -198 192 -199 (((49:-68) (-79:-69):-67:78) (-44: + -79:49:67):64:-59) ((71:-70:-67) (-44:-58:67):-59:79:64) (87:86:-67: + -58:71:70) ((71:(58:-44:-113) (-110:-51:113)) (111:-44:113:-51):112: + 114) ((73:(-64:54:-71) (-72:75:71) (-76:-65:55:-54)) (59:54:75:-71) + (-77:61:75:-54:55) (-75:97) (-73:98):51:-74) ((-94:95) (-99:100) (51: + -101):-96:-93:-92:72) (-50:48:-45:49:-51:44) (120:-170:-169:168:167: + -166) %Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1180.893, -989.703, -165.260, 51.628) + %Enclosed cells : (3, 8, 9, 10, 11, 12, 13, 16, 17, 18, 70) +cell 83 0 void 203 -197 200 -195 199 -193 (23:(40:41:-24:39:37) (5:(-24:(33: + (-43:36:34) (-34:35)) (39:-37:-36:-43)) (-32:-41:40:37))) (-162:165: + 164:-163:161:-160) (120:-170:-169:168:-166:167) %Automatic Generated Void Cell. Enclosure(653.466, 820.668, -798.513, -607.323, 51.628, 268.517) + %Enclosed cells : (2, 69, 70) +cell 84 0 void 197 -201 191 -202 204 -199 ((-50:(58:61:-113) (-151:-51:113)) + (-150:61:113:-51):-149:55) ((-50:(58:61:-113) (-182:-155:-51:113)) + (154:61:113:-51):149:-54) (-63:((61:-54:57) (-52:56:-57):-62:46) + (-60:62:61:56:-54)) (-58:55:-50:61:60:-54) ((49:-68) (-69:-70) (106: + -107):-67:-50:-105:102) ((-44:63:105) (-104:-50:-102:-105):103:-60: + 56) (-93:-147:(100:-99:77:55) (-101:51:77:55)) (75:-74:61:-77:51:-54: + 55) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1372.083, -1180.893, -56.816, 51.628) + %Enclosed cells : (4, 8, 14, 51, 53, 55, 59, 70) +cell 85 0 void 201 -189 191 -202 192 -204 (((48:47) (-50:-52):-49:46) (-51: + 49:48:-50):44:-45) ((-58:53:-67) (-44:-49:67):-63:46:-52) ((-58:53: + -67) (-44:-49:67):47:46:66) ((56:-66:-109) (108:48:67:109):103:-60: + -44) ((71:(58:-44:-113) (-110:-51:113)) (111:-44:113:-51):112:114) + ((-79:(-69:78:-67) (-44:49:67)) (-68:-67:49:78):64:-59) ((71:-70:-67) + (-44:-58:67):-59:79:64) (85:84:-67:78:69:68) (87:86:(-67:78:69:68) + (-67:-58:71:70)) (-89:-88:-67:78:69:68) (-62:((59:-53:54) (61:57:-54) + :-63:46) ((-53:-64:54) (-65:57:-54):46:66)) (75:-74:73:71:-72:51) + (-96:-92:-93:(100:-99:72) (-101:51:72)) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1372.083, -1180.893, -165.260, -56.816) + %Enclosed cells : (3, 4, 5, 6, 7, 8, 9, 10, 12, 13, 15, 16, 70) +cell 86 0 void 201 -189 191 -202 204 -199 ((-44:-66:-109) (48:108:-102:109): + -60:103:56) ((-63:(-52:56:-57) (61:-54:57)) (66:(-65:-54:57) (47:56: + -57)):46:-62) (-170:-169:168:167:-166:120) %Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1372.083, -1180.893, -56.816, 51.628) + %Enclosed cells : (4, 5, 15, 70) +cell 87 0 void 201 -189 202 -198 204 -199 ((-65:(58:48:-113) (-153:-51:113)) + (-152:113:48:-51):-149:55) ((-65:(58:48:-113) (157:-51:113)) (-184: + -156:113:48:-51):149:-54) ((66:(56:-60:62) (57:46:-62)) (-58:55:48: + 60):-65:-54) ((49:-68) (-69:-70):-67:48:109:102) ((-44:-66:-109) + (108:48:-102:109):103:-60:56) (47:56:46:-62:-57:66) (-96:-148:(95: + -94:76:55) (100:-99:76:55) (-101:51:76:55)) (-74:73:-65:-76:51:55: + -54) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(987.871, 1155.073, -1180.893, -989.703, -56.816, 51.628) + %Enclosed cells : (5, 8, 15, 50, 52, 54, 56, 60, 70) +cell 88 0 void 188 -203 200 -195 199 -205 (23:((36:34) (-36:-37) (-34:35) + (37:40):-175:-42:-22:-33) (-24:(5:(-43:(34:33:36) (39:-37:-36)) (35: + -34:33)) (38:(-36:-37:33) (40:37:33)) (41:40:39:37)) ((-37:-36) (37: + 40):-26:-39:-38)) ((-37:-36) (37:40):28:-27:-39:-38) ((-37:-36) (37: + 40):30:-29:-39:-38) (-163:-162:165:164:161:-160) (120:-170:-169:168: + 167:-166) %Automatic Generated Void Cell. Enclosure(486.263, 653.466, -798.513, -607.323, 51.628, 160.073) + %Enclosed cells : (2, 69, 70) +cell 89 0 void 188 -203 200 -195 205 -193 (((20:21) (8:9):-11:-12) ((20:21) + (8:9):7:-13) (-4:(-10:(20:21) (8:9)) (7:(-9:-14) (-15:-20) (-21:5) + (-8:-6)) (-16:15:14)) (-18:17:15:14) (19:15:14:7):-1:3) (-2:-4:-6:7: + 5:1) (165:164:-163:-162:161:-160) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(486.263, 653.466, -798.513, -607.323, 160.073, 268.517) + %Enclosed cells : (1, 69, 70) +cell 90 0 void 197 -201 191 -206 192 -204 ((46:-52:-49) (-51:48:49):-45:44: + -50) (-63:((59:-53:54) (57:61:-54):-62:46) ((59:-53:54) (56:61:-54): + 62:-60)) ((46:-52:-49) (-60:59:49):-44:-63:67) (((61:52) (-61:59):49: + -68) ((61:52) (-61:59):-69:-70) (-58:-63:46:-52):-67:53) (-59:(64: + ((49:-68) (-79:-69):-67:78) (-44:-79:49:67)) ((49:-68) (-69:-79):81: + 71:-78)) ((-69:-70) (-68:49) (106:-107):102:-50:-105:-67) ((63:56: + 105) (-104:-50:67:-105):103:-60:-44) (-91:-90:-67:69:78:68) (120: + -170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(820.668, 987.871, -1372.083, -1276.488, -165.260, -56.816) + %Enclosed cells : (3, 4, 6, 9, 14, 70) +cell 91 0 void 207 -201 206 -202 192 -204 ((59:-53:54) (61:56:-54):62:-63: + -60) ((63:56:105) (-104:-50:67:-105):103:-60:-44) ((71:(58:-44:-113) + (-110:-51:113)) (111:-44:113:-51):112:114) ((-61:-70:-69:59) (-52:46: + -58:-63):-67:53) (-60:49:-44:59:67:-63) (-59:(64:(49:(-68:78:-67) + (-44:-79:67)) (-69:-67:-79:78)) (81:71:-69:-78:-79)) ((71:-70:-67) + (-44:-58:67):-59:79:64) (87:86:-67:-58:71:70) (-89:-88:(-67:78:69:68) + (-67:-58:71:70)) (-91:-90:(-67:69:78:68) (70:-67:71:-58)) (48:-45: + 49:-50:-51:44) (75:-74:73:71:-72:51) (-96:-92:-93:(100:-99:72) (-101: + 51:72)) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(904.269, 987.871, -1276.488, -1180.893, -165.260, -56.816) + %Enclosed cells : (3, 4, 6, 8, 9, 10, 12, 13, 14, 16, 70) +cell 92 0 void 201 -208 202 -209 192 -204 ((71:(58:-44:-113) (-110:-51:113)) + (111:-44:113:-51):112:114) ((71:(58:-44:-113) (157:-51:113)) (-187: + -156:-44:113:-51):64:-112) ((-79:(-44:49:67) (-69:78:-67)) (-68:-67: + 49:78) (79:(71:-70:-67) (-58:-44:67)):64:-59) ((78:69:68) (-58:71:70) + :85:84:-67) (83:82:-67:-58:71:70) (87:86:-67:-58:71:70) (66:(49:-44: + -60:-64:67) (47:46:-58:53:-67) (62:54:-64:-53:-60)) ((-94:95) (-99: + 100) (51:-101):-96:-93:-92:72) (-50:48:-45:49:-51:44) (75:-74:73:71: + -72:51) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1180.893, -1085.298, -165.260, -56.816) + %Enclosed cells : (3, 5, 7, 8, 9, 10, 11, 12, 13, 16, 62, 70) +cell 93 0 void 208 -189 202 -209 192 -204 ((47:46:-49) (-51:-50:49):-45:44: + 48) (66:((62:-60) (-62:46):-53:-64:54) ((56:-60:62) (57:46:-62):-54: + -65)) (-65:-67:-69:-70:-47:53) (-65:-67:-68:-47:49:53) (-64:((49:-68) + (-69:-70):53:65:-67) (-60:-44:66:49:67)) ((-44:-49:67) (-58:53:-67): + 46:47:66) (64:((49:-68) (-69:-79):80:71:-78) (-59:((49:-68) (-79:-69) + :-67:78) (-44:-79:49:67))) ((71:-70:-67) (-44:-58:67):-59:79:64) + ((-69:-70) (-68:49):102:48:109:-67) ((56:-66:-109) (108:48:67:109): + 103:-60:-44) (83:82:(-67:78:69:68) (-67:-58:71:70)) (85:84:-67:78:69: + 68) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(1071.472, 1155.073, -1180.893, -1085.298, -165.260, -56.816) + %Enclosed cells : (3, 5, 7, 9, 10, 15, 70) +cell 94 0 void 208 -189 209 -198 192 -204 (((-113:58) (-181:-156:-51:113): + -44:48) (157:113:-51):-64:53) ((-58:48:60) (62:66:-60):-53:-64:54) + ((56:62:66:-60) (55:-58:48:60):-54:-65) ((-58:48:60) (49:66:-60):-44: + -64:67) ((60:(-66:48) (-47:-65)) (46:47:66):53:-58:-67) ((56:-66: + -109) (108:48:67:109):103:-60:-44) ((-65:(58:48:-113) (157:-51:113)) + (-184:-156:113:48:-51):-54:149) ((-64:(58:48:-113) (157:-51:113)) + (-185:-156:113:48:-51):54:-53) (102:-70:-69:-67:48:109) (-50:-45:49: + 48:-51:44) (79:-59:64:-44:-58:67) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(1071.472, 1155.073, -1085.298, -989.703, -165.260, -56.816) + %Enclosed cells : (3, 5, 7, 10, 15, 58, 60, 70) +cell 95 0 void 197 -207 206 -202 192 -210 ((-58:-50:60) (49:-63:-60):-44:59: + 67) ((-58:(60:(52:61) (63:-50)) (46:-52:-63)) (-69:-70:59:-61):-67: + 53) (-58:(79:64:-44:-59:67) (-91:-90:71:70:-67)) ((56:63:105) (-104: + -50:67:-105):103:-60:-44) ((71:(58:-44:-113) (-110:-51:113)) (111: + -44:113:-51):114:112) (((-113:58) (-180:-155:-51:113):-44:-50) (154: + 113:-51):53:59) ((71:(58:-44:-113) (154:-51:113)) (-186:-155:-44:113: + -51):-114:-59) (48:-45:49:-50:-51:44) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1276.488, -1180.893, -165.260, -111.038) + %Enclosed cells : (3, 6, 10, 14, 16, 57, 61, 70) +cell 96 0 void 201 -208 209 -198 192 -210 ((48:-58:60) (49:66:-60):-44:-64: + 67) ((-65:60:-47) (46:66:47):53:-58:-67) (((-113:58) (-181:-156:-51: + 113):-44:48) (157:113:-51):-64:53) ((71:(58:-44:-113) (157:-51:113)) + (-187:-156:-44:113:-51):64:-112) (-50:-45:49:48:-51:44) (120:-170: + -169:168:167:-166) (-59:79:64:-44:-58:67) %Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1085.298, -989.703, -165.260, -111.038) + %Enclosed cells : (3, 7, 10, 58, 62, 70) +cell 97 0 void 197 -207 206 -211 210 -204 (((-113:58) (-180:-155:-51:113): + -44:-50) (154:113:-51):59:53) ((59:-53:54) (55:61:-54):60:-58:-50) + ((59:-53:54) (56:61:-54):62:-63:-60) ((61:(58:-50:-113) (154:-51:113) + ) (-182:-155:113:-50:-51):-54:149) ((59:(154:-51:113) (58:-50:-113)) + (-183:-155:113:-50:-51):-53:54) (-67:(53:(-58:(60:(52:61) (63:-50)) + (46:-52:-63)) (-69:59:-70:-61)) (-91:-90:71:70:-58)) ((75:(59:54:-71) + (61:55:-77:-54) (73:-72:71)) (-75:97):51:-74) ((-93:(-176:-97:-72) + (-96:-92:72)) (-93:(-178:-97:-77) (-147:55:77)) (158:-97:93):51:-101) + (105:103:63:56:-44:-60) (-114:58:71:-44:-113:-59) (120:-170:-169: + 168:167:-166) %Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1276.488, -1228.691, -111.038, -56.816) + %Enclosed cells : (4, 6, 8, 10, 13, 14, 17, 53, 57, 59, 61, 67, 70) +cell 98 0 void 197 -207 211 -202 210 -204 ((-97:-176:-72) (-92:-96:72):-93: + 100:-99) ((-97:-176:-72) (-92:-96:72):-93:-101:51) ((-44:58:-113) + (-110:-51:113):112:71:114) ((-147:55:77) (-178:-97:-77):-93:100:-99) + (((-113:58) (-180:-155:-51:113):-44:-50) (154:113:-51):53:59) ((154: + -51:113) (58:-50:-113):59:54:-53) ((154:-51:113) (-44:58:-113):-59: + 71:-114) (158:(-97:-99:93:100) (-97:93:-101:51)) (-74:((59:54:-71) + (61:55:-77:-54) (73:-72:71):51:75) (-75:51:97)) (-91:-90:70:-67:71: + -58) (120:-170:-169:168:167:-166) %Automatic Generated Void Cell. Enclosure(820.668, 904.269, -1228.691, -1180.893, -111.038, -56.816) + %Enclosed cells : (8, 10, 12, 13, 16, 17, 51, 57, 59, 61, 65, 67, 70) +cell 99 0 void 201 -208 209 -212 210 -204 ((60:-65:-47) (46:66:47):-67:-58: + 53) (((-113:58) (-181:-156:-51:113):-44:48) (157:113:-51):-64:53) + ((-44:58:-113) (157:-51:113):-112:71:64) ((-58:48:60) (62:66:-60): + -53:-64:54) (55:-65:60:48:-54:-58) ((58:48:-113) (157:-51:113):-53: + -64:54) ((58:48:-113) (157:-51:113):149:-65:-54) (-74:((-64:54:-71) + (55:-76:-65:-54) (75:-72:71):51:73) (-73:51:98)) (95:-94:-96:72:-92: + -93) (100:-99:-96:-92:72:-93) (-101:((-93:-92:72) (-177:-98:-72):51: + -96) ((-148:55:76) (-179:-98:-76):51:-96) (159:96:-98:51)) (120:-170: + -169:168:167:-166) %Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1085.298, -1037.501, -111.038, -56.816) + %Enclosed cells : (5, 7, 8, 11, 12, 13, 18, 54, 58, 60, 62, 68, 70) +cell 100 0 void 201 -208 212 -198 210 -204 ((73:(-64:54:-71) (-65:55:-76:-54) + (75:-72:71)) (-73:98):51:-74) ((-96:(-177:-98:-72) (-93:-92:72)) + (-96:(-179:-98:-76) (55:-148:76)) (159:96:-98):-94:95) ((-96:(-177: + -98:-72) (-93:-92:72)) (-96:(-179:-98:-76) (55:-148:76)) (159:96:-98) + :-99:100) (120:-170:-169:168:167:-166) (-181:53:113:48:-44:-156:-64: + -51) %Automatic Generated Void Cell. Enclosure(987.871, 1071.472, -1037.501, -989.703, -111.038, -56.816) + %Enclosed cells : (8, 11, 12, 18, 50, 52, 58, 64, 66, 70) +cell 101 0 void -213 (-188:194:-190:195:-192:193) %Graveyard_in +cell 102 0 outside 213 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 1.7060000e+02 +surf 2 pz 1.6770000e+02 +surf 3 pz 1.7090000e+02 +surf 4 plane -7.6604444e-01 -6.4278761e-01 -4.0000000e-14 -7.2400000e+01 +surf 5 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.2600000e+02 +surf 6 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 8.8700000e+02 +surf 7 plane -7.6604444e-01 -6.4278761e-01 -4.0000000e-14 7.2400000e+01 +surf 8 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -8.9406160e+02 +surf 9 plane 6.4278761e-01 -7.6604444e-01 -0.0000000e+00 8.9596160e+02 +surf 10 plane 7.6604444e-01 6.4278761e-01 0.0000000e+00 3.7500000e+01 +surf 11 plane 7.6604444e-01 6.4278761e-01 0.0000000e+00 -2.8700000e+01 +surf 12 plane -7.6604444e-01 -6.4278761e-01 0.0000000e+00 -2.8700000e+01 +surf 13 plane -7.6604444e-01 -6.4278761e-01 0.0000000e+00 3.7500000e+01 +surf 14 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.0131160e+02 +surf 15 plane 6.4278761e-01 -7.6604444e-01 -0.0000000e+00 9.1171160e+02 +surf 16 plane 7.6604444e-01 6.4278761e-01 0.0000000e+00 3.4050000e+01 +surf 17 plane -7.6604444e-01 -6.4278761e-01 0.0000000e+00 3.2150000e+01 +surf 18 plane -7.6604444e-01 -6.4278761e-01 0.0000000e+00 -3.2150000e+01 +surf 19 plane 7.6604444e-01 6.4278761e-01 0.0000000e+00 -3.4050000e+01 +surf 20 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.1706160e+02 +surf 21 plane 6.4278761e-01 -7.6604444e-01 -0.0000000e+00 9.1896160e+02 +surf 22 pz -4.8181895e+00 +surf 23 pz 1.1658561e+02 +surf 24 pz 1.5000000e+01 +surf 25 pz 2.5450000e+01 +surf 26 pz 1.0855000e+02 +surf 27 pz 7.1400000e+01 +surf 28 pz 9.8150000e+01 +surf 29 pz 3.5850000e+01 +surf 30 pz 6.2600000e+01 +surf 31 pz 1.5400000e+01 +surf 32 pz 1.6900000e+01 +surf 33 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.0280000e+02 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121.846819288863315 109.159999999999997 + 7658.864799507565294 +surf quadratic 0.586824088833312 0.413175911166688 1.000000000000000 + 0.984807753012262 -0.000000000000000 0.000000000000000 + -145.211384641605292 -121.846819295551569 109.159999999999997 + 7658.864800493757684 +surf quadratic 0.586824088833312 0.413175911166688 1.000000000000000 + 0.984807753012262 -0.000000000000000 0.000000000000000 + -145.211384641605292 -121.846819295551569 109.159999999999997 + 8043.464800493758958 +surf quadratic 0.586824088833465 0.413175911166535 1.000000000000000 + 0.984807753012208 0.000000000000000 0.000000000000000 + 193.656035220472091 162.496707728752398 172.800000000000210 + 23318.709999999093270 +surf quadratic 0.586824088833466 0.413175911166534 1.000000000000000 + 0.984807753012208 0.000000000000000 0.000000000000000 + -193.656035220482465 -162.496707728760896 172.800000000000210 + 23318.710000000788568 +surf 160 pz -6.4689000e+01 +surf 161 pz 1.9141400e+02 +surf 162 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 8.7845300e+02 +surf 163 plane -7.6604444e-01 -6.4278761e-01 0.0000000e+00 -1.0051700e+02 +surf 164 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.3570500e+02 +surf 165 plane -7.6604444e-01 -6.4278761e-01 0.0000000e+00 1.0103300e+02 +surf 166 pz -1.6426000e+02 +surf 167 pz 2.6751700e+02 +surf 168 plane -7.6604444e-01 -6.4278761e-01 0.0000000e+00 2.2188200e+02 +surf 169 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 1.0732370e+03 +surf 170 plane -7.6604444e-01 -6.4278761e-01 0.0000000e+00 -1.9629800e+02 +surf 171 pz -1.3417000e+01 +surf 172 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 2.6019650e+03 +surf 173 plane 7.6604444e-01 6.4278761e-01 0.0000000e+00 -1.0960600e+02 +surf 174 plane 7.6604444e-01 6.4278761e-01 0.0000000e+00 1.0720700e+02 +surf 175 plane 6.4273975e-01 -7.6598740e-01 1.2202912e-02 8.9314550e+02 +surf 176 plane -6.5404210e-02 -5.4880649e-02 -9.9634854e-01 1.0508347e+02 +surf 177 plane 6.5404210e-02 5.4880649e-02 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py -1.7544636e+03 +surf 197 px 8.2066817e+02 +surf 198 py -9.8970318e+02 +surf 199 pz 5.1628500e+01 +surf 200 py -7.9851307e+02 +surf 201 px 9.8787078e+02 +surf 202 py -1.1808933e+03 +surf 203 px 6.5346555e+02 +surf 204 pz -5.6815750e+01 +surf 205 pz 1.6007275e+02 +surf 206 py -1.2764883e+03 +surf 207 px 9.0426947e+02 +surf 208 px 1.0714721e+03 +surf 209 py -1.0852982e+03 +surf 210 pz -1.1103788e+02 +surf 211 py -1.2286908e+03 +surf 212 py -1.0375007e+03 +surf 213 sph 1.1550734e+03 -1.3720834e+03 5.1628500e+01 1.0596257e+03 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/rails/rails.xml b/tests/regression_test_files/Misc/rails/rails.xml new file mode 100644 index 00000000..c2bdece3 --- /dev/null +++ b/tests/regression_test_files/Misc/rails/rails.xml @@ -0,0 +1,318 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + 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Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/sphereBarCyl1.stp +$ +$ Creation Date : 2024-05-27 14:57:25.251357 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 12 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 5 4 -3 -2 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -12 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 12 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PY 3.0000000e-01 +2 P 7.0710678e-01 -0.0000000e+00 7.0710678e-01 1.2121320e+00 +3 GQ 0.500000000000000 1.000000000000000 0.500000000000000 + 0.000000000000000 0.000000000000000 -1.000000000000000 + 0.100000000000000 -0.400000000000000 -0.100000000000000 + 0.005000000000000 +4 S 0.0000000e+00 3.0000000e-01 1.0000000e-01 5.0000000e-01 +5 P 6.8994029e-01 -2.1900866e-01 6.8994029e-01 3.2914309e-03 +6 PX -8.8060789e-01 +7 PX 1.9485281e+00 +8 PY -1.0696367e+00 +9 PY 1.4324129e+00 +10 PZ -7.5862919e-01 +11 PZ 2.0485281e+00 +12 S 5.3396012e-01 1.8138806e-01 6.4494947e-01 2.3999494e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.mcnp b/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.mcnp new file mode 100644 index 00000000..5d675f9f --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.mcnp @@ -0,0 +1,71 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/sphereBarCyl1.stp +C +C Creation Date : 2024-05-27 14:57:25.249002 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 12 +C Materials : 0 +C +C ************************************************************** +1 0 5 4 -3 -2 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 6 -7 8 -9 10 -11 (-5:-4:3:2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-0.881, 1.949, -1.070, 1.432, -0.759, 2.049) + $Enclosed cells : (1) +3 0 -12 (-6:7:-8:9:-10:11) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 12 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PY 3.0000000e-01 +2 P 7.0710678e-01 -0.0000000e+00 7.0710678e-01 1.2121320e+00 +3 GQ 0.500000000000000 1.000000000000000 0.500000000000000 + 0.000000000000000 0.000000000000000 -1.000000000000000 + 0.100000000000000 -0.400000000000000 -0.100000000000000 + 0.005000000000000 +4 S 0.0000000e+00 3.0000000e-01 1.0000000e-01 5.0000000e-01 +5 P 6.8994029e-01 -2.1900866e-01 6.8994029e-01 3.2914309e-03 +6 PX -8.8060789e-01 +7 PX 1.9485281e+00 +8 PY -1.0696367e+00 +9 PY 1.4324129e+00 +10 PZ -7.5862919e-01 +11 PZ 2.0485281e+00 +12 S 5.3396012e-01 1.8138806e-01 6.4494947e-01 2.3999494e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -8.8060789e-01 1.9485281e+00 +C SI2 -1.0696367e+00 1.4324129e+00 +C SI3 -7.5862919e-01 2.0485281e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=12 WGT=1.8094811e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 8.4578436e-02 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.py b/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.py new file mode 100644 index 00000000..0d29242c --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.py @@ -0,0 +1,29 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=0.30000000000000004) +S2 = openmc.Plane(a=0.7071067811865476,b=-0.0,c=0.7071067811865476,d=1.2121320343558972) +S3 = openmc.Cylinder(x0=0.1,y0=0.2,z0=0.2,r=0.2,dx=0.7071067811865476,dy=0.0,dz=0.7071067811865476) +S4 = openmc.Sphere(x0=0.0,y0=0.30000000000000004,z0=0.1,r=0.5) +S5 = openmc.Plane(a=0.6899402905873934,b=-0.2190086598684918,c=0.689940288957523,d=0.0032914309352047645) +S6 = openmc.XPlane(x0=-0.8806078918683564) +S7 = openmc.XPlane(x0=1.9485281374238597) +S8 = openmc.YPlane(y0=-1.0696367414507255) +S9 = openmc.YPlane(y0=1.4324128622454548) +S10 = openmc.ZPlane(z0=-0.7586291902410247) +S11 = openmc.ZPlane(z0=2.0485281374238595) +S12 = openmc.Sphere(x0=0.5339601227777516,y0=0.18138806039736466,z0=0.6449494735914175,r=2.3999494118665328, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S5 & +S4 & -S3 & -S2))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-0.881, 1.949, -1.070, 1.432, -0.759, 2.049). Enclosed cells : (1)", region=(+S6 & -S7 & +S8 & -S9 & +S10 & -S11 & (-S5 | -S4 | +S3 | +S2))) +C3 = openmc.Cell(name="", region=(-S12 & (-S6 | +S7 | -S8 | +S9 | -S10 | +S11))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.serp b/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.serp new file mode 100644 index 00000000..350aba75 --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.serp @@ -0,0 +1,49 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/sphereBarCyl1.stp +% +% Creation Date : 2024-05-27 14:57:25.250422 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 12 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 5 4 -3 -2% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 6 -7 8 -9 10 -11 (-5:-4:3:2) %Automatic Generated Void Cell. Enclosure(-0.881, 1.949, -1.070, 1.432, -0.759, 2.049) + %Enclosed cells : (1) +cell 3 0 void -12 (-6:7:-8:9:-10:11) %Graveyard_in +cell 4 0 outside 12 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py 3.0000000e-01 +surf 2 plane 7.0710678e-01 -0.0000000e+00 7.0710678e-01 1.2121320e+00 +surf quadratic 0.500000000000000 1.000000000000000 0.500000000000000 + 0.000000000000000 0.000000000000000 -1.000000000000000 + 0.100000000000000 -0.400000000000000 -0.100000000000000 + 0.005000000000000 +surf 4 sph 0.0000000e+00 3.0000000e-01 1.0000000e-01 5.0000000e-01 +surf 5 plane 6.8994029e-01 -2.1900866e-01 6.8994029e-01 3.2914309e-03 +surf 6 px -8.8060789e-01 +surf 7 px 1.9485281e+00 +surf 8 py -1.0696367e+00 +surf 9 py 1.4324129e+00 +surf 10 pz -7.5862919e-01 +surf 11 pz 2.0485281e+00 +surf 12 sph 5.3396012e-01 1.8138806e-01 6.4494947e-01 2.3999494e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.xml b/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.xml new file mode 100644 index 00000000..255c39a6 --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarCyl1/sphereBarCyl1.xml @@ -0,0 +1,19 @@ + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.inp b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.inp new file mode 100644 index 00000000..ea5d5eac --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.inp @@ -0,0 +1,72 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/sphereBarCyl2.stp +$ +$ Creation Date : 2024-05-27 14:57:34.515810 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 11 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 3 4 -2 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -11 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 11 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 5.0000000e-01 -7.0710678e-01 5.0000000e-01 1.0085786e+00 +2 GQ 0.750000000000160 0.499999999999680 0.750000000000160 + 0.707106781186548 0.707106781186547 -0.499999999999680 + -0.191421356237406 -0.412132034355836 -0.391421356237406 + 0.049926406871194 +3 S 0.0000000e+00 3.0000000e-01 1.0000000e-01 5.0000000e-01 +4 P 5.3094375e-01 -6.6045257e-01 5.3094363e-01 -1.4504141e-01 +5 PX -9.4816117e-01 +6 PX 1.7732051e+00 +7 PY -1.6485281e+00 +8 PY 1.1901326e+00 +9 PZ -8.3639696e-01 +10 PZ 1.8732051e+00 +11 S 4.1252196e-01 -2.2919778e-01 5.1840406e-01 2.4355249e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.mcnp b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.mcnp new file mode 100644 index 00000000..4327d384 --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.mcnp @@ -0,0 +1,70 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/sphereBarCyl2.stp +C +C Creation Date : 2024-05-27 14:57:34.513398 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 11 +C Materials : 0 +C +C ************************************************************** +1 0 3 4 -2 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 5 -6 7 -8 9 -10 (-3:-4:2:1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-0.948, 1.773, -1.649, 1.190, -0.836, 1.873) + $Enclosed cells : (1) +3 0 -11 (-5:6:-7:8:-9:10) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 11 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 5.0000000e-01 -7.0710678e-01 5.0000000e-01 1.0085786e+00 +2 GQ 0.750000000000160 0.499999999999680 0.750000000000160 + 0.707106781186548 0.707106781186547 -0.499999999999680 + -0.191421356237406 -0.412132034355836 -0.391421356237406 + 0.049926406871194 +3 S 0.0000000e+00 3.0000000e-01 1.0000000e-01 5.0000000e-01 +4 P 5.3094375e-01 -6.6045257e-01 5.3094363e-01 -1.4504141e-01 +5 PX -9.4816117e-01 +6 PX 1.7732051e+00 +7 PY -1.6485281e+00 +8 PY 1.1901326e+00 +9 PZ -8.3639696e-01 +10 PZ 1.8732051e+00 +11 S 4.1252196e-01 -2.2919778e-01 5.1840406e-01 2.4355249e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -9.4816117e-01 1.7732051e+00 +C SI2 -1.6485281e+00 1.1901326e+00 +C SI3 -8.3639696e-01 1.8732051e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=11 WGT=1.8635241e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 8.6986418e-02 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.py b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.py new file mode 100644 index 00000000..85166e41 --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.py @@ -0,0 +1,28 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.49999999999984,b=-0.7071067811867737,c=0.49999999999984,d=1.0085786437625637) +S2 = openmc.Cylinder(x0=0.1,y0=0.2,z0=0.2,r=0.2,dx=0.4999999999998401,dy=-0.7071067811867738,dz=0.4999999999998401) +S3 = openmc.Sphere(x0=0.0,y0=0.30000000000000004,z0=0.1,r=0.5) +S4 = openmc.Plane(a=0.5309437459891384,b=-0.6604525688677342,c=0.5309436343634155,d=-0.1450414072239787) +S5 = openmc.XPlane(x0=-0.9481611689853576) +S6 = openmc.XPlane(x0=1.7732050807569064) +S7 = openmc.YPlane(y0=-1.6485281374240381) +S8 = openmc.YPlane(y0=1.19013257202797) +S9 = openmc.ZPlane(z0=-0.8363969626101307) +S10 = openmc.ZPlane(z0=1.873205080756906) +S11 = openmc.Sphere(x0=0.4125219558857744,y0=-0.22919778269803404,z0=0.5184040590733877,r=2.4355248569749888, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S3 & +S4 & -S2 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-0.948, 1.773, -1.649, 1.190, -0.836, 1.873). Enclosed cells : (1)", region=(+S5 & -S6 & +S7 & -S8 & +S9 & -S10 & (-S3 | -S4 | +S2 | +S1))) +C3 = openmc.Cell(name="", region=(-S11 & (-S5 | +S6 | -S7 | +S8 | -S9 | +S10))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.serp b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.serp new file mode 100644 index 00000000..22d9f97a --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.serp @@ -0,0 +1,48 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/sphereBarCyl2.stp +% +% Creation Date : 2024-05-27 14:57:34.514874 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 11 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 3 4 -2 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 5 -6 7 -8 9 -10 (-3:-4:2:1) %Automatic Generated Void Cell. Enclosure(-0.948, 1.773, -1.649, 1.190, -0.836, 1.873) + %Enclosed cells : (1) +cell 3 0 void -11 (-5:6:-7:8:-9:10) %Graveyard_in +cell 4 0 outside 11 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 5.0000000e-01 -7.0710678e-01 5.0000000e-01 1.0085786e+00 +surf quadratic 0.750000000000160 0.499999999999680 0.750000000000160 + 0.707106781186548 0.707106781186547 -0.499999999999680 + -0.191421356237406 -0.412132034355836 -0.391421356237406 + 0.049926406871194 +surf 3 sph 0.0000000e+00 3.0000000e-01 1.0000000e-01 5.0000000e-01 +surf 4 plane 5.3094375e-01 -6.6045257e-01 5.3094363e-01 -1.4504141e-01 +surf 5 px -9.4816117e-01 +surf 6 px 1.7732051e+00 +surf 7 py -1.6485281e+00 +surf 8 py 1.1901326e+00 +surf 9 pz -8.3639696e-01 +surf 10 pz 1.8732051e+00 +surf 11 sph 4.1252196e-01 -2.2919778e-01 5.1840406e-01 2.4355249e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.xml b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.xml new file mode 100644 index 00000000..e1b3bc55 --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarCyl2/sphereBarCyl2.xml @@ -0,0 +1,18 @@ + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.inp b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.inp new file mode 100644 index 00000000..899d7902 --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.inp @@ -0,0 +1,72 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/sphereBarRec.stp +$ +$ Creation Date : 2024-05-27 14:57:37.125833 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 14 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 3 6 7 -5 -4 -2 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -14 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 14 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 0.0000000e+00 +2 PZ 4.0000000e-01 +3 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 0.0000000e+00 +4 P 7.0710678e-01 7.0710678e-01 0.0000000e+00 5.0000000e+00 +5 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 5.0000000e-01 +6 S 0.0000000e+00 3.0000000e-01 1.0000000e-01 5.0000000e-01 +7 P 6.1946226e-01 7.4973560e-01 2.3272953e-01 2.4819363e-01 +8 PX -1.0089638e+00 +9 PX 4.5355339e+00 +10 PY -6.1020842e-01 +11 PY 4.8890873e+00 +12 PZ -1.0000000e+00 +13 PZ 1.4000000e+00 +14 S 1.7632850e+00 2.1394394e+00 2.0000000e-01 4.1665380e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.mcnp b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.mcnp new file mode 100644 index 00000000..e19e7310 --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.mcnp @@ -0,0 +1,70 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/sphereBarRec.stp +C +C Creation Date : 2024-05-27 14:57:37.123445 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 14 +C Materials : 0 +C +C ************************************************************** +1 0 1 3 6 7 -5 -4 -2 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 8 -9 10 -11 12 -13 (-1:-3:-6:-7:5:4:2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.009, 4.536, -0.610, 4.889, -1.000, 1.400) + $Enclosed cells : (1) +3 0 -14 (-8:9:-10:11:-12:13) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 14 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 0.0000000e+00 +2 PZ 4.0000000e-01 +3 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 0.0000000e+00 +4 P 7.0710678e-01 7.0710678e-01 0.0000000e+00 5.0000000e+00 +5 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 5.0000000e-01 +6 S 0.0000000e+00 3.0000000e-01 1.0000000e-01 5.0000000e-01 +7 P 6.1946226e-01 7.4973560e-01 2.3272953e-01 2.4819363e-01 +8 PX -1.0089638e+00 +9 PX 4.5355339e+00 +10 PY -6.1020842e-01 +11 PY 4.8890873e+00 +12 PZ -1.0000000e+00 +13 PZ 1.4000000e+00 +14 S 1.7632850e+00 2.1394394e+00 2.0000000e-01 4.1665380e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0089638e+00 4.5355339e+00 +C SI2 -6.1020842e-01 4.8890873e+00 +C SI3 -1.0000000e+00 1.4000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=14 WGT=5.4538170e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 8.6749068e-01 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.py b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.py new file mode 100644 index 00000000..4d3f9671 --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.py @@ -0,0 +1,31 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=0.0) +S2 = openmc.ZPlane(z0=0.4) +S3 = openmc.Plane(a=-0.7071067811865476,b=0.7071067811865476,c=0.0,d=0.0) +S4 = openmc.Plane(a=0.7071067811865476,b=0.7071067811865476,c=0.0,d=4.999999999999948) +S5 = openmc.Plane(a=-0.7071067811865476,b=0.7071067811865476,c=0.0,d=0.5000000000000372) +S6 = openmc.Sphere(x0=0.0,y0=0.30000000000000004,z0=0.1,r=0.5) +S7 = openmc.Plane(a=0.6194622634933904,b=0.7497355987559993,c=0.23272953414989817,d=0.2481936330417896) +S8 = openmc.XPlane(x0=-1.008963833247093) +S9 = openmc.XPlane(x0=4.535533905932701) +S10 = openmc.YPlane(y0=-0.6102084238345253) +S11 = openmc.YPlane(y0=4.88908729652605) +S12 = openmc.ZPlane(z0=-1.0000000000000124) +S13 = openmc.ZPlane(z0=1.4000000000000445) +S14 = openmc.Sphere(x0=1.763285036342804,y0=2.139439436345763,z0=0.20000000000001608,r=4.166537964160894, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S3 & +S6 & +S7 & -S5 & -S4 & -S2))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.009, 4.536, -0.610, 4.889, -1.000, 1.400). Enclosed cells : (1)", region=(+S8 & -S9 & +S10 & -S11 & +S12 & -S13 & (-S1 | -S3 | -S6 | -S7 | +S5 | +S4 | +S2))) +C3 = openmc.Cell(name="", region=(-S14 & (-S8 | +S9 | -S10 | +S11 | -S12 | +S13))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.serp b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.serp new file mode 100644 index 00000000..82971de1 --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.serp @@ -0,0 +1,48 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/sphereBarRec.stp +% +% Creation Date : 2024-05-27 14:57:37.124870 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 14 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 3 6 7 -5 -4 -2% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 8 -9 10 -11 12 -13 (-1:-3:-6:-7:5:4:2) %Automatic Generated Void Cell. Enclosure(-1.009, 4.536, -0.610, 4.889, -1.000, 1.400) + %Enclosed cells : (1) +cell 3 0 void -14 (-8:9:-10:11:-12:13) %Graveyard_in +cell 4 0 outside 14 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 0.0000000e+00 +surf 2 pz 4.0000000e-01 +surf 3 plane -7.0710678e-01 7.0710678e-01 0.0000000e+00 0.0000000e+00 +surf 4 plane 7.0710678e-01 7.0710678e-01 0.0000000e+00 5.0000000e+00 +surf 5 plane -7.0710678e-01 7.0710678e-01 0.0000000e+00 5.0000000e-01 +surf 6 sph 0.0000000e+00 3.0000000e-01 1.0000000e-01 5.0000000e-01 +surf 7 plane 6.1946226e-01 7.4973560e-01 2.3272953e-01 2.4819363e-01 +surf 8 px -1.0089638e+00 +surf 9 px 4.5355339e+00 +surf 10 py -6.1020842e-01 +surf 11 py 4.8890873e+00 +surf 12 pz -1.0000000e+00 +surf 13 pz 1.4000000e+00 +surf 14 sph 1.7632850e+00 2.1394394e+00 2.0000000e-01 4.1665380e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.xml b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.xml new file mode 100644 index 00000000..730a1f8e --- /dev/null +++ b/tests/regression_test_files/Misc/sphereBarRec/sphereBarRec.xml @@ -0,0 +1,21 @@ + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Misc/tester/tester.inp b/tests/regression_test_files/Misc/tester/tester.inp new file mode 100644 index 00000000..78b2ba05 --- /dev/null +++ b/tests/regression_test_files/Misc/tester/tester.inp @@ -0,0 +1,195 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/tester.stp +$ +$ Creation Date : 2024-05-27 14:57:36.532900 +$ Solid Cells : 50 +$ Total Cells : 54 +$ Surfaces : 86 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 4 -3 -1 2 +2 0 c0 -5 6 -1 2 +3 0 c0 5 7 -1 -8 -4 2 31 +4 0 c0 32 5 9 -1 -7 -4 2 +5 0 c0 33 5 11 -10 -1 -4 2 +6 0 c0 34 5 8 -11 2 -4 -1 +7 0 c0 35 5 13 -12 -1 -4 2 +8 0 c0 36 5 10 -13 2 -4 -1 +9 0 c0 5 37 15 -14 -1 -4 2 +10 0 c0 5 38 12 -15 2 -4 -1 +11 0 c0 5 39 -16 17 -1 -4 2 +12 0 c0 5 40 14 -17 -1 -4 2 +13 0 c0 5 41 18 19 -1 -4 2 +14 0 c0 5 42 -19 16 2 -4 -1 +15 0 c0 5 -21 43 -20 -1 -4 2 +16 0 c0 5 20 44 -18 2 -4 -1 +17 0 c0 5 -22 45 -1 23 -4 2 +18 0 c0 5 -23 46 21 2 -4 -1 +19 0 c0 5 -24 47 -1 25 -4 2 +20 0 c0 5 -25 48 22 -1 -4 2 +21 0 c0 5 -26 49 -1 27 -4 2 +22 0 c0 -27 5 50 2 24 -4 -1 +23 0 c0 -28 5 51 -1 -4 29 2 +24 0 c0 -29 5 52 2 26 -4 -1 +25 0 c0 5 7 53 2 -1 -4 30 +26 0 c0 -30 5 -4 2 54 28 -1 +27 0 c0 5 11 55 -1 -9 -4 2 +28 0 c0 5 9 -1 -56 -7 -4 2 +29 0 c0 5 13 -1 -8 57 -4 2 +30 0 c0 5 8 -11 2 58 -4 -1 +31 0 c0 5 15 -10 -1 59 -4 2 +32 0 c0 5 10 60 -13 2 -4 -1 +33 0 c0 5 17 -12 -1 -4 61 2 +34 0 c0 5 12 -15 2 62 -4 -1 +35 0 c0 5 -14 19 -1 -4 2 63 +36 0 c0 64 5 14 -17 -1 -4 2 +37 0 c0 65 5 -16 -20 -1 -4 2 +38 0 c0 66 5 -19 16 2 -4 -1 +39 0 c0 67 5 18 -1 23 -4 2 +40 0 c0 -68 5 20 -18 2 -4 -1 +41 0 c0 5 69 -21 -1 25 -4 2 +42 0 c0 5 70 -23 21 2 -4 -1 +43 0 c0 5 71 -22 -1 27 -4 2 +44 0 c0 5 -25 72 22 -1 -4 2 +45 0 c0 5 -24 73 -1 -4 29 2 +46 0 c0 5 -27 74 2 24 -4 -1 +47 0 c0 5 -26 75 2 -1 -4 30 +48 0 c0 -29 5 76 2 26 -4 -1 +49 0 c0 -28 5 77 -1 -9 -4 2 +50 0 c0 -30 5 -4 78 2 28 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +53 0 -86 #1 #2 #3 #4 #5 #6 #7 #8 #9 #10 #11 #12 #13 #14 #15 #16 #17 #18 + #19 #20 #21 #22 #23 #24 #25 #26 #27 #28 #29 #30 #31 #32 #33 #34 #35 + #36 #37 #38 #39 #40 #41 #42 #43 #44 #45 #46 #47 #48 #49 #50 + $Inner void + $VOID CELLs 51-52 merged, so the auto-genarated void definitions are eliminated + +54 -1 86 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 5.0000000e+00 +2 PZ -5.0000000e+00 +3 CZ 127.000000 +4 CZ 123.000000 +5 CZ 105.400000 +6 CZ 101.400000 +7 PY 1.5000000e+00 +8 P -2.5881905e-01 9.6592583e-01 0.0000000e+00 -1.5000000e+00 +9 PY -1.5000000e+00 +10 P -5.0000000e-01 8.6602540e-01 0.0000000e+00 -1.5000000e+00 +11 P -2.5881905e-01 9.6592583e-01 0.0000000e+00 1.5000000e+00 +12 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 -1.5000000e+00 +13 P -5.0000000e-01 8.6602540e-01 0.0000000e+00 1.5000000e+00 +14 P -8.6602540e-01 5.0000000e-01 0.0000000e+00 -1.5000000e+00 +15 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 1.5000000e+00 +16 P -9.6592583e-01 2.5881905e-01 0.0000000e+00 -1.5000000e+00 +17 P -8.6602540e-01 5.0000000e-01 0.0000000e+00 1.5000000e+00 +18 PX 1.5000000e+00 +19 P -9.6592583e-01 2.5881905e-01 0.0000000e+00 1.5000000e+00 +20 PX -1.5000000e+00 +21 P -9.6592583e-01 -2.5881905e-01 0.0000000e+00 -1.5000000e+00 +22 P -8.6602540e-01 -5.0000000e-01 0.0000000e+00 -1.5000000e+00 +23 P -9.6592583e-01 -2.5881905e-01 0.0000000e+00 1.5000000e+00 +24 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -1.5000000e+00 +25 P -8.6602540e-01 -5.0000000e-01 0.0000000e+00 1.5000000e+00 +26 P -5.0000000e-01 -8.6602540e-01 0.0000000e+00 -1.5000000e+00 +27 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.5000000e+00 +28 P -2.5881905e-01 -9.6592583e-01 0.0000000e+00 -1.5000000e+00 +29 P -5.0000000e-01 -8.6602540e-01 0.0000000e+00 1.5000000e+00 +30 P -2.5881905e-01 -9.6592583e-01 0.0000000e+00 1.5000000e+00 +31 P 9.9144486e-01 1.3052619e-01 0.0000000e+00 1.0468349e+02 +32 PX 1.0538933e+02 +33 P 9.2387953e-01 3.8268343e-01 0.0000000e+00 1.0468349e+02 +34 P 9.6592583e-01 2.5881905e-01 0.0000000e+00 1.0538933e+02 +35 P 7.9335334e-01 6.0876143e-01 0.0000000e+00 1.0468349e+02 +36 P 8.6602540e-01 5.0000000e-01 0.0000000e+00 1.0538933e+02 +37 P 6.0876143e-01 7.9335334e-01 0.0000000e+00 1.0468349e+02 +38 P 7.0710678e-01 7.0710678e-01 0.0000000e+00 1.0538933e+02 +39 P 3.8268343e-01 9.2387953e-01 0.0000000e+00 1.0468349e+02 +40 P 5.0000000e-01 8.6602540e-01 0.0000000e+00 1.0538933e+02 +41 P 1.3052619e-01 9.9144486e-01 0.0000000e+00 1.0468349e+02 +42 P 2.5881905e-01 9.6592583e-01 0.0000000e+00 1.0538933e+02 +43 P -1.3052619e-01 9.9144486e-01 0.0000000e+00 1.0468349e+02 +44 PY 1.0538933e+02 +45 P -3.8268343e-01 9.2387953e-01 0.0000000e+00 1.0468349e+02 +46 P -2.5881905e-01 9.6592583e-01 0.0000000e+00 1.0538933e+02 +47 P -6.0876143e-01 7.9335334e-01 0.0000000e+00 1.0468349e+02 +48 P -5.0000000e-01 8.6602540e-01 0.0000000e+00 1.0538933e+02 +49 P -7.9335334e-01 6.0876143e-01 0.0000000e+00 1.0468349e+02 +50 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 1.0538933e+02 +51 P -9.2387953e-01 3.8268343e-01 0.0000000e+00 1.0468349e+02 +52 P -8.6602540e-01 5.0000000e-01 0.0000000e+00 1.0538933e+02 +53 P -9.9144486e-01 1.3052619e-01 0.0000000e+00 1.0468349e+02 +54 P -9.6592583e-01 2.5881905e-01 0.0000000e+00 1.0538933e+02 +55 P -9.9144486e-01 -1.3052619e-01 0.0000000e+00 1.0468349e+02 +56 PX -1.0538933e+02 +57 P -9.2387953e-01 -3.8268343e-01 0.0000000e+00 1.0468349e+02 +58 P -9.6592583e-01 -2.5881905e-01 0.0000000e+00 1.0538933e+02 +59 P -7.9335334e-01 -6.0876143e-01 0.0000000e+00 1.0468349e+02 +60 P -8.6602540e-01 -5.0000000e-01 0.0000000e+00 1.0538933e+02 +61 P -6.0876143e-01 -7.9335334e-01 0.0000000e+00 1.0468349e+02 +62 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.0538933e+02 +63 P -3.8268343e-01 -9.2387953e-01 0.0000000e+00 1.0468349e+02 +64 P -5.0000000e-01 -8.6602540e-01 0.0000000e+00 1.0538933e+02 +65 P -1.3052619e-01 -9.9144486e-01 0.0000000e+00 1.0468349e+02 +66 P -2.5881905e-01 -9.6592583e-01 0.0000000e+00 1.0538933e+02 +67 P 1.3052619e-01 -9.9144486e-01 0.0000000e+00 1.0468349e+02 +68 PY -1.0538933e+02 +69 P 3.8268343e-01 -9.2387953e-01 0.0000000e+00 1.0468349e+02 +70 P 2.5881905e-01 -9.6592583e-01 0.0000000e+00 1.0538933e+02 +71 P 6.0876143e-01 -7.9335334e-01 0.0000000e+00 1.0468349e+02 +72 P 5.0000000e-01 -8.6602540e-01 0.0000000e+00 1.0538933e+02 +73 P 7.9335334e-01 -6.0876143e-01 0.0000000e+00 1.0468349e+02 +74 P 7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.0538933e+02 +75 P 9.2387953e-01 -3.8268343e-01 0.0000000e+00 1.0468349e+02 +76 P 8.6602540e-01 -5.0000000e-01 0.0000000e+00 1.0538933e+02 +77 P 9.9144486e-01 -1.3052619e-01 0.0000000e+00 1.0468349e+02 +78 P 9.6592583e-01 -2.5881905e-01 0.0000000e+00 1.0538933e+02 +79 PX -1.2800000e+02 +80 PX 0.0000000e+00 +81 PY -1.2800000e+02 +82 PY 1.2800000e+02 +83 PZ -6.0000000e+00 +84 PZ 6.0000000e+00 +85 PX 1.2800000e+02 +86 SO 1.8474112e+02 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Misc/tester/tester.mcnp b/tests/regression_test_files/Misc/tester/tester.mcnp new file mode 100644 index 00000000..b3c48811 --- /dev/null +++ b/tests/regression_test_files/Misc/tester/tester.mcnp @@ -0,0 +1,266 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/tester.stp +C +C Creation Date : 2024-05-27 14:57:36.526522 +C Solid Cells : 50 +C Total Cells : 54 +C Surfaces : 86 +C Materials : 0 +C +C ************************************************************** +1 0 4 -3 -1 2 + imp:n=1.0 imp:p=1.0 +2 0 -5 6 -1 2 + imp:n=1.0 imp:p=1.0 +3 0 5 7 -1 -8 -4 2 31 + imp:n=1.0 imp:p=1.0 +4 0 32 5 9 -1 -7 -4 2 + imp:n=1.0 imp:p=1.0 +5 0 33 5 11 -10 -1 -4 2 + imp:n=1.0 imp:p=1.0 +6 0 34 5 8 -11 2 -4 -1 + imp:n=1.0 imp:p=1.0 +7 0 35 5 13 -12 -1 -4 2 + imp:n=1.0 imp:p=1.0 +8 0 36 5 10 -13 2 -4 -1 + imp:n=1.0 imp:p=1.0 +9 0 5 37 15 -14 -1 -4 2 + imp:n=1.0 imp:p=1.0 +10 0 5 38 12 -15 2 -4 -1 + imp:n=1.0 imp:p=1.0 +11 0 5 39 -16 17 -1 -4 2 + imp:n=1.0 imp:p=1.0 +12 0 5 40 14 -17 -1 -4 2 + imp:n=1.0 imp:p=1.0 +13 0 5 41 18 19 -1 -4 2 + imp:n=1.0 imp:p=1.0 +14 0 5 42 -19 16 2 -4 -1 + imp:n=1.0 imp:p=1.0 +15 0 5 -21 43 -20 -1 -4 2 + imp:n=1.0 imp:p=1.0 +16 0 5 20 44 -18 2 -4 -1 + imp:n=1.0 imp:p=1.0 +17 0 5 -22 45 -1 23 -4 2 + imp:n=1.0 imp:p=1.0 +18 0 5 -23 46 21 2 -4 -1 + imp:n=1.0 imp:p=1.0 +19 0 5 -24 47 -1 25 -4 2 + imp:n=1.0 imp:p=1.0 +20 0 5 -25 48 22 -1 -4 2 + imp:n=1.0 imp:p=1.0 +21 0 5 -26 49 -1 27 -4 2 + imp:n=1.0 imp:p=1.0 +22 0 -27 5 50 2 24 -4 -1 + imp:n=1.0 imp:p=1.0 +23 0 -28 5 51 -1 -4 29 2 + imp:n=1.0 imp:p=1.0 +24 0 -29 5 52 2 26 -4 -1 + imp:n=1.0 imp:p=1.0 +25 0 5 7 53 2 -1 -4 30 + imp:n=1.0 imp:p=1.0 +26 0 -30 5 -4 2 54 28 -1 + imp:n=1.0 imp:p=1.0 +27 0 5 11 55 -1 -9 -4 2 + imp:n=1.0 imp:p=1.0 +28 0 5 9 -1 -56 -7 -4 2 + imp:n=1.0 imp:p=1.0 +29 0 5 13 -1 -8 57 -4 2 + imp:n=1.0 imp:p=1.0 +30 0 5 8 -11 2 58 -4 -1 + imp:n=1.0 imp:p=1.0 +31 0 5 15 -10 -1 59 -4 2 + imp:n=1.0 imp:p=1.0 +32 0 5 10 60 -13 2 -4 -1 + imp:n=1.0 imp:p=1.0 +33 0 5 17 -12 -1 -4 61 2 + imp:n=1.0 imp:p=1.0 +34 0 5 12 -15 2 62 -4 -1 + imp:n=1.0 imp:p=1.0 +35 0 5 -14 19 -1 -4 2 63 + imp:n=1.0 imp:p=1.0 +36 0 64 5 14 -17 -1 -4 2 + imp:n=1.0 imp:p=1.0 +37 0 65 5 -16 -20 -1 -4 2 + imp:n=1.0 imp:p=1.0 +38 0 66 5 -19 16 2 -4 -1 + imp:n=1.0 imp:p=1.0 +39 0 67 5 18 -1 23 -4 2 + imp:n=1.0 imp:p=1.0 +40 0 -68 5 20 -18 2 -4 -1 + imp:n=1.0 imp:p=1.0 +41 0 5 69 -21 -1 25 -4 2 + imp:n=1.0 imp:p=1.0 +42 0 5 70 -23 21 2 -4 -1 + imp:n=1.0 imp:p=1.0 +43 0 5 71 -22 -1 27 -4 2 + imp:n=1.0 imp:p=1.0 +44 0 5 -25 72 22 -1 -4 2 + imp:n=1.0 imp:p=1.0 +45 0 5 -24 73 -1 -4 29 2 + imp:n=1.0 imp:p=1.0 +46 0 5 -27 74 2 24 -4 -1 + imp:n=1.0 imp:p=1.0 +47 0 5 -26 75 2 -1 -4 30 + imp:n=1.0 imp:p=1.0 +48 0 -29 5 76 2 26 -4 -1 + imp:n=1.0 imp:p=1.0 +49 0 -28 5 77 -1 -9 -4 2 + imp:n=1.0 imp:p=1.0 +50 0 -30 5 -4 78 2 28 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +51 0 79 -80 81 -82 83 -84 ((18:4:-20:-5:-44 68) (-4:3) (5:-6) (-43:-5: + 21:20:4) (-45:-5:22:-23:4) (-46:-5:23:-21:4) (-47:-5:24:-25:4) (-48: + -5:25:-22:4) (-49:-5:26:-27:4) (-50:27:-5:-24:4) (-51:28:-5:4:-29) + (-52:29:-5:-26:4) (-53:-5:-7:4:-30) (-54:30:-5:4:-28) (-55:-5:-11:9: + 4) (56:-5:-9:7:4) (-57:-5:-13:8:4) (-58:-5:-8:11:4) (-59:-5:-15:10:4) + (-60:-5:-10:13:4) (-61:-5:-17:12:4) (-62:-5:-12:15:4) (-63:-5:14: + -19:4) (-64:-5:-14:17:4) (-65:-5:16:20:4) (-66:-5:19:-16:4):1:-2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-128.000, 0.000, -128.000, 128.000, -6.000, 6.000) + $Enclosed cells : (1, 2, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 40) +52 0 80 -85 81 -82 83 -84 ((-20:-5:4:18:-44 68) (-4:3) (5:-6) (-31:-5: + -7:8:4) (-32:-5:-9:7:4) (-33:-5:-11:10:4) (-34:-5:-8:11:4) (-35:-5: + -13:12:4) (-36:-5:-10:13:4) (-37:-5:-15:14:4) (-38:-5:-12:15:4) (-39: + -5:16:-17:4) (-40:-5:-14:17:4) (-41:-5:-18:-19:4) (-42:-5:19:-16:4) + (-67:-5:-18:-23:4) (-69:-5:21:-25:4) (-70:-5:23:-21:4) (-71:-5:22: + -27:4) (-72:-5:25:-22:4) (-73:-5:24:4:-29) (-74:-5:27:-24:4) (-75:-5: + 26:4:-30) (-76:29:-5:-26:4) (-77:28:-5:9:4) (-78:30:-5:4:-28):1:-2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 128.000, -128.000, 128.000, -6.000, 6.000) + $Enclosed cells : (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 16, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50) +53 0 -86 (-79:85:-81:82:-83:84) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +54 0 86 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 5.0000000e+00 +2 PZ -5.0000000e+00 +3 CZ 127.000000 +4 CZ 123.000000 +5 CZ 105.400000 +6 CZ 101.400000 +7 PY 1.5000000e+00 +8 P -2.5881905e-01 9.6592583e-01 0.0000000e+00 -1.5000000e+00 +9 PY -1.5000000e+00 +10 P -5.0000000e-01 8.6602540e-01 0.0000000e+00 -1.5000000e+00 +11 P -2.5881905e-01 9.6592583e-01 0.0000000e+00 1.5000000e+00 +12 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 -1.5000000e+00 +13 P -5.0000000e-01 8.6602540e-01 0.0000000e+00 1.5000000e+00 +14 P -8.6602540e-01 5.0000000e-01 0.0000000e+00 -1.5000000e+00 +15 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 1.5000000e+00 +16 P -9.6592583e-01 2.5881905e-01 0.0000000e+00 -1.5000000e+00 +17 P -8.6602540e-01 5.0000000e-01 0.0000000e+00 1.5000000e+00 +18 PX 1.5000000e+00 +19 P -9.6592583e-01 2.5881905e-01 0.0000000e+00 1.5000000e+00 +20 PX -1.5000000e+00 +21 P -9.6592583e-01 -2.5881905e-01 0.0000000e+00 -1.5000000e+00 +22 P -8.6602540e-01 -5.0000000e-01 0.0000000e+00 -1.5000000e+00 +23 P -9.6592583e-01 -2.5881905e-01 0.0000000e+00 1.5000000e+00 +24 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -1.5000000e+00 +25 P -8.6602540e-01 -5.0000000e-01 0.0000000e+00 1.5000000e+00 +26 P -5.0000000e-01 -8.6602540e-01 0.0000000e+00 -1.5000000e+00 +27 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.5000000e+00 +28 P -2.5881905e-01 -9.6592583e-01 0.0000000e+00 -1.5000000e+00 +29 P -5.0000000e-01 -8.6602540e-01 0.0000000e+00 1.5000000e+00 +30 P -2.5881905e-01 -9.6592583e-01 0.0000000e+00 1.5000000e+00 +31 P 9.9144486e-01 1.3052619e-01 0.0000000e+00 1.0468349e+02 +32 PX 1.0538933e+02 +33 P 9.2387953e-01 3.8268343e-01 0.0000000e+00 1.0468349e+02 +34 P 9.6592583e-01 2.5881905e-01 0.0000000e+00 1.0538933e+02 +35 P 7.9335334e-01 6.0876143e-01 0.0000000e+00 1.0468349e+02 +36 P 8.6602540e-01 5.0000000e-01 0.0000000e+00 1.0538933e+02 +37 P 6.0876143e-01 7.9335334e-01 0.0000000e+00 1.0468349e+02 +38 P 7.0710678e-01 7.0710678e-01 0.0000000e+00 1.0538933e+02 +39 P 3.8268343e-01 9.2387953e-01 0.0000000e+00 1.0468349e+02 +40 P 5.0000000e-01 8.6602540e-01 0.0000000e+00 1.0538933e+02 +41 P 1.3052619e-01 9.9144486e-01 0.0000000e+00 1.0468349e+02 +42 P 2.5881905e-01 9.6592583e-01 0.0000000e+00 1.0538933e+02 +43 P -1.3052619e-01 9.9144486e-01 0.0000000e+00 1.0468349e+02 +44 PY 1.0538933e+02 +45 P -3.8268343e-01 9.2387953e-01 0.0000000e+00 1.0468349e+02 +46 P -2.5881905e-01 9.6592583e-01 0.0000000e+00 1.0538933e+02 +47 P -6.0876143e-01 7.9335334e-01 0.0000000e+00 1.0468349e+02 +48 P -5.0000000e-01 8.6602540e-01 0.0000000e+00 1.0538933e+02 +49 P -7.9335334e-01 6.0876143e-01 0.0000000e+00 1.0468349e+02 +50 P -7.0710678e-01 7.0710678e-01 0.0000000e+00 1.0538933e+02 +51 P -9.2387953e-01 3.8268343e-01 0.0000000e+00 1.0468349e+02 +52 P -8.6602540e-01 5.0000000e-01 0.0000000e+00 1.0538933e+02 +53 P -9.9144486e-01 1.3052619e-01 0.0000000e+00 1.0468349e+02 +54 P -9.6592583e-01 2.5881905e-01 0.0000000e+00 1.0538933e+02 +55 P -9.9144486e-01 -1.3052619e-01 0.0000000e+00 1.0468349e+02 +56 PX -1.0538933e+02 +57 P -9.2387953e-01 -3.8268343e-01 0.0000000e+00 1.0468349e+02 +58 P -9.6592583e-01 -2.5881905e-01 0.0000000e+00 1.0538933e+02 +59 P -7.9335334e-01 -6.0876143e-01 0.0000000e+00 1.0468349e+02 +60 P -8.6602540e-01 -5.0000000e-01 0.0000000e+00 1.0538933e+02 +61 P -6.0876143e-01 -7.9335334e-01 0.0000000e+00 1.0468349e+02 +62 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.0538933e+02 +63 P -3.8268343e-01 -9.2387953e-01 0.0000000e+00 1.0468349e+02 +64 P -5.0000000e-01 -8.6602540e-01 0.0000000e+00 1.0538933e+02 +65 P -1.3052619e-01 -9.9144486e-01 0.0000000e+00 1.0468349e+02 +66 P -2.5881905e-01 -9.6592583e-01 0.0000000e+00 1.0538933e+02 +67 P 1.3052619e-01 -9.9144486e-01 0.0000000e+00 1.0468349e+02 +68 PY -1.0538933e+02 +69 P 3.8268343e-01 -9.2387953e-01 0.0000000e+00 1.0468349e+02 +70 P 2.5881905e-01 -9.6592583e-01 0.0000000e+00 1.0538933e+02 +71 P 6.0876143e-01 -7.9335334e-01 0.0000000e+00 1.0468349e+02 +72 P 5.0000000e-01 -8.6602540e-01 0.0000000e+00 1.0538933e+02 +73 P 7.9335334e-01 -6.0876143e-01 0.0000000e+00 1.0468349e+02 +74 P 7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.0538933e+02 +75 P 9.2387953e-01 -3.8268343e-01 0.0000000e+00 1.0468349e+02 +76 P 8.6602540e-01 -5.0000000e-01 0.0000000e+00 1.0538933e+02 +77 P 9.9144486e-01 -1.3052619e-01 0.0000000e+00 1.0468349e+02 +78 P 9.6592583e-01 -2.5881905e-01 0.0000000e+00 1.0538933e+02 +79 PX -1.2800000e+02 +80 PX 0.0000000e+00 +81 PY -1.2800000e+02 +82 PY 1.2800000e+02 +83 PZ -6.0000000e+00 +84 PZ 6.0000000e+00 +85 PX 1.2800000e+02 +86 SO 1.8474112e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.2800000e+02 1.2800000e+02 +C SI2 -1.2800000e+02 1.2800000e+02 +C SI3 -6.0000000e+00 6.0000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=86 WGT=1.0722030e+05 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 + 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 +SD4 3.1415927e+04 2.5987254e+04 4.7339430e+03 5.2801527e+02 4.7339430e+03 + 5.2801527e+02 4.7339430e+03 5.2801527e+02 4.7339430e+03 5.2801527e+02 + 4.7339430e+03 5.2801527e+02 4.7339430e+03 5.2801527e+02 4.7339430e+03 + 5.2801527e+02 4.7339430e+03 5.2801527e+02 4.7339430e+03 5.2801527e+02 + 4.7339430e+03 5.2801527e+02 4.7339430e+03 5.2801527e+02 4.7339430e+03 + 5.2801527e+02 4.7339430e+03 5.2801527e+02 4.7339430e+03 5.2801527e+02 + 4.7339430e+03 5.2801527e+02 4.7339430e+03 5.2801527e+02 4.7339430e+03 + 5.2801527e+02 4.7339430e+03 5.2801527e+02 4.7339430e+03 5.2801527e+02 + 4.7339430e+03 5.2801527e+02 4.7339430e+03 5.2801527e+02 4.7339430e+03 + 5.2801527e+02 4.7339430e+03 5.2801527e+02 4.7339430e+03 5.2801527e+02 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/tester/tester.py b/tests/regression_test_files/Misc/tester/tester.py new file mode 100644 index 00000000..c085075f --- /dev/null +++ b/tests/regression_test_files/Misc/tester/tester.py @@ -0,0 +1,153 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=5.0) +S2 = openmc.ZPlane(z0=-5.0) +S3 = openmc.ZCylinder(x0=0.0,y0=0.0,r=127.0) +S4 = openmc.ZCylinder(x0=0.0,y0=0.0,r=123.0) +S5 = openmc.ZCylinder(x0=0.0,y0=0.0,r=105.4) +S6 = openmc.ZCylinder(x0=0.0,y0=0.0,r=101.4) +S7 = openmc.YPlane(y0=1.5000000000000002) +S8 = openmc.Plane(a=-0.2588190451025211,b=0.9659258262890682,c=0.0,d=-1.4999999999999944) +S9 = openmc.YPlane(y0=-1.5000000000000002) +S10 = openmc.Plane(a=-0.4999999999999999,b=0.8660254037844388,c=0.0,d=-1.4999999999999944) +S11 = openmc.Plane(a=-0.2588190451025211,b=0.9659258262890682,c=0.0,d=1.4999999999999944) +S12 = openmc.Plane(a=-0.7071067811865476,b=0.7071067811865476,c=0.0,d=-1.5) +S13 = openmc.Plane(a=-0.4999999999999999,b=0.8660254037844388,c=0.0,d=1.5000000000000058) +S14 = openmc.Plane(a=-0.8660254037844388,b=0.4999999999999999,c=0.0,d=-1.5000000000000058) +S15 = openmc.Plane(a=-0.7071067811865476,b=0.7071067811865476,c=0.0,d=1.5) +S16 = openmc.Plane(a=-0.9659258262890682,b=0.2588190451025211,c=0.0,d=-1.4999999999999944) +S17 = openmc.Plane(a=-0.8660254037844388,b=0.4999999999999999,c=0.0,d=1.4999999999999944) +S18 = openmc.XPlane(x0=1.500000000000007) +S19 = openmc.Plane(a=-0.9659258262890682,b=0.2588190451025211,c=0.0,d=1.4999999999999944) +S20 = openmc.XPlane(x0=-1.4999999999999933) +S21 = openmc.Plane(a=-0.9659258262890682,b=-0.2588190451025211,c=0.0,d=-1.4999999999999944) +S22 = openmc.Plane(a=-0.8660254037844388,b=-0.4999999999999999,c=0.0,d=-1.5000000000000058) +S23 = openmc.Plane(a=-0.9659258262890682,b=-0.2588190451025211,c=0.0,d=1.4999999999999944) +S24 = openmc.Plane(a=-0.7071067811865476,b=-0.7071067811865476,c=0.0,d=-1.5) +S25 = openmc.Plane(a=-0.8660254037844388,b=-0.4999999999999999,c=0.0,d=1.5000000000000115) +S26 = openmc.Plane(a=-0.4999999999999999,b=-0.8660254037844388,c=0.0,d=-1.5000000000000058) +S27 = openmc.Plane(a=-0.7071067811865476,b=-0.7071067811865476,c=0.0,d=1.5) +S28 = openmc.Plane(a=-0.2588190451025211,b=-0.9659258262890682,c=0.0,d=-1.4999999999999944) +S29 = openmc.Plane(a=-0.4999999999999999,b=-0.8660254037844388,c=0.0,d=1.4999999999999944) +S30 = openmc.Plane(a=-0.2588190451025211,b=-0.9659258262890682,c=0.0,d=1.4999999999999944) +S31 = openmc.Plane(a=0.9914448613738104,b=0.13052619222005118,c=0.0,d=104.6834948312989) +S32 = openmc.XPlane(x0=105.38932583520972) +S33 = openmc.Plane(a=0.9238795325112866,b=0.3826834323650899,c=0.0,d=104.68349483129887) +S34 = openmc.Plane(a=0.9659258262890686,b=0.25881904510251985,c=0.0,d=105.38932583520973) +S35 = openmc.Plane(a=0.7933533402912348,b=0.6087614290087211,c=0.0,d=104.68349483129892) +S36 = openmc.Plane(a=0.8660254037844395,b=0.49999999999999845,c=0.0,d=105.38932583520972) +S37 = openmc.Plane(a=0.608761429008721,b=0.7933533402912349,c=0.0,d=104.68349483129892) +S38 = openmc.Plane(a=0.7071067811865476,b=0.7071067811865476,c=0.0,d=105.38932583520973) +S39 = openmc.Plane(a=0.3826834323650899,b=0.9238795325112866,c=0.0,d=104.68349483129887) +S40 = openmc.Plane(a=0.5000000000000013,b=0.8660254037844379,c=0.0,d=105.38932583520972) +S41 = openmc.Plane(a=0.13052619222005116,b=0.9914448613738104,c=0.0,d=104.6834948312989) +S42 = openmc.Plane(a=0.2588190451025203,b=0.9659258262890684,c=0.0,d=105.38932583520972) +S43 = openmc.Plane(a=-0.13052619222005118,b=0.9914448613738104,c=0.0,d=104.6834948312989) +S44 = openmc.YPlane(y0=105.38932583520972) +S45 = openmc.Plane(a=-0.3826834323650899,b=0.9238795325112866,c=0.0,d=104.68349483129887) +S46 = openmc.Plane(a=-0.25881904510251985,b=0.9659258262890686,c=0.0,d=105.38932583520973) +S47 = openmc.Plane(a=-0.6087614290087211,b=0.7933533402912348,c=0.0,d=104.68349483129892) +S48 = openmc.Plane(a=-0.49999999999999845,b=0.8660254037844395,c=0.0,d=105.38932583520972) +S49 = openmc.Plane(a=-0.7933533402912349,b=0.608761429008721,c=0.0,d=104.68349483129892) +S50 = openmc.Plane(a=-0.7071067811865476,b=0.7071067811865476,c=0.0,d=105.38932583520973) +S51 = openmc.Plane(a=-0.9238795325112866,b=0.3826834323650899,c=0.0,d=104.68349483129887) +S52 = openmc.Plane(a=-0.8660254037844379,b=0.5000000000000013,c=0.0,d=105.38932583520972) +S53 = openmc.Plane(a=-0.9914448613738104,b=0.13052619222005116,c=0.0,d=104.6834948312989) +S54 = openmc.Plane(a=-0.9659258262890684,b=0.2588190451025203,c=0.0,d=105.38932583520972) +S55 = openmc.Plane(a=-0.9914448613738106,b=-0.1305261922200503,c=0.0,d=104.68349483129892) +S56 = openmc.XPlane(x0=-105.38932583520972) +S57 = openmc.Plane(a=-0.9238795325112867,b=-0.3826834323650899,c=0.0,d=104.6834948312989) +S58 = openmc.Plane(a=-0.9659258262890686,b=-0.25881904510251985,c=0.0,d=105.38932583520973) +S59 = openmc.Plane(a=-0.7933533402912354,b=-0.6087614290087204,c=0.0,d=104.6834948312989) +S60 = openmc.Plane(a=-0.8660254037844395,b=-0.49999999999999845,c=0.0,d=105.38932583520972) +S61 = openmc.Plane(a=-0.6087614290087212,b=-0.7933533402912347,c=0.0,d=104.68349483129892) +S62 = openmc.Plane(a=-0.7071067811865475,b=-0.7071067811865475,c=0.0,d=105.38932583520969) +S63 = openmc.Plane(a=-0.3826834323650899,b=-0.9238795325112866,c=0.0,d=104.68349483129887) +S64 = openmc.Plane(a=-0.5000000000000011,b=-0.866025403784438,c=0.0,d=105.38932583520972) +S65 = openmc.Plane(a=-0.13052619222005116,b=-0.9914448613738104,c=0.0,d=104.6834948312989) +S66 = openmc.Plane(a=-0.2588190451025203,b=-0.9659258262890684,c=0.0,d=105.38932583520972) +S67 = openmc.Plane(a=0.13052619222005032,b=-0.9914448613738106,c=0.0,d=104.68349483129892) +S68 = openmc.YPlane(y0=-105.38932583520972) +S69 = openmc.Plane(a=0.3826834323650899,b=-0.9238795325112867,c=0.0,d=104.6834948312989) +S70 = openmc.Plane(a=0.25881904510251985,b=-0.9659258262890686,c=0.0,d=105.38932583520973) +S71 = openmc.Plane(a=0.6087614290087201,b=-0.7933533402912357,c=0.0,d=104.68349483129894) +S72 = openmc.Plane(a=0.49999999999999845,b=-0.8660254037844395,c=0.0,d=105.38932583520972) +S73 = openmc.Plane(a=0.7933533402912347,b=-0.6087614290087212,c=0.0,d=104.68349483129892) +S74 = openmc.Plane(a=0.7071067811865456,b=-0.7071067811865493,c=0.0,d=105.38932583520969) +S75 = openmc.Plane(a=0.9238795325112866,b=-0.3826834323650899,c=0.0,d=104.68349483129887) +S76 = openmc.Plane(a=0.866025403784438,b=-0.5000000000000011,c=0.0,d=105.38932583520972) +S77 = openmc.Plane(a=0.9914448613738104,b=-0.13052619222005116,c=0.0,d=104.6834948312989) +S78 = openmc.Plane(a=0.9659258262890684,b=-0.2588190451025203,c=0.0,d=105.38932583520972) +S79 = openmc.XPlane(x0=-128.0) +S80 = openmc.XPlane(x0=0.0) +S81 = openmc.YPlane(y0=-128.0) +S82 = openmc.YPlane(y0=128.0) +S83 = openmc.ZPlane(z0=-6.0) +S84 = openmc.ZPlane(z0=6.0) +S85 = openmc.XPlane(x0=128.0) +S86 = openmc.Sphere(x0=0.0,y0=0.0,z0=0.0,r=184.7411204902688, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S4 & -S3 & -S1 & +S2))) +C2 = openmc.Cell(name="", region=((-S5 & +S6 & -S1 & +S2))) +C3 = openmc.Cell(name="", region=((+S5 & +S7 & -S1 & -S8 & -S4 & +S2 & +S31))) +C4 = openmc.Cell(name="", region=((+S32 & +S5 & +S9 & -S1 & -S7 & -S4 & +S2))) +C5 = openmc.Cell(name="", region=((+S33 & +S5 & +S11 & -S10 & -S1 & -S4 & +S2))) +C6 = openmc.Cell(name="", region=((+S34 & +S5 & +S8 & -S11 & +S2 & -S4 & -S1))) +C7 = openmc.Cell(name="", region=((+S35 & +S5 & +S13 & -S12 & -S1 & -S4 & +S2))) +C8 = openmc.Cell(name="", region=((+S36 & +S5 & +S10 & -S13 & +S2 & -S4 & -S1))) +C9 = openmc.Cell(name="", region=((+S5 & +S37 & +S15 & -S14 & -S1 & -S4 & +S2))) +C10 = openmc.Cell(name="", region=((+S5 & +S38 & +S12 & -S15 & +S2 & -S4 & -S1))) +C11 = openmc.Cell(name="", region=((+S5 & +S39 & -S16 & +S17 & -S1 & -S4 & +S2))) +C12 = openmc.Cell(name="", region=((+S5 & +S40 & +S14 & -S17 & -S1 & -S4 & +S2))) +C13 = openmc.Cell(name="", region=((+S5 & +S41 & +S18 & +S19 & -S1 & -S4 & +S2))) +C14 = openmc.Cell(name="", region=((+S5 & +S42 & -S19 & +S16 & +S2 & -S4 & -S1))) +C15 = openmc.Cell(name="", region=((+S5 & -S21 & +S43 & -S20 & -S1 & -S4 & +S2))) +C16 = openmc.Cell(name="", region=((+S5 & +S20 & +S44 & -S18 & +S2 & -S4 & -S1))) +C17 = openmc.Cell(name="", region=((+S5 & -S22 & +S45 & -S1 & +S23 & -S4 & +S2))) +C18 = openmc.Cell(name="", region=((+S5 & -S23 & +S46 & +S21 & +S2 & -S4 & -S1))) +C19 = openmc.Cell(name="", region=((+S5 & -S24 & +S47 & -S1 & +S25 & -S4 & +S2))) +C20 = openmc.Cell(name="", region=((+S5 & -S25 & +S48 & +S22 & -S1 & -S4 & +S2))) +C21 = openmc.Cell(name="", region=((+S5 & -S26 & +S49 & -S1 & +S27 & -S4 & +S2))) +C22 = openmc.Cell(name="", region=((-S27 & +S5 & +S50 & +S2 & +S24 & -S4 & -S1))) +C23 = openmc.Cell(name="", region=((-S28 & +S5 & +S51 & -S1 & -S4 & +S29 & +S2))) +C24 = openmc.Cell(name="", region=((-S29 & +S5 & +S52 & +S2 & +S26 & -S4 & -S1))) +C25 = openmc.Cell(name="", region=((+S5 & +S7 & +S53 & +S2 & -S1 & -S4 & +S30))) +C26 = openmc.Cell(name="", region=((-S30 & +S5 & -S4 & +S2 & +S54 & +S28 & -S1))) +C27 = openmc.Cell(name="", region=((+S5 & +S11 & +S55 & -S1 & -S9 & -S4 & +S2))) +C28 = openmc.Cell(name="", region=((+S5 & +S9 & -S1 & -S56 & -S7 & -S4 & +S2))) +C29 = openmc.Cell(name="", region=((+S5 & +S13 & -S1 & -S8 & +S57 & -S4 & +S2))) +C30 = openmc.Cell(name="", region=((+S5 & +S8 & -S11 & +S2 & +S58 & -S4 & -S1))) +C31 = openmc.Cell(name="", region=((+S5 & +S15 & -S10 & -S1 & +S59 & -S4 & +S2))) +C32 = openmc.Cell(name="", region=((+S5 & +S10 & +S60 & -S13 & +S2 & -S4 & -S1))) +C33 = openmc.Cell(name="", region=((+S5 & +S17 & -S12 & -S1 & -S4 & +S61 & +S2))) +C34 = openmc.Cell(name="", region=((+S5 & +S12 & -S15 & +S2 & +S62 & -S4 & -S1))) +C35 = openmc.Cell(name="", region=((+S5 & -S14 & +S19 & -S1 & -S4 & +S2 & +S63))) +C36 = openmc.Cell(name="", region=((+S64 & +S5 & +S14 & -S17 & -S1 & -S4 & +S2))) +C37 = openmc.Cell(name="", region=((+S65 & +S5 & -S16 & -S20 & -S1 & -S4 & +S2))) +C38 = openmc.Cell(name="", region=((+S66 & +S5 & -S19 & +S16 & +S2 & -S4 & -S1))) +C39 = openmc.Cell(name="", region=((+S67 & +S5 & +S18 & -S1 & +S23 & -S4 & +S2))) +C40 = openmc.Cell(name="", region=((-S68 & +S5 & +S20 & -S18 & +S2 & -S4 & -S1))) +C41 = openmc.Cell(name="", region=((+S5 & +S69 & -S21 & -S1 & +S25 & -S4 & +S2))) +C42 = openmc.Cell(name="", region=((+S5 & +S70 & -S23 & +S21 & +S2 & -S4 & -S1))) +C43 = openmc.Cell(name="", region=((+S5 & +S71 & -S22 & -S1 & +S27 & -S4 & +S2))) +C44 = openmc.Cell(name="", region=((+S5 & -S25 & +S72 & +S22 & -S1 & -S4 & +S2))) +C45 = openmc.Cell(name="", region=((+S5 & -S24 & +S73 & -S1 & -S4 & +S29 & +S2))) +C46 = openmc.Cell(name="", region=((+S5 & -S27 & +S74 & +S2 & +S24 & -S4 & -S1))) +C47 = openmc.Cell(name="", region=((+S5 & -S26 & +S75 & +S2 & -S1 & -S4 & +S30))) +C48 = openmc.Cell(name="", region=((-S29 & +S5 & +S76 & +S2 & +S26 & -S4 & -S1))) +C49 = openmc.Cell(name="", region=((-S28 & +S5 & +S77 & -S1 & -S9 & -S4 & +S2))) +C50 = openmc.Cell(name="", region=((-S30 & +S5 & -S4 & +S78 & +S2 & +S28 & -S1))) +C51 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-128.000, 0.000, -128.000, 128.000, -6.000, 6.000). Enclosed cells : (1, 2, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 40)", region=(+S79 & -S80 & +S81 & -S82 & +S83 & -S84 & ((((+S18 | +S4 | -S20 | -S5) | (-S44 & +S68)) & (-S4 | +S3) & (+S5 | -S6) & (-S43 | -S5 | +S21 | +S20 | +S4) & (-S45 | -S5 | +S22 | -S23 | +S4) & (-S46 | -S5 | +S23 | -S21 | +S4) & (-S47 | -S5 | +S24 | -S25 | +S4) & (-S48 | -S5 | +S25 | -S22 | +S4) & (-S49 | -S5 | +S26 | -S27 | +S4) & (-S50 | +S27 | -S5 | -S24 | +S4) & (-S51 | +S28 | -S5 | +S4 | -S29) & (-S52 | +S29 | -S5 | -S26 | +S4) & (-S53 | -S5 | -S7 | +S4 | -S30) & (-S54 | +S30 | -S5 | +S4 | -S28) & (-S55 | -S5 | -S11 | +S9 | +S4) & (+S56 | -S5 | -S9 | +S7 | +S4) & (-S57 | -S5 | -S13 | +S8 | +S4) & (-S58 | -S5 | -S8 | +S11 | +S4) & (-S59 | -S5 | -S15 | +S10 | +S4) & (-S60 | -S5 | -S10 | +S13 | +S4) & (-S61 | -S5 | -S17 | +S12 | +S4) & (-S62 | -S5 | -S12 | +S15 | +S4) & (-S63 | -S5 | +S14 | -S19 | +S4) & (-S64 | -S5 | -S14 | +S17 | +S4) & (-S65 | -S5 | +S16 | +S20 | +S4) & (-S66 | -S5 | +S19 | -S16 | +S4)) | (+S1 | -S2)))) +C52 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 128.000, -128.000, 128.000, -6.000, 6.000). Enclosed cells : (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 16, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50)", region=(+S80 & -S85 & +S81 & -S82 & +S83 & -S84 & ((((-S20 | -S5 | +S4 | +S18) | (-S44 & +S68)) & (-S4 | +S3) & (+S5 | -S6) & (-S31 | -S5 | -S7 | +S8 | +S4) & (-S32 | -S5 | -S9 | +S7 | +S4) & (-S33 | -S5 | -S11 | +S10 | +S4) & (-S34 | -S5 | -S8 | +S11 | +S4) & (-S35 | -S5 | -S13 | +S12 | +S4) & (-S36 | -S5 | -S10 | +S13 | +S4) & (-S37 | -S5 | -S15 | +S14 | +S4) & (-S38 | -S5 | -S12 | +S15 | +S4) & (-S39 | -S5 | +S16 | -S17 | +S4) & (-S40 | -S5 | -S14 | +S17 | +S4) & (-S41 | -S5 | -S18 | -S19 | +S4) & (-S42 | -S5 | +S19 | -S16 | +S4) & (-S67 | -S5 | -S18 | -S23 | +S4) & (-S69 | -S5 | +S21 | -S25 | +S4) & (-S70 | -S5 | +S23 | -S21 | +S4) & (-S71 | -S5 | +S22 | -S27 | +S4) & (-S72 | -S5 | +S25 | -S22 | +S4) & (-S73 | -S5 | +S24 | +S4 | -S29) & (-S74 | -S5 | +S27 | -S24 | +S4) & (-S75 | -S5 | +S26 | +S4 | -S30) & (-S76 | +S29 | -S5 | -S26 | +S4) & (-S77 | +S28 | -S5 | +S9 | +S4) & (-S78 | +S30 | -S5 | +S4 | -S28)) | (+S1 | -S2)))) +C53 = openmc.Cell(name="", region=(-S86 & (-S79 | +S85 | -S81 | +S82 | -S83 | +S84))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, C16, C17, C18, C19, C20, C21, C22, C23, C24, C25, C26, C27, C28, C29, C30, C31, C32, C33, C34, C35, C36, C37, C38, C39, C40, C41, C42, C43, C44, C45, C46, C47, C48, C49, C50, C51, C52, C53]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Misc/tester/tester.serp b/tests/regression_test_files/Misc/tester/tester.serp new file mode 100644 index 00000000..c271422e --- /dev/null +++ b/tests/regression_test_files/Misc/tester/tester.serp @@ -0,0 +1,136 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Misc/tester.stp +% +% Creation Date : 2024-05-27 14:57:36.530749 +% Solid Cells : 50 +% Total Cells : 54 +% Surfaces : 86 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 4 -3 -1 2cell 2 0 void -5 6 -1 2cell 3 0 void 5 7 -1 -8 -4 2 31cell 4 0 void 32 5 9 -1 -7 -4 2cell 5 0 void 33 5 11 -10 -1 -4 2cell 6 0 void 34 5 8 -11 2 -4 -1cell 7 0 void 35 5 13 -12 -1 -4 2cell 8 0 void 36 5 10 -13 2 -4 -1cell 9 0 void 5 37 15 -14 -1 -4 2cell 10 0 void 5 38 12 -15 2 -4 -1cell 11 0 void 5 39 -16 17 -1 -4 2cell 12 0 void 5 40 14 -17 -1 -4 2cell 13 0 void 5 41 18 19 -1 -4 2cell 14 0 void 5 42 -19 16 2 -4 -1cell 15 0 void 5 -21 43 -20 -1 -4 2cell 16 0 void 5 20 44 -18 2 -4 -1cell 17 0 void 5 -22 45 -1 23 -4 2cell 18 0 void 5 -23 46 21 2 -4 -1cell 19 0 void 5 -24 47 -1 25 -4 2cell 20 0 void 5 -25 48 22 -1 -4 2cell 21 0 void 5 -26 49 -1 27 -4 2cell 22 0 void -27 5 50 2 24 -4 -1cell 23 0 void -28 5 51 -1 -4 29 2cell 24 0 void -29 5 52 2 26 -4 -1cell 25 0 void 5 7 53 2 -1 -4 30cell 26 0 void -30 5 -4 2 54 28 -1cell 27 0 void 5 11 55 -1 -9 -4 2cell 28 0 void 5 9 -1 -56 -7 -4 2cell 29 0 void 5 13 -1 -8 57 -4 2cell 30 0 void 5 8 -11 2 58 -4 -1cell 31 0 void 5 15 -10 -1 59 -4 2cell 32 0 void 5 10 60 -13 2 -4 -1cell 33 0 void 5 17 -12 -1 -4 61 2cell 34 0 void 5 12 -15 2 62 -4 -1cell 35 0 void 5 -14 19 -1 -4 2 63cell 36 0 void 64 5 14 -17 -1 -4 2cell 37 0 void 65 5 -16 -20 -1 -4 2cell 38 0 void 66 5 -19 16 2 -4 -1cell 39 0 void 67 5 18 -1 23 -4 2cell 40 0 void -68 5 20 -18 2 -4 -1cell 41 0 void 5 69 -21 -1 25 -4 2cell 42 0 void 5 70 -23 21 2 -4 -1cell 43 0 void 5 71 -22 -1 27 -4 2cell 44 0 void 5 -25 72 22 -1 -4 2cell 45 0 void 5 -24 73 -1 -4 29 2cell 46 0 void 5 -27 74 2 24 -4 -1cell 47 0 void 5 -26 75 2 -1 -4 30cell 48 0 void -29 5 76 2 26 -4 -1cell 49 0 void -28 5 77 -1 -9 -4 2cell 50 0 void -30 5 -4 78 2 28 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 51 0 void 79 -80 81 -82 83 -84 ((18:4:-20:-5:-44 68) (-4:3) (5:-6) (-43: + -5:21:20:4) (-45:-5:22:-23:4) (-46:-5:23:-21:4) (-47:-5:24:-25:4) + (-48:-5:25:-22:4) (-49:-5:26:-27:4) (-50:27:-5:-24:4) (-51:28:-5:4: + -29) (-52:29:-5:-26:4) (-53:-5:-7:4:-30) (-54:30:-5:4:-28) (-55:-5: + -11:9:4) (56:-5:-9:7:4) (-57:-5:-13:8:4) (-58:-5:-8:11:4) (-59:-5: + -15:10:4) (-60:-5:-10:13:4) (-61:-5:-17:12:4) (-62:-5:-12:15:4) (-63: + -5:14:-19:4) (-64:-5:-14:17:4) (-65:-5:16:20:4) (-66:-5:19:-16:4):1: + -2) %Automatic Generated Void Cell. Enclosure(-128.000, 0.000, -128.000, 128.000, -6.000, 6.000) + %Enclosed cells : (1, 2, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 40) +cell 52 0 void 80 -85 81 -82 83 -84 ((-20:-5:4:18:-44 68) (-4:3) (5:-6) (-31: + -5:-7:8:4) (-32:-5:-9:7:4) (-33:-5:-11:10:4) (-34:-5:-8:11:4) (-35: + -5:-13:12:4) (-36:-5:-10:13:4) (-37:-5:-15:14:4) (-38:-5:-12:15:4) + (-39:-5:16:-17:4) (-40:-5:-14:17:4) (-41:-5:-18:-19:4) (-42:-5:19: + -16:4) (-67:-5:-18:-23:4) (-69:-5:21:-25:4) (-70:-5:23:-21:4) (-71: + -5:22:-27:4) (-72:-5:25:-22:4) (-73:-5:24:4:-29) (-74:-5:27:-24:4) + (-75:-5:26:4:-30) (-76:29:-5:-26:4) (-77:28:-5:9:4) (-78:30:-5:4:-28) + :1:-2) %Automatic Generated Void Cell. Enclosure(0.000, 128.000, -128.000, 128.000, -6.000, 6.000) + %Enclosed cells : (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 16, 39, 40, 41, 42, 43, 44, 45, 46, 47, 48, 49, 50) +cell 53 0 void -86 (-79:85:-81:82:-83:84) %Graveyard_in +cell 54 0 outside 86 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 5.0000000e+00 +surf 2 pz -5.0000000e+00 +surf 3 cylz 127.000000 +surf 4 cylz 123.000000 +surf 5 cylz 105.400000 +surf 6 cylz 101.400000 +surf 7 py 1.5000000e+00 +surf 8 plane -2.5881905e-01 9.6592583e-01 0.0000000e+00 -1.5000000e+00 +surf 9 py -1.5000000e+00 +surf 10 plane -5.0000000e-01 8.6602540e-01 0.0000000e+00 -1.5000000e+00 +surf 11 plane -2.5881905e-01 9.6592583e-01 0.0000000e+00 1.5000000e+00 +surf 12 plane -7.0710678e-01 7.0710678e-01 0.0000000e+00 -1.5000000e+00 +surf 13 plane -5.0000000e-01 8.6602540e-01 0.0000000e+00 1.5000000e+00 +surf 14 plane -8.6602540e-01 5.0000000e-01 0.0000000e+00 -1.5000000e+00 +surf 15 plane -7.0710678e-01 7.0710678e-01 0.0000000e+00 1.5000000e+00 +surf 16 plane -9.6592583e-01 2.5881905e-01 0.0000000e+00 -1.5000000e+00 +surf 17 plane -8.6602540e-01 5.0000000e-01 0.0000000e+00 1.5000000e+00 +surf 18 px 1.5000000e+00 +surf 19 plane -9.6592583e-01 2.5881905e-01 0.0000000e+00 1.5000000e+00 +surf 20 px -1.5000000e+00 +surf 21 plane -9.6592583e-01 -2.5881905e-01 0.0000000e+00 -1.5000000e+00 +surf 22 plane -8.6602540e-01 -5.0000000e-01 0.0000000e+00 -1.5000000e+00 +surf 23 plane -9.6592583e-01 -2.5881905e-01 0.0000000e+00 1.5000000e+00 +surf 24 plane -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -1.5000000e+00 +surf 25 plane -8.6602540e-01 -5.0000000e-01 0.0000000e+00 1.5000000e+00 +surf 26 plane -5.0000000e-01 -8.6602540e-01 0.0000000e+00 -1.5000000e+00 +surf 27 plane -7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.5000000e+00 +surf 28 plane -2.5881905e-01 -9.6592583e-01 0.0000000e+00 -1.5000000e+00 +surf 29 plane -5.0000000e-01 -8.6602540e-01 0.0000000e+00 1.5000000e+00 +surf 30 plane -2.5881905e-01 -9.6592583e-01 0.0000000e+00 1.5000000e+00 +surf 31 plane 9.9144486e-01 1.3052619e-01 0.0000000e+00 1.0468349e+02 +surf 32 px 1.0538933e+02 +surf 33 plane 9.2387953e-01 3.8268343e-01 0.0000000e+00 1.0468349e+02 +surf 34 plane 9.6592583e-01 2.5881905e-01 0.0000000e+00 1.0538933e+02 +surf 35 plane 7.9335334e-01 6.0876143e-01 0.0000000e+00 1.0468349e+02 +surf 36 plane 8.6602540e-01 5.0000000e-01 0.0000000e+00 1.0538933e+02 +surf 37 plane 6.0876143e-01 7.9335334e-01 0.0000000e+00 1.0468349e+02 +surf 38 plane 7.0710678e-01 7.0710678e-01 0.0000000e+00 1.0538933e+02 +surf 39 plane 3.8268343e-01 9.2387953e-01 0.0000000e+00 1.0468349e+02 +surf 40 plane 5.0000000e-01 8.6602540e-01 0.0000000e+00 1.0538933e+02 +surf 41 plane 1.3052619e-01 9.9144486e-01 0.0000000e+00 1.0468349e+02 +surf 42 plane 2.5881905e-01 9.6592583e-01 0.0000000e+00 1.0538933e+02 +surf 43 plane -1.3052619e-01 9.9144486e-01 0.0000000e+00 1.0468349e+02 +surf 44 py 1.0538933e+02 +surf 45 plane -3.8268343e-01 9.2387953e-01 0.0000000e+00 1.0468349e+02 +surf 46 plane -2.5881905e-01 9.6592583e-01 0.0000000e+00 1.0538933e+02 +surf 47 plane -6.0876143e-01 7.9335334e-01 0.0000000e+00 1.0468349e+02 +surf 48 plane -5.0000000e-01 8.6602540e-01 0.0000000e+00 1.0538933e+02 +surf 49 plane -7.9335334e-01 6.0876143e-01 0.0000000e+00 1.0468349e+02 +surf 50 plane -7.0710678e-01 7.0710678e-01 0.0000000e+00 1.0538933e+02 +surf 51 plane -9.2387953e-01 3.8268343e-01 0.0000000e+00 1.0468349e+02 +surf 52 plane -8.6602540e-01 5.0000000e-01 0.0000000e+00 1.0538933e+02 +surf 53 plane -9.9144486e-01 1.3052619e-01 0.0000000e+00 1.0468349e+02 +surf 54 plane -9.6592583e-01 2.5881905e-01 0.0000000e+00 1.0538933e+02 +surf 55 plane -9.9144486e-01 -1.3052619e-01 0.0000000e+00 1.0468349e+02 +surf 56 px -1.0538933e+02 +surf 57 plane -9.2387953e-01 -3.8268343e-01 0.0000000e+00 1.0468349e+02 +surf 58 plane -9.6592583e-01 -2.5881905e-01 0.0000000e+00 1.0538933e+02 +surf 59 plane -7.9335334e-01 -6.0876143e-01 0.0000000e+00 1.0468349e+02 +surf 60 plane -8.6602540e-01 -5.0000000e-01 0.0000000e+00 1.0538933e+02 +surf 61 plane -6.0876143e-01 -7.9335334e-01 0.0000000e+00 1.0468349e+02 +surf 62 plane -7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.0538933e+02 +surf 63 plane -3.8268343e-01 -9.2387953e-01 0.0000000e+00 1.0468349e+02 +surf 64 plane -5.0000000e-01 -8.6602540e-01 0.0000000e+00 1.0538933e+02 +surf 65 plane -1.3052619e-01 -9.9144486e-01 0.0000000e+00 1.0468349e+02 +surf 66 plane -2.5881905e-01 -9.6592583e-01 0.0000000e+00 1.0538933e+02 +surf 67 plane 1.3052619e-01 -9.9144486e-01 0.0000000e+00 1.0468349e+02 +surf 68 py -1.0538933e+02 +surf 69 plane 3.8268343e-01 -9.2387953e-01 0.0000000e+00 1.0468349e+02 +surf 70 plane 2.5881905e-01 -9.6592583e-01 0.0000000e+00 1.0538933e+02 +surf 71 plane 6.0876143e-01 -7.9335334e-01 0.0000000e+00 1.0468349e+02 +surf 72 plane 5.0000000e-01 -8.6602540e-01 0.0000000e+00 1.0538933e+02 +surf 73 plane 7.9335334e-01 -6.0876143e-01 0.0000000e+00 1.0468349e+02 +surf 74 plane 7.0710678e-01 -7.0710678e-01 0.0000000e+00 1.0538933e+02 +surf 75 plane 9.2387953e-01 -3.8268343e-01 0.0000000e+00 1.0468349e+02 +surf 76 plane 8.6602540e-01 -5.0000000e-01 0.0000000e+00 1.0538933e+02 +surf 77 plane 9.9144486e-01 -1.3052619e-01 0.0000000e+00 1.0468349e+02 +surf 78 plane 9.6592583e-01 -2.5881905e-01 0.0000000e+00 1.0538933e+02 +surf 79 px -1.2800000e+02 +surf 80 px 0.0000000e+00 +surf 81 py -1.2800000e+02 +surf 82 py 1.2800000e+02 +surf 83 pz -6.0000000e+00 +surf 84 pz 6.0000000e+00 +surf 85 px 1.2800000e+02 +surf 86 sph 0.0000000e+00 0.0000000e+00 0.0000000e+00 1.8474112e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Misc/tester/tester.xml b/tests/regression_test_files/Misc/tester/tester.xml new file mode 100644 index 00000000..9bc5574c --- /dev/null +++ b/tests/regression_test_files/Misc/tester/tester.xml @@ -0,0 +1,143 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/Design1/Design1.inp b/tests/regression_test_files/Torus/Design1/Design1.inp new file mode 100644 index 00000000..045f16d8 --- /dev/null +++ b/tests/regression_test_files/Torus/Design1/Design1.inp @@ -0,0 +1,91 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/Design1.stp +$ +$ Creation Date : 2024-05-27 14:58:47.603095 +$ Solid Cells : 4 +$ Total Cells : 7 +$ Surfaces : 28 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 3 6 12 13 14 -5 -4 -2 +2 0 c0 1 4 6 8 15 16 -7 -5 +3 0 c0 4 6 8 15 17 -9 -5 -2 +4 0 c0 1 6 14 18 19 -10 -8 -5 -2:1 6 10 14 20 -11 21 -5 -2 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +6 0 -28 #1 #2 #3 #4 + $Inner void + $VOID CELL 5 merged, so the auto-genarated void definition is eliminated + +7 -1 28 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 4.6300000e+01 +2 PZ 2.2718300e+02 +3 P -9.3969263e-01 3.4202011e-01 2.4710295e-11 1.1780000e+02 +4 P 1.7452393e-02 9.9984770e-01 5.6281851e-12 -2.5800000e+01 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4300000e+02 3.4300000e+02 +6 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4120000e+02 3.4120000e+02 +7 P 5.8061451e-01 -1.0134656e-02 8.1411552e-01 -1.8839683e+02 +8 P -1.7452393e-02 -9.9984770e-01 -6.6094608e-12 -2.5800000e+01 +9 P -5.8061451e-01 1.0134656e-02 -8.1411552e-01 1.3679683e+02 +10 P 1.9080900e-01 9.8162718e-01 -0.0000000e+00 5.1159077e-14 +11 P 6.5605903e-01 7.5470958e-01 -1.7585400e-11 -3.4300000e+01 +12 P -8.7597013e-01 -4.8236535e-01 0.0000000e+00 0.0000000e+00 +13 P -8.7615929e-01 -4.8202168e-01 0.0000000e+00 0.0000000e+00 +14 KZ 1.065060e+03 0.212970 -1 +15 P -9.9984770e-01 1.7452393e-02 -0.0000000e+00 0.0000000e+00 +16 KZ 2.240070e+03 0.045928 -1 +17 KZ 8.110576e+02 0.438570 -1 +18 P -9.9129193e-01 1.3168259e-01 -0.0000000e+00 0.0000000e+00 +19 P -9.9127800e-01 1.3178745e-01 -0.0000000e+00 0.0000000e+00 +20 P -9.1413964e-01 4.0539946e-01 -0.0000000e+00 0.0000000e+00 +21 P -9.1419670e-01 4.0527076e-01 -0.0000000e+00 0.0000000e+00 +22 PX -4.7296072e+02 +23 PX -2.1807141e+02 +24 PY -3.9018855e+02 +25 PY 2.8394659e+02 +26 PZ 4.5279945e+01 +27 PZ 2.2820492e+02 +28 S -3.4551607e+02 -5.3120979e+01 1.3674243e+02 3.7921794e+02 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/Design1/Design1.mcnp b/tests/regression_test_files/Torus/Design1/Design1.mcnp new file mode 100644 index 00000000..abe5fac4 --- /dev/null +++ b/tests/regression_test_files/Torus/Design1/Design1.mcnp @@ -0,0 +1,93 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/Design1.stp +C +C Creation Date : 2024-05-27 14:58:47.600144 +C Solid Cells : 4 +C Total Cells : 7 +C Surfaces : 28 +C Materials : 0 +C +C ************************************************************** +1 0 1 3 6 12 13 14 -5 -4 -2 + imp:n=1.0 imp:p=1.0 +2 0 1 4 6 8 15 16 -7 -5 + imp:n=1.0 imp:p=1.0 +3 0 4 6 8 15 17 -9 -5 -2 + imp:n=1.0 imp:p=1.0 +4 0 1 6 14 18 19 -10 -8 -5 -2:1 6 10 14 20 -11 21 -5 -2 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +5 0 22 -23 24 -25 26 -27 ((-1:((-19:-18:8:10) (-21:-20:11:-10) (-13: + -12:-3:4):2:-14) (-16:7:-15:-4:-8)) (-17:9:-4:-8:-15:2):5:-6) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-472.961, -218.071, -390.189, 283.947, 45.280, 228.205) + $Enclosed cells : (1, 2, 3, 4) +6 0 -28 (-22:23:-24:25:-26:27) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +7 0 28 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 4.6300000e+01 +2 PZ 2.2718300e+02 +3 P -9.3969263e-01 3.4202011e-01 2.4710295e-11 1.1780000e+02 +4 P 1.7452393e-02 9.9984770e-01 5.6281851e-12 -2.5800000e+01 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4300000e+02 3.4300000e+02 +6 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4120000e+02 3.4120000e+02 +7 P 5.8061451e-01 -1.0134656e-02 8.1411552e-01 -1.8839683e+02 +8 P -1.7452393e-02 -9.9984770e-01 -6.6094608e-12 -2.5800000e+01 +9 P -5.8061451e-01 1.0134656e-02 -8.1411552e-01 1.3679683e+02 +10 P 1.9080900e-01 9.8162718e-01 -0.0000000e+00 5.1159077e-14 +11 P 6.5605903e-01 7.5470958e-01 -1.7585400e-11 -3.4300000e+01 +12 P -8.7597013e-01 -4.8236535e-01 0.0000000e+00 0.0000000e+00 +13 P -8.7615929e-01 -4.8202168e-01 0.0000000e+00 0.0000000e+00 +14 KZ 1.065060e+03 0.212970 -1 +15 P -9.9984770e-01 1.7452393e-02 -0.0000000e+00 0.0000000e+00 +16 KZ 2.240070e+03 0.045928 -1 +17 KZ 8.110576e+02 0.438570 -1 +18 P -9.9129193e-01 1.3168259e-01 -0.0000000e+00 0.0000000e+00 +19 P -9.9127800e-01 1.3178745e-01 -0.0000000e+00 0.0000000e+00 +20 P -9.1413964e-01 4.0539946e-01 -0.0000000e+00 0.0000000e+00 +21 P -9.1419670e-01 4.0527076e-01 -0.0000000e+00 0.0000000e+00 +22 PX -4.7296072e+02 +23 PX -2.1807141e+02 +24 PY -3.9018855e+02 +25 PY 2.8394659e+02 +26 PZ 4.5279945e+01 +27 PZ 2.2820492e+02 +28 S -3.4551607e+02 -5.3120979e+01 1.3674243e+02 3.7921794e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -4.7296072e+02 -2.1807141e+02 +C SI2 -3.9018855e+02 2.8394659e+02 +C SI3 4.5279945e+01 2.2820492e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=28 WGT=4.5178064e+05 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 3 4 +SD4 1.4478864e+05 4.7950633e+03 9.0190159e+03 8.9423350e+04 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/Design1/Design1.py b/tests/regression_test_files/Torus/Design1/Design1.py new file mode 100644 index 00000000..253d515c --- /dev/null +++ b/tests/regression_test_files/Torus/Design1/Design1.py @@ -0,0 +1,48 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=46.300000000000004) +S2 = openmc.ZPlane(z0=227.183) +S3 = openmc.Plane(a=-0.9396926322725898,b=0.34202011176626895,c=2.47102946292902e-11,d=117.79999998613238) +S4 = openmc.Plane(a=0.017452392610286666,b=0.9998476953977423,c=5.628185108310173e-12,d=-25.800000003715095) +S5 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=132.1,r1=343.0,r2=343.0) +S6 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=132.1,r1=341.20000000000005,r2=341.20000000000005) +S7 = openmc.Plane(a=0.580614511978292,b=-0.0101346559699256,c=0.814115518356321,d=-188.39682759873403) +S8 = openmc.Plane(a=-0.017452392608087876,b=-0.9998476953977805,c=-6.6094608203175495e-12,d=-25.800000004423893) +S9 = openmc.Plane(a=-0.5806145119734539,b=0.0101346559741955,c=-0.8141155183597181,d=136.79682759752797) +S10 = openmc.Plane(a=0.19080899537654594,b=0.9816271834476638,c=-0.0,d=5.1159076974727215e-14) +S11 = openmc.Plane(a=0.6560590304060449,b=0.7547095789922639,c=-1.7585399602397258e-11,d=-34.2999999884253) +S12 = openmc.Plane(a=-0.8759701284687798,b=-0.4823653532649185,c=0.0,d=0.0) +S13 = openmc.Plane(a=-0.8761592887362346,b=-0.4820216807999566,c=0.0,d=0.0) +S14 = openmc.ZCone(x0=0.0,y0=0.0,z0=1065.0595046778383,r2=0.2129700141406107) +S15 = openmc.Plane(a=-0.9998476953978355,b=0.01745239260495648,c=-0.0,d=0.0) +S16 = openmc.ZCone(x0=0.0,y0=0.0,z0=2240.0696727823606,r2=0.04592823439642722) +S17 = openmc.ZCone(x0=0.0,y0=0.0,z0=811.0576416514832,r2=0.438570339352353) +S18 = openmc.Plane(a=-0.9912919321630101,b=0.1316825927316364,c=-0.0,d=0.0) +S19 = openmc.Plane(a=-0.9912779975952287,b=0.13178744812611645,c=-0.0,d=0.0) +S20 = openmc.Plane(a=-0.9141396358993306,b=0.40539946482184624,c=-0.0,d=0.0) +S21 = openmc.Plane(a=-0.9141967026202824,b=0.4052707600089139,c=-0.0,d=0.0) +S22 = openmc.XPlane(x0=-472.96072147679047) +S23 = openmc.XPlane(x0=-218.07141099792102) +S24 = openmc.YPlane(y0=-390.18854949552355) +S25 = openmc.YPlane(y0=283.9465924044621) +S26 = openmc.ZPlane(z0=45.27994534754136) +S27 = openmc.ZPlane(z0=228.20491592952885) +S28 = openmc.Sphere(x0=-345.51606623735574,y0=-53.12097854553072,z0=136.7424306385351,r=379.2179393572589, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S3 & +S6 & +S12 & +S13 & +S14 & -S5 & -S4 & -S2))) +C2 = openmc.Cell(name="", region=((+S1 & +S4 & +S6 & +S8 & +S15 & +S16 & -S7 & -S5))) +C3 = openmc.Cell(name="", region=((+S4 & +S6 & +S8 & +S15 & +S17 & -S9 & -S5 & -S2))) +C4 = openmc.Cell(name="", region=((+S1 & +S6 & +S14 & +S18 & +S19 & -S10 & -S8 & -S5 & -S2) | (+S1 & +S6 & +S10 & +S14 & +S20 & -S11 & +S21 & -S5 & -S2))) +C5 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-472.961, -218.071, -390.189, 283.947, 45.280, 228.205). Enclosed cells : (1, 2, 3, 4)", region=(+S22 & -S23 & +S24 & -S25 & +S26 & -S27 & ((((-S1) | (((((-S19 | -S18 | +S8 | +S10) & (-S21 | -S20 | +S11 | -S10)) & (-S13 | -S12 | -S3 | +S4)) | (+S2 | -S14)) & (-S16 | +S7 | -S15 | -S4 | -S8))) & (-S17 | +S9 | -S4 | -S8 | -S15 | +S2)) | (+S5 | -S6)))) +C6 = openmc.Cell(name="", region=(-S28 & (-S22 | +S23 | -S24 | +S25 | -S26 | +S27))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5, C6]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/Design1/Design1.serp b/tests/regression_test_files/Torus/Design1/Design1.serp new file mode 100644 index 00000000..9091b6d6 --- /dev/null +++ b/tests/regression_test_files/Torus/Design1/Design1.serp @@ -0,0 +1,65 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/Design1.stp +% +% Creation Date : 2024-05-27 14:58:47.601949 +% Solid Cells : 4 +% Total Cells : 7 +% Surfaces : 28 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 3 6 12 13 14 -5 -4 -2cell 2 0 void 1 4 6 8 15 16 -7 -5cell 3 0 void 4 6 8 15 17 -9 -5 -2cell 4 0 void 1 6 14 18 19 -10 -8 -5 -2:1 6 10 14 20 -11 21 -5 -2% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 5 0 void 22 -23 24 -25 26 -27 ((-1:((-19:-18:8:10) (-21:-20:11:-10) + (-13:-12:-3:4):2:-14) (-16:7:-15:-4:-8)) (-17:9:-4:-8:-15:2):5:-6) %Automatic Generated Void Cell. Enclosure(-472.961, -218.071, -390.189, 283.947, 45.280, 228.205) + %Enclosed cells : (1, 2, 3, 4) +cell 6 0 void -28 (-22:23:-24:25:-26:27) %Graveyard_in +cell 7 0 outside 28 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 4.6300000e+01 +surf 2 pz 2.2718300e+02 +surf 3 plane -9.3969263e-01 3.4202011e-01 2.4710295e-11 1.1780000e+02 +surf 4 plane 1.7452393e-02 9.9984770e-01 5.6281851e-12 -2.5800000e+01 +surf 5 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4300000e+02 3.4300000e+02 +surf 6 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4120000e+02 3.4120000e+02 +surf 7 plane 5.8061451e-01 -1.0134656e-02 8.1411552e-01 -1.8839683e+02 +surf 8 plane -1.7452393e-02 -9.9984770e-01 -6.6094608e-12 -2.5800000e+01 +surf 9 plane -5.8061451e-01 1.0134656e-02 -8.1411552e-01 1.3679683e+02 +surf 10 plane 1.9080900e-01 9.8162718e-01 -0.0000000e+00 5.1159077e-14 +surf 11 plane 6.5605903e-01 7.5470958e-01 -1.7585400e-11 -3.4300000e+01 +surf 12 plane -8.7597013e-01 -4.8236535e-01 0.0000000e+00 0.0000000e+00 +surf 13 plane -8.7615929e-01 -4.8202168e-01 0.0000000e+00 0.0000000e+00 +surf ckz 1.400000e+01 0.000000e+00 0.000000e+00 1065.059505 0.2129700141406107 +surf 15 plane -9.9984770e-01 1.7452393e-02 -0.0000000e+00 0.0000000e+00 +surf ckz 1.600000e+01 0.000000e+00 0.000000e+00 2240.069673 0.04592823439642722 +surf ckz 1.700000e+01 0.000000e+00 0.000000e+00 811.057642 0.438570339352353 +surf 18 plane -9.9129193e-01 1.3168259e-01 -0.0000000e+00 0.0000000e+00 +surf 19 plane -9.9127800e-01 1.3178745e-01 -0.0000000e+00 0.0000000e+00 +surf 20 plane -9.1413964e-01 4.0539946e-01 -0.0000000e+00 0.0000000e+00 +surf 21 plane -9.1419670e-01 4.0527076e-01 -0.0000000e+00 0.0000000e+00 +surf 22 px -4.7296072e+02 +surf 23 px -2.1807141e+02 +surf 24 py -3.9018855e+02 +surf 25 py 2.8394659e+02 +surf 26 pz 4.5279945e+01 +surf 27 pz 2.2820492e+02 +surf 28 sph -3.4551607e+02 -5.3120979e+01 1.3674243e+02 3.7921794e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/Design1/Design1.xml b/tests/regression_test_files/Torus/Design1/Design1.xml new file mode 100644 index 00000000..5c4e4bc9 --- /dev/null +++ b/tests/regression_test_files/Torus/Design1/Design1.xml @@ -0,0 +1,38 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/TuboTorus/TuboTorus.inp b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.inp new file mode 100644 index 00000000..7f5e3953 --- /dev/null +++ b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.inp @@ -0,0 +1,71 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/TuboTorus.stp +$ +$ Creation Date : 2024-05-27 14:58:49.728307 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 12 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 2 4 5 -3 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -12 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 12 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 1.0000000e+01 +2 PZ 0.0000000e+00 +3 CZ 2.500000 +4 CZ 2.000000 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 2.2500000e+00 2.5000000e-01 2.5000000e-01 +6 PX -3.7059805e+00 +7 PX 3.7059805e+00 +8 PY -3.7059805e+00 +9 PY 3.7059805e+00 +10 PZ -1.1775000e+00 +11 PZ 1.1000000e+01 +12 S 0.0000000e+00 0.0000000e+00 4.9112500e+00 8.1944453e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/TuboTorus/TuboTorus.mcnp b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.mcnp new file mode 100644 index 00000000..80d43c7d --- /dev/null +++ b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.mcnp @@ -0,0 +1,69 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/TuboTorus.stp +C +C Creation Date : 2024-05-27 14:58:49.726038 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 12 +C Materials : 0 +C +C ************************************************************** +1 0 2 4 5 -3 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 6 -7 8 -9 10 -11 (-2:-4:-5:3:1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-3.706, 3.706, -3.706, 3.706, -1.177, 11.000) + $Enclosed cells : (1) +3 0 -12 (-6:7:-8:9:-10:11) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 12 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 1.0000000e+01 +2 PZ 0.0000000e+00 +3 CZ 2.500000 +4 CZ 2.000000 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 2.2500000e+00 2.5000000e-01 2.5000000e-01 +6 PX -3.7059805e+00 +7 PX 3.7059805e+00 +8 PY -3.7059805e+00 +9 PY 3.7059805e+00 +10 PZ -1.1775000e+00 +11 PZ 1.1000000e+01 +12 S 0.0000000e+00 0.0000000e+00 4.9112500e+00 8.1944453e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -3.7059805e+00 3.7059805e+00 +C SI2 -3.7059805e+00 3.7059805e+00 +C SI3 -1.1775000e+00 1.1000000e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=12 WGT=2.1095460e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 6.9297922e+01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/TuboTorus/TuboTorus.py b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.py new file mode 100644 index 00000000..7f0fec5e --- /dev/null +++ b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.py @@ -0,0 +1,29 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=10.0) +S2 = openmc.ZPlane(z0=0.0) +S3 = openmc.ZCylinder(x0=0.0,y0=0.0,r=2.5) +S4 = openmc.ZCylinder(x0=0.0,y0=0.0,r=2.0) +S5 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=2.25,r1=0.25,r2=0.25) +S6 = openmc.XPlane(x0=-3.705980500730985) +S7 = openmc.XPlane(x0=3.705980500730985) +S8 = openmc.YPlane(y0=-3.705980500730985) +S9 = openmc.YPlane(y0=3.705980500730985) +S10 = openmc.ZPlane(z0=-1.1775) +S11 = openmc.ZPlane(z0=11.0) +S12 = openmc.Sphere(x0=0.0,y0=0.0,z0=4.91125,r=8.194445342434282, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S2 & +S4 & +S5 & -S3 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-3.706, 3.706, -3.706, 3.706, -1.177, 11.000). Enclosed cells : (1)", region=(+S6 & -S7 & +S8 & -S9 & +S10 & -S11 & (-S2 | -S4 | -S5 | +S3 | +S1))) +C3 = openmc.Cell(name="", region=(-S12 & (-S6 | +S7 | -S8 | +S9 | -S10 | +S11))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/TuboTorus/TuboTorus.serp b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.serp new file mode 100644 index 00000000..0fe9dd80 --- /dev/null +++ b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.serp @@ -0,0 +1,47 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/TuboTorus.stp +% +% Creation Date : 2024-05-27 14:58:49.727348 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 12 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 2 4 5 -3 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 6 -7 8 -9 10 -11 (-2:-4:-5:3:1) %Automatic Generated Void Cell. Enclosure(-3.706, 3.706, -3.706, 3.706, -1.177, 11.000) + %Enclosed cells : (1) +cell 3 0 void -12 (-6:7:-8:9:-10:11) %Graveyard_in +cell 4 0 outside 12 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 1.0000000e+01 +surf 2 pz 0.0000000e+00 +surf 3 cylz 2.500000 +surf 4 cylz 2.000000 +surf 5 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 2.2500000e+00 2.5000000e-01 2.5000000e-01 +surf 6 px -3.7059805e+00 +surf 7 px 3.7059805e+00 +surf 8 py -3.7059805e+00 +surf 9 py 3.7059805e+00 +surf 10 pz -1.1775000e+00 +surf 11 pz 1.1000000e+01 +surf 12 sph 0.0000000e+00 0.0000000e+00 4.9112500e+00 8.1944453e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/TuboTorus/TuboTorus.xml b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.xml new file mode 100644 index 00000000..7de73078 --- /dev/null +++ b/tests/regression_test_files/Torus/TuboTorus/TuboTorus.xml @@ -0,0 +1,19 @@ + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/codo/codo.inp b/tests/regression_test_files/Torus/codo/codo.inp new file mode 100644 index 00000000..d10fb763 --- /dev/null +++ b/tests/regression_test_files/Torus/codo/codo.inp @@ -0,0 +1,72 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/codo.stp +$ +$ Creation Date : 2024-05-27 14:58:36.766583 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 12 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 2 4 5 -3 1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -12 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 12 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX 1.1102230e-16 +2 PY 0.0000000e+00 +3 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +4 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +5 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +6 PX -1.0000000e+00 +7 PX 2.4071099e+00 +8 PY -1.0000000e+00 +9 PY 2.4071099e+00 +10 PZ -1.3000000e+00 +11 PZ 1.3000000e+00 +12 S 7.0355493e-01 7.0355493e-01 0.0000000e+00 2.7923045e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/codo/codo.mcnp b/tests/regression_test_files/Torus/codo/codo.mcnp new file mode 100644 index 00000000..49e50036 --- /dev/null +++ b/tests/regression_test_files/Torus/codo/codo.mcnp @@ -0,0 +1,70 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/codo.stp +C +C Creation Date : 2024-05-27 14:58:36.764259 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 12 +C Materials : 0 +C +C ************************************************************** +1 0 2 4 5 -3 1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 6 -7 8 -9 10 -11 (-2:-4:-5:3:-1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.000, 2.407, -1.000, 2.407, -1.300, 1.300) + $Enclosed cells : (1) +3 0 -12 (-6:7:-8:9:-10:11) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 12 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX 1.1102230e-16 +2 PY 0.0000000e+00 +3 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +4 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +5 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +6 PX -1.0000000e+00 +7 PX 2.4071099e+00 +8 PY -1.0000000e+00 +9 PY 2.4071099e+00 +10 PZ -1.3000000e+00 +11 PZ 1.3000000e+00 +12 S 7.0355493e-01 7.0355493e-01 0.0000000e+00 2.7923045e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0000000e+00 2.4071099e+00 +C SI2 -1.0000000e+00 2.4071099e+00 +C SI3 -1.3000000e+00 1.3000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=12 WGT=2.4494886e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 2.4674011e-01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/codo/codo.py b/tests/regression_test_files/Torus/codo/codo.py new file mode 100644 index 00000000..4841c47e --- /dev/null +++ b/tests/regression_test_files/Torus/codo/codo.py @@ -0,0 +1,29 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=1.110223024625e-16) +S2 = openmc.YPlane(y0=0.0) +S3 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.30000000000000004,r2=0.30000000000000004) +S4 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.2,r2=0.2) +S5 = openmc.Plane(a=0.707106781186511,b=0.707106781186584,c=-0.0,d=0.0) +S6 = openmc.XPlane(x0=-1.0000000000001454) +S7 = openmc.XPlane(x0=2.407109860380112) +S8 = openmc.YPlane(y0=-1.0) +S9 = openmc.YPlane(y0=2.407109860380112) +S10 = openmc.ZPlane(z0=-1.3) +S11 = openmc.ZPlane(z0=1.3) +S12 = openmc.Sphere(x0=0.7035549301899835,y0=0.7035549301900561,z0=0.0,r=2.7923045019990353, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S2 & +S4 & +S5 & -S3 & +S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.000, 2.407, -1.000, 2.407, -1.300, 1.300). Enclosed cells : (1)", region=(+S6 & -S7 & +S8 & -S9 & +S10 & -S11 & (-S2 | -S4 | -S5 | +S3 | -S1))) +C3 = openmc.Cell(name="", region=(-S12 & (-S6 | +S7 | -S8 | +S9 | -S10 | +S11))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/codo/codo.serp b/tests/regression_test_files/Torus/codo/codo.serp new file mode 100644 index 00000000..06998a69 --- /dev/null +++ b/tests/regression_test_files/Torus/codo/codo.serp @@ -0,0 +1,48 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/codo.stp +% +% Creation Date : 2024-05-27 14:58:36.765626 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 12 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 2 4 5 -3 1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 6 -7 8 -9 10 -11 (-2:-4:-5:3:-1) %Automatic Generated Void Cell. Enclosure(-1.000, 2.407, -1.000, 2.407, -1.300, 1.300) + %Enclosed cells : (1) +cell 3 0 void -12 (-6:7:-8:9:-10:11) %Graveyard_in +cell 4 0 outside 12 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px 1.1102230e-16 +surf 2 py 0.0000000e+00 +surf 3 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +surf 4 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +surf 5 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +surf 6 px -1.0000000e+00 +surf 7 px 2.4071099e+00 +surf 8 py -1.0000000e+00 +surf 9 py 2.4071099e+00 +surf 10 pz -1.3000000e+00 +surf 11 pz 1.3000000e+00 +surf 12 sph 7.0355493e-01 7.0355493e-01 0.0000000e+00 2.7923045e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/codo/codo.xml b/tests/regression_test_files/Torus/codo/codo.xml new file mode 100644 index 00000000..0d763fce --- /dev/null +++ b/tests/regression_test_files/Torus/codo/codo.xml @@ -0,0 +1,19 @@ + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/codo2/codo2.inp b/tests/regression_test_files/Torus/codo2/codo2.inp new file mode 100644 index 00000000..4b9a01d3 --- /dev/null +++ b/tests/regression_test_files/Torus/codo2/codo2.inp @@ -0,0 +1,78 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/codo2.stp +$ +$ Creation Date : 2024-05-27 14:58:46.106838 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 16 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -1 -2 5 8 -4:3 7 9 -6 1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -16 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 16 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX -1.1100000e-16 +2 PY 2.0000000e+00 +3 PY 0.0000000e+00 +4 TZ 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +5 TZ 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +6 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +7 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +8 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -1.4142136e+00 +9 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +10 PX -2.4071099e+00 +11 PX 2.4071099e+00 +12 PY -1.0000000e+00 +13 PY 3.0000000e+00 +14 PZ -1.3000000e+00 +15 PZ 1.3000000e+00 +16 S 0.0000000e+00 1.0000000e+00 0.0000000e+00 3.4566080e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/codo2/codo2.mcnp b/tests/regression_test_files/Torus/codo2/codo2.mcnp new file mode 100644 index 00000000..3d629843 --- /dev/null +++ b/tests/regression_test_files/Torus/codo2/codo2.mcnp @@ -0,0 +1,76 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/codo2.stp +C +C Creation Date : 2024-05-27 14:58:46.104328 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 16 +C Materials : 0 +C +C ************************************************************** +1 0 -1 -2 5 8 -4:3 7 9 -6 1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 10 -11 12 -13 14 -15 (-8:-5:4:2:1) (-9:-7:6:-3:-1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-2.407, 2.407, -1.000, 3.000, -1.300, 1.300) + $Enclosed cells : (1) +3 0 -16 (-10:11:-12:13:-14:15) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 16 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX -1.1100000e-16 +2 PY 2.0000000e+00 +3 PY 0.0000000e+00 +4 TZ 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +5 TZ 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +6 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +7 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +8 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -1.4142136e+00 +9 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +10 PX -2.4071099e+00 +11 PX 2.4071099e+00 +12 PY -1.0000000e+00 +13 PY 3.0000000e+00 +14 PZ -1.3000000e+00 +15 PZ 1.3000000e+00 +16 S 0.0000000e+00 1.0000000e+00 0.0000000e+00 3.4566080e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -2.4071099e+00 2.4071099e+00 +C SI2 -1.0000000e+00 3.0000000e+00 +C SI3 -1.3000000e+00 1.3000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=16 WGT=3.7536185e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 4.9348022e-01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/codo2/codo2.py b/tests/regression_test_files/Torus/codo2/codo2.py new file mode 100644 index 00000000..6b607250 --- /dev/null +++ b/tests/regression_test_files/Torus/codo2/codo2.py @@ -0,0 +1,33 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=-1.1100000000000002e-16) +S2 = openmc.YPlane(y0=2.0) +S3 = openmc.YPlane(y0=0.0) +S4 = openmc.ZTorus(x0=0.0,y0=2.0,z0=0.0,r=1.0,r1=0.30000000000000004,r2=0.30000000000000004) +S5 = openmc.ZTorus(x0=0.0,y0=2.0,z0=0.0,r=1.0,r1=0.2,r2=0.2) +S6 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.30000000000000004,r2=0.30000000000000004) +S7 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.2,r2=0.2) +S8 = openmc.Plane(a=-0.7071067811865109,b=-0.7071067811865841,c=0.0,d=-1.4142135623731684) +S9 = openmc.Plane(a=0.7071067811868033,b=0.7071067811862918,c=-0.0,d=0.0) +S10 = openmc.XPlane(x0=-2.407109860380112) +S11 = openmc.XPlane(x0=2.407109860380112) +S12 = openmc.YPlane(y0=-1.0000000000005822) +S13 = openmc.YPlane(y0=3.0) +S14 = openmc.ZPlane(z0=-1.3) +S15 = openmc.ZPlane(z0=1.3) +S16 = openmc.Sphere(x0=0.0,y0=0.9999999999997091,z0=0.0,r=3.456607971160443, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S1 & -S2 & +S5 & +S8 & -S4) | (+S3 & +S7 & +S9 & -S6 & +S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-2.407, 2.407, -1.000, 3.000, -1.300, 1.300). Enclosed cells : (1)", region=(+S10 & -S11 & +S12 & -S13 & +S14 & -S15 & ((-S8 | -S5 | +S4 | +S2 | +S1) & (-S9 | -S7 | +S6 | -S3 | -S1)))) +C3 = openmc.Cell(name="", region=(-S16 & (-S10 | +S11 | -S12 | +S13 | -S14 | +S15))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/codo2/codo2.serp b/tests/regression_test_files/Torus/codo2/codo2.serp new file mode 100644 index 00000000..3fb7065c --- /dev/null +++ b/tests/regression_test_files/Torus/codo2/codo2.serp @@ -0,0 +1,54 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/codo2.stp +% +% Creation Date : 2024-05-27 14:58:46.105764 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 16 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -1 -2 5 8 -4:3 7 9 -6 1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 10 -11 12 -13 14 -15 (-8:-5:4:2:1) (-9:-7:6:-3:-1) %Automatic Generated Void Cell. Enclosure(-2.407, 2.407, -1.000, 3.000, -1.300, 1.300) + %Enclosed cells : (1) +cell 3 0 void -16 (-10:11:-12:13:-14:15) %Graveyard_in +cell 4 0 outside 16 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px -1.1100000e-16 +surf 2 py 2.0000000e+00 +surf 3 py 0.0000000e+00 +surf 4 torz 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +surf 5 torz 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +surf 6 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +surf 7 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +surf 8 plane -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -1.4142136e+00 +surf 9 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +surf 10 px -2.4071099e+00 +surf 11 px 2.4071099e+00 +surf 12 py -1.0000000e+00 +surf 13 py 3.0000000e+00 +surf 14 pz -1.3000000e+00 +surf 15 pz 1.3000000e+00 +surf 16 sph 0.0000000e+00 1.0000000e+00 0.0000000e+00 3.4566080e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/codo2/codo2.xml b/tests/regression_test_files/Torus/codo2/codo2.xml new file mode 100644 index 00000000..272cb8fa --- /dev/null +++ b/tests/regression_test_files/Torus/codo2/codo2.xml @@ -0,0 +1,23 @@ + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/cylchaflan/cylchaflan.inp b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.inp new file mode 100644 index 00000000..5f3e293f --- /dev/null +++ b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.inp @@ -0,0 +1,73 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/cylchaflan.stp +$ +$ Creation Date : 2024-05-27 14:58:49.833542 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 14 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 2 -5 -3:-6 3:-7 3 -4 6 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -14 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 14 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PY 0.0000000e+00 +2 PZ 0.0000000e+00 +3 PZ 1.0000000e+01 +4 PZ 1.0200000e+01 +5 CZ 2.000000 +6 TZ 0.0000000e+00 0.0000000e+00 1.0000000e+01 + 1.8000000e+00 2.0000000e-01 2.0000000e-01 +7 KZ 8.400000e+00 1.000000 1 +8 PX -3.1647844e+00 +9 PX 3.1647844e+00 +10 PY -3.1647844e+00 +11 PY 3.1647844e+00 +12 PZ -1.0000000e+00 +13 PZ 1.1200000e+01 +14 S 0.0000000e+00 0.0000000e+00 5.1000000e+00 7.7171424e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/cylchaflan/cylchaflan.mcnp b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.mcnp new file mode 100644 index 00000000..a0661444 --- /dev/null +++ b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.mcnp @@ -0,0 +1,71 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/cylchaflan.stp +C +C Creation Date : 2024-05-27 14:58:49.830597 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 14 +C Materials : 0 +C +C ************************************************************** +1 0 2 -5 -3:-6 3:-7 3 -4 6 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 8 -9 10 -11 12 -13 (6:-3) (5:-2:3) (7:4:-3:-6) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-3.165, 3.165, -3.165, 3.165, -1.000, 11.200) + $Enclosed cells : (1) +3 0 -14 (-8:9:-10:11:-12:13) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 14 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PY 0.0000000e+00 +2 PZ 0.0000000e+00 +3 PZ 1.0000000e+01 +4 PZ 1.0200000e+01 +5 CZ 2.000000 +6 TZ 0.0000000e+00 0.0000000e+00 1.0000000e+01 + 1.8000000e+00 2.0000000e-01 2.0000000e-01 +7 KZ 8.400000e+00 1.000000 1 +8 PX -3.1647844e+00 +9 PX 3.1647844e+00 +10 PY -3.1647844e+00 +11 PY 3.1647844e+00 +12 PZ -1.0000000e+00 +13 PZ 1.1200000e+01 +14 S 0.0000000e+00 0.0000000e+00 5.1000000e+00 7.7171424e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -3.1647844e+00 3.1647844e+00 +C SI2 -3.1647844e+00 3.1647844e+00 +C SI3 -1.0000000e+00 1.1200000e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=14 WGT=1.8709531e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.2807152e+02 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/cylchaflan/cylchaflan.py b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.py new file mode 100644 index 00000000..fb83b8d1 --- /dev/null +++ b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.py @@ -0,0 +1,31 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=0.0) +S2 = openmc.ZPlane(z0=0.0) +S3 = openmc.ZPlane(z0=10.0) +S4 = openmc.ZPlane(z0=10.200000000000001) +S5 = openmc.ZCylinder(x0=0.0,y0=0.0,r=2.0) +S6 = openmc.ZTorus(x0=0.0,y0=0.0,z0=10.0,r=1.8,r1=0.2,r2=0.2) +S7 = openmc.ZCone(x0=0.0,y0=0.0,z0=8.4,r2=0.9999999999999998) +S8 = openmc.XPlane(x0=-3.164784400584788) +S9 = openmc.XPlane(x0=3.164784400584788) +S10 = openmc.YPlane(y0=-3.164784400584788) +S11 = openmc.YPlane(y0=3.164784400584788) +S12 = openmc.ZPlane(z0=-1.0) +S13 = openmc.ZPlane(z0=11.200000000000001) +S14 = openmc.Sphere(x0=0.0,y0=0.0,z0=5.1000000000000005,r=7.717142354316536, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S2 & -S5 & -S3) | (-S6 & +S3) | (-S7 & +S3 & -S4 & +S6))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-3.165, 3.165, -3.165, 3.165, -1.000, 11.200). Enclosed cells : (1)", region=(+S8 & -S9 & +S10 & -S11 & +S12 & -S13 & ((+S6 | -S3) & (+S5 | -S2 | +S3) & (+S7 | +S4 | -S3 | -S6)))) +C3 = openmc.Cell(name="", region=(-S14 & (-S8 | +S9 | -S10 | +S11 | -S12 | +S13))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/cylchaflan/cylchaflan.serp b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.serp new file mode 100644 index 00000000..ca4fb37a --- /dev/null +++ b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.serp @@ -0,0 +1,49 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/cylchaflan.stp +% +% Creation Date : 2024-05-27 14:58:49.832299 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 14 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 2 -5 -3:-6 3:-7 3 -4 6% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 8 -9 10 -11 12 -13 (6:-3) (5:-2:3) (7:4:-3:-6) %Automatic Generated Void Cell. Enclosure(-3.165, 3.165, -3.165, 3.165, -1.000, 11.200) + %Enclosed cells : (1) +cell 3 0 void -14 (-8:9:-10:11:-12:13) %Graveyard_in +cell 4 0 outside 14 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py 0.0000000e+00 +surf 2 pz 0.0000000e+00 +surf 3 pz 1.0000000e+01 +surf 4 pz 1.0200000e+01 +surf 5 cylz 2.000000 +surf 6 torz 0.0000000e+00 0.0000000e+00 1.0000000e+01 + 1.8000000e+00 2.0000000e-01 2.0000000e-01 +surf ckz 7.000000e+00 0.000000e+00 0.000000e+00 8.400000 0.9999999999999998 +surf 8 px -3.1647844e+00 +surf 9 px 3.1647844e+00 +surf 10 py -3.1647844e+00 +surf 11 py 3.1647844e+00 +surf 12 pz -1.0000000e+00 +surf 13 pz 1.1200000e+01 +surf 14 sph 0.0000000e+00 0.0000000e+00 5.1000000e+00 7.7171424e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/cylchaflan/cylchaflan.xml b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.xml new file mode 100644 index 00000000..b38c724e --- /dev/null +++ b/tests/regression_test_files/Torus/cylchaflan/cylchaflan.xml @@ -0,0 +1,21 @@ + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/dobleCodo/dobleCodo.inp b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.inp new file mode 100644 index 00000000..35057e95 --- /dev/null +++ b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.inp @@ -0,0 +1,87 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/dobleCodo.stp +$ +$ Creation Date : 2024-05-27 14:58:36.710687 +$ Solid Cells : 4 +$ Total Cells : 7 +$ Surfaces : 22 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -1 4 14 -3 -2 +2 0 c0 8 -7 5 -6 +3 0 c0 -9 2 11 -10 +4 0 c0 13 15 -12 6 1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +6 0 -22 #1 #2 #3 #4 + $Inner void + $VOID CELL 5 merged, so the auto-genarated void definition is eliminated + +7 -1 22 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX -1.1100000e-16 +2 PY 2.0000000e+00 +3 TZ 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +4 TZ 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +5 PY -1.0000000e+00 +6 PY 0.0000000e+00 +7 C/Y 1.000000 0.000000 0.300000 +8 C/Y 1.000000 0.000000 0.200000 +9 PY 3.0000000e+00 +10 C/Y -1.000000 0.000000 0.300000 +11 C/Y -1.000000 0.000000 0.200000 +12 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +13 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +14 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -1.4142136e+00 +15 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +16 PX -2.4071099e+00 +17 PX 2.4071099e+00 +18 PY -2.0000000e+00 +19 PY 4.0000000e+00 +20 PZ -1.3000000e+00 +21 PZ 1.3000000e+00 +22 S 0.0000000e+00 1.0000000e+00 0.0000000e+00 4.1412726e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/dobleCodo/dobleCodo.mcnp b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.mcnp new file mode 100644 index 00000000..2fa5bbe8 --- /dev/null +++ b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.mcnp @@ -0,0 +1,89 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/dobleCodo.stp +C +C Creation Date : 2024-05-27 14:58:36.708043 +C Solid Cells : 4 +C Total Cells : 7 +C Surfaces : 22 +C Materials : 0 +C +C ************************************************************** +1 0 -1 4 14 -3 -2 + imp:n=1.0 imp:p=1.0 +2 0 8 -7 5 -6 + imp:n=1.0 imp:p=1.0 +3 0 -9 2 11 -10 + imp:n=1.0 imp:p=1.0 +4 0 13 15 -12 6 1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +5 0 16 -17 18 -19 20 -21 (-8:7:-5:6) (-11:10:9:-2) (-14:-4:3:1:2) (-15: + -13:12:-6:-1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-2.407, 2.407, -2.000, 4.000, -1.300, 1.300) + $Enclosed cells : (1, 2, 3, 4) +6 0 -22 (-16:17:-18:19:-20:21) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +7 0 22 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX -1.1100000e-16 +2 PY 2.0000000e+00 +3 TZ 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +4 TZ 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +5 PY -1.0000000e+00 +6 PY 0.0000000e+00 +7 C/Y 1.000000 0.000000 0.300000 +8 C/Y 1.000000 0.000000 0.200000 +9 PY 3.0000000e+00 +10 C/Y -1.000000 0.000000 0.300000 +11 C/Y -1.000000 0.000000 0.200000 +12 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +13 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +14 P -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -1.4142136e+00 +15 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +16 PX -2.4071099e+00 +17 PX 2.4071099e+00 +18 PY -2.0000000e+00 +19 PY 4.0000000e+00 +20 PZ -1.3000000e+00 +21 PZ 1.3000000e+00 +22 S 0.0000000e+00 1.0000000e+00 0.0000000e+00 4.1412726e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -2.4071099e+00 2.4071099e+00 +C SI2 -2.0000000e+00 4.0000000e+00 +C SI3 -1.3000000e+00 1.3000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=22 WGT=5.3878750e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 3 4 +SD4 2.4674011e-01 1.5707963e-01 1.5707963e-01 2.4674011e-01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/dobleCodo/dobleCodo.py b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.py new file mode 100644 index 00000000..868a9187 --- /dev/null +++ b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.py @@ -0,0 +1,42 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=-1.1100000000000002e-16) +S2 = openmc.YPlane(y0=2.0) +S3 = openmc.ZTorus(x0=0.0,y0=2.0,z0=0.0,r=1.0,r1=0.30000000000000004,r2=0.30000000000000004) +S4 = openmc.ZTorus(x0=0.0,y0=2.0,z0=0.0,r=1.0,r1=0.2,r2=0.2) +S5 = openmc.YPlane(y0=-1.0) +S6 = openmc.YPlane(y0=0.0) +S7 = openmc.YCylinder(x0=1.0,z0=0.0,r=0.30000000000000004) +S8 = openmc.YCylinder(x0=1.0,z0=0.0,r=0.2) +S9 = openmc.YPlane(y0=3.0) +S10 = openmc.YCylinder(x0=-1.0,z0=0.0,r=0.30000000000000004) +S11 = openmc.YCylinder(x0=-1.0,z0=0.0,r=0.2) +S12 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.30000000000000004,r2=0.30000000000000004) +S13 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.2,r2=0.2) +S14 = openmc.Plane(a=-0.7071067811865109,b=-0.7071067811865841,c=0.0,d=-1.4142135623731684) +S15 = openmc.Plane(a=0.7071067811868033,b=0.7071067811862918,c=-0.0,d=0.0) +S16 = openmc.XPlane(x0=-2.407109860380112) +S17 = openmc.XPlane(x0=2.407109860380112) +S18 = openmc.YPlane(y0=-2.0) +S19 = openmc.YPlane(y0=4.0) +S20 = openmc.ZPlane(z0=-1.3) +S21 = openmc.ZPlane(z0=1.3) +S22 = openmc.Sphere(x0=0.0,y0=1.0,z0=0.0,r=4.141272590193588, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S1 & +S4 & +S14 & -S3 & -S2))) +C2 = openmc.Cell(name="", region=((+S8 & -S7 & +S5 & -S6))) +C3 = openmc.Cell(name="", region=((-S9 & +S2 & +S11 & -S10))) +C4 = openmc.Cell(name="", region=((+S13 & +S15 & -S12 & +S6 & +S1))) +C5 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-2.407, 2.407, -2.000, 4.000, -1.300, 1.300). Enclosed cells : (1, 2, 3, 4)", region=(+S16 & -S17 & +S18 & -S19 & +S20 & -S21 & ((-S8 | +S7 | -S5 | +S6) & (-S11 | +S10 | +S9 | -S2) & (-S14 | -S4 | +S3 | +S1 | +S2) & (-S15 | -S13 | +S12 | -S6 | -S1)))) +C6 = openmc.Cell(name="", region=(-S22 & (-S16 | +S17 | -S18 | +S19 | -S20 | +S21))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5, C6]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/dobleCodo/dobleCodo.serp b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.serp new file mode 100644 index 00000000..555dfcad --- /dev/null +++ b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.serp @@ -0,0 +1,61 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/dobleCodo.stp +% +% Creation Date : 2024-05-27 14:58:36.709597 +% Solid Cells : 4 +% Total Cells : 7 +% Surfaces : 22 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -1 4 14 -3 -2cell 2 0 void 8 -7 5 -6cell 3 0 void -9 2 11 -10cell 4 0 void 13 15 -12 6 1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 5 0 void 16 -17 18 -19 20 -21 (-8:7:-5:6) (-11:10:9:-2) (-14:-4:3:1:2) + (-15:-13:12:-6:-1) %Automatic Generated Void Cell. Enclosure(-2.407, 2.407, -2.000, 4.000, -1.300, 1.300) + %Enclosed cells : (1, 2, 3, 4) +cell 6 0 void -22 (-16:17:-18:19:-20:21) %Graveyard_in +cell 7 0 outside 22 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px -1.1100000e-16 +surf 2 py 2.0000000e+00 +surf 3 torz 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +surf 4 torz 0.0000000e+00 2.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +surf 5 py -1.0000000e+00 +surf 6 py 0.0000000e+00 +surf 7 cyly 1.000000 0.000000 0.300000 +surf 8 cyly 1.000000 0.000000 0.200000 +surf 9 py 3.0000000e+00 +surf 10 cyly -1.000000 0.000000 0.300000 +surf 11 cyly -1.000000 0.000000 0.200000 +surf 12 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 3.0000000e-01 3.0000000e-01 +surf 13 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +surf 14 plane -7.0710678e-01 -7.0710678e-01 0.0000000e+00 -1.4142136e+00 +surf 15 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +surf 16 px -2.4071099e+00 +surf 17 px 2.4071099e+00 +surf 18 py -2.0000000e+00 +surf 19 py 4.0000000e+00 +surf 20 pz -1.3000000e+00 +surf 21 pz 1.3000000e+00 +surf 22 sph 0.0000000e+00 1.0000000e+00 0.0000000e+00 4.1412726e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/dobleCodo/dobleCodo.xml b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.xml new file mode 100644 index 00000000..fc319714 --- /dev/null +++ b/tests/regression_test_files/Torus/dobleCodo/dobleCodo.xml @@ -0,0 +1,32 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/example/example.inp b/tests/regression_test_files/Torus/example/example.inp new file mode 100644 index 00000000..bcff3c4f --- /dev/null +++ b/tests/regression_test_files/Torus/example/example.inp @@ -0,0 +1,125 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/example.stp +$ +$ Creation Date : 2024-05-27 14:58:48.963022 +$ Solid Cells : 12 +$ Total Cells : 15 +$ Surfaces : 47 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 4 -2 28 -3 1 +2 0 c0 -1 6 29 5 -3 +3 0 c0 2 8 -7 -3 30 +4 0 c0 -5 10 9 -3 31 +5 0 c0 32 7 -11 12 -3 +6 0 c0 -16 -9 15:34 -9 10 16 15 -33 +7 0 c0 -15 -18 17:-16 -15 17:36 17 16 -15 18 -35 +8 0 c0 -16 -17 20 +9 0 c0 37 -20 19 -17 21:-17 -21 19 +10 0 c0 39 22 -19 21 23 -38:22 -19 -21 +11 0 c0 -25 40 21 -22 24:24 -21 -22 +12 0 c0 -24 27 26 -25 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +14 0 -47 #1 #2 #3 #4 #5 #6 #7 #8 #9 #10 #11 #12 + $Inner void + $VOID CELL 13 merged, so the auto-genarated void definition is eliminated + +15 -1 47 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 4.4414050e+02 +2 PZ 4.8740632e+02 +3 C/Z -0.000000 -0.000000 196.500000 +4 TZ -3.1766675e-12 0.0000000e+00 4.5514339e+02 + 1.2063574e+02 6.2761299e+01 6.2761299e+01 +5 PZ 4.1619497e+02 +6 TZ -3.1609051e-12 0.0000000e+00 4.5287795e+02 + 1.2997068e+02 5.3177089e+01 5.3177089e+01 +7 PZ 5.0163256e+02 +8 TZ -3.2543090e-12 0.0000000e+00 4.6630240e+02 + 1.3856180e+02 4.1650271e+01 4.1650271e+01 +9 PZ 4.0550000e+02 +10 TZ -3.0804222e-12 0.0000000e+00 4.4131056e+02 + 1.4208463e+02 3.6427415e+01 3.6427415e+01 +11 PZ 5.0568955e+02 +12 TZ -3.3157343e-12 0.0000000e+00 4.7513073e+02 + 1.4477054e+02 3.0879185e+01 3.0879185e+01 +13 PX -9.8952969e-15 +14 PY -4.7638760e-14 +15 PZ 4.0500000e+02 +16 TZ -2.8312614e-12 0.0000000e+00 4.0550000e+02 + 1.9450000e+02 2.0000000e+00 2.0000000e+00 +17 PZ 4.0399795e+02 +18 TZ -2.6458582e-12 0.0000000e+00 3.7885298e+02 + 1.4563795e+02 2.6154801e+01 2.6154801e+01 +19 PZ 4.0350000e+02 +20 C/Z -0.000000 0.000000 194.500000 +21 TZ -2.7433549e-12 0.0000000e+00 3.9286567e+02 + 1.4129167e+02 1.1491609e+01 1.1491609e+01 +22 PZ 4.0299895e+02 +23 TZ -2.8034304e-12 0.0000000e+00 4.0150000e+02 + 1.7925684e+02 2.0000000e+00 2.0000000e+00 +24 PZ 3.9500000e+02 +25 K/Z -1.720283e-12 4.783344e-29 2.458250e+02 1.281595 1 +26 PZ 3.9241340e+02 +27 C/Z -0.000000 0.000000 130.000000 +28 K/Z -3.176667e-12 0.000000e+00 1.436262e+03 0.033810 -1 +29 K/Z -3.160905e-12 0.000000e+00 7.883914e+01 0.249383 1 +30 K/Z -3.254309e-12 0.000000e+00 6.666092e+02 0.947872 -1 +31 K/Z -3.080422e-12 0.000000e+00 3.247787e+02 3.396218 1 +32 K/Z -3.315734e-12 0.000000e+00 5.587329e+02 7.912569 -1 +33 K/Z -2.831261e-12 0.000000e+00 1.921049e+03 0.016133 -1 +34 K/Z -3.080422e-12 0.000000e+00 3.857178e+02 56.548929 1 +35 K/Z -2.831261e-12 0.000000e+00 7.182735e+02 0.377834 -1 +36 K/Z -2.645858e-12 0.000000e+00 4.273453e+02 42.852120 -1 +37 K/Z -2.743355e-12 0.000000e+00 4.517206e+02 9.123005 -1 +38 K/Z -2.803430e-12 0.000000e+00 3.356657e+02 6.983178 1 +39 K/Z -2.743355e-12 0.000000e+00 4.720539e+02 4.513755 -1 +40 K/Z -2.743355e-12 0.000000e+00 6.028553e+02 0.538880 -1 +41 PX -2.1369007e+02 +42 PX 2.1369007e+02 +43 PY -2.1369007e+02 +44 PY 2.1369007e+02 +45 PZ 3.9141340e+02 +46 PZ 5.0895267e+02 +47 S -2.8194336e-12 0.0000000e+00 4.5018304e+02 3.1402214e+02 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/example/example.mcnp b/tests/regression_test_files/Torus/example/example.mcnp new file mode 100644 index 00000000..db78d60c --- /dev/null +++ b/tests/regression_test_files/Torus/example/example.mcnp @@ -0,0 +1,139 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/example.stp +C +C Creation Date : 2024-05-27 14:58:48.959427 +C Solid Cells : 12 +C Total Cells : 15 +C Surfaces : 47 +C Materials : 0 +C +C ************************************************************** +1 0 4 -2 28 -3 1 + imp:n=1.0 imp:p=1.0 +2 0 -1 6 29 5 -3 + imp:n=1.0 imp:p=1.0 +3 0 2 8 -7 -3 30 + imp:n=1.0 imp:p=1.0 +4 0 -5 10 9 -3 31 + imp:n=1.0 imp:p=1.0 +5 0 32 7 -11 12 -3 + imp:n=1.0 imp:p=1.0 +6 0 -16 -9 15:34 -9 10 16 15 -33 + imp:n=1.0 imp:p=1.0 +7 0 -15 -18 17:-16 -15 17:36 17 16 -15 18 -35 + imp:n=1.0 imp:p=1.0 +8 0 -16 -17 20 + imp:n=1.0 imp:p=1.0 +9 0 37 -20 19 -17 21:-17 -21 19 + imp:n=1.0 imp:p=1.0 +10 0 39 22 -19 21 23 -38:22 -19 -21 + imp:n=1.0 imp:p=1.0 +11 0 -25 40 21 -22 24:24 -21 -22 + imp:n=1.0 imp:p=1.0 +12 0 -24 27 26 -25 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +13 0 41 -42 43 -44 45 -46 (16 (-34:33:-10):9:-15) (16 18 (35:-36):-17: + 15) (16:17:-20) (21 (20:-37):17:-19) (21 (-39:38:-23):19:-22) (21 + (25:-40):22:-24) (3:(-28:-4:2:-1) (-29:-6:1:-5) (-30:-8:-2:7) (-31:5: + -10:-9) (-32:-12:11:-7)) (-27:-26:24:25) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-213.690, 213.690, -213.690, 213.690, 391.413, 508.953) + $Enclosed cells : (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12) +14 0 -47 (-41:42:-43:44:-45:46) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +15 0 47 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 4.4414050e+02 +2 PZ 4.8740632e+02 +3 C/Z -0.000000 -0.000000 196.500000 +4 TZ -3.1766675e-12 0.0000000e+00 4.5514339e+02 + 1.2063574e+02 6.2761299e+01 6.2761299e+01 +5 PZ 4.1619497e+02 +6 TZ -3.1609051e-12 0.0000000e+00 4.5287795e+02 + 1.2997068e+02 5.3177089e+01 5.3177089e+01 +7 PZ 5.0163256e+02 +8 TZ -3.2543090e-12 0.0000000e+00 4.6630240e+02 + 1.3856180e+02 4.1650271e+01 4.1650271e+01 +9 PZ 4.0550000e+02 +10 TZ -3.0804222e-12 0.0000000e+00 4.4131056e+02 + 1.4208463e+02 3.6427415e+01 3.6427415e+01 +11 PZ 5.0568955e+02 +12 TZ -3.3157343e-12 0.0000000e+00 4.7513073e+02 + 1.4477054e+02 3.0879185e+01 3.0879185e+01 +13 PX -9.8952969e-15 +14 PY -4.7638760e-14 +15 PZ 4.0500000e+02 +16 TZ -2.8312614e-12 0.0000000e+00 4.0550000e+02 + 1.9450000e+02 2.0000000e+00 2.0000000e+00 +17 PZ 4.0399795e+02 +18 TZ -2.6458582e-12 0.0000000e+00 3.7885298e+02 + 1.4563795e+02 2.6154801e+01 2.6154801e+01 +19 PZ 4.0350000e+02 +20 C/Z -0.000000 0.000000 194.500000 +21 TZ -2.7433549e-12 0.0000000e+00 3.9286567e+02 + 1.4129167e+02 1.1491609e+01 1.1491609e+01 +22 PZ 4.0299895e+02 +23 TZ -2.8034304e-12 0.0000000e+00 4.0150000e+02 + 1.7925684e+02 2.0000000e+00 2.0000000e+00 +24 PZ 3.9500000e+02 +25 K/Z -1.720283e-12 4.783344e-29 2.458250e+02 1.281595 1 +26 PZ 3.9241340e+02 +27 C/Z -0.000000 0.000000 130.000000 +28 K/Z -3.176667e-12 0.000000e+00 1.436262e+03 0.033810 -1 +29 K/Z -3.160905e-12 0.000000e+00 7.883914e+01 0.249383 1 +30 K/Z -3.254309e-12 0.000000e+00 6.666092e+02 0.947872 -1 +31 K/Z -3.080422e-12 0.000000e+00 3.247787e+02 3.396218 1 +32 K/Z -3.315734e-12 0.000000e+00 5.587329e+02 7.912569 -1 +33 K/Z -2.831261e-12 0.000000e+00 1.921049e+03 0.016133 -1 +34 K/Z -3.080422e-12 0.000000e+00 3.857178e+02 56.548929 1 +35 K/Z -2.831261e-12 0.000000e+00 7.182735e+02 0.377834 -1 +36 K/Z -2.645858e-12 0.000000e+00 4.273453e+02 42.852120 -1 +37 K/Z -2.743355e-12 0.000000e+00 4.517206e+02 9.123005 -1 +38 K/Z -2.803430e-12 0.000000e+00 3.356657e+02 6.983178 1 +39 K/Z -2.743355e-12 0.000000e+00 4.720539e+02 4.513755 -1 +40 K/Z -2.743355e-12 0.000000e+00 6.028553e+02 0.538880 -1 +41 PX -2.1369007e+02 +42 PX 2.1369007e+02 +43 PY -2.1369007e+02 +44 PY 2.1369007e+02 +45 PZ 3.9141340e+02 +46 PZ 5.0895267e+02 +47 S -2.8194336e-12 0.0000000e+00 4.5018304e+02 3.1402214e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -2.1369007e+02 2.1369007e+02 +C SI2 -2.1369007e+02 2.1369007e+02 +C SI3 3.9141340e+02 5.0895267e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=47 WGT=3.0979215e+05 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 3 4 5 6 7 8 9 10 11 12 +SD4 7.8642034e+05 6.3170304e+05 4.5359072e+05 4.2440878e+05 1.8140057e+05 + 2.6633907e+04 5.8773734e+04 5.5210768e+02 2.9547707e+04 2.0792098e+04 + 3.1790707e+05 9.0425841e+04 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/example/example.py b/tests/regression_test_files/Torus/example/example.py new file mode 100644 index 00000000..7474a991 --- /dev/null +++ b/tests/regression_test_files/Torus/example/example.py @@ -0,0 +1,75 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=444.140498460196) +S2 = openmc.ZPlane(z0=487.40632178834204) +S3 = openmc.ZCylinder(x0=-3.1798080793666e-12,y0=-1.74197295923229e-31,r=196.499999999999) +S4 = openmc.ZTorus(x0=-3.1766674515276e-12,y0=0.0,z0=455.143386786226,r=120.635742185541,r1=62.7612992428562,r2=62.7612992428562) +S5 = openmc.ZPlane(z0=416.194973332639) +S6 = openmc.ZTorus(x0=-3.16090511405579e-12,y0=0.0,z0=452.87794951747105,r=129.970679812384,r1=53.17708895380701,r2=53.17708895380701) +S7 = openmc.ZPlane(z0=501.63256412726207) +S8 = openmc.ZTorus(x0=-3.25430904722169e-12,y0=0.0,z0=466.302402053192,r=138.561801177694,r1=41.6502711228512,r2=41.6502711228512) +S9 = openmc.ZPlane(z0=405.499999999991) +S10 = openmc.ZTorus(x0=-3.0804221883684003e-12,y0=0.0,z0=441.310564941627,r=142.084625316695,r1=36.4274146203675,r2=36.4274146203675) +S11 = openmc.ZPlane(z0=505.6895451780671) +S12 = openmc.ZTorus(x0=-3.31573434080662e-12,y0=0.0,z0=475.130734118813,r=144.77053997199002,r1=30.8791849810999,r2=30.8791849810999) +S13 = openmc.XPlane(x0=-9.895296851161043e-15) +S14 = openmc.YPlane(y0=-4.763876048683181e-14) +S15 = openmc.ZPlane(z0=404.9999999999999) +S16 = openmc.ZTorus(x0=-2.83126136743053e-12,y0=0.0,z0=405.499999999991,r=194.499999999999,r1=2.00000000000005,r2=2.00000000000005) +S17 = openmc.ZPlane(z0=403.9979544780051) +S18 = openmc.ZTorus(x0=-2.6458581678063603e-12,y0=0.0,z0=378.85298023365107,r=145.637948616617,r1=26.1548011099163,r2=26.1548011099163) +S19 = openmc.ZPlane(z0=403.499999999991) +S20 = openmc.ZCylinder(x0=-2.81402249988905e-12,y0=0.0,r=194.499999999999) +S21 = openmc.ZTorus(x0=-2.7433549287046403e-12,y0=0.0,z0=392.865673218869,r=141.291666546129,r1=11.4916092953794,r2=11.4916092953794) +S22 = openmc.ZPlane(z0=402.99894642355406) +S23 = openmc.ZTorus(x0=-2.80343038276509e-12,y0=0.0,z0=401.49999999999,r=179.256838876923,r1=2.00000000000005,r2=2.00000000000005) +S24 = openmc.ZPlane(z0=395.0) +S25 = openmc.ZCone(x0=-1.7202832483175206e-12,y0=4.7833444937891357e-29,z0=245.82500000007158,r2=1.2815948736218106) +S26 = openmc.ZPlane(z0=392.413401028505) +S27 = openmc.ZCylinder(x0=-2.7492065831449003e-12,y0=1.67507187749733e-30,r=129.999999999999) +S28 = openmc.ZCone(x0=-3.1766674515276e-12,y0=0.0,z0=1436.2623753167566,r2=0.0338095071893953) +S29 = openmc.ZCone(x0=-3.16090511405579e-12,y0=0.0,z0=78.83913518003692,r2=0.24938269098067015) +S30 = openmc.ZCone(x0=-3.25430904722169e-12,y0=0.0,z0=666.6091563509785,r2=0.9478721343979863) +S31 = openmc.ZCone(x0=-3.0804221883684003e-12,y0=0.0,z0=324.7786863166867,r2=3.396218408661462) +S32 = openmc.ZCone(x0=-3.31573434080662e-12,y0=0.0,z0=558.7328719893151,r2=7.91256905962186) +S33 = openmc.ZCone(x0=-2.83126136743053e-12,y0=0.0,z0=1921.0492941735747,r2=0.016133230340054625) +S34 = openmc.ZCone(x0=-3.0804221883684003e-12,y0=0.0,z0=385.7178344020048,r2=56.5489294866828) +S35 = openmc.ZCone(x0=-2.83126136743053e-12,y0=0.0,z0=718.2735349875946,r2=0.3778335894725881) +S36 = openmc.ZCone(x0=-2.6458581678063603e-12,y0=0.0,z0=427.34532174384725,r2=42.85212042576516) +S37 = openmc.ZCone(x0=-2.7433549287046403e-12,y0=0.0,z0=451.72056976163424,r2=9.123004677658756) +S38 = openmc.ZCone(x0=-2.80343038276509e-12,y0=0.0,z0=335.66572769168846,r2=6.983178223082341) +S39 = openmc.ZCone(x0=-2.7433549287046403e-12,y0=0.0,z0=472.053922225855,r2=4.513754743280794) +S40 = openmc.ZCone(x0=-2.7433549287046403e-12,y0=0.0,z0=602.8553269799617,r2=0.5388797657569219) +S41 = openmc.XPlane(x0=-213.69006735745722) +S42 = openmc.XPlane(x0=213.69006735745157) +S43 = openmc.YPlane(y0=-213.69006735745438) +S44 = openmc.YPlane(y0=213.69006735745438) +S45 = openmc.ZPlane(z0=391.41340102850364) +S46 = openmc.ZPlane(z0=508.95267317604424) +S47 = openmc.Sphere(x0=-2.8194335754960776e-12,y0=0.0,z0=450.18303710227394,r=314.0221371155513, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S4 & -S2 & +S28 & -S3 & +S1))) +C2 = openmc.Cell(name="", region=((-S1 & +S6 & +S29 & +S5 & -S3))) +C3 = openmc.Cell(name="", region=((+S2 & +S8 & -S7 & -S3 & +S30))) +C4 = openmc.Cell(name="", region=((-S5 & +S10 & +S9 & -S3 & +S31))) +C5 = openmc.Cell(name="", region=((+S32 & +S7 & -S11 & +S12 & -S3))) +C6 = openmc.Cell(name="", region=((-S16 & -S9 & +S15) | (+S34 & -S9 & +S10 & +S16 & +S15 & -S33))) +C7 = openmc.Cell(name="", region=((-S15 & -S18 & +S17) | (-S16 & -S15 & +S17) | (+S36 & +S17 & +S16 & -S15 & +S18 & -S35))) +C8 = openmc.Cell(name="", region=((-S16 & -S17 & +S20))) +C9 = openmc.Cell(name="", region=((+S37 & -S20 & +S19 & -S17 & +S21) | (-S17 & -S21 & +S19))) +C10 = openmc.Cell(name="", region=((+S39 & +S22 & -S19 & +S21 & +S23 & -S38) | (+S22 & -S19 & -S21))) +C11 = openmc.Cell(name="", region=((-S25 & +S40 & +S21 & -S22 & +S24) | (+S24 & -S21 & -S22))) +C12 = openmc.Cell(name="", region=((-S24 & +S27 & +S26 & -S25))) +C13 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-213.690, 213.690, -213.690, 213.690, 391.413, 508.953). Enclosed cells : (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)", region=(+S41 & -S42 & +S43 & -S44 & +S45 & -S46 & ((((+S16) & (-S34 | +S33 | -S10)) | (+S9 | -S15)) & (((+S16 & +S18) & (+S35 | -S36)) | (-S17 | +S15)) & (+S16 | +S17 | -S20) & (((+S21) & (+S20 | -S37)) | (+S17 | -S19)) & (((+S21) & (-S39 | +S38 | -S23)) | (+S19 | -S22)) & (((+S21) & (+S25 | -S40)) | (+S22 | -S24)) & ((+S3) | ((-S28 | -S4 | +S2 | -S1) & (-S29 | -S6 | +S1 | -S5) & (-S30 | -S8 | -S2 | +S7) & (-S31 | +S5 | -S10 | -S9) & (-S32 | -S12 | +S11 | -S7))) & (-S27 | -S26 | +S24 | +S25)))) +C14 = openmc.Cell(name="", region=(-S47 & (-S41 | +S42 | -S43 | +S44 | -S45 | +S46))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/example/example.serp b/tests/regression_test_files/Torus/example/example.serp new file mode 100644 index 00000000..cd5c0811 --- /dev/null +++ b/tests/regression_test_files/Torus/example/example.serp @@ -0,0 +1,93 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/example.stp +% +% Creation Date : 2024-05-27 14:58:48.961576 +% Solid Cells : 12 +% Total Cells : 15 +% Surfaces : 47 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 4 -2 28 -3 1cell 2 0 void -1 6 29 5 -3cell 3 0 void 2 8 -7 -3 30cell 4 0 void -5 10 9 -3 31cell 5 0 void 32 7 -11 12 -3cell 6 0 void -16 -9 15:34 -9 10 16 15 -33cell 7 0 void -15 -18 17:-16 -15 17:36 17 16 -15 18 -35cell 8 0 void -16 -17 20cell 9 0 void 37 -20 19 -17 21:-17 -21 19cell 10 0 void 39 22 -19 21 23 -38:22 -19 -21cell 11 0 void -25 40 21 -22 24:24 -21 -22cell 12 0 void -24 27 26 -25% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 13 0 void 41 -42 43 -44 45 -46 (16 (-34:33:-10):9:-15) (16 18 (35:-36): + -17:15) (16:17:-20) (21 (20:-37):17:-19) (21 (-39:38:-23):19:-22) + (21 (25:-40):22:-24) (3:(-28:-4:2:-1) (-29:-6:1:-5) (-30:-8:-2:7) + (-31:5:-10:-9) (-32:-12:11:-7)) (-27:-26:24:25) %Automatic Generated Void Cell. Enclosure(-213.690, 213.690, -213.690, 213.690, 391.413, 508.953) + %Enclosed cells : (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12) +cell 14 0 void -47 (-41:42:-43:44:-45:46) %Graveyard_in +cell 15 0 outside 47 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 4.4414050e+02 +surf 2 pz 4.8740632e+02 +surf 3 cylz 196.500000 +surf 4 torz -3.1766675e-12 0.0000000e+00 4.5514339e+02 + 1.2063574e+02 6.2761299e+01 6.2761299e+01 +surf 5 pz 4.1619497e+02 +surf 6 torz -3.1609051e-12 0.0000000e+00 4.5287795e+02 + 1.2997068e+02 5.3177089e+01 5.3177089e+01 +surf 7 pz 5.0163256e+02 +surf 8 torz -3.2543090e-12 0.0000000e+00 4.6630240e+02 + 1.3856180e+02 4.1650271e+01 4.1650271e+01 +surf 9 pz 4.0550000e+02 +surf 10 torz -3.0804222e-12 0.0000000e+00 4.4131056e+02 + 1.4208463e+02 3.6427415e+01 3.6427415e+01 +surf 11 pz 5.0568955e+02 +surf 12 torz -3.3157343e-12 0.0000000e+00 4.7513073e+02 + 1.4477054e+02 3.0879185e+01 3.0879185e+01 +surf 13 px -9.8952969e-15 +surf 14 py -4.7638760e-14 +surf 15 pz 4.0500000e+02 +surf 16 torz -2.8312614e-12 0.0000000e+00 4.0550000e+02 + 1.9450000e+02 2.0000000e+00 2.0000000e+00 +surf 17 pz 4.0399795e+02 +surf 18 torz -2.6458582e-12 0.0000000e+00 3.7885298e+02 + 1.4563795e+02 2.6154801e+01 2.6154801e+01 +surf 19 pz 4.0350000e+02 +surf 20 cylz 194.500000 +surf 21 torz -2.7433549e-12 0.0000000e+00 3.9286567e+02 + 1.4129167e+02 1.1491609e+01 1.1491609e+01 +surf 22 pz 4.0299895e+02 +surf 23 torz -2.8034304e-12 0.0000000e+00 4.0150000e+02 + 1.7925684e+02 2.0000000e+00 2.0000000e+00 +surf 24 pz 3.9500000e+02 +surf ckz 2.500000e+01 -1.720283e-12 4.783344e-29 245.825000 1.2815948736218106 +surf 26 pz 3.9241340e+02 +surf 27 cylz 130.000000 +surf ckz 2.800000e+01 -3.176667e-12 0.000000e+00 1436.262375 0.0338095071893953 +surf ckz 2.900000e+01 -3.160905e-12 0.000000e+00 78.839135 0.24938269098067015 +surf ckz 3.000000e+01 -3.254309e-12 0.000000e+00 666.609156 0.9478721343979863 +surf ckz 3.100000e+01 -3.080422e-12 0.000000e+00 324.778686 3.396218408661462 +surf ckz 3.200000e+01 -3.315734e-12 0.000000e+00 558.732872 7.91256905962186 +surf ckz 3.300000e+01 -2.831261e-12 0.000000e+00 1921.049294 0.016133230340054625 +surf ckz 3.400000e+01 -3.080422e-12 0.000000e+00 385.717834 56.5489294866828 +surf ckz 3.500000e+01 -2.831261e-12 0.000000e+00 718.273535 0.3778335894725881 +surf ckz 3.600000e+01 -2.645858e-12 0.000000e+00 427.345322 42.85212042576516 +surf ckz 3.700000e+01 -2.743355e-12 0.000000e+00 451.720570 9.123004677658756 +surf ckz 3.800000e+01 -2.803430e-12 0.000000e+00 335.665728 6.983178223082341 +surf ckz 3.900000e+01 -2.743355e-12 0.000000e+00 472.053922 4.513754743280794 +surf ckz 4.000000e+01 -2.743355e-12 0.000000e+00 602.855327 0.5388797657569219 +surf 41 px -2.1369007e+02 +surf 42 px 2.1369007e+02 +surf 43 py -2.1369007e+02 +surf 44 py 2.1369007e+02 +surf 45 pz 3.9141340e+02 +surf 46 pz 5.0895267e+02 +surf 47 sph -2.8194336e-12 0.0000000e+00 4.5018304e+02 3.1402214e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/example/example.xml b/tests/regression_test_files/Torus/example/example.xml new file mode 100644 index 00000000..c236732c --- /dev/null +++ b/tests/regression_test_files/Torus/example/example.xml @@ -0,0 +1,65 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/face2/face2.inp b/tests/regression_test_files/Torus/face2/face2.inp new file mode 100644 index 00000000..5fa11463 --- /dev/null +++ b/tests/regression_test_files/Torus/face2/face2.inp @@ -0,0 +1,78 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/face2.stp +$ +$ Creation Date : 2024-05-27 14:58:49.669626 +$ Solid Cells : 2 +$ Total Cells : 5 +$ Surfaces : 17 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 2 6 9 10 -5 -4 -3 -1 +2 0 c0 -8 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +4 0 -17 #1 #2 + $Inner void + $VOID CELL 3 merged, so the auto-genarated void definition is eliminated + +5 -1 17 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 2.2718300e+02 +2 P 1.7452393e-02 9.9984770e-01 5.6873050e-12 -2.5800000e+01 +3 P 1.7452393e-02 9.9984770e-01 -6.0715322e-17 2.5800000e+01 +4 P -5.8061451e-01 1.0134656e-02 -8.1411552e-01 1.3679683e+02 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4300000e+02 3.4300000e+02 +6 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4120000e+02 3.4120000e+02 +7 PY 0.0000000e+00 +8 S 4.1600000e+02 0.0000000e+00 1.9000000e+02 2.0000000e+00 +9 P -9.9984770e-01 1.7452393e-02 -0.0000000e+00 0.0000000e+00 +10 KZ 8.110576e+02 0.438570 -1 +11 PX -4.4310622e+02 +12 PX 4.1900000e+02 +13 PY -2.2722506e+01 +14 PY 3.8067907e+01 +15 PZ 1.4471927e+02 +16 PZ 2.2818300e+02 +17 S -1.2053109e+01 7.6727008e+00 1.8645113e+02 4.4281653e+02 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/face2/face2.mcnp b/tests/regression_test_files/Torus/face2/face2.mcnp new file mode 100644 index 00000000..fb6e8def --- /dev/null +++ b/tests/regression_test_files/Torus/face2/face2.mcnp @@ -0,0 +1,77 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/face2.stp +C +C Creation Date : 2024-05-27 14:58:49.667101 +C Solid Cells : 2 +C Total Cells : 5 +C Surfaces : 17 +C Materials : 0 +C +C ************************************************************** +1 0 2 6 9 10 -5 -4 -3 -1 + imp:n=1.0 imp:p=1.0 +2 0 -8 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +3 0 11 -12 13 -14 15 -16 8 (-10:-9:-6:5:4:3:-2:1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-443.106, 419.000, -22.723, 38.068, 144.719, 228.183) + $Enclosed cells : (1, 2) +4 0 -17 (-11:12:-13:14:-15:16) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +5 0 17 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 2.2718300e+02 +2 P 1.7452393e-02 9.9984770e-01 5.6873050e-12 -2.5800000e+01 +3 P 1.7452393e-02 9.9984770e-01 -6.0715322e-17 2.5800000e+01 +4 P -5.8061451e-01 1.0134656e-02 -8.1411552e-01 1.3679683e+02 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4300000e+02 3.4300000e+02 +6 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4120000e+02 3.4120000e+02 +7 PY 0.0000000e+00 +8 S 4.1600000e+02 0.0000000e+00 1.9000000e+02 2.0000000e+00 +9 P -9.9984770e-01 1.7452393e-02 -0.0000000e+00 0.0000000e+00 +10 KZ 8.110576e+02 0.438570 -1 +11 PX -4.4310622e+02 +12 PX 4.1900000e+02 +13 PY -2.2722506e+01 +14 PY 3.8067907e+01 +15 PZ 1.4471927e+02 +16 PZ 2.2818300e+02 +17 S -1.2053109e+01 7.6727008e+00 1.8645113e+02 4.4281653e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -4.4310622e+02 4.1900000e+02 +C SI2 -2.2722506e+01 3.8067907e+01 +C SI3 1.4471927e+02 2.2818300e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=17 WGT=6.1602383e+05 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 +SD4 9.0190852e+03 3.3510322e+01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/face2/face2.py b/tests/regression_test_files/Torus/face2/face2.py new file mode 100644 index 00000000..6c1f44e3 --- /dev/null +++ b/tests/regression_test_files/Torus/face2/face2.py @@ -0,0 +1,35 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=227.183) +S2 = openmc.Plane(a=0.017452392660674526,b=0.9998476953968627,c=5.6873050481518276e-12,d=-25.800000031165396) +S3 = openmc.Plane(a=0.017452392604956506,b=0.9998476953978354,c=-6.071532165918825e-17,d=25.79999999999994) +S4 = openmc.Plane(a=-0.5806145119781811,b=0.010134655969924003,c=-0.8141155183564002,d=136.79682759906942) +S5 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=132.1,r1=343.0,r2=343.0) +S6 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=132.1,r1=341.20000000000005,r2=341.20000000000005) +S7 = openmc.YPlane(y0=0.0) +S8 = openmc.Sphere(x0=416.0,y0=0.0,z0=190.0,r=2.0) +S9 = openmc.Plane(a=-0.9998476953978354,b=0.017452392604958056,c=-0.0,d=0.0) +S10 = openmc.ZCone(x0=0.0,y0=0.0,z0=811.0576414584071,r2=0.43857033964240655) +S11 = openmc.XPlane(x0=-443.106217218376) +S12 = openmc.XPlane(x0=419.0) +S13 = openmc.YPlane(y0=-22.72250560455374) +S14 = openmc.YPlane(y0=38.06790723821015) +S15 = openmc.ZPlane(z0=144.71926821952093) +S16 = openmc.ZPlane(z0=228.18300000000013) +S17 = openmc.Sphere(x0=-12.053108609187985,y0=7.672700816828203,z0=186.45113410976055,r=442.81652691765134, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S2 & +S6 & +S9 & +S10 & -S5 & -S4 & -S3 & -S1))) +C2 = openmc.Cell(name="", region=((-S8))) +C3 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-443.106, 419.000, -22.723, 38.068, 144.719, 228.183). Enclosed cells : (1, 2)", region=(+S11 & -S12 & +S13 & -S14 & +S15 & -S16 & ((+S8) & (-S10 | -S9 | -S6 | +S5 | +S4 | +S3 | -S2 | +S1)))) +C4 = openmc.Cell(name="", region=(-S17 & (-S11 | +S12 | -S13 | +S14 | -S15 | +S16))) + +geometry = openmc.Geometry([C1, C2, C3, C4]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/face2/face2.serp b/tests/regression_test_files/Torus/face2/face2.serp new file mode 100644 index 00000000..0d36401e --- /dev/null +++ b/tests/regression_test_files/Torus/face2/face2.serp @@ -0,0 +1,53 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/face2.stp +% +% Creation Date : 2024-05-27 14:58:49.668507 +% Solid Cells : 2 +% Total Cells : 5 +% Surfaces : 17 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 2 6 9 10 -5 -4 -3 -1cell 2 0 void -8% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 3 0 void 11 -12 13 -14 15 -16 8 (-10:-9:-6:5:4:3:-2:1) %Automatic Generated Void Cell. Enclosure(-443.106, 419.000, -22.723, 38.068, 144.719, 228.183) + %Enclosed cells : (1, 2) +cell 4 0 void -17 (-11:12:-13:14:-15:16) %Graveyard_in +cell 5 0 outside 17 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 2.2718300e+02 +surf 2 plane 1.7452393e-02 9.9984770e-01 5.6873050e-12 -2.5800000e+01 +surf 3 plane 1.7452393e-02 9.9984770e-01 -6.0715322e-17 2.5800000e+01 +surf 4 plane -5.8061451e-01 1.0134656e-02 -8.1411552e-01 1.3679683e+02 +surf 5 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4300000e+02 3.4300000e+02 +surf 6 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.3210000e+02 3.4120000e+02 3.4120000e+02 +surf 7 py 0.0000000e+00 +surf 8 sph 4.1600000e+02 0.0000000e+00 1.9000000e+02 2.0000000e+00 +surf 9 plane -9.9984770e-01 1.7452393e-02 -0.0000000e+00 0.0000000e+00 +surf ckz 1.000000e+01 0.000000e+00 0.000000e+00 811.057641 0.43857033964240655 +surf 11 px -4.4310622e+02 +surf 12 px 4.1900000e+02 +surf 13 py -2.2722506e+01 +surf 14 py 3.8067907e+01 +surf 15 pz 1.4471927e+02 +surf 16 pz 2.2818300e+02 +surf 17 sph -1.2053109e+01 7.6727008e+00 1.8645113e+02 4.4281653e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/face2/face2.xml b/tests/regression_test_files/Torus/face2/face2.xml new file mode 100644 index 00000000..5c331f7e --- /dev/null +++ b/tests/regression_test_files/Torus/face2/face2.xml @@ -0,0 +1,25 @@ + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/parte0/parte0.inp b/tests/regression_test_files/Torus/parte0/parte0.inp new file mode 100644 index 00000000..6266ad89 --- /dev/null +++ b/tests/regression_test_files/Torus/parte0/parte0.inp @@ -0,0 +1,70 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/parte0.stp +$ +$ Creation Date : 2024-05-27 14:58:36.265240 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 11 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 2 -4 -3:-4 -2 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -11 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 11 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 1.0500000e+00 +2 PZ 1.0000000e+00 +3 CZ 0.150000 +4 TZ 0.0000000e+00 0.0000000e+00 1.0000000e+00 + 1.5000000e-01 5.0000000e-02 5.0000000e-02 +5 PX -1.2164784e+00 +6 PX 1.2164784e+00 +7 PY -1.2164784e+00 +8 PY 1.2164784e+00 +9 PZ -5.0000000e-02 +10 PZ 2.0500000e+00 +11 S 0.0000000e+00 0.0000000e+00 1.0000000e+00 2.0557845e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/parte0/parte0.mcnp b/tests/regression_test_files/Torus/parte0/parte0.mcnp new file mode 100644 index 00000000..6e693693 --- /dev/null +++ b/tests/regression_test_files/Torus/parte0/parte0.mcnp @@ -0,0 +1,68 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/parte0.stp +C +C Creation Date : 2024-05-27 14:58:36.262937 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 11 +C Materials : 0 +C +C ************************************************************** +1 0 2 -4 -3:-4 -2 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 5 -6 7 -8 9 -10 (4:2 3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.216, 1.216, -1.216, 1.216, -0.050, 2.050) + $Enclosed cells : (1) +3 0 -11 (-5:6:-7:8:-9:10) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 11 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 1.0500000e+00 +2 PZ 1.0000000e+00 +3 CZ 0.150000 +4 TZ 0.0000000e+00 0.0000000e+00 1.0000000e+00 + 1.5000000e-01 5.0000000e-02 5.0000000e-02 +5 PX -1.2164784e+00 +6 PX 1.2164784e+00 +7 PY -1.2164784e+00 +8 PY 1.2164784e+00 +9 PZ -5.0000000e-02 +10 PZ 2.0500000e+00 +11 S 0.0000000e+00 0.0000000e+00 1.0000000e+00 2.0557845e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.2164784e+00 1.2164784e+00 +C SI2 -1.2164784e+00 1.2164784e+00 +C SI3 -5.0000000e-02 2.0500000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=11 WGT=1.3277156e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 5.2898531e-03 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/parte0/parte0.py b/tests/regression_test_files/Torus/parte0/parte0.py new file mode 100644 index 00000000..c47a73b1 --- /dev/null +++ b/tests/regression_test_files/Torus/parte0/parte0.py @@ -0,0 +1,28 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=1.05) +S2 = openmc.ZPlane(z0=1.0) +S3 = openmc.ZCylinder(x0=0.0,y0=0.0,r=0.15000000000000002) +S4 = openmc.ZTorus(x0=0.0,y0=0.0,z0=1.0,r=0.15000000000000002,r1=0.05,r2=0.05) +S5 = openmc.XPlane(x0=-1.216478440058479) +S6 = openmc.XPlane(x0=1.216478440058479) +S7 = openmc.YPlane(y0=-1.216478440058479) +S8 = openmc.YPlane(y0=1.216478440058479) +S9 = openmc.ZPlane(z0=-0.05) +S10 = openmc.ZPlane(z0=2.0500000000000003) +S11 = openmc.Sphere(x0=0.0,y0=0.0,z0=1.0,r=2.055784529006017, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S2 & -S4 & -S3) | (-S4 & -S2))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.216, 1.216, -1.216, 1.216, -0.050, 2.050). Enclosed cells : (1)", region=(+S5 & -S6 & +S7 & -S8 & +S9 & -S10 & ((+S4) | (+S2 & +S3)))) +C3 = openmc.Cell(name="", region=(-S11 & (-S5 | +S6 | -S7 | +S8 | -S9 | +S10))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/parte0/parte0.serp b/tests/regression_test_files/Torus/parte0/parte0.serp new file mode 100644 index 00000000..89bdb3f7 --- /dev/null +++ b/tests/regression_test_files/Torus/parte0/parte0.serp @@ -0,0 +1,46 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/parte0.stp +% +% Creation Date : 2024-05-27 14:58:36.264285 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 11 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 2 -4 -3:-4 -2% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 5 -6 7 -8 9 -10 (4:2 3) %Automatic Generated Void Cell. Enclosure(-1.216, 1.216, -1.216, 1.216, -0.050, 2.050) + %Enclosed cells : (1) +cell 3 0 void -11 (-5:6:-7:8:-9:10) %Graveyard_in +cell 4 0 outside 11 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 1.0500000e+00 +surf 2 pz 1.0000000e+00 +surf 3 cylz 0.150000 +surf 4 torz 0.0000000e+00 0.0000000e+00 1.0000000e+00 + 1.5000000e-01 5.0000000e-02 5.0000000e-02 +surf 5 px -1.2164784e+00 +surf 6 px 1.2164784e+00 +surf 7 py -1.2164784e+00 +surf 8 py 1.2164784e+00 +surf 9 pz -5.0000000e-02 +surf 10 pz 2.0500000e+00 +surf 11 sph 0.0000000e+00 0.0000000e+00 1.0000000e+00 2.0557845e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/parte0/parte0.xml b/tests/regression_test_files/Torus/parte0/parte0.xml new file mode 100644 index 00000000..45fcfb68 --- /dev/null +++ b/tests/regression_test_files/Torus/parte0/parte0.xml @@ -0,0 +1,18 @@ + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/parte1/parte1.inp b/tests/regression_test_files/Torus/parte1/parte1.inp new file mode 100644 index 00000000..d67cdba7 --- /dev/null +++ b/tests/regression_test_files/Torus/parte1/parte1.inp @@ -0,0 +1,72 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/parte1.stp +$ +$ Creation Date : 2024-05-27 14:58:49.328327 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 13 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -6 2 5 -1:3 -4 5 -2 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -13 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 13 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 1.0500000e+00 +2 PZ 1.0000000e+00 +3 PZ 0.0000000e+00 +4 CZ 0.200000 +5 TZ 0.0000000e+00 0.0000000e+00 1.0000000e+00 + 1.5000000e-01 5.0000000e-02 5.0000000e-02 +6 KZ 9.000000e-01 1.000000 1 +7 PX -1.2164784e+00 +8 PX 1.2164784e+00 +9 PY -1.2164784e+00 +10 PY 1.2164784e+00 +11 PZ -1.0000000e+00 +12 PZ 2.0500000e+00 +13 S 0.0000000e+00 0.0000000e+00 5.2500000e-01 2.3449497e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/parte1/parte1.mcnp b/tests/regression_test_files/Torus/parte1/parte1.mcnp new file mode 100644 index 00000000..c07f9fbc --- /dev/null +++ b/tests/regression_test_files/Torus/parte1/parte1.mcnp @@ -0,0 +1,70 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/parte1.stp +C +C Creation Date : 2024-05-27 14:58:49.325958 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 13 +C Materials : 0 +C +C ************************************************************** +1 0 -6 2 5 -1:3 -4 5 -2 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 7 -8 9 -10 11 -12 (-5:(4:-3:2) (6:1:-2)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.216, 1.216, -1.216, 1.216, -1.000, 2.050) + $Enclosed cells : (1) +3 0 -13 (-7:8:-9:10:-11:12) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 13 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 1.0500000e+00 +2 PZ 1.0000000e+00 +3 PZ 0.0000000e+00 +4 CZ 0.200000 +5 TZ 0.0000000e+00 0.0000000e+00 1.0000000e+00 + 1.5000000e-01 5.0000000e-02 5.0000000e-02 +6 KZ 9.000000e-01 1.000000 1 +7 PX -1.2164784e+00 +8 PX 1.2164784e+00 +9 PY -1.2164784e+00 +10 PY 1.2164784e+00 +11 PZ -1.0000000e+00 +12 PZ 2.0500000e+00 +13 S 0.0000000e+00 0.0000000e+00 5.2500000e-01 2.3449497e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.2164784e+00 1.2164784e+00 +C SI2 -1.2164784e+00 1.2164784e+00 +C SI3 -1.0000000e+00 2.0500000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=13 WGT=1.7274956e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.2390814e-01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/parte1/parte1.py b/tests/regression_test_files/Torus/parte1/parte1.py new file mode 100644 index 00000000..3cd12b0c --- /dev/null +++ b/tests/regression_test_files/Torus/parte1/parte1.py @@ -0,0 +1,30 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=1.05) +S2 = openmc.ZPlane(z0=1.0) +S3 = openmc.ZPlane(z0=0.0) +S4 = openmc.ZCylinder(x0=0.0,y0=0.0,r=0.2) +S5 = openmc.ZTorus(x0=0.0,y0=0.0,z0=1.0,r=0.15000000000000002,r1=0.05,r2=0.05) +S6 = openmc.ZCone(x0=0.0,y0=0.0,z0=0.9,r2=0.9999999999999998) +S7 = openmc.XPlane(x0=-1.216478440058479) +S8 = openmc.XPlane(x0=1.216478440058479) +S9 = openmc.YPlane(y0=-1.216478440058479) +S10 = openmc.YPlane(y0=1.216478440058479) +S11 = openmc.ZPlane(z0=-1.0) +S12 = openmc.ZPlane(z0=2.0500000000000003) +S13 = openmc.Sphere(x0=0.0,y0=0.0,z0=0.525,r=2.344949739269584, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S6 & +S2 & +S5 & -S1) | (+S3 & -S4 & +S5 & -S2))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.216, 1.216, -1.216, 1.216, -1.000, 2.050). Enclosed cells : (1)", region=(+S7 & -S8 & +S9 & -S10 & +S11 & -S12 & ((-S5) | ((+S4 | -S3 | +S2) & (+S6 | +S1 | -S2))))) +C3 = openmc.Cell(name="", region=(-S13 & (-S7 | +S8 | -S9 | +S10 | -S11 | +S12))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/parte1/parte1.serp b/tests/regression_test_files/Torus/parte1/parte1.serp new file mode 100644 index 00000000..b730a809 --- /dev/null +++ b/tests/regression_test_files/Torus/parte1/parte1.serp @@ -0,0 +1,48 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/parte1.stp +% +% Creation Date : 2024-05-27 14:58:49.327333 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 13 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -6 2 5 -1:3 -4 5 -2% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 7 -8 9 -10 11 -12 (-5:(4:-3:2) (6:1:-2)) %Automatic Generated Void Cell. Enclosure(-1.216, 1.216, -1.216, 1.216, -1.000, 2.050) + %Enclosed cells : (1) +cell 3 0 void -13 (-7:8:-9:10:-11:12) %Graveyard_in +cell 4 0 outside 13 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 1.0500000e+00 +surf 2 pz 1.0000000e+00 +surf 3 pz 0.0000000e+00 +surf 4 cylz 0.200000 +surf 5 torz 0.0000000e+00 0.0000000e+00 1.0000000e+00 + 1.5000000e-01 5.0000000e-02 5.0000000e-02 +surf ckz 6.000000e+00 0.000000e+00 0.000000e+00 0.900000 0.9999999999999998 +surf 7 px -1.2164784e+00 +surf 8 px 1.2164784e+00 +surf 9 py -1.2164784e+00 +surf 10 py 1.2164784e+00 +surf 11 pz -1.0000000e+00 +surf 12 pz 2.0500000e+00 +surf 13 sph 0.0000000e+00 0.0000000e+00 5.2500000e-01 2.3449497e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/parte1/parte1.xml b/tests/regression_test_files/Torus/parte1/parte1.xml new file mode 100644 index 00000000..62da12c6 --- /dev/null +++ b/tests/regression_test_files/Torus/parte1/parte1.xml @@ -0,0 +1,20 @@ + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/placa1/placa1.inp b/tests/regression_test_files/Torus/placa1/placa1.inp new file mode 100644 index 00000000..01e5d7c0 --- /dev/null +++ b/tests/regression_test_files/Torus/placa1/placa1.inp @@ -0,0 +1,73 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/placa1.stp +$ +$ Creation Date : 2024-05-27 14:58:49.005790 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 14 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 2 4 5 6 -7 -3 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -14 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 14 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX 0.0000000e+00 +2 PY 0.0000000e+00 +3 PZ 5.0000000e-01 +4 PZ -5.0000000e-01 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+01 2.0000000e+00 2.0000000e+00 +6 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +7 CZ 8.063508 +8 PX -1.0000000e+00 +9 PX 1.0286925e+01 +10 PY -1.0000000e+00 +11 PY 1.0286925e+01 +12 PZ -2.4200000e+00 +13 PZ 2.4200000e+00 +14 S 4.6434625e+00 4.6434625e+00 0.0000000e+00 8.5066862e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/placa1/placa1.mcnp b/tests/regression_test_files/Torus/placa1/placa1.mcnp new file mode 100644 index 00000000..938800eb --- /dev/null +++ b/tests/regression_test_files/Torus/placa1/placa1.mcnp @@ -0,0 +1,71 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/placa1.stp +C +C Creation Date : 2024-05-27 14:58:49.003372 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 14 +C Materials : 0 +C +C ************************************************************** +1 0 1 2 4 5 6 -7 -3 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 8 -9 10 -11 12 -13 (-1:-2:-4:-5:-6:7:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.000, 10.287, -1.000, 10.287, -2.420, 2.420) + $Enclosed cells : (1) +3 0 -14 (-8:9:-10:11:-12:13) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 14 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX 0.0000000e+00 +2 PY 0.0000000e+00 +3 PZ 5.0000000e-01 +4 PZ -5.0000000e-01 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+01 2.0000000e+00 2.0000000e+00 +6 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +7 CZ 8.063508 +8 PX -1.0000000e+00 +9 PX 1.0286925e+01 +10 PY -1.0000000e+00 +11 PY 1.0286925e+01 +12 PZ -2.4200000e+00 +13 PZ 2.4200000e+00 +14 S 4.6434625e+00 4.6434625e+00 0.0000000e+00 8.5066862e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0000000e+00 1.0286925e+01 +C SI2 -1.0000000e+00 1.0286925e+01 +C SI3 -2.4200000e+00 2.4200000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=14 WGT=2.2733730e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 5.0530420e+01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/placa1/placa1.py b/tests/regression_test_files/Torus/placa1/placa1.py new file mode 100644 index 00000000..da850f44 --- /dev/null +++ b/tests/regression_test_files/Torus/placa1/placa1.py @@ -0,0 +1,31 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=0.0) +S2 = openmc.YPlane(y0=0.0) +S3 = openmc.ZPlane(z0=0.5) +S4 = openmc.ZPlane(z0=-0.5) +S5 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=10.0,r1=2.0,r2=2.0) +S6 = openmc.Plane(a=0.7071067811864011,b=0.707106781186694,c=-0.0,d=0.0) +S7 = openmc.ZCylinder(x0=0.0,y0=0.0,r=8.063508326896446) +S8 = openmc.XPlane(x0=-1.0000000000038456) +S9 = openmc.XPlane(x0=10.286925078508741) +S10 = openmc.YPlane(y0=-1.0) +S11 = openmc.YPlane(y0=10.286925078508741) +S12 = openmc.ZPlane(z0=-2.42) +S13 = openmc.ZPlane(z0=2.42) +S14 = openmc.Sphere(x0=4.643462539252448,y0=4.6434625392543705,z0=0.0,r=8.506686188761186, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S2 & +S4 & +S5 & +S6 & -S7 & -S3))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.000, 10.287, -1.000, 10.287, -2.420, 2.420). Enclosed cells : (1)", region=(+S8 & -S9 & +S10 & -S11 & +S12 & -S13 & (-S1 | -S2 | -S4 | -S5 | -S6 | +S7 | +S3))) +C3 = openmc.Cell(name="", region=(-S14 & (-S8 | +S9 | -S10 | +S11 | -S12 | +S13))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/placa1/placa1.serp b/tests/regression_test_files/Torus/placa1/placa1.serp new file mode 100644 index 00000000..f99eaa06 --- /dev/null +++ b/tests/regression_test_files/Torus/placa1/placa1.serp @@ -0,0 +1,49 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/placa1.stp +% +% Creation Date : 2024-05-27 14:58:49.004843 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 14 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 2 4 5 6 -7 -3% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 8 -9 10 -11 12 -13 (-1:-2:-4:-5:-6:7:3) %Automatic Generated Void Cell. Enclosure(-1.000, 10.287, -1.000, 10.287, -2.420, 2.420) + %Enclosed cells : (1) +cell 3 0 void -14 (-8:9:-10:11:-12:13) %Graveyard_in +cell 4 0 outside 14 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px 0.0000000e+00 +surf 2 py 0.0000000e+00 +surf 3 pz 5.0000000e-01 +surf 4 pz -5.0000000e-01 +surf 5 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+01 2.0000000e+00 2.0000000e+00 +surf 6 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +surf 7 cylz 8.063508 +surf 8 px -1.0000000e+00 +surf 9 px 1.0286925e+01 +surf 10 py -1.0000000e+00 +surf 11 py 1.0286925e+01 +surf 12 pz -2.4200000e+00 +surf 13 pz 2.4200000e+00 +surf 14 sph 4.6434625e+00 4.6434625e+00 0.0000000e+00 8.5066862e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/placa1/placa1.xml b/tests/regression_test_files/Torus/placa1/placa1.xml new file mode 100644 index 00000000..98636df0 --- /dev/null +++ b/tests/regression_test_files/Torus/placa1/placa1.xml @@ -0,0 +1,21 @@ + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/placa2/placa2.inp b/tests/regression_test_files/Torus/placa2/placa2.inp new file mode 100644 index 00000000..9cc17d76 --- /dev/null +++ b/tests/regression_test_files/Torus/placa2/placa2.inp @@ -0,0 +1,74 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/placa2.stp +$ +$ Creation Date : 2024-05-27 14:58:49.254234 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 15 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 4 6 8 -7 -5 -3 -2 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -15 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 15 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX 0.0000000e+00 +2 PX 1.0000000e+01 +3 PY 1.0000000e+01 +4 PY 0.0000000e+00 +5 PZ 5.0000000e-01 +6 PZ -5.0000000e-01 +7 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+01 2.0000000e+00 2.0000000e+00 +8 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +9 PX -1.0000000e+00 +10 PX 1.1881511e+01 +11 PY -1.0000000e+00 +12 PY 1.1881511e+01 +13 PZ -2.4200000e+00 +14 PZ 2.4200000e+00 +15 S 5.4407554e+00 5.4407554e+00 0.0000000e+00 9.6130907e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/placa2/placa2.mcnp b/tests/regression_test_files/Torus/placa2/placa2.mcnp new file mode 100644 index 00000000..87616d43 --- /dev/null +++ b/tests/regression_test_files/Torus/placa2/placa2.mcnp @@ -0,0 +1,72 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/placa2.stp +C +C Creation Date : 2024-05-27 14:58:49.251859 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 15 +C Materials : 0 +C +C ************************************************************** +1 0 1 4 6 8 -7 -5 -3 -2 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 9 -10 11 -12 13 -14 (-1:-4:-6:-8:7:5:3:2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.000, 11.882, -1.000, 11.882, -2.420, 2.420) + $Enclosed cells : (1) +3 0 -15 (-9:10:-11:12:-13:14) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 15 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX 0.0000000e+00 +2 PX 1.0000000e+01 +3 PY 1.0000000e+01 +4 PY 0.0000000e+00 +5 PZ 5.0000000e-01 +6 PZ -5.0000000e-01 +7 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+01 2.0000000e+00 2.0000000e+00 +8 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +9 PX -1.0000000e+00 +10 PX 1.1881511e+01 +11 PY -1.0000000e+00 +12 PY 1.1881511e+01 +13 PZ -2.4200000e+00 +14 PZ 2.4200000e+00 +15 S 5.4407554e+00 5.4407554e+00 0.0000000e+00 9.6130907e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0000000e+00 1.1881511e+01 +C SI2 -1.0000000e+00 1.1881511e+01 +C SI3 -2.4200000e+00 2.4200000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=15 WGT=2.9031933e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 4.4458830e+01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/placa2/placa2.py b/tests/regression_test_files/Torus/placa2/placa2.py new file mode 100644 index 00000000..b87fba96 --- /dev/null +++ b/tests/regression_test_files/Torus/placa2/placa2.py @@ -0,0 +1,32 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=0.0) +S2 = openmc.XPlane(x0=10.0) +S3 = openmc.YPlane(y0=10.0) +S4 = openmc.YPlane(y0=0.0) +S5 = openmc.ZPlane(z0=0.5) +S6 = openmc.ZPlane(z0=-0.5) +S7 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=10.0,r1=2.0,r2=2.0) +S8 = openmc.Plane(a=0.7071067811864011,b=0.707106781186694,c=-0.0,d=0.0) +S9 = openmc.XPlane(x0=-1.0000000000038456) +S10 = openmc.XPlane(x0=11.881510882689469) +S11 = openmc.YPlane(y0=-1.0) +S12 = openmc.YPlane(y0=11.88151088269084) +S13 = openmc.ZPlane(z0=-2.42) +S14 = openmc.ZPlane(z0=2.42) +S15 = openmc.Sphere(x0=5.440755441342812,y0=5.44075544134542,z0=0.0,r=9.613090709412852, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S4 & +S6 & +S8 & -S7 & -S5 & -S3 & -S2))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.000, 11.882, -1.000, 11.882, -2.420, 2.420). Enclosed cells : (1)", region=(+S9 & -S10 & +S11 & -S12 & +S13 & -S14 & (-S1 | -S4 | -S6 | -S8 | +S7 | +S5 | +S3 | +S2))) +C3 = openmc.Cell(name="", region=(-S15 & (-S9 | +S10 | -S11 | +S12 | -S13 | +S14))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/placa2/placa2.serp b/tests/regression_test_files/Torus/placa2/placa2.serp new file mode 100644 index 00000000..e02aad80 --- /dev/null +++ b/tests/regression_test_files/Torus/placa2/placa2.serp @@ -0,0 +1,50 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/placa2.stp +% +% Creation Date : 2024-05-27 14:58:49.253282 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 15 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 4 6 8 -7 -5 -3 -2% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 9 -10 11 -12 13 -14 (-1:-4:-6:-8:7:5:3:2) %Automatic Generated Void Cell. Enclosure(-1.000, 11.882, -1.000, 11.882, -2.420, 2.420) + %Enclosed cells : (1) +cell 3 0 void -15 (-9:10:-11:12:-13:14) %Graveyard_in +cell 4 0 outside 15 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px 0.0000000e+00 +surf 2 px 1.0000000e+01 +surf 3 py 1.0000000e+01 +surf 4 py 0.0000000e+00 +surf 5 pz 5.0000000e-01 +surf 6 pz -5.0000000e-01 +surf 7 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+01 2.0000000e+00 2.0000000e+00 +surf 8 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +surf 9 px -1.0000000e+00 +surf 10 px 1.1881511e+01 +surf 11 py -1.0000000e+00 +surf 12 py 1.1881511e+01 +surf 13 pz -2.4200000e+00 +surf 14 pz 2.4200000e+00 +surf 15 sph 5.4407554e+00 5.4407554e+00 0.0000000e+00 9.6130907e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/placa2/placa2.xml b/tests/regression_test_files/Torus/placa2/placa2.xml new file mode 100644 index 00000000..b5afc5a7 --- /dev/null +++ b/tests/regression_test_files/Torus/placa2/placa2.xml @@ -0,0 +1,22 @@ + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/placa3/placa3.inp b/tests/regression_test_files/Torus/placa3/placa3.inp new file mode 100644 index 00000000..d2c91e0f --- /dev/null +++ b/tests/regression_test_files/Torus/placa3/placa3.inp @@ -0,0 +1,73 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/placa3.stp +$ +$ Creation Date : 2024-05-27 14:58:49.963073 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 14 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 4 5 6 7 -1 -3 -2 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -14 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 14 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX 1.0000000e+01 +2 PY 1.0000000e+01 +3 PZ 5.0000000e-01 +4 PZ -5.0000000e-01 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+01 2.0000000e+00 2.0000000e+00 +6 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +7 CZ 11.936492 +8 PX 5.2356367e+00 +9 PX 1.1881511e+01 +10 PY 5.2356367e+00 +11 PY 1.1881511e+01 +12 PZ -2.4200000e+00 +13 PZ 2.4200000e+00 +14 S 8.5585738e+00 8.5585738e+00 0.0000000e+00 5.3915681e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/placa3/placa3.mcnp b/tests/regression_test_files/Torus/placa3/placa3.mcnp new file mode 100644 index 00000000..d512e683 --- /dev/null +++ b/tests/regression_test_files/Torus/placa3/placa3.mcnp @@ -0,0 +1,71 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/placa3.stp +C +C Creation Date : 2024-05-27 14:58:49.960824 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 14 +C Materials : 0 +C +C ************************************************************** +1 0 4 5 6 7 -1 -3 -2 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 8 -9 10 -11 12 -13 (-4:-5:-6:-7:1:3:2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(5.236, 11.882, 5.236, 11.882, -2.420, 2.420) + $Enclosed cells : (1) +3 0 -14 (-8:9:-10:11:-12:13) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 14 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX 1.0000000e+01 +2 PY 1.0000000e+01 +3 PZ 5.0000000e-01 +4 PZ -5.0000000e-01 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+01 2.0000000e+00 2.0000000e+00 +6 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +7 CZ 11.936492 +8 PX 5.2356367e+00 +9 PX 1.1881511e+01 +10 PY 5.2356367e+00 +11 PY 1.1881511e+01 +12 PZ -2.4200000e+00 +13 PZ 2.4200000e+00 +14 S 8.5585738e+00 8.5585738e+00 0.0000000e+00 5.3915681e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 5.2356367e+00 1.1881511e+01 +C SI2 5.2356367e+00 1.1881511e+01 +C SI3 -2.4200000e+00 2.4200000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=14 WGT=9.1322977e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 5.0107497e+00 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/placa3/placa3.py b/tests/regression_test_files/Torus/placa3/placa3.py new file mode 100644 index 00000000..e2257d04 --- /dev/null +++ b/tests/regression_test_files/Torus/placa3/placa3.py @@ -0,0 +1,31 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=10.0) +S2 = openmc.YPlane(y0=10.0) +S3 = openmc.ZPlane(z0=0.5) +S4 = openmc.ZPlane(z0=-0.5) +S5 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=10.0,r1=2.0,r2=2.0) +S6 = openmc.Plane(a=0.7071067811864795,b=0.7071067811866156,c=-0.0,d=0.0) +S7 = openmc.ZCylinder(x0=0.0,y0=0.0,r=11.936491673103749) +S8 = openmc.XPlane(x0=5.235636739339386) +S9 = openmc.XPlane(x0=11.881510882689469) +S10 = openmc.YPlane(y0=5.235636739341233) +S11 = openmc.YPlane(y0=11.88151088269084) +S12 = openmc.ZPlane(z0=-2.42) +S13 = openmc.ZPlane(z0=2.42) +S14 = openmc.Sphere(x0=8.558573811014426,y0=8.558573811016036,z0=0.0,r=5.39156809433339, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S4 & +S5 & +S6 & +S7 & -S1 & -S3 & -S2))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(5.236, 11.882, 5.236, 11.882, -2.420, 2.420). Enclosed cells : (1)", region=(+S8 & -S9 & +S10 & -S11 & +S12 & -S13 & (-S4 | -S5 | -S6 | -S7 | +S1 | +S3 | +S2))) +C3 = openmc.Cell(name="", region=(-S14 & (-S8 | +S9 | -S10 | +S11 | -S12 | +S13))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/placa3/placa3.serp b/tests/regression_test_files/Torus/placa3/placa3.serp new file mode 100644 index 00000000..41bf0c69 --- /dev/null +++ b/tests/regression_test_files/Torus/placa3/placa3.serp @@ -0,0 +1,49 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/placa3.stp +% +% Creation Date : 2024-05-27 14:58:49.962095 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 14 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 4 5 6 7 -1 -3 -2% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 8 -9 10 -11 12 -13 (-4:-5:-6:-7:1:3:2) %Automatic Generated Void Cell. Enclosure(5.236, 11.882, 5.236, 11.882, -2.420, 2.420) + %Enclosed cells : (1) +cell 3 0 void -14 (-8:9:-10:11:-12:13) %Graveyard_in +cell 4 0 outside 14 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px 1.0000000e+01 +surf 2 py 1.0000000e+01 +surf 3 pz 5.0000000e-01 +surf 4 pz -5.0000000e-01 +surf 5 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+01 2.0000000e+00 2.0000000e+00 +surf 6 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +surf 7 cylz 11.936492 +surf 8 px 5.2356367e+00 +surf 9 px 1.1881511e+01 +surf 10 py 5.2356367e+00 +surf 11 py 1.1881511e+01 +surf 12 pz -2.4200000e+00 +surf 13 pz 2.4200000e+00 +surf 14 sph 8.5585738e+00 8.5585738e+00 0.0000000e+00 5.3915681e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/placa3/placa3.xml b/tests/regression_test_files/Torus/placa3/placa3.xml new file mode 100644 index 00000000..4e88d945 --- /dev/null +++ b/tests/regression_test_files/Torus/placa3/placa3.xml @@ -0,0 +1,21 @@ + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/rueda/rueda.inp b/tests/regression_test_files/Torus/rueda/rueda.inp new file mode 100644 index 00000000..8c4b9b77 --- /dev/null +++ b/tests/regression_test_files/Torus/rueda/rueda.inp @@ -0,0 +1,71 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/rueda.stp +$ +$ Creation Date : 2024-05-27 14:58:49.436123 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 12 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 3 -5 4 -2:-4 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -12 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 12 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PY -1.2246468e-15 +2 PZ 1.5000000e+00 +3 PZ -1.5000000e+00 +4 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 5.0000000e+00 1.5000000e+00 1.5000000e+00 +5 CZ 5.000000 +6 PX -8.0355493e+00 +7 PX 8.0355493e+00 +8 PY -8.0355493e+00 +9 PY 8.0355493e+00 +10 PZ -2.5000000e+00 +11 PZ 2.5000000e+00 +12 SO 1.1868440e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/rueda/rueda.mcnp b/tests/regression_test_files/Torus/rueda/rueda.mcnp new file mode 100644 index 00000000..4b3508de --- /dev/null +++ b/tests/regression_test_files/Torus/rueda/rueda.mcnp @@ -0,0 +1,69 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/rueda.stp +C +C Creation Date : 2024-05-27 14:58:49.433891 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 12 +C Materials : 0 +C +C ************************************************************** +1 0 3 -5 4 -2:-4 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 6 -7 8 -9 10 -11 4 (5:-3:2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-8.036, 8.036, -8.036, 8.036, -2.500, 2.500) + $Enclosed cells : (1) +3 0 -12 (-6:7:-8:9:-10:11) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 12 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PY -1.2246468e-15 +2 PZ 1.5000000e+00 +3 PZ -1.5000000e+00 +4 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 5.0000000e+00 1.5000000e+00 1.5000000e+00 +5 CZ 5.000000 +6 PX -8.0355493e+00 +7 PX 8.0355493e+00 +8 PY -8.0355493e+00 +9 PY 8.0355493e+00 +10 PZ -2.5000000e+00 +11 PZ 2.5000000e+00 +12 SO 1.1868440e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -8.0355493e+00 8.0355493e+00 +C SI2 -8.0355493e+00 8.0355493e+00 +C SI3 -2.5000000e+00 2.5000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=12 WGT=4.4252432e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 3.6078967e+02 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/rueda/rueda.py b/tests/regression_test_files/Torus/rueda/rueda.py new file mode 100644 index 00000000..93df709e --- /dev/null +++ b/tests/regression_test_files/Torus/rueda/rueda.py @@ -0,0 +1,29 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=-1.2246467991473533e-15) +S2 = openmc.ZPlane(z0=1.5) +S3 = openmc.ZPlane(z0=-1.5) +S4 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=5.0,r1=1.5,r2=1.5) +S5 = openmc.ZCylinder(x0=0.0,y0=0.0,r=5.0) +S6 = openmc.XPlane(x0=-8.035549301900561) +S7 = openmc.XPlane(x0=8.035549301900561) +S8 = openmc.YPlane(y0=-8.035549301900561) +S9 = openmc.YPlane(y0=8.035549301900561) +S10 = openmc.ZPlane(z0=-2.5) +S11 = openmc.ZPlane(z0=2.5) +S12 = openmc.Sphere(x0=0.0,y0=0.0,z0=0.0,r=11.868439889693917, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S3 & -S5 & +S4 & -S2) | (-S4))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-8.036, 8.036, -8.036, 8.036, -2.500, 2.500). Enclosed cells : (1)", region=(+S6 & -S7 & +S8 & -S9 & +S10 & -S11 & ((+S4) & (+S5 | -S3 | +S2)))) +C3 = openmc.Cell(name="", region=(-S12 & (-S6 | +S7 | -S8 | +S9 | -S10 | +S11))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/rueda/rueda.serp b/tests/regression_test_files/Torus/rueda/rueda.serp new file mode 100644 index 00000000..d6a438e6 --- /dev/null +++ b/tests/regression_test_files/Torus/rueda/rueda.serp @@ -0,0 +1,47 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/rueda.stp +% +% Creation Date : 2024-05-27 14:58:49.435207 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 12 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 3 -5 4 -2:-4% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 6 -7 8 -9 10 -11 4 (5:-3:2) %Automatic Generated Void Cell. Enclosure(-8.036, 8.036, -8.036, 8.036, -2.500, 2.500) + %Enclosed cells : (1) +cell 3 0 void -12 (-6:7:-8:9:-10:11) %Graveyard_in +cell 4 0 outside 12 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py -1.2246468e-15 +surf 2 pz 1.5000000e+00 +surf 3 pz -1.5000000e+00 +surf 4 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 5.0000000e+00 1.5000000e+00 1.5000000e+00 +surf 5 cylz 5.000000 +surf 6 px -8.0355493e+00 +surf 7 px 8.0355493e+00 +surf 8 py -8.0355493e+00 +surf 9 py 8.0355493e+00 +surf 10 pz -2.5000000e+00 +surf 11 pz 2.5000000e+00 +surf 12 sph 0.0000000e+00 0.0000000e+00 0.0000000e+00 1.1868440e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/rueda/rueda.xml b/tests/regression_test_files/Torus/rueda/rueda.xml new file mode 100644 index 00000000..9fd670cc --- /dev/null +++ b/tests/regression_test_files/Torus/rueda/rueda.xml @@ -0,0 +1,19 @@ + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/solid1/solid1.inp b/tests/regression_test_files/Torus/solid1/solid1.inp new file mode 100644 index 00000000..c604542c --- /dev/null +++ b/tests/regression_test_files/Torus/solid1/solid1.inp @@ -0,0 +1,78 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/solid1.stp +$ +$ Creation Date : 2024-05-27 14:58:36.517489 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 19 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 2 4 5 8 9 -10 -7 -6 -3:4 5 8 11 -12 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -19 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 19 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PY 0.0000000e+00 +2 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 -2.2928932e-01 +3 P 5.0000000e-01 5.0000000e-01 7.0710678e-01 7.7426407e-01 +4 P -1.4644661e-01 8.5355339e-01 -5.0000000e-01 -2.2928932e-01 +5 P 5.0000000e-01 5.0000000e-01 7.0710678e-01 5.2426407e-01 +6 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 7.7071068e-01 +7 P -1.4644661e-01 8.5355339e-01 -5.0000000e-01 7.7071068e-01 +8 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +9 P 6.9407992e-01 7.1989795e-01 -0.0000000e+00 0.0000000e+00 +10 KZ -8.608987e-01 1.063239 1 +11 P 9.9983334e-01 -1.8256104e-02 0.0000000e+00 0.0000000e+00 +12 KZ -4.359002e-01 2.222993 1 +13 PX -1.0451249e+00 +14 PX 2.2360919e+00 +15 PY -1.0365122e+00 +16 PY 2.2360919e+00 +17 PZ -1.1420000e+00 +18 PZ 1.7767767e+00 +19 S 5.9548349e-01 5.9978984e-01 3.1738835e-01 2.7931792e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/solid1/solid1.mcnp b/tests/regression_test_files/Torus/solid1/solid1.mcnp new file mode 100644 index 00000000..2fd5b024 --- /dev/null +++ b/tests/regression_test_files/Torus/solid1/solid1.mcnp @@ -0,0 +1,76 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/solid1.stp +C +C Creation Date : 2024-05-27 14:58:36.514974 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 19 +C Materials : 0 +C +C ************************************************************** +1 0 1 2 4 5 8 9 -10 -7 -6 -3:4 5 8 11 -12 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 13 -14 15 -16 17 -18 ((10:-9:7:6:3:-2:-1) (12:-11:1):-8:-5:-4) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.045, 2.236, -1.037, 2.236, -1.142, 1.777) + $Enclosed cells : (1) +3 0 -19 (-13:14:-15:16:-17:18) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 19 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PY 0.0000000e+00 +2 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 -2.2928932e-01 +3 P 5.0000000e-01 5.0000000e-01 7.0710678e-01 7.7426407e-01 +4 P -1.4644661e-01 8.5355339e-01 -5.0000000e-01 -2.2928932e-01 +5 P 5.0000000e-01 5.0000000e-01 7.0710678e-01 5.2426407e-01 +6 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 7.7071068e-01 +7 P -1.4644661e-01 8.5355339e-01 -5.0000000e-01 7.7071068e-01 +8 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +9 P 6.9407992e-01 7.1989795e-01 -0.0000000e+00 0.0000000e+00 +10 KZ -8.608987e-01 1.063239 1 +11 P 9.9983334e-01 -1.8256104e-02 0.0000000e+00 0.0000000e+00 +12 KZ -4.359002e-01 2.222993 1 +13 PX -1.0451249e+00 +14 PX 2.2360919e+00 +15 PY -1.0365122e+00 +16 PY 2.2360919e+00 +17 PZ -1.1420000e+00 +18 PZ 1.7767767e+00 +19 S 5.9548349e-01 5.9978984e-01 3.1738835e-01 2.7931792e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0451249e+00 2.2360919e+00 +C SI2 -1.0365122e+00 2.2360919e+00 +C SI3 -1.1420000e+00 1.7767767e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=19 WGT=2.4510235e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.5269382e-01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/solid1/solid1.py b/tests/regression_test_files/Torus/solid1/solid1.py new file mode 100644 index 00000000..be90fffb --- /dev/null +++ b/tests/regression_test_files/Torus/solid1/solid1.py @@ -0,0 +1,36 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=0.0) +S2 = openmc.Plane(a=0.8535533905931653,b=-0.14644660940702836,c=-0.5000000000000968,d=-0.22928932188144438) +S3 = openmc.Plane(a=0.4999999999998401,b=0.4999999999998401,c=0.7071067811867738,d=0.7742640687120064) +S4 = openmc.Plane(a=-0.14644660940702836,b=0.8535533905931653,c=-0.5000000000000968,d=-0.22928932188144444) +S5 = openmc.Plane(a=0.4999999999998401,b=0.4999999999998401,c=0.7071067811867738,d=0.5242640687120322) +S6 = openmc.Plane(a=0.8535533906008934,b=-0.14644660940642437,c=-0.49999999998708083,d=0.7707106781290783) +S7 = openmc.Plane(a=-0.1464466094062581,b=0.8535533905873345,c=-0.5000000000102761,d=0.7707106781105685) +S8 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.2,r2=0.2) +S9 = openmc.Plane(a=0.6940799223807855,b=0.7198979520375666,c=-0.0,d=0.0) +S10 = openmc.ZCone(x0=0.0,y0=0.0,z0=-0.8608987001845967,r2=1.0632390007145118) +S11 = openmc.Plane(a=0.999833343449735,b=-0.018256103804598255,c=0.0,d=0.0) +S12 = openmc.ZCone(x0=0.0,y0=0.0,z0=-0.4359001690591523,r2=2.2229929322479554) +S13 = openmc.XPlane(x0=-1.045124922299385) +S14 = openmc.XPlane(x0=2.2360918927339135) +S15 = openmc.YPlane(y0=-1.0365122076096103) +S16 = openmc.YPlane(y0=2.236091892733914) +S17 = openmc.ZPlane(z0=-1.1420000000000001) +S18 = openmc.ZPlane(z0=1.7767766952966753) +S19 = openmc.Sphere(x0=0.5954834852172645,y0=0.5997898425621518,z0=0.3173883476483377,r=2.7931791996144923, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S2 & +S4 & +S5 & +S8 & +S9 & -S10 & -S7 & -S6 & -S3) | (+S4 & +S5 & +S8 & +S11 & -S12 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.045, 2.236, -1.037, 2.236, -1.142, 1.777). Enclosed cells : (1)", region=(+S13 & -S14 & +S15 & -S16 & +S17 & -S18 & (((+S10 | -S9 | +S7 | +S6 | +S3 | -S2 | -S1) & (+S12 | -S11 | +S1)) | (-S8 | -S5 | -S4)))) +C3 = openmc.Cell(name="", region=(-S19 & (-S13 | +S14 | -S15 | +S16 | -S17 | +S18))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/solid1/solid1.serp b/tests/regression_test_files/Torus/solid1/solid1.serp new file mode 100644 index 00000000..d9431aa1 --- /dev/null +++ b/tests/regression_test_files/Torus/solid1/solid1.serp @@ -0,0 +1,54 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/solid1.stp +% +% Creation Date : 2024-05-27 14:58:36.516439 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 19 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 2 4 5 8 9 -10 -7 -6 -3:4 5 8 11 -12 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 13 -14 15 -16 17 -18 ((10:-9:7:6:3:-2:-1) (12:-11:1):-8:-5:-4) %Automatic Generated Void Cell. Enclosure(-1.045, 2.236, -1.037, 2.236, -1.142, 1.777) + %Enclosed cells : (1) +cell 3 0 void -19 (-13:14:-15:16:-17:18) %Graveyard_in +cell 4 0 outside 19 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py 0.0000000e+00 +surf 2 plane 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 -2.2928932e-01 +surf 3 plane 5.0000000e-01 5.0000000e-01 7.0710678e-01 7.7426407e-01 +surf 4 plane -1.4644661e-01 8.5355339e-01 -5.0000000e-01 -2.2928932e-01 +surf 5 plane 5.0000000e-01 5.0000000e-01 7.0710678e-01 5.2426407e-01 +surf 6 plane 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 7.7071068e-01 +surf 7 plane -1.4644661e-01 8.5355339e-01 -5.0000000e-01 7.7071068e-01 +surf 8 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +surf 9 plane 6.9407992e-01 7.1989795e-01 -0.0000000e+00 0.0000000e+00 +surf ckz 1.000000e+01 0.000000e+00 0.000000e+00 -0.860899 1.0632390007145118 +surf 11 plane 9.9983334e-01 -1.8256104e-02 0.0000000e+00 0.0000000e+00 +surf ckz 1.200000e+01 0.000000e+00 0.000000e+00 -0.435900 2.2229929322479554 +surf 13 px -1.0451249e+00 +surf 14 px 2.2360919e+00 +surf 15 py -1.0365122e+00 +surf 16 py 2.2360919e+00 +surf 17 pz -1.1420000e+00 +surf 18 pz 1.7767767e+00 +surf 19 sph 5.9548349e-01 5.9978984e-01 3.1738835e-01 2.7931792e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/solid1/solid1.xml b/tests/regression_test_files/Torus/solid1/solid1.xml new file mode 100644 index 00000000..4edb9f26 --- /dev/null +++ b/tests/regression_test_files/Torus/solid1/solid1.xml @@ -0,0 +1,26 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/solid2/solid2.inp b/tests/regression_test_files/Torus/solid2/solid2.inp new file mode 100644 index 00000000..ffc581b2 --- /dev/null +++ b/tests/regression_test_files/Torus/solid2/solid2.inp @@ -0,0 +1,77 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/solid2.stp +$ +$ Creation Date : 2024-05-27 14:58:45.993947 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 18 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 2 9 10 -8 -7 -6 -5 -4 -3:11 -8 -7 -4 -3 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -18 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 18 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PY 0.0000000e+00 +2 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 -2.2928932e-01 +3 P 1.4644661e-01 -8.5355339e-01 5.0000000e-01 2.2928932e-01 +4 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 7.7071068e-01 +5 P 5.0000000e-01 5.0000000e-01 7.0710678e-01 7.7426407e-01 +6 P -1.4644661e-01 8.5355339e-01 -5.0000000e-01 7.7071068e-01 +7 P -5.0000000e-01 -5.0000000e-01 -7.0710678e-01 -5.2426407e-01 +8 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +9 P 6.9407992e-01 7.1989795e-01 -0.0000000e+00 0.0000000e+00 +10 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +11 P 9.9983334e-01 -1.8256104e-02 0.0000000e+00 0.0000000e+00 +12 PX -1.0464466e+00 +13 PX 2.2360919e+00 +14 PY -1.0464466e+00 +15 PY 2.2360919e+00 +16 PZ -1.2001690e+00 +17 PZ 1.2001443e+00 +18 S 5.9482264e-01 5.9482264e-01 -1.2339712e-05 2.6652867e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/solid2/solid2.mcnp b/tests/regression_test_files/Torus/solid2/solid2.mcnp new file mode 100644 index 00000000..9a287605 --- /dev/null +++ b/tests/regression_test_files/Torus/solid2/solid2.mcnp @@ -0,0 +1,75 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/solid2.stp +C +C Creation Date : 2024-05-27 14:58:45.991606 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 18 +C Materials : 0 +C +C ************************************************************** +1 0 1 2 9 10 -8 -7 -6 -5 -4 -3:11 -8 -7 -4 -3 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 12 -13 14 -15 16 -17 ((-10:-9:6:5:-2:-1) (1:-11):8:7:4:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.046, 2.236, -1.046, 2.236, -1.200, 1.200) + $Enclosed cells : (1) +3 0 -18 (-12:13:-14:15:-16:17) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 18 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PY 0.0000000e+00 +2 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 -2.2928932e-01 +3 P 1.4644661e-01 -8.5355339e-01 5.0000000e-01 2.2928932e-01 +4 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 7.7071068e-01 +5 P 5.0000000e-01 5.0000000e-01 7.0710678e-01 7.7426407e-01 +6 P -1.4644661e-01 8.5355339e-01 -5.0000000e-01 7.7071068e-01 +7 P -5.0000000e-01 -5.0000000e-01 -7.0710678e-01 -5.2426407e-01 +8 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +9 P 6.9407992e-01 7.1989795e-01 -0.0000000e+00 0.0000000e+00 +10 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +11 P 9.9983334e-01 -1.8256104e-02 0.0000000e+00 0.0000000e+00 +12 PX -1.0464466e+00 +13 PX 2.2360919e+00 +14 PY -1.0464466e+00 +15 PY 2.2360919e+00 +16 PZ -1.2001690e+00 +17 PZ 1.2001443e+00 +18 S 5.9482264e-01 5.9482264e-01 -1.2339712e-05 2.6652867e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0464466e+00 2.2360919e+00 +C SI2 -1.0464466e+00 2.2360919e+00 +C SI3 -1.2001690e+00 1.2001443e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=18 WGT=2.2317098e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 8.6018860e-02 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/solid2/solid2.py b/tests/regression_test_files/Torus/solid2/solid2.py new file mode 100644 index 00000000..90e4aa0e --- /dev/null +++ b/tests/regression_test_files/Torus/solid2/solid2.py @@ -0,0 +1,35 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=0.0) +S2 = openmc.Plane(a=0.8535533905931653,b=-0.14644660940702836,c=-0.5000000000000968,d=-0.22928932188144444) +S3 = openmc.Plane(a=0.14644660940577459,b=-0.8535533905988775,c=0.49999999999071254,d=0.22928932187866435) +S4 = openmc.Plane(a=0.8535533906008934,b=-0.14644660940642437,c=-0.49999999998708083,d=0.7707106781290783) +S5 = openmc.Plane(a=0.49999999999851025,b=0.49999999999804257,c=0.707106781188985,d=0.7742640687096416) +S6 = openmc.Plane(a=-0.1464466094062581,b=0.8535533905873345,c=-0.5000000000102761,d=0.7707106781105685) +S7 = openmc.Plane(a=-0.49999999998759026,b=-0.4999999999779706,c=-0.7071067812108995,d=-0.5242640686977567) +S8 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.2,r2=0.2) +S9 = openmc.Plane(a=0.6940799223807855,b=0.7198979520375666,c=-0.0,d=0.0) +S10 = openmc.Plane(a=0.707106781186521,b=0.707106781186574,c=-0.0,d=0.0) +S11 = openmc.Plane(a=0.999833343449735,b=-0.01825610380459781,c=0.0,d=0.0) +S12 = openmc.XPlane(x0=-1.046446609407031) +S13 = openmc.XPlane(x0=2.2360918927339135) +S14 = openmc.YPlane(y0=-1.046446609407031) +S15 = openmc.YPlane(y0=2.2360918927339135) +S16 = openmc.ZPlane(z0=-1.2001690131616787) +S17 = openmc.ZPlane(z0=1.2001443337378999) +S18 = openmc.Sphere(x0=0.5948226416634415,y0=0.5948226416634415,z0=-1.2339711889364225e-05,r=2.6652866513864244, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S2 & +S9 & +S10 & -S8 & -S7 & -S6 & -S5 & -S4 & -S3) | (+S11 & -S8 & -S7 & -S4 & -S3 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.046, 2.236, -1.046, 2.236, -1.200, 1.200). Enclosed cells : (1)", region=(+S12 & -S13 & +S14 & -S15 & +S16 & -S17 & (((-S10 | -S9 | +S6 | +S5 | -S2 | -S1) & (+S1 | -S11)) | (+S8 | +S7 | +S4 | +S3)))) +C3 = openmc.Cell(name="", region=(-S18 & (-S12 | +S13 | -S14 | +S15 | -S16 | +S17))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/solid2/solid2.serp b/tests/regression_test_files/Torus/solid2/solid2.serp new file mode 100644 index 00000000..9959c505 --- /dev/null +++ b/tests/regression_test_files/Torus/solid2/solid2.serp @@ -0,0 +1,53 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/solid2.stp +% +% Creation Date : 2024-05-27 14:58:45.992931 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 18 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 2 9 10 -8 -7 -6 -5 -4 -3:11 -8 -7 -4 -3 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 12 -13 14 -15 16 -17 ((-10:-9:6:5:-2:-1) (1:-11):8:7:4:3) %Automatic Generated Void Cell. Enclosure(-1.046, 2.236, -1.046, 2.236, -1.200, 1.200) + %Enclosed cells : (1) +cell 3 0 void -18 (-12:13:-14:15:-16:17) %Graveyard_in +cell 4 0 outside 18 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py 0.0000000e+00 +surf 2 plane 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 -2.2928932e-01 +surf 3 plane 1.4644661e-01 -8.5355339e-01 5.0000000e-01 2.2928932e-01 +surf 4 plane 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 7.7071068e-01 +surf 5 plane 5.0000000e-01 5.0000000e-01 7.0710678e-01 7.7426407e-01 +surf 6 plane -1.4644661e-01 8.5355339e-01 -5.0000000e-01 7.7071068e-01 +surf 7 plane -5.0000000e-01 -5.0000000e-01 -7.0710678e-01 -5.2426407e-01 +surf 8 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +surf 9 plane 6.9407992e-01 7.1989795e-01 -0.0000000e+00 0.0000000e+00 +surf 10 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +surf 11 plane 9.9983334e-01 -1.8256104e-02 0.0000000e+00 0.0000000e+00 +surf 12 px -1.0464466e+00 +surf 13 px 2.2360919e+00 +surf 14 py -1.0464466e+00 +surf 15 py 2.2360919e+00 +surf 16 pz -1.2001690e+00 +surf 17 pz 1.2001443e+00 +surf 18 sph 5.9482264e-01 5.9482264e-01 -1.2339712e-05 2.6652867e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/solid2/solid2.xml b/tests/regression_test_files/Torus/solid2/solid2.xml new file mode 100644 index 00000000..3e1c586b --- /dev/null +++ b/tests/regression_test_files/Torus/solid2/solid2.xml @@ -0,0 +1,25 @@ + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/solid3/solid3.inp b/tests/regression_test_files/Torus/solid3/solid3.inp new file mode 100644 index 00000000..a9c95b8e --- /dev/null +++ b/tests/regression_test_files/Torus/solid3/solid3.inp @@ -0,0 +1,73 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/solid3.stp +$ +$ Creation Date : 2024-05-27 14:58:36.902317 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 14 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 5 6 7 -2 -4 -3 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -14 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 14 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 5.0000000e-01 5.0000000e-01 7.0710678e-01 7.7426407e-01 +2 P -1.4644661e-01 8.5355339e-01 -5.0000000e-01 7.7071068e-01 +3 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 7.7071068e-01 +4 P -5.0000000e-01 -5.0000000e-01 -7.0710678e-01 -5.2426407e-01 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +6 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +7 KZ -5.956690e-01 5.137022 1 +8 PX -5.9448964e-01 +9 PX 2.1446490e+00 +10 PY -5.9448964e-01 +11 PY 2.1446490e+00 +12 PZ -1.4000000e+00 +13 PZ 1.0000000e+00 +14 S 7.7507968e-01 7.7507968e-01 -2.0000000e-01 2.3240427e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/solid3/solid3.mcnp b/tests/regression_test_files/Torus/solid3/solid3.mcnp new file mode 100644 index 00000000..9c681e6e --- /dev/null +++ b/tests/regression_test_files/Torus/solid3/solid3.mcnp @@ -0,0 +1,71 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/solid3.stp +C +C Creation Date : 2024-05-27 14:58:36.899683 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 14 +C Materials : 0 +C +C ************************************************************** +1 0 5 6 7 -2 -4 -3 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 8 -9 10 -11 12 -13 (-5:-6:-7:2:4:3:1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-0.594, 2.145, -0.594, 2.145, -1.400, 1.000) + $Enclosed cells : (1) +3 0 -14 (-8:9:-10:11:-12:13) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 14 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 5.0000000e-01 5.0000000e-01 7.0710678e-01 7.7426407e-01 +2 P -1.4644661e-01 8.5355339e-01 -5.0000000e-01 7.7071068e-01 +3 P 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 7.7071068e-01 +4 P -5.0000000e-01 -5.0000000e-01 -7.0710678e-01 -5.2426407e-01 +5 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +6 P 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +7 KZ -5.956690e-01 5.137022 1 +8 PX -5.9448964e-01 +9 PX 2.1446490e+00 +10 PY -5.9448964e-01 +11 PY 2.1446490e+00 +12 PZ -1.4000000e+00 +13 PZ 1.0000000e+00 +14 S 7.7507968e-01 7.7507968e-01 -2.0000000e-01 2.3240427e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -5.9448964e-01 2.1446490e+00 +C SI2 -5.9448964e-01 2.1446490e+00 +C SI3 -1.4000000e+00 1.0000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=14 WGT=1.6968290e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.1287406e-02 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/solid3/solid3.py b/tests/regression_test_files/Torus/solid3/solid3.py new file mode 100644 index 00000000..b2bf558c --- /dev/null +++ b/tests/regression_test_files/Torus/solid3/solid3.py @@ -0,0 +1,31 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.4999999999998401,b=0.4999999999998401,c=0.7071067811867738,d=0.7742640687120063) +S2 = openmc.Plane(a=-0.14644660940702836,b=0.8535533905931653,c=-0.5000000000000968,d=0.7707106781185744) +S3 = openmc.Plane(a=0.8535533905931653,b=-0.14644660940702836,c=-0.5000000000000968,d=0.7707106781185742) +S4 = openmc.Plane(a=-0.49999999999817374,b=-0.499999999998272,c=-0.7071067811890608,d=-0.5242640687090744) +S5 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.2,r2=0.2) +S6 = openmc.Plane(a=0.707106781186521,b=0.707106781186574,c=-0.0,d=0.0) +S7 = openmc.ZCone(x0=0.0,y0=0.0,z0=-0.5956690385938915,r2=5.137022123715908) +S8 = openmc.XPlane(x0=-0.5944896372073454) +S9 = openmc.XPlane(x0=2.144649005138421) +S10 = openmc.YPlane(y0=-0.5944896372072886) +S11 = openmc.YPlane(y0=2.144649005138467) +S12 = openmc.ZPlane(z0=-1.4000000000000707) +S13 = openmc.ZPlane(z0=1.0) +S14 = openmc.Sphere(x0=0.7750796839655378,y0=0.7750796839655891,z0=-0.20000000000003537,r=2.3240426926233977, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S5 & +S6 & +S7 & -S2 & -S4 & -S3 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-0.594, 2.145, -0.594, 2.145, -1.400, 1.000). Enclosed cells : (1)", region=(+S8 & -S9 & +S10 & -S11 & +S12 & -S13 & (-S5 | -S6 | -S7 | +S2 | +S4 | +S3 | +S1))) +C3 = openmc.Cell(name="", region=(-S14 & (-S8 | +S9 | -S10 | +S11 | -S12 | +S13))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/solid3/solid3.serp b/tests/regression_test_files/Torus/solid3/solid3.serp new file mode 100644 index 00000000..559b7b8c --- /dev/null +++ b/tests/regression_test_files/Torus/solid3/solid3.serp @@ -0,0 +1,49 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/solid3.stp +% +% Creation Date : 2024-05-27 14:58:36.901221 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 14 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 5 6 7 -2 -4 -3 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 8 -9 10 -11 12 -13 (-5:-6:-7:2:4:3:1) %Automatic Generated Void Cell. Enclosure(-0.594, 2.145, -0.594, 2.145, -1.400, 1.000) + %Enclosed cells : (1) +cell 3 0 void -14 (-8:9:-10:11:-12:13) %Graveyard_in +cell 4 0 outside 14 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 5.0000000e-01 5.0000000e-01 7.0710678e-01 7.7426407e-01 +surf 2 plane -1.4644661e-01 8.5355339e-01 -5.0000000e-01 7.7071068e-01 +surf 3 plane 8.5355339e-01 -1.4644661e-01 -5.0000000e-01 7.7071068e-01 +surf 4 plane -5.0000000e-01 -5.0000000e-01 -7.0710678e-01 -5.2426407e-01 +surf 5 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +surf 6 plane 7.0710678e-01 7.0710678e-01 -0.0000000e+00 0.0000000e+00 +surf ckz 7.000000e+00 0.000000e+00 0.000000e+00 -0.595669 5.137022123715908 +surf 8 px -5.9448964e-01 +surf 9 px 2.1446490e+00 +surf 10 py -5.9448964e-01 +surf 11 py 2.1446490e+00 +surf 12 pz -1.4000000e+00 +surf 13 pz 1.0000000e+00 +surf 14 sph 7.7507968e-01 7.7507968e-01 -2.0000000e-01 2.3240427e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/solid3/solid3.xml b/tests/regression_test_files/Torus/solid3/solid3.xml new file mode 100644 index 00000000..2e3023b4 --- /dev/null +++ b/tests/regression_test_files/Torus/solid3/solid3.xml @@ -0,0 +1,21 @@ + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/tank/tank.inp b/tests/regression_test_files/Torus/tank/tank.inp new file mode 100644 index 00000000..fba145eb --- /dev/null +++ b/tests/regression_test_files/Torus/tank/tank.inp @@ -0,0 +1,107 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/tank.stp +$ +$ Creation Date : 2024-05-27 14:58:45.585453 +$ Solid Cells : 12 +$ Total Cells : 15 +$ Surfaces : 34 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -18 4 -3 -2 +2 0 c0 -7 19 5 6 +3 0 c0 2 4 20 -9 -8 1:-1 2 4 21 -9 -8 +4 0 c0 -8 -4 +5 0 c0 6 10 -11 22 -5 1:-1 6 10 -11 23 -5 +6 0 c0 -6 10 +7 0 c0 -14 -12 13 15 +8 0 c0 -15 -12 13 +9 0 c0 8 16 -13 -9 24 1:-1 8 16 -13 -9 24 +10 0 c0 12 17 -11 -10 25 1:-1 12 17 -11 -10 25 +11 0 c0 -16 8 -13 1:-26 8 16 -13 1:-16 -1 -13 8:-1 -26 8 16 -13 +12 0 c0 12 -10 1 -17:-27 12 17 -10 1:-1 12 -10 -17:-1 -27 12 17 -10 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +14 0 -34 #1 #2 #3 #4 #5 #6 #7 #8 #9 #10 #11 #12 + $Inner void + $VOID CELL 13 merged, so the auto-genarated void definition is eliminated + +15 -1 34 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PY -1.1981339e+03 +2 PZ -3.0660944e+00 +3 S 9.3681983e+02 -1.1981339e+03 4.5080000e+01 5.4580000e+01 +4 S 9.3681983e+02 -1.1981339e+03 4.5080000e+01 5.2080000e+01 +5 PZ 1.5606609e+02 +6 S 9.3681983e+02 -1.1981339e+03 1.0792000e+02 5.2080000e+01 +7 S 9.3681983e+02 -1.1981339e+03 1.0792000e+02 5.4580000e+01 +8 PZ -8.6079514e-01 +9 TZ 9.3681983e+02 -1.1981339e+03 1.2428338e+01 + 1.7435000e+01 1.7565000e+01 1.7565000e+01 +10 PZ 1.5386080e+02 +11 TZ 9.3681983e+02 -1.1981339e+03 1.4057166e+02 + 1.7435000e+01 1.7565000e+01 1.7565000e+01 +12 PZ 1.4057166e+02 +13 PZ 1.2428338e+01 +14 C/Z 936.819833 -1198.133903 35.000000 +15 C/Z 936.819833 -1198.133903 32.500000 +16 TZ 9.3681983e+02 -1.1981339e+03 1.2428338e+01 + 1.7435000e+01 1.5065000e+01 1.5065000e+01 +17 TZ 9.3681983e+02 -1.1981339e+03 1.4057166e+02 + 1.7435000e+01 1.5065000e+01 1.5065000e+01 +18 PZ 4.5080000e+01 +19 PZ 1.0792000e+02 +20 P 8.5141733e-14 2.8883683e-01 -9.5737834e-01 -3.8922381e+02 +21 P 8.1439919e-14 -2.8883683e-01 -9.5737834e-01 3.0290658e+02 +22 P 0.0000000e+00 2.8883674e-01 9.5737837e-01 -2.4274482e+02 +23 P 0.0000000e+00 -2.8883674e-01 9.5737837e-01 4.4938536e+02 +24 K/Z 9.368198e+02 -1.198134e+03 -4.176875e+01 0.359596 1 +25 K/Z 9.368198e+02 -1.198134e+03 1.947687e+02 0.359597 -1 +26 K/Z 9.368198e+02 -1.198134e+03 1.638056e+01 0.359596 -1 +27 K/Z 9.368198e+02 -1.198134e+03 1.366194e+02 0.359597 1 +28 PX 9.0064209e+02 +29 PX 9.7299758e+02 +30 PY -1.2343116e+03 +31 PY -1.1619562e+03 +32 PZ -1.0500000e+01 +33 PZ 1.6350000e+02 +34 S 9.3681983e+02 -1.1981339e+03 7.6500000e+01 1.0294756e+02 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/tank/tank.mcnp b/tests/regression_test_files/Torus/tank/tank.mcnp new file mode 100644 index 00000000..55a673ec --- /dev/null +++ b/tests/regression_test_files/Torus/tank/tank.mcnp @@ -0,0 +1,121 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/tank.stp +C +C Creation Date : 2024-05-27 14:58:45.581233 +C Solid Cells : 12 +C Total Cells : 15 +C Surfaces : 34 +C Materials : 0 +C +C ************************************************************** +1 0 -18 4 -3 -2 + imp:n=1.0 imp:p=1.0 +2 0 -7 19 5 6 + imp:n=1.0 imp:p=1.0 +3 0 2 4 20 -9 -8 1:-1 2 4 21 -9 -8 + imp:n=1.0 imp:p=1.0 +4 0 -8 -4 + imp:n=1.0 imp:p=1.0 +5 0 6 10 -11 22 -5 1:-1 6 10 -11 23 -5 + imp:n=1.0 imp:p=1.0 +6 0 -6 10 + imp:n=1.0 imp:p=1.0 +7 0 -14 -12 13 15 + imp:n=1.0 imp:p=1.0 +8 0 -15 -12 13 + imp:n=1.0 imp:p=1.0 +9 0 8 16 -13 -9 24 1:-1 8 16 -13 -9 24 + imp:n=1.0 imp:p=1.0 +10 0 12 17 -11 -10 25 1:-1 12 17 -11 -10 25 + imp:n=1.0 imp:p=1.0 +11 0 -16 8 -13 1:-26 8 16 -13 1:-16 -1 -13 8:-1 -26 8 16 -13 + imp:n=1.0 imp:p=1.0 +12 0 12 -10 1 -17:-27 12 17 -10 1:-1 12 -10 -17:-1 -27 12 17 -10 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +13 0 28 -29 30 -31 32 -33 (8:4) (6:-10) (15:12:-13) (-8:13:16 26) (10: + -12:17 27) (9:((-1:-20) (1:-21):-4:-2:8) (-24:-16:13:-8)) (11:((-1: + -22) (1:-23):-6:5:-10) (-25:-17:-12:10)) (14:12:-13:-15) (18:3:-4:2) + (-19:7:-5:-6) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(900.642, 972.998, -1234.312, -1161.956, -10.500, 163.500) + $Enclosed cells : (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12) +14 0 -34 (-28:29:-30:31:-32:33) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +15 0 34 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PY -1.1981339e+03 +2 PZ -3.0660944e+00 +3 S 9.3681983e+02 -1.1981339e+03 4.5080000e+01 5.4580000e+01 +4 S 9.3681983e+02 -1.1981339e+03 4.5080000e+01 5.2080000e+01 +5 PZ 1.5606609e+02 +6 S 9.3681983e+02 -1.1981339e+03 1.0792000e+02 5.2080000e+01 +7 S 9.3681983e+02 -1.1981339e+03 1.0792000e+02 5.4580000e+01 +8 PZ -8.6079514e-01 +9 TZ 9.3681983e+02 -1.1981339e+03 1.2428338e+01 + 1.7435000e+01 1.7565000e+01 1.7565000e+01 +10 PZ 1.5386080e+02 +11 TZ 9.3681983e+02 -1.1981339e+03 1.4057166e+02 + 1.7435000e+01 1.7565000e+01 1.7565000e+01 +12 PZ 1.4057166e+02 +13 PZ 1.2428338e+01 +14 C/Z 936.819833 -1198.133903 35.000000 +15 C/Z 936.819833 -1198.133903 32.500000 +16 TZ 9.3681983e+02 -1.1981339e+03 1.2428338e+01 + 1.7435000e+01 1.5065000e+01 1.5065000e+01 +17 TZ 9.3681983e+02 -1.1981339e+03 1.4057166e+02 + 1.7435000e+01 1.5065000e+01 1.5065000e+01 +18 PZ 4.5080000e+01 +19 PZ 1.0792000e+02 +20 P 8.5141733e-14 2.8883683e-01 -9.5737834e-01 -3.8922381e+02 +21 P 8.1439919e-14 -2.8883683e-01 -9.5737834e-01 3.0290658e+02 +22 P 0.0000000e+00 2.8883674e-01 9.5737837e-01 -2.4274482e+02 +23 P 0.0000000e+00 -2.8883674e-01 9.5737837e-01 4.4938536e+02 +24 K/Z 9.368198e+02 -1.198134e+03 -4.176875e+01 0.359596 1 +25 K/Z 9.368198e+02 -1.198134e+03 1.947687e+02 0.359597 -1 +26 K/Z 9.368198e+02 -1.198134e+03 1.638056e+01 0.359596 -1 +27 K/Z 9.368198e+02 -1.198134e+03 1.366194e+02 0.359597 1 +28 PX 9.0064209e+02 +29 PX 9.7299758e+02 +30 PY -1.2343116e+03 +31 PY -1.1619562e+03 +32 PZ -1.0500000e+01 +33 PZ 1.6350000e+02 +34 S 9.3681983e+02 -1.1981339e+03 7.6500000e+01 1.0294756e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 9.0064209e+02 9.7299758e+02 +C SI2 -1.2343116e+03 -1.1619562e+03 +C SI3 -1.0500000e+01 1.6350000e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=34 WGT=3.3295226e+04 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 3 4 5 6 7 8 9 10 11 12 +SD4 4.3507684e+03 4.3507684e+03 1.7674185e+03 5.9242839e+03 1.7674142e+03 + 5.9242727e+03 6.7934383e+04 4.2521892e+05 7.6716880e+03 7.6716924e+03 + 3.8303335e+04 3.8303347e+04 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/tank/tank.py b/tests/regression_test_files/Torus/tank/tank.py new file mode 100644 index 00000000..922d480d --- /dev/null +++ b/tests/regression_test_files/Torus/tank/tank.py @@ -0,0 +1,62 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=-1198.13390304907) +S2 = openmc.ZPlane(z0=-3.06609444138) +S3 = openmc.Sphere(x0=936.819833460198,y0=-1198.13390304907,z0=45.080000000000695,r=54.580000000000794) +S4 = openmc.Sphere(x0=936.819833460198,y0=-1198.13390304907,z0=45.080000000000204,r=52.080000000000204) +S5 = openmc.ZPlane(z0=156.06609444175604) +S6 = openmc.Sphere(x0=936.8198334602001,y0=-1198.13390304907,z0=107.92000000000199,r=52.079999999997796) +S7 = openmc.Sphere(x0=936.8198334602001,y0=-1198.13390304907,z0=107.92000000000098,r=54.579999999998805) +S8 = openmc.ZPlane(z0=-0.8607951357100021) +S9 = openmc.ZTorus(x0=936.819833460198,y0=-1198.13390304907,z0=12.4283384802999,r=17.435000000002802,r1=17.5649999999987,r2=17.5649999999987) +S10 = openmc.ZPlane(z0=153.860801054) +S11 = openmc.ZTorus(x0=936.819833460199,y0=-1198.13390304907,z0=140.57166152,r=17.434999999999004,r1=17.565000000003202,r2=17.565000000003202) +S12 = openmc.ZPlane(z0=140.57166152) +S13 = openmc.ZPlane(z0=12.428338480299999) +S14 = openmc.ZCylinder(x0=936.8198334602001,y0=-1198.13390304907,r=35.0) +S15 = openmc.ZCylinder(x0=936.8198334602001,y0=-1198.13390304907,r=32.5) +S16 = openmc.ZTorus(x0=936.819833460203,y0=-1198.13390304907,z0=12.428338480295,r=17.4349999999968,r1=15.065000000000001,r2=15.065000000000001) +S17 = openmc.ZTorus(x0=936.8198334601962,y0=-1198.13390304907,z0=140.57166152,r=17.435000000004802,r1=15.065000000000502,r2=15.065000000000502) +S18 = openmc.ZPlane(z0=45.080000000000204) +S19 = openmc.ZPlane(z0=107.92000000001866) +S20 = openmc.Plane(a=8.514173328511306e-14,b=0.28883682873361405,c=-0.9573783402433486,d=-389.2238125330105) +S21 = openmc.Plane(a=8.14399187944559e-14,b=-0.2888368287336101,c=-0.9573783402433498,d=302.9065813768229) +S22 = openmc.Plane(a=0.0,b=0.28883674078877686,c=0.9573783667759141,d=-242.7448182427731) +S23 = openmc.Plane(a=0.0,b=-0.28883674078877736,c=0.9573783667759139,d=449.385364927687) +S24 = openmc.ZCone(x0=936.819833460203,y0=-1198.13390304907,z0=-41.7687503544415,r2=0.359595959600911) +S25 = openmc.ZCone(x0=936.8198334601962,y0=-1198.13390304907,z0=194.76869911468765,r2=0.35959663955436055) +S26 = openmc.ZCone(x0=936.819833460203,y0=-1198.13390304907,z0=16.380556954797427,r2=0.35959596025630064) +S27 = openmc.ZCone(x0=936.8198334601962,y0=-1198.13390304907,z0=136.61944677847077,r2=0.35959663955390514) +S28 = openmc.XPlane(x0=900.6420869506876) +S29 = openmc.XPlane(x0=972.9975799697046) +S30 = openmc.YPlane(y0=-1234.3116495585787) +S31 = openmc.YPlane(y0=-1161.9561565395616) +S32 = openmc.ZPlane(z0=-10.500000000000098) +S33 = openmc.ZPlane(z0=163.49999999999977) +S34 = openmc.Sphere(x0=936.8198334601962,y0=-1198.13390304907,z0=76.49999999999984,r=102.94755798894408, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S18 & +S4 & -S3 & -S2))) +C2 = openmc.Cell(name="", region=((-S7 & +S19 & +S5 & +S6))) +C3 = openmc.Cell(name="", region=((+S2 & +S4 & +S20 & -S9 & -S8 & +S1) | (-S1 & +S2 & +S4 & +S21 & -S9 & -S8))) +C4 = openmc.Cell(name="", region=((-S8 & -S4))) +C5 = openmc.Cell(name="", region=((+S6 & +S10 & -S11 & +S22 & -S5 & +S1) | (-S1 & +S6 & +S10 & -S11 & +S23 & -S5))) +C6 = openmc.Cell(name="", region=((-S6 & +S10))) +C7 = openmc.Cell(name="", region=((-S14 & -S12 & +S13 & +S15))) +C8 = openmc.Cell(name="", region=((-S15 & -S12 & +S13))) +C9 = openmc.Cell(name="", region=((+S8 & +S16 & -S13 & -S9 & +S24 & +S1) | (-S1 & +S8 & +S16 & -S13 & -S9 & +S24))) +C10 = openmc.Cell(name="", region=((+S12 & +S17 & -S11 & -S10 & +S25 & +S1) | (-S1 & +S12 & +S17 & -S11 & -S10 & +S25))) +C11 = openmc.Cell(name="", region=((-S16 & +S8 & -S13 & +S1) | (-S26 & +S8 & +S16 & -S13 & +S1) | (-S16 & -S1 & -S13 & +S8) | (-S1 & -S26 & +S8 & +S16 & -S13))) +C12 = openmc.Cell(name="", region=((+S12 & -S10 & +S1 & -S17) | (-S27 & +S12 & +S17 & -S10 & +S1) | (-S1 & +S12 & -S10 & -S17) | (-S1 & -S27 & +S12 & +S17 & -S10))) +C13 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(900.642, 972.998, -1234.312, -1161.956, -10.500, 163.500). Enclosed cells : (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)", region=(+S28 & -S29 & +S30 & -S31 & +S32 & -S33 & ((+S8 | +S4) & (+S6 | -S10) & (+S15 | +S12 | -S13) & ((-S8 | +S13) | (+S16 & +S26)) & ((+S10 | -S12) | (+S17 & +S27)) & ((+S9) | ((((-S1 | -S20) & (+S1 | -S21)) | (-S4 | -S2 | +S8)) & (-S24 | -S16 | +S13 | -S8))) & ((+S11) | ((((-S1 | -S22) & (+S1 | -S23)) | (-S6 | +S5 | -S10)) & (-S25 | -S17 | -S12 | +S10))) & (+S14 | +S12 | -S13 | -S15) & (+S18 | +S3 | -S4 | +S2) & (-S19 | +S7 | -S5 | -S6)))) +C14 = openmc.Cell(name="", region=(-S34 & (-S28 | +S29 | -S30 | +S31 | -S32 | +S33))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/tank/tank.serp b/tests/regression_test_files/Torus/tank/tank.serp new file mode 100644 index 00000000..a363ca14 --- /dev/null +++ b/tests/regression_test_files/Torus/tank/tank.serp @@ -0,0 +1,75 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/tank.stp +% +% Creation Date : 2024-05-27 14:58:45.584021 +% Solid Cells : 12 +% Total Cells : 15 +% Surfaces : 34 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -18 4 -3 -2cell 2 0 void -7 19 5 6cell 3 0 void 2 4 20 -9 -8 1:-1 2 4 21 -9 -8cell 4 0 void -8 -4cell 5 0 void 6 10 -11 22 -5 1:-1 6 10 -11 23 -5cell 6 0 void -6 10cell 7 0 void -14 -12 13 15cell 8 0 void -15 -12 13cell 9 0 void 8 16 -13 -9 24 1:-1 8 16 -13 -9 24cell 10 0 void 12 17 -11 -10 25 1:-1 12 17 -11 -10 25cell 11 0 void -16 8 -13 1:-26 8 16 -13 1:-16 -1 -13 8:-1 -26 8 16 -13cell 12 0 void 12 -10 1 -17:-27 12 17 -10 1:-1 12 -10 -17:-1 -27 12 17 -10% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 13 0 void 28 -29 30 -31 32 -33 (8:4) (6:-10) (15:12:-13) (-8:13:16 26) + (10:-12:17 27) (9:((-1:-20) (1:-21):-4:-2:8) (-24:-16:13:-8)) (11: + ((-1:-22) (1:-23):-6:5:-10) (-25:-17:-12:10)) (14:12:-13:-15) (18:3: + -4:2) (-19:7:-5:-6) %Automatic Generated Void Cell. Enclosure(900.642, 972.998, -1234.312, -1161.956, -10.500, 163.500) + %Enclosed cells : (1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12) +cell 14 0 void -34 (-28:29:-30:31:-32:33) %Graveyard_in +cell 15 0 outside 34 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py -1.1981339e+03 +surf 2 pz -3.0660944e+00 +surf 3 sph 9.3681983e+02 -1.1981339e+03 4.5080000e+01 5.4580000e+01 +surf 4 sph 9.3681983e+02 -1.1981339e+03 4.5080000e+01 5.2080000e+01 +surf 5 pz 1.5606609e+02 +surf 6 sph 9.3681983e+02 -1.1981339e+03 1.0792000e+02 5.2080000e+01 +surf 7 sph 9.3681983e+02 -1.1981339e+03 1.0792000e+02 5.4580000e+01 +surf 8 pz -8.6079514e-01 +surf 9 torz 9.3681983e+02 -1.1981339e+03 1.2428338e+01 + 1.7435000e+01 1.7565000e+01 1.7565000e+01 +surf 10 pz 1.5386080e+02 +surf 11 torz 9.3681983e+02 -1.1981339e+03 1.4057166e+02 + 1.7435000e+01 1.7565000e+01 1.7565000e+01 +surf 12 pz 1.4057166e+02 +surf 13 pz 1.2428338e+01 +surf 14 cylz 35.000000 +surf 15 cylz 32.500000 +surf 16 torz 9.3681983e+02 -1.1981339e+03 1.2428338e+01 + 1.7435000e+01 1.5065000e+01 1.5065000e+01 +surf 17 torz 9.3681983e+02 -1.1981339e+03 1.4057166e+02 + 1.7435000e+01 1.5065000e+01 1.5065000e+01 +surf 18 pz 4.5080000e+01 +surf 19 pz 1.0792000e+02 +surf 20 plane 8.5141733e-14 2.8883683e-01 -9.5737834e-01 -3.8922381e+02 +surf 21 plane 8.1439919e-14 -2.8883683e-01 -9.5737834e-01 3.0290658e+02 +surf 22 plane 0.0000000e+00 2.8883674e-01 9.5737837e-01 -2.4274482e+02 +surf 23 plane 0.0000000e+00 -2.8883674e-01 9.5737837e-01 4.4938536e+02 +surf ckz 2.400000e+01 9.368198e+02 -1.198134e+03 -41.768750 0.359595959600911 +surf ckz 2.500000e+01 9.368198e+02 -1.198134e+03 194.768699 0.35959663955436055 +surf ckz 2.600000e+01 9.368198e+02 -1.198134e+03 16.380557 0.35959596025630064 +surf ckz 2.700000e+01 9.368198e+02 -1.198134e+03 136.619447 0.35959663955390514 +surf 28 px 9.0064209e+02 +surf 29 px 9.7299758e+02 +surf 30 py -1.2343116e+03 +surf 31 py -1.1619562e+03 +surf 32 pz -1.0500000e+01 +surf 33 pz 1.6350000e+02 +surf 34 sph 9.3681983e+02 -1.1981339e+03 7.6500000e+01 1.0294756e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/tank/tank.xml b/tests/regression_test_files/Torus/tank/tank.xml new file mode 100644 index 00000000..96988ebd --- /dev/null +++ b/tests/regression_test_files/Torus/tank/tank.xml @@ -0,0 +1,52 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/Torus/torus/torus.inp b/tests/regression_test_files/Torus/torus/torus.inp new file mode 100644 index 00000000..390e46c9 --- /dev/null +++ b/tests/regression_test_files/Torus/torus/torus.inp @@ -0,0 +1,67 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/torus.stp +$ +$ Creation Date : 2024-05-27 14:58:45.606481 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 8 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -8 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 8 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +2 PX -2.2988706e+00 +3 PX 2.2988706e+00 +4 PY -2.2988706e+00 +5 PY 2.2988706e+00 +6 PZ -1.2000000e+00 +7 PZ 1.2000000e+00 +8 SO 3.5347985e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/Torus/torus/torus.mcnp b/tests/regression_test_files/Torus/torus/torus.mcnp new file mode 100644 index 00000000..8679a64d --- /dev/null +++ b/tests/regression_test_files/Torus/torus/torus.mcnp @@ -0,0 +1,65 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/torus.stp +C +C Creation Date : 2024-05-27 14:58:45.604275 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 8 +C Materials : 0 +C +C ************************************************************** +1 0 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 2 -3 4 -5 6 -7 1 + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-2.299, 2.299, -2.299, 2.299, -1.200, 1.200) + $Enclosed cells : (1) +3 0 -8 (-2:3:-4:5:-6:7) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 8 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 TZ 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +2 PX -2.2988706e+00 +3 PX 2.2988706e+00 +4 PY -2.2988706e+00 +5 PY 2.2988706e+00 +6 PZ -1.2000000e+00 +7 PZ 1.2000000e+00 +8 SO 3.5347985e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -2.2988706e+00 2.2988706e+00 +C SI2 -2.2988706e+00 2.2988706e+00 +C SI3 -1.2000000e+00 1.2000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=8 WGT=3.9253574e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 7.8956835e-01 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/torus/torus.py b/tests/regression_test_files/Torus/torus/torus.py new file mode 100644 index 00000000..81d61197 --- /dev/null +++ b/tests/regression_test_files/Torus/torus/torus.py @@ -0,0 +1,25 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZTorus(x0=0.0,y0=0.0,z0=0.0,r=1.0,r1=0.2,r2=0.2) +S2 = openmc.XPlane(x0=-2.298870640350873) +S3 = openmc.XPlane(x0=2.298870640350873) +S4 = openmc.YPlane(y0=-2.298870640350873) +S5 = openmc.YPlane(y0=2.298870640350873) +S6 = openmc.ZPlane(z0=-1.2000000000000002) +S7 = openmc.ZPlane(z0=1.2000000000000002) +S8 = openmc.Sphere(x0=0.0,y0=0.0,z0=0.0,r=3.5347985493938263, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-2.299, 2.299, -2.299, 2.299, -1.200, 1.200). Enclosed cells : (1)", region=(+S2 & -S3 & +S4 & -S5 & +S6 & -S7 & (+S1))) +C3 = openmc.Cell(name="", region=(-S8 & (-S2 | +S3 | -S4 | +S5 | -S6 | +S7))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/Torus/torus/torus.serp b/tests/regression_test_files/Torus/torus/torus.serp new file mode 100644 index 00000000..23ab918d --- /dev/null +++ b/tests/regression_test_files/Torus/torus/torus.serp @@ -0,0 +1,43 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/Torus/torus.stp +% +% Creation Date : 2024-05-27 14:58:45.605533 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 8 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 2 -3 4 -5 6 -7 1 %Automatic Generated Void Cell. Enclosure(-2.299, 2.299, -2.299, 2.299, -1.200, 1.200) + %Enclosed cells : (1) +cell 3 0 void -8 (-2:3:-4:5:-6:7) %Graveyard_in +cell 4 0 outside 8 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 torz 0.0000000e+00 0.0000000e+00 0.0000000e+00 + 1.0000000e+00 2.0000000e-01 2.0000000e-01 +surf 2 px -2.2988706e+00 +surf 3 px 2.2988706e+00 +surf 4 py -2.2988706e+00 +surf 5 py 2.2988706e+00 +surf 6 pz -1.2000000e+00 +surf 7 pz 1.2000000e+00 +surf 8 sph 0.0000000e+00 0.0000000e+00 0.0000000e+00 3.5347985e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/Torus/torus/torus.xml b/tests/regression_test_files/Torus/torus/torus.xml new file mode 100644 index 00000000..08e51d8c --- /dev/null +++ b/tests/regression_test_files/Torus/torus/torus.xml @@ -0,0 +1,15 @@ + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/BC/BC.inp b/tests/regression_test_files/inputSTEP/BC/BC.inp new file mode 100644 index 00000000..25b127d4 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/BC/BC.inp @@ -0,0 +1,122 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/BC.stp +$ +$ Creation Date : 2024-05-27 14:57:18.377489 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 47 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 2 3 27 29:5 2 -28 -4:-28 8 9 -7 -6:8 -10 -9 -6 27 30:5 7 9 + -14 -13 -4:-28 6 9 16 -15 -7:6 10 16 -15 27 31:32 -18 15 -17 -6 27:1 + 33 -20 -17 19 27:2 -28 -21 -11 22 -5:2 -28 -23 11 22:2 -28 -23 -22 + 24:-24 -22 2 -28:-28 7 -23 9 11 13 24 -2:-28 5 7 13 -14 -4 -2:-28 7 + 9 -21 13 -11 -5 -2:34 7 27 9 -21 -13 -5:35 11 -13 21 27:1 -28 9 17 + -7 25:-28 9 -18 15 -17 -7:1 -28 -20 -16 19 -10:36 6 10 -18 15 -17 27: + 26 -19 17 25 -6 27:1 37 -20 17 19 -6 27:1 -28 38 8 9 -24 11 13 -12 + 27 -2:-28 7 8 -24 -22 9 12 -2:-28 6 39 27 -18 16 -10 -9 25 -5:16 18 + 19 -20:-19 16 17 18 -9 25:-18 -17 -16 15 -10 -9:-19 -16 17 -10 25:6 + 10 -19 17 25:1 6 -5 40 10 -20 15 17 -14 19 27:-7 -5 1 14:1 5 10 -20 + -14:1 5 10 -20 14 -7:-28 5 -20 -18 16 -14 19 -10 -9 -4:1 -28 14 16 + -10 -9 -7:-28 5 -19 -18 16 -9 25 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -47 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 47 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 7.6604443e-01 6.4278762e-01 1.9624920e-14 -1.7249986e+02 +2 P -5.3391381e-01 8.3038354e-01 1.5937131e-01 1.4696768e+03 +3 P -4.1320296e-02 -9.9914595e-01 2.6190341e-15 -1.0769532e+03 +4 P -7.4971440e-01 6.5816288e-01 6.8919742e-02 1.5744285e+03 +5 P -7.9410793e-01 3.5743249e-01 4.9156343e-01 1.0560673e+03 +6 P -2.3108078e-01 7.5317757e-01 6.1589384e-01 7.7427071e+02 +7 P -7.6021442e-01 6.4967225e-01 0.0000000e+00 1.6143079e+03 +8 P -6.1221592e-01 7.6486160e-01 2.0044550e-01 1.4606708e+03 +9 P -5.3391381e-01 8.3038354e-01 1.5937131e-01 1.4667389e+03 +10 P -9.9482992e-02 -9.3720112e-01 -3.3430105e-01 -7.5199819e+02 +11 P 5.8710102e-01 -5.2160956e-01 -6.1906046e-01 -9.2910906e+02 +12 P 9.9482992e-02 9.3720112e-01 3.3430105e-01 7.5396017e+02 +13 P 4.1320296e-02 9.9914595e-01 0.0000000e+00 1.0747367e+03 +14 P -9.3552737e-01 2.4455851e-01 2.5491110e-01 1.2244051e+03 +15 P -5.8710102e-01 5.2160956e-01 6.1906046e-01 9.2677819e+02 +16 P -6.7740119e-01 7.1547688e-01 1.7093991e-01 1.4967699e+03 +17 P -7.9410793e-01 3.5743249e-01 4.9156343e-01 1.0537146e+03 +18 P 7.1782738e-01 -6.8447303e-01 -1.2735986e-01 -1.5324305e+03 +19 P -9.3552737e-01 2.4455851e-01 2.5491110e-01 1.2220391e+03 +20 P 7.6021442e-01 -6.4967225e-01 -1.3197855e-15 -1.6113489e+03 +21 P -7.1782738e-01 6.8447303e-01 1.2735986e-01 1.5353878e+03 +22 P -6.1221592e-01 7.6486160e-01 2.0044550e-01 1.4636092e+03 +23 P -6.7740119e-01 7.1547688e-01 1.7093991e-01 1.4997204e+03 +24 P -2.3108078e-01 7.5317757e-01 6.1589384e-01 7.7644722e+02 +25 P -7.4971440e-01 6.5816288e-01 6.8919742e-02 1.5714702e+03 +26 P 4.5826501e-01 3.8453002e-01 8.0133005e-01 -5.4339708e+02 +27 GQ 0.586824073757936 0.413175926242064 1.000000000000000 + 0.984807758328653 -0.000000000000002 0.000000000000002 + 264.285115918179201 221.761550186818454 1106.000000000004775 + 335556.201909289229661 +28 GQ 0.586824073758100 0.413175926241900 1.000000000000000 + 0.984807758328595 0.000000000000466 -0.000000000000391 + 264.285115918648330 221.761550187578479 1105.999999999035253 + 335369.201908899412956 +29 P 3.8105988e-01 3.1974722e-01 -8.6749933e-01 3.9652158e+02 +30 P 7.3935291e-01 6.2039077e-01 -2.6167262e-01 -1.8888965e+01 +31 P 7.5381541e-01 6.3252625e-01 1.7796874e-01 -2.6521070e+02 +32 P 6.5829463e-01 5.5237480e-01 5.1140029e-01 -4.2808876e+02 +33 P 1.6251503e-01 1.3636630e-01 9.7723748e-01 -5.7407617e+02 +34 P 6.4434174e-01 5.4066694e-01 5.4083545e-01 -4.4147637e+02 +35 P 5.9135214e-01 4.9620338e-01 6.3567668e-01 -4.8169249e+02 +36 P 7.2652018e-01 6.0962283e-01 3.1706219e-01 -3.3595014e+02 +37 P 4.1593377e-01 3.4900988e-01 8.3975663e-01 -5.5552719e+02 +38 P 6.9205560e-01 5.8070361e-01 -4.2876842e-01 8.2556380e+01 +39 P 7.1623658e-01 6.0099387e-01 3.5469920e-01 -3.5529168e+02 +40 P 5.2626602e-01 4.4158964e-01 7.2666545e-01 -5.1817193e+02 +41 PX -1.1712432e+03 +42 PX -1.1520021e+03 +43 PY 1.1155850e+03 +44 PY 1.1353999e+03 +45 PZ -5.6800000e+02 +46 PZ -5.3800000e+02 +47 S -1.1616226e+03 1.1254924e+03 -5.5300000e+02 2.0796801e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/BC/BC.mcnp b/tests/regression_test_files/inputSTEP/BC/BC.mcnp new file mode 100644 index 00000000..0aa1aee3 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/BC/BC.mcnp @@ -0,0 +1,131 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/BC.stp +C +C Creation Date : 2024-05-27 14:57:18.372995 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 47 +C Materials : 0 +C +C ************************************************************** +1 0 1 2 3 27 29:5 2 -28 -4:-28 8 9 -7 -6:8 -10 -9 -6 27 30:5 7 9 -14 + -13 -4:-28 6 9 16 -15 -7:6 10 16 -15 27 31:32 -18 15 -17 -6 27:1 33 + -20 -17 19 27:2 -28 -21 -11 22 -5:2 -28 -23 11 22:2 -28 -23 -22 24: + -24 -22 2 -28:-28 7 -23 9 11 13 24 -2:-28 5 7 13 -14 -4 -2:-28 7 9 + -21 13 -11 -5 -2:34 7 27 9 -21 -13 -5:35 11 -13 21 27:1 -28 9 17 -7 + 25:-28 9 -18 15 -17 -7:1 -28 -20 -16 19 -10:36 6 10 -18 15 -17 27:26 + -19 17 25 -6 27:1 37 -20 17 19 -6 27:1 -28 38 8 9 -24 11 13 -12 27 + -2:-28 7 8 -24 -22 9 12 -2:-28 6 39 27 -18 16 -10 -9 25 -5:16 18 19 + -20:-19 16 17 18 -9 25:-18 -17 -16 15 -10 -9:-19 -16 17 -10 25:6 10 + -19 17 25:1 6 -5 40 10 -20 15 17 -14 19 27:-7 -5 1 14:1 5 10 -20 -14: + 1 5 10 -20 14 -7:-28 5 -20 -18 16 -14 19 -10 -9 -4:1 -28 14 16 -10 + -9 -7:-28 5 -19 -18 16 -9 25 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 41 -42 43 -44 45 -46 (28:-8:-9:7:6) (28:-6:-9:-16:15:7) (-2:28:21: + 11:-22:5) (24:22:-2:28) (28:-7:-9:21:-13:11:5:2) (28:-9:18:-15:17:7) + (28:-7:-8:24:22:-9:-12:2) (-16:-18:-19:20) (19:-16:-17:-18:9:-25) + (18:17:16:-15:10:9) (19:16:-17:10:-25) (-6:-10:19:-17:-25) (28:-5:19: + 18:-16:9:-25) (-1:(-5:-10:20:14) (7:(-14:5 (-10:20) (-16:28:9:10)) + (-25:-17:28:-9)) ((-27:(17:-33) (-37:-17:6) (-40:-15:14:5:-10:-6:-17) + ) (28:16:10):20:-19) (-29:-3:-2:-27) (-38:24:-13:12:-11:-8:28:-9:-27: + 2)) ((-2:28) (14:(-7:(13:-9) (2:28:-13)) (20:-19:18:-16:10:28:9)):-5: + 4) ((-2:22:-24) (-11:(-2:-22) (-13:-9:-7:-24:2)):28:23) (-26:19:-17: + -25:6:-27) (-30:-8:10:9:6:-27) (-31:-6:-10:-16:15:-27) (-32:18:-15: + 17:6:-27) (-34:-7:-27:-9:21:13:5) (-35:-11:13:-21:-27) (-36:-6:-10: + 18:-15:17:-27) (-39:28:-6:-27:18:-16:10:9:-25:5) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1171.243, -1152.002, 1115.585, 1135.400, -568.000, -538.000) + $Enclosed cells : (1) +3 0 -47 (-41:42:-43:44:-45:46) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 47 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 7.6604443e-01 6.4278762e-01 1.9624920e-14 -1.7249986e+02 +2 P -5.3391381e-01 8.3038354e-01 1.5937131e-01 1.4696768e+03 +3 P -4.1320296e-02 -9.9914595e-01 2.6190341e-15 -1.0769532e+03 +4 P -7.4971440e-01 6.5816288e-01 6.8919742e-02 1.5744285e+03 +5 P -7.9410793e-01 3.5743249e-01 4.9156343e-01 1.0560673e+03 +6 P -2.3108078e-01 7.5317757e-01 6.1589384e-01 7.7427071e+02 +7 P -7.6021442e-01 6.4967225e-01 0.0000000e+00 1.6143079e+03 +8 P -6.1221592e-01 7.6486160e-01 2.0044550e-01 1.4606708e+03 +9 P -5.3391381e-01 8.3038354e-01 1.5937131e-01 1.4667389e+03 +10 P -9.9482992e-02 -9.3720112e-01 -3.3430105e-01 -7.5199819e+02 +11 P 5.8710102e-01 -5.2160956e-01 -6.1906046e-01 -9.2910906e+02 +12 P 9.9482992e-02 9.3720112e-01 3.3430105e-01 7.5396017e+02 +13 P 4.1320296e-02 9.9914595e-01 0.0000000e+00 1.0747367e+03 +14 P -9.3552737e-01 2.4455851e-01 2.5491110e-01 1.2244051e+03 +15 P -5.8710102e-01 5.2160956e-01 6.1906046e-01 9.2677819e+02 +16 P -6.7740119e-01 7.1547688e-01 1.7093991e-01 1.4967699e+03 +17 P -7.9410793e-01 3.5743249e-01 4.9156343e-01 1.0537146e+03 +18 P 7.1782738e-01 -6.8447303e-01 -1.2735986e-01 -1.5324305e+03 +19 P -9.3552737e-01 2.4455851e-01 2.5491110e-01 1.2220391e+03 +20 P 7.6021442e-01 -6.4967225e-01 -1.3197855e-15 -1.6113489e+03 +21 P -7.1782738e-01 6.8447303e-01 1.2735986e-01 1.5353878e+03 +22 P -6.1221592e-01 7.6486160e-01 2.0044550e-01 1.4636092e+03 +23 P -6.7740119e-01 7.1547688e-01 1.7093991e-01 1.4997204e+03 +24 P -2.3108078e-01 7.5317757e-01 6.1589384e-01 7.7644722e+02 +25 P -7.4971440e-01 6.5816288e-01 6.8919742e-02 1.5714702e+03 +26 P 4.5826501e-01 3.8453002e-01 8.0133005e-01 -5.4339708e+02 +27 GQ 0.586824073757936 0.413175926242064 1.000000000000000 + 0.984807758328653 -0.000000000000002 0.000000000000002 + 264.285115918179201 221.761550186818454 1106.000000000004775 + 335556.201909289229661 +28 GQ 0.586824073758100 0.413175926241900 1.000000000000000 + 0.984807758328595 0.000000000000466 -0.000000000000391 + 264.285115918648330 221.761550187578479 1105.999999999035253 + 335369.201908899412956 +29 P 3.8105988e-01 3.1974722e-01 -8.6749933e-01 3.9652158e+02 +30 P 7.3935291e-01 6.2039077e-01 -2.6167262e-01 -1.8888965e+01 +31 P 7.5381541e-01 6.3252625e-01 1.7796874e-01 -2.6521070e+02 +32 P 6.5829463e-01 5.5237480e-01 5.1140029e-01 -4.2808876e+02 +33 P 1.6251503e-01 1.3636630e-01 9.7723748e-01 -5.7407617e+02 +34 P 6.4434174e-01 5.4066694e-01 5.4083545e-01 -4.4147637e+02 +35 P 5.9135214e-01 4.9620338e-01 6.3567668e-01 -4.8169249e+02 +36 P 7.2652018e-01 6.0962283e-01 3.1706219e-01 -3.3595014e+02 +37 P 4.1593377e-01 3.4900988e-01 8.3975663e-01 -5.5552719e+02 +38 P 6.9205560e-01 5.8070361e-01 -4.2876842e-01 8.2556380e+01 +39 P 7.1623658e-01 6.0099387e-01 3.5469920e-01 -3.5529168e+02 +40 P 5.2626602e-01 4.4158964e-01 7.2666545e-01 -5.1817193e+02 +41 PX -1.1712432e+03 +42 PX -1.1520021e+03 +43 PY 1.1155850e+03 +44 PY 1.1353999e+03 +45 PZ -5.6800000e+02 +46 PZ -5.3800000e+02 +47 S -1.1616226e+03 1.1254924e+03 -5.5300000e+02 2.0796801e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.1712432e+03 -1.1520021e+03 +C SI2 1.1155850e+03 1.1353999e+03 +C SI3 -5.6800000e+02 -5.3800000e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=47 WGT=1.3587606e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 8.8121674e+02 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/BC/BC.py b/tests/regression_test_files/inputSTEP/BC/BC.py new file mode 100644 index 00000000..e8f8910a --- /dev/null +++ b/tests/regression_test_files/inputSTEP/BC/BC.py @@ -0,0 +1,64 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.7660444332791261,b=0.6427876214132181,c=1.9624920150279804e-14,d=-172.499860606956) +S2 = openmc.Plane(a=-0.5339138119292677,b=0.8303835411774745,c=0.15937131477375774,d=1469.6767710058505) +S3 = openmc.Plane(a=-0.04132029623640592,b=-0.9991459518603555,c=2.619034079809351e-15,d=-1076.953201832466) +S4 = openmc.Plane(a=-0.7497144041038003,b=0.6581628837016963,c=0.0689197417054896,d=1574.4284838080853) +S5 = openmc.Plane(a=-0.7941079324212609,b=0.3574324877858954,c=0.4915634326725455,d=1056.0673152355382) +S6 = openmc.Plane(a=-0.23108078046756733,b=0.7531775709073565,c=0.6158938379141279,d=774.2707076603047) +S7 = openmc.Plane(a=-0.7602144209302707,b=0.6496722513773027,c=0.0,d=1614.3079387793098) +S8 = openmc.Plane(a=-0.6122159223828901,b=0.7648615982474182,c=0.20044550358457108,d=1460.6708255532078) +S9 = openmc.Plane(a=-0.5339138119292673,b=0.8303835411774748,c=0.1593713147737576,d=1466.7388593706023) +S10 = openmc.Plane(a=-0.09948299242783774,b=-0.9372011204276478,c=-0.3343010530745669,d=-751.9981927955782) +S11 = openmc.Plane(a=0.5871010243189861,b=-0.5216095555996603,c=-0.6190604645353491,d=-929.1090584764745) +S12 = openmc.Plane(a=0.09948299242783747,b=0.9372011204276478,c=0.3343010530745669,d=753.9601665908509) +S13 = openmc.Plane(a=0.04132029623640854,b=0.9991459518603554,c=0.0,d=1074.7367117739009) +S14 = openmc.Plane(a=-0.9355273727615511,b=0.24455850778955301,c=0.25491110427287605,d=1224.40513475057) +S15 = openmc.Plane(a=-0.5871010243189837,b=0.5216095555996624,c=0.6190604645353498,d=926.7781863743836) +S16 = openmc.Plane(a=-0.6774011929718843,b=0.7154768836078964,c=0.17093990986016308,d=1496.769904745614) +S17 = openmc.Plane(a=-0.79410793242126,b=0.3574324877858938,c=0.49156343267254793,d=1053.7145594858289) +S18 = openmc.Plane(a=0.7178273776416673,b=-0.6844730256836112,c=-0.12735985638971906,d=-1532.4305249637562) +S19 = openmc.Plane(a=-0.9355273727615511,b=0.24455850778955301,c=0.25491110427287605,d=1222.0390704559463) +S20 = openmc.Plane(a=0.7602144209302698,b=-0.6496722513773039,c=-1.3197854849262398e-15,d=-1611.3489360862638) +S21 = openmc.Plane(a=-0.7178273776416672,b=0.6844730256836112,c=0.12735985638971908,d=1535.3877668749064) +S22 = openmc.Plane(a=-0.612215922382885,b=0.7648615982474217,c=0.20044550358457303,d=1463.6091539115253) +S23 = openmc.Plane(a=-0.6774011929718843,b=0.7154768836078964,c=0.17093990986016308,d=1499.7204413018176) +S24 = openmc.Plane(a=-0.23108078046756625,b=0.7531775709073572,c=0.6158938379141273,d=776.4472177123853) +S25 = openmc.Plane(a=-0.7497144041038003,b=0.6581628837016963,c=0.0689197417054896,d=1571.4702163526724) +S26 = openmc.Plane(a=0.4582650131091048,b=0.3845300154357572,c=0.8013300474767486,d=-543.3970773072595) +S27 = openmc.Cylinder(x0=-1148.0653755431501,y0=1099.84885492107,z0=-553.0,r=3.0,dx=-0.6427876214132191,dy=0.7660444332791252,dz=1.5226600442908503e-15) +S28 = openmc.Cylinder(x0=-1151.48896314332,y0=1103.92892761604,z0=-553.0,r=14.0,dx=-0.642787621413092,dy=0.766044433279232,dz=-3.04019139794915e-13) +S29 = openmc.Plane(a=0.3810598832843514,b=0.3197472174608166,c=-0.8674993269607659,d=396.5215787711977) +S30 = openmc.Plane(a=0.7393529106114152,b=0.6203907738909,c=-0.2616726222620143,d=-18.88896452772267) +S31 = openmc.Plane(a=0.7538154089568867,b=0.6325262512957599,c=0.17796873500953647,d=-265.21069941271315) +S32 = openmc.Plane(a=0.6582946325044312,b=0.5523748005129488,c=0.5114002899628974,d=-428.0887601805737) +S33 = openmc.Plane(a=0.16251502549115546,b=0.13636630218981532,c=0.9772374829675153,d=-574.0761680903925) +S34 = openmc.Plane(a=0.6443417442618621,b=0.5406669367707714,c=0.5408354464016684,d=-441.47636864660655) +S35 = openmc.Plane(a=0.5913521440836286,b=0.4962033814226792,c=0.6356766835053764,d=-481.6924917170763) +S36 = openmc.Plane(a=0.7265201771115892,b=0.6096228316094395,c=0.3170621948927908,d=-335.95014087722404) +S37 = openmc.Plane(a=0.4159337689120087,b=0.34900988293843116,c=0.8397566322988788,d=-555.5271862645349) +S38 = openmc.Plane(a=0.6920555976811689,b=0.5807036148216403,c=-0.428768424037079,d=82.55637992581215) +S39 = openmc.Plane(a=0.7162365824226509,b=0.6009938708305133,c=0.3546992038667094,d=-355.29167928263496) +S40 = openmc.Plane(a=0.5262660190183471,b=0.4415896361877841,c=0.7266654460190886,d=-518.1719343630841) +S41 = openmc.XPlane(x0=-1171.2431706642155) +S42 = openmc.XPlane(x0=-1152.0021214666456) +S43 = openmc.YPlane(y0=1115.5849830427574) +S44 = openmc.YPlane(y0=1135.3998928624294) +S45 = openmc.ZPlane(z0=-568.000000000009) +S46 = openmc.ZPlane(z0=-538.0000000000058) +S47 = openmc.Sphere(x0=-1161.6226460654307,y0=1125.4924379525933,z0=-553.0000000000075,r=20.79680089491407, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S2 & +S3 & +S27 & +S29) | (+S5 & +S2 & -S28 & -S4) | (-S28 & +S8 & +S9 & -S7 & -S6) | (+S8 & -S10 & -S9 & -S6 & +S27 & +S30) | (+S5 & +S7 & +S9 & -S14 & -S13 & -S4) | (-S28 & +S6 & +S9 & +S16 & -S15 & -S7) | (+S6 & +S10 & +S16 & -S15 & +S27 & +S31) | (+S32 & -S18 & +S15 & -S17 & -S6 & +S27) | (+S1 & +S33 & -S20 & -S17 & +S19 & +S27) | (+S2 & -S28 & -S21 & -S11 & +S22 & -S5) | (+S2 & -S28 & -S23 & +S11 & +S22) | (+S2 & -S28 & -S23 & -S22 & +S24) | (-S24 & -S22 & +S2 & -S28) | (-S28 & +S7 & -S23 & +S9 & +S11 & +S13 & +S24 & -S2) | (-S28 & +S5 & +S7 & +S13 & -S14 & -S4 & -S2) | (-S28 & +S7 & +S9 & -S21 & +S13 & -S11 & -S5 & -S2) | (+S34 & +S7 & +S27 & +S9 & -S21 & -S13 & -S5) | (+S35 & +S11 & -S13 & +S21 & +S27) | (+S1 & -S28 & +S9 & +S17 & -S7 & +S25) | (-S28 & +S9 & -S18 & +S15 & -S17 & -S7) | (+S1 & -S28 & -S20 & -S16 & +S19 & -S10) | (+S36 & +S6 & +S10 & -S18 & +S15 & -S17 & +S27) | (+S26 & -S19 & +S17 & +S25 & -S6 & +S27) | (+S1 & +S37 & -S20 & +S17 & +S19 & -S6 & +S27) | (+S1 & -S28 & +S38 & +S8 & +S9 & -S24 & +S11 & +S13 & -S12 & +S27 & -S2) | (-S28 & +S7 & +S8 & -S24 & -S22 & +S9 & +S12 & -S2) | (-S28 & +S6 & +S39 & +S27 & -S18 & +S16 & -S10 & -S9 & +S25 & -S5) | (+S16 & +S18 & +S19 & -S20) | (-S19 & +S16 & +S17 & +S18 & -S9 & +S25) | (-S18 & -S17 & -S16 & +S15 & -S10 & -S9) | (-S19 & -S16 & +S17 & -S10 & +S25) | (+S6 & +S10 & -S19 & +S17 & +S25) | (+S1 & +S6 & -S5 & +S40 & +S10 & -S20 & +S15 & +S17 & -S14 & +S19 & +S27) | (-S7 & -S5 & +S1 & +S14) | (+S1 & +S5 & +S10 & -S20 & -S14) | (+S1 & +S5 & +S10 & -S20 & +S14 & -S7) | (-S28 & +S5 & -S20 & -S18 & +S16 & -S14 & +S19 & -S10 & -S9 & -S4) | (+S1 & -S28 & +S14 & +S16 & -S10 & -S9 & -S7) | (-S28 & +S5 & -S19 & -S18 & +S16 & -S9 & +S25))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1171.243, -1152.002, 1115.585, 1135.400, -568.000, -538.000). Enclosed cells : (1)", region=(+S41 & -S42 & +S43 & -S44 & +S45 & -S46 & ((+S28 | -S8 | -S9 | +S7 | +S6) & (+S28 | -S6 | -S9 | -S16 | +S15 | +S7) & (-S2 | +S28 | +S21 | +S11 | -S22 | +S5) & (+S24 | +S22 | -S2 | +S28) & (+S28 | -S7 | -S9 | +S21 | -S13 | +S11 | +S5 | +S2) & (+S28 | -S9 | +S18 | -S15 | +S17 | +S7) & (+S28 | -S7 | -S8 | +S24 | +S22 | -S9 | -S12 | +S2) & (-S16 | -S18 | -S19 | +S20) & (+S19 | -S16 | -S17 | -S18 | +S9 | -S25) & (+S18 | +S17 | +S16 | -S15 | +S10 | +S9) & (+S19 | +S16 | -S17 | +S10 | -S25) & (-S6 | -S10 | +S19 | -S17 | -S25) & (+S28 | -S5 | +S19 | +S18 | -S16 | +S9 | -S25) & ((-S1) | ((-S5 | -S10 | +S20 | +S14) & ((+S7) | (((-S14) | (((+S5) & (-S10 | +S20)) & (-S16 | +S28 | +S9 | +S10))) & (-S25 | -S17 | +S28 | -S9))) & ((((-S27) | ((+S17 | -S33) & (-S37 | -S17 | +S6) & (-S40 | -S15 | +S14 | +S5 | -S10 | -S6 | -S17))) & (+S28 | +S16 | +S10)) | (+S20 | -S19)) & (-S29 | -S3 | -S2 | -S27) & (-S38 | +S24 | -S13 | +S12 | -S11 | -S8 | +S28 | -S9 | -S27 | +S2))) & (((-S2 | +S28) & ((+S14) | (((-S7) | ((+S13 | -S9) & (+S2 | +S28 | -S13))) & (+S20 | -S19 | +S18 | -S16 | +S10 | +S28 | +S9)))) | (-S5 | +S4)) & (((-S2 | +S22 | -S24) & ((-S11) | ((-S2 | -S22) & (-S13 | -S9 | -S7 | -S24 | +S2)))) | (+S28 | +S23)) & (-S26 | +S19 | -S17 | -S25 | +S6 | -S27) & (-S30 | -S8 | +S10 | +S9 | +S6 | -S27) & (-S31 | -S6 | -S10 | -S16 | +S15 | -S27) & (-S32 | +S18 | -S15 | +S17 | +S6 | -S27) & (-S34 | -S7 | -S27 | -S9 | +S21 | +S13 | +S5) & (-S35 | -S11 | +S13 | -S21 | -S27) & (-S36 | -S6 | -S10 | +S18 | -S15 | +S17 | -S27) & (-S39 | +S28 | -S6 | -S27 | +S18 | -S16 | +S10 | +S9 | -S25 | +S5)))) +C3 = openmc.Cell(name="", region=(-S47 & (-S41 | +S42 | -S43 | +S44 | -S45 | +S46))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/BC/BC.serp b/tests/regression_test_files/inputSTEP/BC/BC.serp new file mode 100644 index 00000000..f235207f --- /dev/null +++ b/tests/regression_test_files/inputSTEP/BC/BC.serp @@ -0,0 +1,109 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/BC.stp +% +% Creation Date : 2024-05-27 14:57:18.375847 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 47 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 2 3 27 29:5 2 -28 -4:-28 8 9 -7 -6:8 -10 -9 -6 27 30:5 7 9 + -14 -13 -4:-28 6 9 16 -15 -7:6 10 16 -15 27 31:32 -18 15 -17 -6 27:1 + 33 -20 -17 19 27:2 -28 -21 -11 22 -5:2 -28 -23 11 22:2 -28 -23 -22 + 24:-24 -22 2 -28:-28 7 -23 9 11 13 24 -2:-28 5 7 13 -14 -4 -2:-28 7 + 9 -21 13 -11 -5 -2:34 7 27 9 -21 -13 -5:35 11 -13 21 27:1 -28 9 17 + -7 25:-28 9 -18 15 -17 -7:1 -28 -20 -16 19 -10:36 6 10 -18 15 -17 27: + 26 -19 17 25 -6 27:1 37 -20 17 19 -6 27:1 -28 38 8 9 -24 11 13 -12 + 27 -2:-28 7 8 -24 -22 9 12 -2:-28 6 39 27 -18 16 -10 -9 25 -5:16 18 + 19 -20:-19 16 17 18 -9 25:-18 -17 -16 15 -10 -9:-19 -16 17 -10 25:6 + 10 -19 17 25:1 6 -5 40 10 -20 15 17 -14 19 27:-7 -5 1 14:1 5 10 -20 + -14:1 5 10 -20 14 -7:-28 5 -20 -18 16 -14 19 -10 -9 -4:1 -28 14 16 + -10 -9 -7:-28 5 -19 -18 16 -9 25% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 41 -42 43 -44 45 -46 (28:-8:-9:7:6) (28:-6:-9:-16:15:7) (-2: + 28:21:11:-22:5) (24:22:-2:28) (28:-7:-9:21:-13:11:5:2) (28:-9:18:-15: + 17:7) (28:-7:-8:24:22:-9:-12:2) (-16:-18:-19:20) (19:-16:-17:-18:9: + -25) (18:17:16:-15:10:9) (19:16:-17:10:-25) (-6:-10:19:-17:-25) (28: + -5:19:18:-16:9:-25) (-1:(-5:-10:20:14) (7:(-14:5 (-10:20) (-16:28:9: + 10)) (-25:-17:28:-9)) ((-27:(17:-33) (-37:-17:6) (-40:-15:14:5:-10: + -6:-17)) (28:16:10):20:-19) (-29:-3:-2:-27) (-38:24:-13:12:-11:-8:28: + -9:-27:2)) ((-2:28) (14:(-7:(13:-9) (2:28:-13)) (20:-19:18:-16:10:28: + 9)):-5:4) ((-2:22:-24) (-11:(-2:-22) (-13:-9:-7:-24:2)):28:23) (-26: + 19:-17:-25:6:-27) (-30:-8:10:9:6:-27) (-31:-6:-10:-16:15:-27) (-32: + 18:-15:17:6:-27) (-34:-7:-27:-9:21:13:5) (-35:-11:13:-21:-27) (-36: + -6:-10:18:-15:17:-27) (-39:28:-6:-27:18:-16:10:9:-25:5) %Automatic Generated Void Cell. Enclosure(-1171.243, -1152.002, 1115.585, 1135.400, -568.000, -538.000) + %Enclosed cells : (1) +cell 3 0 void -47 (-41:42:-43:44:-45:46) %Graveyard_in +cell 4 0 outside 47 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 7.6604443e-01 6.4278762e-01 1.9624920e-14 -1.7249986e+02 +surf 2 plane -5.3391381e-01 8.3038354e-01 1.5937131e-01 1.4696768e+03 +surf 3 plane -4.1320296e-02 -9.9914595e-01 2.6190341e-15 -1.0769532e+03 +surf 4 plane -7.4971440e-01 6.5816288e-01 6.8919742e-02 1.5744285e+03 +surf 5 plane -7.9410793e-01 3.5743249e-01 4.9156343e-01 1.0560673e+03 +surf 6 plane -2.3108078e-01 7.5317757e-01 6.1589384e-01 7.7427071e+02 +surf 7 plane -7.6021442e-01 6.4967225e-01 0.0000000e+00 1.6143079e+03 +surf 8 plane -6.1221592e-01 7.6486160e-01 2.0044550e-01 1.4606708e+03 +surf 9 plane -5.3391381e-01 8.3038354e-01 1.5937131e-01 1.4667389e+03 +surf 10 plane -9.9482992e-02 -9.3720112e-01 -3.3430105e-01 -7.5199819e+02 +surf 11 plane 5.8710102e-01 -5.2160956e-01 -6.1906046e-01 -9.2910906e+02 +surf 12 plane 9.9482992e-02 9.3720112e-01 3.3430105e-01 7.5396017e+02 +surf 13 plane 4.1320296e-02 9.9914595e-01 0.0000000e+00 1.0747367e+03 +surf 14 plane -9.3552737e-01 2.4455851e-01 2.5491110e-01 1.2244051e+03 +surf 15 plane -5.8710102e-01 5.2160956e-01 6.1906046e-01 9.2677819e+02 +surf 16 plane -6.7740119e-01 7.1547688e-01 1.7093991e-01 1.4967699e+03 +surf 17 plane -7.9410793e-01 3.5743249e-01 4.9156343e-01 1.0537146e+03 +surf 18 plane 7.1782738e-01 -6.8447303e-01 -1.2735986e-01 -1.5324305e+03 +surf 19 plane -9.3552737e-01 2.4455851e-01 2.5491110e-01 1.2220391e+03 +surf 20 plane 7.6021442e-01 -6.4967225e-01 -1.3197855e-15 -1.6113489e+03 +surf 21 plane -7.1782738e-01 6.8447303e-01 1.2735986e-01 1.5353878e+03 +surf 22 plane -6.1221592e-01 7.6486160e-01 2.0044550e-01 1.4636092e+03 +surf 23 plane -6.7740119e-01 7.1547688e-01 1.7093991e-01 1.4997204e+03 +surf 24 plane -2.3108078e-01 7.5317757e-01 6.1589384e-01 7.7644722e+02 +surf 25 plane -7.4971440e-01 6.5816288e-01 6.8919742e-02 1.5714702e+03 +surf 26 plane 4.5826501e-01 3.8453002e-01 8.0133005e-01 -5.4339708e+02 +surf quadratic 0.586824073757936 0.413175926242064 1.000000000000000 + 0.984807758328653 -0.000000000000002 0.000000000000002 + 264.285115918179201 221.761550186818454 1106.000000000004775 + 335556.201909289229661 +surf quadratic 0.586824073758100 0.413175926241900 1.000000000000000 + 0.984807758328595 0.000000000000466 -0.000000000000391 + 264.285115918648330 221.761550187578479 1105.999999999035253 + 335369.201908899412956 +surf 29 plane 3.8105988e-01 3.1974722e-01 -8.6749933e-01 3.9652158e+02 +surf 30 plane 7.3935291e-01 6.2039077e-01 -2.6167262e-01 -1.8888965e+01 +surf 31 plane 7.5381541e-01 6.3252625e-01 1.7796874e-01 -2.6521070e+02 +surf 32 plane 6.5829463e-01 5.5237480e-01 5.1140029e-01 -4.2808876e+02 +surf 33 plane 1.6251503e-01 1.3636630e-01 9.7723748e-01 -5.7407617e+02 +surf 34 plane 6.4434174e-01 5.4066694e-01 5.4083545e-01 -4.4147637e+02 +surf 35 plane 5.9135214e-01 4.9620338e-01 6.3567668e-01 -4.8169249e+02 +surf 36 plane 7.2652018e-01 6.0962283e-01 3.1706219e-01 -3.3595014e+02 +surf 37 plane 4.1593377e-01 3.4900988e-01 8.3975663e-01 -5.5552719e+02 +surf 38 plane 6.9205560e-01 5.8070361e-01 -4.2876842e-01 8.2556380e+01 +surf 39 plane 7.1623658e-01 6.0099387e-01 3.5469920e-01 -3.5529168e+02 +surf 40 plane 5.2626602e-01 4.4158964e-01 7.2666545e-01 -5.1817193e+02 +surf 41 px -1.1712432e+03 +surf 42 px -1.1520021e+03 +surf 43 py 1.1155850e+03 +surf 44 py 1.1353999e+03 +surf 45 pz -5.6800000e+02 +surf 46 pz -5.3800000e+02 +surf 47 sph -1.1616226e+03 1.1254924e+03 -5.5300000e+02 2.0796801e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/BC/BC.xml b/tests/regression_test_files/inputSTEP/BC/BC.xml new file mode 100644 index 00000000..fc30da74 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/BC/BC.xml @@ -0,0 +1,54 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.inp b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.inp new file mode 100644 index 00000000..95527239 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.inp @@ -0,0 +1,155 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/FWTBM1.step +$ +$ Creation Date : 2024-05-27 14:58:55.351840 +$ Solid Cells : 1 +$ Total Cells : 7 +$ Surfaces : 85 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -18 17 19 20 -1 2:-21 -20 22 23 2 -1:-21 -20 19 2 24 -1:-25 + -21 -20 -18 2 -1:-27 -26 -21 -20 2 -1:-29 -28 -21 -20 2 -1:-31 -30 + -21 -20 2 -1:32 -21 -20 2 -1 -33:34 35 -21 -20 2 -1:36 37 -21 -20 2 + -1:38 39 -21 -20 2 -1:41 -21 -20 2 -40 -1:-21 -20 -43 -42 2 -1:-21 + 44 -20 -45 2 -1:-21 -20 46 47 2 -1:-21 -20 -48 49 2 -1:-21 -20 -51 + -50 2 -1:-53 -20 -21 52 2 -1:-21 -20 54 55 2 -1:-56 -21 -20 2 57 -1: + -59 -58 -21 -20 2 -1:-61 -60 -21 -20 2 -1:-63 -62 -21 -20 2 -1:64 + -21 -20 2 -1 -65:66 67 -21 -20 2 -1:68 69 -21 -20 2 -1:70 -18 19 21 + 2 -1:71 72 73 -17 4 -3:71 -18 -17 -1 -72 2:71 -17 -74 -73 2 -1:71 72 + 73 -17 -6 5:71 72 73 -17 -8 7:71 72 73 -17 -10 9:71 72 73 -17 -12 11: + 71 72 73 -17 -14 13:71 72 73 -17 -16 15:71 74 75 -17 -16 15:71 74 75 + -17 4 -3:71 74 75 -17 -6 5:71 74 75 -17 -8 7:71 74 75 -17 -10 9:71 + 74 75 -17 -12 11:71 74 75 -17 -14 13:71 -17 19 -75 2 -1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +6 0 -85 #1 + $Inner void + $VOID CELLs 2-5 merged, so the auto-genarated void definitions are eliminated + +7 -1 85 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 1.3625000e+02 +2 PZ -1.0750000e+01 +3 PZ 2.2800000e+01 +4 PZ 2.1700000e+01 +5 PZ 4.1950000e+01 +6 PZ 4.3050000e+01 +7 PZ 6.2200000e+01 +8 PZ 6.3300000e+01 +9 PZ 8.2450000e+01 +10 PZ 8.3550000e+01 +11 PZ 1.0270000e+02 +12 PZ 1.0380000e+02 +13 PZ 1.2295000e+02 +14 PZ 1.2405000e+02 +15 PZ 1.4500000e+00 +16 PZ 2.5500000e+00 +17 P -6.4278394e-01 7.6604752e-01 0.0000000e+00 -8.5290703e+02 +18 P -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -1.3854549e+01 +19 P -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -6.0054549e+01 +20 P 6.4278394e-01 -7.6604752e-01 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6.4278394e-01 -4.0573758e-16 5.3879299e+01 +68 P -7.6604752e-01 -6.4278394e-01 -4.0445325e-21 -5.6287949e+01 +69 P 7.6604752e-01 6.4278394e-01 -1.2246064e-16 5.5787599e+01 +70 P 6.4278394e-01 -7.6604752e-01 0.0000000e+00 8.5030703e+02 +71 P -6.4278394e-01 7.6604752e-01 0.0000000e+00 -8.5370703e+02 +72 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.6454549e+01 +73 P -7.6604752e-01 -6.4278394e-01 -0.0000000e+00 -3.6404549e+01 +74 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 3.7504549e+01 +75 P -7.6604752e-01 -6.4278394e-01 -0.0000000e+00 -5.7454549e+01 +76 PX 5.5617695e+02 +77 PX 5.9575381e+02 +78 PY -6.4607467e+02 +79 PY -6.1177350e+02 +80 PZ -1.1750000e+01 +81 PZ 2.5500000e+01 +82 PZ 6.2750000e+01 +83 PZ 1.0000000e+02 +84 PZ 1.3725000e+02 +85 S 5.7596538e+02 -6.2892409e+02 6.2750000e+01 8.0547551e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.mcnp b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.mcnp new file mode 100644 index 00000000..921889bf --- /dev/null +++ b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.mcnp @@ -0,0 +1,197 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/FWTBM1.step +C +C Creation Date : 2024-05-27 14:58:55.346063 +C Solid Cells : 1 +C Total Cells : 7 +C Surfaces : 85 +C Materials : 0 +C +C ************************************************************** +1 0 -18 17 19 20 -1 2:-21 -20 22 23 2 -1:-21 -20 19 2 24 -1:-25 -21 + -20 -18 2 -1:-27 -26 -21 -20 2 -1:-29 -28 -21 -20 2 -1:-31 -30 -21 + -20 2 -1:32 -21 -20 2 -1 -33:34 35 -21 -20 2 -1:36 37 -21 -20 2 -1: + 38 39 -21 -20 2 -1:41 -21 -20 2 -40 -1:-21 -20 -43 -42 2 -1:-21 44 + -20 -45 2 -1:-21 -20 46 47 2 -1:-21 -20 -48 49 2 -1:-21 -20 -51 -50 + 2 -1:-53 -20 -21 52 2 -1:-21 -20 54 55 2 -1:-56 -21 -20 2 57 -1:-59 + -58 -21 -20 2 -1:-61 -60 -21 -20 2 -1:-63 -62 -21 -20 2 -1:64 -21 + -20 2 -1 -65:66 67 -21 -20 2 -1:68 69 -21 -20 2 -1:70 -18 19 21 2 -1: + 71 72 73 -17 4 -3:71 -18 -17 -1 -72 2:71 -17 -74 -73 2 -1:71 72 73 + -17 -6 5:71 72 73 -17 -8 7:71 72 73 -17 -10 9:71 72 73 -17 -12 11:71 + 72 73 -17 -14 13:71 72 73 -17 -16 15:71 74 75 -17 -16 15:71 74 75 + -17 4 -3:71 74 75 -17 -6 5:71 74 75 -17 -8 7:71 74 75 -17 -10 9:71 + 74 75 -17 -12 11:71 74 75 -17 -14 13:71 -17 19 -75 2 -1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 76 -77 78 -79 80 -81 ((18:(-19:(-17:-20) (-21:-70)) (72:-71:17) + (25:21:20)) (74:73:-71:17) (75:-71:17:-19) (-23:-22:21:20) (-24:21: + 20:-19) (27:26:21:20) (29:28:21:20) (31:30:21:20) (33:-32:21:20) + (-35:-34:21:20) (-37:-36:21:20) (-39:-38:21:20) (-41:40:21:20) (43: + 42:21:20) (45:-44:21:20) (-47:-46:21:20) (-49:48:21:20) (51:50:21:20) + (53:-52:20:21) (-55:-54:21:20) (-57:56:21:20) (59:58:21:20) (61:60: + 21:20) (63:62:21:20) (65:-64:21:20) (-67:-66:21:20) (-69:-68:21:20): + 1:-2) ((-72:-73) (-74:-75):-4:3:17:-71) ((-72:-73) (-74:-75):16:-15: + 17:-71) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, -11.750, 25.500) + $Enclosed cells : (1) +3 0 76 -77 78 -79 81 -82 ((18:(-19:(-17:-20) (-21:-70)) (72:-71:17) + (25:21:20)) (74:73:-71:17) (75:-71:17:-19) (-23:-22:21:20) (-24:21: + 20:-19) (27:26:21:20) (29:28:21:20) (31:30:21:20) (33:-32:21:20) + (-35:-34:21:20) (-37:-36:21:20) (-39:-38:21:20) (-41:40:21:20) (43: + 42:21:20) (45:-44:21:20) (-47:-46:21:20) (-49:48:21:20) (51:50:21:20) + (53:-52:20:21) (-55:-54:21:20) (-57:56:21:20) (59:58:21:20) (61:60: + 21:20) (63:62:21:20) (65:-64:21:20) (-67:-66:21:20) (-69:-68:21:20): + 1:-2) ((-72:-73) (-74:-75):6:-5:17:-71) ((-72:-73) (-74:-75):8:-7:17: + -71) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, 25.500, 62.750) + $Enclosed cells : (1) +4 0 76 -77 78 -79 82 -83 ((18:(-19:(-17:-20) (-21:-70)) (72:-71:17) + (25:21:20)) (74:73:-71:17) (75:-71:17:-19) (-23:-22:21:20) (-24:21: + 20:-19) (27:26:21:20) (29:28:21:20) (31:30:21:20) (33:-32:21:20) + (-35:-34:21:20) (-37:-36:21:20) (-39:-38:21:20) (-41:40:21:20) (43: + 42:21:20) (45:-44:21:20) (-47:-46:21:20) (-49:48:21:20) (51:50:21:20) + (53:-52:20:21) (-55:-54:21:20) (-57:56:21:20) (59:58:21:20) (61:60: + 21:20) (63:62:21:20) (65:-64:21:20) (-67:-66:21:20) (-69:-68:21:20): + 1:-2) ((-72:-73) (-74:-75):8:-7:17:-71) ((-72:-73) (-74:-75):10:-9: + 17:-71) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, 62.750, 100.000) + $Enclosed cells : (1) +5 0 76 -77 78 -79 83 -84 ((18:(-19:(-17:-20) (-21:-70)) (72:-71:17) + (25:21:20)) (74:73:-71:17) (75:-71:17:-19) (-23:-22:21:20) (-24:21: + 20:-19) (27:26:21:20) (29:28:21:20) (31:30:21:20) (33:-32:21:20) + (-35:-34:21:20) (-37:-36:21:20) (-39:-38:21:20) (-41:40:21:20) (43: + 42:21:20) (45:-44:21:20) (-47:-46:21:20) (-49:48:21:20) (51:50:21:20) + (53:-52:20:21) (-55:-54:21:20) (-57:56:21:20) (59:58:21:20) (61:60: + 21:20) (63:62:21:20) (65:-64:21:20) (-67:-66:21:20) (-69:-68:21:20): + 1:-2) ((-72:-73) (-74:-75):12:-11:17:-71) ((-72:-73) (-74:-75):14: + -13:17:-71) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, 100.000, 137.250) + $Enclosed cells : (1) +6 0 -85 (-76:77:-78:79:-80:84) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +7 0 85 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 1.3625000e+02 +2 PZ -1.0750000e+01 +3 PZ 2.2800000e+01 +4 PZ 2.1700000e+01 +5 PZ 4.1950000e+01 +6 PZ 4.3050000e+01 +7 PZ 6.2200000e+01 +8 PZ 6.3300000e+01 +9 PZ 8.2450000e+01 +10 PZ 8.3550000e+01 +11 PZ 1.0270000e+02 +12 PZ 1.0380000e+02 +13 PZ 1.2295000e+02 +14 PZ 1.2405000e+02 +15 PZ 1.4500000e+00 +16 PZ 2.5500000e+00 +17 P -6.4278394e-01 7.6604752e-01 0.0000000e+00 -8.5290703e+02 +18 P -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -1.3854549e+01 +19 P -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -6.0054549e+01 +20 P 6.4278394e-01 -7.6604752e-01 3.4691768e-32 8.5210703e+02 +21 P -6.4278394e-01 7.6604752e-01 0.0000000e+00 -8.5060703e+02 +22 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-4.0574162e-16 2.5254699e+01 +38 P -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -2.7662999e+01 +39 P 7.6604752e-01 6.4278394e-01 -2.8327694e-16 2.7162999e+01 +40 P 7.6604752e-01 6.4278394e-01 1.6081226e-16 2.9571299e+01 +41 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 2.9071299e+01 +42 P 7.6604752e-01 6.4278394e-01 -1.2246468e-16 3.1479599e+01 +43 P -7.6604752e-01 -6.4278394e-01 -1.6081226e-16 -3.0979599e+01 +44 P -7.6604752e-01 -6.4278394e-01 2.8327694e-16 -3.3387899e+01 +45 P -7.6604752e-01 -6.4278394e-01 1.2246468e-16 -3.2887899e+01 +46 P -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -3.5296199e+01 +47 P 7.6604752e-01 6.4278394e-01 -2.8327694e-16 3.4796199e+01 +48 P 7.6604752e-01 6.4278394e-01 -1.2246064e-16 3.7204599e+01 +49 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 3.6704499e+01 +50 P 7.6604752e-01 6.4278394e-01 1.6081631e-16 3.9112899e+01 +51 P -7.6604752e-01 -6.4278394e-01 1.2246064e-16 -3.8612899e+01 +52 P -7.6604752e-01 -6.4278394e-01 -4.0445325e-21 -4.1021199e+01 +53 P -7.6604752e-01 -6.4278394e-01 -1.6081631e-16 -4.0521199e+01 +54 P -7.6604752e-01 -6.4278394e-01 2.8327290e-16 -4.2929499e+01 +55 P 7.6604752e-01 6.4278394e-01 4.0445325e-21 4.2429499e+01 +56 P 7.6604752e-01 6.4278394e-01 -1.2246064e-16 4.4837799e+01 +57 P 7.6604752e-01 6.4278394e-01 -2.8327290e-16 4.4337799e+01 +58 P 7.6604752e-01 6.4278394e-01 1.6081631e-16 4.6746099e+01 +59 P -7.6604752e-01 -6.4278394e-01 1.2246064e-16 -4.6246099e+01 +60 P 7.6604752e-01 6.4278394e-01 2.8328099e-16 4.8654399e+01 +61 P -7.6604752e-01 -6.4278394e-01 -1.6081631e-16 -4.8154399e+01 +62 P 7.6604752e-01 6.4278394e-01 4.0445325e-21 5.0562699e+01 +63 P -7.6604752e-01 -6.4278394e-01 -2.8328099e-16 -5.0062699e+01 +64 P -7.6604752e-01 -6.4278394e-01 4.0573758e-16 -5.2470999e+01 +65 P -7.6604752e-01 -6.4278394e-01 -4.0445325e-21 -5.1970999e+01 +66 P -7.6604752e-01 -6.4278394e-01 1.2246064e-16 -5.4379299e+01 +67 P 7.6604752e-01 6.4278394e-01 -4.0573758e-16 5.3879299e+01 +68 P -7.6604752e-01 -6.4278394e-01 -4.0445325e-21 -5.6287949e+01 +69 P 7.6604752e-01 6.4278394e-01 -1.2246064e-16 5.5787599e+01 +70 P 6.4278394e-01 -7.6604752e-01 0.0000000e+00 8.5030703e+02 +71 P -6.4278394e-01 7.6604752e-01 0.0000000e+00 -8.5370703e+02 +72 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.6454549e+01 +73 P -7.6604752e-01 -6.4278394e-01 -0.0000000e+00 -3.6404549e+01 +74 P 7.6604752e-01 6.4278394e-01 0.0000000e+00 3.7504549e+01 +75 P -7.6604752e-01 -6.4278394e-01 -0.0000000e+00 -5.7454549e+01 +76 PX 5.5617695e+02 +77 PX 5.9575381e+02 +78 PY -6.4607467e+02 +79 PY -6.1177350e+02 +80 PZ -1.1750000e+01 +81 PZ 2.5500000e+01 +82 PZ 6.2750000e+01 +83 PZ 1.0000000e+02 +84 PZ 1.3725000e+02 +85 S 5.7596538e+02 -6.2892409e+02 6.2750000e+01 8.0547551e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 5.5617695e+02 5.9575381e+02 +C SI2 -6.4607467e+02 -6.1177350e+02 +C SI3 -1.1750000e+01 1.3725000e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=85 WGT=2.0382364e+04 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.1191579e+04 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.py b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.py new file mode 100644 index 00000000..c5c66250 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.py @@ -0,0 +1,105 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=136.25000000810002) +S2 = openmc.ZPlane(z0=-10.749999991900001) +S3 = openmc.ZPlane(z0=22.8000000081) +S4 = openmc.ZPlane(z0=21.7000000081) +S5 = openmc.ZPlane(z0=41.950000008100005) +S6 = openmc.ZPlane(z0=43.05000000810001) +S7 = openmc.ZPlane(z0=62.200000008100005) +S8 = openmc.ZPlane(z0=63.30000000810001) +S9 = openmc.ZPlane(z0=82.4500000081) +S10 = openmc.ZPlane(z0=83.55000000810001) +S11 = openmc.ZPlane(z0=102.7000000081) +S12 = openmc.ZPlane(z0=103.80000000810001) +S13 = openmc.ZPlane(z0=122.9500000081) +S14 = openmc.ZPlane(z0=124.05000000810001) +S15 = openmc.ZPlane(z0=1.4500000081) +S16 = openmc.ZPlane(z0=2.5500000081000005) +S17 = openmc.Plane(a=-0.6427839377443012,b=0.766047524229359,c=0.0,d=-852.9070318180366) +S18 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=0.0,d=-13.854548841498127) +S19 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=0.0,d=-60.05454884150945) +S20 = openmc.Plane(a=0.6427839377443012,b=-0.766047524229359,c=3.469176845701626e-32,d=852.1070318179744) +S21 = openmc.Plane(a=-0.6427839377443008,b=0.7660475242293593,c=0.0,d=-850.607031818049) +S22 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=1.224606353820574e-16,d=-58.1962488414374) +S23 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=4.044532497591895e-21,d=57.69624884150594) +S24 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-1.224606353820574e-16,d=59.60454884150662) +S25 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-1.9786276867109273e-57,d=14.304548841509769) +S26 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-1.224646799150574e-16,d=16.21284884153246) +S27 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=1.9786276867109273e-57,d=-15.712848841514916) +S28 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=0.0,d=18.12149884147293) +S29 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=1.224646799150574e-16,d=-17.621148841537426) +S30 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=2.832769448821328e-16,d=20.029798841479916) +S31 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=0.0,d=-19.52979884151937) +S32 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=1.224646799150574e-16,d=-21.938098841496313) +S33 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-2.832769448821328e-16,d=-21.438098841549092) +S34 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=4.057416247971902e-16,d=-23.846398841503216) +S35 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-1.224646799150574e-16,d=23.34639884154275) +S36 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=2.832769448821328e-16,d=-25.754698841514877) +S37 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-4.057416247971902e-16,d=25.25469884149586) +S38 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=0.0,d=-27.66299884150849) +S39 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-2.832769448821328e-16,d=27.162998841507562) +S40 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=1.6081226496807537e-16,d=29.571298841461715) +S41 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=0.0,d=29.071298841536464) +S42 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-1.224646799150574e-16,d=31.479598841455342) +S43 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-1.6081226496807537e-16,d=-30.979598841530983) +S44 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=2.832769448821328e-16,d=-33.387898841485075) +S45 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=1.224646799150574e-16,d=-32.88789884148323) +S46 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=0.0,d=-35.29619884147869) +S47 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-2.832769448821328e-16,d=34.79619884149018) +S48 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-1.224606353820574e-16,d=37.204598841553654) +S49 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=0.0,d=36.70449884150658) +S50 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=1.6081630950007537e-16,d=39.11289884148397) +S51 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=1.224606353820574e-16,d=-38.61289884145913) +S52 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-4.044532497591895e-21,d=-41.02119884150029) +S53 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-1.6081630950007537e-16,d=-40.521198841489024) +S54 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=2.8327290035013274e-16,d=-42.92949884150729) +S55 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=4.044532497591895e-21,d=42.429498841482655) +S56 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-1.224606353820574e-16,d=44.837798841459424) +S57 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-2.8327290035013274e-16,d=44.33779884151239) +S58 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=1.6081630950007537e-16,d=46.74609884153071) +S59 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=1.224606353820574e-16,d=-46.24609884150604) +S60 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=2.8328098941513277e-16,d=48.654398841465785) +S61 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-1.6081630950007537e-16,d=-48.15439884145909) +S62 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=4.044532497591895e-21,d=50.56269884153603) +S63 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-2.8328098941513277e-16,d=-50.06269884147084) +S64 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=4.057375802651901e-16,d=-52.470998841489134) +S65 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-4.044532497591895e-21,d=-51.970998841487294) +S66 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=1.224606353820574e-16,d=-54.37929884148274) +S67 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-4.057375802651901e-16,d=53.8792988414941) +S68 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-4.044532497591895e-21,d=-56.28794884150084) +S69 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-1.224606353820574e-16,d=55.78759884151063) +S70 = openmc.Plane(a=0.6427839377443012,b=-0.766047524229359,c=0.0,d=850.3070318180198) +S71 = openmc.Plane(a=-0.6427839377443012,b=0.766047524229359,c=0.0,d=-853.7070279630789) +S72 = openmc.Plane(a=0.7660475242293586,b=0.6427839377443016,c=0.0,d=16.454548841505584) +S73 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-0.0,d=-36.404548841525504) +S74 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=0.0,d=37.50454884155001) +S75 = openmc.Plane(a=-0.7660475242293608,b=-0.642783937744299,c=-0.0,d=-57.45454884149531) +S76 = openmc.XPlane(x0=556.1769450429974) +S77 = openmc.XPlane(x0=595.7538060507026) +S78 = openmc.YPlane(y0=-646.0746737283083) +S79 = openmc.YPlane(y0=-611.7734971752001) +S80 = openmc.ZPlane(z0=-11.749999991900001) +S81 = openmc.ZPlane(z0=25.500000008100002) +S82 = openmc.ZPlane(z0=62.75000000810001) +S83 = openmc.ZPlane(z0=100.00000000810002) +S84 = openmc.ZPlane(z0=137.25000000810002) +S85 = openmc.Sphere(x0=575.96537554685,y0=-628.9240854517542,z0=62.75000000810001,r=80.54755139855713, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S18 & +S17 & +S19 & +S20 & -S1 & +S2) | (-S21 & -S20 & +S22 & +S23 & +S2 & -S1) | (-S21 & -S20 & +S19 & +S2 & +S24 & -S1) | (-S25 & -S21 & -S20 & -S18 & +S2 & -S1) | (-S27 & -S26 & -S21 & -S20 & +S2 & -S1) | (-S29 & -S28 & -S21 & -S20 & +S2 & -S1) | (-S31 & -S30 & -S21 & -S20 & +S2 & -S1) | (+S32 & -S21 & -S20 & +S2 & -S1 & -S33) | (+S34 & +S35 & -S21 & -S20 & +S2 & -S1) | (+S36 & +S37 & -S21 & -S20 & +S2 & -S1) | (+S38 & +S39 & -S21 & -S20 & +S2 & -S1) | (+S41 & -S21 & -S20 & +S2 & -S40 & -S1) | (-S21 & -S20 & -S43 & -S42 & +S2 & -S1) | (-S21 & +S44 & -S20 & -S45 & +S2 & -S1) | (-S21 & -S20 & +S46 & +S47 & +S2 & -S1) | (-S21 & -S20 & -S48 & +S49 & +S2 & -S1) | (-S21 & -S20 & -S51 & -S50 & +S2 & -S1) | (-S53 & -S20 & -S21 & +S52 & +S2 & -S1) | (-S21 & -S20 & +S54 & +S55 & +S2 & -S1) | (-S56 & -S21 & -S20 & +S2 & +S57 & -S1) | (-S59 & -S58 & -S21 & -S20 & +S2 & -S1) | (-S61 & -S60 & -S21 & -S20 & +S2 & -S1) | (-S63 & -S62 & -S21 & -S20 & +S2 & -S1) | (+S64 & -S21 & -S20 & +S2 & -S1 & -S65) | (+S66 & +S67 & -S21 & -S20 & +S2 & -S1) | (+S68 & +S69 & -S21 & -S20 & +S2 & -S1) | (+S70 & -S18 & +S19 & +S21 & +S2 & -S1) | (+S71 & +S72 & +S73 & -S17 & +S4 & -S3) | (+S71 & -S18 & -S17 & -S1 & -S72 & +S2) | (+S71 & -S17 & -S74 & -S73 & +S2 & -S1) | (+S71 & +S72 & +S73 & -S17 & -S6 & +S5) | (+S71 & +S72 & +S73 & -S17 & -S8 & +S7) | (+S71 & +S72 & +S73 & -S17 & -S10 & +S9) | (+S71 & +S72 & +S73 & -S17 & -S12 & +S11) | (+S71 & +S72 & +S73 & -S17 & -S14 & +S13) | (+S71 & +S72 & +S73 & -S17 & -S16 & +S15) | (+S71 & +S74 & +S75 & -S17 & -S16 & +S15) | (+S71 & +S74 & +S75 & -S17 & +S4 & -S3) | (+S71 & +S74 & +S75 & -S17 & -S6 & +S5) | (+S71 & +S74 & +S75 & -S17 & -S8 & +S7) | (+S71 & +S74 & +S75 & -S17 & -S10 & +S9) | (+S71 & +S74 & +S75 & -S17 & -S12 & +S11) | (+S71 & +S74 & +S75 & -S17 & -S14 & +S13) | (+S71 & -S17 & +S19 & -S75 & +S2 & -S1))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, -11.750, 25.500). Enclosed cells : (1)", region=(+S76 & -S77 & +S78 & -S79 & +S80 & -S81 & (((((+S18) | (((-S19) | ((-S17 | -S20) & (-S21 | -S70))) & (+S72 | -S71 | +S17) & (+S25 | +S21 | +S20))) & (+S74 | +S73 | -S71 | +S17) & (+S75 | -S71 | +S17 | -S19) & (-S23 | -S22 | +S21 | +S20) & (-S24 | +S21 | +S20 | -S19) & (+S27 | +S26 | +S21 | +S20) & (+S29 | +S28 | +S21 | +S20) & (+S31 | +S30 | +S21 | +S20) & (+S33 | -S32 | +S21 | +S20) & (-S35 | -S34 | +S21 | +S20) & (-S37 | -S36 | +S21 | +S20) & (-S39 | -S38 | +S21 | +S20) & (-S41 | +S40 | +S21 | +S20) & (+S43 | +S42 | +S21 | +S20) & (+S45 | -S44 | +S21 | +S20) & (-S47 | -S46 | +S21 | +S20) & (-S49 | +S48 | +S21 | +S20) & (+S51 | +S50 | +S21 | +S20) & (+S53 | -S52 | +S20 | +S21) & (-S55 | -S54 | +S21 | +S20) & (-S57 | +S56 | +S21 | +S20) & (+S59 | +S58 | +S21 | +S20) & (+S61 | +S60 | +S21 | +S20) & (+S63 | +S62 | +S21 | +S20) & (+S65 | -S64 | +S21 | +S20) & (-S67 | -S66 | +S21 | +S20) & (-S69 | -S68 | +S21 | +S20)) | (+S1 | -S2)) & (((-S72 | -S73) & (-S74 | -S75)) | (-S4 | +S3 | +S17 | -S71)) & (((-S72 | -S73) & (-S74 | -S75)) | (+S16 | -S15 | +S17 | -S71))))) +C3 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, 25.500, 62.750). Enclosed cells : (1)", region=(+S76 & -S77 & +S78 & -S79 & +S81 & -S82 & (((((+S18) | (((-S19) | ((-S17 | -S20) & (-S21 | -S70))) & (+S72 | -S71 | +S17) & (+S25 | +S21 | +S20))) & (+S74 | +S73 | -S71 | +S17) & (+S75 | -S71 | +S17 | -S19) & (-S23 | -S22 | +S21 | +S20) & (-S24 | +S21 | +S20 | -S19) & (+S27 | +S26 | +S21 | +S20) & (+S29 | +S28 | +S21 | +S20) & (+S31 | +S30 | +S21 | +S20) & (+S33 | -S32 | +S21 | +S20) & (-S35 | -S34 | +S21 | +S20) & (-S37 | -S36 | +S21 | +S20) & (-S39 | -S38 | +S21 | +S20) & (-S41 | +S40 | +S21 | +S20) & (+S43 | +S42 | +S21 | +S20) & (+S45 | -S44 | +S21 | +S20) & (-S47 | -S46 | +S21 | +S20) & (-S49 | +S48 | +S21 | +S20) & (+S51 | +S50 | +S21 | +S20) & (+S53 | -S52 | +S20 | +S21) & (-S55 | -S54 | +S21 | +S20) & (-S57 | +S56 | +S21 | +S20) & (+S59 | +S58 | +S21 | +S20) & (+S61 | +S60 | +S21 | +S20) & (+S63 | +S62 | +S21 | +S20) & (+S65 | -S64 | +S21 | +S20) & (-S67 | -S66 | +S21 | +S20) & (-S69 | -S68 | +S21 | +S20)) | (+S1 | -S2)) & (((-S72 | -S73) & (-S74 | -S75)) | (+S6 | -S5 | +S17 | -S71)) & (((-S72 | -S73) & (-S74 | -S75)) | (+S8 | -S7 | +S17 | -S71))))) +C4 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, 62.750, 100.000). Enclosed cells : (1)", region=(+S76 & -S77 & +S78 & -S79 & +S82 & -S83 & (((((+S18) | (((-S19) | ((-S17 | -S20) & (-S21 | -S70))) & (+S72 | -S71 | +S17) & (+S25 | +S21 | +S20))) & (+S74 | +S73 | -S71 | +S17) & (+S75 | -S71 | +S17 | -S19) & (-S23 | -S22 | +S21 | +S20) & (-S24 | +S21 | +S20 | -S19) & (+S27 | +S26 | +S21 | +S20) & (+S29 | +S28 | +S21 | +S20) & (+S31 | +S30 | +S21 | +S20) & (+S33 | -S32 | +S21 | +S20) & (-S35 | -S34 | +S21 | +S20) & (-S37 | -S36 | +S21 | +S20) & (-S39 | -S38 | +S21 | +S20) & (-S41 | +S40 | +S21 | +S20) & (+S43 | +S42 | +S21 | +S20) & (+S45 | -S44 | +S21 | +S20) & (-S47 | -S46 | +S21 | +S20) & (-S49 | +S48 | +S21 | +S20) & (+S51 | +S50 | +S21 | +S20) & (+S53 | -S52 | +S20 | +S21) & (-S55 | -S54 | +S21 | +S20) & (-S57 | +S56 | +S21 | +S20) & (+S59 | +S58 | +S21 | +S20) & (+S61 | +S60 | +S21 | +S20) & (+S63 | +S62 | +S21 | +S20) & (+S65 | -S64 | +S21 | +S20) & (-S67 | -S66 | +S21 | +S20) & (-S69 | -S68 | +S21 | +S20)) | (+S1 | -S2)) & (((-S72 | -S73) & (-S74 | -S75)) | (+S8 | -S7 | +S17 | -S71)) & (((-S72 | -S73) & (-S74 | -S75)) | (+S10 | -S9 | +S17 | -S71))))) +C5 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, 100.000, 137.250). Enclosed cells : (1)", region=(+S76 & -S77 & +S78 & -S79 & +S83 & -S84 & (((((+S18) | (((-S19) | ((-S17 | -S20) & (-S21 | -S70))) & (+S72 | -S71 | +S17) & (+S25 | +S21 | +S20))) & (+S74 | +S73 | -S71 | +S17) & (+S75 | -S71 | +S17 | -S19) & (-S23 | -S22 | +S21 | +S20) & (-S24 | +S21 | +S20 | -S19) & (+S27 | +S26 | +S21 | +S20) & (+S29 | +S28 | +S21 | +S20) & (+S31 | +S30 | +S21 | +S20) & (+S33 | -S32 | +S21 | +S20) & (-S35 | -S34 | +S21 | +S20) & (-S37 | -S36 | +S21 | +S20) & (-S39 | -S38 | +S21 | +S20) & (-S41 | +S40 | +S21 | +S20) & (+S43 | +S42 | +S21 | +S20) & (+S45 | -S44 | +S21 | +S20) & (-S47 | -S46 | +S21 | +S20) & (-S49 | +S48 | +S21 | +S20) & (+S51 | +S50 | +S21 | +S20) & (+S53 | -S52 | +S20 | +S21) & (-S55 | -S54 | +S21 | +S20) & (-S57 | +S56 | +S21 | +S20) & (+S59 | +S58 | +S21 | +S20) & (+S61 | +S60 | +S21 | +S20) & (+S63 | +S62 | +S21 | +S20) & (+S65 | -S64 | +S21 | +S20) & (-S67 | -S66 | +S21 | +S20) & (-S69 | -S68 | +S21 | +S20)) | (+S1 | -S2)) & (((-S72 | -S73) & (-S74 | -S75)) | (+S12 | -S11 | +S17 | -S71)) & (((-S72 | -S73) & (-S74 | -S75)) | (+S14 | -S13 | +S17 | -S71))))) +C6 = openmc.Cell(name="", region=(-S85 & (-S76 | +S77 | -S78 | +S79 | -S80 | +S84))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5, C6]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.serp b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.serp new file mode 100644 index 00000000..dba5f93e --- /dev/null +++ b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.serp @@ -0,0 +1,169 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/FWTBM1.step +% +% Creation Date : 2024-05-27 14:58:55.349671 +% Solid Cells : 1 +% Total Cells : 7 +% Surfaces : 85 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -18 17 19 20 -1 2:-21 -20 22 23 2 -1:-21 -20 19 2 24 -1:-25 + -21 -20 -18 2 -1:-27 -26 -21 -20 2 -1:-29 -28 -21 -20 2 -1:-31 -30 + -21 -20 2 -1:32 -21 -20 2 -1 -33:34 35 -21 -20 2 -1:36 37 -21 -20 2 + -1:38 39 -21 -20 2 -1:41 -21 -20 2 -40 -1:-21 -20 -43 -42 2 -1:-21 + 44 -20 -45 2 -1:-21 -20 46 47 2 -1:-21 -20 -48 49 2 -1:-21 -20 -51 + -50 2 -1:-53 -20 -21 52 2 -1:-21 -20 54 55 2 -1:-56 -21 -20 2 57 -1: + -59 -58 -21 -20 2 -1:-61 -60 -21 -20 2 -1:-63 -62 -21 -20 2 -1:64 + -21 -20 2 -1 -65:66 67 -21 -20 2 -1:68 69 -21 -20 2 -1:70 -18 19 21 + 2 -1:71 72 73 -17 4 -3:71 -18 -17 -1 -72 2:71 -17 -74 -73 2 -1:71 72 + 73 -17 -6 5:71 72 73 -17 -8 7:71 72 73 -17 -10 9:71 72 73 -17 -12 11: + 71 72 73 -17 -14 13:71 72 73 -17 -16 15:71 74 75 -17 -16 15:71 74 75 + -17 4 -3:71 74 75 -17 -6 5:71 74 75 -17 -8 7:71 74 75 -17 -10 9:71 + 74 75 -17 -12 11:71 74 75 -17 -14 13:71 -17 19 -75 2 -1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 76 -77 78 -79 80 -81 ((18:(-19:(-17:-20) (-21:-70)) (72:-71: + 17) (25:21:20)) (74:73:-71:17) (75:-71:17:-19) (-23:-22:21:20) (-24: + 21:20:-19) (27:26:21:20) (29:28:21:20) (31:30:21:20) (33:-32:21:20) + (-35:-34:21:20) (-37:-36:21:20) (-39:-38:21:20) (-41:40:21:20) (43: + 42:21:20) (45:-44:21:20) (-47:-46:21:20) (-49:48:21:20) (51:50:21:20) + (53:-52:20:21) (-55:-54:21:20) (-57:56:21:20) (59:58:21:20) (61:60: + 21:20) (63:62:21:20) (65:-64:21:20) (-67:-66:21:20) (-69:-68:21:20): + 1:-2) ((-72:-73) (-74:-75):-4:3:17:-71) ((-72:-73) (-74:-75):16:-15: + 17:-71) %Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, -11.750, 25.500) + %Enclosed cells : (1) +cell 3 0 void 76 -77 78 -79 81 -82 ((18:(-19:(-17:-20) (-21:-70)) (72:-71: + 17) (25:21:20)) (74:73:-71:17) (75:-71:17:-19) (-23:-22:21:20) (-24: + 21:20:-19) (27:26:21:20) (29:28:21:20) (31:30:21:20) (33:-32:21:20) + (-35:-34:21:20) (-37:-36:21:20) (-39:-38:21:20) (-41:40:21:20) (43: + 42:21:20) (45:-44:21:20) (-47:-46:21:20) (-49:48:21:20) (51:50:21:20) + (53:-52:20:21) (-55:-54:21:20) (-57:56:21:20) (59:58:21:20) (61:60: + 21:20) (63:62:21:20) (65:-64:21:20) (-67:-66:21:20) (-69:-68:21:20): + 1:-2) ((-72:-73) (-74:-75):6:-5:17:-71) ((-72:-73) (-74:-75):8:-7:17: + -71) %Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, 25.500, 62.750) + %Enclosed cells : (1) +cell 4 0 void 76 -77 78 -79 82 -83 ((18:(-19:(-17:-20) (-21:-70)) (72:-71: + 17) (25:21:20)) (74:73:-71:17) (75:-71:17:-19) (-23:-22:21:20) (-24: + 21:20:-19) (27:26:21:20) (29:28:21:20) (31:30:21:20) (33:-32:21:20) + (-35:-34:21:20) (-37:-36:21:20) (-39:-38:21:20) (-41:40:21:20) (43: + 42:21:20) (45:-44:21:20) (-47:-46:21:20) (-49:48:21:20) (51:50:21:20) + (53:-52:20:21) (-55:-54:21:20) (-57:56:21:20) (59:58:21:20) (61:60: + 21:20) (63:62:21:20) (65:-64:21:20) (-67:-66:21:20) (-69:-68:21:20): + 1:-2) ((-72:-73) (-74:-75):8:-7:17:-71) ((-72:-73) (-74:-75):10:-9: + 17:-71) %Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, 62.750, 100.000) + %Enclosed cells : (1) +cell 5 0 void 76 -77 78 -79 83 -84 ((18:(-19:(-17:-20) (-21:-70)) (72:-71: + 17) (25:21:20)) (74:73:-71:17) (75:-71:17:-19) (-23:-22:21:20) (-24: + 21:20:-19) (27:26:21:20) (29:28:21:20) (31:30:21:20) (33:-32:21:20) + (-35:-34:21:20) (-37:-36:21:20) (-39:-38:21:20) (-41:40:21:20) (43: + 42:21:20) (45:-44:21:20) (-47:-46:21:20) (-49:48:21:20) (51:50:21:20) + (53:-52:20:21) (-55:-54:21:20) (-57:56:21:20) (59:58:21:20) (61:60: + 21:20) (63:62:21:20) (65:-64:21:20) (-67:-66:21:20) (-69:-68:21:20): + 1:-2) ((-72:-73) (-74:-75):12:-11:17:-71) ((-72:-73) (-74:-75):14: + -13:17:-71) %Automatic Generated Void Cell. Enclosure(556.177, 595.754, -646.075, -611.773, 100.000, 137.250) + %Enclosed cells : (1) +cell 6 0 void -85 (-76:77:-78:79:-80:84) %Graveyard_in +cell 7 0 outside 85 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 1.3625000e+02 +surf 2 pz -1.0750000e+01 +surf 3 pz 2.2800000e+01 +surf 4 pz 2.1700000e+01 +surf 5 pz 4.1950000e+01 +surf 6 pz 4.3050000e+01 +surf 7 pz 6.2200000e+01 +surf 8 pz 6.3300000e+01 +surf 9 pz 8.2450000e+01 +surf 10 pz 8.3550000e+01 +surf 11 pz 1.0270000e+02 +surf 12 pz 1.0380000e+02 +surf 13 pz 1.2295000e+02 +surf 14 pz 1.2405000e+02 +surf 15 pz 1.4500000e+00 +surf 16 pz 2.5500000e+00 +surf 17 plane -6.4278394e-01 7.6604752e-01 0.0000000e+00 -8.5290703e+02 +surf 18 plane -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -1.3854549e+01 +surf 19 plane -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -6.0054549e+01 +surf 20 plane 6.4278394e-01 -7.6604752e-01 3.4691768e-32 8.5210703e+02 +surf 21 plane -6.4278394e-01 7.6604752e-01 0.0000000e+00 -8.5060703e+02 +surf 22 plane -7.6604752e-01 -6.4278394e-01 1.2246064e-16 -5.8196249e+01 +surf 23 plane 7.6604752e-01 6.4278394e-01 4.0445325e-21 5.7696249e+01 +surf 24 plane 7.6604752e-01 6.4278394e-01 -1.2246064e-16 5.9604549e+01 +surf 25 plane 7.6604752e-01 6.4278394e-01 -1.9786277e-57 1.4304549e+01 +surf 26 plane 7.6604752e-01 6.4278394e-01 -1.2246468e-16 1.6212849e+01 +surf 27 plane -7.6604752e-01 -6.4278394e-01 1.9786277e-57 -1.5712849e+01 +surf 28 plane 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.8121499e+01 +surf 29 plane -7.6604752e-01 -6.4278394e-01 1.2246468e-16 -1.7621149e+01 +surf 30 plane 7.6604752e-01 6.4278394e-01 2.8327694e-16 2.0029799e+01 +surf 31 plane -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -1.9529799e+01 +surf 32 plane -7.6604752e-01 -6.4278394e-01 1.2246468e-16 -2.1938099e+01 +surf 33 plane -7.6604752e-01 -6.4278394e-01 -2.8327694e-16 -2.1438099e+01 +surf 34 plane -7.6604752e-01 -6.4278394e-01 4.0574162e-16 -2.3846399e+01 +surf 35 plane 7.6604752e-01 6.4278394e-01 -1.2246468e-16 2.3346399e+01 +surf 36 plane -7.6604752e-01 -6.4278394e-01 2.8327694e-16 -2.5754699e+01 +surf 37 plane 7.6604752e-01 6.4278394e-01 -4.0574162e-16 2.5254699e+01 +surf 38 plane -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -2.7662999e+01 +surf 39 plane 7.6604752e-01 6.4278394e-01 -2.8327694e-16 2.7162999e+01 +surf 40 plane 7.6604752e-01 6.4278394e-01 1.6081226e-16 2.9571299e+01 +surf 41 plane 7.6604752e-01 6.4278394e-01 0.0000000e+00 2.9071299e+01 +surf 42 plane 7.6604752e-01 6.4278394e-01 -1.2246468e-16 3.1479599e+01 +surf 43 plane -7.6604752e-01 -6.4278394e-01 -1.6081226e-16 -3.0979599e+01 +surf 44 plane -7.6604752e-01 -6.4278394e-01 2.8327694e-16 -3.3387899e+01 +surf 45 plane -7.6604752e-01 -6.4278394e-01 1.2246468e-16 -3.2887899e+01 +surf 46 plane -7.6604752e-01 -6.4278394e-01 0.0000000e+00 -3.5296199e+01 +surf 47 plane 7.6604752e-01 6.4278394e-01 -2.8327694e-16 3.4796199e+01 +surf 48 plane 7.6604752e-01 6.4278394e-01 -1.2246064e-16 3.7204599e+01 +surf 49 plane 7.6604752e-01 6.4278394e-01 0.0000000e+00 3.6704499e+01 +surf 50 plane 7.6604752e-01 6.4278394e-01 1.6081631e-16 3.9112899e+01 +surf 51 plane -7.6604752e-01 -6.4278394e-01 1.2246064e-16 -3.8612899e+01 +surf 52 plane -7.6604752e-01 -6.4278394e-01 -4.0445325e-21 -4.1021199e+01 +surf 53 plane -7.6604752e-01 -6.4278394e-01 -1.6081631e-16 -4.0521199e+01 +surf 54 plane -7.6604752e-01 -6.4278394e-01 2.8327290e-16 -4.2929499e+01 +surf 55 plane 7.6604752e-01 6.4278394e-01 4.0445325e-21 4.2429499e+01 +surf 56 plane 7.6604752e-01 6.4278394e-01 -1.2246064e-16 4.4837799e+01 +surf 57 plane 7.6604752e-01 6.4278394e-01 -2.8327290e-16 4.4337799e+01 +surf 58 plane 7.6604752e-01 6.4278394e-01 1.6081631e-16 4.6746099e+01 +surf 59 plane -7.6604752e-01 -6.4278394e-01 1.2246064e-16 -4.6246099e+01 +surf 60 plane 7.6604752e-01 6.4278394e-01 2.8328099e-16 4.8654399e+01 +surf 61 plane -7.6604752e-01 -6.4278394e-01 -1.6081631e-16 -4.8154399e+01 +surf 62 plane 7.6604752e-01 6.4278394e-01 4.0445325e-21 5.0562699e+01 +surf 63 plane -7.6604752e-01 -6.4278394e-01 -2.8328099e-16 -5.0062699e+01 +surf 64 plane -7.6604752e-01 -6.4278394e-01 4.0573758e-16 -5.2470999e+01 +surf 65 plane -7.6604752e-01 -6.4278394e-01 -4.0445325e-21 -5.1970999e+01 +surf 66 plane -7.6604752e-01 -6.4278394e-01 1.2246064e-16 -5.4379299e+01 +surf 67 plane 7.6604752e-01 6.4278394e-01 -4.0573758e-16 5.3879299e+01 +surf 68 plane -7.6604752e-01 -6.4278394e-01 -4.0445325e-21 -5.6287949e+01 +surf 69 plane 7.6604752e-01 6.4278394e-01 -1.2246064e-16 5.5787599e+01 +surf 70 plane 6.4278394e-01 -7.6604752e-01 0.0000000e+00 8.5030703e+02 +surf 71 plane -6.4278394e-01 7.6604752e-01 0.0000000e+00 -8.5370703e+02 +surf 72 plane 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.6454549e+01 +surf 73 plane -7.6604752e-01 -6.4278394e-01 -0.0000000e+00 -3.6404549e+01 +surf 74 plane 7.6604752e-01 6.4278394e-01 0.0000000e+00 3.7504549e+01 +surf 75 plane -7.6604752e-01 -6.4278394e-01 -0.0000000e+00 -5.7454549e+01 +surf 76 px 5.5617695e+02 +surf 77 px 5.9575381e+02 +surf 78 py -6.4607467e+02 +surf 79 py -6.1177350e+02 +surf 80 pz -1.1750000e+01 +surf 81 pz 2.5500000e+01 +surf 82 pz 6.2750000e+01 +surf 83 pz 1.0000000e+02 +surf 84 pz 1.3725000e+02 +surf 85 sph 5.7596538e+02 -6.2892409e+02 6.2750000e+01 8.0547551e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.xml b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.xml new file mode 100644 index 00000000..39df0e38 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/FWTBM1/FWTBM1.xml @@ -0,0 +1,95 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.inp b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.inp new file mode 100644 index 00000000..c97eb14a --- /dev/null +++ b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.inp @@ -0,0 +1,91 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/SCDR_90.stp +$ +$ Creation Date : 2024-05-27 14:57:20.605244 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 30 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -1 5 16 -15 2:-1 5 6 15 19 2:-1 16 -15 -5 2:-1 7 9 15 20 -8 + -5 2:-3 5 -17 16 1:-3 5 10 -21 17 1:-2 5 -18 16 4:-2 5 -22 18 -11 4: + -3 -17 16 -5 1:-3 9 12 17 -13 -8 -5 1:-2 -18 16 -5 4:-2 9 -23 18 -14 + -8 -5 4 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -30 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 30 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PY 6.4499684e+00 +2 PY 3.5499684e+00 +3 PY 6.7499684e+00 +4 PY 3.2499684e+00 +5 P -8.9725837e-01 -1.9716362e-13 4.4150585e-01 -3.6821918e+01 +6 P 9.4664926e-01 2.0759000e-13 3.2226570e-01 3.4160409e+01 +7 P -9.4664926e-01 -2.0759000e-13 -3.2226570e-01 -4.2160409e+01 +8 P 3.2226570e-01 7.0640000e-14 -9.4664926e-01 2.1913647e+01 +9 P 9.4664926e-01 2.0759000e-13 3.2226570e-01 3.1660409e+01 +10 P 6.6938211e-01 -7.0710678e-01 2.2787626e-01 1.9594241e+01 +11 P -6.6938211e-01 -7.0710678e-01 -2.2787626e-01 -2.6665264e+01 +12 P -6.6938211e-01 -7.0710678e-01 -2.2787626e-01 -3.4372728e+01 +13 P -6.7890443e-01 -4.5765992e-01 5.7413951e-01 -3.1595516e+01 +14 P 6.6938211e-01 -7.0710678e-01 2.2787626e-01 2.7301705e+01 +15 C/Y 40.076676 0.688418 4.000000 +16 C/Y 40.076676 0.688418 1.750000 +17 K/Y 4.007668e+01 1.044997e+01 6.884183e-01 1.000000 -1 +18 K/Y 4.007668e+01 -4.500316e-01 6.884183e-01 1.000000 1 +19 P -6.4573348e-01 -1.4165809e-13 -7.6356288e-01 -2.2975091e+01 +20 P 7.6356266e-01 1.6746046e-13 -6.4573374e-01 3.2215436e+01 +21 P 4.8453660e-01 -6.4804577e-01 5.8758911e-01 1.3051066e+01 +22 P 4.8453660e-01 6.4804577e-01 5.8758911e-01 1.9531483e+01 +23 P -6.7890443e-01 4.5765992e-01 5.7413951e-01 -2.7018946e+01 +24 PX 3.5076676e+01 +25 PX 4.7973137e+01 +26 PY 2.2499684e+00 +27 PY 7.7499684e+00 +28 PZ -1.1541474e+01 +29 PZ 5.6884183e+00 +30 S 4.1524906e+01 4.9999684e+00 -2.9265279e+00 1.1328866e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.mcnp b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.mcnp new file mode 100644 index 00000000..a64eaba6 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.mcnp @@ -0,0 +1,92 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/SCDR_90.stp +C +C Creation Date : 2024-05-27 14:57:20.602390 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 30 +C Materials : 0 +C +C ************************************************************** +1 0 -1 5 16 -15 2:-1 5 6 15 19 2:-1 16 -15 -5 2:-1 7 9 15 20 -8 -5 2: + -3 5 -17 16 1:-3 5 10 -21 17 1:-2 5 -18 16 4:-2 5 -22 18 -11 4:-3 + -17 16 -5 1:-3 9 12 17 -13 -8 -5 1:-2 -18 16 -5 4:-2 9 -23 18 -14 -8 + -5 4 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 24 -25 26 -27 28 -29 (1:-5:-16:15:-2) (1:-16:15:5:-2) ((17:-16) + (13:-12:-9:8:-17:5) (21:-10:-5:-17):-1:3) ((18:-16) (22:11:-5:-18) + (23:14:-9:8:-18:5):2:-4) (-19:-6:1:-5:-15:-2) (-20:-7:1:-9:-15:8:5: + -2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(35.077, 47.973, 2.250, 7.750, -11.541, 5.688) + $Enclosed cells : (1) +3 0 -30 (-24:25:-26:27:-28:29) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 30 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PY 6.4499684e+00 +2 PY 3.5499684e+00 +3 PY 6.7499684e+00 +4 PY 3.2499684e+00 +5 P -8.9725837e-01 -1.9716362e-13 4.4150585e-01 -3.6821918e+01 +6 P 9.4664926e-01 2.0759000e-13 3.2226570e-01 3.4160409e+01 +7 P -9.4664926e-01 -2.0759000e-13 -3.2226570e-01 -4.2160409e+01 +8 P 3.2226570e-01 7.0640000e-14 -9.4664926e-01 2.1913647e+01 +9 P 9.4664926e-01 2.0759000e-13 3.2226570e-01 3.1660409e+01 +10 P 6.6938211e-01 -7.0710678e-01 2.2787626e-01 1.9594241e+01 +11 P -6.6938211e-01 -7.0710678e-01 -2.2787626e-01 -2.6665264e+01 +12 P -6.6938211e-01 -7.0710678e-01 -2.2787626e-01 -3.4372728e+01 +13 P -6.7890443e-01 -4.5765992e-01 5.7413951e-01 -3.1595516e+01 +14 P 6.6938211e-01 -7.0710678e-01 2.2787626e-01 2.7301705e+01 +15 C/Y 40.076676 0.688418 4.000000 +16 C/Y 40.076676 0.688418 1.750000 +17 K/Y 4.007668e+01 1.044997e+01 6.884183e-01 1.000000 -1 +18 K/Y 4.007668e+01 -4.500316e-01 6.884183e-01 1.000000 1 +19 P -6.4573348e-01 -1.4165809e-13 -7.6356288e-01 -2.2975091e+01 +20 P 7.6356266e-01 1.6746046e-13 -6.4573374e-01 3.2215436e+01 +21 P 4.8453660e-01 -6.4804577e-01 5.8758911e-01 1.3051066e+01 +22 P 4.8453660e-01 6.4804577e-01 5.8758911e-01 1.9531483e+01 +23 P -6.7890443e-01 4.5765992e-01 5.7413951e-01 -2.7018946e+01 +24 PX 3.5076676e+01 +25 PX 4.7973137e+01 +26 PY 2.2499684e+00 +27 PY 7.7499684e+00 +28 PZ -1.1541474e+01 +29 PZ 5.6884183e+00 +30 S 4.1524906e+01 4.9999684e+00 -2.9265279e+00 1.1328866e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 3.5076676e+01 4.7973137e+01 +C SI2 2.2499684e+00 7.7499684e+00 +C SI3 -1.1541474e+01 5.6884183e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=30 WGT=4.0320205e+02 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 3.4608246e+02 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.py b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.py new file mode 100644 index 00000000..5c6fec98 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.py @@ -0,0 +1,47 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=6.4499684097087995) +S2 = openmc.YPlane(y0=3.5499684097086006) +S3 = openmc.YPlane(y0=6.7499684097086) +S4 = openmc.YPlane(y0=3.2499684097088) +S5 = openmc.Plane(a=-0.8972583696741636,b=-1.9716362008744908e-13,c=0.44150585279208027,d=-36.821918407982245) +S6 = openmc.Plane(a=0.9466492601158839,b=2.0758999999997453e-13,c=0.32226569522996046,d=34.160409248414076) +S7 = openmc.Plane(a=-0.9466492601158839,b=-2.0758999999997453e-13,c=-0.32226569522996046,d=-42.16040924841116) +S8 = openmc.Plane(a=0.32226569522996046,b=7.063999999999134e-14,c=-0.9466492601158839,d=21.91364715675673) +S9 = openmc.Plane(a=0.9466492601158839,b=2.0758999999997453e-13,c=0.32226569522996046,d=31.660409248415654) +S10 = openmc.Plane(a=0.6693821112333201,b=-0.7071067811863382,c=0.227876258441109,d=19.594240626720342) +S11 = openmc.Plane(a=-0.6693821112328469,b=-0.7071067811868382,c=-0.22787625844094786,d=-26.66526376314914) +S12 = openmc.Plane(a=-0.6693821112328469,b=-0.7071067811868382,c=-0.22787625844094786,d=-34.37272767808623) +S13 = openmc.Plane(a=-0.6789044263422748,b=-0.45765992174757486,c=0.574139509108083,d=-31.59551627520714) +S14 = openmc.Plane(a=0.6693821112333201,b=-0.7071067811863382,c=0.227876258441109,d=27.30170454165641) +S15 = openmc.YCylinder(x0=40.076675957750005,z0=0.6884183094441001,r=4.0) +S16 = openmc.YCylinder(x0=40.076675957750005,z0=0.6884183094441001,r=1.75) +S17 = openmc.YCone(x0=40.07667595774898,y0=10.449968409707992,z0=0.6884183094441001,r2=0.9999999999982065) +S18 = openmc.YCone(x0=40.07667595775103,y0=-0.4500315902909897,z0=0.6884183094441001,r2=0.9999999999982065) +S19 = openmc.Plane(a=-0.6457334819429166,b=-1.416580888157315e-13,c=-0.7635628790727566,d=-22.975090566431035) +S20 = openmc.Plane(a=0.7635626643745419,b=1.674604627918375e-13,c=-0.6457337358178297,d=32.215435907659916) +S21 = openmc.Plane(a=0.48453660415198413,b=-0.6480457655715225,c=0.5875891123580174,d=13.05106579937698) +S22 = openmc.Plane(a=0.4845366041516682,b=0.6480457655717434,c=0.5875891123580343,d=19.531482511171173) +S23 = openmc.Plane(a=-0.6789044263422978,b=0.45765992174701225,c=0.5741395091085041,d=-27.018945972953833) +S24 = openmc.XPlane(x0=35.076675957749686) +S25 = openmc.XPlane(x0=47.97313695718635) +S26 = openmc.YPlane(y0=2.2499684097077344) +S27 = openmc.YPlane(y0=7.749968409710383) +S28 = openmc.ZPlane(z0=-11.541474069670151) +S29 = openmc.ZPlane(z0=5.6884183094441045) +S30 = openmc.Sphere(x0=41.52490645746801,y0=4.999968409709059,z0=-2.9265278801130243,r=11.328865662249655, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S1 & +S5 & +S16 & -S15 & +S2) | (-S1 & +S5 & +S6 & +S15 & +S19 & +S2) | (-S1 & +S16 & -S15 & -S5 & +S2) | (-S1 & +S7 & +S9 & +S15 & +S20 & -S8 & -S5 & +S2) | (-S3 & +S5 & -S17 & +S16 & +S1) | (-S3 & +S5 & +S10 & -S21 & +S17 & +S1) | (-S2 & +S5 & -S18 & +S16 & +S4) | (-S2 & +S5 & -S22 & +S18 & -S11 & +S4) | (-S3 & -S17 & +S16 & -S5 & +S1) | (-S3 & +S9 & +S12 & +S17 & -S13 & -S8 & -S5 & +S1) | (-S2 & -S18 & +S16 & -S5 & +S4) | (-S2 & +S9 & -S23 & +S18 & -S14 & -S8 & -S5 & +S4))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(35.077, 47.973, 2.250, 7.750, -11.541, 5.688). Enclosed cells : (1)", region=(+S24 & -S25 & +S26 & -S27 & +S28 & -S29 & ((+S1 | -S5 | -S16 | +S15 | -S2) & (+S1 | -S16 | +S15 | +S5 | -S2) & (((+S17 | -S16) & (+S13 | -S12 | -S9 | +S8 | -S17 | +S5) & (+S21 | -S10 | -S5 | -S17)) | (-S1 | +S3)) & (((+S18 | -S16) & (+S22 | +S11 | -S5 | -S18) & (+S23 | +S14 | -S9 | +S8 | -S18 | +S5)) | (+S2 | -S4)) & (-S19 | -S6 | +S1 | -S5 | -S15 | -S2) & (-S20 | -S7 | +S1 | -S9 | -S15 | +S8 | +S5 | -S2)))) +C3 = openmc.Cell(name="", region=(-S30 & (-S24 | +S25 | -S26 | +S27 | -S28 | +S29))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.serp b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.serp new file mode 100644 index 00000000..fa22637e --- /dev/null +++ b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.serp @@ -0,0 +1,70 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/SCDR_90.stp +% +% Creation Date : 2024-05-27 14:57:20.604048 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 30 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -1 5 16 -15 2:-1 5 6 15 19 2:-1 16 -15 -5 2:-1 7 9 15 20 -8 + -5 2:-3 5 -17 16 1:-3 5 10 -21 17 1:-2 5 -18 16 4:-2 5 -22 18 -11 4: + -3 -17 16 -5 1:-3 9 12 17 -13 -8 -5 1:-2 -18 16 -5 4:-2 9 -23 18 -14 + -8 -5 4% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 24 -25 26 -27 28 -29 (1:-5:-16:15:-2) (1:-16:15:5:-2) ((17: + -16) (13:-12:-9:8:-17:5) (21:-10:-5:-17):-1:3) ((18:-16) (22:11:-5: + -18) (23:14:-9:8:-18:5):2:-4) (-19:-6:1:-5:-15:-2) (-20:-7:1:-9:-15: + 8:5:-2) %Automatic Generated Void Cell. Enclosure(35.077, 47.973, 2.250, 7.750, -11.541, 5.688) + %Enclosed cells : (1) +cell 3 0 void -30 (-24:25:-26:27:-28:29) %Graveyard_in +cell 4 0 outside 30 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py 6.4499684e+00 +surf 2 py 3.5499684e+00 +surf 3 py 6.7499684e+00 +surf 4 py 3.2499684e+00 +surf 5 plane -8.9725837e-01 -1.9716362e-13 4.4150585e-01 -3.6821918e+01 +surf 6 plane 9.4664926e-01 2.0759000e-13 3.2226570e-01 3.4160409e+01 +surf 7 plane -9.4664926e-01 -2.0759000e-13 -3.2226570e-01 -4.2160409e+01 +surf 8 plane 3.2226570e-01 7.0640000e-14 -9.4664926e-01 2.1913647e+01 +surf 9 plane 9.4664926e-01 2.0759000e-13 3.2226570e-01 3.1660409e+01 +surf 10 plane 6.6938211e-01 -7.0710678e-01 2.2787626e-01 1.9594241e+01 +surf 11 plane -6.6938211e-01 -7.0710678e-01 -2.2787626e-01 -2.6665264e+01 +surf 12 plane -6.6938211e-01 -7.0710678e-01 -2.2787626e-01 -3.4372728e+01 +surf 13 plane -6.7890443e-01 -4.5765992e-01 5.7413951e-01 -3.1595516e+01 +surf 14 plane 6.6938211e-01 -7.0710678e-01 2.2787626e-01 2.7301705e+01 +surf 15 cyly 40.076676 0.688418 4.000000 +surf 16 cyly 40.076676 0.688418 1.750000 +surf cky 1.700000e+01 4.007668e+01 1.044997e+01 0.688418 0.9999999999982065 +surf cky 1.800000e+01 4.007668e+01 -4.500316e-01 0.688418 0.9999999999982065 +surf 19 plane -6.4573348e-01 -1.4165809e-13 -7.6356288e-01 -2.2975091e+01 +surf 20 plane 7.6356266e-01 1.6746046e-13 -6.4573374e-01 3.2215436e+01 +surf 21 plane 4.8453660e-01 -6.4804577e-01 5.8758911e-01 1.3051066e+01 +surf 22 plane 4.8453660e-01 6.4804577e-01 5.8758911e-01 1.9531483e+01 +surf 23 plane -6.7890443e-01 4.5765992e-01 5.7413951e-01 -2.7018946e+01 +surf 24 px 3.5076676e+01 +surf 25 px 4.7973137e+01 +surf 26 py 2.2499684e+00 +surf 27 py 7.7499684e+00 +surf 28 pz -1.1541474e+01 +surf 29 pz 5.6884183e+00 +surf 30 sph 4.1524906e+01 4.9999684e+00 -2.9265279e+00 1.1328866e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.xml b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.xml new file mode 100644 index 00000000..71ede772 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/SCDR_90/SCDR_90.xml @@ -0,0 +1,37 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/biseau/biseau.inp b/tests/regression_test_files/inputSTEP/biseau/biseau.inp new file mode 100644 index 00000000..8868de1d --- /dev/null +++ b/tests/regression_test_files/inputSTEP/biseau/biseau.inp @@ -0,0 +1,72 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/biseau.stp +$ +$ Creation Date : 2024-05-27 14:57:15.926778 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 13 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -6 3 -1 -2:2 -6 3 -4:2 3 4 -6 -5 + $/Slice.0041 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -13 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 13 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 4.0673664e-01 0.0000000e+00 9.1354546e-01 7.9152446e-01 +2 P 8.5355339e-01 1.4644661e-01 -5.0000000e-01 -1.2928932e-01 +3 P 4.6846106e-02 -2.9883624e-01 9.5315389e-01 2.2244315e-01 +4 P 1.4644661e-01 8.5355339e-01 5.0000000e-01 1.2928932e-01 +5 P 5.0000000e-01 -5.0000000e-01 7.0710678e-01 3.8284271e-01 +6 CZ 0.200000 +7 PX -1.2000000e+00 +8 PX 1.2000000e+00 +9 PY -1.2000000e+00 +10 PY 1.2000000e+00 +11 PZ -8.4081135e-01 +12 PZ 1.9554771e+00 +13 S 2.4336089e-14 0.0000000e+00 5.5733289e-01 2.2427959e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/biseau/biseau.mcnp b/tests/regression_test_files/inputSTEP/biseau/biseau.mcnp new file mode 100644 index 00000000..f16b45a3 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/biseau/biseau.mcnp @@ -0,0 +1,70 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/biseau.stp +C +C Creation Date : 2024-05-27 14:57:15.923940 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 13 +C Materials : 0 +C +C ************************************************************** +1 0 -6 3 -1 -2:2 -6 3 -4:2 3 4 -6 -5 + imp:n=1.0 imp:p=1.0 + $/Slice.0041 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 7 -8 9 -10 11 -12 ((-2:4) (2:1) (5:-2:-4):-3:6) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.200, 1.200, -1.200, 1.200, -0.841, 1.955) + $Enclosed cells : (1) +3 0 -13 (-7:8:-9:10:-11:12) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 13 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 4.0673664e-01 0.0000000e+00 9.1354546e-01 7.9152446e-01 +2 P 8.5355339e-01 1.4644661e-01 -5.0000000e-01 -1.2928932e-01 +3 P 4.6846106e-02 -2.9883624e-01 9.5315389e-01 2.2244315e-01 +4 P 1.4644661e-01 8.5355339e-01 5.0000000e-01 1.2928932e-01 +5 P 5.0000000e-01 -5.0000000e-01 7.0710678e-01 3.8284271e-01 +6 CZ 0.200000 +7 PX -1.2000000e+00 +8 PX 1.2000000e+00 +9 PY -1.2000000e+00 +10 PY 1.2000000e+00 +11 PZ -8.4081135e-01 +12 PZ 1.9554771e+00 +13 S 2.4336089e-14 0.0000000e+00 5.5733289e-01 2.2427959e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.2000000e+00 1.2000000e+00 +C SI2 -1.2000000e+00 1.2000000e+00 +C SI3 -8.4081135e-01 1.9554771e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=13 WGT=1.5802631e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 7.8084097e-02 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/biseau/biseau.py b/tests/regression_test_files/inputSTEP/biseau/biseau.py new file mode 100644 index 00000000..aaea4e9e --- /dev/null +++ b/tests/regression_test_files/inputSTEP/biseau/biseau.py @@ -0,0 +1,30 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.4067366430758187,b=0.0,c=0.9135454576425928,d=0.7915244647198181) +S2 = openmc.Plane(a=0.8535533905931653,b=0.1464466094070284,c=-0.5000000000000968,d=-0.12928932188137504) +S3 = openmc.Plane(a=0.04684610648168622,b=-0.29883623873010334,c=0.9531538935183297,d=0.22244314615620425) +S4 = openmc.Plane(a=0.1464466094070284,b=0.8535533905931653,c=0.5000000000000968,d=0.12928932188137504) +S5 = openmc.Plane(a=0.49999999999984,b=-0.49999999999984,c=0.7071067811867737,d=0.3828427124747348) +S6 = openmc.ZCylinder(x0=0.0,y0=0.0,r=0.2) +S7 = openmc.XPlane(x0=-1.2000000000000004) +S8 = openmc.XPlane(x0=1.200000000000049) +S9 = openmc.YPlane(y0=-1.2000000000000262) +S10 = openmc.YPlane(y0=1.2000000000000262) +S11 = openmc.ZPlane(z0=-0.8408113492937) +S12 = openmc.ZPlane(z0=1.9554771314691075) +S13 = openmc.Sphere(x0=2.4336088699783433e-14,y0=0.0,z0=0.5573328910877037,r=2.242795918605849, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="/Slice.0041", region=((-S6 & +S3 & -S1 & -S2) | (+S2 & -S6 & +S3 & -S4) | (+S2 & +S3 & +S4 & -S6 & -S5))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.200, 1.200, -1.200, 1.200, -0.841, 1.955). Enclosed cells : (1)", region=(+S7 & -S8 & +S9 & -S10 & +S11 & -S12 & (((-S2 | +S4) & (+S2 | +S1) & (+S5 | -S2 | -S4)) | (-S3 | +S6)))) +C3 = openmc.Cell(name="", region=(-S13 & (-S7 | +S8 | -S9 | +S10 | -S11 | +S12))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/biseau/biseau.serp b/tests/regression_test_files/inputSTEP/biseau/biseau.serp new file mode 100644 index 00000000..9cea7a3b --- /dev/null +++ b/tests/regression_test_files/inputSTEP/biseau/biseau.serp @@ -0,0 +1,48 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/biseau.stp +% +% Creation Date : 2024-05-27 14:57:15.925571 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 13 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -6 3 -1 -2:2 -6 3 -4:2 3 4 -6 -5 %/Slice.0041 +% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 7 -8 9 -10 11 -12 ((-2:4) (2:1) (5:-2:-4):-3:6) %Automatic Generated Void Cell. Enclosure(-1.200, 1.200, -1.200, 1.200, -0.841, 1.955) + %Enclosed cells : (1) +cell 3 0 void -13 (-7:8:-9:10:-11:12) %Graveyard_in +cell 4 0 outside 13 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 4.0673664e-01 0.0000000e+00 9.1354546e-01 7.9152446e-01 +surf 2 plane 8.5355339e-01 1.4644661e-01 -5.0000000e-01 -1.2928932e-01 +surf 3 plane 4.6846106e-02 -2.9883624e-01 9.5315389e-01 2.2244315e-01 +surf 4 plane 1.4644661e-01 8.5355339e-01 5.0000000e-01 1.2928932e-01 +surf 5 plane 5.0000000e-01 -5.0000000e-01 7.0710678e-01 3.8284271e-01 +surf 6 cylz 0.200000 +surf 7 px -1.2000000e+00 +surf 8 px 1.2000000e+00 +surf 9 py -1.2000000e+00 +surf 10 py 1.2000000e+00 +surf 11 pz -8.4081135e-01 +surf 12 pz 1.9554771e+00 +surf 13 sph 2.4336089e-14 0.0000000e+00 5.5733289e-01 2.2427959e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/biseau/biseau.xml b/tests/regression_test_files/inputSTEP/biseau/biseau.xml new file mode 100644 index 00000000..0086fbc0 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/biseau/biseau.xml @@ -0,0 +1,20 @@ + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/cylBox/cylBox.inp b/tests/regression_test_files/inputSTEP/cylBox/cylBox.inp new file mode 100644 index 00000000..c0f92691 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/cylBox/cylBox.inp @@ -0,0 +1,88 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/cylBox.stp +$ +$ Creation Date : 2024-05-27 14:57:20.840258 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 23 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -14 -6 5:2 6 7 8 9 -1:3 10 11 12 15 16 -4:-15 -13 -10:-15 10 + 11:-15 -11 -9 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -23 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 23 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PY -1.2500035e+01 +2 PY -2.1500035e+01 +3 PY -1.9500035e+01 +4 PY -1.4500035e+01 +5 P 9.4664926e-01 9.5825876e-09 3.2226569e-01 -8.8839591e+01 +6 P 9.4664926e-01 9.5825876e-09 3.2226569e-01 -8.1689591e+01 +7 P -3.2226569e-01 -5.6149002e-11 9.4664926e-01 -3.1338638e+01 +8 P 3.2226569e-01 5.6149002e-11 -9.4664926e-01 2.2338638e+01 +9 P -9.4664926e-01 -9.5825876e-09 -3.2226569e-01 7.0239591e+01 +10 P -9.4664926e-01 -9.5825876e-09 -3.2226569e-01 6.3039591e+01 +11 P 9.4664926e-01 9.5825876e-09 3.2226569e-01 -7.0039591e+01 +12 P -3.2226569e-01 -5.6149002e-11 9.4664926e-01 -3.4238638e+01 +13 P 9.4664926e-01 9.5825876e-09 3.2226569e-01 -6.1239591e+01 +14 GQ 0.103855177195422 0.999999999999999 0.896144822804578 + -0.000000018142699 -0.000000006176279 -0.610145160974434 + -17.298344774043834 34.000069238333026 50.813553217939962 + 1006.753657691386934 +15 GQ 0.103855177195422 0.999999999999999 0.896144822804578 + -0.000000018142699 -0.000000006176279 -0.610145160974434 + -17.298344774043830 34.000069238333033 50.813553217939955 + 995.251157691386766 +16 P 3.2226569e-01 5.6276909e-11 -9.4664926e-01 2.9633723e+01 +17 PX -7.6966386e+01 +18 PX -4.7114745e+01 +19 PY -2.2500035e+01 +20 PY -1.1500035e+01 +21 PZ -5.6992451e+01 +22 PZ -4.0592261e+01 +23 S -6.2040565e+01 -1.7000035e+01 -4.8792356e+01 1.8254058e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/cylBox/cylBox.mcnp b/tests/regression_test_files/inputSTEP/cylBox/cylBox.mcnp new file mode 100644 index 00000000..5ebad33b --- /dev/null +++ b/tests/regression_test_files/inputSTEP/cylBox/cylBox.mcnp @@ -0,0 +1,87 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/cylBox.stp +C +C Creation Date : 2024-05-27 14:57:20.837526 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 23 +C Materials : 0 +C +C ************************************************************** +1 0 -14 -6 5:2 6 7 8 9 -1:3 10 11 12 15 16 -4:-15 -13 -10:-15 10 11: + -15 -11 -9 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 17 -18 19 -20 21 -22 (15:-10:-11) (15:11:9) (-8:-7:-2:1:-6:-9) (13: + 15:10) (14:-5:6) (-16:-12:4:-3:-10:-11:-15) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-76.966, -47.115, -22.500, -11.500, -56.992, -40.592) + $Enclosed cells : (1) +3 0 -23 (-17:18:-19:20:-21:22) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 23 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PY -1.2500035e+01 +2 PY -2.1500035e+01 +3 PY -1.9500035e+01 +4 PY -1.4500035e+01 +5 P 9.4664926e-01 9.5825876e-09 3.2226569e-01 -8.8839591e+01 +6 P 9.4664926e-01 9.5825876e-09 3.2226569e-01 -8.1689591e+01 +7 P -3.2226569e-01 -5.6149002e-11 9.4664926e-01 -3.1338638e+01 +8 P 3.2226569e-01 5.6149002e-11 -9.4664926e-01 2.2338638e+01 +9 P -9.4664926e-01 -9.5825876e-09 -3.2226569e-01 7.0239591e+01 +10 P -9.4664926e-01 -9.5825876e-09 -3.2226569e-01 6.3039591e+01 +11 P 9.4664926e-01 9.5825876e-09 3.2226569e-01 -7.0039591e+01 +12 P -3.2226569e-01 -5.6149002e-11 9.4664926e-01 -3.4238638e+01 +13 P 9.4664926e-01 9.5825876e-09 3.2226569e-01 -6.1239591e+01 +14 GQ 0.103855177195422 0.999999999999999 0.896144822804578 + -0.000000018142699 -0.000000006176279 -0.610145160974434 + -17.298344774043834 34.000069238333026 50.813553217939962 + 1006.753657691386934 +15 GQ 0.103855177195422 0.999999999999999 0.896144822804578 + -0.000000018142699 -0.000000006176279 -0.610145160974434 + -17.298344774043830 34.000069238333033 50.813553217939955 + 995.251157691386766 +16 P 3.2226569e-01 5.6276909e-11 -9.4664926e-01 2.9633723e+01 +17 PX -7.6966386e+01 +18 PX -4.7114745e+01 +19 PY -2.2500035e+01 +20 PY -1.1500035e+01 +21 PZ -5.6992451e+01 +22 PZ -4.0592261e+01 +23 S -6.2040565e+01 -1.7000035e+01 -4.8792356e+01 1.8254058e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -7.6966386e+01 -4.7114745e+01 +C SI2 -2.2500035e+01 -1.1500035e+01 +C SI3 -5.6992451e+01 -4.0592261e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=23 WGT=1.0468121e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 1.5208150e+03 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/cylBox/cylBox.py b/tests/regression_test_files/inputSTEP/cylBox/cylBox.py new file mode 100644 index 00000000..8c8d77fa --- /dev/null +++ b/tests/regression_test_files/inputSTEP/cylBox/cylBox.py @@ -0,0 +1,40 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=-12.500034620672203) +S2 = openmc.YPlane(y0=-21.500034620672206) +S3 = openmc.YPlane(y0=-19.50003462067221) +S4 = openmc.YPlane(y0=-14.500034620672205) +S5 = openmc.Plane(a=0.9466492607109445,b=9.582587619238437e-09,c=0.32226569348198114,d=-88.83959072464012) +S6 = openmc.Plane(a=0.9466492607109446,b=9.58258761923844e-09,c=0.3222656934819812,d=-81.68959072464327) +S7 = openmc.Plane(a=-0.32226569348198114,b=-5.614900211447671e-11,c=0.9466492607109445,d=-31.338637830328754) +S8 = openmc.Plane(a=0.32226569348198114,b=5.614900211447671e-11,c=-0.9466492607109445,d=22.33863783032528) +S9 = openmc.Plane(a=-0.9466492607109445,b=-9.582587619238437e-09,c=-0.32226569348198114,d=70.23959072464234) +S10 = openmc.Plane(a=-0.9466492607109445,b=-9.582587619238437e-09,c=-0.32226569348198114,d=63.039590724638586) +S11 = openmc.Plane(a=0.9466492607109446,b=9.582587619238439e-09,c=0.3222656934819812,d=-70.03959072464404) +S12 = openmc.Plane(a=-0.32226569348198114,b=-5.614900211447671e-11,c=0.9466492607109445,d=-34.23863783032237) +S13 = openmc.Plane(a=0.9466492607109446,b=9.582587619238439e-09,c=0.3222656934819812,d=-61.23959072464102) +S14 = openmc.Cylinder(x0=-62.38700069651,y0=-17.00003533824,z0=-49.58946235245,r=1.6,dx=-0.9466492607109445,dy=-9.582587837930438e-09,dz=-0.32226569348198114) +S15 = openmc.Cylinder(x0=-46.683940738465395,y0=-17.00003517928361,z0=-44.243704723729266,r=3.75,dx=-0.9466492607109445,dy=-9.582587809672438e-09,dz=-0.32226569348198114) +S16 = openmc.Plane(a=0.3222656934819811,b=5.627690884846704e-11,c=-0.9466492607109445,d=29.633722802205753) +S17 = openmc.XPlane(x0=-76.96638560389125) +S18 = openmc.XPlane(x0=-47.11474454814154) +S19 = openmc.YPlane(y0=-22.500035402220316) +S20 = openmc.YPlane(y0=-11.50003529198733) +S21 = openmc.ZPlane(z0=-56.99245090096744) +S22 = openmc.ZPlane(z0=-40.59226105473262) +S23 = openmc.Sphere(x0=-62.04056507601639,y0=-17.00003534710382,z0=-48.79235597785003,r=18.254058493563885, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S14 & -S6 & +S5) | (+S2 & +S6 & +S7 & +S8 & +S9 & -S1) | (+S3 & +S10 & +S11 & +S12 & +S15 & +S16 & -S4) | (-S15 & -S13 & -S10) | (-S15 & +S10 & +S11) | (-S15 & -S11 & -S9))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-76.966, -47.115, -22.500, -11.500, -56.992, -40.592). Enclosed cells : (1)", region=(+S17 & -S18 & +S19 & -S20 & +S21 & -S22 & ((+S15 | -S10 | -S11) & (+S15 | +S11 | +S9) & (-S8 | -S7 | -S2 | +S1 | -S6 | -S9) & (+S13 | +S15 | +S10) & (+S14 | -S5 | +S6) & (-S16 | -S12 | +S4 | -S3 | -S10 | -S11 | -S15)))) +C3 = openmc.Cell(name="", region=(-S23 & (-S17 | +S18 | -S19 | +S20 | -S21 | +S22))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/cylBox/cylBox.serp b/tests/regression_test_files/inputSTEP/cylBox/cylBox.serp new file mode 100644 index 00000000..8ad7cf0f --- /dev/null +++ b/tests/regression_test_files/inputSTEP/cylBox/cylBox.serp @@ -0,0 +1,65 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/cylBox.stp +% +% Creation Date : 2024-05-27 14:57:20.839108 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 23 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -14 -6 5:2 6 7 8 9 -1:3 10 11 12 15 16 -4:-15 -13 -10:-15 10 + 11:-15 -11 -9% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 17 -18 19 -20 21 -22 (15:-10:-11) (15:11:9) (-8:-7:-2:1:-6:-9) + (13:15:10) (14:-5:6) (-16:-12:4:-3:-10:-11:-15) %Automatic Generated Void Cell. Enclosure(-76.966, -47.115, -22.500, -11.500, -56.992, -40.592) + %Enclosed cells : (1) +cell 3 0 void -23 (-17:18:-19:20:-21:22) %Graveyard_in +cell 4 0 outside 23 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py -1.2500035e+01 +surf 2 py -2.1500035e+01 +surf 3 py -1.9500035e+01 +surf 4 py -1.4500035e+01 +surf 5 plane 9.4664926e-01 9.5825876e-09 3.2226569e-01 -8.8839591e+01 +surf 6 plane 9.4664926e-01 9.5825876e-09 3.2226569e-01 -8.1689591e+01 +surf 7 plane -3.2226569e-01 -5.6149002e-11 9.4664926e-01 -3.1338638e+01 +surf 8 plane 3.2226569e-01 5.6149002e-11 -9.4664926e-01 2.2338638e+01 +surf 9 plane -9.4664926e-01 -9.5825876e-09 -3.2226569e-01 7.0239591e+01 +surf 10 plane -9.4664926e-01 -9.5825876e-09 -3.2226569e-01 6.3039591e+01 +surf 11 plane 9.4664926e-01 9.5825876e-09 3.2226569e-01 -7.0039591e+01 +surf 12 plane -3.2226569e-01 -5.6149002e-11 9.4664926e-01 -3.4238638e+01 +surf 13 plane 9.4664926e-01 9.5825876e-09 3.2226569e-01 -6.1239591e+01 +surf quadratic 0.103855177195422 0.999999999999999 0.896144822804578 + -0.000000018142699 -0.000000006176279 -0.610145160974434 + -17.298344774043834 34.000069238333026 50.813553217939962 + 1006.753657691386934 +surf quadratic 0.103855177195422 0.999999999999999 0.896144822804578 + -0.000000018142699 -0.000000006176279 -0.610145160974434 + -17.298344774043830 34.000069238333033 50.813553217939955 + 995.251157691386766 +surf 16 plane 3.2226569e-01 5.6276909e-11 -9.4664926e-01 2.9633723e+01 +surf 17 px -7.6966386e+01 +surf 18 px -4.7114745e+01 +surf 19 py -2.2500035e+01 +surf 20 py -1.1500035e+01 +surf 21 pz -5.6992451e+01 +surf 22 pz -4.0592261e+01 +surf 23 sph -6.2040565e+01 -1.7000035e+01 -4.8792356e+01 1.8254058e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/cylBox/cylBox.xml b/tests/regression_test_files/inputSTEP/cylBox/cylBox.xml new file mode 100644 index 00000000..f62c11f0 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/cylBox/cylBox.xml @@ -0,0 +1,30 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/dientes3/dientes3.inp b/tests/regression_test_files/inputSTEP/dientes3/dientes3.inp new file mode 100644 index 00000000..9a6a10e6 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/dientes3/dientes3.inp @@ -0,0 +1,92 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/dientes3.stp +$ +$ Creation Date : 2024-05-27 14:57:19.029716 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 31 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -7 -12 -11 6:6 11 -17 -14 -13 -7:6 11 15 -14 18 -12 19 -7:6 + 16 -15 20 -7:6 -16 -15 -12 -7:6 12 -14 -11 21 -7:6 14 -13 -11 22 -7: + 1 4 6 15 -7 -5 -2:2 4 6 8 11 14 -7 -3:2 6 14 23 -9 -7:6 10 11 -8 -7 + 24:2 6 9 11 -10 -8 -7 -5 -3 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -31 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 31 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PX 0.0000000e+00 +2 PX 2.2000000e+00 +3 PX 5.0000000e+00 +4 PY 0.0000000e+00 +5 PY 1.0000000e+00 +6 PZ 0.0000000e+00 +7 PZ 1.0000000e+00 +8 P 2.2766943e-01 -9.7373848e-01 0.0000000e+00 2.5743812e-01 +9 P 6.7417605e-01 7.3857069e-01 -0.0000000e+00 2.0641125e+00 +10 P -9.1936964e-02 -9.9576483e-01 0.0000000e+00 -8.5947924e-01 +11 C/Z 2.600000 0.600000 0.250000 +12 C/Z 2.250000 0.600000 0.250000 +13 C/Z 2.800000 0.400000 0.250000 +14 C/Z 2.400000 0.400000 0.250000 +15 C/Z 2.000000 0.400000 0.250000 +16 C/Z 1.900000 0.600000 0.250000 +17 PY 3.5422620e-01 +18 P -9.5365684e-01 -3.0089637e-01 0.0000000e+00 -2.4394349e+00 +19 P 9.7564028e-01 2.1937647e-01 -0.0000000e+00 2.2670657e+00 +20 P 4.4721360e-01 -8.9442719e-01 0.0000000e+00 4.2485292e-01 +21 P 9.4350320e-01 -3.3136340e-01 0.0000000e+00 2.1483374e+00 +22 P 9.7373848e-01 2.2766943e-01 -0.0000000e+00 2.6569382e+00 +23 P -5.2755049e-01 8.4952368e-01 0.0000000e+00 -6.9337305e-01 +24 P 7.9742441e-01 -6.0341885e-01 0.0000000e+00 1.9106083e+00 +25 PX -1.0000000e+00 +26 PX 6.0000000e+00 +27 PY -1.0000000e+00 +28 PY 2.0000000e+00 +29 PZ -1.0000000e+00 +30 PZ 2.0000000e+00 +31 S 2.5000000e+00 5.0000000e-01 5.0000000e-01 4.1745299e+00 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/dientes3/dientes3.mcnp b/tests/regression_test_files/inputSTEP/dientes3/dientes3.mcnp new file mode 100644 index 00000000..74683ff0 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/dientes3/dientes3.mcnp @@ -0,0 +1,93 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/dientes3.stp +C +C Creation Date : 2024-05-27 14:57:19.026668 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 31 +C Materials : 0 +C +C ************************************************************** +1 0 -7 -12 -11 6:6 11 -17 -14 -13 -7:6 11 15 -14 18 -12 19 -7:6 16 -15 + 20 -7:6 -16 -15 -12 -7:6 12 -14 -11 21 -7:6 14 -13 -11 22 -7:1 4 6 + 15 -7 -5 -2:2 4 6 8 11 14 -7 -3:2 6 14 23 -9 -7:6 10 11 -8 -7 24:2 6 + 9 11 -10 -8 -7 -5 -3 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 25 -26 27 -28 29 -30 ((12:11) (16:15:12) ((10:-9:5:8) (-14:-4:-8): + 3:-11:-2) (13:(17:-11:14) (-22:-14:11)) (-1:-4:-15:5:2) (-19:-18:-11: + -15:14:12) (-20:-16:15) (-21:-12:14:11) (-23:-2:-14:9) (-24:-10:-11: + 8):-6:7) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1.000, 6.000, -1.000, 2.000, -1.000, 2.000) + $Enclosed cells : (1) +3 0 -31 (-25:26:-27:28:-29:30) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 31 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PX 0.0000000e+00 +2 PX 2.2000000e+00 +3 PX 5.0000000e+00 +4 PY 0.0000000e+00 +5 PY 1.0000000e+00 +6 PZ 0.0000000e+00 +7 PZ 1.0000000e+00 +8 P 2.2766943e-01 -9.7373848e-01 0.0000000e+00 2.5743812e-01 +9 P 6.7417605e-01 7.3857069e-01 -0.0000000e+00 2.0641125e+00 +10 P -9.1936964e-02 -9.9576483e-01 0.0000000e+00 -8.5947924e-01 +11 C/Z 2.600000 0.600000 0.250000 +12 C/Z 2.250000 0.600000 0.250000 +13 C/Z 2.800000 0.400000 0.250000 +14 C/Z 2.400000 0.400000 0.250000 +15 C/Z 2.000000 0.400000 0.250000 +16 C/Z 1.900000 0.600000 0.250000 +17 PY 3.5422620e-01 +18 P -9.5365684e-01 -3.0089637e-01 0.0000000e+00 -2.4394349e+00 +19 P 9.7564028e-01 2.1937647e-01 -0.0000000e+00 2.2670657e+00 +20 P 4.4721360e-01 -8.9442719e-01 0.0000000e+00 4.2485292e-01 +21 P 9.4350320e-01 -3.3136340e-01 0.0000000e+00 2.1483374e+00 +22 P 9.7373848e-01 2.2766943e-01 -0.0000000e+00 2.6569382e+00 +23 P -5.2755049e-01 8.4952368e-01 0.0000000e+00 -6.9337305e-01 +24 P 7.9742441e-01 -6.0341885e-01 0.0000000e+00 1.9106083e+00 +25 PX -1.0000000e+00 +26 PX 6.0000000e+00 +27 PY -1.0000000e+00 +28 PY 2.0000000e+00 +29 PZ -1.0000000e+00 +30 PZ 2.0000000e+00 +31 S 2.5000000e+00 5.0000000e-01 5.0000000e-01 4.1745299e+00 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0000000e+00 6.0000000e+00 +C SI2 -1.0000000e+00 2.0000000e+00 +C SI3 -1.0000000e+00 2.0000000e+00 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=31 WGT=5.4747593e+01 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 4.7911041e+00 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/dientes3/dientes3.py b/tests/regression_test_files/inputSTEP/dientes3/dientes3.py new file mode 100644 index 00000000..8d170c49 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/dientes3/dientes3.py @@ -0,0 +1,48 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.XPlane(x0=0.0) +S2 = openmc.XPlane(x0=2.2) +S3 = openmc.XPlane(x0=5.0) +S4 = openmc.YPlane(y0=0.0) +S5 = openmc.YPlane(y0=1.0) +S6 = openmc.ZPlane(z0=0.0) +S7 = openmc.ZPlane(z0=1.0) +S8 = openmc.Plane(a=0.22766942561711898,b=-0.9737384826734389,c=0.0,d=0.2574381156893019) +S9 = openmc.Plane(a=0.6741760473800811,b=0.7385706852691694,c=-0.0,d=2.064112511980219) +S10 = openmc.Plane(a=-0.0919369635007322,b=-0.9957648290345793,c=0.0,d=-0.8594792433978343) +S11 = openmc.ZCylinder(x0=2.6,y0=0.6000000000000001,r=0.25) +S12 = openmc.ZCylinder(x0=2.25,y0=0.6000000000000001,r=0.25) +S13 = openmc.ZCylinder(x0=2.8000000000000003,y0=0.4,r=0.25) +S14 = openmc.ZCylinder(x0=2.4000000000000004,y0=0.4,r=0.25) +S15 = openmc.ZCylinder(x0=2.0,y0=0.4,r=0.25) +S16 = openmc.ZCylinder(x0=1.9000000000000001,y0=0.6000000000000001,r=0.25) +S17 = openmc.YPlane(y0=0.3542262026288628) +S18 = openmc.Plane(a=-0.9536568438832053,b=-0.30089636773268635,c=0.0,d=-2.439434920192107) +S19 = openmc.Plane(a=0.9756402832952213,b=0.21937647460842316,c=-0.0,d=2.2670656842841197) +S20 = openmc.Plane(a=0.4472135954997767,b=-0.8944271910000066,c=0.0,d=0.424852915724516) +S21 = openmc.Plane(a=0.943503204892064,b=-0.3313633992437967,c=0.0,d=2.1483374323054245) +S22 = openmc.Plane(a=0.9737384826734391,b=0.22766942561711884,c=-0.0,d=2.656938239040357) +S23 = openmc.Plane(a=-0.5275504894779767,b=0.8495236789233995,c=0.0,d=-0.693373053443679) +S24 = openmc.Plane(a=0.7974244108080556,b=-0.6034188504243344,c=0.0,d=1.9106082605483579) +S25 = openmc.XPlane(x0=-1.0) +S26 = openmc.XPlane(x0=6.0) +S27 = openmc.YPlane(y0=-1.0) +S28 = openmc.YPlane(y0=2.0) +S29 = openmc.ZPlane(z0=-1.0) +S30 = openmc.ZPlane(z0=2.0) +S31 = openmc.Sphere(x0=2.5,y0=0.5,z0=0.5,r=4.17452991365495, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S7 & -S12 & -S11 & +S6) | (+S6 & +S11 & -S17 & -S14 & -S13 & -S7) | (+S6 & +S11 & +S15 & -S14 & +S18 & -S12 & +S19 & -S7) | (+S6 & +S16 & -S15 & +S20 & -S7) | (+S6 & -S16 & -S15 & -S12 & -S7) | (+S6 & +S12 & -S14 & -S11 & +S21 & -S7) | (+S6 & +S14 & -S13 & -S11 & +S22 & -S7) | (+S1 & +S4 & +S6 & +S15 & -S7 & -S5 & -S2) | (+S2 & +S4 & +S6 & +S8 & +S11 & +S14 & -S7 & -S3) | (+S2 & +S6 & +S14 & +S23 & -S9 & -S7) | (+S6 & +S10 & +S11 & -S8 & -S7 & +S24) | (+S2 & +S6 & +S9 & +S11 & -S10 & -S8 & -S7 & -S5 & -S3))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1.000, 6.000, -1.000, 2.000, -1.000, 2.000). Enclosed cells : (1)", region=(+S25 & -S26 & +S27 & -S28 & +S29 & -S30 & (((+S12 | +S11) & (+S16 | +S15 | +S12) & (((+S10 | -S9 | +S5 | +S8) & (-S14 | -S4 | -S8)) | (+S3 | -S11 | -S2)) & ((+S13) | ((+S17 | -S11 | +S14) & (-S22 | -S14 | +S11))) & (-S1 | -S4 | -S15 | +S5 | +S2) & (-S19 | -S18 | -S11 | -S15 | +S14 | +S12) & (-S20 | -S16 | +S15) & (-S21 | -S12 | +S14 | +S11) & (-S23 | -S2 | -S14 | +S9) & (-S24 | -S10 | -S11 | +S8)) | (-S6 | +S7)))) +C3 = openmc.Cell(name="", region=(-S31 & (-S25 | +S26 | -S27 | +S28 | -S29 | +S30))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/dientes3/dientes3.serp b/tests/regression_test_files/inputSTEP/dientes3/dientes3.serp new file mode 100644 index 00000000..2e180c9c --- /dev/null +++ b/tests/regression_test_files/inputSTEP/dientes3/dientes3.serp @@ -0,0 +1,71 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/dientes3.stp +% +% Creation Date : 2024-05-27 14:57:19.028464 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 31 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -7 -12 -11 6:6 11 -17 -14 -13 -7:6 11 15 -14 18 -12 19 -7:6 + 16 -15 20 -7:6 -16 -15 -12 -7:6 12 -14 -11 21 -7:6 14 -13 -11 22 -7: + 1 4 6 15 -7 -5 -2:2 4 6 8 11 14 -7 -3:2 6 14 23 -9 -7:6 10 11 -8 -7 + 24:2 6 9 11 -10 -8 -7 -5 -3% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 25 -26 27 -28 29 -30 ((12:11) (16:15:12) ((10:-9:5:8) (-14:-4: + -8):3:-11:-2) (13:(17:-11:14) (-22:-14:11)) (-1:-4:-15:5:2) (-19:-18: + -11:-15:14:12) (-20:-16:15) (-21:-12:14:11) (-23:-2:-14:9) (-24:-10: + -11:8):-6:7) %Automatic Generated Void Cell. Enclosure(-1.000, 6.000, -1.000, 2.000, -1.000, 2.000) + %Enclosed cells : (1) +cell 3 0 void -31 (-25:26:-27:28:-29:30) %Graveyard_in +cell 4 0 outside 31 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 px 0.0000000e+00 +surf 2 px 2.2000000e+00 +surf 3 px 5.0000000e+00 +surf 4 py 0.0000000e+00 +surf 5 py 1.0000000e+00 +surf 6 pz 0.0000000e+00 +surf 7 pz 1.0000000e+00 +surf 8 plane 2.2766943e-01 -9.7373848e-01 0.0000000e+00 2.5743812e-01 +surf 9 plane 6.7417605e-01 7.3857069e-01 -0.0000000e+00 2.0641125e+00 +surf 10 plane -9.1936964e-02 -9.9576483e-01 0.0000000e+00 -8.5947924e-01 +surf 11 cylz 0.250000 +surf 12 cylz 0.250000 +surf 13 cylz 0.250000 +surf 14 cylz 0.250000 +surf 15 cylz 0.250000 +surf 16 cylz 0.250000 +surf 17 py 3.5422620e-01 +surf 18 plane -9.5365684e-01 -3.0089637e-01 0.0000000e+00 -2.4394349e+00 +surf 19 plane 9.7564028e-01 2.1937647e-01 -0.0000000e+00 2.2670657e+00 +surf 20 plane 4.4721360e-01 -8.9442719e-01 0.0000000e+00 4.2485292e-01 +surf 21 plane 9.4350320e-01 -3.3136340e-01 0.0000000e+00 2.1483374e+00 +surf 22 plane 9.7373848e-01 2.2766943e-01 -0.0000000e+00 2.6569382e+00 +surf 23 plane -5.2755049e-01 8.4952368e-01 0.0000000e+00 -6.9337305e-01 +surf 24 plane 7.9742441e-01 -6.0341885e-01 0.0000000e+00 1.9106083e+00 +surf 25 px -1.0000000e+00 +surf 26 px 6.0000000e+00 +surf 27 py -1.0000000e+00 +surf 28 py 2.0000000e+00 +surf 29 pz -1.0000000e+00 +surf 30 pz 2.0000000e+00 +surf 31 sph 2.5000000e+00 5.0000000e-01 5.0000000e-01 4.1745299e+00 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/dientes3/dientes3.xml b/tests/regression_test_files/inputSTEP/dientes3/dientes3.xml new file mode 100644 index 00000000..bc239ede --- /dev/null +++ b/tests/regression_test_files/inputSTEP/dientes3/dientes3.xml @@ -0,0 +1,38 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/placa/placa.inp b/tests/regression_test_files/inputSTEP/placa/placa.inp new file mode 100644 index 00000000..380a3c47 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa/placa.inp @@ -0,0 +1,181 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/placa.stp +$ +$ Creation Date : 2024-05-27 14:57:23.507391 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 75 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -30 4 (-75:39) -43 -3:3 -30 -5 31:-32 4 (40:-75) -44 -3:-32 + 33 3 45 -5:4 (41:-75) -46 -3 -34:35 3 47 -5 -34:32 33 3 36 37 8 48 + 49 -7 -6 -5 1:4 (-75:39) 11 -10 -9 -3:32 33 34 3 35 38 7 12 13 14 50 + -6 -5:32 4 12 15 16 -3:4 38 (40:-75) -51 -18 -17 52 -3:4 19 53 -2 -3 + 30:34 3 35 12 -20 -13 -2 54 -5 30:35 3 -13 20 55 -5:32 4 38 (-75:39) + (40:-75) 9 -21 12 -15 18 56 57 58 -3 30:4 12 21 59 -3 30:32 4 36 38 + (40:-75) 9 -22 (42:-75) 48 17 23 -6 60 -3 1:32 4 61 22 -3 1:34 4 24 + -6 -3 62:34 4 25 26 -3 -2:-63 34 4 -27 38 -24 (41:-75) -11 -9 -6 28 + -3:-64 4 -27 -28 (41:-75) -3:34 66 4 (-75:39) -25 (41:-75) -19 -3 30 + 27 29 -2 -65:-29 4 (-75:39) -67 -11 27 -3 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -74 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 74 + $Outer void + +$ +$ ########################################################## +$ SURFACE 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-1.1075909e+01 +17 P 6.5401212e-01 5.4877599e-01 -5.2068518e-01 2.0111561e+01 +18 P -6.0311280e-01 -5.0606680e-01 6.1656414e-01 -1.3283184e+01 +19 P -6.1679743e-01 -5.1582596e-01 5.9454563e-01 2.0629191e+00 +20 P 7.0115516e-01 5.8833904e-01 -4.0278854e-01 1.3603617e+01 +21 P 4.7990267e-01 2.4574277e-01 8.4220183e-01 1.4515055e+02 +22 P -6.0219114e-01 -6.4241645e-01 4.7399043e-01 7.9254273e+01 +23 P 6.3938920e-01 5.3651124e-01 -5.5076051e-01 1.9368828e+01 +24 P 1.8221743e-01 1.7018854e-01 9.6841761e-01 2.1907619e+01 +25 P 6.9995799e-01 4.4048805e-01 -5.6216464e-01 1.1077906e+02 +26 P -7.0320325e-02 -5.9005759e-02 9.9577777e-01 3.4104194e+01 +27 P -6.0191545e-01 -5.0506704e-01 6.1855079e-01 -1.5515393e+00 +28 P 1.6547244e-01 1.3884786e-01 -9.7639139e-01 -1.9628835e+01 +29 P 7.4879990e-01 6.2831160e-01 2.1100532e-01 2.7125826e+01 +30 GQ 0.586828809377932 0.413171190622068 1.000000000000000 + 0.984806088246840 0.000000000000000 0.000000000000000 + -24.060861517336939 -20.189263488832218 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5.6961754e-01 -4.0186543e+00 +67 P -1.3173798e-01 -2.1145551e-01 9.6846872e-01 9.5731707e+01 +68 PX 6.1482381e+02 +69 PX 6.3892909e+02 +70 PY -7.2132816e+02 +71 PY -6.9987296e+02 +72 PZ -1.3875000e+01 +73 PZ 3.8125000e+01 +74 S 6.2687645e+02 -7.1060056e+02 1.2125000e+01 3.1211792e+01 +75 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.1672261e+02 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/placa/placa.mcnp b/tests/regression_test_files/inputSTEP/placa/placa.mcnp new file mode 100644 index 00000000..c0cc9e51 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa/placa.mcnp @@ -0,0 +1,189 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/placa.stp +C +C Creation Date : 2024-05-27 14:57:23.501852 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 75 +C Materials : 0 +C +C ************************************************************** +1 0 -30 4 (-75:39) -43 -3:3 -30 -5 31:-32 4 (40:-75) -44 -3:-32 33 3 + 45 -5:4 (41:-75) -46 -3 -34:35 3 47 -5 -34:32 33 3 36 37 8 48 49 -7 + -6 -5 1:4 (-75:39) 11 -10 -9 -3:32 33 34 3 35 38 7 12 13 14 50 -6 -5: + 32 4 12 15 16 -3:4 38 (40:-75) -51 -18 -17 52 -3:4 19 53 -2 -3 30:34 + 3 35 12 -20 -13 -2 54 -5 30:35 3 -13 20 55 -5:32 4 38 (-75:39) (40: + -75) 9 -21 12 -15 18 56 57 58 -3 30:4 12 21 59 -3 30:32 4 36 38 (40: + -75) 9 -22 (42:-75) 48 17 23 -6 60 -3 1:32 4 61 22 -3 1:34 4 24 -6 + -3 62:34 4 25 26 -3 -2:-63 34 4 -27 38 -24 (41:-75) -11 -9 -6 28 -3: + -64 4 -27 -28 (41:-75) -3:34 66 4 (-75:39) -25 (41:-75) -19 -3 30 27 + 29 -2 -65:-29 4 (-75:39) -67 -11 27 -3 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 68 -69 70 -71 72 -73 (((-49:-37:-8:-33:7:5:-3) (-60:75 -42:-23:-40 + 75:-38:-17:-9:22:-4:3):-48:-36:6) (-61:-4:-22:3):-32:-1) (2:((-34: + (-25:-26) (-66:65:75 -41:-39 75:-29:-27:-30:19:25)) (-53:-19:-30):3: + -4) (-54:-35:20:13:-12:5:-34:-3:-30)) (10:-4:-39 75:-11:9:3) (-16: + -32:-4:-12:-15:3) (-31:-3:30:5) (43:30:-4:-39 75:3) (44:32:-4:-40 75: + 3) (-45:32:-33:-3:5) (46:-4:75 -41:3:34) (-47:-35:-3:5:34) (-50:-14: + -32:-33:-34:-3:-35:-38:-7:-12:-13:6:5) (-52:51:-4:-38:-40 75:18:17:3) + (-55:-35:-3:13:-20:5) (-58:-57:-56:-32:-4:-38:-39 75:-40 75:-9:21: + -12:15:-18:3:-30) (-59:-4:-12:-21:3:-30) (-62:-34:-4:-24:6:3) (63: + -34:-4:27:-38:24:75 -41:11:9:6:-28:3) (64:-4:27:28:75 -41:3) (67:29: + -4:-39 75:11:-27:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(614.824, 638.929, -721.328, -699.873, -13.875, 38.125) + $Enclosed cells : (1) +3 0 -74 (-68:69:-70:71:-72:73) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 74 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ -1.2875000e+01 +2 PZ 3.7125000e+01 +3 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4730000e+02 +4 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4930000e+02 +5 P -6.4278394e-01 7.6604752e-01 0.0000000e+00 -9.4529993e+02 +6 P 7.6604444e-01 6.4278761e-01 1.1270893e-13 3.6199998e+01 +7 P -4.5927144e-01 -3.8537074e-01 8.0034939e-01 -1.2720491e+01 +8 P 7.1859533e-01 6.0297308e-01 -3.4647398e-01 1.8520245e+01 +9 P -5.2877963e-01 -4.4369447e-01 -7.2355187e-01 -3.0633133e+01 +10 P 4.5548583e-01 2.2438361e-01 8.6150140e-01 1.4575331e+02 +11 P -5.2877809e-01 -4.4369750e-01 -7.2355115e-01 -3.0630007e+01 +12 P 7.6604752e-01 6.4278394e-01 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6.0092988e-01 5.0424004e-01 -6.2018164e-01 8.4740523e+00 +63 P -1.3744507e-01 -1.7193351e-01 9.7547308e-01 6.0772703e+01 +64 P 8.2541415e-01 5.5140014e-01 1.2103459e-01 1.3060347e+02 +65 P -6.8724544e-01 -6.9536940e-01 -2.1013117e-01 5.9311788e+01 +66 P -6.2961950e-01 -5.2831349e-01 5.6961754e-01 -4.0186543e+00 +67 P -1.3173798e-01 -2.1145551e-01 9.6846872e-01 9.5731707e+01 +68 PX 6.1482381e+02 +69 PX 6.3892909e+02 +70 PY -7.2132816e+02 +71 PY -6.9987296e+02 +72 PZ -1.3875000e+01 +73 PZ 3.8125000e+01 +74 S 6.2687645e+02 -7.1060056e+02 1.2125000e+01 3.1211792e+01 +75 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.1672261e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.1482381e+02 6.3892909e+02 +C SI2 -7.2132816e+02 -6.9987296e+02 +C SI3 -1.3875000e+01 3.8125000e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=74 WGT=3.0604641e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 4.2435948e+03 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/placa/placa.py b/tests/regression_test_files/inputSTEP/placa/placa.py new file mode 100644 index 00000000..5660b3af --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa/placa.py @@ -0,0 +1,92 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=-12.874999991900001) +S2 = openmc.ZPlane(z0=37.125000008099995) +S3 = openmc.Plane(a=-0.6427876096868016,b=0.766044443118758,c=0.0,d=-947.2999999994307) +S4 = openmc.Plane(a=-0.6427876096867997,b=0.7660444431187596,c=0.0,d=-949.2999999994302) +S5 = openmc.Plane(a=-0.6427839377443,b=0.76604752422936,c=0.0,d=-945.2999318178216) +S6 = openmc.Plane(a=0.7660444431187761,b=0.6427876096867801,c=1.1270893240591101e-13,d=36.19999849406222) +S7 = openmc.Plane(a=-0.4592714368813686,b=-0.38537074183363623,c=0.800349385333378,d=-12.720490997238466) +S8 = openmc.Plane(a=0.7185953312953625,b=0.6029730774560702,c=-0.34647397839327565,d=18.520245406572762) +S9 = openmc.Plane(a=-0.5287796309107722,b=-0.4436944740441951,c=-0.7235518748759573,d=-30.63313300350768) +S10 = openmc.Plane(a=0.45548582589246933,b=0.2243836121618337,c=0.8615013969833495,d=145.75330885378074) +S11 = openmc.Plane(a=-0.5287780876745612,b=-0.4436974983426649,c=-0.7235511481296225,d=-30.630006936414045) +S12 = openmc.Plane(a=0.7660475242293354,b=0.6427839377443293,c=0.0,d=10.704548840808366) +S13 = openmc.Plane(a=0.4505277933814638,b=0.37803770526176333,c=-0.8087720326465606,d=-4.6917764290037836) +S14 = openmc.Plane(a=-0.45926726223655884,b=-0.3853709903547617,c=0.8003516612281917,d=-12.717719593099048) +S15 = openmc.Plane(a=0.6405836766631315,b=0.4341341258939465,c=-0.6333878068979885,d=88.11235086898432) +S16 = openmc.Plane(a=-0.7651357789824665,b=-0.6420189000913066,c=0.04877470293546643,d=-11.07590913514803) +S17 = openmc.Plane(a=0.6540121235732248,b=0.5487759895129455,c=-0.5206851789261228,d=20.111560766749623) +S18 = openmc.Plane(a=-0.6031127997967553,b=-0.5060668014655401,c=0.6165641436020722,d=-13.283184009747643) +S19 = openmc.Plane(a=-0.6167974289116843,b=-0.5158259634008424,c=0.594545630855638,d=2.062919065141) +S20 = openmc.Plane(a=0.701155163887042,b=0.5883390394160696,c=-0.402788543597645,d=13.603617468263023) +S21 = openmc.Plane(a=0.4799026730476951,b=0.2457427663279188,c=0.8422018268795068,d=145.15055362045254) +S22 = openmc.Plane(a=-0.6021911421571048,b=-0.6424164534540825,c=0.4739904309572084,d=79.25427265345209) +S23 = openmc.Plane(a=0.6393891992745004,b=0.5365112412903433,c=-0.5507605104037583,d=19.368827827820343) +S24 = openmc.Plane(a=0.18221743324117914,b=0.170188541015701,c=0.9684176100887176,d=21.907619322443097) +S25 = openmc.Plane(a=0.6999579949587955,b=0.4404880478347605,c=-0.5621646422605967,d=110.77905658045097) +S26 = openmc.Plane(a=-0.07032032541064553,b=-0.05900575911638257,c=0.995777772510132,d=34.104193990968) +S27 = openmc.Plane(a=-0.6019154544111277,b=-0.5050670357966326,c=0.618550786187075,d=-1.5515393130634578) +S28 = openmc.Plane(a=0.16547243651293075,b=0.1388478604481047,c=-0.9763913889437256,d=-19.628834705893503) +S29 = openmc.Plane(a=0.7487998972537532,b=0.62831160119406,c=0.21100532144409323,d=27.125826454038233) +S30 = openmc.Cylinder(x0=620.939611157435,y0=-715.582135727268,z0=32.1250000081,r=5.0,dx=0.6427839377443,dy=-0.76604752422936,dz=0.0) +S31 = openmc.Cylinder(x0=622.8973997407861,y0=-714.02604265218,z0=30.1250000081519,r=1.3,dx=-0.6427876096867997,dy=0.7660444431187596,dz=2.7350484417333486e-29) +S32 = openmc.Cylinder(x0=620.939611157435,y0=-715.582135727268,z0=-7.874999991900001,r=5.0,dx=0.6427839377443,dy=-0.76604752422936,dz=0.0) +S33 = openmc.Cylinder(x0=622.8973997407891,y0=-714.0260426521771,z0=-2.3749999918481204,r=1.3,dx=-0.6427876096867997,dy=0.7660444431187596,dz=2.7350484417333486e-29) +S34 = openmc.Cylinder(x0=622.2297382736907,y0=-693.0059449509561,z0=32.12500000815331,r=5.0,dx=0.6427876096867997,dy=-0.7660444431187596,dz=-2.200102243369189e-15) +S35 = openmc.Cylinder(x0=630.7490343318422,y0=-707.437738962682,z0=27.845506919052998,r=1.3,dx=-0.6427876096867997,dy=0.7660444431187596,dz=2.7350484417333486e-29) +S36 = openmc.Cylinder(x0=637.2183090669881,y0=-701.9232160372571,z0=-12.399999991846101,r=4.5,dx=-0.6427876096867975,dy=0.7660444431187615,dz=-3.2124508814385317e-16) +S37 = openmc.Cylinder(x0=630.7490343318441,y0=-707.437738962679,z0=-4.65449308094699,r=1.3,dx=-0.6427876096867997,dy=0.7660444431187596,dz=2.7350484417333486e-29) +S38 = openmc.Cylinder(x0=630.434838646438,y0=-710.212984071019,z0=11.7485332723128,r=5.0,dx=-0.6427876096868034,dy=0.7660444431187564,dz=-2.7755575615628917e-15) +S39 = openmc.Cone(x0=603.1999468482487,y0=-690.5515300602987,z0=30.125,r2=0.015076048396218032,dx=0.6427876096867997,dy=-0.7660444431187596,dz=0.0) +S40 = openmc.Cone(x0=603.1999468482487,y0=-690.5515300602987,z0=-2.375,r2=0.015076048396218032,dx=0.6427876096867997,dy=-0.7660444431187596,dz=0.0) +S41 = openmc.Cone(x0=611.0515802619168,y0=-683.9632273587457,z0=27.8455,r2=0.015076048396218032,dx=0.6427876096867997,dy=-0.7660444431187596,dz=0.0) +S42 = openmc.Cone(x0=611.0515802619168,y0=-683.9632273587457,z0=-4.6545000000000005,r2=0.015076048396218032,dx=0.6427876096867997,dy=-0.7660444431187596,dz=0.0) +S43 = openmc.Plane(a=0.5960280717191482,b=0.5044892991986007,c=-0.6246927922722163,d=-7.670626646787667) +S44 = openmc.Plane(a=0.3606567358449878,b=0.2124081398884126,c=0.9081902339261214,d=68.71240608937971) +S45 = openmc.Plane(a=-0.31698943118213524,b=-0.26598571479220906,c=-0.9103676730010265,d=-4.277436210971864) +S46 = openmc.Plane(a=-0.38278775512172475,b=-0.38395916667819624,c=-0.8402671556431655,d=5.3132290606903725) +S47 = openmc.Plane(a=0.4141714932793834,b=0.3475311472551138,c=0.8412396066771166,d=39.058850543909664) +S48 = openmc.Plane(a=-0.6103924487817006,b=-0.512180078646472,c=0.6042289512328689,d=-33.65598700148049) +S49 = openmc.Plane(a=0.735330047079832,b=0.6170091649067959,c=-0.28033803217292924,d=18.684169680781785) +S50 = openmc.Plane(a=-0.45926910946928695,b=-0.38536878892202786,c=0.8003516612165291,d=-12.720441918897306) +S51 = openmc.Plane(a=-0.48827544564724257,b=-0.5146019792621501,c=-0.7048204680040614,d=62.50540990132382) +S52 = openmc.Plane(a=-0.16929291658522777,b=-0.14205362386769363,c=-0.9752746671272267,d=-12.904706969056617) +S53 = openmc.Plane(a=0.4698309639175262,b=0.39423115082176907,c=0.7898358469112882,d=38.954542992385434) +S54 = openmc.Plane(a=0.5416773990942014,b=0.4545168812171678,c=-0.7071067811859538,d=-15.146546276415837) +S55 = openmc.Plane(a=-0.5416752204178056,b=-0.45451947767076617,c=-0.7071067811888213,d=-38.94654551987024) +S56 = openmc.Plane(a=-0.5928763957166526,b=-0.4974775221912947,c=0.6332564206673638,d=-13.13976836220837) +S57 = openmc.Plane(a=-0.4096716018096887,b=-0.3437519436645339,c=-0.8449874436330631,d=-31.449360251257758) +S58 = openmc.Plane(a=-0.705148715457796,b=-0.5916900270661821,c=0.3907277837045132,d=-18.16478229890099) +S59 = openmc.Plane(a=-0.7436704659422528,b=-0.6240075391711302,c=-0.23993505192618952,d=-18.099771194088532) +S60 = openmc.Plane(a=0.6729499101078029,b=0.5646665245200301,c=-0.47779716886181944,d=20.37011679293893) +S61 = openmc.Plane(a=0.05778253499497758,b=0.04848483181808316,c=-0.9971511418702415,d=14.022906252212454) +S62 = openmc.Plane(a=0.600929879750343,b=0.5042400404622699,c=-0.6201816356663963,d=8.474052251412273) +S63 = openmc.Plane(a=-0.1374450744733965,b=-0.1719335084859385,c=0.9754730750577988,d=60.772702910490956) +S64 = openmc.Plane(a=0.8254141501514342,b=0.551400135971404,c=0.12103458505940616,d=130.6034727937999) +S65 = openmc.Plane(a=-0.6872454391141329,b=-0.6953693974493251,c=-0.21013116738786053,d=59.311787602833704) +S66 = openmc.Plane(a=-0.6296195022572576,b=-0.5283134921264536,c=0.5696175352062773,d=-4.018654286123112) +S67 = openmc.Plane(a=-0.13173797913870947,b=-0.21145551339268945,c=0.9684687246928954,d=95.7317066300159) +S68 = openmc.XPlane(x0=614.823805660799) +S69 = openmc.XPlane(x0=638.9290855636737) +S70 = openmc.YPlane(y0=-721.3281633966272) +S71 = openmc.YPlane(y0=-699.8729639196279) +S72 = openmc.ZPlane(z0=-13.874999992009883) +S73 = openmc.ZPlane(z0=38.12500000821074) +S74 = openmc.Sphere(x0=626.8764456122362,y0=-710.6005636581276,z0=12.125000008100429,r=31.211792098543874) +S75 = openmc.Plane(a=0.6427876096867997,b=-0.7660444431187596,c=0.0,d=916.7226142876393, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S30 & +S4 & (-S75 | +S39) & -S43 & -S3) | (+S3 & -S30 & -S5 & +S31) | (-S32 & +S4 & (+S40 | -S75) & -S44 & -S3) | (-S32 & +S33 & +S3 & +S45 & -S5) | (+S4 & (+S41 | -S75) & -S46 & -S3 & -S34) | (+S35 & +S3 & +S47 & -S5 & -S34) | (+S32 & +S33 & +S3 & +S36 & +S37 & +S8 & +S48 & +S49 & -S7 & -S6 & -S5 & +S1) | (+S4 & (-S75 | +S39) & +S11 & -S10 & -S9 & -S3) | (+S32 & +S33 & +S34 & +S3 & +S35 & +S38 & +S7 & +S12 & +S13 & +S14 & +S50 & -S6 & -S5) | (+S32 & +S4 & +S12 & +S15 & +S16 & -S3) | (+S4 & +S38 & (+S40 | -S75) & -S51 & -S18 & -S17 & +S52 & -S3) | (+S4 & +S19 & +S53 & -S2 & -S3 & +S30) | (+S34 & +S3 & +S35 & +S12 & -S20 & -S13 & -S2 & +S54 & -S5 & +S30) | (+S35 & +S3 & -S13 & +S20 & +S55 & -S5) | (+S32 & +S4 & +S38 & (-S75 | +S39) & (+S40 | -S75) & +S9 & -S21 & +S12 & -S15 & +S18 & +S56 & +S57 & +S58 & -S3 & +S30) | (+S4 & +S12 & +S21 & +S59 & -S3 & +S30) | (+S32 & +S4 & +S36 & +S38 & (+S40 | -S75) & +S9 & -S22 & (+S42 | -S75) & +S48 & +S17 & +S23 & -S6 & +S60 & -S3 & +S1) | (+S32 & +S4 & +S61 & +S22 & -S3 & +S1) | (+S34 & +S4 & +S24 & -S6 & -S3 & +S62) | (+S34 & +S4 & +S25 & +S26 & -S3 & -S2) | (-S63 & +S34 & +S4 & -S27 & +S38 & -S24 & (+S41 | -S75) & -S11 & -S9 & -S6 & +S28 & -S3) | (-S64 & +S4 & -S27 & -S28 & (+S41 | -S75) & -S3) | (+S34 & +S66 & +S4 & (-S75 | +S39) & -S25 & (+S41 | -S75) & -S19 & -S3 & +S30 & +S27 & +S29 & -S2 & -S65) | (-S29 & +S4 & (-S75 | +S39) & -S67 & -S11 & +S27 & -S3))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(614.824, 638.929, -721.328, -699.873, -13.875, 38.125). Enclosed cells : (1)", region=(+S68 & -S69 & +S70 & -S71 & +S72 & -S73 & ((((((-S49 | -S37 | -S8 | -S33 | +S7 | +S5 | -S3) & (-S60 | (+S75 & -S42) | -S23 | (-S40 & +S75) | -S38 | -S17 | -S9 | +S22 | -S4 | +S3)) | (-S48 | -S36 | +S6)) & (-S61 | -S4 | -S22 | +S3)) | (-S32 | -S1)) & ((+S2) | (((((-S34) | ((-S25 | -S26) & (-S66 | +S65 | (+S75 & -S41) | (-S39 & +S75) | -S29 | -S27 | -S30 | +S19 | +S25))) & (-S53 | -S19 | -S30)) | (+S3 | -S4)) & (-S54 | -S35 | +S20 | +S13 | -S12 | +S5 | -S34 | -S3 | -S30))) & (+S10 | -S4 | (-S39 & +S75) | -S11 | +S9 | +S3) & (-S16 | -S32 | -S4 | -S12 | -S15 | +S3) & (-S31 | -S3 | +S30 | +S5) & (+S43 | +S30 | -S4 | (-S39 & +S75) | +S3) & (+S44 | +S32 | -S4 | (-S40 & +S75) | +S3) & (-S45 | +S32 | -S33 | -S3 | +S5) & (+S46 | -S4 | (+S75 & -S41) | +S3 | +S34) & (-S47 | -S35 | -S3 | +S5 | +S34) & (-S50 | -S14 | -S32 | -S33 | -S34 | -S3 | -S35 | -S38 | -S7 | -S12 | -S13 | +S6 | +S5) & (-S52 | +S51 | -S4 | -S38 | (-S40 & +S75) | +S18 | +S17 | +S3) & (-S55 | -S35 | -S3 | +S13 | -S20 | +S5) & (-S58 | -S57 | -S56 | -S32 | -S4 | -S38 | (-S39 & +S75) | (-S40 & +S75) | -S9 | +S21 | -S12 | +S15 | -S18 | +S3 | -S30) & (-S59 | -S4 | -S12 | -S21 | +S3 | -S30) & (-S62 | -S34 | -S4 | -S24 | +S6 | +S3) & (+S63 | -S34 | -S4 | +S27 | -S38 | +S24 | (+S75 & -S41) | +S11 | +S9 | +S6 | -S28 | +S3) & (+S64 | -S4 | +S27 | +S28 | (+S75 & -S41) | +S3) & (+S67 | +S29 | -S4 | (-S39 & +S75) | +S11 | -S27 | +S3)))) +C3 = openmc.Cell(name="", region=(-S74 & (-S68 | +S69 | -S70 | +S71 | -S72 | +S73))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/placa/placa.serp b/tests/regression_test_files/inputSTEP/placa/placa.serp new file mode 100644 index 00000000..9dc11f23 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa/placa.serp @@ -0,0 +1,151 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/placa.stp +% +% Creation Date : 2024-05-27 14:57:23.505453 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 75 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -30 4 (-75:39) -43 -3:3 -30 -5 31:-32 4 (40:-75) -44 -3:-32 + 33 3 45 -5:4 (41:-75) -46 -3 -34:35 3 47 -5 -34:32 33 3 36 37 8 48 + 49 -7 -6 -5 1:4 (-75:39) 11 -10 -9 -3:32 33 34 3 35 38 7 12 13 14 50 + -6 -5:32 4 12 15 16 -3:4 38 (40:-75) -51 -18 -17 52 -3:4 19 53 -2 -3 + 30:34 3 35 12 -20 -13 -2 54 -5 30:35 3 -13 20 55 -5:32 4 38 (-75:39) + (40:-75) 9 -21 12 -15 18 56 57 58 -3 30:4 12 21 59 -3 30:32 4 36 38 + (40:-75) 9 -22 (42:-75) 48 17 23 -6 60 -3 1:32 4 61 22 -3 1:34 4 24 + -6 -3 62:34 4 25 26 -3 -2:-63 34 4 -27 38 -24 (41:-75) -11 -9 -6 28 + -3:-64 4 -27 -28 (41:-75) -3:34 66 4 (-75:39) -25 (41:-75) -19 -3 30 + 27 29 -2 -65:-29 4 (-75:39) -67 -11 27 -3% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 68 -69 70 -71 72 -73 (((-49:-37:-8:-33:7:5:-3) (-60:75 -42: + -23:-40 75:-38:-17:-9:22:-4:3):-48:-36:6) (-61:-4:-22:3):-32:-1) (2: + ((-34:(-25:-26) (-66:65:75 -41:-39 75:-29:-27:-30:19:25)) (-53:-19: + -30):3:-4) (-54:-35:20:13:-12:5:-34:-3:-30)) (10:-4:-39 75:-11:9:3) + (-16:-32:-4:-12:-15:3) (-31:-3:30:5) (43:30:-4:-39 75:3) (44:32:-4: + -40 75:3) (-45:32:-33:-3:5) (46:-4:75 -41:3:34) (-47:-35:-3:5:34) + (-50:-14:-32:-33:-34:-3:-35:-38:-7:-12:-13:6:5) (-52:51:-4:-38:-40 + 75:18:17:3) (-55:-35:-3:13:-20:5) (-58:-57:-56:-32:-4:-38:-39 75:-40 + 75:-9:21:-12:15:-18:3:-30) (-59:-4:-12:-21:3:-30) (-62:-34:-4:-24:6: + 3) (63:-34:-4:27:-38:24:75 -41:11:9:6:-28:3) (64:-4:27:28:75 -41:3) + (67:29:-4:-39 75:11:-27:3) %Automatic Generated Void Cell. Enclosure(614.824, 638.929, -721.328, -699.873, -13.875, 38.125) + %Enclosed cells : (1) +cell 3 0 void -74 (-68:69:-70:71:-72:73) %Graveyard_in +cell 4 0 outside 74 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz -1.2875000e+01 +surf 2 pz 3.7125000e+01 +surf 3 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4730000e+02 +surf 4 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4930000e+02 +surf 5 plane -6.4278394e-01 7.6604752e-01 0.0000000e+00 -9.4529993e+02 +surf 6 plane 7.6604444e-01 6.4278761e-01 1.1270893e-13 3.6199998e+01 +surf 7 plane -4.5927144e-01 -3.8537074e-01 8.0034939e-01 -1.2720491e+01 +surf 8 plane 7.1859533e-01 6.0297308e-01 -3.4647398e-01 1.8520245e+01 +surf 9 plane -5.2877963e-01 -4.4369447e-01 -7.2355187e-01 -3.0633133e+01 +surf 10 plane 4.5548583e-01 2.2438361e-01 8.6150140e-01 1.4575331e+02 +surf 11 plane -5.2877809e-01 -4.4369750e-01 -7.2355115e-01 -3.0630007e+01 +surf 12 plane 7.6604752e-01 6.4278394e-01 0.0000000e+00 1.0704549e+01 +surf 13 plane 4.5052779e-01 3.7803771e-01 -8.0877203e-01 -4.6917764e+00 +surf 14 plane -4.5926726e-01 -3.8537099e-01 8.0035166e-01 -1.2717720e+01 +surf 15 plane 6.4058368e-01 4.3413413e-01 -6.3338781e-01 8.8112351e+01 +surf 16 plane -7.6513578e-01 -6.4201890e-01 4.8774703e-02 -1.1075909e+01 +surf 17 plane 6.5401212e-01 5.4877599e-01 -5.2068518e-01 2.0111561e+01 +surf 18 plane -6.0311280e-01 -5.0606680e-01 6.1656414e-01 -1.3283184e+01 +surf 19 plane -6.1679743e-01 -5.1582596e-01 5.9454563e-01 2.0629191e+00 +surf 20 plane 7.0115516e-01 5.8833904e-01 -4.0278854e-01 1.3603617e+01 +surf 21 plane 4.7990267e-01 2.4574277e-01 8.4220183e-01 1.4515055e+02 +surf 22 plane -6.0219114e-01 -6.4241645e-01 4.7399043e-01 7.9254273e+01 +surf 23 plane 6.3938920e-01 5.3651124e-01 -5.5076051e-01 1.9368828e+01 +surf 24 plane 1.8221743e-01 1.7018854e-01 9.6841761e-01 2.1907619e+01 +surf 25 plane 6.9995799e-01 4.4048805e-01 -5.6216464e-01 1.1077906e+02 +surf 26 plane -7.0320325e-02 -5.9005759e-02 9.9577777e-01 3.4104194e+01 +surf 27 plane -6.0191545e-01 -5.0506704e-01 6.1855079e-01 -1.5515393e+00 +surf 28 plane 1.6547244e-01 1.3884786e-01 -9.7639139e-01 -1.9628835e+01 +surf 29 plane 7.4879990e-01 6.2831160e-01 2.1100532e-01 2.7125826e+01 +surf quadratic 0.586828809377932 0.413171190622068 1.000000000000000 + 0.984806088246840 0.000000000000000 0.000000000000000 + -24.060861517336939 -20.189263488832218 -64.250000016200005 + 1253.648479814914936 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422249501 -23.397467056567294 -60.250000016303801 + 1237.065570674001947 +surf quadratic 0.586828809377932 0.413171190622068 1.000000000000000 + 0.984806088246840 0.000000000000000 0.000000000000000 + -24.060861517336939 -20.189263488832218 15.749999983800002 + 283.648479166914854 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -27.884015422255771 -23.397467056572555 4.749999983696241 + 335.190570144277444 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000003 0.000000000000003 + -47.801170943336906 -40.109944908423614 -64.250000016310707 + 1980.455531551705008 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604361017 -36.574074435563709 -55.691013838105995 + 1583.060830578958530 +surf quadratic 0.586824088833133 0.413175911166867 1.000000000000000 + 0.984807753012325 0.000000000000000 -0.000000000000000 + -56.610682039214538 -47.502002419831683 24.799999983692810 + 1498.812388507476271 +surf quadratic 0.586824088833131 0.413175911166870 1.000000000000000 + 0.984807753012326 -0.000000000000000 0.000000000000000 + -43.587284604366324 -36.574074435568164 9.308986161893980 + 829.352880840710895 +surf quadratic 0.586824088833126 0.413175911166874 1.000000000000000 + 0.984807753012328 0.000000000000004 -0.000000000000004 + -40.485446511548822 -33.971323235911989 -23.497066544620328 + 811.308579460152714 +surf 43 plane 5.9602807e-01 5.0448930e-01 -6.2469279e-01 -7.6706266e+00 +surf 44 plane 3.6065674e-01 2.1240814e-01 9.0819023e-01 6.8712406e+01 +surf 45 plane -3.1698943e-01 -2.6598571e-01 -9.1036767e-01 -4.2774362e+00 +surf 46 plane -3.8278776e-01 -3.8395917e-01 -8.4026716e-01 5.3132291e+00 +surf 47 plane 4.1417149e-01 3.4753115e-01 8.4123961e-01 3.9058851e+01 +surf 48 plane -6.1039245e-01 -5.1218008e-01 6.0422895e-01 -3.3655987e+01 +surf 49 plane 7.3533005e-01 6.1700916e-01 -2.8033803e-01 1.8684170e+01 +surf 50 plane -4.5926911e-01 -3.8536879e-01 8.0035166e-01 -1.2720442e+01 +surf 51 plane -4.8827545e-01 -5.1460198e-01 -7.0482047e-01 6.2505410e+01 +surf 52 plane -1.6929292e-01 -1.4205362e-01 -9.7527467e-01 -1.2904707e+01 +surf 53 plane 4.6983096e-01 3.9423115e-01 7.8983585e-01 3.8954543e+01 +surf 54 plane 5.4167740e-01 4.5451688e-01 -7.0710678e-01 -1.5146546e+01 +surf 55 plane -5.4167522e-01 -4.5451948e-01 -7.0710678e-01 -3.8946546e+01 +surf 56 plane -5.9287640e-01 -4.9747752e-01 6.3325642e-01 -1.3139768e+01 +surf 57 plane -4.0967160e-01 -3.4375194e-01 -8.4498744e-01 -3.1449360e+01 +surf 58 plane -7.0514872e-01 -5.9169003e-01 3.9072778e-01 -1.8164782e+01 +surf 59 plane -7.4367047e-01 -6.2400754e-01 -2.3993505e-01 -1.8099771e+01 +surf 60 plane 6.7294991e-01 5.6466652e-01 -4.7779717e-01 2.0370117e+01 +surf 61 plane 5.7782535e-02 4.8484832e-02 -9.9715114e-01 1.4022906e+01 +surf 62 plane 6.0092988e-01 5.0424004e-01 -6.2018164e-01 8.4740523e+00 +surf 63 plane -1.3744507e-01 -1.7193351e-01 9.7547308e-01 6.0772703e+01 +surf 64 plane 8.2541415e-01 5.5140014e-01 1.2103459e-01 1.3060347e+02 +surf 65 plane -6.8724544e-01 -6.9536940e-01 -2.1013117e-01 5.9311788e+01 +surf 66 plane -6.2961950e-01 -5.2831349e-01 5.6961754e-01 -4.0186543e+00 +surf 67 plane -1.3173798e-01 -2.1145551e-01 9.6846872e-01 9.5731707e+01 +surf 68 px 6.1482381e+02 +surf 69 px 6.3892909e+02 +surf 70 py -7.2132816e+02 +surf 71 py -6.9987296e+02 +surf 72 pz -1.3875000e+01 +surf 73 pz 3.8125000e+01 +surf 74 sph 6.2687645e+02 -7.1060056e+02 1.2125000e+01 3.1211792e+01 +surf 75 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.1672261e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/placa/placa.xml b/tests/regression_test_files/inputSTEP/placa/placa.xml new file mode 100644 index 00000000..a8457ca1 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa/placa.xml @@ -0,0 +1,82 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/placa2/placa2.inp b/tests/regression_test_files/inputSTEP/placa2/placa2.inp new file mode 100644 index 00000000..2e3b64df --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa2/placa2.inp @@ -0,0 +1,124 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/placa2.stp +$ +$ Creation Date : 2024-05-27 14:57:19.927227 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 34 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 8 -23 -22 12 (18:-34) (19:-34) (20:-34) (21:-34) -2 -7 -6 -5 + 1:2 -25 13 (18:-34) -9 24 -7 -6 -5 -3:-1 -26 (19:-34) -10 -9 -7 -6 4: + 6 8 11 12 14 15 16 17 -2 -5 1:2 6 11 13 -9 24 -5 -3:-1 6 11 -10 -9 4 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -33 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 33 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 PZ 9.3375000e+01 +2 PZ 1.3337500e+02 +3 PZ 1.3837500e+02 +4 PZ 8.8375000e+01 +5 P -7.6604444e-01 -6.4278761e-01 -1.0951000e-13 -3.7700002e+01 +6 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4730000e+02 +7 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.4930000e+02 +8 P -7.6604752e-01 -6.4278394e-01 -0.0000000e+00 -6.3204549e+01 +9 P 7.6604752e-01 6.4278394e-01 -7.1919100e-12 5.8204549e+01 +10 P -7.6604444e-01 -6.4278761e-01 5.8756953e-08 -4.2699996e+01 +11 P 6.4278394e-01 -7.6604752e-01 0.0000000e+00 9.4529993e+02 +12 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000001 0.000000000000001 + -72.735922180411080 -61.032685474964154 -227.502933455200747 + 15168.271950610556814 +13 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000001 -0.000000000000000 + -56.610686652711180 -47.502006291015334 -275.799999983399346 + 20361.462608951547736 +14 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -69.634084087615932 -58.429934275326445 -260.308986161599989 + 19004.242790655047429 +15 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -69.634084087615932 -58.429934275326445 -195.308986161654019 + 11600.450740408323327 +16 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -85.337353269781204 -71.606541654367931 -255.749999983400016 + 19452.815790574819403 +17 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -85.337353269781204 -71.606541654367931 -190.749999983456007 + 12197.190791119655842 +18 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -51.866721753795616 -79.604252265001094 -260.309000000000026 + 6336.319743488304084 +19 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -67.569988581000104 -92.780857667995718 -190.750000000000000 + -470.734226189155379 +20 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -67.569988581000104 -92.780857667995718 -255.750000000000000 + 6784.890773810844621 +21 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -51.866721753795616 -79.604252265001094 -195.308999999999997 + -1067.472756511699117 +22 P -6.7327876e-02 8.0238238e-02 9.9449926e-01 3.3417745e+01 +23 P -4.1953686e-02 4.9998456e-02 -9.9786775e-01 -1.5500461e+02 +24 P 6.1039245e-01 5.1218008e-01 -6.0422895e-01 -5.0602406e+01 +25 P 6.3235763e-02 -7.5361447e-02 -9.9514918e-01 -3.9338372e+01 +26 P 1.7077655e-01 4.2459365e-02 9.8439452e-01 1.7350796e+02 +27 PX 6.3550708e+02 +28 PX 6.5961229e+02 +29 PY -7.0397290e+02 +30 PY -6.8251780e+02 +31 PZ 8.7375000e+01 +32 PZ 1.3937500e+02 +33 S 6.4755968e+02 -6.9324535e+02 1.1337500e+02 3.1211759e+01 +34 P 6.4278761e-01 -7.6604444e-01 -0.0000000e+00 9.1672261e+02 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/placa2/placa2.mcnp b/tests/regression_test_files/inputSTEP/placa2/placa2.mcnp new file mode 100644 index 00000000..2862c889 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa2/placa2.mcnp @@ -0,0 +1,124 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/placa2.stp +C +C Creation Date : 2024-05-27 14:57:19.923550 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 34 +C Materials : 0 +C +C ************************************************************** +1 0 8 -23 -22 12 (18:-34) (19:-34) (20:-34) (21:-34) -2 -7 -6 -5 1:2 + -25 13 (18:-34) -9 24 -7 -6 -5 -3:-1 -26 (19:-34) -10 -9 -7 -6 4:6 8 + 11 12 14 15 16 17 -2 -5 1:2 6 11 13 -9 24 -5 -3:-1 6 11 -10 -9 4 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 27 -28 29 -30 31 -32 ((-6:-11) (26:34 -19:7:6):10:-4:9:1) (5:((-6: + -11) (25:34 -18:7:6):-24:-13:3:9:-2) ((-17:-16:-15:-14:-11:-6) (23: + 22:34 -21:34 -20:34 -19:34 -18:7:6):-12:-8:-1:2)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(635.507, 659.612, -703.973, -682.518, 87.375, 139.375) + $Enclosed cells : (1) +3 0 -33 (-27:28:-29:30:-31:32) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 33 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 PZ 9.3375000e+01 +2 PZ 1.3337500e+02 +3 PZ 1.3837500e+02 +4 PZ 8.8375000e+01 +5 P -7.6604444e-01 -6.4278761e-01 -1.0951000e-13 -3.7700002e+01 +6 P -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4730000e+02 +7 P 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.4930000e+02 +8 P -7.6604752e-01 -6.4278394e-01 -0.0000000e+00 -6.3204549e+01 +9 P 7.6604752e-01 6.4278394e-01 -7.1919100e-12 5.8204549e+01 +10 P -7.6604444e-01 -6.4278761e-01 5.8756953e-08 -4.2699996e+01 +11 P 6.4278394e-01 -7.6604752e-01 0.0000000e+00 9.4529993e+02 +12 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000001 0.000000000000001 + -72.735922180411080 -61.032685474964154 -227.502933455200747 + 15168.271950610556814 +13 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000001 -0.000000000000000 + -56.610686652711180 -47.502006291015334 -275.799999983399346 + 20361.462608951547736 +14 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -69.634084087615932 -58.429934275326445 -260.308986161599989 + 19004.242790655047429 +15 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -69.634084087615932 -58.429934275326445 -195.308986161654019 + 11600.450740408323327 +16 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -85.337353269781204 -71.606541654367931 -255.749999983400016 + 19452.815790574819403 +17 GQ 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -85.337353269781204 -71.606541654367931 -190.749999983456007 + 12197.190791119655842 +18 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -51.866721753795616 -79.604252265001094 -260.309000000000026 + 6336.319743488304084 +19 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -67.569988581000104 -92.780857667995718 -190.750000000000000 + -470.734226189155379 +20 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -67.569988581000104 -92.780857667995718 -255.750000000000000 + 6784.890773810844621 +21 GQ 0.580595028800228 0.404328922803554 1.000000000000000 + 0.999654762357710 0.000000000000000 0.000000000000000 + -51.866721753795616 -79.604252265001094 -195.308999999999997 + -1067.472756511699117 +22 P -6.7327876e-02 8.0238238e-02 9.9449926e-01 3.3417745e+01 +23 P -4.1953686e-02 4.9998456e-02 -9.9786775e-01 -1.5500461e+02 +24 P 6.1039245e-01 5.1218008e-01 -6.0422895e-01 -5.0602406e+01 +25 P 6.3235763e-02 -7.5361447e-02 -9.9514918e-01 -3.9338372e+01 +26 P 1.7077655e-01 4.2459365e-02 9.8439452e-01 1.7350796e+02 +27 PX 6.3550708e+02 +28 PX 6.5961229e+02 +29 PY -7.0397290e+02 +30 PY -6.8251780e+02 +31 PZ 8.7375000e+01 +32 PZ 1.3937500e+02 +33 S 6.4755968e+02 -6.9324535e+02 1.1337500e+02 3.1211759e+01 +34 P 6.4278761e-01 -7.6604444e-01 -0.0000000e+00 9.1672261e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.3550708e+02 6.5961229e+02 +C SI2 -7.0397290e+02 -6.8251780e+02 +C SI3 8.7375000e+01 1.3937500e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=33 WGT=3.0604575e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 4.0088183e+03 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/placa2/placa2.py b/tests/regression_test_files/inputSTEP/placa2/placa2.py new file mode 100644 index 00000000..e9952ffc --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa2/placa2.py @@ -0,0 +1,51 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.ZPlane(z0=93.375000008) +S2 = openmc.ZPlane(z0=133.375000008) +S3 = openmc.ZPlane(z0=138.375000008) +S4 = openmc.ZPlane(z0=88.375000008) +S5 = openmc.Plane(a=-0.7660444431187603,b=-0.6427876096867989,c=-1.0950999999996575e-13,d=-37.70000150534511) +S6 = openmc.Plane(a=-0.6427876096867999,b=0.7660444431187595,c=0.0,d=-947.2999999994895) +S7 = openmc.Plane(a=0.6427876096867989,b=-0.7660444431187603,c=0.0,d=949.2999999994032) +S8 = openmc.Plane(a=-0.766047524229359,b=-0.6427839377443012,c=-0.0,d=-63.20454884157662) +S9 = openmc.Plane(a=0.766047524229359,b=0.6427839377443012,c=-7.19191000000337e-12,d=58.2045488409685) +S10 = openmc.Plane(a=-0.766044443118759,b=-0.6427876096867977,c=5.875695302998151e-08,d=-42.69999631271864) +S11 = openmc.Plane(a=0.6427839377443012,b=-0.766047524229359,c=0.0,d=945.2999318179999) +S12 = openmc.Cylinder(x0=646.5600764807,y0=-696.6823029513,z0=113.7514667276,r=5.0,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-3.8999999999987795e-16) +S13 = openmc.Cylinder(x0=637.2183113736,y0=-701.9232141015,z0=137.8999999917,r=4.5,dx=0.6427876096867989,dy=-0.7660444431187603,dz=3.499999999998905e-16) +S14 = openmc.Cylinder(x0=643.7724340733,y0=-696.5098090426001,z0=130.1544930808,r=1.3,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-0.0) +S15 = openmc.Cylinder(x0=643.7724340733,y0=-696.5098090426001,z0=97.65449308082701,r=1.3,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-0.0) +S16 = openmc.Cylinder(x0=651.6240686644,y0=-689.9215053531001,z0=127.87499999170001,r=1.3,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-0.0) +S17 = openmc.Cylinder(x0=651.6240686644,y0=-689.9215053531001,z0=95.374999991728,r=1.3,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-0.0) +S18 = openmc.Cone(x0=624.0749800515728,y0=-673.0352973985457,z0=130.1545,r2=0.015076048396218032,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-0.0) +S19 = openmc.Cone(x0=631.9266134651727,y0=-666.4469946970457,z0=95.375,r2=0.015076048396218032,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-0.0) +S20 = openmc.Cone(x0=631.9266134651727,y0=-666.4469946970457,z0=127.875,r2=0.015076048396218032,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-0.0) +S21 = openmc.Cone(x0=624.0749800515728,y0=-673.0352973985457,z0=97.6545,r2=0.015076048396218032,dx=0.6427876096867989,dy=-0.7660444431187603,dz=-0.0) +S22 = openmc.Plane(a=-0.067327876151555,b=0.08023823828530458,c=0.9944992620458759,d=33.417744668668185) +S23 = openmc.Plane(a=-0.04195368616713003,b=0.049998456212754415,c=-0.9978677480474711,d=-155.0046081744847) +S24 = openmc.Plane(a=0.6103924496917782,b=0.5121800794101197,c=-0.6042289496661953,d=-50.602405554464795) +S25 = openmc.Plane(a=0.0632357626887722,b=-0.07536144736472794,c=-0.995149180057072,d=-39.33837247769217) +S26 = openmc.Plane(a=0.17077654787776442,b=0.04245936543530825,c=0.9843945210035379,d=173.50795650927623) +S27 = openmc.XPlane(x0=635.5070764342618) +S28 = openmc.XPlane(x0=659.612285527804) +S29 = openmc.YPlane(y0=-703.9728959994371) +S30 = openmc.YPlane(y0=-682.5178036355916) +S31 = openmc.ZPlane(z0=87.374999991726) +S32 = openmc.ZPlane(z0=139.37500000800193) +S33 = openmc.Sphere(x0=647.5596809810329,y0=-693.2453498175144,z0=113.37499999986397,r=31.2117587302226) +S34 = openmc.Plane(a=0.6427876096867989,b=-0.7660444431187603,c=-0.0,d=916.7226142876252, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S8 & -S23 & -S22 & +S12 & (+S18 | -S34) & (+S19 | -S34) & (+S20 | -S34) & (+S21 | -S34) & -S2 & -S7 & -S6 & -S5 & +S1) | (+S2 & -S25 & +S13 & (+S18 | -S34) & -S9 & +S24 & -S7 & -S6 & -S5 & -S3) | (-S1 & -S26 & (+S19 | -S34) & -S10 & -S9 & -S7 & -S6 & +S4) | (+S6 & +S8 & +S11 & +S12 & +S14 & +S15 & +S16 & +S17 & -S2 & -S5 & +S1) | (+S2 & +S6 & +S11 & +S13 & -S9 & +S24 & -S5 & -S3) | (-S1 & +S6 & +S11 & -S10 & -S9 & +S4))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(635.507, 659.612, -703.973, -682.518, 87.375, 139.375). Enclosed cells : (1)", region=(+S27 & -S28 & +S29 & -S30 & +S31 & -S32 & ((((-S6 | -S11) & (+S26 | (+S34 & -S19) | +S7 | +S6)) | (+S10 | -S4 | +S9 | +S1)) & ((+S5) | ((((-S6 | -S11) & (+S25 | (+S34 & -S18) | +S7 | +S6)) | (-S24 | -S13 | +S3 | +S9 | -S2)) & (((-S17 | -S16 | -S15 | -S14 | -S11 | -S6) & (+S23 | +S22 | (+S34 & -S21) | (+S34 & -S20) | (+S34 & -S19) | (+S34 & -S18) | +S7 | +S6)) | (-S12 | -S8 | -S1 | +S2))))))) +C3 = openmc.Cell(name="", region=(-S33 & (-S27 | +S28 | -S29 | +S30 | -S31 | +S32))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/placa2/placa2.serp b/tests/regression_test_files/inputSTEP/placa2/placa2.serp new file mode 100644 index 00000000..307328ae --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa2/placa2.serp @@ -0,0 +1,86 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/placa2.stp +% +% Creation Date : 2024-05-27 14:57:19.925822 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 34 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 8 -23 -22 12 (18:-34) (19:-34) (20:-34) (21:-34) -2 -7 -6 -5 + 1:2 -25 13 (18:-34) -9 24 -7 -6 -5 -3:-1 -26 (19:-34) -10 -9 -7 -6 4: + 6 8 11 12 14 15 16 17 -2 -5 1:2 6 11 13 -9 24 -5 -3:-1 6 11 -10 -9 4% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 27 -28 29 -30 31 -32 ((-6:-11) (26:34 -19:7:6):10:-4:9:1) (5: + ((-6:-11) (25:34 -18:7:6):-24:-13:3:9:-2) ((-17:-16:-15:-14:-11:-6) + (23:22:34 -21:34 -20:34 -19:34 -18:7:6):-12:-8:-1:2)) %Automatic Generated Void Cell. Enclosure(635.507, 659.612, -703.973, -682.518, 87.375, 139.375) + %Enclosed cells : (1) +cell 3 0 void -33 (-27:28:-29:30:-31:32) %Graveyard_in +cell 4 0 outside 33 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 pz 9.3375000e+01 +surf 2 pz 1.3337500e+02 +surf 3 pz 1.3837500e+02 +surf 4 pz 8.8375000e+01 +surf 5 plane -7.6604444e-01 -6.4278761e-01 -1.0951000e-13 -3.7700002e+01 +surf 6 plane -6.4278761e-01 7.6604444e-01 0.0000000e+00 -9.4730000e+02 +surf 7 plane 6.4278761e-01 -7.6604444e-01 0.0000000e+00 9.4930000e+02 +surf 8 plane -7.6604752e-01 -6.4278394e-01 -0.0000000e+00 -6.3204549e+01 +surf 9 plane 7.6604752e-01 6.4278394e-01 -7.1919100e-12 5.8204549e+01 +surf 10 plane -7.6604444e-01 -6.4278761e-01 5.8756953e-08 -4.2699996e+01 +surf 11 plane 6.4278394e-01 -7.6604752e-01 0.0000000e+00 9.4529993e+02 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 -0.000000000000001 0.000000000000001 + -72.735922180411080 -61.032685474964154 -227.502933455200747 + 15168.271950610556814 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000001 -0.000000000000000 + -56.610686652711180 -47.502006291015334 -275.799999983399346 + 20361.462608951547736 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -69.634084087615932 -58.429934275326445 -260.308986161599989 + 19004.242790655047429 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -69.634084087615932 -58.429934275326445 -195.308986161654019 + 11600.450740408323327 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -85.337353269781204 -71.606541654367931 -255.749999983400016 + 19452.815790574819403 +surf quadratic 0.586824088833132 0.413175911166869 1.000000000000000 + 0.984807753012326 0.000000000000000 0.000000000000000 + -85.337353269781204 -71.606541654367931 -190.749999983456007 + 12197.190791119655842 +surf 22 plane -6.7327876e-02 8.0238238e-02 9.9449926e-01 3.3417745e+01 +surf 23 plane -4.1953686e-02 4.9998456e-02 -9.9786775e-01 -1.5500461e+02 +surf 24 plane 6.1039245e-01 5.1218008e-01 -6.0422895e-01 -5.0602406e+01 +surf 25 plane 6.3235763e-02 -7.5361447e-02 -9.9514918e-01 -3.9338372e+01 +surf 26 plane 1.7077655e-01 4.2459365e-02 9.8439452e-01 1.7350796e+02 +surf 27 px 6.3550708e+02 +surf 28 px 6.5961229e+02 +surf 29 py -7.0397290e+02 +surf 30 py -6.8251780e+02 +surf 31 pz 8.7375000e+01 +surf 32 pz 1.3937500e+02 +surf 33 sph 6.4755968e+02 -6.9324535e+02 1.1337500e+02 3.1211759e+01 +surf 34 plane 6.4278761e-01 -7.6604444e-01 -0.0000000e+00 9.1672261e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/placa2/placa2.xml b/tests/regression_test_files/inputSTEP/placa2/placa2.xml new file mode 100644 index 00000000..2dc54b89 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/placa2/placa2.xml @@ -0,0 +1,41 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/tubos/tubos.inp b/tests/regression_test_files/inputSTEP/tubos/tubos.inp new file mode 100644 index 00000000..7f3e5e80 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tubos/tubos.inp @@ -0,0 +1,80 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/tubos.stp +$ +$ Creation Date : 2024-05-27 14:57:19.199388 +$ Solid Cells : 3 +$ Total Cells : 6 +$ Surfaces : 14 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 -3 -1 -2 +2 0 c0 2 -5 4 +3 0 c0 -7 -6 1 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +5 0 -14 #1 #2 #3 + $Inner void + $VOID CELL 4 merged, so the auto-genarated void definition is eliminated + +6 -1 14 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P 4.6894500e-01 -4.2824262e-01 7.7246284e-01 -1.2896388e+03 +2 P -5.2942417e-01 8.4236046e-01 -1.0069214e-01 1.8524828e+03 +3 GQ 0.475121798920694 0.562280896571178 0.962597304508128 + 0.958643240388763 0.255905250720055 -0.280227475635713 + -607.313968752089636 -671.842150709989482 -23.285402524201928 + 205173.837970565538853 +4 P 2.9237170e-01 -9.5630476e-01 8.1597751e-13 -1.7950806e+03 +5 GQ 0.914518786277774 0.085481213722226 1.000000000000000 + 0.559192903469996 0.000000000001561 -0.000000000000477 + 978.838993379888052 299.261112484433113 674.088945993096900 + 375507.476328991760965 +6 PZ -2.7799987e+02 +7 C/Z -912.949813 1446.933022 3.499650 +8 PX -1.0185970e+03 +9 PX -9.0745303e+02 +10 PY 1.4414083e+03 +11 PY 1.5690367e+03 +12 PZ -3.4166937e+02 +13 PZ -2.7700000e+02 +14 S -9.6302502e+02 1.5052225e+03 -3.0933468e+02 9.2398878e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/tubos/tubos.mcnp b/tests/regression_test_files/inputSTEP/tubos/tubos.mcnp new file mode 100644 index 00000000..7d069468 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tubos/tubos.mcnp @@ -0,0 +1,80 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/tubos.stp +C +C Creation Date : 2024-05-27 14:57:19.196591 +C Solid Cells : 3 +C Total Cells : 6 +C Surfaces : 14 +C Materials : 0 +C +C ************************************************************** +1 0 -3 -1 -2 + imp:n=1.0 imp:p=1.0 +2 0 2 -5 4 + imp:n=1.0 imp:p=1.0 +3 0 -7 -6 1 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +4 0 8 -9 10 -11 12 -13 (3:1:2) (5:-4:-2) (7:6:-1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1018.597, -907.453, 1441.408, 1569.037, -341.669, -277.000) + $Enclosed cells : (1, 2, 3) +5 0 -14 (-8:9:-10:11:-12:13) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +6 0 14 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P 4.6894500e-01 -4.2824262e-01 7.7246284e-01 -1.2896388e+03 +2 P -5.2942417e-01 8.4236046e-01 -1.0069214e-01 1.8524828e+03 +3 GQ 0.475121798920694 0.562280896571178 0.962597304508128 + 0.958643240388763 0.255905250720055 -0.280227475635713 + -607.313968752089636 -671.842150709989482 -23.285402524201928 + 205173.837970565538853 +4 P 2.9237170e-01 -9.5630476e-01 8.1597751e-13 -1.7950806e+03 +5 GQ 0.914518786277774 0.085481213722226 1.000000000000000 + 0.559192903469996 0.000000000001561 -0.000000000000477 + 978.838993379888052 299.261112484433113 674.088945993096900 + 375507.476328991760965 +6 PZ -2.7799987e+02 +7 C/Z -912.949813 1446.933022 3.499650 +8 PX -1.0185970e+03 +9 PX -9.0745303e+02 +10 PY 1.4414083e+03 +11 PY 1.5690367e+03 +12 PZ -3.4166937e+02 +13 PZ -2.7700000e+02 +14 S -9.6302502e+02 1.5052225e+03 -3.0933468e+02 9.2398878e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0185970e+03 -9.0745303e+02 +C SI2 1.4414083e+03 1.5690367e+03 +C SI3 -3.4166937e+02 -2.7700000e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=14 WGT=2.6821513e+04 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 3 +SD4 4.7588802e+03 1.5390748e+03 1.3514864e+03 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/tubos/tubos.py b/tests/regression_test_files/inputSTEP/tubos/tubos.py new file mode 100644 index 00000000..8e94a105 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tubos/tubos.py @@ -0,0 +1,33 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.4689449996294938,b=-0.4282426204033891,c=0.7724628440206901,d=-1289.638833198076) +S2 = openmc.Plane(a=-0.5294241686781376,b=0.8423604593834029,c=-0.100692135178699,d=1852.4828400982199) +S3 = openmc.Cylinder(x0=-961.7978028047636,y0=1491.541250906148,z0=-326.16443172000004,r=3.49965,dx=0.7244847831937575,dy=-0.6616034336585792,dz=0.19339776496090208) +S4 = openmc.Plane(a=0.2923717047223038,b=-0.956304755963168,c=8.159775107656208e-13,d=-1795.0805769740155) +S5 = openmc.Cylinder(x0=-1009.2941440671559,y0=1550.8027954178106,z0=-337.044472998,r=3.49965,dx=0.2923717047223038,dy=-0.956304755963168,dz=8.163417574676206e-13) +S6 = openmc.ZPlane(z0=-277.9998680728499) +S7 = openmc.ZCylinder(x0=-912.9498129378808,y0=1446.9330217072306,r=3.49965) +S8 = openmc.XPlane(x0=-1018.5969970333416) +S9 = openmc.XPlane(x0=-907.4530344047115) +S10 = openmc.YPlane(y0=1441.4083363198881) +S11 = openmc.YPlane(y0=1569.0367354915766) +S12 = openmc.ZPlane(z0=-341.6693716211191) +S13 = openmc.ZPlane(z0=-276.9999979988159) +S14 = openmc.Sphere(x0=-963.0250157190266,y0=1505.2225359057325,z0=-309.3346848099675,r=92.39887837360851, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((-S3 & -S1 & -S2))) +C2 = openmc.Cell(name="", region=((+S2 & -S5 & +S4))) +C3 = openmc.Cell(name="", region=((-S7 & -S6 & +S1))) +C4 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1018.597, -907.453, 1441.408, 1569.037, -341.669, -277.000). Enclosed cells : (1, 2, 3)", region=(+S8 & -S9 & +S10 & -S11 & +S12 & -S13 & ((+S3 | +S1 | +S2) & (+S5 | -S4 | -S2) & (+S7 | +S6 | -S1)))) +C5 = openmc.Cell(name="", region=(-S14 & (-S8 | +S9 | -S10 | +S11 | -S12 | +S13))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/tubos/tubos.serp b/tests/regression_test_files/inputSTEP/tubos/tubos.serp new file mode 100644 index 00000000..e281e6b9 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tubos/tubos.serp @@ -0,0 +1,54 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/tubos.stp +% +% Creation Date : 2024-05-27 14:57:19.198344 +% Solid Cells : 3 +% Total Cells : 6 +% Surfaces : 14 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void -3 -1 -2cell 2 0 void 2 -5 4cell 3 0 void -7 -6 1% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 4 0 void 8 -9 10 -11 12 -13 (3:1:2) (5:-4:-2) (7:6:-1) %Automatic Generated Void Cell. Enclosure(-1018.597, -907.453, 1441.408, 1569.037, -341.669, -277.000) + %Enclosed cells : (1, 2, 3) +cell 5 0 void -14 (-8:9:-10:11:-12:13) %Graveyard_in +cell 6 0 outside 14 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 4.6894500e-01 -4.2824262e-01 7.7246284e-01 -1.2896388e+03 +surf 2 plane -5.2942417e-01 8.4236046e-01 -1.0069214e-01 1.8524828e+03 +surf quadratic 0.475121798920694 0.562280896571178 0.962597304508128 + 0.958643240388763 0.255905250720055 -0.280227475635713 + -607.313968752089636 -671.842150709989482 -23.285402524201928 + 205173.837970565538853 +surf 4 plane 2.9237170e-01 -9.5630476e-01 8.1597751e-13 -1.7950806e+03 +surf quadratic 0.914518786277774 0.085481213722226 1.000000000000000 + 0.559192903469996 0.000000000001561 -0.000000000000477 + 978.838993379888052 299.261112484433113 674.088945993096900 + 375507.476328991760965 +surf 6 pz -2.7799987e+02 +surf 7 cylz 3.499650 +surf 8 px -1.0185970e+03 +surf 9 px -9.0745303e+02 +surf 10 py 1.4414083e+03 +surf 11 py 1.5690367e+03 +surf 12 pz -3.4166937e+02 +surf 13 pz -2.7700000e+02 +surf 14 sph -9.6302502e+02 1.5052225e+03 -3.0933468e+02 9.2398878e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/tubos/tubos.xml b/tests/regression_test_files/inputSTEP/tubos/tubos.xml new file mode 100644 index 00000000..4bfee325 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tubos/tubos.xml @@ -0,0 +1,23 @@ + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.inp b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.inp new file mode 100644 index 00000000..9f00bcdf --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.inp @@ -0,0 +1,84 @@ +$ Converted with GEOUNED +$ ______ _______ _____ _ _ __ _ _______ ______ +$ | ____ |______ | | ___ | | | \ | |______ | \ +$ |_____| |______ |_____| |_____| | \_| |______ |_____/ +$ Version : 1.0.2.dev9+gde280a7.d20240516 +$ FreeCAD Version : 0.21.2 +$ PHITSFormat Version : 0.0.2.3 06/03/2024 +$ +$ ************************************************************* +$ Original Step file : /home/j/GEOUNED/testing/inputSTEP/tuboshueco.stp +$ +$ Creation Date : 2024-05-27 14:57:16.083282 +$ Solid Cells : 1 +$ Total Cells : 4 +$ Surfaces : 14 +$ Materials : 0 +$ +$ ************************************************************** + + +$ +$ ########################################################## +$ CELL DEFINITION +$ ########################################################## +$ +[CELL] +1 0 c0 1 2 -4 5:-6 3 -2 7 +$ +$ ########################################################## +$ VOID CELLS +$ ########################################################## +$ +3 0 -14 #1 + $Inner void + $VOID CELL 2 merged, so the auto-genarated void definition is eliminated + +4 -1 14 + $Outer void + +$ +$ ########################################################## +$ SURFACE DEFINITION +$ ########################################################## +$ +[SURFACE] +1 P -7.2448478e-01 6.6160343e-01 -1.9339776e-01 1.7666962e+03 +2 P 5.2942417e-01 -8.4236046e-01 1.0069214e-01 -1.8524828e+03 +3 P 2.9237170e-01 -9.5630476e-01 8.1634176e-13 -1.7781291e+03 +4 GQ 0.475121798920839 0.562280896571035 0.962597304508125 + 0.958643240388786 0.255905250720106 -0.280227475635683 + -607.313968751557240 -671.842150709202429 -23.285402524192477 + 205177.085520261985948 +5 GQ 0.475121798920839 0.562280896571035 0.962597304508125 + 0.958643240388786 0.255905250720106 -0.280227475635683 + -607.313968751557240 -671.842150709202429 -23.285402524192477 + 205179.835520261985948 +6 GQ 0.914518786277909 0.085481213722091 1.000000000000000 + 0.559192903469596 0.000000000001561 -0.000000000000477 + 978.838993380390207 299.261112484328237 674.088945993096900 + 375510.723879344353918 +7 GQ 0.914518786277909 0.085481213722091 1.000000000000000 + 0.559192903469596 0.000000000001561 -0.000000000000477 + 978.838993380390207 299.261112484328237 674.088945993096900 + 375513.473879344353918 +8 PX -1.0131631e+03 +9 PX -9.7321963e+02 +10 PY 1.5015238e+03 +11 PY 1.5526799e+03 +12 PZ -3.4116073e+02 +13 PZ -3.2608903e+02 +14 S -9.9319134e+02 1.5271018e+03 -3.3362488e+02 3.3981412e+01 + +$ +$ ########################################################## +$ MATERIAL DEFINITION +$ ########################################################## +$ All material labels present in this model are listed below +$ Need to change the dummy material definition(H2O1) to appropriate one(s) +$ +[MATERIAL] +$ Change dummyMat M0, None c0 g/cm3 is assigned + M0 H 2 O 1 + + diff --git a/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.mcnp b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.mcnp new file mode 100644 index 00000000..53fdb91f --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.mcnp @@ -0,0 +1,82 @@ +Converted with GEOUNED +C ______ _______ _____ _ _ __ _ _______ ______ +C | ____ |______ | | ___ | | | \ | |______ | \ +C |_____| |______ |_____| |_____| | \_| |______ |_____/ +C Version : 1.0.2.dev9+gde280a7.d20240516 +C FreeCAD Version : 0.21.2 +C +C ************************************************************* +C Original Step file : /home/j/GEOUNED/testing/inputSTEP/tuboshueco.stp +C +C Creation Date : 2024-05-27 14:57:16.080643 +C Solid Cells : 1 +C Total Cells : 4 +C Surfaces : 14 +C Materials : 0 +C +C ************************************************************** +1 0 1 2 -4 5:-6 3 -2 7 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +2 0 8 -9 10 -11 12 -13 (-5:4:-1:-2) (-7:6:-3:2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-1013.163, -973.220, 1501.524, 1552.680, -341.161, -326.089) + $Enclosed cells : (1) +3 0 -14 (-8:9:-10:11:-12:13) + imp:n=1.0 imp:p=1.0 + $Graveyard_in +4 0 14 + imp:n=0 imp:p=0 + $Graveyard + +C ########################################################## +C SURFACE DEFINITION +C ########################################################## +1 P -7.2448478e-01 6.6160343e-01 -1.9339776e-01 1.7666962e+03 +2 P 5.2942417e-01 -8.4236046e-01 1.0069214e-01 -1.8524828e+03 +3 P 2.9237170e-01 -9.5630476e-01 8.1634176e-13 -1.7781291e+03 +4 GQ 0.475121798920839 0.562280896571035 0.962597304508125 + 0.958643240388786 0.255905250720106 -0.280227475635683 + -607.313968751557240 -671.842150709202429 -23.285402524192477 + 205177.085520261985948 +5 GQ 0.475121798920839 0.562280896571035 0.962597304508125 + 0.958643240388786 0.255905250720106 -0.280227475635683 + -607.313968751557240 -671.842150709202429 -23.285402524192477 + 205179.835520261985948 +6 GQ 0.914518786277909 0.085481213722091 1.000000000000000 + 0.559192903469596 0.000000000001561 -0.000000000000477 + 978.838993380390207 299.261112484328237 674.088945993096900 + 375510.723879344353918 +7 GQ 0.914518786277909 0.085481213722091 1.000000000000000 + 0.559192903469596 0.000000000001561 -0.000000000000477 + 978.838993380390207 299.261112484328237 674.088945993096900 + 375513.473879344353918 +8 PX -1.0131631e+03 +9 PX -9.7321963e+02 +10 PY 1.5015238e+03 +11 PY 1.5526799e+03 +12 PZ -3.4116073e+02 +13 PZ -3.2608903e+02 +14 S -9.9319134e+02 1.5271018e+03 -3.3362488e+02 3.3981412e+01 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -1.0131631e+03 -9.7321963e+02 +C SI2 1.5015238e+03 1.5526799e+03 +C SI3 -3.4116073e+02 -3.2608903e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=14 WGT=3.6277112e+03 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 +SD4 5.1236659e+02 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.py b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.py new file mode 100644 index 00000000..fd0b08f0 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.py @@ -0,0 +1,31 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=-0.7244847831936573,b=0.661603433658687,c=-0.1933977649609085,d=1766.6961577883758) +S2 = openmc.Plane(a=0.5294241686782023,b=-0.8423604593833217,c=0.10069213517903848,d=-1852.4828400981032) +S3 = openmc.Plane(a=0.2923717047220729,b=-0.9563047559632385,c=8.163417574678034e-13,d=-1778.1291382864679) +S4 = openmc.Cylinder(x0=-976.2874984686,y0=1504.7733195790001,z0=-330.03238701920003,r=3.0,dx=-0.7244847831936573,dy=0.661603433658687,dz=-0.1933977649609085) +S5 = openmc.Cylinder(x0=-976.2874984686,y0=1504.7733195790001,z0=-330.03238701920003,r=2.5,dx=-0.7244847831936573,dy=0.661603433658687,dz=-0.1933977649609085) +S6 = openmc.Cylinder(x0=-1009.294144067,y0=1550.802795418,z0=-337.044472998,r=3.0,dx=0.2923717047220729,dy=-0.9563047559632385,dz=8.163417574678036e-13) +S7 = openmc.Cylinder(x0=-1009.294144067,y0=1550.802795418,z0=-337.044472998,r=2.5,dx=0.2923717047220729,dy=-0.9563047559632385,dz=8.163417574678036e-13) +S8 = openmc.XPlane(x0=-1013.1630583349456) +S9 = openmc.XPlane(x0=-973.2196260861045) +S10 = openmc.YPlane(y0=1501.5237578285387) +S11 = openmc.YPlane(y0=1552.679910532349) +S12 = openmc.ZPlane(z0=-341.16073333449503) +S13 = openmc.ZPlane(z0=-326.0890257194998) +S14 = openmc.Sphere(x0=-993.191342210525,y0=1527.1018341804438,z0=-333.6248795269974,r=33.98141178842237, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S1 & +S2 & -S4 & +S5) | (-S6 & +S3 & -S2 & +S7))) +C2 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-1013.163, -973.220, 1501.524, 1552.680, -341.161, -326.089). Enclosed cells : (1)", region=(+S8 & -S9 & +S10 & -S11 & +S12 & -S13 & ((-S5 | +S4 | -S1 | -S2) & (-S7 | +S6 | -S3 | +S2)))) +C3 = openmc.Cell(name="", region=(-S14 & (-S8 | +S9 | -S10 | +S11 | -S12 | +S13))) + +geometry = openmc.Geometry([C1, C2, C3]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.serp b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.serp new file mode 100644 index 00000000..4303afa2 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.serp @@ -0,0 +1,60 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/tuboshueco.stp +% +% Creation Date : 2024-05-27 14:57:16.082229 +% Solid Cells : 1 +% Total Cells : 4 +% Surfaces : 14 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 1 2 -4 5:-6 3 -2 7% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 2 0 void 8 -9 10 -11 12 -13 (-5:4:-1:-2) (-7:6:-3:2) %Automatic Generated Void Cell. Enclosure(-1013.163, -973.220, 1501.524, 1552.680, -341.161, -326.089) + %Enclosed cells : (1) +cell 3 0 void -14 (-8:9:-10:11:-12:13) %Graveyard_in +cell 4 0 outside 14 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane -7.2448478e-01 6.6160343e-01 -1.9339776e-01 1.7666962e+03 +surf 2 plane 5.2942417e-01 -8.4236046e-01 1.0069214e-01 -1.8524828e+03 +surf 3 plane 2.9237170e-01 -9.5630476e-01 8.1634176e-13 -1.7781291e+03 +surf quadratic 0.475121798920839 0.562280896571035 0.962597304508125 + 0.958643240388786 0.255905250720106 -0.280227475635683 + -607.313968751557240 -671.842150709202429 -23.285402524192477 + 205177.085520261985948 +surf quadratic 0.475121798920839 0.562280896571035 0.962597304508125 + 0.958643240388786 0.255905250720106 -0.280227475635683 + -607.313968751557240 -671.842150709202429 -23.285402524192477 + 205179.835520261985948 +surf quadratic 0.914518786277909 0.085481213722091 1.000000000000000 + 0.559192903469596 0.000000000001561 -0.000000000000477 + 978.838993380390207 299.261112484328237 674.088945993096900 + 375510.723879344353918 +surf quadratic 0.914518786277909 0.085481213722091 1.000000000000000 + 0.559192903469596 0.000000000001561 -0.000000000000477 + 978.838993380390207 299.261112484328237 674.088945993096900 + 375513.473879344353918 +surf 8 px -1.0131631e+03 +surf 9 px -9.7321963e+02 +surf 10 py 1.5015238e+03 +surf 11 py 1.5526799e+03 +surf 12 pz -3.4116073e+02 +surf 13 pz -3.2608903e+02 +surf 14 sph -9.9319134e+02 1.5271018e+03 -3.3362488e+02 3.3981412e+01 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.xml b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.xml new file mode 100644 index 00000000..4951dda6 --- /dev/null +++ b/tests/regression_test_files/inputSTEP/tuboshueco/tuboshueco.xml @@ -0,0 +1,21 @@ + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/regression_test_files/large/SCDR/SCDR.inp 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imp:n=1.0 imp:p=1.0 +131 0 -499 -562 -559 563 564 566 567 550 -549:-564 566 567 + imp:n=1.0 imp:p=1.0 +132 0 568 -258 -569 + imp:n=1.0 imp:p=1.0 +133 0 568 -570 -258 + imp:n=1.0 imp:p=1.0 +134 0 89 698 -90 87 + imp:n=1.0 imp:p=1.0 +135 0 -447 -574 -573 -571 699 575:-447 -574 -573 572 700 575:-575 -574 + -573 565 + imp:n=1.0 imp:p=1.0 +136 0 576 577 -573 555 -557 474 701:-557 556 -555 -573 + imp:n=1.0 imp:p=1.0 +137 0 89 -91 702 87 + imp:n=1.0 imp:p=1.0 +138 0 -82 -75 78 + imp:n=1.0 imp:p=1.0 +139 0 -80 -75 78 + imp:n=1.0 imp:p=1.0 +140 0 -580 -579 -578 + imp:n=1.0 imp:p=1.0 +141 0 -581 -579 -578 + imp:n=1.0 imp:p=1.0 +142 0 -75 78 -81 + imp:n=1.0 imp:p=1.0 +143 0 -83 78 -75 + imp:n=1.0 imp:p=1.0 +144 0 -582 -579 -578 + imp:n=1.0 imp:p=1.0 +145 0 -583 -579 -578 + imp:n=1.0 imp:p=1.0 +146 0 552 -551 -556 + imp:n=1.0 imp:p=1.0 +147 0 -558 -556 557 + imp:n=1.0 imp:p=1.0 +148 0 560 561 -565 + imp:n=1.0 imp:p=1.0 +149 0 32 33 -21 -586 -585 -584 26:-703 -21 (593:-731) -587 85 26 -33:704 + 587 -21 592 -588 26 -33:-21 588 (594:-732) -589 -590 26 -33:-21 589 + -591 (-733:595) -586 26 -33 + imp:n=1.0 imp:p=1.0 +150 0 89 -92 705 87 + imp:n=1.0 imp:p=1.0 +151 0 89 706 -93 87 + imp:n=1.0 imp:p=1.0 +152 0 579 -597 -596 -21 598 22 26:579 -24 -599 -21 596 26 158:579 -21 + 596 22 24 26 + imp:n=1.0 imp:p=1.0 +153 0 -578 580 582 583 581 -21 -597 94 26 -579 158 + imp:n=1.0 imp:p=1.0 +C +C ########################################################## +C VOID CELLS +C ########################################################## +C +154 0 707 -708 709 -710 711 -712 (82:75:-78) (80:75:-78) (580:579:578) + (581:579:578) (75:-78:81) (83:-78:75) (582:579:578) (583:579:578) + ((-41:48:39) ((40:22:-41:-39:25) (-45:-23:36:-25) (47:-46:-48:39):10: + -11) (-25 23:22:-24) (-35:23:36) (-44:-43:42:22:41) (-42:(48:(-83: + -82:-81:-80:-78:75) (77:76:41:-75)) (84:79:78)) (-579:(-22:(-596:-24) + (-598:597:596)) (599:-158:24:-596)) (-583:-582:-581:-580:578:597: + -94:579:-158) (94:95):21:-26) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-84.188, 0.000, -52.050, 52.050, 0.000, 83.661) + $Enclosed cells : (3, 7, 9, 138, 139, 140, 141, 142, 143, 144, 145, 152, 153) +155 0 713 -714 709 -715 711 -712 ((299:(-297:-107:195) (301:106:-195)) + (-305:(107:195:-297) (496:-495:297)):-298:300) (484:483:-482) (-306: + 304:-101:-100:99:-130:305) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 84.188, -52.050, 0.000, 0.000, 83.661) + $Enclosed cells : (48, 54, 96, 100) +156 0 713 -714 715 -710 711 -712 (256:253:-254) ((250:-630:-629:-628: + -251:-254:253:-256) 257 255:247:252) (451:-455:-464:463:-452) (451: + -464:463:455:-452) ((465:-464) (461:-460:-457:455:-34:-465):-451:453) + ((466:-464) (462:696:-457:455:-34:-466):452:-454) (-456:-693:-34: + 451:-457:-463:455:-452) (-384:(251:537 536 535 534) (387:386:385:383: + 110:-108)) ((349:-3:107:-305) (-101:-100:-306:304:305):-96:120) + (-248:((-106:246:142) (249:245:-142):-110:-247) ((-110:106:-247) + (-423:-422:247):246:-421)) (529:-528:251) (548:-547:251) (109:105: + -106:-107:110:108) (-195:301:300:299:-298:106) (484:483:-482) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 84.188, 0.000, 52.050, 0.000, 83.661) + $Enclosed cells : (11, 39, 40, 48, 53, 61, 67, 81, 90, 96, 109, 118, 119, 120, 121, 127) +157 0 707 -716 709 -715 717 -711 ((212:-136) (-191:-5:208:-212):-135:134: + 211) (195:-198:201:199:197) ((-206:204:-197:-199) (-207:-198:199): + -205:196:201:200:-195) ((-201 (200:134:-208):203:-5) (-201 (-191:200: + 134:-208):-199:202) (-198:-201:199):197:-135) (-201 (-209:626:-208: + 200):-627:-210:-203:-202:197) (527:525:-524) (-523:210:524) (539: + -538:220) (-63:182:180:-179:178:177:-8) (-65:303:302:-7:8:5) (-221: + -139:-137:-5:-136:626:-211:-627:-220) (487:486:-485) (374:372:369) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-84.188, -42.094, -52.050, 0.000, -41.830, 0.000) + $Enclosed cells : (23, 26, 27, 30, 50, 65, 97, 108, 126) +158 0 716 -708 709 -715 717 -711 (360 359 358 357 (-150:149:-641:-640: + -639:-356:351:350):-64:-4) (513:510:509) (-508:512:-509) (511:514: + -510) ((3:-63:64:65) (303:302:5:-65):8:-7) (((-88:33:87) (-610:-93: + -92:-91:-90:-89:-87):85:-86) (-35:23:36) ((-45:-25:36:-23) (-59:49: + 27:35:-34:23):10:-11) (-33:32:-34:-35) (586:(585:584:-32:-33) (733 + -595:591:-589:33)) (732 -594:590:-588:589:33) (703:731 -593:-85:587: + 33) (-704:-592:-587:588:33):21:-26) (182:180:-179:178:177:-8:-63) + (-698:-89:90:-87) (-702:-89:91:-87) (-227:226:225:183:-119:63) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-42.094, 0.000, -52.050, 0.000, -41.830, 0.000) + $Enclosed cells : (3, 5, 8, 23, 34, 50, 63, 104, 134, 137, 149) +159 0 707 -716 715 -710 718 -717 ((169:(171:170:-625:-624:-623:-622:68: + -70) 172 173) 174 175:2:-8) ((425:424:-679:-678:-677:-676:-142:141) + 429 428 427 426:-303:-4) (221 223:539:-538) (541:540:-539) (545:544: + -539) ((6:3:4) (-65:302:303):1:5:-2) ((-220:-221:-211:-139:-137) + (-222:-223:-138:-193):-627:626:-136:-5) ((213:(191:190:-218) (218: + -219)) (-5:(-140:-139:138:137:-136) (-194:-192:193:190:-191)) (212: + 211:-136) (-217:-216:-215:-214:190:-213):134:-135) (178:(-179:((-177: + 70) (180:-63:177):-176:2) (-182:176:-177:70)) (293:292:177:176:-182)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-84.188, -42.094, 0.000, 52.050, -83.661, -41.830) + $Enclosed cells : (1, 17, 21, 22, 25, 27, 28, 29, 30, 31, 32, 46, 49, 55, 82, 122, 125) +160 0 707 -716 715 -710 717 -711 ((212:-136) (-191:-5:208:-212):-135:134: + 211) (-196:-198:200:199:197) ((-206:204:-197:-199) (-207:-198:199): + -205:-195:201:200:196) ((-200 (201:-135:-208):203:-5) (-200 (-191: + 201:-135:-208):-199:202) (-198:-200:199):197:134) (-200 (-210:-627: + -208:201):626:-209:-203:-202:197) (526:525:-524) (-523:209:524) (539: + -538:221) (-63:180:-179:178:177:-176:2) (-65:303:302:1:-2:5) (-220: + -139:-137:-5:-136:626:-211:-627:-221) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-84.188, -42.094, 0.000, 52.050, -41.830, 0.000) + $Enclosed cells : (22, 26, 27, 30, 49, 107, 125) +161 0 716 -708 715 -710 717 -711 (355 354 353 352 (-638:-637:-636:-635: + 351:350:-142:141):-64:-4) ((3:-63:64:65) (303:302:5:-65):-2:1) + (((-88:33:87) (-610:-91:-90:-93:-92:-89:-87):85:-86) (-35:23:36) + ((-45:-25:36:-23) (-59:49:27:35:-34:23):10:-11) (-33:32:-34:-35) + (586:(585:584:-32:-33) (733 -595:591:-589:33)) (-592:-704:-587:588: + 33) (731 -593:703:-85:587:33) (732 -594:590:-588:589:33):21:-26) + (180:-179:178:177:-176:2:-63) (-705:-89:92:-87) (-706:-89:93:-87) + (-119:226:225:224:-184:63) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-42.094, 0.000, 0.000, 52.050, -41.830, 0.000) + $Enclosed cells : (3, 4, 8, 22, 33, 49, 62, 149, 150, 151) +162 0 708 -713 709 -715 718 -717 ((-66:71 72 (-609:-608:-607:-606:-70:69: + 68:67)) 73 74:-8:2) (154 153 152 151 (-618:-617:-616:-615:-144:-143: + -150:149):-64:-4) (360 359 358 357 (-639:-356:350:351:-641:-640:-150: + 149):-64:-4) (3:(-7:(6:5:8:4) (65:-63:64:8)) (-241:-240:239:-238:237) + ) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 42.094, -52.050, 0.000, -83.661, -41.830) + $Enclosed cells : (2, 5, 6, 19, 37, 63) +163 0 708 -713 715 -710 718 -717 ((-66:71 72 (-609:-608:-607:-606:-70:69: + 68:67)) 73 74:2:-8) (148 147 146 145 (-614:-613:-612:-611:-144:-143: + -142:141):-64:-4) (355 354 353 352 (-638:-637:-636:-635:351:350:-142: + 141):-64:-4) (1:3:(6:5:-2:4) (65:-63:64:-2)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 42.094, 0.000, 52.050, -83.661, -41.830) + $Enclosed cells : (1, 4, 6, 18, 62) +164 0 708 -713 709 -715 719 -712 + imp:n=1.0 imp:p=1.0 +165 0 708 -713 715 -710 719 -712 (256:253:-254) (255 (-251:250:-630:-629: + -628:-257:-254:253:-256):247:252) (-248:((-106:246:142) (245:249: + -142):-110:-247) ((-110:106:-247) (-423:-422:247):246:-421)) (109: + 108:-107:105:-106:110) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 42.094, 0.000, 52.050, 41.830, 83.661) + $Enclosed cells : (11, 39, 40, 81) +166 0 707 -716 709 -720 718 -717 ((-432:-430:-680:-681:-683:-682:425:424: + -150:149) 431 433:-4:-303) (222 220:539:-538) (542:540:-539) (546: + 544:-539) ((6:3:4) (-65:302:303):8:-7:5) ((213:(191:190:-218) (218: + -219)) (-5:(-140:-139:138:137:-136) (-194:-192:193:190:-191)) (212: + 211:-136) (-217:-216:-215:-214:190:-213):134:-135) ((-221:-220:-211: + -139:-137) (-223:-222:-138:-193):-627:626:-136:-5) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-84.188, -42.094, -52.050, -26.025, -83.661, -41.830) + $Enclosed cells : (2, 17, 25, 27, 28, 29, 30, 31, 50, 83, 123, 126) +167 0 716 -708 709 -720 718 -717 (357 359 (-639:-360:-358:-356:351:350: + -641:-640:-150:149):-64:-4) (431 (-433:-432:-430:-680:-681:-683:-682: + 425:424:-150:149):-4:-303) ((-441:-440:434:-435:-691:-690:-689:-688: + -150:149) 442 443:-64:-4) ((3:(6:4:5) (-63:64:65)) (302:303:-65:5): + -7:8) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-42.094, 0.000, -52.050, -26.025, -83.661, -41.830) + $Enclosed cells : (2, 5, 50, 63, 83, 87) +168 0 716 -708 721 -710 718 -717 (352 353 (-638:-637:-636:-635:-355:-354: + 351:350:-142:141):-64:-4) (429 (-428:-427:-426:425:424:-679:-678: + -677:-676:-142:141):-4:-303) (436 437 (-439:-438:-435:434:-685:-686: + -687:-684:141:-142):-64:-4) (1:-2:(3:(6:5:4) (-63:64:65)) (302:-65: + 303:5)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-42.094, 0.000, 26.025, 52.050, -83.661, -41.830) + $Enclosed cells : (1, 4, 49, 62, 82, 86) +169 0 713 -714 709 -720 718 -717 ((-101:100:131:123) (-126:125:99:102: + -123):133:-130) ((100:-128) (-129:102:133):132:123:-101:-131) (((100: + -128) (102:-129:133):-131:132) (-130:131:133:100):-3:101) (153 154 + (-618:-617:-616:-615:-152:-151:-150:149:-144:-143):-64:-4) (-7:8:(6: + 5:4:3) (-63:65:64:3)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 84.188, -52.050, -26.025, -83.661, -41.830) + $Enclosed cells : (2, 5, 14, 16, 19) +170 0 713 -714 720 -715 718 -717 ((-66:71 72 (-609:-608:-607:-606:-70:69: + 68:67)) 73 74:-8:2) ((100:-99:98) (-104:97:-98):102:101:-3) ((102: + (99:100:-132) (133:-129:-131:132)) (-128:100:132:-131):-3:101) + ((-150:149:-144:-143:-618:-617:-616:-615) 154 153 152 151:-64:-4) + (97:-98:-3:-234:-235:236) ((100:-128) (-129:102:133):-131:123:-101: + 132) ((-101:-132:100:123) (-126:125:-130:133:-123):102:99) (3:((364: + 102:380) (-378:376:-380):-379:-375) (-382:377:380:-364:102)) (-381: + 380:-364:377:102:-379) (-7:(6:5:8:4:3) (65:-63:64:8:3)) (229:-228: + (-234:-235:230:3) (233:-232:-231:-230)) (-241:-240:239:-238:237:3) + (-244:-243:242:97:-98:-236) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 84.188, -26.025, 0.000, -83.661, -41.830) + $Enclosed cells : (2, 5, 6, 10, 14, 16, 19, 35, 36, 37, 38, 41, 66) +171 0 713 -714 709 -720 717 -711 (100:(-130:(133:-101:131:123) (125:-124: + 99:-123)) (132:-128:123:-101:-131)) ((132:-128:-131) (133:-130:131): + 101:100:-3) (153 154 (-618:-617:-616:-615:-152:-151:-150:149:-144: + -143):-64:-4) ((-490:-489:7:492) (-493:182:-492):491:-494:-34) (305: + (-3:99:-100:101:-130) (-306:304:99:-100:-101:-130)) (65:-63:8:64:-7: + 3) (-473:-472:470:469:468:100) (-111:-115:(112:116:34:-117) (-118: + 113:119:117) (227:-186:116:-119)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 84.188, -52.050, -26.025, -41.830, 0.000) + $Enclosed cells : (5, 12, 14, 16, 19, 52, 54, 85, 92, 99) +172 0 713 -714 715 -721 718 -717 ((-66:71 72 (-609:-608:-607:-606:-70:69: + 68:67)) 73 74:2:-8) ((100:96:-97) (-104:-98:97):102:101:-3) ((100: + (-96:102:121) (-128:122:-121)) (-127:-129:122:-121:102):-3:101) + ((-144:-143:-142:141:-614:-613:-612:-611) 148 147 146 145:-64:-4) + (97:-98:-3:-234:-235:236) (102:(-96:(100:121:-101:123) (-126:125:120: + -127:-123)) (-129:122:-101:123:-121:-127)) (-128:-101:123:-121:122: + 100) (3:((-377:102:380) (-378:-375:-380):-379:376) (-382:-364:380: + 377:102)) (-381:380:-364:377:102:-379) (1:(6:5:-2:4:3) (65:-63:64:-2: + 3)) (229:-228:(-234:-235:230:3) (233:-232:-231:-230)) (-244:-243:242: + 97:-98:-236) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 84.188, 0.000, 26.025, -83.661, -41.830) + $Enclosed cells : (1, 4, 6, 10, 13, 15, 18, 35, 36, 38, 41, 66) +173 0 713 -714 721 -710 718 -717 ((100:(120:-127:-122) (-128:-121:122)) + (-129:102:-121:122:-127):123:-101) (-126:125:-96:120:102:-123:-127) + ((100:(-128:-121:122) (120:-127:-122)) (102:-129:122:-121:-127):-3: + 101) (147 148 (-614:-613:-612:-611:-146:-145:-144:-143:-142:141):-64: + -4) (1:-2:(6:5:4:3) (-63:65:64:3)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 84.188, 26.025, 52.050, -83.661, -41.830) + $Enclosed cells : (1, 4, 13, 15, 18) +174 0 713 -714 721 -710 717 -711 (100:((-121:-128:122) (-127:120:-122): + 123:-101) (125:-124:-96:120:-123)) ((-121:-128:122) (-127:120:-122): + 101:100:-3) (147 148 (-614:-613:-612:-611:-146:-145:-144:-143:-142: + 141):-64:-4) (-96:-3:-100:305:120:101) ((-490:-489:-1:492) (-493: + -176:-492):491:488:-34) (-306:304:-96:-100:-101:305:120) (65:-63:-2: + 64:3:1) (-471:470:469:468:-467:100) (107:349:-96:-3:-305:120) (112: + -115:(-111:116:34:-117) (-118:-114:119:117) (-224:-186:116:-119)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 84.188, 26.025, 52.050, -41.830, 0.000) + $Enclosed cells : (4, 12, 13, 15, 18, 51, 53, 61, 84, 91, 98) +175 0 708 -713 709 -720 711 -719 (-35:23:21:-26:36) (-11:(10:(-58:(50: + -40:-39:-28) (-61:-53:-30:47:28)) ((-45:(25:-40) (46:39) (36:-23:-25) + ) (-41:22:-39:25:40) (-48:-46:47:39) (-49:35:23):21:-26)) (12:(28:27: + -39:-30) ((28:-30) (-28:-38):-27:29) (53:28:39:-30) (-62:47:46:45:39: + -28) (-602:-60:-51:-37:27:-28)) ((-40:(-50:-28:51) (-603:45:25:-37: + -51)) (31:27:25:37):-60:14)) (60:(314:-308) (-318:311:-315) (-323: + 315:-314)) (62:(314:-308) (-338:311:-315) (-343:315:-314)) (-307: + (308:320) (308:340)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 42.094, -52.050, -26.025, 0.000, 41.830) + $Enclosed cells : (3, 57, 59) +176 0 708 -713 721 -710 711 -719 (-35:23:21:-26:36) (10:(-9:(28:27:-39: + -30) ((28:-30) (-28:-38):-27:29) (53:28:39:-30) (-62:47:46:45:39:-28) + (-602:-60:-51:-37:27:-28)) (-11:(-58:(50:-40:-39:-28) (-61:-53:-30: + 47:28)) ((-45:(25:-40) (46:39) (36:-23:-25)) (-41:22:-39:25:40) (-48: + -46:47:39) (-49:35:23):21:-26)) ((-40:(-50:-28:51) (-603:45:25:-37: + -51)) (31:27:25:37):-60:-13)) (60:(-332:324) (-318:-328:331) (-337: + -331:332)) (316 325:-324:348) (62:(324:(-316:-332) (316:-328)) (-338: + -326:331:-316) (-345:332:-331:-316)) (334:325:-324) (110:109:108: + -107:-106:105) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 42.094, 26.025, 52.050, 0.000, 41.830) + $Enclosed cells : (3, 11, 58, 60) +177 0 707 -722 720 -715 718 -717 (-368:-367:-366:-362:361:5) (373:-365: + -5) ((6:4:3) (-65:303:302):8:-7:5) ((213:(191:190:-218) (218:-219)) + (-5:(-140:-139:138:137:-136) (-194:-192:193:190:-191)) (212:211:-136) + (-217:-216:-215:-214:190:-213):134:-135) ((-221:-220:-211:-139:-137) + (-223:-222:-138:-193):-627:626:-136:-5) (487:486:-485) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-84.188, -63.141, -26.025, 0.000, -83.661, -41.830) + $Enclosed cells : (2, 17, 25, 27, 28, 29, 30, 31, 50, 65, 97) +178 0 722 -716 720 -715 718 -717 ((169:172 173 (-625:-624:-623:-622:68: + 171:170:-70)) 174 175:-8:2) (-369:374:-370) (368:374:370) (-367:-366: + -362:361:5:-368) (-371:364:-363:-642:-369:-370:-374) (372:374:369) + ((-683:-682:-681:425:424:-680:-150:149) 430 433 432 431:-4:-303) (-7: + (6:3:8:5:4) (-65:302:303:8:5)) (178:(-8:182:-177:-179:70) (176:(-177: + -179:-182:70) (293:292:177:-182)) (-63:180:-8:182:177:-179)) (-194: + 193:-192:-191:190:-135:134:-5) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-63.141, -42.094, -26.025, 0.000, -83.661, -41.830) + $Enclosed cells : (2, 21, 23, 25, 32, 46, 50, 56, 65, 83) +179 0 716 -723 720 -715 718 -717 ((169:172 173 (-625:-624:-623:-622:68: + 171:170:-70)) 174 175:-8:2) ((-683:-682:-681:425:424:-433:-432:-680: + -150:149) 431 430:-4:-303) ((-691:-690:-435:-689:434:-688:-150:149) + 443 442 441 440:-64:-4) (-7:(3:(64:8:65:-63) (6:8:5:4)) (302:-65:303: + 8:5)) (178:-179:(-8:182:-177:70) (176:-177:-182:70) (180:-8:182:177: + -63)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-42.094, -21.047, -26.025, 0.000, -83.661, -41.830) + $Enclosed cells : (2, 5, 21, 23, 32, 50, 56, 83, 87) +180 0 716 -723 715 -721 718 -717 ((169:172 173 (-625:-624:-623:-622:68: + 171:170:-70)) 174 175:2:-8) ((-427:-426:425:424:-679:-678:-677:-676: + -142:141) 428 429:-4:-303) (439 438 437 436 (-686:-685:-684:-435:434: + -687:141:-142):-64:-4) (1:(3:(64:-2:65:-63) (6:-2:5:4)) (302:-65:-2: + 303:5)) (178:-179:(-176:-177:70:2) (180:177:-176:2:-63) (-182:176: + -177:70)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-42.094, -21.047, 0.000, 26.025, -83.661, -41.830) + $Enclosed cells : (1, 4, 21, 22, 32, 49, 55, 82, 86) +181 0 708 -724 709 -720 717 -711 (-35:23:21:-26:36) (-11:((-49 (-59:-34: + 27):23:35) (-45:(25:-40) (36:-23:-25)):10:-26:21) ((31:-23:-25) + (-603:-51:-37:-60:-40:25):45:14)) (-33:32:-34:-35:21:-26) (60:(314: + -308) (-318:311:-315) (-323:315:-314)) (38:-29:-18:17:-34:-27) (320: + -307:308) (-4:(-64:(-152:-151:-144:-143:-618:-617:-616:-615:-150:149) + 153 154) (-64:357 359 (-641:-640:-639:-360:-358:-356:351:350:-150: + 149))) (65:8:-7:3:64:-63) (586:585:584:-32:-33:21:-26) (116:-111: + (112:(-115:34:-117) (118:119:117)) (-186:-115:-119:227)) (226:225: + 183:63:-227:-119) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, -52.050, -26.025, -41.830, 0.000) + $Enclosed cells : (3, 5, 12, 19, 34, 52, 57, 63, 149) +182 0 724 -713 709 -720 717 -711 (153 154 (-618:-617:-616:-615:-152:-151: + -150:149:-144:-143):-64:-4) (-11:(10:(-49 (-59:-34:27):35:-26:21:23) + (-31:(27:-23:-25) (27:25) (-58:29:38:-27))) (12:((-28:-38) (28:-30): + -27:29) (-602:-60:-51:-37:27:-28)) (14:(31:27:25:37:-60) (45:(-23:31: + -25) (-603:-40:-51:-60:-37:25)) (38:31:-27))) (60:(314:-308) (-323: + 315:-314) (-318:311:-315)) (-18:17:-34:38:-27:-29) (320:-307:308) + (65:8:3:64:-7:-63) (226:225:183:63:-227:-119) (-111:((119:118:117) + (34:-115:-117):116:112) (113:119:117:-115:-118) (-186:116:-115:-119: + 227)) (-494:492:491:-490:-489:-34:7) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(21.047, 42.094, -52.050, -26.025, -41.830, 0.000) + $Enclosed cells : (3, 5, 12, 19, 34, 52, 57, 99) +183 0 725 -714 720 -715 717 -711 (-3:102:101:100:-99:98) (100:(99:(102: + -101:-132:123) (125:-124:-130:-123)) (-131:-128:123:-101:132)) + ((-131:-128:132) (102:99:-132):101:100:-3) (154 153 152 151 (-618: + -617:-616:-615:-150:149:-144:-143):-4:-64) (-306:305:304:99:-100: + -101:-130) (-473:-472:470:469:468:100) (97:(-98:-3:-234:-235:236) + (-243:242:-244:-98:-236)) (229:-228:(-234:-235:230:3) (233:-232:-231: + -230)) (-241:-240:239:-238:237:3) (481:480:-479:477:476:-101:-99) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(63.141, 84.188, -26.025, 0.000, -41.830, 0.000) + $Enclosed cells : (10, 14, 16, 19, 35, 36, 37, 38, 41, 54, 92, 95) +184 0 708 -724 721 -710 717 -711 (-35:23:21:-26:36) (10:((-49 (-59:-34: + 27):23:35) (-45:(25:-40) (36:-23:-25)):-11:-26:21) ((31:-23:-25) + (-603:-51:-37:-60:-40:25):45:-13)) (-33:32:-34:-35:21:-26) (60:(-332: + 324) (-328:-318:331) (-337:-331:332)) (38:-29:16:-15:-34:-59:-27) + (334:325:-324) (-4:(-64:(-146:-145:-144:-143:-614:-613:-612:-611: + -142:141) 147 148) (-64:352 353 (-638:-637:-636:-635:-355:-354:351: + 350:-142:141))) (65:3:-2:1:64:-63) (586:585:584:-32:-33:21:-26) (116: + 112:(-111:(-115:34:-117) (118:119:117)) (-186:-224:-115:-119)) (226: + 225:-184:224:63:-119) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, 26.025, 52.050, -41.830, 0.000) + $Enclosed cells : (3, 4, 12, 18, 33, 51, 58, 62, 149) +185 0 724 -713 721 -710 717 -711 (147 148 (-614:-613:-612:-611:-146:-145: + -144:-143:-142:141):-64:-4) (10:(-9:((-28:-38) (28:-30):-27:29) + (-602:-60:-51:-37:27:-28)) (-11:(-49 (-59:-34:27):35:-26:21:23) (-31: + (27:-23:-25) (27:25) (-58:29:38:-27))) (-13:(31:27:25:37:-60) (45: + (-23:31:-25) (-603:-40:-51:-60:-37:25)) (38:31:-27))) (60:(-332:324) + (-328:-318:331) (-337:-331:332)) (16:-15:-34:-59:38:-27:-29) (334: + 325:-324) (65:3:-2:64:1:-63) (226:225:-184:224:63:-119) (492:491: + -490:-489:488:-1:-34) (112:((119:118:117) (34:-115:-117):116:-111) + (-114:119:117:-115:-118) (-186:-224:116:-115:-119)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(21.047, 42.094, 26.025, 52.050, -41.830, 0.000) + $Enclosed cells : (3, 4, 12, 18, 33, 51, 58, 98) +186 0 725 -714 715 -721 717 -711 (96:-3:102:101:100:-97) (100:(-96:(102: + 121:-101:123) (125:-124:120:-123)) (122:-128:-101:123:-121)) ((102: + -96:121) (122:-128:-121):101:100:-3) (148 147 146 145 (-614:-613: + -612:-611:-144:-143:-142:141):-4:-64) (-306:304:-96:-100:-101:305: + 120) (-471:470:469:468:-467:100) (349:107:-96:-3:-305:120) (478:477: + 476:-475:-479:96:-101) (-98:(97:-3:-234:-235:236) (-244:-243:242:97: + -236)) (-228:229:(-234:-235:230:3) (233:-232:-231:-230)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(63.141, 84.188, 0.000, 26.025, -41.830, 0.000) + $Enclosed cells : (10, 13, 15, 18, 35, 36, 38, 41, 53, 61, 91, 94) +187 0 723 -708 720 -715 718 -726 ((179:-181) (-63:178:177:-179):180:-8: + 182) (-8:182:178:-177:-179:70) ((-66:71 72 (-609:-608:-607:-606:69: + 67:-70:68)) (169:(171:170:-625:-624:-623:-622:-70:68) 172 173) (-169: + 267) (-169:269) (66:268 270 (-634:-633:-632:-631:-266:-265:-70:68: + -269:-267:-169)) 175 174 74 73:-8:2) (((-641:-640:-639:-356:351:350) + (-442:-441:-690:-435:-691:434:-689:-688):149:-150) 443 440 360 359 + 358 357:-4:-64) ((-294:(-179:177:181) (-296:-295:-181)) (178:70:-177: + -179):-182:176) (-7:6:5:3:8:4) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-21.047, 0.000, -26.025, 0.000, -83.661, -62.746) + $Enclosed cells : (2, 6, 21, 23, 32, 43, 47, 56, 63, 87) +188 0 723 -708 720 -715 726 -717 ((178:177:-63:-179) (179:-181):182:180: + -8) (((-442:-441:434:-435:-691:-690:-689:-688) (-639:-356:351:350: + -641:-640):149:-150) 360 359 358 357 443 440:-64:-4) (65:-7:3:64:8: + -63) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-21.047, 0.000, -26.025, 0.000, -62.746, -41.830) + $Enclosed cells : (5, 23, 63, 87) +189 0 723 -708 715 -721 718 -726 ((179:-181) (-63:178:177:-179):180:2: + -176) (178:-176:-177:-179:70:2) ((-66:71 72 (-609:-608:-607:-606:69: + 67:-70:68)) (169:(171:170:-625:-624:-623:-622:-70:68) 172 173) (-169: + 267) (-169:269) (66:268 270 (-634:-633:-632:-631:-266:-265:-70:68: + -269:-267:-169)) 175 174 74 73:2:-8) (((-638:-637:-636:-635:351:350) + (-439:-436:-435:434:-687:-686:-685:-684):141:-142) 438 437 355 354 + 353 352:-4:-64) ((-294:(-179:177:181) (-296:-295:-181)) (178:70:-177: + -179):176:-182) (6:5:3:1:-2:4) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-21.047, 0.000, 0.000, 26.025, -83.661, -62.746) + $Enclosed cells : (1, 6, 21, 22, 32, 43, 47, 55, 62, 86) +190 0 723 -708 715 -721 726 -717 ((178:177:-63:-179) (179:-181):180:-176: + 2) (((-439:-436:-435:434:-687:-686:-685:-684) (-638:-637:-636:-635: + 351:350):141:-142) 355 354 353 352 438 437:-64:-4) (65:3:1:64:-2:-63) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(-21.047, 0.000, 0.000, 26.025, -62.746, -41.830) + $Enclosed cells : (4, 22, 62, 86) +191 0 708 -724 720 -715 717 -727 ((-33:32:-35) (-59:49:27:23:-11:10:35): + -34:-26:21) (((-641:-640:-639:-356:351:350) (-144:-143:-618:-617: + -616:-615):149:-150) 154 153 152 151 360 359 358 357:-64:-4) (116: + ((-115:(185:113) (-185:-183)) (189:114:-113):-119:-186) (118:117:112: + -111:119)) ((-388:(399:-396) (-646:-395:-645:-399) (400:-397) (398: + -649:-648:-647:-399:-400) (-651:-650:-394:-400)) (-389:(412:-396) + (-664:-650:-394:-411) (411:-410) (-666:-665:406:-647:-411:-412) + (-667:-395:-645:-412)) (-644:-394:-395:389:388):-8:-390) (65:-7:3:64: + 8:-63) (-227:226:225:63:-119:183) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, -41.830, -20.915) + $Enclosed cells : (3, 5, 12, 19, 24, 34, 63, 70, 71, 74) +192 0 708 -724 720 -715 727 -711 (-35:23:21:-26:36) (-11:((-49 (-59:-34: + 27):23:35) (-45:(25:-40) (36:-23:-25)):10:-26:21) ((31:-23:-25) + (-603:-51:-37:-60:-40:25):45:14)) (-33:32:-34:-35:21:-26) (321:(-318: + -310:313) (-322:312:-313)) ((-309:310) (311:-315) (-316:-311:309): + -318:60) (278:-272:273) (279:274:-273) (38:-29:-18:17:-34:-27) (65: + 64:8:-7:3:-63) (586:585:584:-32:-33:21:-26) (116:((-115:34:-117) + (118:119:117):112:-111) ((-115:(185:113) (-185:-183)) (189:114:-113): + -119:-186)) (-227:226:225:63:-119:183) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, -20.915, 0.000) + $Enclosed cells : (3, 5, 12, 24, 34, 44, 57, 149) +193 0 724 -713 720 -715 717 -727 ((-150:149:-144:-143:-618:-617:-616: + -615) 154 153 152 151:-64:-4) ((-395:-646:-645:-399) (399:-396) (398: + -649:-648:-647:-399:-400) (-650:-651:-394:-400) (400:-397):-390:-8: + -388) ((412:-396) (-395:-667:-645:-412) (-664:-394:-650:-411) (-665: + -666:406:-647:-411:-412) (411:-410):-390:-8:-389) ((3:(-416:-8:409) + (-674:-663:-392:-409)) (-415:408:-8) (-673:-660:-393:-8:-408) (-675: + -662:406:-661:-8:-408:-409):-389:-390) ((-389:(-394:-664) (-666:-665: + 406) 411 412 (-395:-667)) (-388:(-395:-646) (398:-649:-648) 399 400 + (-394:-651)):390:530) ((-388:404 (-393:-656)) (-389:(-393:-660) 408 + 409 (406:-662:-661) (-392:-663)):390:-531) (116:((-115:(185:113) + (-185:-183)) (189:114:-113):-119:-186) (118:117:112:-111:119)) (-669: + -390:-8:-393:-392:389:388:3) (-59:49:35:-34:27:-26:23:21:-11:10) (65: + -7:64:8:3:-63) (-644:-390:-8:-394:-395:389:388) (-391:390:389:388) + (-227:226:225:63:-119:183) (-241:-240:239:-238:237:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, -41.830, -20.915) + $Enclosed cells : (3, 5, 12, 19, 24, 34, 37, 68, 70, 71, 74, 76, 78, 110, 111, 112, 116) +194 0 724 -713 720 -715 727 -711 (-111:((119:118:117) (34:-115:-117):116: + 112) (113:119:117:-115:-118)) (-119:((-186:116:189) (-188:187:118: + 185:-189):-113:114) ((185:113) (-185:-183):-115:-186:116)) ((3:(-663: + -674:-392:-409) (-416:-8:409)) (-660:-673:-393:-8:-408) (-662:406: + -661:-675:-8:-408:-409) (-415:408:-8):-389:-390) ((3:(-674:-653:-392: + -403) (-419:-8:403)) (-673:-656:-393:-8:-404) (-675:-659:-658:398:-8: + -403:-404) (-420:-8:404):-388:-390) ((-392:-653) 403 404 (-659:-658: + 398) (-393:-656):-531:390:-388) ((555:-556) (-701:-577:-576:-474: + -555):557:573) (29:-38:37:-12:14:-27:-28) (-11:(10:(-49 (-59:-34:27): + 35:-26:21:23) (-31:(27:-23:-25) (27:25) (-58:29:38:-27))) (12:(29: + -38:-27:-28) (-30:29:28:-27) (-602:-37:27:-60:-51:-28)) (14:(31:38: + -27) (31:27:25:37:-60) (45:(31:-23:-25) (-603:-40:-60:-51:-37:25)))) + (321:(-318:-310:313) (-322:312:-313)) ((-309:310) (311:-315) (-316: + -311:309):-318:60) (263:58:-262) (264:-261:262) (-18:17:-34:38:-27: + -29) (-600:13:29:-38:-58:-28:-31) (-601:29:-38:-14:-58:-28:-31) (278: + -272:273) (279:274:-273) (506:-34:-503) (507:-730:-502:503) (543:-34: + -29) (-552:551:556 (554:(555:-556) (-697:-118:553:-550:549:-555))) + (558:((555:-556) (-697:-118:553:-550:549:-555):-557:554) (556:-557)) + (65:64:-7:8:3:-63) (-391:390:389:388) (-669:-390:-8:-393:-392:389: + 388:3) (160:9:29:28:-12:-58:-30) (-446:(450:474) (449:448:-450)) + (-227:226:225:63:-119:183) (491:((519:-516) (454:-515:-34:-519):-518: + 517) (492:-490:-489:182:-34:-8)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, -20.915, 0.000) + $Enclosed cells : (3, 5, 12, 20, 24, 34, 42, 44, 57, 68, 76, 78, 80, 89, 93, 99, 103, 105, 111, 124, 128, 129, 136, 146, 147) +195 0 713 -725 720 -715 717 -727 (154 153 152 151 (-618:-617:-616:-615: + -150:149:-144:-143):-64:-4) ((-185:-183) (185:113):-119:116:-115: + -186) ((-235:-234:-3:236) (-244:-243:242:-236):-98:97) (100:((-131: + -128:132) (102:99:-132):-101:123) ((102:99:-132) (-131:-128:132) (98: + 102:-99):101:-3)) (-390:(-389:(3:(-416:-8:409) (-674:-663:-392:-409)) + (-415:408:-8) (-673:-660:-393:-8:-408) (406:-675:-662:-661:-8:-408: + -409)) (-669:388:-8:-393:-392:389:3)) ((-235:-234:3:230) (-231:233: + -232:-230):229:-228) (65:-63:-7:64:8:3) (-241:-240:239:-238:237:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 63.141, -26.025, 0.000, -41.830, -20.915) + $Enclosed cells : (5, 10, 14, 16, 19, 24, 35, 36, 37, 38, 41, 76, 78) +196 0 713 -725 720 -715 727 -711 ((102:-99:98) (-103:97:-98):101:100:-3) + ((-131:-128:132) (102:99:-132):123:-101:100) ((-131:-128:132) (102: + 99:-132):101:100:-3) (97:-98:-3:-234:-235:236) (449:(446:-447) (448: + -450:-446)) (564 (499:-563:562:559:-550:549):-566:-567) (((571:-699) + (-572:-700):-575:447) (575:-565):573:574) (((101:-3) (-306:304:-101): + 99:-130) (96:-3:101:-99):-100:305) (564 565 (499:-563:562:559:-550: + 549):-560:-561) (-115:(-111:(112:34:116:-117) (-118:119:113:117)) + ((185:113) (-185:-183):-186:-119:116)) (-390:(-389:(3:(-663:-674: + -392:-409) (-416:-8:409)) (-660:-673:-393:-8:-408) (-662:406:-661: + -675:-8:-408:-409) (-415:408:-8)) (-388:(3:(-653:-674:-392:-403) + (-419:-8:403)) (-656:-673:-393:-8:-404) (-659:-658:398:-675:-8:-403: + -404) (-420:-8:404)) (-669:-8:-393:-392:389:388:3)) ((-235:-234:3: + 230) (233:-232:-231:-230):-228:229) (491:((-490:-489:-8:492) (-494: + -493:-492):-34:182) ((519:-516) (454:-515:-34:-519):517:-518)) (543: + -29:-34) (-63:65:64:-7:8:3) (474:450:-446) (481:480:-479:477:476: + -101:-99) (-244:-243:242:97:-98:-236) (-501:-500:-498:497:-499:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 63.141, -26.025, 0.000, -20.915, 0.000) + $Enclosed cells : (5, 10, 12, 14, 16, 24, 35, 36, 38, 41, 54, 64, 76, 78, 80, 85, 89, 93, 95, 99, 101, 105, 124, 130, 131, 135, 148) +197 0 708 -724 715 -721 717 -727 ((-33:32:-35) (-59:49:27:23:-11:10:35): + -34:-26:21) (((-638:-637:-636:-635:351:350) (-144:-143:-614:-613: + -612:-611):141:-142) 148 147 146 145 355 354 353 352:-64:-4) (116: + ((-115:(187:-114) (-187:184)) (189:-113:114):-119:-186) (118:117:112: + -111:119)) ((-388:(-653:-652:-392:-403) (404:-654) (-656:-655:-393: + -404) (403:-401) (-658:398:-659:-657:-403:-404)) (-389:(409:-407) + (408:-405) (-663:-652:-392:-409) (-660:-655:-393:-408) (-661:406: + -662:-657:-408:-409)) (-643:-392:-393:389:388):2:-390) (65:3:1:64:-2: + -63) (226:225:224:63:-119:-184) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, -41.830, -20.915) + $Enclosed cells : (3, 4, 12, 18, 24, 33, 62, 69, 72, 73) +198 0 708 -724 715 -721 727 -711 (-35:23:21:-26:36) (10:((-49 (-59:-34: + 27):23:35) (-45:(25:-40) (36:-23:-25)):-11:-26:21) ((31:-23:-25) + (-603:-51:-37:-60:-40:25):45:-13)) (-33:32:-34:-35:21:-26) (335: + (-318:326:-329) (-336:-330:329)) ((327:-326) (-316:-327:328) (-328: + 331):-318:60) (278:13:-274) (279:-273:274) (38:-29:16:-15:-34:-59: + -27) (65:64:3:-2:1:-63) (586:585:584:-32:-33:21:-26) (116:((-115:34: + -117) (118:119:117):112:-111) ((-115:(187:-114) (-187:184)) (189: + -113:114):-119:-186)) (226:225:224:63:-119:-184) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, -20.915, 0.000) + $Enclosed cells : (3, 4, 12, 24, 33, 44, 58, 149) +199 0 724 -713 715 -721 717 -727 ((-144:-143:-142:141:-614:-613:-612: + -611) 148 147 146 145:-64:-4) ((-653:-652:-392:-403) (-656:-655:-393: + -404) (-659:-658:-657:398:-403:-404) (404:-654) (403:-401):-390:-388: + 2) ((-652:-663:-392:-409) (-660:-655:-393:-408) (-662:406:-661:-657: + -408:-409) (409:-407) (408:-405):-390:-389:2) ((2:(-413:3:412) (411: + -414) (-672:-666:-665:406:-411:-412) (-671:-664:-394:-411)) (-670: + -667:-395:-412:3):-389:-390) ((-388:403 404 (-659:-658:398) (-393: + -656) (-392:-653)) (-389:(406:-662:-661) 408 409 (-392:-663) (-393: + -660)):390:-532) ((-388:400 (-394:-651)) (-389:(-666:-665:406) 411 + 412 (-395:-667) (-394:-664)):390:-533) (116:((-115:(187:-114) (-187: + 184)) (189:-113:114):-119:-186) (118:117:112:-111:119)) (-668:-390: + -394:-395:389:388:3:2) (-59:49:35:-34:27:-26:23:21:-11:10) (65:1:64: + -2:3:-63) (-643:-390:-392:-393:389:388:2) (-391:390:389:388) (226: + 225:224:63:-119:-184) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, -41.830, -20.915) + $Enclosed cells : (3, 4, 12, 18, 24, 33, 68, 69, 72, 73, 75, 77, 113, 114, 115, 117) +200 0 724 -713 715 -721 727 -711 (112:((119:118:117) (34:-115:-117):116: + -111) (-114:119:117:-115:-118)) (-119:((-186:116:189) (-188:185:118: + 187:-189):114:-113) ((187:-114) (-187:184):-115:-186:116)) ((2:(-664: + -671:-394:-411) (406:-666:-665:-672:-411:-412) (-413:3:412) (411: + -414)) (-667:-670:-395:-412:3):-389:-390) ((2:(-671:-651:-394:-400) + (-672:398:-649:-648:-399:-400) (-417:3:399) (400:-418)) (-670:-395: + -646:-399:3):-388:-390) ((-646:-395) (398:-649:-648) 399 400 (-394: + -651):-533:390:-388) ((555:-556) (-701:-577:-576:-474:-555):557:573) + (29:37:-38:-13:9:-27:-28) (10:(-11:(-49 (-59:-34:27):35:-26:21:23) + (-31:(27:-23:-25) (27:25) (-58:29:38:-27))) (-9:(29:-38:-27:-28) + (-30:29:28:-27) (-602:27:-37:-60:-51:-28)) (-13:(31:38:-27) (31:27: + 25:37:-60) (45:(31:-23:-25) (-603:-40:-60:-51:-37:25)))) (335:(-318: + 326:-329) (-336:-330:329)) ((327:-326) (-316:-327:328) (-328:331): + -318:60) (451:-455:-464:463:-452) (451:-464:463:455:-452) ((465:-464) + (-458:694:-455:-465) (461:-460:-457:-34:-465:455):-451:453) ((466: + -464) (459:695:-455:-466) (462:696:-457:-34:-466:455):452:-454) (16: + -15:-34:-59:38:-27:-29) (-600:29:-38:13:-58:-28:-31) (-692:30:451: + -455:-463:-452) (278:13:-274) (279:-273:274) (-456:-693:-34:451:-457: + -463:455:-452) (504:-34:-503) (505:-730:-502:503) (-552:551:556 (554: + (555:-556) (-697:-118:553:-550:549:-555))) (558:((555:-556) (-697: + -118:553:-550:549:-555):-557:554) (556:-557)) (65:64:1:-2:3:-63) + (-668:-390:-394:-395:389:388:3:2) (160:-12:29:28:9:-58:-30) (226:225: + 224:63:-119:-184) (-391:390:389:388) (-446:(450:474) (449:448:-450)) + (491:(-518:517:(-515:454:-34:-519) (519:-516) (520:-453:-34:-522) + (522:521)) (492:-490:-489:-176:-34:2)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, -20.915, 0.000) + $Enclosed cells : (3, 4, 12, 20, 24, 33, 44, 58, 68, 75, 77, 79, 89, 90, 93, 98, 102, 105, 106, 114, 128, 129, 136, 146, 147) +201 0 713 -725 715 -721 717 -727 (148 147 146 145 (-614:-613:-612:-611: + -144:-143:-142:141):-64:-4) ((-187:184) (187:-114):-119:116:-115: + -186) (-390:(-389:(2:(-413:3:412) (-672:-666:-665:406:-411:-412) + (411:-414) (-671:-664:-394:-411)) (-670:-667:-395:-412:3)) (-668:388: + -394:-395:389:3:2)) ((-235:-234:-3:236) (-244:-243:242:-236):97:-98) + (100:((102:-96:121) (122:-128:-121):-101:123) ((102:-96:121) (122: + -128:-121) (-97:96:102):101:-3)) ((-235:-234:3:230) (-232:-231:233: + -230):-228:229) (65:-63:1:64:-2:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 63.141, 0.000, 26.025, -41.830, -20.915) + $Enclosed cells : (4, 10, 13, 15, 18, 24, 35, 36, 38, 41, 75, 77) +202 0 713 -725 715 -721 727 -711 ((102:96:-97) (-103:-98:97):101:100:-3) + ((102:-96:121) (122:-128:-121):123:-101:100) ((102:-96:121) (122: + -128:-121):101:100:-3) (97:-98:-3:-234:-235:236) (449:(446:-447) + (448:-450:-446)) (451:-455:-464:463:-452) (451:-464:463:455:-452) + ((465:-464) (461:-460:-457:455:-34:-465):-451:453) ((466:-464) (462: + 696:-457:455:-34:-466):452:-454) (-456:-693:-34:451:-457:-463:455: + -452) (564 (499:-563:562:559:-550:549):-566:-567) ((575:-565) (-699: + 571:447:-575):573:574) (564 565 (499:-563:562:559:-550:549):-560: + -561) (-115:(112:(-111:34:116:-117) (-118:119:-114:117)) ((187:-114) + (-187:184):-186:-119:116)) ((-3:(101:-100:305) (107:349:-305)) (-306: + 304:-100:-101:305):-96:120) (-390:(-389:(2:(-664:-671:-394:-411) + (-666:-665:406:-672:-411:-412) (-413:3:412) (411:-414)) (-667:-670: + -395:-412:3)) (-388:(2:(-651:-671:-394:-400) (398:-649:-648:-672: + -399:-400) (-417:3:399) (400:-418)) (-646:-670:-395:-399:3)) (-668: + -394:-395:389:388:3:2)) ((-235:-234:3:230) (233:-232:-231:-230):-228: + 229) (491:((-490:-489:2:492) (-493:488:-492):-34:-176) ((-34:(-515: + 454:-519) (520:-453:-522)) (519:-516) (522:521):517:-518)) (65:64: + -63:1:-2:3) (-99:96:-3:-100:305:101) (474:450:-446) (-479:478:477: + 476:-475:96:-101) (-244:-243:242:97:-98:-236) (-501:-500:-498:497: + -499:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(42.094, 63.141, 0.000, 26.025, -20.915, 0.000) + $Enclosed cells : (4, 10, 12, 13, 15, 24, 35, 36, 38, 41, 53, 61, 64, 75, 77, 79, 84, 89, 90, 93, 94, 98, 101, 105, 106, 130, 131, 135, 148) +203 0 708 -724 720 -715 711 -728 (-35:23:21:-26:36) (-11:(10:((-45:(25: + -40) (39:46) (36:-23:-25)) (-41:22:-39:25:40) (-49:35:23):21:-26) + (-58:50:-28:-39:-40)) ((-50:-28:51) (-37:-603:25:45:-51):14:-60:-40) + (12:(47:-62:46:45:39:-28) (53:-30:28:39))) (55 (54:-61):-604:20:-28: + -58:-19:39) (321:(-318:-310:313) (-322:312:-313)) ((-309:310) (311: + -315) (-316:-311:309):-318:60) (278:-272:273) (279:274:-273) (-57: + -12:19:46:45:-56:-603:39:-62) (-605:56:-12:19:39:-58:-28:-62) (264: + 260:-259) (289:-285:284) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, 0.000, 20.915) + $Enclosed cells : (3, 42, 44, 45, 57) +204 0 708 -724 720 -715 728 -719 (-11:(10:((-45:46:39) (-41:40:25:22:-39) + (-48:47:-46:39):21:-26) (-61:-58:-53:-30:28:47)) (12:(28:53:39:-30) + (-62:47:46:45:39:-28))) ((39:56) (57:47:46):-605:-62:-28:-58:19:-12) + (58:-258:259) (-338:(62:(-309:310) (-316:-311:309) (311:-315)) (313: + 341:-310)) (264:260:-259) (288:-286:285) (284:289:-285) (-287:291: + 286) (339:317:316) (-342:312:341:-313) (-603:-12:19:46:45:-56:-57:39: + -62) (-604:52:20:47:46:-19:-58:-28:-61) (-156:9:28:53:-12:-58:-61: + -30) (569:-568:258) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, 20.915, 41.830) + $Enclosed cells : (3, 20, 42, 45, 59, 132) +205 0 724 -713 720 -715 711 -728 ((-12:((158:-159) (160:29) (157:-61: + -158):-58:9) (-167:155:-160:159)) (-166:-165:-620:619:-160:159:-58): + 28:-30) (29:-38:37:-12:14:-27:-28) (-11:(-40:51:-60:-50:14:-28) (10: + ((-41:22:25:40:-39) (-49:35:23):21:-26) (-58:-28:50:-39:-40)) ((27: + -39) (-27:29) (39:53):-30:28:12) (45:(47:46:-62:-28:12:39) (-603:25: + -51:-60:14:-40:-37)) (-38:29:12:-27:-28) (31:27:25:14:37:-60) (-602: + -37:27:-60:-51:12:-28)) (55 (-61:54):-604:20:-28:-58:-19:39) (264: + (260:-259) (-261:262)) (58:261:-260) (321:(-318:-310:313) (-322:312: + -313)) ((-309:310) (-316:-311:309) (311:-315):-318:60) (278:-272:273) + (319:317:316) (-605:56:-12:19:39:-58:-28:-62) (277:-271:272) (279: + 274:-273) (289:284:-285) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, 0.000, 20.915) + $Enclosed cells : (3, 20, 42, 44, 45, 57) +206 0 724 -713 720 -715 728 -719 ((-12:((-156:53) (157:-158):9:-58:-61) + (-163:155:156:-157)) (-620:619:-162:-161:156:-157:-58:-61):28:-30) + (-11:(10:(-61:-58:-30:28:-53:47) (-41:40:-26:25:22:21:-39)) (12:(28: + 53:39:-30) (45:-62:46:47:39:-28))) ((39:56) (57:47:46):-605:19:-62: + -28:-58:-12) (-338:(62:(-309:310) (-316:-311:309) (311:-315)) (313: + 341:-310)) (-258:58:259) (264:260:-259) (339:317:316) (-342:312:341: + -313) (-285:284:289) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, 20.915, 41.830) + $Enclosed cells : (3, 20, 42, 45, 59) +207 0 708 -724 715 -721 711 -728 (289:(282:-283) (284:-285)) (-35:23:21: + -26:36) (56:-20:9:39:-28:-62) (10:(-11:((-45:(25:-40) (39:46) (36: + -23:-25)) (-41:22:-39:25:40) (-49:35:23):21:-26) (-58:50:-28:-39:-40) + ) ((-28:-50:51) (-37:-603:25:45:-51):-60:-13:-40) (-9:(47:-62:46:45: + 39:-28) (53:-30:28:39))) (55 (54:-61):-604:-19:-28:-58:20:39) (335: + (-318:326:-329) (-336:-330:329)) ((327:-326) (-316:-327:328) (-328: + 331):-318:60) (279:-273:274) (278:13:-274) (-57:46:45:-20:9:-56:-603: + 39:-62) (445:444:-259) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, 0.000, 20.915) + $Enclosed cells : (3, 44, 45, 58, 88) +208 0 708 -724 715 -721 728 -719 (56:-20:9:39:-28:-62) (57:47:46:-20:9: + -28:-62) (10:(-11:((-45:46:39) (-41:40:25:22:-39) (-48:47:-46:39):21: + -26) (-61:-58:-53:-30:28:47)) (-9:(28:53:39:-30) (-62:47:46:45:39: + -28))) (289:(282:-283) (284:-285)) (326:316:346) ((346:-329:326) + (331:62:-326):-316:-338) (61:-258:259) (290:283:-284) (288:281:-282) + (445:444:-259) (327:62:316:-326) (-328:324:62:316) (344:317:316) + (-603:46:45:-20:9:-56:-57:39:-62) (-604:52:-19:20:47:46:-58:-28:-61) + (-347:-330:346:329) (-156:-12:28:53:9:-58:-61:-30) (570:-568:258) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, 20.915, 41.830) + $Enclosed cells : (3, 20, 45, 60, 88, 133) +209 0 724 -713 715 -721 711 -728 ((9:((158:-159) (160:29) (157:-61:-158): + -58:-12) (-168:-621:-160:159)) (-166:-165:-620:619:-160:159:-58):28: + -30) (289:(282:-283) (-285:284)) (29:37:-38:-13:9:-27:-28) (10:(-40: + 51:-13:-60:-50:-28) (-11:((-41:22:25:40:-39) (-49:35:23):21:-26) + (-58:-28:50:-39:-40)) ((27:-39) (-27:29) (39:53):-30:28:-9) (45:(47: + 46:-62:-28:-9:39) (-603:25:-51:-60:-13:-40:-37)) (-38:29:-9:-27:-28) + (31:27:25:-13:37:-60) (-602:27:-37:-9:-60:-51:-28)) (55 (-61:54): + -604:-19:-28:-58:20:39) (335:(-318:326:-329) (-336:-330:329)) ((327: + -326) (-316:-327:328) (-328:331):-318:60) (-158:61:-444) (451:-455: + -464:463:-452) (451:-464:463:455:-452) ((465:-464) (461:-460:-457: + 455:-34:-465):-451:453) ((466:-464) (462:696:-457:455:-34:-466):452: + -454) (56:-20:9:39:-28:-62) (333:317:316) (277:-13:275) (278:13:-274) + (279:-273:274) (280:276:-275) (445:-259:444) (-456:-693:-34:451: + -457:-463:455:-452) (110:109:108:-107:-106:105) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. 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9.4563165e-01 -4.6354780e-02 3.2191927e-01 -1.4608930e+01 +699 P -6.6938218e-01 7.0710671e-01 -2.2787628e-01 -3.1049374e+01 +700 P -6.6938204e-01 -7.0710685e-01 -2.2787624e-01 -3.1049323e+01 +701 P 9.4664926e-01 2.0103451e-07 3.2226570e-01 2.6275217e+01 +702 P 9.4617394e-01 -3.1685545e-02 3.2210388e-01 -1.5008237e+01 +703 P -4.4224534e-01 -1.5455203e-13 -8.9689412e-01 2.4813747e+01 +704 P 9.4664926e-01 2.1925910e-13 3.2226570e-01 -1.8476411e+01 +705 P 9.4563165e-01 4.6354780e-02 3.2191927e-01 -1.4608930e+01 +706 P 9.4617394e-01 3.1685545e-02 3.2210388e-01 -1.5008237e+01 +707 PX -8.4188170e+01 +708 PX 9.0949470e-14 +709 PY -5.2050000e+01 +710 PY 5.2050000e+01 +711 PZ 1.1368684e-14 +712 PZ 8.3660798e+01 +713 PX 4.2094085e+01 +714 PX 8.4188170e+01 +715 PY 1.5343176e-10 +716 PX -4.2094085e+01 +717 PZ -4.1830399e+01 +718 PZ -8.3660798e+01 +719 PZ 4.1830399e+01 +720 PY -2.6025000e+01 +721 PY 2.6025000e+01 +722 PX -6.3141127e+01 +723 PX -2.1047042e+01 +724 PX 2.1047042e+01 +725 PX 6.3141127e+01 +726 PZ -6.2745598e+01 +727 PZ -2.0915199e+01 +728 PZ 2.0915199e+01 +729 SO 1.3219129e+02 +730 P 3.2226570e-01 7.6312375e-14 -9.4664926e-01 1.2913647e+01 +731 P 3.2226570e-01 -7.6899881e-17 -9.4664926e-01 -6.6308635e+02 +732 P -3.2226570e-01 7.6899881e-17 9.4664926e-01 -6.8981365e+02 +733 P -3.2226570e-01 5.7421191e-17 9.4664926e-01 -4.0290465e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 -8.4188170e+01 8.4188170e+01 +C SI2 -5.2050000e+01 5.2050000e+01 +C SI3 -8.3660798e+01 8.3660798e+01 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=729 WGT=5.4897877e+04 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 + 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 + 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 + 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 + 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 + 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 + 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 +SD4 9.8505744e+03 9.8505744e+03 1.3681394e+05 7.0632000e+03 7.0632000e+03 + 2.1459245e+03 7.3185868e+03 1.8132191e+03 2.2289932e+01 3.3531307e+03 + 1.7538606e+04 5.8367500e+03 7.8656963e+03 7.8656963e+03 3.7064791e+03 + 3.7064791e+03 1.1232961e+04 1.3819735e+03 1.3819735e+03 6.8142352e+03 + 1.4326586e+03 6.1599060e+02 6.1599060e+02 2.5497750e+03 5.1861000e+03 + 3.4882225e+03 3.6342831e+03 9.8160000e+02 5.4840000e+02 8.3129687e+02 + 8.6380390e+02 8.6203102e+02 2.3375000e+02 2.3375000e+02 9.2488500e+03 + 3.8171161e+03 9.3600000e+03 4.6961573e+03 7.4025000e+02 6.0477087e+03 + 1.3102860e+02 2.8010440e+02 1.0609201e+03 7.6080578e+02 7.6080578e+02 + 2.1924898e+02 2.2890000e+02 7.2150000e+01 2.5980762e+03 2.5980762e+03 + 2.2910000e+02 2.2910000e+02 6.0082903e+03 6.0082903e+03 9.8856768e+00 + 9.8856768e+00 2.5518448e+03 2.5518448e+03 2.5518448e+03 2.5518448e+03 + 1.1800000e+03 7.1227632e+02 7.1227632e+02 1.0377293e+03 1.5208150e+03 + 7.6442208e+02 2.7343269e+02 6.0436389e+02 2.1137030e+02 2.1137030e+02 + 1.4939041e+02 1.4939040e+02 1.4939046e+02 1.4939040e+02 2.1082929e+02 + 2.1082929e+02 1.4911654e+02 1.4911645e+02 1.4911650e+02 1.4911655e+02 + 2.5765330e+02 4.3579180e+02 4.3579180e+02 6.7825446e+02 6.7825446e+02 + 4.0835658e+02 4.0835658e+02 1.1014424e+02 3.8845167e+02 3.4608246e+02 + 5.6917976e+02 5.6917976e+02 4.4453536e+01 1.3600000e+02 1.3600000e+02 + 6.7151543e+01 6.7151543e+01 4.1500000e+01 4.1500000e+01 1.4250000e+01 + 4.4100000e+01 8.7408271e+01 8.7408271e+01 1.5614501e+01 5.2250000e+01 + 5.2250000e+01 1.4375928e+01 1.4375928e+01 3.8288160e+01 2.0569830e+01 + 2.0569837e+01 2.0569822e+01 2.0569829e+01 2.0569829e+01 2.0569834e+01 + 2.0569831e+01 2.0569837e+01 5.0969199e+01 5.0969199e+01 5.0969199e+01 + 5.0969199e+01 1.3621946e+01 1.3621946e+01 6.7858401e+00 1.3370618e+01 + 1.3370618e+01 2.2580197e+01 8.4246358e+00 8.4246328e+00 6.4246404e+00 + 6.9272952e+00 1.2063716e+01 1.2063716e+01 1.0961513e+01 6.0920573e+00 + 4.5108683e+00 9.0446270e+00 7.3631078e+00 7.3631078e+00 7.3631078e+00 + 7.3631078e+00 7.3631078e+00 7.3631078e+00 7.3631078e+00 7.3631078e+00 + 5.0265482e-01 5.0265482e-01 5.0265482e-01 7.2242523e+03 1.0961529e+01 + 9.0446379e+00 6.1398836e+03 1.6311977e+03 \ No newline at end of file diff --git a/tests/regression_test_files/large/SCDR/SCDR.py b/tests/regression_test_files/large/SCDR/SCDR.py new file mode 100644 index 00000000..3bf962db --- /dev/null +++ b/tests/regression_test_files/large/SCDR/SCDR.py @@ -0,0 +1,958 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.YPlane(y0=28.299968409614564) +S2 = openmc.YPlane(y0=22.299968409614664) +S3 = openmc.Plane(a=0.9466492601155473,b=9.953930041328724e-14,c=0.3222656952309491,d=47.6604092474615) +S4 = openmc.Plane(a=0.003709192210371032,b=2.9992675010248614e-13,c=0.9999931209229125,d=-64.19474127292133) +S5 = openmc.Plane(a=-0.9466492601155473,b=-9.952282054026554e-14,c=-0.3222656952309491,d=81.68959075253812) +S6 = openmc.Plane(a=-0.003709192210371032,b=-2.9992675010248614e-13,c=-0.9999931209229125,d=76.19474127294666) +S7 = openmc.YPlane(y0=-28.300031590385533) +S8 = openmc.YPlane(y0=-22.30003159038524) +S9 = openmc.YPlane(y0=22.50000000015391) +S10 = openmc.YPlane(y0=41.45000000015391) +S11 = openmc.YPlane(y0=-41.4499999998461) +S12 = openmc.YPlane(y0=-22.499999999846093) +S13 = openmc.YPlane(y0=0.8430999762662025) +S14 = openmc.YPlane(y0=-5.959999999846106) +S15 = openmc.YPlane(y0=23.300000000153904) +S16 = openmc.YPlane(y0=27.300000000153904) +S17 = openmc.YPlane(y0=-23.299999999846094) +S18 = openmc.YPlane(y0=-27.299999999846094) +S19 = openmc.YPlane(y0=-0.6099999998461043) +S20 = openmc.YPlane(y0=5.960000000153889) +S21 = openmc.Plane(a=-0.06603491425832779,b=0.9975640502598118,c=-0.022480118508037897,d=40.18554150896762) +S22 = openmc.Plane(a=-0.9466492601156964,b=-2.192135362122371e-13,c=-0.3222656952305112,d=13.057090751590184) +S23 = openmc.Plane(a=0.4415058527917453,b=1.5515864405553779e-13,c=0.8972583696743285,d=5.677545672927618) +S24 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=14.886352843237265) +S25 = openmc.Plane(a=-0.4415058527917453,b=-1.5509167552510907e-13,c=-0.8972583696743285,d=-6.950337879063515) +S26 = openmc.Plane(a=0.06603491425791382,b=0.9975640502598422,c=0.022480118507896902,d=-40.185541508660705) +S27 = openmc.Plane(a=0.7524149088958692,b=1.0971066876506755e-13,c=-0.6586894601185151,d=23.361827328825534) +S28 = openmc.Plane(a=-0.9466492601156963,b=-2.1927895041256423e-13,c=-0.3222656952305112,d=-30.360409248409834) +S29 = openmc.Plane(a=0.3222656952305112,b=0.0,c=-0.9466492601156964,d=15.913647156762847) +S30 = openmc.Plane(a=-0.9466492601156964,b=-2.192135362122371e-13,c=-0.3222656952305112,d=-34.16040924840984) +S31 = openmc.Plane(a=0.3222656952305112,b=-0.0,c=-0.9466492601156963,d=13.263647156762762) +S32 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=-14.113647156762699) +S33 = openmc.Plane(a=0.9466492601156964,b=2.192135362122371e-13,c=0.3222656952305112,d=-12.357090751590064) +S34 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=-21.913647156762764) +S35 = openmc.Plane(a=-0.8972583696743285,b=-1.5497629023481873e-13,c=0.44150585279174515,d=-8.101008723143648) +S36 = openmc.Plane(a=-0.9466492601156964,b=-2.192135362122371e-13,c=-0.3222656952305112,d=0.2570907515901662) +S37 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=-9.513647156762842) +S38 = openmc.Plane(a=0.9466492601156963,b=2.192970904555427e-13,c=0.3222656952305112,d=28.660409248409884) +S39 = openmc.Plane(a=-0.4415058527917452,b=-1.5500737798355607e-13,c=-0.8972583696743285,d=-23.319859863531857) +S40 = openmc.Plane(a=0.8972583696743285,b=1.5513962636518026e-13,c=-0.4415058527917453,d=13.828573650754993) +S41 = openmc.Plane(a=0.3222656952305112,b=0.0,c=-0.9466492601156964,d=-26.93635284323729) +S42 = openmc.Plane(a=0.9466492601156964,b=2.192135362122371e-13,c=0.3222656952305112,d=-6.0570907515901995) +S43 = openmc.Plane(a=0.3222656952305112,b=0.0,c=-0.9466492601156964,d=-36.93635284323722) +S44 = openmc.Plane(a=0.8972583696743285,b=1.5500737798355607e-13,c=-0.4415058527917452,d=-31.81516907483683) +S45 = openmc.Plane(a=-0.9466492601156963,b=-2.1930967397257336e-13,c=-0.3222656952305112,d=-17.042909248409558) +S46 = openmc.Plane(a=-0.8972583696743285,b=-1.5500622348127492e-13,c=0.44150585279174515,d=3.813740539849505) +S47 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=29.48635284323727) +S48 = openmc.Plane(a=0.9466492601156963,b=2.1935085668555877e-13,c=0.3222656952305112,d=7.942909248409929) +S49 = openmc.Plane(a=-0.32226569523051124,b=0.0,c=0.9466492601156963,d=-11.913647156762856) +S50 = openmc.Plane(a=0.3222656952305112,b=-2.524354896707238e-29,c=-0.9466492601156964,d=-1.7363528432372732) +S51 = openmc.Plane(a=0.3222656952305112,b=0.0,c=-0.9466492601156964,d=2.013647156762751) +S52 = openmc.Plane(a=0.3222656952305112,b=0.0,c=-0.9466492601156964,d=-26.686352843237188) +S53 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156963,d=29.38635284323729) +S54 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=11.686352843237284) +S55 = openmc.Plane(a=-0.32226569523051113,b=5.551115123125783e-17,c=0.9466492601156964,d=9.586352843237197) +S56 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=15.43635284323722) +S57 = openmc.Plane(a=0.32226569523051124,b=-0.0,c=-0.9466492601156963,d=-22.936352843237223) +S58 = openmc.Cylinder(x0=26.569763519473703,y0=-2.67499999983945,z0=16.1610818288507,r=2.2,dx=-0.3222656952305112,dy=5.600217833086283e-17,dz=0.9466492601156964) +S59 = openmc.Cylinder(x0=19.0910935898273,y0=27.500000000156703,z0=-16.6389425016835,r=2.5,dx=0.32226569523051085,dy=-6.505213034913017e-17,dz=-0.9466492601156965) +S60 = openmc.YCylinder(x0=25.0909526391315,z0=2.4531853954007903,r=5.0) +S61 = openmc.Cylinder(x0=22.460875905283302,y0=2.67500000016055,z0=28.230859895325302,r=2.2,dx=-0.3222656952305112,dy=5.600217833086283e-17,dz=0.9466492601156964) +S62 = openmc.YCylinder(x0=17.0504235431302,z0=26.0720844352874,r=5.00000000012) +S63 = openmc.Plane(a=0.3222656952309491,b=-2.829403378257211e-13,c=-0.9466492601155473,d=26.113647156901095) +S64 = openmc.Plane(a=0.3222656952309491,b=-2.829403378257211e-13,c=-0.9466492601155473,d=38.11364715690104) +S65 = openmc.Plane(a=-0.9978014682921563,b=-7.850664562880642e-14,c=-0.06627390039839942,d=40.40927988332956) +S66 = openmc.Plane(a=0.8660194463068586,b=0.5000000000371608,c=-0.003212254846893078,d=-0.9180711888849786) +S67 = openmc.Plane(a=-0.49999656046168617,b=-0.8660254037843054,c=0.0018545961054463106,d=-11.344844106416385) +S68 = openmc.Plane(a=-0.003709192210371032,b=-2.9992675010248614e-13,c=-0.9999931209229125,d=72.69474127296951) +S69 = openmc.Plane(a=0.49999656046168617,b=0.8660254037843054,c=-0.0018545961054462507,d=16.34484410638331) +S70 = openmc.Plane(a=-0.003709192210371032,b=-2.9992675010248614e-13,c=-0.9999931209229125,d=67.6947412729501) +S71 = openmc.Cylinder(x0=-80.42658062813359,y0=60.54211452408663,z0=-68.39689413417489,r=1.0,dx=0.8660194463287948,dy=-0.5000000000002319,dz=-0.0032122546810285893) +S72 = openmc.Cylinder(x0=24.423643510449,y0=-3.15904067349493e-05,z0=-71.7858270814459,r=1.0,dx=0.8660194463289632,dy=-0.4999999999999371,dz=-0.003212254681551481) +S73 = openmc.Cylinder(x0=93.75059791967011,y0=-36.56214110889046,z0=-72.04297584962953,r=1.0,dx=-0.8660194463289632,dy=0.4999999999999371,dz=0.003212254681551481) +S74 = openmc.Cylinder(x0=93.76172549628696,y0=-36.56214110891151,z0=-69.04299648683217,r=1.0,dx=-0.8660194463287948,dy=0.5000000000002319,dz=0.0032122546810285893) +S75 = openmc.Plane(a=0.3222656952305112,b=0.0,c=-0.9466492601156964,d=-29.63635284323723) +S76 = openmc.Plane(a=-0.4415058527917452,b=-1.5500737798355607e-13,c=-0.8972583696743285,d=-15.47097459235983) +S77 = openmc.Plane(a=0.8972583696743285,b=1.5500737798355607e-13,c=-0.4415058527917452,d=-13.783946154581484) +S78 = openmc.Plane(a=0.3222656952305112,b=-1.262177448353619e-29,c=-0.9466492601156964,d=-31.13635284323725) +S79 = openmc.Plane(a=-0.3222656952305112,b=-1.262177448353619e-29,c=0.9466492601156964,d=37.03635284323725) +S80 = openmc.Cylinder(x0=-6.014408838277731,y0=21.600000000154804,z0=30.833082987887003,r=1.25,dx=-0.3222656952305112,dy=8.673617379884034e-17,dz=0.9466492601156964) +S81 = openmc.Cylinder(x0=-6.01440883826694,y0=-31.5999999998452,z0=30.833082987890602,r=1.25,dx=-0.3222656952305112,dy=8.673617379884034e-17,dz=0.9466492601156964) +S82 = openmc.Cylinder(x0=-6.014408838268931,y0=-21.5999999998452,z0=30.83308298789,r=1.25,dx=-0.3222656952305112,dy=8.673617379884034e-17,dz=0.9466492601156964) +S83 = openmc.Cylinder(x0=-6.014408838279721,y0=31.600000000154804,z0=30.833082987886304,r=1.25,dx=-0.3222656952305112,dy=8.673617379884034e-17,dz=0.9466492601156964) +S84 = openmc.Cylinder(x0=-670.756761706724,y0=1.08556197102409e-12,z0=-192.653762045361,r=697.0,dx=0.3222656952305112,dy=8.313900802026275e-30,dz=-0.9466492601156964) +S85 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=-17.11364715676274) +S86 = openmc.Plane(a=-0.3222656952305112,b=1.262177448353619e-29,c=0.9466492601156964,d=-24.16364715676273) +S87 = openmc.Plane(a=-0.9466492601156963,b=-2.1946329177261928e-13,c=-0.32226569523051124,d=13.857090751590192) +S88 = openmc.Plane(a=-0.980955155349149,b=-1.89844491213193e-13,c=0.194234351220187,d=-0.9472563687482712) +S89 = openmc.Cylinder(x0=-654.506514024723,y0=1.08833752858565e-12,z0=-240.388550986694,r=681.7,dx=0.3222656952305112,dy=-1.911232970607261e-17,dz=-0.9466492601156964) +S90 = openmc.Cylinder(x0=-9.4328031194419,y0=-31.5999999998497,z0=-22.662581502889704,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S91 = openmc.Cylinder(x0=-9.43280311944388,y0=-21.5999999998497,z0=-22.662581502890404,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S92 = openmc.Cylinder(x0=-7.18371790465214,y0=31.6000000001508,z0=-21.8969304419168,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S93 = openmc.Cylinder(x0=-7.183717904650061,y0=21.6000000001508,z0=-21.8969304419161,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S94 = openmc.Plane(a=0.8972585052160846,b=1.5502151762288796e-13,c=-0.4415055773344178,d=-29.304936038236008) +S95 = openmc.YCylinder(x0=-23.6837015976509,z0=16.6417584061841,r=1.0) +S96 = openmc.YPlane(y0=15.299968409615767) +S97 = openmc.YPlane(y0=10.299968409611212) +S98 = openmc.YPlane(y0=-10.300031590384279) +S99 = openmc.YPlane(y0=-15.300031590397607) +S100 = openmc.Plane(a=-0.2385334575789701,b=2.9051760996878814e-13,c=0.9711342799095405,d=-26.86072787329967) +S101 = openmc.Plane(a=0.9466492601155609,b=9.971797693131279e-14,c=0.322265695230909,d=50.660409247463946) +S102 = openmc.Plane(a=0.322265695230909,b=-2.82940337825721e-13,c=-0.9466492601155609,d=98.96006895829909) +S103 = openmc.Plane(a=-0.32226569523092485,b=2.829403378257209e-13,c=0.9466492601155555,d=-35.260068958299826) +S104 = openmc.Plane(a=0.32226569523092485,b=-2.829403378257209e-13,c=-0.9466492601155555,d=81.5600689582999) +S105 = openmc.YPlane(y0=33.299968409626096) +S106 = openmc.YPlane(y0=17.299968409616152) +S107 = openmc.Plane(a=-0.32226569523092485,b=2.828570710988739e-13,c=0.9466492601155555,d=-17.960068958350032) +S108 = openmc.Plane(a=0.9466492601155555,b=9.970496650524305e-14,c=0.32226569523092485,d=71.16040924746356) +S109 = openmc.Plane(a=-0.9466492601155555,b=-9.970496650524295e-14,c=-0.32226569523092485,d=-53.66040924746382) +S110 = openmc.Plane(a=0.07323819712711571,b=2.9937163859017306e-13,c=0.9973144772244961,d=65.51183062746054) +S111 = openmc.YPlane(y0=-30.50003159029348) +S112 = openmc.YPlane(y0=30.499968409706625) +S113 = openmc.YPlane(y0=-4.500031590300154) +S114 = openmc.YPlane(y0=4.499968409708851) +S115 = openmc.Plane(a=-0.9466492601157342,b=-2.0758308266755106e-13,c=-0.32226569523040005,d=-43.56040924840582) +S116 = openmc.Plane(a=-0.9466492601157342,b=-2.0758568475276505e-13,c=-0.32226569523040005,d=-3.5604092484056085) +S117 = openmc.Plane(a=-0.32226569523040005,b=-7.076585311797221e-14,c=0.9466492601157342,d=-22.91364715676275) +S118 = openmc.Plane(a=0.9466492601157342,b=2.0772198922208841e-13,c=0.32226569523040005,d=24.060409248405474) +S119 = openmc.Plane(a=0.32226569523040005,b=7.063793994177561e-14,c=-0.9466492601157342,d=24.413647156762718) +S120 = openmc.YPlane(y0=35.299968409610834) +S121 = openmc.YPlane(y0=23.199968409615575) +S122 = openmc.YPlane(y0=31.39996840960778) +S123 = openmc.Plane(a=0.9711342799095405,b=7.44929749394555e-14,c=0.23853345757897004,d=62.4064261451108) +S124 = openmc.Plane(a=-0.2385334575789701,b=2.9054536554440316e-13,c=0.9711342799095405,d=-38.86072787319938) +S125 = openmc.Plane(a=0.9711342799095405,b=7.464862061823404e-14,c=0.2385334575789701,d=62.6064252304929) +S126 = openmc.Plane(a=0.23853345757906694,b=-2.9057312112001894e-13,c=-0.9711342799095167,d=83.86072787320366) +S127 = openmc.Plane(a=-0.22787625844157108,b=-0.7071067811863472,c=0.6693821112331533,d=-90.69354217809261) +S128 = openmc.Plane(a=-0.2385334575789701,b=2.9054536554440316e-13,c=0.9711342799095405,d=-60.76072787327694) +S129 = openmc.Plane(a=0.2385334575789701,b=-2.9054536554440316e-13,c=-0.9711342799095405,d=72.96072787321226) +S130 = openmc.YPlane(y0=-35.30003159038926) +S131 = openmc.YPlane(y0=-31.400031590392416) +S132 = openmc.YPlane(y0=-23.200031590384324) +S133 = openmc.Plane(a=0.22787625844157494,b=-0.7071067811867479,c=-0.6693821112327288,d=90.6935868536423) +S134 = openmc.YPlane(y0=29.999965379322898) +S135 = openmc.YPlane(y0=-30.000034620677003) +S136 = openmc.Plane(a=0.9466492607108883,b=9.582587619239023e-09,c=0.3222656934821461,d=-89.28959072465359) +S137 = openmc.Plane(a=-0.32226569348214584,b=-5.614900211448027e-11,c=0.9466492607108885,d=-16.738637830314925) +S138 = openmc.Plane(a=0.3222656934821462,b=5.614900211448103e-11,c=-0.9466492607108884,d=41.78863783031481) +S139 = openmc.Cylinder(x0=-75.1959495746956,y0=-17.0000354392098,z0=-44.4955850241469,r=2.5,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S140 = openmc.Cylinder(x0=-72.3116716180304,y0=-17.0000354387074,z0=-52.96809590750941,r=1.75,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S141 = openmc.YPlane(y0=27.799968409614664) +S142 = openmc.YPlane(y0=22.799968409614763) +S143 = openmc.Plane(a=-0.511474673509545,b=-2.5926483182559e-13,c=-0.859298352354003,d=20.034237072081197) +S144 = openmc.Plane(a=0.511474673509545,b=2.5926483182559e-13,c=0.859298352354003,d=-25.034237072105437) +S145 = openmc.Cylinder(x0=87.07045860939706,y0=23.79996840959083,z0=-79.79600015975946,r=1.0,dx=-0.859298352354003,dy=1.50768286744096e-13,dz=0.511474673509545) +S146 = openmc.Cylinder(x0=42.7344521544569,y0=23.7999684096,z0=-49.914941554274805,r=1.0,dx=0.859298352354003,dy=-1.50768286744096e-13,dz=-0.511474673509545) +S147 = openmc.Cylinder(x0=42.7344521544569,y0=26.7999684095999,z0=-49.9149415542757,r=1.0,dx=0.859298352354003,dy=-1.50768286744096e-13,dz=-0.511474673509545) +S148 = openmc.Cylinder(x0=87.07045860939706,y0=26.799968409591028,z0=-79.79600015976035,r=1.0,dx=-0.859298352354003,dy=1.50768286744096e-13,dz=0.511474673509545) +S149 = openmc.YPlane(y0=-22.800031590385338) +S150 = openmc.YPlane(y0=-27.800031590385437) +S151 = openmc.Cylinder(x0=42.7344521544569,y0=-23.8000315904003,z0=-49.91494155426051,r=1.0,dx=0.859298352354003,dy=-1.50768286744096e-13,dz=-0.511474673509545) +S152 = openmc.Cylinder(x0=38.1984637380864,y0=-23.8000315904003,z0=-50.7062345945179,r=1.0,dx=-0.859298352354003,dy=1.50768286744096e-13,dz=0.511474673509545) +S153 = openmc.Cylinder(x0=87.07045860941876,y0=-26.8000315904091,z0=-79.79600015970811,r=1.0,dx=-0.859298352354003,dy=1.50768286744096e-13,dz=0.511474673509545) +S154 = openmc.Cylinder(x0=-110.12184170790857,y0=-26.800031590373283,z0=41.068734584483835,r=1.0,dx=0.859298352354003,dy=-1.50768286744096e-13,dz=-0.511474673509545) +S155 = openmc.YPlane(y0=-21.199999999839093) +S156 = openmc.Plane(a=-0.32226569523051124,b=9.43689570931383e-16,c=0.9466492601156964,d=20.436352843247157) +S157 = openmc.Plane(a=-0.32226569523051124,b=9.43689570931383e-16,c=0.9466492601156964,d=17.93635284324719) +S158 = openmc.Plane(a=-0.32226569523051124,b=9.43689570931383e-16,c=0.9466492601156964,d=9.886352843247245) +S159 = openmc.Plane(a=-0.32226569523051124,b=9.43689570931383e-16,c=0.9466492601156964,d=-4.513647156752727) +S160 = openmc.Plane(a=-0.32226569523051124,b=9.43689570931383e-16,c=0.9466492601156964,d=-7.013647156752729) +S161 = openmc.Cylinder(x0=24.418668069645204,y0=11.6000000001607,z0=28.5804394776666,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S162 = openmc.Cylinder(x0=24.4186680696499,y0=-11.5999999998393,z0=28.5804394776682,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S163 = openmc.Cylinder(x0=24.4186680696519,y0=-21.1999999998393,z0=28.5804394776689,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S164 = openmc.Cylinder(x0=24.418668069643203,y0=21.2000000001607,z0=28.580439477665905,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S165 = openmc.Cylinder(x0=32.45919716564651,y0=11.6000000001607,z0=4.96154043778001,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S166 = openmc.Cylinder(x0=32.4591971656512,y0=-11.5999999998393,z0=4.961540437781611,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S167 = openmc.Cylinder(x0=32.4591971656532,y0=-21.1999999998393,z0=4.9615404377823005,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S168 = openmc.Cylinder(x0=32.4591971656445,y0=21.2000000001607,z0=4.96154043777932,r=1.25,dx=-0.9466492601156964,dy=-2.192135362122371e-13,dz=-0.3222656952305112) +S169 = openmc.Plane(a=0.9335740043648474,b=-0.3583679494347381,c=-0.0034628300745312714,d=-23.39641833074808) +S170 = openmc.Plane(a=-0.7431397133779585,b=0.6691306063020983,c=0.002756466998191612,d=30.749886457133286) +S171 = openmc.Plane(a=0.7431397132761749,b=-0.6691306064151449,c=-0.0027564669969431096,d=-25.749886443739054) +S172 = openmc.Cylinder(x0=-84.18299616166016,y0=-53.23526598628246,z0=-68.38296077100756,r=1.0,dx=0.6691260034141222,dy=0.7431448254267142,dz=-0.0024819340326902007) +S173 = openmc.Cylinder(x0=-36.2612331179218,y0=-3.15904067349493e-05,z0=-71.5607336612517,r=1.0,dx=0.669126003414729,dy=0.743144825426166,dz=-0.00248193403326213) +S174 = openmc.Cylinder(x0=-40.5993454297441,y0=-0.334596893672945,z0=-71.5446426582027,r=1.0,dx=-0.6691260033016639,dy=-0.7431448255279709,dz=0.0024819340328389194) +S175 = openmc.Cylinder(x0=41.68616711281939,y0=91.04099329334488,z0=-68.84983690270833,r=1.0,dx=-0.6691260033010736,dy=-0.7431448255285017,dz=0.0024819340330927086) +S176 = openmc.YPlane(y0=21.799968409614767) +S177 = openmc.Plane(a=-0.0037091922103710817,b=-2.9992675010248614e-13,c=-0.9999931209229125,d=67.19474127297185) +S178 = openmc.Plane(a=-0.9466492601155473,b=-9.952282054026554e-14,c=-0.3222656952309491,d=73.98959075253836) +S179 = openmc.Plane(a=-0.9999931209229125,b=-1.915134717478401e-15,c=0.0037091922103713116,d=15.476530002507525) +S180 = openmc.Plane(a=0.9466492601155473,b=9.952282054026544e-14,c=0.3222656952309491,d=-28.30746852353811) +S181 = openmc.Plane(a=0.003709192210371032,b=2.9992675010248614e-13,c=0.9999931209229125,d=-65.19474127294723) +S182 = openmc.YPlane(y0=-21.800031590385334) +S183 = openmc.YPlane(y0=-24.0500315902932) +S184 = openmc.YPlane(y0=24.04996840970003) +S185 = openmc.Plane(a=0.22787625844136794,b=-0.7071067811864977,c=-0.6693821112330636,d=21.50571848287711) +S186 = openmc.Plane(a=-0.32226569523040005,b=-7.063793994177561e-14,c=0.9466492601157342,d=-25.86364715676271) +S187 = openmc.Plane(a=0.227876258441058,b=0.7071067811865982,c=-0.669382111233063,d=21.505673807446744) +S188 = openmc.Plane(a=-0.32226569523040005,b=-7.063793994177561e-14,c=0.9466492601157342,d=-27.91364715676268) +S189 = openmc.Plane(a=0.9466492601157341,b=2.077219892220884e-13,c=0.3222656952304001,d=23.060409248405588) +S190 = openmc.Plane(a=0.3222656934821462,b=5.614900211448103e-11,c=-0.9466492607108884,d=54.888637830314785) +S191 = openmc.Plane(a=0.9466492607108887,b=9.582587641790428e-09,c=0.32226569348214495,d=-89.48959072465374) +S192 = openmc.Plane(a=-0.8972583688589117,b=-6.8156160160093285e-09,c=0.4415058544488909,d=19.304688924441525) +S193 = openmc.Plane(a=-0.32226569348214584,b=-5.614900211448027e-11,c=0.9466492607108885,d=-43.78863783031479) +S194 = openmc.Plane(a=0.8972583688589117,b=6.8156160160093285e-09,c=-0.4415058544488909,d=-32.17403234203685) +S195 = openmc.YPlane(y0=-25.000035424819554) +S196 = openmc.YPlane(y0=24.999965379323058) +S197 = openmc.Plane(a=-0.32226569348214584,b=-5.614900211448027e-11,c=0.9466492607108885,d=-0.33863783031495703) +S198 = openmc.Plane(a=0.9466492607108883,b=9.582587619239023e-09,c=0.3222656934821461,d=-87.08959072465358) +S199 = openmc.Plane(a=0.9809551549904179,b=8.326838669033311e-09,c=-0.19423435303191197,d=-74.82747905757262) +S200 = openmc.Plane(a=-0.22787626363221905,b=0.7071067811468441,c=0.669382109507842,d=19.312024913110683) +S201 = openmc.Plane(a=-0.22787625077780302,b=-0.7071067812262514,c=0.6693821137999598,d=19.312073874141582) +S202 = openmc.Plane(a=0.9466492607108883,b=9.582587619239023e-09,c=0.3222656934821461,d=-85.7145907246537) +S203 = openmc.Plane(a=-0.9466492607108883,b=-9.582587761173517e-09,c=-0.32226569348214607,d=83.71459072465392) +S204 = openmc.Plane(a=0.9466492607108883,b=9.582587619239023e-09,c=0.3222656934821461,d=-81.93959072465373) +S205 = openmc.Plane(a=0.3222656934821462,b=5.614900211448103e-11,c=-0.9466492607108884,d=-3.311362169685228) +S206 = openmc.Plane(a=-0.4415058544488909,b=-6.736209284818889e-09,c=-0.8972583688589117,d=56.30566038509054) +S207 = openmc.Plane(a=0.8972583688589117,b=6.8156160160093285e-09,c=-0.4415058544488909,d=-63.21602003612609) +S208 = openmc.Plane(a=-0.32226569348214584,b=-5.6148946603329273e-11,c=0.9466492607108885,d=-6.888637830314787) +S209 = openmc.Cylinder(x0=-79.6185883355555,y0=29.1999645676384,z0=-28.9938190963053,r=1.0,dx=0.3222656934821462,dy=5.614900211448463e-11,dz=-0.9466492607108884) +S210 = openmc.Cylinder(x0=-79.6185878047321,y0=-29.2000354323616,z0=-28.993818919062104,r=1.0,dx=0.3222656934821462,dy=5.614900211448463e-11,dz=-0.9466492607108884) +S211 = openmc.Plane(a=0.3222656934821462,b=5.615610754183803e-11,c=-0.9466492607108884,d=14.73863783031505) +S212 = openmc.Plane(a=0.44150585444889096,b=6.7362094067405456e-09,c=0.8972583688589116,d=-71.3012186956856) +S213 = openmc.Plane(a=-0.9466492607108883,b=-9.582587619239023e-09,c=-0.3222656934821461,d=92.46459072465385) +S214 = openmc.Plane(a=-0.4415058544488909,b=-6.736209284818889e-09,c=-0.8972583688589117,d=100.51751187877952) +S215 = openmc.Plane(a=0.3222656934821462,b=5.614900211448103e-11,c=-0.9466492607108884,d=48.68863783031486) +S216 = openmc.Plane(a=0.8972583688589117,b=6.8156160160093285e-09,c=-0.4415058544488909,d=-32.22706535062579) +S217 = openmc.Plane(a=0.9466492607108883,b=9.582587640055713e-09,c=0.3222656934821461,d=-95.26459072465387) +S218 = openmc.Plane(a=0.8972583688589117,b=6.8156160160093285e-09,c=-0.4415058544488909,d=-27.5778382643243) +S219 = openmc.Plane(a=0.3222656934821462,b=5.614900211448103e-11,c=-0.9466492607108884,d=52.488637830314886) +S220 = openmc.Cylinder(x0=-75.888820704791,y0=-29.200035439330705,z0=-42.46028907659161,r=1.0,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S221 = openmc.Cylinder(x0=-75.8888212356148,y0=29.1999645606694,z0=-42.4602892538348,r=1.0,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S222 = openmc.Cylinder(x0=-67.171533696099,y0=-29.200035437811803,z0=-68.0671515788212,r=1.0,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S223 = openmc.Cylinder(x0=-67.1715342269227,y0=29.1999645621882,z0=-68.0671517560643,r=1.0,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S224 = openmc.YPlane(y0=26.54996840961495) +S225 = openmc.Plane(a=0.9466492601155473,b=9.952282054026544e-14,c=0.3222656952309491,d=32.66040924746193) +S226 = openmc.Plane(a=-0.9466492601155473,b=-9.952282054026554e-14,c=-0.3222656952309491,d=22.3395907525382) +S227 = openmc.YPlane(y0=-26.550031590385345) +S228 = openmc.YPlane(y0=-7.500031590384339) +S229 = openmc.YPlane(y0=7.499968409603262) +S230 = openmc.Plane(a=-0.9466492601155609,b=-9.961042407580219e-14,c=-0.322265695230909,d=-47.47040924746389) +S231 = openmc.Plane(a=-0.322265695230909,b=2.82940337825721e-13,c=0.9466492601155609,d=-78.342421073099) +S232 = openmc.Plane(a=0.9466492601155609,b=9.971797693131279e-14,c=0.322265695230909,d=32.17040924746402) +S233 = openmc.Plane(a=-0.322265695230909,b=2.82940337825721e-13,c=0.9466492601155609,d=-38.042421073099) +S234 = openmc.Plane(a=0.2385334575789701,b=-2.9054536554440316e-13,c=-0.9711342799095405,d=31.040727873305368) +S235 = openmc.Plane(a=-0.2385334575789701,b=2.9054536554440316e-13,c=0.9711342799095405,d=-76.84072787319285) +S236 = openmc.Plane(a=0.9711342799095167,b=7.464775325649599e-14,c=0.23853345757906694,d=56.607450296150425) +S237 = openmc.YPlane(y0=-9.300031590395816) +S238 = openmc.YPlane(y0=-21.30003159039589) +S239 = openmc.Plane(a=-0.9466492601155609,b=-9.971797693131279e-14,c=-0.322265695230909,d=-21.66040924746386) +S240 = openmc.Plane(a=-0.322265695230909,b=2.82940337825721e-13,c=0.9466492601155609,d=-68.66006895829908) +S241 = openmc.Plane(a=0.322265695230909,b=-2.82940337825721e-13,c=-0.9466492601155609,d=38.66006895829894) +S242 = openmc.Plane(a=0.2385334575789701,b=-2.9054536554440316e-13,c=-0.9711342799095405,d=76.03072787330142) +S243 = openmc.Plane(a=0.2385334575789701,b=-2.9054536554440316e-13,c=-0.9711342799095405,d=31.850727873259167) +S244 = openmc.Plane(a=-0.9711342799095405,b=-7.464862061823394e-14,c=-0.2385334575789701,d=-61.76745029578498) +S245 = openmc.YPlane(y0=35.79996840963481) +S246 = openmc.Plane(a=0.9973144772244961,b=-1.8846035843012004e-14,c=-0.07323819712711592,d=51.907421782392035) +S247 = openmc.Plane(a=-0.07323819712711581,b=-2.9937163859017407e-13,c=-0.9973144772244961,d=-66.51183062741022) +S248 = openmc.Plane(a=0.9973144772244961,b=-1.8846035843012004e-14,c=-0.07323819712711592,d=28.407421782350838) +S249 = openmc.Plane(a=0.9973144772244961,b=-1.8846035843012004e-14,c=-0.07323819712711592,d=75.40742178235863) +S250 = openmc.YPlane(y0=34.79996840961619) +S251 = openmc.YPlane(y0=27.199968409637638) +S252 = openmc.Plane(a=0.07323819712711581,b=2.993716385901741e-13,c=0.9973144772244961,d=85.21183062749115) +S253 = openmc.Plane(a=-0.9973144772244961,b=1.8846035843012004e-14,c=0.07323819712711592,d=-31.707421782357194) +S254 = openmc.Plane(a=-0.9973144772244961,b=1.8790524691780803e-14,c=0.07323819712711592,d=-74.70742178233716) +S255 = openmc.Cylinder(x0=39.6715406779876,y0=29.6999684096381,z0=73.15281205381392,r=2.5,dx=-0.07323819712711581,dy=-2.9937163859017306e-13,dz=-0.9973144772244961) +S256 = openmc.Cylinder(x0=59.2174070518489,y0=33.5999684096404,z0=79.8893992977353,r=1.2000000000000002,dx=0.9973144772244961,dy=-1.8790524691780803e-14,dz=-0.07323819712711592) +S257 = openmc.Cylinder(x0=78.61240889648239,y0=29.699968409641464,z0=84.57160255944821,r=2.5,dx=-0.07323819712711581,dy=-2.9937163859017306e-13,dz=-0.9973144772244961) +S258 = openmc.Plane(a=0.3222656952305112,b=-1.0000000000000005e-15,c=-0.9466492601156964,d=-29.586352843247194) +S259 = openmc.Plane(a=0.3222656952305112,b=-1.0000000000000084e-15,c=-0.9466492601156964,d=-27.58635284324727) +S260 = openmc.Plane(a=0.3222656952305112,b=-1.0000000000000336e-15,c=-0.9466492601156964,d=-10.586352843247205) +S261 = openmc.Plane(a=0.3222656952305112,b=-1.0000000000000084e-15,c=-0.9466492601156964,d=-3.0863528432472354) +S262 = openmc.Plane(a=0.3222656952305112,b=-1.0000000000000336e-15,c=-0.9466492601156964,d=13.413647156752749) +S263 = openmc.Plane(a=0.3222656952305112,b=-1.0000000000000084e-15,c=-0.9466492601156964,d=15.413647156752738) +S264 = openmc.Cylinder(x0=26.4569705261367,y0=-2.6749999998399505,z0=16.4924090698996,r=0.999999999998,dx=-0.32226569523051085,dy=8.470329472576875e-16,dz=0.9466492601156965) +S265 = openmc.Plane(a=-0.9999931209229125,b=-1.915134717478401e-15,c=0.0037091922103713116,d=12.934990071776966) +S266 = openmc.Plane(a=0.9999931209229125,b=1.915134717478401e-15,c=-0.0037091922103713116,d=-17.93499007179585) +S267 = openmc.YCylinder(x0=-17.2008031505793,z0=-71.6314329460537,r=1.0) +S268 = openmc.YCylinder(x0=-14.200823787818003,z0=-71.6425605226864,r=1.0) +S269 = openmc.YCylinder(x0=-17.189675573953025,z0=-68.63145358327363,r=1.0) +S270 = openmc.YCylinder(x0=-14.189696211193771,z0=-68.64258115993317,r=1.0) +S271 = openmc.YPlane(y0=-20.70690002373378) +S272 = openmc.YPlane(y0=-5.606900023733795) +S273 = openmc.YPlane(y0=-4.881900023733795) +S274 = openmc.YPlane(y0=0.11809997627158) +S275 = openmc.YPlane(y0=20.993099976266226) +S276 = openmc.YPlane(y0=21.293099976266227) +S277 = openmc.YCylinder(x0=25.090952639125803,z0=2.45318539540193,r=1.5) +S278 = openmc.YCylinder(x0=25.090952639125803,z0=2.45318539540193,r=5.7) +S279 = openmc.YCylinder(x0=25.090952639125803,z0=2.45318539540193,r=4.800000000000001) +S280 = openmc.YCone(x0=25.090952639121074,y0=22.4930999762716,z0=2.453185395400237,r2=0.9999999999982065) +S281 = openmc.YPlane(y0=21.000000000158803) +S282 = openmc.YPlane(y0=5.900000000158791) +S283 = openmc.YPlane(y0=5.17500000015879) +S284 = openmc.YPlane(y0=0.17500000015338768) +S285 = openmc.YPlane(y0=-0.549999999841214) +S286 = openmc.YPlane(y0=-20.6999999998412) +S287 = openmc.YPlane(y0=-20.999999999841204) +S288 = openmc.YCylinder(x0=17.0504235431265,z0=26.0720844352829,r=1.5) +S289 = openmc.YCylinder(x0=17.0504235431265,z0=26.0720844352829,r=5.7) +S290 = openmc.YCylinder(x0=17.0504235431265,z0=26.0720844352829,r=4.800000000000001) +S291 = openmc.YCone(x0=17.050423543131227,y0=-22.1999999998412,z0=26.072084435284495,r2=0.9999999999982065) +S292 = openmc.Plane(a=-0.3222656952309491,b=2.829403378257211e-13,c=0.9466492601155473,d=-35.60600052840109) +S293 = openmc.Plane(a=0.9466492601155473,b=9.952282054026544e-14,c=0.3222656952309491,d=-73.48959075253813) +S294 = openmc.Plane(a=0.9999931209229125,b=1.915134717478401e-15,c=-0.0037091922103713116,d=-15.976530002496503) +S295 = openmc.Plane(a=-0.9999931209229125,b=-1.915134717478401e-15,c=0.0037091922103713116,d=7.476530002498738) +S296 = openmc.Plane(a=-0.003709192210371032,b=-2.9992675010248614e-13,c=-0.9999931209229125,d=64.69474127294545) +S297 = openmc.YPlane(y0=-25.30003159038202) +S298 = openmc.Plane(a=0.9466492601155555,b=9.970496650524305e-14,c=0.32226569523092485,d=59.91040924746357) +S299 = openmc.Plane(a=-0.32226569523092485,b=2.828848266744899e-13,c=0.9466492601155555,d=-12.16006895834996) +S300 = openmc.Plane(a=0.9466492601155555,b=9.970496650524305e-14,c=0.32226569523092485,d=64.91040924746379) +S301 = openmc.Plane(a=0.32226569523092485,b=-2.828848266744899e-13,c=-0.9466492601155555,d=12.460068958349984) +S302 = openmc.Plane(a=0.19423435121973298,b=2.9481972418921e-13,c=0.9809551553492389,d=-47.03102962228786) +S303 = openmc.Plane(a=-0.19423435121973298,b=-2.9481972418921e-13,c=-0.9809551553492389,d=59.031029622327566) +S304 = openmc.Plane(a=0.9711342799095405,b=7.464862061823404e-14,c=0.2385334575789701,d=78.60642523084817) +S305 = openmc.Plane(a=-0.32226569523092485,b=2.829403378257209e-13,c=0.9466492601155555,d=-19.960068958350355) +S306 = openmc.YCylinder(x0=71.0909650967523,z0=-10.1975127136099,r=3.9999990858200003) +S307 = openmc.YPlane(y0=-51.04999999985711) +S308 = openmc.YPlane(y0=-50.04999999985711) +S309 = openmc.YPlane(y0=-18.1999999998521) +S310 = openmc.YPlane(y0=-17.69999999985711) +S311 = openmc.YPlane(y0=-24.1999999998521) +S312 = openmc.YPlane(y0=-16.69999999985711) +S313 = openmc.YPlane(y0=-16.7999999998521) +S314 = openmc.YPlane(y0=-34.614234151152004) +S315 = openmc.YPlane(y0=-33.6999999998521) +S316 = openmc.Plane(a=-0.946649260115711,b=-2.04213536212237e-13,c=-0.322265695230468,d=-29.042909248406474) +S317 = openmc.Plane(a=0.946649260115711,b=2.0421353621223702e-13,c=0.322265695230468,d=33.042909248406666) +S318 = openmc.YCylinder(x0=25.090952639129,z0=2.45318539540789,r=1.5835) +S319 = openmc.Cylinder(x0=31.2441728298816,y0=-21.199999999850704,z0=4.54791241440617,r=1.1500000000000001,dx=-0.946649260115711,dy=-2.04543245395186e-13,dz=-0.322265695230468) +S320 = openmc.YCone(x0=25.09095263913712,y0=-58.710254037652106,z0=2.4531853954107365,r2=0.33333333333287335) +S321 = openmc.YCone(x0=25.09095263912768,y0=-9.039745962012061,z0=2.4531853954074236,r2=0.33333333333287335) +S322 = openmc.YCone(x0=25.09095263912931,y0=-18.383499999850354,z0=2.4531853954079956,r2=1.0000000000022067) +S323 = openmc.YCone(x0=25.09095263913242,y0=-34.614234151152004,z0=2.4531853954090366,r2=3.000000000047143) +S324 = openmc.YPlane(y0=50.05000000015343) +S325 = openmc.YPlane(y0=51.05000000015343) +S326 = openmc.YPlane(y0=17.700000000153423) +S327 = openmc.YPlane(y0=18.20000000015342) +S328 = openmc.YPlane(y0=24.200000000153423) +S329 = openmc.YPlane(y0=16.800000000153428) +S330 = openmc.YPlane(y0=16.700000000153423) +S331 = openmc.YPlane(y0=33.7000000001588) +S332 = openmc.YPlane(y0=34.61423415145881) +S333 = openmc.Cylinder(x0=31.2441728298743,y0=21.200000000160202,z0=4.54791241440009,r=1.1500000000000001,dx=0.9466492601157035,dy=2.189412043020111e-13,dz=0.32226569523049015) +S334 = openmc.YCone(x0=25.090952639114683,y0=58.710254037958805,z0=2.453185395399303,r2=0.33333333333287335) +S335 = openmc.YCone(x0=25.09095263912512,y0=9.03974596231876,z0=2.4531853954029574,r2=0.33333333333287335) +S336 = openmc.YCone(x0=25.090952639123074,y0=18.383500000157053,z0=2.453185395402267,r2=1.0000000000022067) +S337 = openmc.YCone(x0=25.09095263911968,y0=34.6142341514588,z0=2.4531853954011127,r2=3.000000000047143) +S338 = openmc.YCylinder(x0=17.0504235431285,z0=26.0720844352947,r=1.5835) +S339 = openmc.Cylinder(x0=23.203643733881705,y0=-21.199999999850704,z0=28.166811454293203,r=1.1500000000000001,dx=-0.946649260115711,dy=-2.04543245395186e-13,dz=-0.322265695230468) +S340 = openmc.YCone(x0=17.05042354313652,y0=-58.710254037952,z0=26.07208443529751,r2=0.33333333333287335) +S341 = openmc.YCone(x0=17.050423543127078,y0=-9.03974596180204,z0=26.072084435294297,r2=0.33333333333287335) +S342 = openmc.YCone(x0=17.050423543128808,y0=-18.383499999850255,z0=26.07208443529481,r2=1.0000000000022067) +S343 = openmc.YCone(x0=17.05042354313182,y0=-34.614234151152004,z0=26.072084435295906,r2=3.000000000047143) +S344 = openmc.Cylinder(x0=23.203643733873403,y0=21.200000000160202,z0=28.1668114542868,r=1.1500000000000001,dx=0.9466492601157035,dy=2.189412043020111e-13,dz=0.32226569523049015) +S345 = openmc.YCone(x0=17.05042354311878,y0=34.6142341514588,z0=26.072084435287895,r2=3.000000000047143) +S346 = openmc.YCone(x0=17.05042354312422,y0=9.03974596210879,z0=26.07208443528971,r2=0.33333333333287335) +S347 = openmc.YCone(x0=17.05042354312217,y0=18.383500000157053,z0=26.072084435288986,r2=1.0000000000022067) +S348 = openmc.YCone(x0=17.05042354311378,y0=58.7102540382588,z0=26.0720844352861,r2=0.33333333333287335) +S349 = openmc.Plane(a=0.9466492601155555,b=9.970496650524305e-14,c=0.32226569523092485,d=77.1604092474639) +S350 = openmc.Plane(a=-0.8458231684542672,b=1.5740186931623202e-13,c=0.5334633705382071,d=-21.06279796403662) +S351 = openmc.Plane(a=0.8458231684542672,b=-1.5740186931623202e-13,c=-0.5334633705382071,d=26.062797964101197) +S352 = openmc.Cylinder(x0=-40.77563617641005,y0=26.7999684095811,z0=-111.63236135689858,r=1.0,dx=0.5334633705382071,dy=2.5532354008817103e-13,dz=0.8458231684542672) +S353 = openmc.Cylinder(x0=-7.3969255405288,y0=26.799968409598804,z0=-53.0857234547089,r=1.0,dx=-0.5334633705382071,dy=-2.5532354008817103e-13,dz=-0.8458231684542672) +S354 = openmc.Cylinder(x0=-7.3969255405288,y0=23.799968409598705,z0=-53.08572345470791,r=1.0,dx=-0.5334633705382071,dy=-2.5529578451255505e-13,dz=-0.8458231684542672) +S355 = openmc.Cylinder(x0=-40.775636176410046,y0=23.79996840958101,z0=-111.63236135689768,r=1.0,dx=0.5334633705382071,dy=2.5529578451255505e-13,dz=0.8458231684542672) +S356 = openmc.Plane(a=-0.598087298072286,b=-0.7071067812176669,c=0.37721556680574975,d=-1.6000174455491476) +S357 = openmc.Cylinder(x0=-7.39692554052844,y0=-26.800031590401304,z0=-53.0857234546927,r=1.0,dx=-0.5334633705382071,dy=-2.5529578451255505e-13,dz=-0.8458231684542672) +S358 = openmc.Cylinder(x0=-7.39692554052844,y0=-23.800031590401204,z0=-53.0857234546936,r=1.0,dx=-0.5334633705382071,dy=-2.5532354008817103e-13,dz=-0.8458231684542672) +S359 = openmc.Cylinder(x0=-2.55047821367427,y0=-26.800031590400604,z0=-51.02515567360041,r=1.0,dx=0.5334633705382071,dy=2.5529578451255505e-13,dz=0.8458231684542672) +S360 = openmc.Cylinder(x0=-40.77563617640972,y0=-23.800031590418797,z0=-111.63236135688354,r=1.0,dx=0.5334633705382071,dy=2.5532354008817103e-13,dz=0.8458231684542672) +S361 = openmc.YPlane(y0=-12.500034620676903) +S362 = openmc.YPlane(y0=-21.5000346206769) +S363 = openmc.YPlane(y0=-19.500034620677205) +S364 = openmc.YPlane(y0=-14.500034620677106) +S365 = openmc.Plane(a=0.9466492607108883,b=9.582587619239023e-09,c=0.3222656934821461,d=-88.83959072465379) +S366 = openmc.Plane(a=-0.32226569348214584,b=-5.614900211448027e-11,c=0.9466492607108885,d=-31.338637830314852) +S367 = openmc.Plane(a=0.3222656934821462,b=5.614900211448103e-11,c=-0.9466492607108884,d=22.33863783031487) +S368 = openmc.Plane(a=-0.9466492607108883,b=-9.582587619239023e-09,c=-0.3222656934821461,d=70.2395907246539) +S369 = openmc.Plane(a=-0.9466492607108883,b=-9.582587619239023e-09,c=-0.3222656934821461,d=63.03959072465382) +S370 = openmc.Plane(a=0.9466492607108884,b=9.582587619239025e-09,c=0.3222656934821462,d=-70.0395907246537) +S371 = openmc.Plane(a=-0.32226569348214584,b=-5.614900211448027e-11,c=0.9466492607108885,d=-34.23863783031478) +S372 = openmc.Plane(a=0.9466492607108884,b=9.582587619239025e-09,c=0.3222656934821462,d=-61.23959072465366) +S373 = openmc.Cylinder(x0=-62.3870006965177,y0=-17.000035338243602,z0=-49.589462352456906,r=1.6,dx=-0.9466492607108885,dy=-9.582587837931065e-09,dz=-0.32226569348214584) +S374 = openmc.Cylinder(x0=-46.683940738472906,y0=-17.00003517928721,z0=-44.24370472373305,r=3.75,dx=-0.9466492607108883,dy=-9.582587809673113e-09,dz=-0.3222656934821461) +S375 = openmc.YPlane(y0=-15.100031590406779) +S376 = openmc.YPlane(y0=15.099968409593423) +S377 = openmc.YPlane(y0=14.499968409592473) +S378 = openmc.Plane(a=0.2385334575789701,b=-2.9054536554440316e-13,c=-0.9711342799095405,d=89.0135037431964) +S379 = openmc.Plane(a=0.9711342799095405,b=7.464862061823404e-14,c=0.2385334575789701,d=49.43013674694212) +S380 = openmc.Plane(a=-0.2385334575789701,b=2.905433974705894e-13,c=0.9711342799095405,d=-91.64335291406074) +S381 = openmc.Plane(a=-0.9711342799095405,b=-7.464862061823394e-14,c=-0.2385334575789701,d=-50.90398531385273) +S382 = openmc.Plane(a=0.9711342799095405,b=7.464862061823404e-14,c=0.2385334575789701,d=54.80398531446892) +S383 = openmc.YPlane(y0=25.799968409616028) +S384 = openmc.YPlane(y0=24.799968409615925) +S385 = openmc.Plane(a=0.32226569523092485,b=-2.828848266744899e-13,c=-0.9466492601155555,d=-14.839931041649969) +S386 = openmc.Plane(a=0.8972583696745213,b=-1.2954914918594805e-13,c=-0.4415058527913532,d=41.238805621373075) +S387 = openmc.Plane(a=0.9466492601155555,b=9.970496650524305e-14,c=0.32226569523092485,d=89.14859975456369) +S388 = openmc.Plane(a=-0.3222656952309491,b=2.829403378257211e-13,c=0.9466492601155473,d=-31.11364715690112) +S389 = openmc.Plane(a=0.3222656952309491,b=-2.8294033782572114e-13,c=-0.9466492601155473,d=33.11364715690105) +S390 = openmc.Cylinder(x0=31.7059215494336,y0=-3.15903921688232e-05,z0=-23.1299143498641,r=10.5,dx=0.3222656952309491,dy=-2.829403378257211e-13,dz=-0.9466492601155473) +S391 = openmc.Cylinder(x0=31.7059215494336,y0=-3.15903921688232e-05,z0=-23.1299143498641,r=3.75,dx=0.3222656952309491,dy=-2.829403378257211e-13,dz=-0.9466492601155473) +S392 = openmc.Plane(a=-0.6693821112329291,b=-0.7071067811866181,c=-0.22787625844138906,d=-18.45259602742509) +S393 = openmc.Plane(a=0.6693821112329291,b=0.7071067811866181,c=0.22787625844138906,d=13.45259602742189) +S394 = openmc.Plane(a=0.6693821112329335,b=-0.7071067811864774,c=0.22787625844181314,d=13.452640702973127) +S395 = openmc.Plane(a=-0.6693821112329335,b=0.7071067811864774,c=-0.22787625844181314,d=-18.452640702976307) +S396 = openmc.Plane(a=-0.5663777498772165,b=-0.8012741560684493,c=-0.19281071355299673,d=-3.0465385190892107) +S397 = openmc.Plane(a=-0.7585245405470022,b=-0.5982988369572654,c=-0.2582228167369082,d=-7.62576152491683) +S398 = openmc.Plane(a=-0.3222656952309491,b=2.8294033782572114e-13,c=0.9466492601155473,d=-29.613647156901067) +S399 = openmc.Cylinder(x0=20.332692700676002,y0=-13.6249053245928,z0=-25.417141090734802,r=1.0,dx=-0.6693821112329291,dy=-0.7071067811866181,dz=-0.22787625844138906) +S400 = openmc.Cylinder(x0=-55.91487456420789,y0=-89.92695048617294,z0=-51.373930272892494,r=1.0,dx=0.6693821112329291,dy=0.7071067811866181,dz=0.22787625844138906) +S401 = openmc.Plane(a=-0.5663799700310497,b=0.8012724048865054,c=-0.19281146935549096,d=-3.046645012047912) +S402 = openmc.Plane(a=-0.7585185637332093,b=0.5983072924362748,c=-0.25822078206388316,d=-7.625648406274275) +S403 = openmc.Cylinder(x0=97.00312585543605,y0=-67.3665412386652,z0=0.6836033827526933,r=1.0,dx=-0.669382111232934,dy=0.707106781186477,dz=-0.227876258441813) +S404 = openmc.Cylinder(x0=-55.9149044693879,y0=89.92691889592992,z0=-51.37394045349984,r=1.0,dx=0.669382111232934,dy=-0.707106781186477,dz=0.227876258441813) +S405 = openmc.Plane(a=-0.7585245435027873,b=0.5982988327754759,c=-0.25822281774349704,d=-7.625799391066785) +S406 = openmc.Plane(a=0.3222656952309491,b=-2.8294033782572114e-13,c=-0.9466492601155473,d=34.61364715690109) +S407 = openmc.Plane(a=-0.5663778527247929,b=0.8012740749459,c=-0.19281074856564664,d=-3.0465917322564864) +S408 = openmc.Cylinder(x0=-54.948107383694946,y0=89.92691889592915,z0=-54.21388823384649,r=1.0,dx=0.669382111232934,dy=-0.707106781186477,dz=0.227876258441813) +S409 = openmc.Cylinder(x0=97.96992294112884,y0=-67.3665412386661,z0=-2.1563443975940007,r=1.0,dx=-0.669382111232934,dy=0.707106781186477,dz=-0.227876258441813) +S410 = openmc.Plane(a=-0.7585239323850012,b=-0.5982996973407647,c=-0.25822260970167515,d=-7.625748116257184) +S411 = openmc.Cylinder(x0=17.6178881746125,y0=-13.271351933993902,z0=-29.5104082925019,r=1.0,dx=0.6693821112329291,dy=0.7071067811866181,dz=0.22787625844138906) +S412 = openmc.Cylinder(x0=97.96995284626935,y0=67.36650964841344,z0=-2.156334217093871,r=1.0,dx=-0.6693821112329291,dy=-0.7071067811866181,dz=-0.22787625844138906) +S413 = openmc.Plane(a=0.7585255101859301,b=0.5982974651784363,c=0.25822314682892467,d=28.528321395506982) +S414 = openmc.Plane(a=0.5663791510490694,b=0.8012730508729948,c=0.19281119055080398,d=23.949108811296494) +S415 = openmc.Plane(a=0.5663791473766095,b=-0.8012730537695935,c=0.19281118930107563,d=23.949159353722816) +S416 = openmc.Plane(a=0.7585255101942563,b=-0.5982974651665027,c=0.25822314683211683,d=28.528359196613213) +S417 = openmc.Plane(a=0.7585239292335121,b=0.598299701799258,c=0.25822260862882085,d=28.528280897912328) +S418 = openmc.Plane(a=0.5663799700122137,b=0.8012724049014778,c=0.19281146934859975,d=23.949127237761505) +S419 = openmc.Plane(a=0.7585239292345153,b=-0.5982997017976844,c=0.2582226086295199,d=28.52831869897065) +S420 = openmc.Plane(a=0.5663799700122186,b=-0.8012724049013588,c=0.19281146934908036,d=23.94917786276953) +S421 = openmc.Plane(a=0.05610371393359831,b=0.6427876096871351,c=0.7639872133194091,d=55.896783337496394) +S422 = openmc.Plane(a=-0.047076605669225516,b=0.7660444431185423,c=-0.6410613889214252,d=-38.21709372571024) +S423 = openmc.Plane(a=-0.056103713933598406,b=-0.6427876096871351,c=-0.7639872133194091,d=-56.89678333748748) +S424 = openmc.Plane(a=-0.6808106815511953,b=2.176037128265311e-13,c=0.7324594295152443,d=-6.211160138324556) +S425 = openmc.Plane(a=0.6808106815511953,b=-2.176037128265311e-13,c=-0.7324594295152443,d=11.21116013841907) +S426 = openmc.Cylinder(x0=-51.4438675286161,y0=26.7999684095972,z0=-57.661479872306906,r=1.0,dx=-0.7324594295152443,dy=-2.064182158534321e-13,dz=-0.6808106815511953) +S427 = openmc.Cylinder(x0=-51.4435554126649,y0=23.7999684095971,z0=-57.6611897648972,r=1.0,dx=-0.7324594295152443,dy=-2.064182158534321e-13,dz=-0.6808106815511953) +S428 = openmc.Cylinder(x0=-80.29986023385526,y0=23.799968409587834,z0=-88.57850701107107,r=1.0,dx=0.7324594295152443,dy=2.064182158534321e-13,dz=0.6808106815511953) +S429 = openmc.Cylinder(x0=-80.29986023383226,y0=26.799968409587837,z0=-88.5785070110967,r=1.0,dx=0.7324594295152443,dy=2.064182158534321e-13,dz=0.6808106815511953) +S430 = openmc.Cylinder(x0=-47.42710999340431,y0=-23.8000315904028,z0=-58.02375053745771,r=1.0,dx=0.7324594295152443,dy=2.064182158534321e-13,dz=0.6808106815511953) +S431 = openmc.Cylinder(x0=-47.42679787745351,y0=-26.8000315904029,z0=-58.0234604300479,r=1.0,dx=0.7324594295152443,dy=2.064182158534321e-13,dz=0.6808106815511953) +S432 = openmc.Cylinder(x0=92.16116197573514,y0=-23.80003159036233,z0=75.81736424026384,r=1.0,dx=-0.7324594295152443,dy=-2.064182158534321e-13,dz=-0.6808106815511953) +S433 = openmc.Cylinder(x0=92.16116197571218,y0=-26.800031590362426,z0=75.8173642402895,r=1.0,dx=-0.7324594295152443,dy=-2.064182158534321e-13,dz=-0.6808106815511953) +S434 = openmc.Plane(a=-0.7449955453851712,b=-2.0235202402574307e-13,c=-0.6670694396809462,d=61.48477342448436) +S435 = openmc.Plane(a=-0.7449955453851712,b=-2.0235202402574307e-13,c=-0.6670694396809462,d=56.484773424529024) +S436 = openmc.Cylinder(x0=-28.553833790822104,y0=26.7999684095969,z0=-58.78292740473341,r=1.0,dx=0.6670694396809467,dy=-2.213507155346409e-13,dz=-0.7449955453851707) +S437 = openmc.Cylinder(x0=-25.3258215485193,y0=26.799968409597405,z0=-57.89074853451851,r=1.0,dx=0.6670694396809467,dy=-2.213507155346409e-13,dz=-0.7449955453851707) +S438 = openmc.Cylinder(x0=-122.19800919777049,y0=23.799968409629447,z0=50.29791066253119,r=1.0,dx=0.6670694396809462,dy=-2.2135071553464106e-13,dz=-0.7449955453851712) +S439 = openmc.Cylinder(x0=-124.43299583392557,y0=23.79996840962876,z0=48.29670234348862,r=1.0,dx=0.6670694396809467,dy=-2.213507155346409e-13,dz=-0.7449955453851707) +S440 = openmc.Cylinder(x0=-25.3258215485193,y0=-23.8000315904028,z0=-57.89074853450341,r=1.0,dx=0.6670694396809467,dy=-2.213507155346409e-13,dz=-0.7449955453851707) +S441 = openmc.Cylinder(x0=-28.5538337908218,y0=-23.800031590403,z0=-58.78292740471821,r=1.0,dx=0.6670694396809467,dy=-2.213507155346409e-13,dz=-0.7449955453851707) +S442 = openmc.Cylinder(x0=-124.43299583392536,y0=-26.80003159037114,z0=48.29670234350383,r=1.0,dx=0.6670694396809467,dy=-2.213507155346409e-13,dz=-0.7449955453851707) +S443 = openmc.Cylinder(x0=-122.19800919777018,y0=-26.800031590370555,z0=50.29791066254646,r=1.0,dx=0.6670694396809462,dy=-2.2135071553464106e-13,dz=-0.7449955453851712) +S444 = openmc.Plane(a=0.3222656952305112,b=-1.0000000000000336e-15,c=-0.9466492601156964,d=-11.88635284324729) +S445 = openmc.Cylinder(x0=22.3803094814694,y0=2.67500000016007,z0=28.467522210362702,r=0.999999999998,dx=-0.32226569523051085,dy=8.470329472576875e-16,dz=0.9466492601156965) +S446 = openmc.Plane(a=-0.9466492601157149,b=-2.0103481357391896e-07,c=-0.322265695230394,d=-41.91040925031458) +S447 = openmc.Plane(a=-0.9466492601157149,b=-2.0103481357391896e-07,c=-0.322265695230394,d=-43.91040925031474) +S448 = openmc.Plane(a=-0.9466492601157148,b=-2.010348131575856e-07,c=-0.322265695230394,d=-28.704408515909435) +S449 = openmc.Cylinder(x0=49.09993983278051,y0=-3.20440781464981e-05,z0=-11.0778544441543,r=3.0,dx=0.9466492601157149,dy=2.0103481319362896e-07,dz=0.322265695230394) +S450 = openmc.Cylinder(x0=49.09993983278051,y0=-3.20440781464981e-05,z0=-11.0778544441543,r=1.0,dx=0.9466492601157149,dy=2.0103481315221898e-07,dz=0.322265695230394) +S451 = openmc.YPlane(y0=6.449968409708801) +S452 = openmc.YPlane(y0=3.5499684097086304) +S453 = openmc.YPlane(y0=6.7499684097086305) +S454 = openmc.YPlane(y0=3.2499684097087904) +S455 = openmc.Plane(a=-0.8972583696742769,b=-1.9681237694783334e-13,c=0.44150585279184995,d=-36.821918407985514) +S456 = openmc.Plane(a=-0.9466492601157342,b=-2.0758568475276505e-13,c=-0.32226569523040005,d=-42.16040924840567) +S457 = openmc.Plane(a=0.9466492601157342,b=2.0758568475276505e-13,c=0.32226569523040005,d=31.660409248405855) +S458 = openmc.Plane(a=0.6693821112332192,b=-0.7071067811864002,c=0.2278762584412131,d=19.594240626717475) +S459 = openmc.Plane(a=-0.6693821112329084,b=-0.7071067811866945,c=-0.22787625844121315,d=-26.66526376315237) +S460 = openmc.Plane(a=-0.6693821112329084,b=-0.7071067811866945,c=-0.22787625844121315,d=-34.37272767808576) +S461 = openmc.Plane(a=-0.6789044263422228,b=-0.4576599217475358,c=0.5741395091081753,d=-31.595516275204986) +S462 = openmc.Plane(a=0.6693821112332192,b=-0.7071067811864002,c=0.2278762584412131,d=27.30170454165093) +S463 = openmc.YCylinder(x0=40.076675957750005,z0=0.6884183094441281,r=4.0) +S464 = openmc.YCylinder(x0=40.076675957750005,z0=0.6884183094441281,r=1.75) +S465 = openmc.YCone(x0=40.07667595774898,y0=10.449968409708902,z0=0.6884183094441281,r2=0.9999999999982065) +S466 = openmc.YCone(x0=40.07667595775152,y0=-0.450031590290989,z0=0.6884183094441281,r2=0.9999999999982065) +S467 = openmc.Plane(a=-0.041420900221203504,b=0.9848077530122681,c=0.16863569797582204,d=19.463442392378877) +S468 = openmc.Plane(a=0.2385334575789701,b=-2.9054536554440316e-13,c=-0.9711342799095405,d=36.86072795263496) +S469 = openmc.Plane(a=-0.9711342799095405,b=-7.464862061823394e-14,c=-0.2385334575789701,d=-70.60642432312781) +S470 = openmc.Plane(a=0.9941509639723474,b=-2.925437669887291e-14,c=-0.10799935570572904,d=83.05278775982319) +S471 = openmc.Plane(a=-0.04142090022119721,b=-0.9848077530121672,c=0.16863569797641303,d=-39.427999016882424) +S472 = openmc.Plane(a=-0.041420900221203504,b=0.9848077530122681,c=0.16863569797582204,d=-39.42806123775206) +S473 = openmc.Plane(a=-0.04142090022119721,b=-0.9848077530121672,c=0.16863569797641303,d=19.46350461324828) +S474 = openmc.Plane(a=-0.946649260115565,b=-2.01034487893464e-07,c=-0.322265695230834,d=-27.760409246197828) +S475 = openmc.YPlane(y0=5.299968409613859) +S476 = openmc.Plane(a=0.9466492601155609,b=9.971797693131279e-14,c=0.322265695230909,d=60.660409247463974) +S477 = openmc.Plane(a=-0.322265695230909,b=2.82940337825721e-13,c=0.9466492601155609,d=-23.956544346698923) +S478 = openmc.Plane(a=0.6693821112329432,b=-0.7071067811864772,c=0.22787625844178508,d=33.488888876426884) +S479 = openmc.Plane(a=-0.322265695230909,b=2.82940337825721e-13,c=0.9466492601155609,d=-25.956544346699047) +S480 = openmc.YPlane(y0=-5.300031590384384) +S481 = openmc.Plane(a=0.669382111232939,b=0.707106781186618,c=0.227876258441361,d=33.48884420087705) +S482 = openmc.Plane(a=0.9466492601155555,b=9.970496650524305e-14,c=0.32226569523092485,d=57.66040924746359) +S483 = openmc.Plane(a=0.9466492601155555,b=9.970496650524315e-14,c=0.3222656952309252,d=67.16040924746345) +S484 = openmc.Cylinder(x0=62.5161422716928,y0=-3.15903808001394e-05,z0=10.021387533577602,r=1.5,dx=-0.9466492601155555,dy=-9.970496650524315e-14,dz=-0.3222656952309252) +S485 = openmc.Plane(a=0.9466492607108883,b=9.582587619239023e-09,c=0.3222656934821461,d=-84.4895907246537) +S486 = openmc.Plane(a=0.9466492607108884,b=9.582587619239033e-09,c=0.3222656934821462,d=-74.98959072465372) +S487 = openmc.Cylinder(x0=-69.7205301785239,y0=-17.000035383784304,z0=-42.631600228460506,r=1.5,dx=-0.9466492607108883,dy=-9.582587619239033e-09,dz=-0.3222656934821461) +S488 = openmc.YPlane(y0=28.79996840970013) +S489 = openmc.Plane(a=0.9466492601157342,b=2.0758568475276505e-13,c=0.32226569523040005,d=37.06040924840566) +S490 = openmc.Plane(a=0.897258369674277,b=1.9671764217577e-13,c=-0.44150585279185,d=40.64029502639248) +S491 = openmc.Plane(a=-0.32226569523040005,b=-7.063793994177561e-14,c=0.9466492601157342,d=-16.41364715676269) +S492 = openmc.Plane(a=0.9466492601157342,b=2.0770662744208382e-13,c=0.32226569523040005,d=42.56040924840577) +S493 = openmc.Plane(a=-0.9466492601157342,b=-2.0758568475276505e-13,c=-0.32226569523040005,d=-43.06040924840564) +S494 = openmc.YPlane(y0=-28.800031590299973) +S495 = openmc.YPlane(y0=-32.80003159038345) +S496 = openmc.Plane(a=-0.32226569523092485,b=2.828848266744899e-13,c=0.9466492601155555,d=-19.660068958349974) +S497 = openmc.YPlane(y0=3.499968409612832) +S498 = openmc.YPlane(y0=-3.5000315903870183) +S499 = openmc.Plane(a=0.9466492601155609,b=9.971797693131279e-14,c=0.322265695230909,d=46.660409247463754) +S500 = openmc.Plane(a=-0.322265695230909,b=2.82940337825721e-13,c=0.9466492601155609,d=-29.46006895829902) +S501 = openmc.Plane(a=0.322265695230909,b=-2.82940337825721e-13,c=-0.9466492601155609,d=23.16006895833902) +S502 = openmc.Plane(a=0.32226569523040216,b=7.188694084447875e-14,c=-0.9466492601157335,d=17.413647156762845) +S503 = openmc.Plane(a=0.32226569523040005,b=7.06379399417754e-14,c=-0.9466492601157342,d=17.91364715676271) +S504 = openmc.Cylinder(x0=29.276837652842104,y0=19.9999684097065,z0=-12.891497654504702,r=2.5,dx=-0.32226569523040005,dy=-7.063793994177541e-14,dz=0.9466492601157342) +S505 = openmc.Cone(x0=26.46506946195696,y0=19.999968409705993,z0=-4.631982859994916,r2=0.25000000000024236,dx=0.32226569523040005,dy=7.631237459161802e-14,dz=-0.9466492601157342) +S506 = openmc.Cylinder(x0=29.276837652851,y0=-20.000031590293503,z0=-12.891497654504702,r=2.5,dx=0.32226569523040005,dy=7.063793994177541e-14,dz=-0.9466492601157342) +S507 = openmc.Cone(x0=26.465069461965864,y0=-20.000031590294007,z0=-4.631982859994916,r2=0.25000000000024236,dx=0.32226569523040005,dy=7.063793994177561e-14,dz=-0.9466492601157342) +S508 = openmc.Plane(a=-0.9466492601155473,b=-9.963557756620413e-14,c=-0.3222656952309491,d=23.63959075253814) +S509 = openmc.Plane(a=0.9466492601155477,b=9.950373858202965e-14,c=0.32226569523094795,d=-24.23959075253806) +S510 = openmc.Plane(a=-0.9466492601155473,b=-9.952282054026577e-14,c=-0.3222656952309491,d=26.339590752538143) +S511 = openmc.Plane(a=-0.9466492601155473,b=-9.952282054026544e-14,c=-0.3222656952309491,d=32.03959075253831) +S512 = openmc.Cylinder(x0=12.1500464539213,y0=-22.3000315903919,z0=-22.3927751094909,r=0.400000000001,dx=0.9466492601155474,dy=9.894403615064815e-14,dz=0.32226569523094883) +S513 = openmc.Cylinder(x0=12.1500464539213,y0=-22.3000315903919,z0=-22.3927751094909,r=0.6000000000000001,dx=0.9466492601155477,dy=9.936167045152517e-14,dz=0.32226569523094795) +S514 = openmc.Cylinder(x0=12.1500464539213,y0=-22.3000315903919,z0=-22.3927751094909,r=0.8500000000000001,dx=0.9466492601155477,dy=9.932267306765987e-14,dz=0.32226569523094795) +S515 = openmc.YPlane(y0=-2.750031590299967) +S516 = openmc.YPlane(y0=-0.2500315903000059) +S517 = openmc.Plane(a=0.9466492601157342,b=2.0758568475276505e-13,c=0.32226569523040005,d=39.16040924840561) +S518 = openmc.Plane(a=0.9466492601157342,b=2.0758568475276505e-13,c=0.32226569523040005,d=37.160409248405855) +S519 = openmc.Plane(a=0.22787625844105794,b=0.7071067811865983,c=-0.6693821112330629,d=12.490062347318123) +S520 = openmc.YPlane(y0=12.749968409709629) +S521 = openmc.YPlane(y0=10.249968409709027) +S522 = openmc.Plane(a=0.22787625844136797,b=-0.7071067811864975,c=-0.6693821112330637,d=5.419039210883255) +S523 = openmc.Plane(a=-0.32226569348214584,b=-5.614900211448027e-11,c=0.9466492607108885,d=-4.688637830314789) +S524 = openmc.Plane(a=-0.3222656934821462,b=-5.6149002114484304e-11,c=0.9466492607108883,d=-0.6886378303147638) +S525 = openmc.Plane(a=-0.3222656934821462,b=-5.614900211447934e-11,c=0.9466492607108883,d=2.9113621696851397) +S526 = openmc.Cylinder(x0=-80.6176119853504,y0=29.1999645674643,z0=-26.0592063881015,r=0.4,dx=0.3222656934821462,dy=5.6149002114479826e-11,dz=-0.9466492607108884) +S527 = openmc.Cylinder(x0=-80.6176114545266,y0=-29.200035432535504,z0=-26.0592062108583,r=0.4,dx=0.3222656934821462,dy=5.6149002114479826e-11,dz=-0.9466492607108884) +S528 = openmc.YPlane(y0=19.399968409615823) +S529 = openmc.YCylinder(x0=63.69971814286761,z0=76.7526992350878,r=1.25) +S530 = openmc.Plane(a=0.6693821112329291,b=0.7071067811866181,c=0.22787625844138906,d=8.452596027432547) +S531 = openmc.Plane(a=0.669382111232933,b=-0.707106781186478,c=0.227876258441813,d=23.452640703014737) +S532 = openmc.Plane(a=-0.669382111232934,b=0.707106781186477,c=-0.22787625844181303,d=-8.452640703019489) +S533 = openmc.Plane(a=0.6693821112329291,b=0.7071067811866182,c=0.2278762584413891,d=23.452596027470687) +S534 = openmc.YCylinder(x0=60.66446929104391,z0=69.55566759635711,r=2.6) +S535 = openmc.YCylinder(x0=57.88319686784501,z0=75.3749908996244,r=2.6) +S536 = openmc.YCylinder(x0=73.3633203405148,z0=69.0743340076605,r=2.6) +S537 = openmc.YCylinder(x0=71.006607077155,z0=75.2134220990768,r=2.6) +S538 = openmc.Plane(a=-0.9466492607108883,b=-9.582587619239023e-09,c=-0.3222656934821461,d=83.48959072465391) +S539 = openmc.Plane(a=-0.9466492607108884,b=-9.582587619239033e-09,c=-0.3222656934821462,d=87.48959072465374) +S540 = openmc.Plane(a=-0.9466492607108884,b=-9.582587619239025e-09,c=-0.3222656934821462,d=89.5895907246538) +S541 = openmc.Cylinder(x0=-69.9319633989358,y0=29.199964534245403,z0=-69.0068784936726,r=0.4,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S542 = openmc.Cylinder(x0=-69.93196286811211,y0=-29.2000354657546,z0=-69.0068783164295,r=0.4,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S543 = openmc.Cylinder(x0=42.59840253508071,y0=-5.50003159029036,z0=-5.477892992233361,r=0.6000000000000001,dx=0.32226569523040005,dy=7.063793994177561e-14,dz=-0.9466492601157342) +S544 = openmc.Plane(a=-0.9466492607108884,b=-9.582587619239025e-09,c=-0.3222656934821462,d=89.08959072465376) +S545 = openmc.Cylinder(x0=-78.17592577727231,y0=29.199964537517804,z0=-43.2388831447021,r=0.4,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S546 = openmc.Cylinder(x0=-78.17592524644861,y0=-29.200035462482404,z0=-43.2388829674589,r=0.4,dx=0.9466492607108883,dy=9.582587619239023e-09,dz=0.3222656934821461) +S547 = openmc.YPlane(y0=22.599968409636652) +S548 = openmc.YCylinder(x0=66.86192555671902,z0=67.2455732617233,r=1.25) +S549 = openmc.YPlane(y0=1.999968409700059) +S550 = openmc.YPlane(y0=-2.000031590293133) +S551 = openmc.Plane(a=-0.32226569523040005,b=-7.063793994177561e-14,c=0.9466492601157342,d=-24.5636471567628) +S552 = openmc.Plane(a=-0.32226569523040005,b=-7.063793994177561e-14,c=0.9466492601157342,d=-25.56364715676269) +S553 = openmc.Plane(a=0.5679910176766407,b=0.7999988420129147,c=0.1933599147099769,d=16.636256653638984) +S554 = openmc.Plane(a=0.5679910176769921,b=-0.7999988420126652,c=0.19335991470997704,d=16.636307198038992) +S555 = openmc.Cylinder(x0=-9.757058710412629,y0=-3.641525184537168e-05,z0=109.52739363799942,r=1.0,dx=0.32226569523040005,dy=7.116770822830631e-14,dz=-0.9466492601157342) +S556 = openmc.Cylinder(x0=33.117826358815,y0=-3.64152423770747e-05,z0=-16.4167537814581,r=0.4,dx=0.32226569523040005,dy=7.063793994177561e-14,dz=-0.9466492601157342) +S557 = openmc.Plane(a=0.32226569523040005,b=7.063793994177561e-14,c=-0.9466492601157342,d=26.86364715676279) +S558 = openmc.Plane(a=0.32226569523040005,b=7.116770822830631e-14,c=-0.9466492601157342,d=27.863647156762735) +S559 = openmc.Plane(a=-0.567989556075241,b=-0.79999999999538,c=-0.193359417140316,d=-26.096220276460453) +S560 = openmc.Plane(a=-0.322265695230909,b=2.82940337825721e-13,c=0.9466492601155609,d=-25.66006895829902) +S561 = openmc.Plane(a=0.322265695230909,b=-2.82940337825721e-13,c=-0.9466492601155609,d=24.66006895833901) +S562 = openmc.Plane(a=-0.5679895560752464,b=0.7999999999952603,c=-0.19335941714079607,d=-26.09627082105777) +S563 = openmc.Plane(a=0.9466492601142538,b=-1.6618800269209468e-06,c=0.32226569523046394,d=44.560410576956706) +S564 = openmc.Cylinder(x0=8.323942156831583,y0=-3.159034955588365e-05,z0=115.68266841663834,r=1.0,dx=0.322265695230909,dy=-2.83332520856563e-13,dz=-0.9466492601155609) +S565 = openmc.Cylinder(x0=49.9228676059094,y0=-3.15903861292099e-05,z0=-6.51337224402129,r=0.4,dx=0.322265695230909,dy=-2.82940337825721e-13,dz=-0.9466492601155609) +S566 = openmc.Plane(a=-0.322265695230909,b=2.82940337825721e-13,c=0.9466492601155609,d=-27.96006895829896) +S567 = openmc.Plane(a=0.322265695230909,b=-2.82940337825721e-13,c=-0.9466492601155609,d=26.960068958298987) +S568 = openmc.Plane(a=0.3222656952305112,b=-1.0000000000000005e-15,c=-0.9466492601156964,d=-31.5863528432473) +S569 = openmc.Cylinder(x0=19.2059923834502,y0=-2.67499999983991,z0=37.7920174225028,r=1.38564064604134,dx=-0.3222656952305112,dy=1.0000000000000005e-15,dz=0.9466492601156964) +S570 = openmc.Cylinder(x0=19.205992383448603,y0=2.67500000016023,z0=37.7920174225022,r=1.38564064602091,dx=-0.3222656952305112,dy=1.0000000000000005e-15,dz=0.9466492601156964) +S571 = openmc.YPlane(y0=1.2499593294431124) +S572 = openmc.YPlane(y0=-1.2500317173965716) +S573 = openmc.Plane(a=-0.32226569523040005,b=2.8319013802649405e-13,c=0.9466492601157342,d=-25.710068959210187) +S574 = openmc.Plane(a=0.32226569523040005,b=-2.8319013797855105e-13,c=-0.9466492601157342,d=26.9100689592103) +S575 = openmc.Cylinder(x0=8.323942159608482,y0=-3.159171231249222e-05,z0=115.68266841752809,r=1.25,dx=0.32226569523040005,dy=-2.8319013797855105e-13,dz=-0.9466492601157342) +S576 = openmc.Plane(a=-0.203347530894694,b=-0.97665636782584,c=-0.0692251461845284,d=-6.597940473208805) +S577 = openmc.Plane(a=-0.20334790262778404,b=0.9766562814582572,c=-0.06922527273337892,d=-6.59802183585323) +S578 = openmc.Plane(a=-0.9466492601156964,b=-2.192103289012771e-13,c=-0.3222656952305112,d=18.057090751590295) +S579 = openmc.Plane(a=0.9466492601156964,b=2.192135362122371e-13,c=0.3222656952305112,d=-16.55709075159033) +S580 = openmc.Cylinder(x0=-23.9118998356538,y0=-21.5999999998501,z0=14.2400869956529,r=1.25,dx=-0.9466492601156964,dy=-2.190305228855221e-13,dz=-0.3222656952305112) +S581 = openmc.Cylinder(x0=-23.9118998356626,y0=21.600000000149905,z0=14.240086995649902,r=1.25,dx=-0.9466492601156964,dy=-2.190305228855221e-13,dz=-0.3222656952305112) +S582 = openmc.Cylinder(x0=-23.9118998356518,y0=-31.599999999850105,z0=14.240086995653503,r=1.25,dx=-0.9466492601156964,dy=-2.190305228855221e-13,dz=-0.3222656952305112) +S583 = openmc.Cylinder(x0=-23.9118998356646,y0=31.600000000149905,z0=14.2400869956492,r=1.25,dx=-0.9466492601156964,dy=-2.190305228855221e-13,dz=-0.3222656952305112) +S584 = openmc.Plane(a=0.9323238012153894,b=1.6792731127179705e-13,c=-0.3616245700824091,d=6.653607540600742) +S585 = openmc.Plane(a=0.9466492601156964,b=2.192135362122371e-13,c=0.3222656952305112,d=-2.3570907515902793) +S586 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=-9.11364715676276) +S587 = openmc.Plane(a=-0.32226569523051124,b=0.0,c=0.9466492601156963,d=-16.613647156762408) +S588 = openmc.Plane(a=-0.32226569523051124,b=0.0,c=0.9466492601156963,d=-10.113647156762513) +S589 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156963,d=-9.613647156762148) +S590 = openmc.Plane(a=-0.8976219549136832,b=-3.2295197796969332e-06,c=0.4407661806973261,d=5.930152968866763) +S591 = openmc.Plane(a=-0.7528855725709488,b=3.937457108242521e-06,c=0.6581514374359528,d=0.1784138325460262) +S592 = openmc.Cylinder(x0=-654.506514024723,y0=1.08833752858565e-12,z0=-240.388550986694,r=679.7,dx=0.3222656952305112,dy=-7.689988109537764e-17,dz=-0.9466492601156964) +S593 = openmc.Cone(x0=-873.558563715479,y0=1.1406063777662251e-12,z0=403.0726173460249,r2=0.9999999999982065,dx=0.3222656952305112,dy=-7.689988109537764e-17,dz=-0.9466492601156964) +S594 = openmc.Cone(x0=-437.5653046381652,y0=1.0360686794051795e-12,z0=-877.6491666643678,r2=1.0000000000022067,dx=-0.3222656952305112,dy=7.689988109537764e-17,dz=0.9466492601156964) +S595 = openmc.Cone(x0=-530.0262319051396,y0=1.0657542909301191e-12,z0=-606.046977283694,r2=3.000000000047143,dx=-0.3222656952305112,dy=5.742119057411842e-17,dz=0.9466492601156964) +S596 = openmc.Plane(a=-0.4415058527917453,b=-1.549502975164262e-13,c=-0.8972583696743285,d=-4.8290175355038585) +S597 = openmc.Plane(a=-0.3222656952305112,b=0.0,c=0.9466492601156964,d=24.38635284323727) +S598 = openmc.Plane(a=-0.4415058527917452,b=-1.5500737798355607e-13,c=-0.8972583696743285,d=-7.657444660250052) +S599 = openmc.Plane(a=0.9466492601156964,b=2.192135362122371e-13,c=0.3222656952305112,d=-7.557090751590202) +S600 = openmc.Plane(a=-0.4045537573288155,b=0.9040846707602136,c=-0.1377213328701619,d=-13.40406361169989) +S601 = openmc.Plane(a=-0.40455375732842436,b=-0.904084670760409,c=-0.13772133287002863,d=-8.567210623409997) +S602 = openmc.Plane(a=0.9466492601157013,b=2.1921353621223744e-13,c=0.32226569523049686,d=27.85009838724076) +S603 = openmc.Plane(a=-0.9466492601156905,b=-2.1921353621223739e-13,c=-0.3222656952305285,d=-21.235720109579212) +S604 = openmc.Plane(a=-0.1658172261357894,b=0.9845395785940224,c=-0.056448788282277,d=-5.785654272126355) +S605 = openmc.Plane(a=-0.932013663637595,b=-0.175162262395358,c=-0.31728333177992113,d=-29.037108498446095) +S606 = openmc.Plane(a=0.35617375343260665,b=0.6123724356885782,c=0.7057905194705911,d=-42.673821531116076) +S607 = openmc.Plane(a=0.35092816350080974,b=0.6123724356828546,c=-0.7084133144413627,d=56.596533585912766) +S608 = openmc.Plane(a=-0.35092816350195394,b=-0.6123724356860352,c=0.7084133144380466,d=-62.253387835230356) +S609 = openmc.Plane(a=-0.3561737534328598,b=-0.6123724356892783,c=-0.7057905194698558,d=37.01696728152408) +S610 = openmc.Plane(a=0.9466492601156963,b=2.1866457996661637e-13,c=0.32226569523051113,d=-16.4811292541546) +S611 = openmc.Plane(a=-0.36166721005161456,b=0.7071067811710405,c=-0.6076156920253226,d=30.995463944000235) +S612 = openmc.Plane(a=-0.3616672100504307,b=-0.7071067811737135,c=-0.6076156920229167,d=-4.784094507820334) +S613 = openmc.Plane(a=0.36166721004393443,b=-0.7071067811860562,c=0.6076156920124196,d=-36.65231819357035) +S614 = openmc.Plane(a=0.36166721004551483,b=0.7071067811833245,c=0.6076156920146578,d=-0.8727597412492571) +S615 = openmc.Plane(a=-0.3616672100501216,b=-0.7071067811743177,c=-0.6076156920223974,d=30.99550861956276) +S616 = openmc.Plane(a=0.36166721004394636,b=-0.7071067811860327,c=0.6076156920124397,d=-0.8727150655477488) +S617 = openmc.Plane(a=0.36166721005284325,b=0.7071067811689963,c=0.60761569202697,d=-36.65236286906108) +S618 = openmc.Plane(a=-0.3616672100517767,b=0.7071067811707233,c=-0.607615692025595,d=-4.784139183248889) +S619 = openmc.YPlane(y0=11.600000000161135) +S620 = openmc.YPlane(y0=-11.59999999984656) +S621 = openmc.YPlane(y0=21.200000000153594) +S622 = openmc.Plane(a=-0.5228563356240873,b=0.4731467892627003,c=0.7090510335005157,d=-32.48791841541304) +S623 = openmc.Plane(a=0.5281019257608965,b=-0.4731467893045795,c=0.7051528003052957,d=-72.4392909587509) +S624 = openmc.Plane(a=-0.5281019255788343,b=0.47314678928467674,c=-0.7051528004550001,d=66.78243670568587) +S625 = openmc.Plane(a=0.5228563357970326,b=-0.47314678927268994,c=-0.7090510333663195,d=26.831064142747547) +S626 = openmc.YPlane(y0=29.199964577139685) +S627 = openmc.YPlane(y0=-29.200034620671875) +S628 = openmc.Plane(a=-0.05178722583216879,b=-0.7071067811634072,c=-0.7052078298440349,d=-84.01262878527365) +S629 = openmc.Plane(a=0.7052084100785326,b=0.7071061993659874,c=-0.051787268442125646,d=43.421583187674756) +S630 = openmc.Plane(a=-0.7052078298232867,b=0.7071067811842278,c=0.051787225830419475,d=-31.82507548403989) +S631 = openmc.Plane(a=0.709724713278377,b=2.1368017804931884e-13,c=0.7044791206004088,d=-63.3777907559384) +S632 = openmc.Plane(a=-0.7044791219889197,b=2.1061235407774666e-13,c=0.7097247119001286,d=-41.54941853436938) +S633 = openmc.Plane(a=0.7044791219771496,b=-2.1061235408129038e-13,c=-0.709724711911812,d=35.89256428588707) +S634 = openmc.Plane(a=-0.7097247119025807,b=-2.136801784606294e-13,c=-0.7044791219864495,d=57.72093658070341) +S635 = openmc.Plane(a=0.5980872981066361,b=-0.7071067811772832,c=-0.3772155668269876,d=-4.056792126402317) +S636 = openmc.Plane(a=0.5980872980996202,b=0.7071067811853502,c=-0.3772155668229896,d=31.7227663256338) +S637 = openmc.Plane(a=-0.5980872980974635,b=0.7071067811881279,c=0.37721556682120244,d=-1.6000621225843048) +S638 = openmc.Plane(a=-0.598087298096894,b=-0.7071067811885733,c=0.3772155668212701,d=-37.37962057514716) +S639 = openmc.Plane(a=0.5980872980996844,b=0.7071067811852744,c=-0.37721556682303004,d=-4.056836802346822) +S640 = openmc.Plane(a=0.5980872981062575,b=-0.7071067811777308,c=-0.3772155668267488,d=31.7228110011639) +S641 = openmc.Plane(a=-0.5980872980974775,b=0.7071067811881112,c=0.37721556682121127,d=-37.37966525069777) +S642 = openmc.Plane(a=0.3222656934821461,b=5.617698237982807e-11,c=-0.9466492607108883,d=29.633722802200296) +S643 = openmc.Plane(a=-0.6693821112341898,b=0.7071067811851501,c=-0.22787625844224108,d=-5.754601675840213) +S644 = openmc.Plane(a=-0.6693821112341888,b=-0.7071067811852871,c=-0.22787625844181802,d=-5.754557000288928) +S645 = openmc.Plane(a=-0.4960536010150643,b=-0.8517121614764759,c=-0.16887042047989562,d=-1.3220770980190837) +S646 = openmc.Plane(a=0.7299819684048434,b=-0.6830127018921226,c=-0.02489929432358525,d=25.747277142555806) +S647 = openmc.Plane(a=-0.6693821112305672,b=-0.7071067811891132,c=-0.22787625844058515,d=-5.5602911819941205) +S648 = openmc.Plane(a=-0.7408347607820619,b=0.6123724356959127,c=0.27597800132771544,d=-29.92125379039324) +S649 = openmc.Plane(a=0.41856906552933787,b=-0.6123724356830523,c=0.670671258812768,d=-2.290469579074616) +S650 = openmc.Plane(a=-0.8062726874911857,b=-0.5240099178418621,c=-0.274477611854056,d=-8.715184177996518) +S651 = openmc.Plane(a=-0.5631649693868165,b=0.6830127018920773,c=-0.4651224207771869,d=-5.070858162600993) +S652 = openmc.Plane(a=-0.49605360101524343,b=0.8517121614762584,c=-0.16887042048046574,d=-1.32213090985395) +S653 = openmc.Plane(a=0.7299819684047515,b=0.6830127018922284,c=-0.02489929432337931,d=25.747233989271532) +S654 = openmc.Plane(a=-0.7585239396849036,b=0.5982996870132488,c=-0.25822261218712234,d=-7.625786115478224) +S655 = openmc.Plane(a=-0.8062726874972888,b=0.5240099178312192,c=-0.27447761185644687,d=-8.71521728549317) +S656 = openmc.Plane(a=-0.5631649693846694,b=-0.6830127018915508,c=-0.4651224207805597,d=-5.070815009185799) +S657 = openmc.Plane(a=-0.6693821112286134,b=0.7071067811910409,c=-0.22787625844034268,d=-5.560335857486874) +S658 = openmc.Plane(a=0.4185690654778677,b=0.6123724356538117,c=0.6706712588715898,d=-2.2905082721388683) +S659 = openmc.Plane(a=-0.740834760782122,b=-0.6123724356961615,c=0.27597800132700134,d=-29.921215100210645) +S660 = openmc.Plane(a=-0.7299819684047386,b=-0.6830127018922455,c=0.024899294323288062,d=-21.694061993144256) +S661 = openmc.Plane(a=-0.41856906555084095,b=-0.612372435695846,c=-0.6706712587876662,d=2.192432056683998) +S662 = openmc.Plane(a=0.7408347607801059,b=0.6123724356833414,c=-0.2759780013608608,d=29.823138889626303) +S663 = openmc.Plane(a=0.5631649693859956,b=0.6830127018920517,c=0.4651224207782185,d=9.123987005393678) +S664 = openmc.Plane(a=-0.7299819684047221,b=0.6830127018922838,c=0.024899294322728423,d=-21.694105146408376) +S665 = openmc.Plane(a=0.7408347607801316,b=-0.6123724356836391,c=-0.2759780013601308,d=29.823177579779852) +S666 = openmc.Plane(a=-0.41856906555145285,b=0.6123724356957913,c=-0.6706712587873342,d=2.192393366483782) +S667 = openmc.Plane(a=0.5631649693866204,b=-0.6830127018920031,c=0.4651224207775328,d=9.124030158710168) +S668 = openmc.Plane(a=0.6693821112341812,b=0.7071067811852952,c=0.22787625844181544,d=26.15063505466718) +S669 = openmc.Plane(a=0.6693821112341939,b=-0.7071067811851457,c=0.22787625844224252,d=26.150679730218737) +S670 = openmc.Plane(a=0.8062726874899852,b=0.5240099178439233,c=0.27447761185364733,d=29.71473256243137) +S671 = openmc.Plane(a=0.4960536010180789,b=0.8517121614745167,c=0.16887042048092188,d=22.32162548255444) +S672 = openmc.Plane(a=0.669382111231947,b=0.7071067811876555,c=0.2278762584410549,d=26.344900872830028) +S673 = openmc.Plane(a=0.4960536010181057,b=-0.8517121614743984,c=0.16887042048144013,d=22.321679294385692) +S674 = openmc.Plane(a=0.8062726874900079,b=-0.5240099178437203,c=0.27447761185396824,d=29.714765669782278) +S675 = openmc.Plane(a=0.669382111231943,b=-0.7071067811875233,c=0.2278762584414762,d=26.34494554838119) +S676 = openmc.Plane(a=0.4814058496658035,b=-0.7071067811327715,c=-0.5179270295935487,d=-14.55848594328934) +S677 = openmc.Plane(a=0.4814058496697897,b=0.7071067811266024,c=-0.517927029598266,d=21.221072506344402) +S678 = openmc.Plane(a=-0.4814058496825357,b=0.7071067811081946,c=0.5179270296115502,d=8.901631692911428) +S679 = openmc.Plane(a=-0.4814058496692757,b=-0.7071067811273574,c=0.517927029597713,d=-26.877926755931544) +S680 = openmc.Plane(a=-0.48140584968275835,b=0.7071067811078674,c=0.5179270296117898,d=-26.877971431150286) +S681 = openmc.Plane(a=-0.4814058496696869,b=-0.7071067811267534,c=0.5179270295981554,d=8.901676369100551) +S682 = openmc.Plane(a=0.48140584966623723,b=-0.7071067811321343,c=-0.5179270295940154,d=21.221117182011373) +S683 = openmc.Plane(a=0.48140584966995653,b=0.7071067811263573,c=-0.5179270295984455,d=-14.558530618660814) +S684 = openmc.Plane(a=0.5267914020955895,b=-0.7071067811864544,c=0.47168932432088667,d=-62.42673962620941) +S685 = openmc.Plane(a=-0.5267914020984074,b=-0.7071067811829522,c=-0.47168932432298966,d=20.99032692452805) +S686 = openmc.Plane(a=-0.5267914020961525,b=0.7071067811856991,c=-0.47168932432139016,d=56.76988537673225) +S687 = openmc.Plane(a=0.5267914021090246,b=0.7071067811687007,c=0.4716893243324964,d=-26.647181175247262) +S688 = openmc.Plane(a=-0.5267914020991328,b=-0.7071067811819784,c=-0.4716893243236393,d=56.769930052411866) +S689 = openmc.Plane(a=0.5267914020956466,b=-0.7071067811863777,c=0.4716893243209379,d=-26.64713649817409) +S690 = openmc.Plane(a=0.5267914021090735,b=0.7071067811686352,c=0.4716893243325401,d=-62.426784302378444) +S691 = openmc.Plane(a=-0.5267914020961318,b=0.7071067811857269,c=-0.47168932432137173,d=20.99028224872616) +S692 = openmc.Plane(a=-0.6457334819429313,b=-1.4165536532476328e-13,c=-0.763562879072744,d=-22.975090566431458) +S693 = openmc.Plane(a=0.7635626643744828,b=1.6746071811134282e-13,c=-0.6457337358178994,d=32.215435907657415) +S694 = openmc.Plane(a=0.48453660415201133,b=-0.6480457655715571,c=0.5875891123579569,d=13.051065799377094) +S695 = openmc.Plane(a=0.4845366041517369,b=0.6480457655717735,c=0.5875891123579443,d=19.531482511174104) +S696 = openmc.Plane(a=-0.6789044263422652,b=0.45765992174693715,c=0.5741395091086026,d=-27.018945972952743) +S697 = openmc.Plane(a=-0.9466474372451071,b=0.0019624480202703218,c=-0.32226507467461996,d=-26.658785999311227) +S698 = openmc.Plane(a=0.9456316494922117,b=-0.04635477957803977,c=0.3219192723166949,d=-14.60893036830058) +S699 = openmc.Plane(a=-0.6693821785175379,b=0.7071067101100165,c=-0.22787628134692808,d=-31.049373605311658) +S700 = openmc.Plane(a=-0.6693820439485261,b=-0.7071068522631312,c=-0.22787623553547662,d=-31.049322685839417) +S701 = openmc.Plane(a=0.9466492601155649,b=2.010345102620938e-07,c=0.3222656952308345,d=26.275217122069705) +S702 = openmc.Plane(a=0.9461739352586591,b=-0.03168554547313263,c=0.3221038814500887,d=-15.008236540862) +S703 = openmc.Plane(a=-0.44224534257616416,b=-1.5455202946558696e-13,c=-0.8968941169222214,d=24.813747080602433) +S704 = openmc.Plane(a=0.9466492601156963,b=2.192591020438904e-13,c=0.32226569523051113,d=-18.476410686286922) +S705 = openmc.Plane(a=0.9456316494921913,b=0.04635477957850259,c=0.321919272316688,d=-14.608930368285485) +S706 = openmc.Plane(a=0.9461739352586463,b=0.03168554547355829,c=0.32210388145008434,d=-15.008236540852586) +S707 = openmc.XPlane(x0=-84.18816963484511) +S708 = openmc.XPlane(x0=9.094947017729283e-14) +S709 = openmc.YPlane(y0=-52.049999999863736) +S710 = openmc.YPlane(y0=52.0500000001706) +S711 = openmc.ZPlane(z0=1.1368683772161604e-14) +S712 = openmc.ZPlane(z0=83.66079790871811) +S713 = openmc.XPlane(x0=42.09408481742269) +S714 = openmc.XPlane(x0=84.18816963484528) +S715 = openmc.YPlane(y0=1.53431756189093e-10) +S716 = openmc.XPlane(x0=-42.094084817422505) +S717 = openmc.ZPlane(z0=-41.83039895435903) +S718 = openmc.ZPlane(z0=-83.66079790871808) +S719 = openmc.ZPlane(z0=41.830398954359055) +S720 = openmc.YPlane(y0=-26.024999999855154) +S721 = openmc.YPlane(y0=26.025000000162017) +S722 = openmc.XPlane(x0=-63.141127226133804) +S723 = openmc.XPlane(x0=-21.047042408711206) +S724 = openmc.XPlane(x0=21.04704240871139) +S725 = openmc.XPlane(x0=63.14112722613399) +S726 = openmc.ZPlane(z0=-62.74559843153855) +S727 = openmc.ZPlane(z0=-20.915199477179513) +S728 = openmc.ZPlane(z0=20.915199477179534) +S729 = openmc.Sphere(x0=8.526512829121202e-14,y0=1.5342607184720693e-10,z0=5.684341886080802e-15,r=132.1912897490736) +S730 = openmc.Plane(a=0.32226569523040005,b=7.631237459161802e-14,c=-0.9466492601157342,d=12.913647156762867) +S731 = openmc.Plane(a=0.3222656952305112,b=-7.689988109537764e-17,c=-0.9466492601156964,d=-663.0863528438473) +S732 = openmc.Plane(a=-0.3222656952305112,b=7.689988109537764e-17,c=0.9466492601156964,d=-689.8136471560125) +S733 = openmc.Plane(a=-0.3222656952305112,b=5.742119057411842e-17,c=0.9466492601156964,d=-402.90465052564514, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S2 & -S6 & -S5 & -S4 & -S3 & -S1))) +C2 = openmc.Cell(name="", region=((+S7 & -S8 & -S6 & -S5 & -S4 & -S3))) +C3 = openmc.Cell(name="", region=((-S22 & -S21 & +S23 & +S24 & +S25 & +S26) | (-S23 & -S22 & -S21 & +S24 & +S26) | (-S29 & -S28 & +S9 & -S10 & +S27 & +S30) | (-S29 & -S28 & +S11 & -S12 & +S27 & +S30) | (-S27 & +S11 & -S10 & +S23 & +S25 & +S31) | (-S32 & +S33 & +S34 & +S35 & -S21 & +S26) | (+S35 & -S23 & -S21 & +S26 & -S36) | (-S29 & -S37 & +S38 & +S13 & -S9 & +S27 & +S28) | (-S29 & +S38 & -S13 & +S600 & +S58 & +S28 & +S31) | (-S29 & +S38 & +S9 & -S10 & +S27 & +S28) | (-S31 & +S13 & -S10 & -S38 & +S27) | (-S29 & +S58 & +S11 & -S10 & -S38 & +S27 & +S31) | (-S31 & +S11 & -S14 & -S38 & +S27) | (+S34 & +S59 & +S15 & -S16 & -S38 & +S27 & +S29) | (+S34 & -S17 & +S18 & -S38 & +S27 & +S29) | (-S29 & +S38 & +S11 & -S12 & +S27 & +S28) | (-S29 & +S38 & -S37 & +S12 & -S14 & +S27 & +S28) | (-S29 & +S38 & +S14 & +S601 & +S58 & +S28 & +S31) | (+S39 & -S25 & +S41 & -S22 & -S21 & +S11 & -S10 & -S40 & +S26) | (-S22 & +S43 & -S21 & +S44 & -S42 & -S41 & +S26) | (-S28 & -S27 & +S39 & +S9 & -S10 & +S30) | (-S28 & -S27 & +S39 & +S11 & -S12 & +S30) | (-S25 & +S40 & -S21 & +S11 & +S45 & -S10 & +S26) | (-S21 & +S11 & +S45 & -S46 & -S10 & -S39 & +S26) | (-S21 & +S11 & +S46 & +S48 & -S47 & -S10 & -S39 & +S26) | (+S41 & -S21 & -S48 & -S39 & +S26) | (-S21 & +S11 & +S45 & -S10 & +S23 & +S25 & +S26 & -S36) | (-S31 & +S13 & -S45 & -S10 & +S23 & +S25) | (-S31 & +S11 & -S14 & -S45 & +S23 & +S25) | (-S23 & -S21 & +S11 & +S49 & -S10 & +S26 & -S35) | (+S34 & -S27 & -S23 & -S21 & +S11 & -S49 & -S10 & +S26 & +S59 & -S35) | (+S39 & +S40 & +S11 & -S50 & -S10 & +S58 & +S28) | (+S40 & -S51 & +S13 & +S60 & +S50 & -S10 & +S28) | (+S40 & +S11 & -S51 & +S60 & +S50 & -S14 & +S28) | (-S27 & +S37 & +S9 & +S60 & +S51 & -S10 & +S602 & +S28) | (+S37 & -S25 & +S40 & +S13 & +S51 & -S45 & -S10 & +S603 & +S60) | (+S37 & -S25 & +S40 & +S11 & -S14 & +S51 & -S45 & +S603 & +S60) | (+S37 & -S27 & +S11 & +S60 & +S51 & -S12 & +S602 & +S28) | (-S31 & -S27 & -S25 & +S13 & -S10 & -S37 & +S60) | (-S31 & -S27 & -S25 & +S11 & -S14 & -S37 & +S60) | (-S27 & -S25 & +S11 & -S10 & +S31) | (-S52 & -S20 & -S47 & -S46 & +S19 & +S58 & +S28 & +S61 & +S604) | (+S9 & -S47 & -S46 & -S45 & -S10 & -S39 & +S28 & +S62) | (+S11 & -S47 & -S46 & -S45 & -S12 & -S39 & +S28 & +S62) | (-S28 & +S9 & -S53 & -S10 & -S39 & +S30) | (-S28 & +S11 & -S47 & +S53 & -S10 & +S58 & +S61 & +S30) | (-S28 & -S53 & +S11 & -S12 & -S39 & +S30) | (-S54 & -S20 & +S19 & +S55 & -S39 & +S58 & +S28 & +S61 & +S604) | (-S55 & -S20 & +S19 & -S39 & +S58 & +S28 & +S604) | (-S56 & +S20 & -S9 & -S39 & +S28 & +S62) | (-S46 & -S45 & +S20 & -S9 & +S56 & +S57 & +S603 & -S39 & +S62) | (-S57 & -S47 & -S46 & +S20 & -S9 & +S28 & +S62) | (-S56 & +S12 & -S19 & -S39 & +S58 & +S28 & +S605 & +S62) | (+S12 & -S19 & -S46 & -S45 & +S56 & +S57 & +S603 & -S39 & +S62) | (-S57 & +S12 & -S19 & -S47 & -S46 & +S58 & +S28 & +S605 & +S62))) +C4 = openmc.Cell(name="", region=((-S64 & +S2 & -S65 & -S3 & -S1 & +S63))) +C5 = openmc.Cell(name="", region=((-S64 & +S7 & -S8 & -S65 & -S3 & +S63))) +C6 = openmc.Cell(name="", region=((+S8 & -S71 & +S66 & -S2) | (-S72 & +S8 & +S66 & -S2) | (+S8 & -S2 & -S73) | (+S608 & +S609 & +S66 & +S70 & +S71 & +S72 & +S73 & +S74 & +S8 & +S606 & -S69 & -S68 & -S67 & -S2 & +S607) | (+S8 & -S74 & -S2))) +C7 = openmc.Cell(name="", region=((+S42 & -S21 & +S75 & -S48 & -S77 & -S76 & -S41 & +S26) | (+S42 & -S21 & +S78 & +S80 & -S48 & +S81 & +S82 & +S83 & -S75 & +S26) | (+S42 & -S21 & -S84 & -S79 & -S78 & +S26))) +C8 = openmc.Cell(name="", region=((+S610 & +S90 & -S85 & -S21 & +S86 & +S87 & +S89 & +S26 & +S91 & +S92 & +S93) | (-S87 & -S85 & -S21 & +S86 & +S88 & +S26 & -S33))) +C9 = openmc.Cell(name="", region=((+S26 & -S95 & -S94 & -S21))) +C10 = openmc.Cell(name="", region=((-S96 & +S3 & -S102 & -S101 & -S100 & +S97) | (-S97 & +S98 & +S3 & +S103 & -S101 & -S100) | (-S97 & +S98 & +S3 & +S104 & -S102 & -S101) | (+S3 & -S102 & -S101 & -S100 & +S99 & -S98))) +C11 = openmc.Cell(name="", region=((-S105 & +S106 & +S107 & -S110 & -S109 & -S108))) +C12 = openmc.Cell(name="", region=((-S116 & -S112 & +S111 & +S115 & +S117 & -S34) | (-S119 & -S118 & -S117 & -S116 & -S112 & +S111) | (-S119 & -S117 & -S113 & +S111 & +S115 & +S118) | (-S119 & -S117 & +S114 & -S112 & +S115 & +S118))) +C13 = openmc.Cell(name="", region=((+S96 & -S125 & -S100 & -S120 & +S123 & +S124) | (+S96 & -S125 & -S120 & -S102 & +S123 & +S126 & +S127) | (+S96 & +S101 & -S123 & -S121 & -S102 & -S100) | (+S128 & +S101 & -S123 & +S121 & -S122 & -S100) | (+S129 & +S101 & -S123 & +S121 & -S122 & -S102 & +S127) | (+S101 & +S122 & -S123 & -S120 & -S100 & +S127))) +C14 = openmc.Cell(name="", region=((-S125 & -S99 & +S124 & +S123 & -S100 & +S130) | (-S125 & -S133 & -S99 & +S130 & -S102 & +S123 & +S126) | (-S131 & +S101 & -S123 & -S133 & -S100 & +S130) | (+S128 & -S123 & +S101 & -S100 & -S132 & +S131) | (+S129 & -S123 & +S101 & -S102 & -S133 & -S132 & +S131) | (-S99 & +S132 & +S101 & -S123 & -S102 & -S100))) +C15 = openmc.Cell(name="", region=((+S3 & +S122 & -S120 & -S101 & -S100 & +S127) | (+S128 & +S3 & +S121 & -S122 & -S101 & -S100) | (+S129 & +S3 & -S122 & +S121 & -S102 & -S101 & +S127) | (+S96 & +S3 & -S121 & -S102 & -S101 & -S100))) +C16 = openmc.Cell(name="", region=((+S3 & +S132 & -S99 & -S102 & -S101 & -S100) | (+S128 & +S3 & -S100 & -S101 & -S132 & +S131) | (+S129 & -S133 & +S3 & -S102 & -S101 & -S132 & +S131) | (+S3 & -S131 & -S133 & -S101 & -S100 & +S130))) +C17 = openmc.Cell(name="", region=((+S5 & +S135 & +S136 & +S139 & +S140 & -S138 & -S137 & -S134))) +C18 = openmc.Cell(name="", region=((+S64 & +S4 & -S145) | (+S64 & +S4 & -S146) | (+S64 & +S4 & -S147) | (+S64 & +S611 & +S4 & +S612 & +S613 & +S614 & +S142 & +S143 & +S144 & +S145 & +S146 & +S147 & -S141 & +S148) | (+S64 & -S148 & +S4))) +C19 = openmc.Cell(name="", region=((+S64 & -S151 & +S4) | (-S152 & +S64 & +S4) | (+S64 & +S4 & -S153) | (+S64 & +S4 & +S615 & +S616 & +S617 & +S618 & -S149 & +S143 & +S144 & +S150 & +S151 & +S152 & +S153 & +S154) | (+S64 & +S4 & -S154))) +C20 = openmc.Cell(name="", region=((-S28 & -S53 & +S12 & -S9 & +S58 & +S156 & +S61 & +S30) | (+S161 & +S162 & -S156 & -S28 & -S619 & +S620 & +S157 & +S58 & +S61 & +S30) | (+S163 & -S156 & -S28 & +S12 & -S155 & +S157 & +S30) | (-S156 & +S164 & -S28 & +S621 & -S9 & +S157 & +S30) | (-S157 & -S28 & +S12 & -S9 & +S30 & +S58 & +S61 & +S158) | (-S158 & -S28 & +S12 & -S9 & +S58 & +S30 & +S159) | (+S160 & -S159 & -S28 & +S165 & +S166 & -S619 & +S620 & +S58 & +S30) | (+S160 & -S159 & -S28 & +S167 & +S12 & -S155 & +S30) | (+S160 & -S159 & -S28 & +S168 & +S621 & -S9 & +S30) | (-S160 & -S29 & -S28 & +S12 & -S9 & +S58 & +S30))) +C21 = openmc.Cell(name="", region=((+S8 & -S172 & -S2 & -S169) | (+S8 & -S173 & -S2 & -S169) | (+S8 & -S174 & -S2) | (+S70 & +S8 & +S172 & +S173 & +S174 & +S175 & +S622 & +S623 & +S624 & +S625 & -S171 & -S170 & -S169 & -S68 & -S2) | (+S8 & -S175 & -S2))) +C22 = openmc.Cell(name="", region=((-S180 & -S178 & -S177 & +S176 & +S179 & -S2 & +S63) | (-S180 & -S179 & +S176 & +S181 & -S2))) +C23 = openmc.Cell(name="", region=((+S8 & -S182 & -S180 & -S178 & -S177 & +S179 & +S63) | (+S8 & -S182 & -S180 & -S179 & +S181))) +C24 = openmc.Cell(name="", region=((+S183 & -S116 & +S115 & +S119 & +S185 & +S186) | (-S184 & -S116 & +S115 & +S119 & +S186 & +S187) | (-S187 & -S116 & +S114 & +S115 & +S119 & +S186) | (-S185 & -S116 & -S113 & +S115 & +S119 & +S186) | (-S187 & -S185 & -S118 & +S113 & -S114 & +S119 & +S188 & +S189) | (-S189 & -S116 & +S113 & -S114 & +S119 & +S186))) +C25 = openmc.Cell(name="", region=((+S192 & -S190 & +S194 & +S5 & +S135 & -S193 & -S134 & +S191))) +C26 = openmc.Cell(name="", region=((+S198 & +S200 & -S199 & -S134 & -S197) | (+S198 & +S135 & +S201 & -S199 & -S197) | (+S199 & +S200 & -S202 & -S134 & -S197) | (+S200 & +S202 & +S203 & +S209 & -S626 & -S197) | (+S5 & +S200 & -S203 & -S134 & -S197) | (+S197 & +S199 & +S205 & +S206 & -S204 & -S201 & -S200 & -S196 & +S195) | (+S5 & +S135 & +S201 & -S203 & -S197) | (+S201 & +S202 & +S203 & +S210 & +S627 & -S197) | (+S199 & +S135 & +S201 & -S202 & -S197) | (-S195 & +S198 & -S201 & -S199 & -S197) | (+S198 & +S205 & +S207 & -S201 & -S200 & -S199 & -S196 & +S195) | (+S196 & +S198 & -S200 & -S199 & -S197) | (+S5 & +S135 & +S208 & -S203 & -S201 & -S200 & -S134 & -S197) | (+S202 & +S203 & +S208 & +S209 & +S210 & +S627 & -S626 & -S201 & -S200 & -S197) | (+S135 & +S199 & +S208 & -S202 & -S201 & -S200 & -S134 & -S197 & +S191))) +C27 = openmc.Cell(name="", region=((+S135 & +S136 & -S212 & -S211 & -S134) | (+S5 & +S135 & -S211 & -S208 & +S212 & -S134 & +S191))) +C28 = openmc.Cell(name="", region=((-S190 & +S135 & +S213 & +S214 & +S215 & +S216 & +S217 & -S134))) +C29 = openmc.Cell(name="", region=((-S191 & -S190 & +S135 & -S213 & +S218 & -S134) | (-S218 & +S135 & -S213 & -S134 & +S219))) +C30 = openmc.Cell(name="", region=((+S5 & +S136 & +S137 & +S139 & -S626 & +S211 & +S627 & +S220 & +S221))) +C31 = openmc.Cell(name="", region=((+S193 & +S5 & +S136 & +S138 & -S626 & +S627 & +S222 & +S223))) +C32 = openmc.Cell(name="", region=((-S178 & -S176 & +S177 & +S179 & +S182 & -S70))) +C33 = openmc.Cell(name="", region=((-S224 & -S63 & +S119 & +S184 & -S226 & -S225))) +C34 = openmc.Cell(name="", region=((-S63 & +S227 & +S119 & -S183 & -S226 & -S225))) +C35 = openmc.Cell(name="", region=((+S228 & -S229 & +S230 & +S231 & +S232 & -S233))) +C36 = openmc.Cell(name="", region=((-S97 & +S98 & +S3 & +S234 & +S235 & -S236))) +C37 = openmc.Cell(name="", region=((-S237 & +S240 & -S239 & +S241 & +S238 & -S3))) +C38 = openmc.Cell(name="", region=((-S97 & +S98 & +S236 & -S242 & +S243 & +S244))) +C39 = openmc.Cell(name="", region=((+S106 & -S246 & +S110 & -S142 & +S247 & +S248) | (-S249 & +S142 & +S110 & -S245 & +S247 & +S248))) +C40 = openmc.Cell(name="", region=((-S255 & -S252 & -S247) | (-S256 & -S253 & +S254) | (+S256 & +S257 & -S253 & -S252 & +S251 & -S250 & -S247 & +S628 & +S629 & +S630 & +S254 & +S255) | (-S247 & -S252 & -S257))) +C41 = openmc.Cell(name="", region=((+S228 & -S229 & +S234 & +S235 & -S230 & -S3))) +C42 = openmc.Cell(name="", region=((+S258 & -S259 & -S58) | (-S264 & +S259 & -S260) | (-S261 & +S260 & -S58) | (-S264 & -S262 & +S261) | (-S263 & -S58 & +S262))) +C43 = openmc.Cell(name="", region=((+S8 & +S169 & -S267 & -S2) | (+S8 & -S268 & -S66 & -S2) | (+S8 & +S169 & -S269 & -S2) | (+S70 & +S8 & +S169 & +S265 & +S267 & +S268 & +S269 & +S270 & +S266 & -S66 & +S631 & +S632 & +S633 & +S634 & -S68 & -S2) | (+S8 & -S270 & -S66 & -S2))) +C44 = openmc.Cell(name="", region=((-S272 & -S277 & +S271) | (+S272 & -S278 & -S273) | (-S279 & -S274 & +S273) | (-S278 & -S13 & +S274) | (+S13 & -S277 & -S275) | (-S280 & +S275 & -S276))) +C45 = openmc.Cell(name="", region=((-S288 & -S281 & +S282) | (-S282 & +S283 & -S289) | (-S283 & +S284 & -S290) | (+S285 & -S284 & -S289) | (-S288 & +S286 & -S285) | (+S287 & -S291 & -S286))) +C46 = openmc.Cell(name="", region=((-S178 & -S177 & -S176 & +S182 & -S293 & -S292))) +C47 = openmc.Cell(name="", region=((+S294 & -S181 & -S177 & -S176 & +S179 & +S182) | (+S294 & +S295 & +S296 & -S176 & +S181 & +S182))) +C48 = openmc.Cell(name="", region=((+S298 & -S301 & -S300 & -S299 & -S106 & +S195) | (-S195 & +S298 & +S107 & -S300 & -S299 & +S297))) +C49 = openmc.Cell(name="", region=((+S65 & +S2 & -S303 & -S302 & -S5 & -S1))) +C50 = openmc.Cell(name="", region=((+S65 & +S7 & -S303 & -S302 & -S8 & -S5))) +C51 = openmc.Cell(name="", region=((+S224 & -S116 & -S112 & +S115 & +S119 & +S186))) +C52 = openmc.Cell(name="", region=((-S116 & +S111 & +S115 & +S119 & +S186 & -S227))) +C53 = openmc.Cell(name="", region=((+S96 & +S100 & +S101 & -S305 & -S304 & +S306 & -S120))) +C54 = openmc.Cell(name="", region=((-S99 & +S100 & +S101 & -S305 & -S304 & +S306 & +S130))) +C55 = openmc.Cell(name="", region=((-S178 & +S176 & +S177 & +S179 & -S70 & -S2))) +C56 = openmc.Cell(name="", region=((+S8 & -S182 & -S178 & +S177 & +S179 & -S70))) +C57 = openmc.Cell(name="", region=((-S320 & +S307 & -S308) | (-S310 & +S309 & -S60 & +S318) | (-S60 & +S311 & -S309 & +S316 & +S318) | (-S319 & -S317 & -S316) | (-S312 & +S313 & +S322 & -S321) | (+S318 & -S313 & +S310 & -S321) | (-S314 & -S60 & +S308) | (+S323 & -S315 & -S60 & +S314) | (-S60 & +S315 & +S318 & -S311))) +C58 = openmc.Cell(name="", region=((-S334 & -S325 & +S324) | (+S326 & -S327 & -S60 & +S318) | (-S60 & +S327 & -S328 & +S316 & +S318) | (-S333 & -S316 & -S317) | (+S329 & -S326 & -S335 & +S318) | (+S336 & -S335 & +S330 & -S329) | (+S337 & -S60 & +S331 & -S332) | (+S328 & -S331 & -S60 & +S318) | (-S324 & +S332 & -S60))) +C59 = openmc.Cell(name="", region=((+S307 & -S340 & -S308) | (-S310 & -S62 & +S309 & +S338) | (-S62 & +S311 & +S338 & -S309 & +S316) | (-S317 & -S316 & -S339) | (-S312 & -S341 & +S342 & +S313) | (-S313 & +S338 & -S341 & +S310) | (-S62 & +S308 & -S314) | (-S62 & -S315 & +S314 & +S343) | (-S62 & +S338 & +S315 & -S311))) +C60 = openmc.Cell(name="", region=((-S344 & -S317 & -S316) | (-S62 & +S326 & -S331 & +S338 & +S316) | (-S62 & -S332 & +S331 & +S345 & +S316) | (-S346 & +S329 & +S338 & -S326 & +S316) | (-S62 & +S332 & -S324 & +S316) | (+S330 & +S347 & -S346 & -S329) | (-S325 & -S348 & +S316 & +S324) | (-S327 & -S62 & -S316 & +S326) | (-S326 & -S316 & -S346) | (+S328 & -S62 & -S324 & -S316) | (-S316 & -S348 & +S324))) +C61 = openmc.Cell(name="", region=((+S96 & -S349 & +S3 & +S305 & -S107 & -S120))) +C62 = openmc.Cell(name="", region=((+S64 & +S4 & -S352) | (+S64 & +S4 & -S353) | (+S64 & +S4 & -S354) | (+S64 & +S353 & -S350 & +S354 & +S355 & -S351 & +S352 & +S4 & +S142 & -S141 & +S635 & +S636 & +S637 & +S638) | (+S64 & +S4 & -S355))) +C63 = openmc.Cell(name="", region=((+S64 & -S357 & +S4) | (+S64 & -S358 & +S4) | (+S64 & -S359 & +S4) | (+S64 & -S351 & -S350 & +S640 & +S4 & +S357 & +S358 & +S359 & +S360 & +S641 & +S356 & -S149 & +S150 & +S639) | (-S360 & +S64 & +S4))) +C64 = openmc.Cell(name="", region=((-S96 & +S3 & +S100 & -S305 & -S101 & +S99))) +C65 = openmc.Cell(name="", region=((+S5 & -S373 & +S365) | (+S362 & +S366 & +S367 & +S368 & -S361 & -S5) | (+S642 & +S363 & +S369 & +S370 & +S371 & -S364 & +S374) | (-S374 & -S372 & -S369) | (+S369 & -S374 & +S370) | (-S368 & -S374 & -S370))) +C66 = openmc.Cell(name="", region=((+S375 & -S376 & +S378 & +S379 & +S380 & -S3) | (-S380 & +S375 & -S364 & -S102 & +S379 & -S3) | (-S380 & +S364 & -S377 & -S102 & +S379 & +S381) | (-S380 & +S364 & -S377 & -S102 & -S3 & +S382) | (-S380 & +S377 & -S376 & -S102 & +S379 & -S3))) +C67 = openmc.Cell(name="", region=((+S384 & -S383 & +S108 & -S110 & -S387 & -S386 & -S385))) +C68 = openmc.Cell(name="", region=((-S390 & -S389 & -S388 & +S391))) +C69 = openmc.Cell(name="", region=((+S643 & +S390 & +S392 & +S393 & -S389 & -S388 & -S2))) +C70 = openmc.Cell(name="", region=((+S644 & +S390 & +S8 & +S394 & +S395 & -S389 & -S388))) +C71 = openmc.Cell(name="", region=((+S388 & +S390 & +S8 & +S396 & -S399) | (+S388 & +S645 & +S390 & +S646 & +S8 & +S395 & +S399) | (+S388 & +S390 & +S8 & +S397 & -S400) | (+S388 & +S390 & +S647 & +S8 & +S648 & +S649 & +S399 & +S400 & -S398) | (+S388 & +S390 & +S8 & +S394 & +S650 & +S651 & +S400))) +C72 = openmc.Cell(name="", region=((+S388 & +S390 & -S403 & +S401 & -S2) | (+S388 & +S390 & +S392 & +S652 & +S653 & +S403 & -S2) | (+S388 & +S390 & -S404 & +S654 & -S2) | (+S388 & +S390 & +S393 & +S655 & +S656 & +S404 & -S2) | (+S388 & +S390 & +S657 & -S398 & +S403 & +S404 & +S658 & +S659 & -S2))) +C73 = openmc.Cell(name="", region=((+S389 & +S390 & -S408 & +S405 & -S2) | (+S389 & +S390 & +S393 & +S655 & +S660 & +S408 & -S2) | (+S389 & +S390 & -S406 & +S657 & +S661 & +S662 & +S408 & +S409 & -S2) | (+S389 & +S390 & -S409 & +S407 & -S2) | (+S389 & +S390 & +S392 & +S652 & +S663 & +S409 & -S2))) +C74 = openmc.Cell(name="", region=((-S411 & +S390 & +S389 & +S8 & +S410) | (+S389 & +S390 & +S8 & +S394 & +S650 & +S664 & +S411) | (-S412 & +S389 & +S390 & +S8 & +S396) | (+S389 & +S390 & +S647 & +S8 & -S406 & +S665 & +S666 & +S411 & +S412) | (+S389 & +S390 & +S645 & +S8 & +S395 & +S667 & +S412))) +C75 = openmc.Cell(name="", region=((+S668 & +S390 & +S394 & +S395 & -S389 & -S388 & -S3 & -S2))) +C76 = openmc.Cell(name="", region=((+S390 & +S669 & +S8 & +S393 & +S392 & -S389 & -S388 & -S3))) +C77 = openmc.Cell(name="", region=((-S412 & +S389 & +S390 & +S413 & -S3 & -S2) | (+S389 & +S390 & +S395 & +S667 & +S412 & -S3 & +S670) | (+S389 & +S390 & +S394 & +S664 & +S411 & -S2 & +S671) | (-S411 & +S390 & +S389 & -S2 & +S414) | (+S672 & +S389 & +S390 & -S406 & +S665 & +S666 & +S411 & +S412 & -S2))) +C78 = openmc.Cell(name="", region=((+S389 & +S390 & -S408 & +S8 & +S415) | (+S673 & +S389 & +S390 & +S8 & +S393 & +S660 & +S408) | (+S674 & +S389 & +S390 & +S392 & +S663 & +S409 & -S3) | (+S416 & +S389 & +S390 & -S409 & +S8 & -S3) | (+S675 & +S389 & +S390 & +S8 & -S406 & +S661 & +S662 & +S408 & +S409))) +C79 = openmc.Cell(name="", region=((+S417 & +S388 & +S390 & -S399 & -S3 & -S2) | (+S388 & +S390 & +S646 & +S395 & +S399 & -S3 & +S670) | (+S418 & +S388 & +S390 & -S400 & -S2) | (+S388 & +S390 & +S394 & +S651 & +S400 & -S2 & +S671) | (+S672 & +S388 & +S390 & +S648 & +S649 & +S399 & +S400 & -S398 & -S2))) +C80 = openmc.Cell(name="", region=((+S419 & +S388 & +S390 & +S8 & -S403 & -S3) | (+S674 & +S388 & +S390 & +S392 & +S653 & +S403 & -S3) | (+S420 & +S388 & +S390 & +S8 & -S404) | (+S675 & +S388 & +S390 & +S8 & -S398 & +S403 & +S404 & +S659 & +S658) | (+S673 & +S388 & +S390 & +S8 & +S393 & +S656 & +S404))) +C81 = openmc.Cell(name="", region=((+S421 & -S246 & +S110 & -S106 & +S247 & +S248) | (+S421 & +S422 & +S423 & -S247 & -S246 & +S248))) +C82 = openmc.Cell(name="", region=((+S4 & -S426 & +S303) | (+S4 & -S427 & +S303) | (-S428 & +S4 & +S303) | (+S4 & +S676 & +S677 & +S678 & +S679 & +S426 & +S427 & +S428 & +S429 & +S142 & +S303 & -S141 & -S425 & -S424) | (-S429 & +S4 & +S303))) +C83 = openmc.Cell(name="", region=((-S430 & +S4 & +S303) | (-S431 & +S4 & +S303) | (-S432 & +S4 & +S303) | (+S4 & +S680 & +S681 & +S682 & -S149 & +S683 & +S430 & +S431 & +S303 & +S432 & +S433 & +S150 & -S425 & -S424) | (+S4 & -S433 & +S303))) +C84 = openmc.Cell(name="", region=((+S96 & +S3 & +S100 & -S305 & -S120 & -S101))) +C85 = openmc.Cell(name="", region=((+S3 & -S99 & +S100 & -S305 & -S101 & +S130))) +C86 = openmc.Cell(name="", region=((+S64 & -S436 & +S4) | (+S64 & -S437 & +S4) | (+S64 & -S438 & +S4) | (+S64 & +S439 & +S4 & +S684 & +S685 & -S434 & +S142 & +S686 & +S687 & -S141 & +S436 & +S437 & +S435 & +S438) | (+S64 & -S439 & +S4))) +C87 = openmc.Cell(name="", region=((+S64 & -S440 & +S4) | (+S64 & +S4 & -S441) | (+S64 & +S4 & -S442) | (+S64 & +S4 & -S149 & -S434 & +S688 & +S689 & +S690 & +S435 & +S691 & +S150 & +S440 & +S441 & +S442 & +S443) | (+S64 & +S4 & -S443))) +C88 = openmc.Cell(name="", region=((+S258 & -S61 & -S259) | (+S259 & -S445 & -S444) | (-S61 & +S444 & +S158))) +C89 = openmc.Cell(name="", region=((+S447 & -S446 & -S449) | (-S448 & +S450 & +S446 & -S449))) +C90 = openmc.Cell(name="", region=((-S451 & +S455 & +S464 & -S463 & +S452) | (-S30 & -S451 & +S455 & +S463 & +S692 & +S452) | (-S451 & +S464 & -S463 & -S455 & +S452) | (+S34 & -S451 & +S456 & +S457 & +S463 & +S693 & -S455 & +S452) | (-S453 & +S455 & -S465 & +S464 & +S451) | (-S453 & +S455 & +S458 & -S694 & +S465 & +S451) | (-S452 & +S455 & -S466 & +S464 & +S454) | (-S452 & +S455 & -S695 & +S466 & -S459 & +S454) | (-S453 & -S465 & +S464 & -S455 & +S451) | (+S34 & -S453 & +S457 & +S460 & +S465 & -S461 & -S455 & +S451) | (-S452 & -S466 & +S464 & -S455 & +S454) | (+S34 & -S452 & -S696 & +S457 & +S466 & -S462 & -S455 & +S454))) +C91 = openmc.Cell(name="", region=((-S470 & -S469 & -S468 & +S467 & +S471 & -S100))) +C92 = openmc.Cell(name="", region=((-S470 & -S469 & -S468 & +S472 & +S473 & -S100))) +C93 = openmc.Cell(name="", region=((-S450 & +S446 & -S474))) +C94 = openmc.Cell(name="", region=((-S96 & -S478 & -S477 & -S476 & +S475 & +S101 & +S479))) +C95 = openmc.Cell(name="", region=((-S480 & -S477 & -S476 & +S101 & +S479 & +S99 & -S481))) +C96 = openmc.Cell(name="", region=((+S482 & -S484 & -S483))) +C97 = openmc.Cell(name="", region=((-S487 & -S486 & +S485))) +C98 = openmc.Cell(name="", region=((+S34 & +S489 & +S490 & +S176 & -S492 & -S491 & -S2) | (+S34 & +S492 & +S493 & +S176 & -S491 & -S488) | (+S1 & +S34 & +S489 & +S490 & -S492 & -S491 & -S488))) +C99 = openmc.Cell(name="", region=((+S34 & +S8 & +S489 & -S182 & +S490 & -S492 & -S491) | (+S34 & -S182 & +S492 & +S493 & +S494 & -S491) | (+S34 & +S489 & +S490 & +S494 & -S492 & -S491 & -S7))) +C100 = openmc.Cell(name="", region=((-S195 & +S298 & +S305 & -S300 & -S107 & +S297) | (-S297 & +S298 & -S496 & +S495 & +S305 & -S300))) +C101 = openmc.Cell(name="", region=((+S498 & -S497 & +S499 & +S500 & +S501 & -S3))) +C102 = openmc.Cell(name="", region=((-S503 & +S502 & (+S730 & -S505)) | (-S504 & +S34 & +S503))) +C103 = openmc.Cell(name="", region=((+S34 & -S506 & +S503) | (-S503 & (+S730 & -S507) & +S502))) +C104 = openmc.Cell(name="", region=((-S512 & +S508 & +S509) | (-S510 & -S509 & -S513) | (-S511 & +S510 & -S514))) +C105 = openmc.Cell(name="", region=((+S34 & +S515 & -S454 & +S518 & +S519 & -S491 & -S517) | (+S516 & +S518 & -S491 & -S519 & -S517))) +C106 = openmc.Cell(name="", region=((+S34 & +S518 & -S520 & +S522 & -S491 & -S517 & +S453) | (+S518 & -S521 & -S491 & -S522 & -S517))) +C107 = openmc.Cell(name="", region=((+S523 & -S524 & -S209) | (-S526 & -S525 & +S524))) +C108 = openmc.Cell(name="", region=((+S523 & -S524 & -S210) | (-S527 & -S525 & +S524))) +C109 = openmc.Cell(name="", region=((+S528 & -S251 & -S529))) +C110 = openmc.Cell(name="", region=((-S390 & -S411 & +S389 & -S530) | (+S389 & +S394 & -S530 & +S664 & -S390 & +S411) | (+S389 & -S406 & -S530 & +S666 & +S665 & -S390 & +S411 & +S412) | (-S390 & -S412 & +S389 & -S530) | (+S389 & +S395 & -S530 & -S390 & +S667 & +S412))) +C111 = openmc.Cell(name="", region=((-S390 & +S531 & +S388 & -S403) | (+S388 & +S392 & +S653 & +S531 & +S403 & -S390) | (+S388 & -S398 & +S403 & +S404 & +S531 & +S658 & +S659 & -S390) | (-S404 & -S390 & +S531 & +S388) | (+S388 & +S393 & +S656 & +S531 & +S404 & -S390))) +C112 = openmc.Cell(name="", region=((-S408 & -S390 & +S531 & +S389) | (+S389 & +S393 & +S531 & +S660 & +S408 & -S390) | (-S390 & +S531 & +S389 & -S409) | (+S389 & -S406 & +S531 & +S661 & +S662 & +S408 & +S409 & -S390) | (+S389 & +S392 & +S531 & +S663 & +S409 & -S390))) +C113 = openmc.Cell(name="", region=((-S390 & +S532 & +S388 & -S403) | (+S388 & +S392 & +S653 & +S403 & +S532 & -S390) | (+S388 & +S393 & +S656 & +S404 & +S532 & -S390) | (-S404 & -S390 & +S388 & +S532) | (+S388 & -S398 & +S403 & +S404 & +S532 & +S659 & +S658 & -S390))) +C114 = openmc.Cell(name="", region=((-S399 & -S390 & +S388 & +S533) | (+S388 & +S646 & +S395 & +S399 & +S533 & -S390) | (+S388 & +S394 & +S651 & +S400 & +S533 & -S390) | (-S400 & -S390 & +S388 & +S533) | (+S388 & +S648 & +S649 & +S399 & +S400 & -S398 & +S533 & -S390))) +C115 = openmc.Cell(name="", region=((-S390 & +S533 & -S412 & +S389) | (+S389 & +S395 & +S533 & -S390 & +S667 & +S412) | (+S389 & +S394 & +S533 & +S664 & -S390 & +S411) | (-S390 & +S533 & -S411 & +S389) | (+S389 & -S406 & +S533 & +S666 & +S665 & -S390 & +S411 & +S412))) +C116 = openmc.Cell(name="", region=((-S399 & -S390 & +S388 & -S530) | (+S388 & +S646 & +S395 & -S530 & +S399 & -S390) | (+S388 & +S648 & +S649 & -S530 & +S399 & +S400 & -S398 & -S390) | (-S400 & -S390 & +S388 & -S530) | (+S388 & +S394 & +S651 & -S530 & +S400 & -S390))) +C117 = openmc.Cell(name="", region=((-S390 & +S532 & +S389 & -S409) | (+S389 & +S392 & +S532 & +S663 & +S409 & -S390) | (+S389 & -S406 & +S532 & +S661 & +S662 & +S408 & +S409 & -S390) | (-S408 & -S390 & +S532 & +S389) | (+S389 & +S393 & +S532 & +S660 & +S408 & -S390))) +C118 = openmc.Cell(name="", region=((+S384 & -S534 & -S251))) +C119 = openmc.Cell(name="", region=((+S384 & -S535 & -S251))) +C120 = openmc.Cell(name="", region=((+S384 & -S536 & -S251))) +C121 = openmc.Cell(name="", region=((+S384 & -S251 & -S537))) +C122 = openmc.Cell(name="", region=((-S223 & +S538 & -S539) | (+S539 & -S541 & -S540))) +C123 = openmc.Cell(name="", region=((+S538 & -S222 & -S539) | (-S542 & +S539 & -S540))) +C124 = openmc.Cell(name="", region=((-S543 & +S34 & +S29))) +C125 = openmc.Cell(name="", region=((+S538 & -S221 & -S539) | (-S544 & +S539 & -S545))) +C126 = openmc.Cell(name="", region=((+S538 & -S220 & -S539) | (-S544 & +S539 & -S546))) +C127 = openmc.Cell(name="", region=((-S251 & -S548 & +S547))) +C128 = openmc.Cell(name="", region=((+S552 & +S555 & +S697 & +S118 & -S553 & -S554 & -S551 & +S550 & -S549) | (+S552 & +S556 & -S555 & -S554 & -S551))) +C129 = openmc.Cell(name="", region=((+S555 & +S557 & -S558 & -S554 & -S553 & +S118 & +S697 & +S550 & -S549) | (+S556 & +S557 & -S558 & -S555 & -S554))) +C130 = openmc.Cell(name="", region=((-S499 & -S562 & +S560 & -S559 & +S561 & +S563 & +S564 & +S550 & -S549) | (+S560 & +S561 & -S564 & +S565))) +C131 = openmc.Cell(name="", region=((-S499 & -S562 & -S559 & +S563 & +S564 & +S566 & +S567 & +S550 & -S549) | (-S564 & +S566 & +S567))) +C132 = openmc.Cell(name="", region=((+S568 & -S258 & -S569))) +C133 = openmc.Cell(name="", region=((+S568 & -S570 & -S258))) +C134 = openmc.Cell(name="", region=((+S89 & +S698 & -S90 & +S87))) +C135 = openmc.Cell(name="", region=((-S447 & -S574 & -S573 & -S571 & +S699 & +S575) | (-S447 & -S574 & -S573 & +S572 & +S700 & +S575) | (-S575 & -S574 & -S573 & +S565))) +C136 = openmc.Cell(name="", region=((+S576 & +S577 & -S573 & +S555 & -S557 & +S474 & +S701) | (-S557 & +S556 & -S555 & -S573))) +C137 = openmc.Cell(name="", region=((+S89 & -S91 & +S702 & +S87))) +C138 = openmc.Cell(name="", region=((-S82 & -S75 & +S78))) +C139 = openmc.Cell(name="", region=((-S80 & -S75 & +S78))) +C140 = openmc.Cell(name="", region=((-S580 & -S579 & -S578))) +C141 = openmc.Cell(name="", region=((-S581 & -S579 & -S578))) +C142 = openmc.Cell(name="", region=((-S75 & +S78 & -S81))) +C143 = openmc.Cell(name="", region=((-S83 & +S78 & -S75))) +C144 = openmc.Cell(name="", region=((-S582 & -S579 & -S578))) +C145 = openmc.Cell(name="", region=((-S583 & -S579 & -S578))) +C146 = openmc.Cell(name="", region=((+S552 & -S551 & -S556))) +C147 = openmc.Cell(name="", region=((-S558 & -S556 & +S557))) +C148 = openmc.Cell(name="", region=((+S560 & +S561 & -S565))) +C149 = openmc.Cell(name="", region=((+S32 & +S33 & -S21 & -S586 & -S585 & -S584 & +S26) | (-S703 & -S21 & (+S593 | -S731) & -S587 & +S85 & +S26 & -S33) | (+S704 & +S587 & -S21 & +S592 & -S588 & +S26 & -S33) | (-S21 & +S588 & (+S594 | -S732) & -S589 & -S590 & +S26 & -S33) | (-S21 & +S589 & -S591 & (-S733 | +S595) & -S586 & +S26 & -S33))) +C150 = openmc.Cell(name="", region=((+S89 & -S92 & +S705 & +S87))) +C151 = openmc.Cell(name="", region=((+S89 & +S706 & -S93 & +S87))) +C152 = openmc.Cell(name="", region=((+S579 & -S597 & -S596 & -S21 & +S598 & +S22 & +S26) | (+S579 & -S24 & -S599 & -S21 & +S596 & +S26 & +S158) | (+S579 & -S21 & +S596 & +S22 & +S24 & +S26))) +C153 = openmc.Cell(name="", region=((-S578 & +S580 & +S582 & +S583 & +S581 & -S21 & -S597 & +S94 & +S26 & -S579 & +S158))) +C154 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-84.188, 0.000, -52.050, 52.050, 0.000, 83.661). Enclosed cells : (3, 7, 9, 138, 139, 140, 141, 142, 143, 144, 145, 152, 153)", region=(+S707 & -S708 & +S709 & -S710 & +S711 & -S712 & ((+S82 | +S75 | -S78) & (+S80 | +S75 | -S78) & (+S580 | +S579 | +S578) & (+S581 | +S579 | +S578) & (+S75 | -S78 | +S81) & (+S83 | -S78 | +S75) & (+S582 | +S579 | +S578) & (+S583 | +S579 | +S578) & ((((-S41 | +S48 | +S39) & (((+S40 | +S22 | -S41 | -S39 | +S25) & (-S45 | -S23 | +S36 | -S25) & (+S47 | -S46 | -S48 | +S39)) | (+S10 | -S11)) & ((-S25 & +S23) | (+S22 | -S24)) & (-S35 | +S23 | +S36) & (-S44 | -S43 | +S42 | +S22 | +S41)) & ((-S42) | (((+S48) | ((-S83 | -S82 | -S81 | -S80 | -S78 | +S75) & (+S77 | +S76 | +S41 | -S75))) & (+S84 | +S79 | +S78))) & ((-S579) | (((-S22) | ((-S596 | -S24) & (-S598 | +S597 | +S596))) & (+S599 | -S158 | +S24 | -S596))) & (-S583 | -S582 | -S581 | -S580 | +S578 | +S597 | -S94 | +S579 | -S158) & (+S94 | +S95)) | (+S21 | -S26))))) +C155 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 84.188, -52.050, 0.000, 0.000, 83.661). Enclosed cells : (48, 54, 96, 100)", region=(+S713 & -S714 & +S709 & -S715 & +S711 & -S712 & (((((+S299) | ((-S297 | -S107 | +S195) & (+S301 | +S106 | -S195))) & ((-S305) | ((+S107 | +S195 | -S297) & (+S496 | -S495 | +S297)))) | (-S298 | +S300)) & (+S484 | +S483 | -S482) & (-S306 | +S304 | -S101 | -S100 | +S99 | -S130 | +S305)))) +C156 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 84.188, 0.000, 52.050, 0.000, 83.661). Enclosed cells : (11, 39, 40, 48, 53, 61, 67, 81, 90, 96, 109, 118, 119, 120, 121, 127)", region=(+S713 & -S714 & +S715 & -S710 & +S711 & -S712 & (((+S256 | +S253 | -S254) & (((+S250 | -S630 | -S629 | -S628 | -S251 | -S254 | +S253 | -S256) & (+S257 & +S255)) | (+S247 | +S252)) & (+S451 | -S455 | -S464 | +S463 | -S452) & (+S451 | -S464 | +S463 | +S455 | -S452) & (((+S465 | -S464) & (+S461 | -S460 | -S457 | +S455 | -S34 | -S465)) | (-S451 | +S453)) & (((+S466 | -S464) & (+S462 | +S696 | -S457 | +S455 | -S34 | -S466)) | (+S452 | -S454)) & (-S456 | -S693 | -S34 | +S451 | -S457 | -S463 | +S455 | -S452)) & ((-S384) | (((+S251) | (+S537 & +S536 & +S535 & +S534)) & (+S387 | +S386 | +S385 | +S383 | +S110 | -S108))) & (((+S349 | -S3 | +S107 | -S305) & (-S101 | -S100 | -S306 | +S304 | +S305)) | (-S96 | +S120)) & ((-S248) | ((((-S106 | +S246 | +S142) & (+S249 | +S245 | -S142)) | (-S110 | -S247)) & (((-S110 | +S106 | -S247) & (-S423 | -S422 | +S247)) | (+S246 | -S421)))) & (+S529 | -S528 | +S251) & (+S548 | -S547 | +S251) & (+S109 | +S105 | -S106 | -S107 | +S110 | +S108) & (-S195 | +S301 | +S300 | +S299 | -S298 | +S106) & (+S484 | +S483 | -S482)))) +C157 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-84.188, -42.094, -52.050, 0.000, -41.830, 0.000). Enclosed cells : (23, 26, 27, 30, 50, 65, 97, 108, 126)", region=(+S707 & -S716 & +S709 & -S715 & +S717 & -S711 & ((((+S212 | -S136) & (-S191 | -S5 | +S208 | -S212)) | (-S135 | +S134 | +S211)) & ((+S195 | -S198 | +S201 | +S199 | +S197) & (((-S206 | +S204 | -S197 | -S199) & (-S207 | -S198 | +S199)) | (-S205 | +S196 | +S201 | +S200 | -S195)) & (((((-S201) & (+S200 | +S134 | -S208)) | (+S203 | -S5)) & (((-S201) & (-S191 | +S200 | +S134 | -S208)) | (-S199 | +S202)) & (-S198 | -S201 | +S199)) | (+S197 | -S135)) & (((-S201) & (-S209 | +S626 | -S208 | +S200)) | (-S627 | -S210 | -S203 | -S202 | +S197)) & (+S527 | +S525 | -S524) & (-S523 | +S210 | +S524)) & (+S539 | -S538 | +S220) & (-S63 | +S182 | +S180 | -S179 | +S178 | +S177 | -S8) & (-S65 | +S303 | +S302 | -S7 | +S8 | +S5) & (-S221 | -S139 | -S137 | -S5 | -S136 | +S626 | -S211 | -S627 | -S220) & (+S487 | +S486 | -S485) & (+S374 | +S372 | +S369)))) +C158 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-42.094, 0.000, -52.050, 0.000, -41.830, 0.000). Enclosed cells : (3, 5, 8, 23, 34, 50, 63, 104, 134, 137, 149)", region=(+S716 & -S708 & +S709 & -S715 & +S717 & -S711 & ((((+S360 & +S359 & +S358 & +S357) & (-S150 | +S149 | -S641 | -S640 | -S639 | -S356 | +S351 | +S350)) | (-S64 | -S4)) & ((+S513 | +S510 | +S509) & (-S508 | +S512 | -S509) & (+S511 | +S514 | -S510)) & (((+S3 | -S63 | +S64 | +S65) & (+S303 | +S302 | +S5 | -S65)) | (+S8 | -S7)) & (((((-S88 | +S33 | +S87) & (-S610 | -S93 | -S92 | -S91 | -S90 | -S89 | -S87)) | (+S85 | -S86)) & ((-S35 | +S23 | +S36) & (((-S45 | -S25 | +S36 | -S23) & (-S59 | +S49 | +S27 | +S35 | -S34 | +S23)) | (+S10 | -S11)) & (-S33 | +S32 | -S34 | -S35) & ((+S586) | ((+S585 | +S584 | -S32 | -S33) & ((+S733 & -S595) | +S591 | -S589 | +S33))) & ((+S732 & -S594) | +S590 | -S588 | +S589 | +S33) & (+S703 | (+S731 & -S593) | -S85 | +S587 | +S33) & (-S704 | -S592 | -S587 | +S588 | +S33))) | (+S21 | -S26)) & (+S182 | +S180 | -S179 | +S178 | +S177 | -S8 | -S63) & (-S698 | -S89 | +S90 | -S87) & (-S702 | -S89 | +S91 | -S87) & (-S227 | +S226 | +S225 | +S183 | -S119 | +S63)))) +C159 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-84.188, -42.094, 0.000, 52.050, -83.661, -41.830). Enclosed cells : (1, 17, 21, 22, 25, 27, 28, 29, 30, 31, 32, 46, 49, 55, 82, 122, 125)", region=(+S707 & -S716 & +S715 & -S710 & +S718 & -S717 & (((((+S169) | ((+S171 | +S170 | -S625 | -S624 | -S623 | -S622 | +S68 | -S70) & (+S172 & +S173))) & (+S174 & +S175)) | (+S2 | -S8)) & (((+S425 | +S424 | -S679 | -S678 | -S677 | -S676 | -S142 | +S141) & (+S429 & +S428 & +S427 & +S426)) | (-S303 | -S4)) & (((+S221 & +S223) | (+S539 | -S538)) & (+S541 | +S540 | -S539) & (+S545 | +S544 | -S539)) & (((+S6 | +S3 | +S4) & (-S65 | +S302 | +S303)) | (+S1 | +S5 | -S2)) & (((-S220 | -S221 | -S211 | -S139 | -S137) & (-S222 | -S223 | -S138 | -S193)) | (-S627 | +S626 | -S136 | -S5)) & ((((+S213) | ((+S191 | +S190 | -S218) & (+S218 | -S219))) & ((-S5) | ((-S140 | -S139 | +S138 | +S137 | -S136) & (-S194 | -S192 | +S193 | +S190 | -S191))) & (+S212 | +S211 | -S136) & (-S217 | -S216 | -S215 | -S214 | +S190 | -S213)) | (+S134 | -S135)) & ((+S178) | (((-S179) | ((((-S177 | +S70) & (+S180 | -S63 | +S177)) | (-S176 | +S2)) & (-S182 | +S176 | -S177 | +S70))) & (+S293 | +S292 | +S177 | +S176 | -S182)))))) +C160 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-84.188, -42.094, 0.000, 52.050, -41.830, 0.000). Enclosed cells : (22, 26, 27, 30, 49, 107, 125)", region=(+S707 & -S716 & +S715 & -S710 & +S717 & -S711 & ((((+S212 | -S136) & (-S191 | -S5 | +S208 | -S212)) | (-S135 | +S134 | +S211)) & ((-S196 | -S198 | +S200 | +S199 | +S197) & (((-S206 | +S204 | -S197 | -S199) & (-S207 | -S198 | +S199)) | (-S205 | -S195 | +S201 | +S200 | +S196)) & (((((-S200) & (+S201 | -S135 | -S208)) | (+S203 | -S5)) & (((-S200) & (-S191 | +S201 | -S135 | -S208)) | (-S199 | +S202)) & (-S198 | -S200 | +S199)) | (+S197 | +S134)) & (((-S200) & (-S210 | -S627 | -S208 | +S201)) | (+S626 | -S209 | -S203 | -S202 | +S197)) & (+S526 | +S525 | -S524) & (-S523 | +S209 | +S524)) & (+S539 | -S538 | +S221) & (-S63 | +S180 | -S179 | +S178 | +S177 | -S176 | +S2) & (-S65 | +S303 | +S302 | +S1 | -S2 | +S5) & (-S220 | -S139 | -S137 | -S5 | -S136 | +S626 | -S211 | -S627 | -S221)))) +C161 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-42.094, 0.000, 0.000, 52.050, -41.830, 0.000). Enclosed cells : (3, 4, 8, 22, 33, 49, 62, 149, 150, 151)", region=(+S716 & -S708 & +S715 & -S710 & +S717 & -S711 & ((((+S355 & +S354 & +S353 & +S352) & (-S638 | -S637 | -S636 | -S635 | +S351 | +S350 | -S142 | +S141)) | (-S64 | -S4)) & (((+S3 | -S63 | +S64 | +S65) & (+S303 | +S302 | +S5 | -S65)) | (-S2 | +S1)) & (((((-S88 | +S33 | +S87) & (-S610 | -S91 | -S90 | -S93 | -S92 | -S89 | -S87)) | (+S85 | -S86)) & ((-S35 | +S23 | +S36) & (((-S45 | -S25 | +S36 | -S23) & (-S59 | +S49 | +S27 | +S35 | -S34 | +S23)) | (+S10 | -S11)) & (-S33 | +S32 | -S34 | -S35) & ((+S586) | ((+S585 | +S584 | -S32 | -S33) & ((+S733 & -S595) | +S591 | -S589 | +S33))) & (-S592 | -S704 | -S587 | +S588 | +S33) & ((+S731 & -S593) | +S703 | -S85 | +S587 | +S33) & ((+S732 & -S594) | +S590 | -S588 | +S589 | +S33))) | (+S21 | -S26)) & (+S180 | -S179 | +S178 | +S177 | -S176 | +S2 | -S63) & (-S705 | -S89 | +S92 | -S87) & (-S706 | -S89 | +S93 | -S87) & (-S119 | +S226 | +S225 | +S224 | -S184 | +S63)))) +C162 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 42.094, -52.050, 0.000, -83.661, -41.830). Enclosed cells : (2, 5, 6, 19, 37, 63)", region=(+S708 & -S713 & +S709 & -S715 & +S718 & -S717 & (((((-S66) | ((+S71 & +S72) & (-S609 | -S608 | -S607 | -S606 | -S70 | +S69 | +S68 | +S67))) & (+S73 & +S74)) | (-S8 | +S2)) & (((+S154 & +S153 & +S152 & +S151) & (-S618 | -S617 | -S616 | -S615 | -S144 | -S143 | -S150 | +S149)) | (-S64 | -S4)) & (((+S360 & +S359 & +S358 & +S357) & (-S639 | -S356 | +S350 | +S351 | -S641 | -S640 | -S150 | +S149)) | (-S64 | -S4)) & ((+S3) | (((-S7) | ((+S6 | +S5 | +S8 | +S4) & (+S65 | -S63 | +S64 | +S8))) & (-S241 | -S240 | +S239 | -S238 | +S237)))))) +C163 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 42.094, 0.000, 52.050, -83.661, -41.830). Enclosed cells : (1, 4, 6, 18, 62)", region=(+S708 & -S713 & +S715 & -S710 & +S718 & -S717 & (((((-S66) | ((+S71 & +S72) & (-S609 | -S608 | -S607 | -S606 | -S70 | +S69 | +S68 | +S67))) & (+S73 & +S74)) | (+S2 | -S8)) & (((+S148 & +S147 & +S146 & +S145) & (-S614 | -S613 | -S612 | -S611 | -S144 | -S143 | -S142 | +S141)) | (-S64 | -S4)) & (((+S355 & +S354 & +S353 & +S352) & (-S638 | -S637 | -S636 | -S635 | +S351 | +S350 | -S142 | +S141)) | (-S64 | -S4)) & ((+S1) | ((+S3) | ((+S6 | +S5 | -S2 | +S4) & (+S65 | -S63 | +S64 | -S2))))))) +C164 = openmc.Cell(name="", region=(+S708 & -S713 & +S709 & -S715 & +S719 & -S712)) +C165 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 42.094, 0.000, 52.050, 41.830, 83.661). Enclosed cells : (11, 39, 40, 81)", region=(+S708 & -S713 & +S715 & -S710 & +S719 & -S712 & (((+S256 | +S253 | -S254) & (((+S255) & (-S251 | +S250 | -S630 | -S629 | -S628 | -S257 | -S254 | +S253 | -S256)) | (+S247 | +S252))) & ((-S248) | ((((-S106 | +S246 | +S142) & (+S245 | +S249 | -S142)) | (-S110 | -S247)) & (((-S110 | +S106 | -S247) & (-S423 | -S422 | +S247)) | (+S246 | -S421)))) & (+S109 | +S108 | -S107 | +S105 | -S106 | +S110)))) +C166 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-84.188, -42.094, -52.050, -26.025, -83.661, -41.830). Enclosed cells : (2, 17, 25, 27, 28, 29, 30, 31, 50, 83, 123, 126)", region=(+S707 & -S716 & +S709 & -S720 & +S718 & -S717 & ((((-S432 | -S430 | -S680 | -S681 | -S683 | -S682 | +S425 | +S424 | -S150 | +S149) & (+S431 & +S433)) | (-S4 | -S303)) & (((+S222 & +S220) | (+S539 | -S538)) & (+S542 | +S540 | -S539) & (+S546 | +S544 | -S539)) & (((+S6 | +S3 | +S4) & (-S65 | +S302 | +S303)) | (+S8 | -S7 | +S5)) & ((((+S213) | ((+S191 | +S190 | -S218) & (+S218 | -S219))) & ((-S5) | ((-S140 | -S139 | +S138 | +S137 | -S136) & (-S194 | -S192 | +S193 | +S190 | -S191))) & (+S212 | +S211 | -S136) & (-S217 | -S216 | -S215 | -S214 | +S190 | -S213)) | (+S134 | -S135)) & (((-S221 | -S220 | -S211 | -S139 | -S137) & (-S223 | -S222 | -S138 | -S193)) | (-S627 | +S626 | -S136 | -S5))))) +C167 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-42.094, 0.000, -52.050, -26.025, -83.661, -41.830). Enclosed cells : (2, 5, 50, 63, 83, 87)", region=(+S716 & -S708 & +S709 & -S720 & +S718 & -S717 & ((((+S357 & +S359) & (-S639 | -S360 | -S358 | -S356 | +S351 | +S350 | -S641 | -S640 | -S150 | +S149)) | (-S64 | -S4)) & (((+S431) & (-S433 | -S432 | -S430 | -S680 | -S681 | -S683 | -S682 | +S425 | +S424 | -S150 | +S149)) | (-S4 | -S303)) & (((-S441 | -S440 | +S434 | -S435 | -S691 | -S690 | -S689 | -S688 | -S150 | +S149) & (+S442 & +S443)) | (-S64 | -S4)) & ((((+S3) | ((+S6 | +S4 | +S5) & (-S63 | +S64 | +S65))) & (+S302 | +S303 | -S65 | +S5)) | (-S7 | +S8))))) +C168 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-42.094, 0.000, 26.025, 52.050, -83.661, -41.830). Enclosed cells : (1, 4, 49, 62, 82, 86)", region=(+S716 & -S708 & +S721 & -S710 & +S718 & -S717 & ((((+S352 & +S353) & (-S638 | -S637 | -S636 | -S635 | -S355 | -S354 | +S351 | +S350 | -S142 | +S141)) | (-S64 | -S4)) & (((+S429) & (-S428 | -S427 | -S426 | +S425 | +S424 | -S679 | -S678 | -S677 | -S676 | -S142 | +S141)) | (-S4 | -S303)) & (((+S436 & +S437) & (-S439 | -S438 | -S435 | +S434 | -S685 | -S686 | -S687 | -S684 | +S141 | -S142)) | (-S64 | -S4)) & ((+S1) | ((-S2) | (((+S3) | ((+S6 | +S5 | +S4) & (-S63 | +S64 | +S65))) & (+S302 | -S65 | +S303 | +S5))))))) +C169 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 84.188, -52.050, -26.025, -83.661, -41.830). Enclosed cells : (2, 5, 14, 16, 19)", region=(+S713 & -S714 & +S709 & -S720 & +S718 & -S717 & (((((-S101 | +S100 | +S131 | +S123) & (-S126 | +S125 | +S99 | +S102 | -S123)) | (+S133 | -S130)) & (((+S100 | -S128) & (-S129 | +S102 | +S133)) | (+S132 | +S123 | -S101 | -S131))) & (((((+S100 | -S128) & (+S102 | -S129 | +S133)) | (-S131 | +S132)) & (-S130 | +S131 | +S133 | +S100)) | (-S3 | +S101)) & (((+S153 & +S154) & (-S618 | -S617 | -S616 | -S615 | -S152 | -S151 | -S150 | +S149 | -S144 | -S143)) | (-S64 | -S4)) & ((-S7) | ((+S8) | ((+S6 | +S5 | +S4 | +S3) & (-S63 | +S65 | +S64 | +S3))))))) +C170 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 84.188, -26.025, 0.000, -83.661, -41.830). Enclosed cells : (2, 5, 6, 10, 14, 16, 19, 35, 36, 37, 38, 41, 66)", region=(+S713 & -S714 & +S720 & -S715 & +S718 & -S717 & (((((-S66) | ((+S71 & +S72) & (-S609 | -S608 | -S607 | -S606 | -S70 | +S69 | +S68 | +S67))) & (+S73 & +S74)) | (-S8 | +S2)) & (((+S100 | -S99 | +S98) & (-S104 | +S97 | -S98)) | (+S102 | +S101 | -S3)) & ((((+S102) | ((+S99 | +S100 | -S132) & (+S133 | -S129 | -S131 | +S132))) & (-S128 | +S100 | +S132 | -S131)) | (-S3 | +S101)) & (((-S150 | +S149 | -S144 | -S143 | -S618 | -S617 | -S616 | -S615) & (+S154 & +S153 & +S152 & +S151)) | (-S64 | -S4)) & (+S97 | -S98 | -S3 | -S234 | -S235 | +S236) & ((((+S100 | -S128) & (-S129 | +S102 | +S133)) | (-S131 | +S123 | -S101 | +S132)) & (((-S101 | -S132 | +S100 | +S123) & (-S126 | +S125 | -S130 | +S133 | -S123)) | (+S102 | +S99)) & ((+S3) | ((((+S364 | +S102 | +S380) & (-S378 | +S376 | -S380)) | (-S379 | -S375)) & (-S382 | +S377 | +S380 | -S364 | +S102))) & (-S381 | +S380 | -S364 | +S377 | +S102 | -S379)) & ((-S7) | ((+S6 | +S5 | +S8 | +S4 | +S3) & (+S65 | -S63 | +S64 | +S8 | +S3))) & ((+S229 | -S228) | ((-S234 | -S235 | +S230 | +S3) & (+S233 | -S232 | -S231 | -S230))) & (-S241 | -S240 | +S239 | -S238 | +S237 | +S3) & (-S244 | -S243 | +S242 | +S97 | -S98 | -S236)))) +C171 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 84.188, -52.050, -26.025, -41.830, 0.000). Enclosed cells : (5, 12, 14, 16, 19, 52, 54, 85, 92, 99)", region=(+S713 & -S714 & +S709 & -S720 & +S717 & -S711 & (((+S100) | (((-S130) | ((+S133 | -S101 | +S131 | +S123) & (+S125 | -S124 | +S99 | -S123))) & (+S132 | -S128 | +S123 | -S101 | -S131))) & (((+S132 | -S128 | -S131) & (+S133 | -S130 | +S131)) | (+S101 | +S100 | -S3)) & (((+S153 & +S154) & (-S618 | -S617 | -S616 | -S615 | -S152 | -S151 | -S150 | +S149 | -S144 | -S143)) | (-S64 | -S4)) & (((-S490 | -S489 | +S7 | +S492) & (-S493 | +S182 | -S492)) | (+S491 | -S494 | -S34)) & ((+S305) | ((-S3 | +S99 | -S100 | +S101 | -S130) & (-S306 | +S304 | +S99 | -S100 | -S101 | -S130))) & (+S65 | -S63 | +S8 | +S64 | -S7 | +S3) & (-S473 | -S472 | +S470 | +S469 | +S468 | +S100) & ((-S111) | ((-S115) | (((+S112 | +S116 | +S34 | -S117) & (-S118 | +S113 | +S119 | +S117)) & (+S227 | -S186 | +S116 | -S119))))))) +C172 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 84.188, 0.000, 26.025, -83.661, -41.830). Enclosed cells : (1, 4, 6, 10, 13, 15, 18, 35, 36, 38, 41, 66)", region=(+S713 & -S714 & +S715 & -S721 & +S718 & -S717 & (((((-S66) | ((+S71 & +S72) & (-S609 | -S608 | -S607 | -S606 | -S70 | +S69 | +S68 | +S67))) & (+S73 & +S74)) | (+S2 | -S8)) & (((+S100 | +S96 | -S97) & (-S104 | -S98 | +S97)) | (+S102 | +S101 | -S3)) & ((((+S100) | ((-S96 | +S102 | +S121) & (-S128 | +S122 | -S121))) & (-S127 | -S129 | +S122 | -S121 | +S102)) | (-S3 | +S101)) & (((-S144 | -S143 | -S142 | +S141 | -S614 | -S613 | -S612 | -S611) & (+S148 & +S147 & +S146 & +S145)) | (-S64 | -S4)) & (+S97 | -S98 | -S3 | -S234 | -S235 | +S236) & (((+S102) | (((-S96) | ((+S100 | +S121 | -S101 | +S123) & (-S126 | +S125 | +S120 | -S127 | -S123))) & (-S129 | +S122 | -S101 | +S123 | -S121 | -S127))) & (-S128 | -S101 | +S123 | -S121 | +S122 | +S100) & ((+S3) | ((((-S377 | +S102 | +S380) & (-S378 | -S375 | -S380)) | (-S379 | +S376)) & (-S382 | -S364 | +S380 | +S377 | +S102))) & (-S381 | +S380 | -S364 | +S377 | +S102 | -S379)) & ((+S1) | ((+S6 | +S5 | -S2 | +S4 | +S3) & (+S65 | -S63 | +S64 | -S2 | +S3))) & ((+S229 | -S228) | ((-S234 | -S235 | +S230 | +S3) & (+S233 | -S232 | -S231 | -S230))) & (-S244 | -S243 | +S242 | +S97 | -S98 | -S236)))) +C173 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 84.188, 26.025, 52.050, -83.661, -41.830). Enclosed cells : (1, 4, 13, 15, 18)", region=(+S713 & -S714 & +S721 & -S710 & +S718 & -S717 & ((((((+S100) | ((+S120 | -S127 | -S122) & (-S128 | -S121 | +S122))) & (-S129 | +S102 | -S121 | +S122 | -S127)) | (+S123 | -S101)) & (-S126 | +S125 | -S96 | +S120 | +S102 | -S123 | -S127)) & ((((+S100) | ((-S128 | -S121 | +S122) & (+S120 | -S127 | -S122))) & (+S102 | -S129 | +S122 | -S121 | -S127)) | (-S3 | +S101)) & (((+S147 & +S148) & (-S614 | -S613 | -S612 | -S611 | -S146 | -S145 | -S144 | -S143 | -S142 | +S141)) | (-S64 | -S4)) & ((+S1) | ((-S2) | ((+S6 | +S5 | +S4 | +S3) & (-S63 | +S65 | +S64 | +S3))))))) +C174 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 84.188, 26.025, 52.050, -41.830, 0.000). Enclosed cells : (4, 12, 13, 15, 18, 51, 53, 61, 84, 91, 98)", region=(+S713 & -S714 & +S721 & -S710 & +S717 & -S711 & (((+S100) | ((((-S121 | -S128 | +S122) & (-S127 | +S120 | -S122)) | (+S123 | -S101)) & (+S125 | -S124 | -S96 | +S120 | -S123))) & (((-S121 | -S128 | +S122) & (-S127 | +S120 | -S122)) | (+S101 | +S100 | -S3)) & (((+S147 & +S148) & (-S614 | -S613 | -S612 | -S611 | -S146 | -S145 | -S144 | -S143 | -S142 | +S141)) | (-S64 | -S4)) & (-S96 | -S3 | -S100 | +S305 | +S120 | +S101) & (((-S490 | -S489 | -S1 | +S492) & (-S493 | -S176 | -S492)) | (+S491 | +S488 | -S34)) & (-S306 | +S304 | -S96 | -S100 | -S101 | +S305 | +S120) & (+S65 | -S63 | -S2 | +S64 | +S3 | +S1) & (-S471 | +S470 | +S469 | +S468 | -S467 | +S100) & (+S107 | +S349 | -S96 | -S3 | -S305 | +S120) & ((+S112) | ((-S115) | (((-S111 | +S116 | +S34 | -S117) & (-S118 | -S114 | +S119 | +S117)) & (-S224 | -S186 | +S116 | -S119))))))) +C175 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 42.094, -52.050, -26.025, 0.000, 41.830). Enclosed cells : (3, 57, 59)", region=(+S708 & -S713 & +S709 & -S720 & +S711 & -S719 & ((-S35 | +S23 | +S21 | -S26 | +S36) & ((-S11) | (((+S10) | (((-S58) | ((+S50 | -S40 | -S39 | -S28) & (-S61 | -S53 | -S30 | +S47 | +S28))) & ((((-S45) | ((+S25 | -S40) & (+S46 | +S39) & (+S36 | -S23 | -S25))) & (-S41 | +S22 | -S39 | +S25 | +S40) & (-S48 | -S46 | +S47 | +S39) & (-S49 | +S35 | +S23)) | (+S21 | -S26)))) & ((+S12) | ((+S28 | +S27 | -S39 | -S30) & (((+S28 | -S30) & (-S28 | -S38)) | (-S27 | +S29)) & (+S53 | +S28 | +S39 | -S30) & (-S62 | +S47 | +S46 | +S45 | +S39 | -S28) & (-S602 | -S60 | -S51 | -S37 | +S27 | -S28))) & ((((-S40) | ((-S50 | -S28 | +S51) & (-S603 | +S45 | +S25 | -S37 | -S51))) & (+S31 | +S27 | +S25 | +S37)) | (-S60 | +S14)))) & ((+S60) | ((+S314 | -S308) & (-S318 | +S311 | -S315) & (-S323 | +S315 | -S314))) & ((+S62) | ((+S314 | -S308) & (-S338 | +S311 | -S315) & (-S343 | +S315 | -S314))) & ((-S307) | ((+S308 | +S320) & (+S308 | +S340)))))) +C176 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 42.094, 26.025, 52.050, 0.000, 41.830). Enclosed cells : (3, 11, 58, 60)", region=(+S708 & -S713 & +S721 & -S710 & +S711 & -S719 & (((-S35 | +S23 | +S21 | -S26 | +S36) & ((+S10) | (((-S9) | ((+S28 | +S27 | -S39 | -S30) & (((+S28 | -S30) & (-S28 | -S38)) | (-S27 | +S29)) & (+S53 | +S28 | +S39 | -S30) & (-S62 | +S47 | +S46 | +S45 | +S39 | -S28) & (-S602 | -S60 | -S51 | -S37 | +S27 | -S28))) & ((-S11) | (((-S58) | ((+S50 | -S40 | -S39 | -S28) & (-S61 | -S53 | -S30 | +S47 | +S28))) & ((((-S45) | ((+S25 | -S40) & (+S46 | +S39) & (+S36 | -S23 | -S25))) & (-S41 | +S22 | -S39 | +S25 | +S40) & (-S48 | -S46 | +S47 | +S39) & (-S49 | +S35 | +S23)) | (+S21 | -S26)))) & ((((-S40) | ((-S50 | -S28 | +S51) & (-S603 | +S45 | +S25 | -S37 | -S51))) & (+S31 | +S27 | +S25 | +S37)) | (-S60 | -S13)))) & ((+S60) | ((-S332 | +S324) & (-S318 | -S328 | +S331) & (-S337 | -S331 | +S332))) & ((+S316 & +S325) | (-S324 | +S348)) & ((+S62) | (((+S324) | ((-S316 | -S332) & (+S316 | -S328))) & (-S338 | -S326 | +S331 | -S316) & (-S345 | +S332 | -S331 | -S316))) & (+S334 | +S325 | -S324)) & (+S110 | +S109 | +S108 | -S107 | -S106 | +S105)))) +C177 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-84.188, -63.141, -26.025, 0.000, -83.661, -41.830). Enclosed cells : (2, 17, 25, 27, 28, 29, 30, 31, 50, 65, 97)", region=(+S707 & -S722 & +S720 & -S715 & +S718 & -S717 & (((-S368 | -S367 | -S366 | -S362 | +S361 | +S5) & (+S373 | -S365 | -S5)) & (((+S6 | +S4 | +S3) & (-S65 | +S303 | +S302)) | (+S8 | -S7 | +S5)) & ((((+S213) | ((+S191 | +S190 | -S218) & (+S218 | -S219))) & ((-S5) | ((-S140 | -S139 | +S138 | +S137 | -S136) & (-S194 | -S192 | +S193 | +S190 | -S191))) & (+S212 | +S211 | -S136) & (-S217 | -S216 | -S215 | -S214 | +S190 | -S213)) | (+S134 | -S135)) & (((-S221 | -S220 | -S211 | -S139 | -S137) & (-S223 | -S222 | -S138 | -S193)) | (-S627 | +S626 | -S136 | -S5)) & (+S487 | +S486 | -S485)))) +C178 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-63.141, -42.094, -26.025, 0.000, -83.661, -41.830). Enclosed cells : (2, 21, 23, 25, 32, 46, 50, 56, 65, 83)", region=(+S722 & -S716 & +S720 & -S715 & +S718 & -S717 & (((((+S169) | ((+S172 & +S173) & (-S625 | -S624 | -S623 | -S622 | +S68 | +S171 | +S170 | -S70))) & (+S174 & +S175)) | (-S8 | +S2)) & ((-S369 | +S374 | -S370) & (+S368 | +S374 | +S370) & (-S367 | -S366 | -S362 | +S361 | +S5 | -S368) & (-S371 | +S364 | -S363 | -S642 | -S369 | -S370 | -S374) & (+S372 | +S374 | +S369)) & (((-S683 | -S682 | -S681 | +S425 | +S424 | -S680 | -S150 | +S149) & (+S430 & +S433 & +S432 & +S431)) | (-S4 | -S303)) & ((-S7) | ((+S6 | +S3 | +S8 | +S5 | +S4) & (-S65 | +S302 | +S303 | +S8 | +S5))) & ((+S178) | ((-S8 | +S182 | -S177 | -S179 | +S70) & ((+S176) | ((-S177 | -S179 | -S182 | +S70) & (+S293 | +S292 | +S177 | -S182))) & (-S63 | +S180 | -S8 | +S182 | +S177 | -S179))) & (-S194 | +S193 | -S192 | -S191 | +S190 | -S135 | +S134 | -S5)))) +C179 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-42.094, -21.047, -26.025, 0.000, -83.661, -41.830). Enclosed cells : (2, 5, 21, 23, 32, 50, 56, 83, 87)", region=(+S716 & -S723 & +S720 & -S715 & +S718 & -S717 & (((((+S169) | ((+S172 & +S173) & (-S625 | -S624 | -S623 | -S622 | +S68 | +S171 | +S170 | -S70))) & (+S174 & +S175)) | (-S8 | +S2)) & (((-S683 | -S682 | -S681 | +S425 | +S424 | -S433 | -S432 | -S680 | -S150 | +S149) & (+S431 & +S430)) | (-S4 | -S303)) & (((-S691 | -S690 | -S435 | -S689 | +S434 | -S688 | -S150 | +S149) & (+S443 & +S442 & +S441 & +S440)) | (-S64 | -S4)) & ((-S7) | (((+S3) | ((+S64 | +S8 | +S65 | -S63) & (+S6 | +S8 | +S5 | +S4))) & (+S302 | -S65 | +S303 | +S8 | +S5))) & ((+S178) | ((-S179) | ((-S8 | +S182 | -S177 | +S70) & (+S176 | -S177 | -S182 | +S70) & (+S180 | -S8 | +S182 | +S177 | -S63))))))) +C180 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-42.094, -21.047, 0.000, 26.025, -83.661, -41.830). Enclosed cells : (1, 4, 21, 22, 32, 49, 55, 82, 86)", region=(+S716 & -S723 & +S715 & -S721 & +S718 & -S717 & (((((+S169) | ((+S172 & +S173) & (-S625 | -S624 | -S623 | -S622 | +S68 | +S171 | +S170 | -S70))) & (+S174 & +S175)) | (+S2 | -S8)) & (((-S427 | -S426 | +S425 | +S424 | -S679 | -S678 | -S677 | -S676 | -S142 | +S141) & (+S428 & +S429)) | (-S4 | -S303)) & (((+S439 & +S438 & +S437 & +S436) & (-S686 | -S685 | -S684 | -S435 | +S434 | -S687 | +S141 | -S142)) | (-S64 | -S4)) & ((+S1) | (((+S3) | ((+S64 | -S2 | +S65 | -S63) & (+S6 | -S2 | +S5 | +S4))) & (+S302 | -S65 | -S2 | +S303 | +S5))) & ((+S178) | ((-S179) | ((-S176 | -S177 | +S70 | +S2) & (+S180 | +S177 | -S176 | +S2 | -S63) & (-S182 | +S176 | -S177 | +S70))))))) +C181 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, -52.050, -26.025, -41.830, 0.000). Enclosed cells : (3, 5, 12, 19, 34, 52, 57, 63, 149)", region=(+S708 & -S724 & +S709 & -S720 & +S717 & -S711 & (((-S35 | +S23 | +S21 | -S26 | +S36) & ((-S11) | ((((((-S49) & (-S59 | -S34 | +S27)) | (+S23 | +S35)) & ((-S45) | ((+S25 | -S40) & (+S36 | -S23 | -S25)))) | (+S10 | -S26 | +S21)) & (((+S31 | -S23 | -S25) & (-S603 | -S51 | -S37 | -S60 | -S40 | +S25)) | (+S45 | +S14)))) & (-S33 | +S32 | -S34 | -S35 | +S21 | -S26) & ((+S60) | ((+S314 | -S308) & (-S318 | +S311 | -S315) & (-S323 | +S315 | -S314))) & (+S38 | -S29 | -S18 | +S17 | -S34 | -S27) & (+S320 | -S307 | +S308)) & ((-S4) | (((-S64) | ((-S152 | -S151 | -S144 | -S143 | -S618 | -S617 | -S616 | -S615 | -S150 | +S149) & (+S153 & +S154))) & ((-S64) | ((+S357 & +S359) & (-S641 | -S640 | -S639 | -S360 | -S358 | -S356 | +S351 | +S350 | -S150 | +S149))))) & (+S65 | +S8 | -S7 | +S3 | +S64 | -S63) & (+S586 | +S585 | +S584 | -S32 | -S33 | +S21 | -S26) & ((+S116 | -S111) | (((+S112) | ((-S115 | +S34 | -S117) & (+S118 | +S119 | +S117))) & (-S186 | -S115 | -S119 | +S227))) & (+S226 | +S225 | +S183 | +S63 | -S227 | -S119)))) +C182 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, -52.050, -26.025, -41.830, 0.000). Enclosed cells : (3, 5, 12, 19, 34, 52, 57, 99)", region=(+S724 & -S713 & +S709 & -S720 & +S717 & -S711 & ((((+S153 & +S154) & (-S618 | -S617 | -S616 | -S615 | -S152 | -S151 | -S150 | +S149 | -S144 | -S143)) | (-S64 | -S4)) & (((-S11) | (((+S10) | ((((-S49) & (-S59 | -S34 | +S27)) | (+S35 | -S26 | +S21 | +S23)) & ((-S31) | ((+S27 | -S23 | -S25) & (+S27 | +S25) & (-S58 | +S29 | +S38 | -S27))))) & ((+S12) | ((((-S28 | -S38) & (+S28 | -S30)) | (-S27 | +S29)) & (-S602 | -S60 | -S51 | -S37 | +S27 | -S28))) & ((+S14) | ((+S31 | +S27 | +S25 | +S37 | -S60) & ((+S45) | ((-S23 | +S31 | -S25) & (-S603 | -S40 | -S51 | -S60 | -S37 | +S25))) & (+S38 | +S31 | -S27))))) & ((+S60) | ((+S314 | -S308) & (-S323 | +S315 | -S314) & (-S318 | +S311 | -S315))) & (-S18 | +S17 | -S34 | +S38 | -S27 | -S29) & (+S320 | -S307 | +S308)) & (+S65 | +S8 | +S3 | +S64 | -S7 | -S63) & (+S226 | +S225 | +S183 | +S63 | -S227 | -S119) & ((-S111) | (((((+S119 | +S118 | +S117) & (+S34 | -S115 | -S117)) | (+S116 | +S112)) & (+S113 | +S119 | +S117 | -S115 | -S118)) & (-S186 | +S116 | -S115 | -S119 | +S227))) & (-S494 | +S492 | +S491 | -S490 | -S489 | -S34 | +S7)))) +C183 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(63.141, 84.188, -26.025, 0.000, -41.830, 0.000). Enclosed cells : (10, 14, 16, 19, 35, 36, 37, 38, 41, 54, 92, 95)", region=(+S725 & -S714 & +S720 & -S715 & +S717 & -S711 & ((-S3 | +S102 | +S101 | +S100 | -S99 | +S98) & ((+S100) | (((+S99) | ((+S102 | -S101 | -S132 | +S123) & (+S125 | -S124 | -S130 | -S123))) & (-S131 | -S128 | +S123 | -S101 | +S132))) & (((-S131 | -S128 | +S132) & (+S102 | +S99 | -S132)) | (+S101 | +S100 | -S3)) & (((+S154 & +S153 & +S152 & +S151) & (-S618 | -S617 | -S616 | -S615 | -S150 | +S149 | -S144 | -S143)) | (-S4 | -S64)) & (-S306 | +S305 | +S304 | +S99 | -S100 | -S101 | -S130) & (-S473 | -S472 | +S470 | +S469 | +S468 | +S100) & ((+S97) | ((-S98 | -S3 | -S234 | -S235 | +S236) & (-S243 | +S242 | -S244 | -S98 | -S236))) & ((+S229 | -S228) | ((-S234 | -S235 | +S230 | +S3) & (+S233 | -S232 | -S231 | -S230))) & (-S241 | -S240 | +S239 | -S238 | +S237 | +S3) & (+S481 | +S480 | -S479 | +S477 | +S476 | -S101 | -S99)))) +C184 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, 26.025, 52.050, -41.830, 0.000). Enclosed cells : (3, 4, 12, 18, 33, 51, 58, 62, 149)", region=(+S708 & -S724 & +S721 & -S710 & +S717 & -S711 & (((-S35 | +S23 | +S21 | -S26 | +S36) & ((+S10) | ((((((-S49) & (-S59 | -S34 | +S27)) | (+S23 | +S35)) & ((-S45) | ((+S25 | -S40) & (+S36 | -S23 | -S25)))) | (-S11 | -S26 | +S21)) & (((+S31 | -S23 | -S25) & (-S603 | -S51 | -S37 | -S60 | -S40 | +S25)) | (+S45 | -S13)))) & (-S33 | +S32 | -S34 | -S35 | +S21 | -S26) & ((+S60) | ((-S332 | +S324) & (-S328 | -S318 | +S331) & (-S337 | -S331 | +S332))) & (+S38 | -S29 | +S16 | -S15 | -S34 | -S59 | -S27) & (+S334 | +S325 | -S324)) & ((-S4) | (((-S64) | ((-S146 | -S145 | -S144 | -S143 | -S614 | -S613 | -S612 | -S611 | -S142 | +S141) & (+S147 & +S148))) & ((-S64) | ((+S352 & +S353) & (-S638 | -S637 | -S636 | -S635 | -S355 | -S354 | +S351 | +S350 | -S142 | +S141))))) & (+S65 | +S3 | -S2 | +S1 | +S64 | -S63) & (+S586 | +S585 | +S584 | -S32 | -S33 | +S21 | -S26) & ((+S116 | +S112) | (((-S111) | ((-S115 | +S34 | -S117) & (+S118 | +S119 | +S117))) & (-S186 | -S224 | -S115 | -S119))) & (+S226 | +S225 | -S184 | +S224 | +S63 | -S119)))) +C185 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, 26.025, 52.050, -41.830, 0.000). Enclosed cells : (3, 4, 12, 18, 33, 51, 58, 98)", region=(+S724 & -S713 & +S721 & -S710 & +S717 & -S711 & ((((+S147 & +S148) & (-S614 | -S613 | -S612 | -S611 | -S146 | -S145 | -S144 | -S143 | -S142 | +S141)) | (-S64 | -S4)) & (((+S10) | (((-S9) | ((((-S28 | -S38) & (+S28 | -S30)) | (-S27 | +S29)) & (-S602 | -S60 | -S51 | -S37 | +S27 | -S28))) & ((-S11) | ((((-S49) & (-S59 | -S34 | +S27)) | (+S35 | -S26 | +S21 | +S23)) & ((-S31) | ((+S27 | -S23 | -S25) & (+S27 | +S25) & (-S58 | +S29 | +S38 | -S27))))) & ((-S13) | ((+S31 | +S27 | +S25 | +S37 | -S60) & ((+S45) | ((-S23 | +S31 | -S25) & (-S603 | -S40 | -S51 | -S60 | -S37 | +S25))) & (+S38 | +S31 | -S27))))) & ((+S60) | ((-S332 | +S324) & (-S328 | -S318 | +S331) & (-S337 | -S331 | +S332))) & (+S16 | -S15 | -S34 | -S59 | +S38 | -S27 | -S29) & (+S334 | +S325 | -S324)) & (+S65 | +S3 | -S2 | +S64 | +S1 | -S63) & (+S226 | +S225 | -S184 | +S224 | +S63 | -S119) & (+S492 | +S491 | -S490 | -S489 | +S488 | -S1 | -S34) & ((+S112) | (((((+S119 | +S118 | +S117) & (+S34 | -S115 | -S117)) | (+S116 | -S111)) & (-S114 | +S119 | +S117 | -S115 | -S118)) & (-S186 | -S224 | +S116 | -S115 | -S119)))))) +C186 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(63.141, 84.188, 0.000, 26.025, -41.830, 0.000). Enclosed cells : (10, 13, 15, 18, 35, 36, 38, 41, 53, 61, 91, 94)", region=(+S725 & -S714 & +S715 & -S721 & +S717 & -S711 & ((+S96 | -S3 | +S102 | +S101 | +S100 | -S97) & ((+S100) | (((-S96) | ((+S102 | +S121 | -S101 | +S123) & (+S125 | -S124 | +S120 | -S123))) & (+S122 | -S128 | -S101 | +S123 | -S121))) & (((+S102 | -S96 | +S121) & (+S122 | -S128 | -S121)) | (+S101 | +S100 | -S3)) & (((+S148 & +S147 & +S146 & +S145) & (-S614 | -S613 | -S612 | -S611 | -S144 | -S143 | -S142 | +S141)) | (-S4 | -S64)) & (-S306 | +S304 | -S96 | -S100 | -S101 | +S305 | +S120) & (-S471 | +S470 | +S469 | +S468 | -S467 | +S100) & (+S349 | +S107 | -S96 | -S3 | -S305 | +S120) & (+S478 | +S477 | +S476 | -S475 | -S479 | +S96 | -S101) & ((-S98) | ((+S97 | -S3 | -S234 | -S235 | +S236) & (-S244 | -S243 | +S242 | +S97 | -S236))) & ((-S228) | ((+S229) | ((-S234 | -S235 | +S230 | +S3) & (+S233 | -S232 | -S231 | -S230))))))) +C187 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-21.047, 0.000, -26.025, 0.000, -83.661, -62.746). Enclosed cells : (2, 6, 21, 23, 32, 43, 47, 56, 63, 87)", region=(+S723 & -S708 & +S720 & -S715 & +S718 & -S726 & ((((+S179 | -S181) & (-S63 | +S178 | +S177 | -S179)) | (+S180 | -S8 | +S182)) & (-S8 | +S182 | +S178 | -S177 | -S179 | +S70) & ((((-S66) | ((+S71 & +S72) & (-S609 | -S608 | -S607 | -S606 | +S69 | +S67 | -S70 | +S68))) & ((+S169) | ((+S171 | +S170 | -S625 | -S624 | -S623 | -S622 | -S70 | +S68) & (+S172 & +S173))) & (-S169 | +S267) & (-S169 | +S269) & ((+S66) | ((+S268 & +S270) & (-S634 | -S633 | -S632 | -S631 | -S266 | -S265 | -S70 | +S68 | -S269 | -S267 | -S169))) & (+S175 & +S174 & +S74 & +S73)) | (-S8 | +S2)) & (((((-S641 | -S640 | -S639 | -S356 | +S351 | +S350) & (-S442 | -S441 | -S690 | -S435 | -S691 | +S434 | -S689 | -S688)) | (+S149 | -S150)) & (+S443 & +S440 & +S360 & +S359 & +S358 & +S357)) | (-S4 | -S64)) & ((((-S294) | ((-S179 | +S177 | +S181) & (-S296 | -S295 | -S181))) & (+S178 | +S70 | -S177 | -S179)) | (-S182 | +S176)) & (-S7 | +S6 | +S5 | +S3 | +S8 | +S4)))) +C188 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-21.047, 0.000, -26.025, 0.000, -62.746, -41.830). Enclosed cells : (5, 23, 63, 87)", region=(+S723 & -S708 & +S720 & -S715 & +S726 & -S717 & ((((+S178 | +S177 | -S63 | -S179) & (+S179 | -S181)) | (+S182 | +S180 | -S8)) & (((((-S442 | -S441 | +S434 | -S435 | -S691 | -S690 | -S689 | -S688) & (-S639 | -S356 | +S351 | +S350 | -S641 | -S640)) | (+S149 | -S150)) & (+S360 & +S359 & +S358 & +S357 & +S443 & +S440)) | (-S64 | -S4)) & (+S65 | -S7 | +S3 | +S64 | +S8 | -S63)))) +C189 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-21.047, 0.000, 0.000, 26.025, -83.661, -62.746). Enclosed cells : (1, 6, 21, 22, 32, 43, 47, 55, 62, 86)", region=(+S723 & -S708 & +S715 & -S721 & +S718 & -S726 & ((((+S179 | -S181) & (-S63 | +S178 | +S177 | -S179)) | (+S180 | +S2 | -S176)) & (+S178 | -S176 | -S177 | -S179 | +S70 | +S2) & ((((-S66) | ((+S71 & +S72) & (-S609 | -S608 | -S607 | -S606 | +S69 | +S67 | -S70 | +S68))) & ((+S169) | ((+S171 | +S170 | -S625 | -S624 | -S623 | -S622 | -S70 | +S68) & (+S172 & +S173))) & (-S169 | +S267) & (-S169 | +S269) & ((+S66) | ((+S268 & +S270) & (-S634 | -S633 | -S632 | -S631 | -S266 | -S265 | -S70 | +S68 | -S269 | -S267 | -S169))) & (+S175 & +S174 & +S74 & +S73)) | (+S2 | -S8)) & (((((-S638 | -S637 | -S636 | -S635 | +S351 | +S350) & (-S439 | -S436 | -S435 | +S434 | -S687 | -S686 | -S685 | -S684)) | (+S141 | -S142)) & (+S438 & +S437 & +S355 & +S354 & +S353 & +S352)) | (-S4 | -S64)) & ((((-S294) | ((-S179 | +S177 | +S181) & (-S296 | -S295 | -S181))) & (+S178 | +S70 | -S177 | -S179)) | (+S176 | -S182)) & (+S6 | +S5 | +S3 | +S1 | -S2 | +S4)))) +C190 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(-21.047, 0.000, 0.000, 26.025, -62.746, -41.830). Enclosed cells : (4, 22, 62, 86)", region=(+S723 & -S708 & +S715 & -S721 & +S726 & -S717 & ((((+S178 | +S177 | -S63 | -S179) & (+S179 | -S181)) | (+S180 | -S176 | +S2)) & (((((-S439 | -S436 | -S435 | +S434 | -S687 | -S686 | -S685 | -S684) & (-S638 | -S637 | -S636 | -S635 | +S351 | +S350)) | (+S141 | -S142)) & (+S355 & +S354 & +S353 & +S352 & +S438 & +S437)) | (-S64 | -S4)) & (+S65 | +S3 | +S1 | +S64 | -S2 | -S63)))) +C191 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, -41.830, -20.915). Enclosed cells : (3, 5, 12, 19, 24, 34, 63, 70, 71, 74)", region=(+S708 & -S724 & +S720 & -S715 & +S717 & -S727 & ((((-S33 | +S32 | -S35) & (-S59 | +S49 | +S27 | +S23 | -S11 | +S10 | +S35)) | (-S34 | -S26 | +S21)) & (((((-S641 | -S640 | -S639 | -S356 | +S351 | +S350) & (-S144 | -S143 | -S618 | -S617 | -S616 | -S615)) | (+S149 | -S150)) & (+S154 & +S153 & +S152 & +S151 & +S360 & +S359 & +S358 & +S357)) | (-S64 | -S4)) & ((+S116) | (((((-S115) | ((+S185 | +S113) & (-S185 | -S183))) & (+S189 | +S114 | -S113)) | (-S119 | -S186)) & (+S118 | +S117 | +S112 | -S111 | +S119))) & ((((-S388) | ((+S399 | -S396) & (-S646 | -S395 | -S645 | -S399) & (+S400 | -S397) & (+S398 | -S649 | -S648 | -S647 | -S399 | -S400) & (-S651 | -S650 | -S394 | -S400))) & ((-S389) | ((+S412 | -S396) & (-S664 | -S650 | -S394 | -S411) & (+S411 | -S410) & (-S666 | -S665 | +S406 | -S647 | -S411 | -S412) & (-S667 | -S395 | -S645 | -S412))) & (-S644 | -S394 | -S395 | +S389 | +S388)) | (-S8 | -S390)) & (+S65 | -S7 | +S3 | +S64 | +S8 | -S63) & (-S227 | +S226 | +S225 | +S63 | -S119 | +S183)))) +C192 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, -20.915, 0.000). Enclosed cells : (3, 5, 12, 24, 34, 44, 57, 149)", region=(+S708 & -S724 & +S720 & -S715 & +S727 & -S711 & (((-S35 | +S23 | +S21 | -S26 | +S36) & ((-S11) | ((((((-S49) & (-S59 | -S34 | +S27)) | (+S23 | +S35)) & ((-S45) | ((+S25 | -S40) & (+S36 | -S23 | -S25)))) | (+S10 | -S26 | +S21)) & (((+S31 | -S23 | -S25) & (-S603 | -S51 | -S37 | -S60 | -S40 | +S25)) | (+S45 | +S14)))) & (-S33 | +S32 | -S34 | -S35 | +S21 | -S26) & ((+S321) | ((-S318 | -S310 | +S313) & (-S322 | +S312 | -S313))) & (((-S309 | +S310) & (+S311 | -S315) & (-S316 | -S311 | +S309)) | (-S318 | +S60)) & (+S278 | -S272 | +S273) & (+S279 | +S274 | -S273) & (+S38 | -S29 | -S18 | +S17 | -S34 | -S27)) & (+S65 | +S64 | +S8 | -S7 | +S3 | -S63) & (+S586 | +S585 | +S584 | -S32 | -S33 | +S21 | -S26) & ((+S116) | ((((-S115 | +S34 | -S117) & (+S118 | +S119 | +S117)) | (+S112 | -S111)) & ((((-S115) | ((+S185 | +S113) & (-S185 | -S183))) & (+S189 | +S114 | -S113)) | (-S119 | -S186)))) & (-S227 | +S226 | +S225 | +S63 | -S119 | +S183)))) +C193 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, -41.830, -20.915). Enclosed cells : (3, 5, 12, 19, 24, 34, 37, 68, 70, 71, 74, 76, 78, 110, 111, 112, 116)", region=(+S724 & -S713 & +S720 & -S715 & +S717 & -S727 & ((((-S150 | +S149 | -S144 | -S143 | -S618 | -S617 | -S616 | -S615) & (+S154 & +S153 & +S152 & +S151)) | (-S64 | -S4)) & (((-S395 | -S646 | -S645 | -S399) & (+S399 | -S396) & (+S398 | -S649 | -S648 | -S647 | -S399 | -S400) & (-S650 | -S651 | -S394 | -S400) & (+S400 | -S397)) | (-S390 | -S8 | -S388)) & (((+S412 | -S396) & (-S395 | -S667 | -S645 | -S412) & (-S664 | -S394 | -S650 | -S411) & (-S665 | -S666 | +S406 | -S647 | -S411 | -S412) & (+S411 | -S410)) | (-S390 | -S8 | -S389)) & ((((+S3) | ((-S416 | -S8 | +S409) & (-S674 | -S663 | -S392 | -S409))) & (-S415 | +S408 | -S8) & (-S673 | -S660 | -S393 | -S8 | -S408) & (-S675 | -S662 | +S406 | -S661 | -S8 | -S408 | -S409)) | (-S389 | -S390)) & ((((-S389) | (((-S394 | -S664) & (-S666 | -S665 | +S406) & (+S411 & +S412)) & (-S395 | -S667))) & ((-S388) | (((-S395 | -S646) & (+S398 | -S649 | -S648) & (+S399 & +S400)) & (-S394 | -S651)))) | (+S390 | +S530)) & ((((-S388) | ((+S404) & (-S393 | -S656))) & ((-S389) | (((-S393 | -S660) & (+S408 & +S409) & (+S406 | -S662 | -S661)) & (-S392 | -S663)))) | (+S390 | -S531)) & ((+S116) | (((((-S115) | ((+S185 | +S113) & (-S185 | -S183))) & (+S189 | +S114 | -S113)) | (-S119 | -S186)) & (+S118 | +S117 | +S112 | -S111 | +S119))) & (-S669 | -S390 | -S8 | -S393 | -S392 | +S389 | +S388 | +S3) & (-S59 | +S49 | +S35 | -S34 | +S27 | -S26 | +S23 | +S21 | -S11 | +S10) & (+S65 | -S7 | +S64 | +S8 | +S3 | -S63) & (-S644 | -S390 | -S8 | -S394 | -S395 | +S389 | +S388) & (-S391 | +S390 | +S389 | +S388) & (-S227 | +S226 | +S225 | +S63 | -S119 | +S183) & (-S241 | -S240 | +S239 | -S238 | +S237 | +S3)))) +C194 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, -20.915, 0.000). Enclosed cells : (3, 5, 12, 20, 24, 34, 42, 44, 57, 68, 76, 78, 80, 89, 93, 99, 103, 105, 111, 124, 128, 129, 136, 146, 147)", region=(+S724 & -S713 & +S720 & -S715 & +S727 & -S711 & (((-S111) | ((((+S119 | +S118 | +S117) & (+S34 | -S115 | -S117)) | (+S116 | +S112)) & (+S113 | +S119 | +S117 | -S115 | -S118))) & ((-S119) | ((((-S186 | +S116 | +S189) & (-S188 | +S187 | +S118 | +S185 | -S189)) | (-S113 | +S114)) & (((+S185 | +S113) & (-S185 | -S183)) | (-S115 | -S186 | +S116)))) & ((((+S3) | ((-S663 | -S674 | -S392 | -S409) & (-S416 | -S8 | +S409))) & (-S660 | -S673 | -S393 | -S8 | -S408) & (-S662 | +S406 | -S661 | -S675 | -S8 | -S408 | -S409) & (-S415 | +S408 | -S8)) | (-S389 | -S390)) & ((((+S3) | ((-S674 | -S653 | -S392 | -S403) & (-S419 | -S8 | +S403))) & (-S673 | -S656 | -S393 | -S8 | -S404) & (-S675 | -S659 | -S658 | +S398 | -S8 | -S403 | -S404) & (-S420 | -S8 | +S404)) | (-S388 | -S390)) & ((((-S392 | -S653) & (+S403 & +S404) & (-S659 | -S658 | +S398)) & (-S393 | -S656)) | (-S531 | +S390 | -S388)) & (((+S555 | -S556) & (-S701 | -S577 | -S576 | -S474 | -S555)) | (+S557 | +S573)) & ((+S29 | -S38 | +S37 | -S12 | +S14 | -S27 | -S28) & ((-S11) | (((+S10) | ((((-S49) & (-S59 | -S34 | +S27)) | (+S35 | -S26 | +S21 | +S23)) & ((-S31) | ((+S27 | -S23 | -S25) & (+S27 | +S25) & (-S58 | +S29 | +S38 | -S27))))) & ((+S12) | ((+S29 | -S38 | -S27 | -S28) & (-S30 | +S29 | +S28 | -S27) & (-S602 | -S37 | +S27 | -S60 | -S51 | -S28))) & ((+S14) | ((+S31 | +S38 | -S27) & (+S31 | +S27 | +S25 | +S37 | -S60) & ((+S45) | ((+S31 | -S23 | -S25) & (-S603 | -S40 | -S60 | -S51 | -S37 | +S25))))))) & ((+S321) | ((-S318 | -S310 | +S313) & (-S322 | +S312 | -S313))) & (((-S309 | +S310) & (+S311 | -S315) & (-S316 | -S311 | +S309)) | (-S318 | +S60)) & (+S263 | +S58 | -S262) & (+S264 | -S261 | +S262) & (-S18 | +S17 | -S34 | +S38 | -S27 | -S29) & (-S600 | +S13 | +S29 | -S38 | -S58 | -S28 | -S31) & (-S601 | +S29 | -S38 | -S14 | -S58 | -S28 | -S31) & (+S278 | -S272 | +S273) & (+S279 | +S274 | -S273) & (+S506 | -S34 | -S503) & ((+S507 | -S730) | -S502 | +S503)) & (+S543 | -S34 | -S29) & ((-S552 | +S551) | ((+S556) & ((+S554) | ((+S555 | -S556) & (-S697 | -S118 | +S553 | -S550 | +S549 | -S555))))) & ((+S558) | ((((+S555 | -S556) & (-S697 | -S118 | +S553 | -S550 | +S549 | -S555)) | (-S557 | +S554)) & (+S556 | -S557))) & (+S65 | +S64 | -S7 | +S8 | +S3 | -S63) & (-S391 | +S390 | +S389 | +S388) & (-S669 | -S390 | -S8 | -S393 | -S392 | +S389 | +S388 | +S3) & (+S160 | +S9 | +S29 | +S28 | -S12 | -S58 | -S30) & ((-S446) | ((+S450 | +S474) & (+S449 | +S448 | -S450))) & (-S227 | +S226 | +S225 | +S63 | -S119 | +S183) & ((+S491) | ((((+S519 | -S516) & (+S454 | -S515 | -S34 | -S519)) | (-S518 | +S517)) & (+S492 | -S490 | -S489 | +S182 | -S34 | -S8)))))) +C195 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 63.141, -26.025, 0.000, -41.830, -20.915). Enclosed cells : (5, 10, 14, 16, 19, 24, 35, 36, 37, 38, 41, 76, 78)", region=(+S713 & -S725 & +S720 & -S715 & +S717 & -S727 & ((((+S154 & +S153 & +S152 & +S151) & (-S618 | -S617 | -S616 | -S615 | -S150 | +S149 | -S144 | -S143)) | (-S64 | -S4)) & (((-S185 | -S183) & (+S185 | +S113)) | (-S119 | +S116 | -S115 | -S186)) & (((-S235 | -S234 | -S3 | +S236) & (-S244 | -S243 | +S242 | -S236)) | (-S98 | +S97)) & ((+S100) | ((((-S131 | -S128 | +S132) & (+S102 | +S99 | -S132)) | (-S101 | +S123)) & ((((+S102 | +S99 | -S132) & (-S131 | -S128 | +S132)) & (+S98 | +S102 | -S99)) | (+S101 | -S3)))) & ((-S390) | (((-S389) | (((+S3) | ((-S416 | -S8 | +S409) & (-S674 | -S663 | -S392 | -S409))) & (-S415 | +S408 | -S8) & (-S673 | -S660 | -S393 | -S8 | -S408) & (+S406 | -S675 | -S662 | -S661 | -S8 | -S408 | -S409))) & (-S669 | +S388 | -S8 | -S393 | -S392 | +S389 | +S3))) & (((-S235 | -S234 | +S3 | +S230) & (-S231 | +S233 | -S232 | -S230)) | (+S229 | -S228)) & (+S65 | -S63 | -S7 | +S64 | +S8 | +S3) & (-S241 | -S240 | +S239 | -S238 | +S237 | +S3)))) +C196 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 63.141, -26.025, 0.000, -20.915, 0.000). Enclosed cells : (5, 10, 12, 14, 16, 24, 35, 36, 38, 41, 54, 64, 76, 78, 80, 85, 89, 93, 95, 99, 101, 105, 124, 130, 131, 135, 148)", region=(+S713 & -S725 & +S720 & -S715 & +S727 & -S711 & ((((+S102 | -S99 | +S98) & (-S103 | +S97 | -S98)) | (+S101 | +S100 | -S3)) & (((-S131 | -S128 | +S132) & (+S102 | +S99 | -S132)) | (+S123 | -S101 | +S100)) & (((-S131 | -S128 | +S132) & (+S102 | +S99 | -S132)) | (+S101 | +S100 | -S3)) & (+S97 | -S98 | -S3 | -S234 | -S235 | +S236) & ((+S449) | ((+S446 | -S447) & (+S448 | -S450 | -S446))) & (((+S564) & (+S499 | -S563 | +S562 | +S559 | -S550 | +S549)) | (-S566 | -S567)) & (((((+S571 | -S699) & (-S572 | -S700)) | (-S575 | +S447)) & (+S575 | -S565)) | (+S573 | +S574)) & (((((+S101 | -S3) & (-S306 | +S304 | -S101)) | (+S99 | -S130)) & (+S96 | -S3 | +S101 | -S99)) | (-S100 | +S305)) & (((+S564 & +S565) & (+S499 | -S563 | +S562 | +S559 | -S550 | +S549)) | (-S560 | -S561)) & ((-S115) | (((-S111) | ((+S112 | +S34 | +S116 | -S117) & (-S118 | +S119 | +S113 | +S117))) & (((+S185 | +S113) & (-S185 | -S183)) | (-S186 | -S119 | +S116)))) & ((-S390) | (((-S389) | (((+S3) | ((-S663 | -S674 | -S392 | -S409) & (-S416 | -S8 | +S409))) & (-S660 | -S673 | -S393 | -S8 | -S408) & (-S662 | +S406 | -S661 | -S675 | -S8 | -S408 | -S409) & (-S415 | +S408 | -S8))) & ((-S388) | (((+S3) | ((-S653 | -S674 | -S392 | -S403) & (-S419 | -S8 | +S403))) & (-S656 | -S673 | -S393 | -S8 | -S404) & (-S659 | -S658 | +S398 | -S675 | -S8 | -S403 | -S404) & (-S420 | -S8 | +S404))) & (-S669 | -S8 | -S393 | -S392 | +S389 | +S388 | +S3))) & (((-S235 | -S234 | +S3 | +S230) & (+S233 | -S232 | -S231 | -S230)) | (-S228 | +S229)) & ((+S491) | ((((-S490 | -S489 | -S8 | +S492) & (-S494 | -S493 | -S492)) | (-S34 | +S182)) & (((+S519 | -S516) & (+S454 | -S515 | -S34 | -S519)) | (+S517 | -S518)))) & (+S543 | -S29 | -S34) & (-S63 | +S65 | +S64 | -S7 | +S8 | +S3) & (+S474 | +S450 | -S446) & (+S481 | +S480 | -S479 | +S477 | +S476 | -S101 | -S99) & (-S244 | -S243 | +S242 | +S97 | -S98 | -S236) & (-S501 | -S500 | -S498 | +S497 | -S499 | +S3)))) +C197 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, -41.830, -20.915). Enclosed cells : (3, 4, 12, 18, 24, 33, 62, 69, 72, 73)", region=(+S708 & -S724 & +S715 & -S721 & +S717 & -S727 & ((((-S33 | +S32 | -S35) & (-S59 | +S49 | +S27 | +S23 | -S11 | +S10 | +S35)) | (-S34 | -S26 | +S21)) & (((((-S638 | -S637 | -S636 | -S635 | +S351 | +S350) & (-S144 | -S143 | -S614 | -S613 | -S612 | -S611)) | (+S141 | -S142)) & (+S148 & +S147 & +S146 & +S145 & +S355 & +S354 & +S353 & +S352)) | (-S64 | -S4)) & ((+S116) | (((((-S115) | ((+S187 | -S114) & (-S187 | +S184))) & (+S189 | -S113 | +S114)) | (-S119 | -S186)) & (+S118 | +S117 | +S112 | -S111 | +S119))) & ((((-S388) | ((-S653 | -S652 | -S392 | -S403) & (+S404 | -S654) & (-S656 | -S655 | -S393 | -S404) & (+S403 | -S401) & (-S658 | +S398 | -S659 | -S657 | -S403 | -S404))) & ((-S389) | ((+S409 | -S407) & (+S408 | -S405) & (-S663 | -S652 | -S392 | -S409) & (-S660 | -S655 | -S393 | -S408) & (-S661 | +S406 | -S662 | -S657 | -S408 | -S409))) & (-S643 | -S392 | -S393 | +S389 | +S388)) | (+S2 | -S390)) & (+S65 | +S3 | +S1 | +S64 | -S2 | -S63) & (+S226 | +S225 | +S224 | +S63 | -S119 | -S184)))) +C198 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, -20.915, 0.000). Enclosed cells : (3, 4, 12, 24, 33, 44, 58, 149)", region=(+S708 & -S724 & +S715 & -S721 & +S727 & -S711 & (((-S35 | +S23 | +S21 | -S26 | +S36) & ((+S10) | ((((((-S49) & (-S59 | -S34 | +S27)) | (+S23 | +S35)) & ((-S45) | ((+S25 | -S40) & (+S36 | -S23 | -S25)))) | (-S11 | -S26 | +S21)) & (((+S31 | -S23 | -S25) & (-S603 | -S51 | -S37 | -S60 | -S40 | +S25)) | (+S45 | -S13)))) & (-S33 | +S32 | -S34 | -S35 | +S21 | -S26) & ((+S335) | ((-S318 | +S326 | -S329) & (-S336 | -S330 | +S329))) & (((+S327 | -S326) & (-S316 | -S327 | +S328) & (-S328 | +S331)) | (-S318 | +S60)) & (+S278 | +S13 | -S274) & (+S279 | -S273 | +S274) & (+S38 | -S29 | +S16 | -S15 | -S34 | -S59 | -S27)) & (+S65 | +S64 | +S3 | -S2 | +S1 | -S63) & (+S586 | +S585 | +S584 | -S32 | -S33 | +S21 | -S26) & ((+S116) | ((((-S115 | +S34 | -S117) & (+S118 | +S119 | +S117)) | (+S112 | -S111)) & ((((-S115) | ((+S187 | -S114) & (-S187 | +S184))) & (+S189 | -S113 | +S114)) | (-S119 | -S186)))) & (+S226 | +S225 | +S224 | +S63 | -S119 | -S184)))) +C199 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, -41.830, -20.915). Enclosed cells : (3, 4, 12, 18, 24, 33, 68, 69, 72, 73, 75, 77, 113, 114, 115, 117)", region=(+S724 & -S713 & +S715 & -S721 & +S717 & -S727 & ((((-S144 | -S143 | -S142 | +S141 | -S614 | -S613 | -S612 | -S611) & (+S148 & +S147 & +S146 & +S145)) | (-S64 | -S4)) & (((-S653 | -S652 | -S392 | -S403) & (-S656 | -S655 | -S393 | -S404) & (-S659 | -S658 | -S657 | +S398 | -S403 | -S404) & (+S404 | -S654) & (+S403 | -S401)) | (-S390 | -S388 | +S2)) & (((-S652 | -S663 | -S392 | -S409) & (-S660 | -S655 | -S393 | -S408) & (-S662 | +S406 | -S661 | -S657 | -S408 | -S409) & (+S409 | -S407) & (+S408 | -S405)) | (-S390 | -S389 | +S2)) & ((((+S2) | ((-S413 | +S3 | +S412) & (+S411 | -S414) & (-S672 | -S666 | -S665 | +S406 | -S411 | -S412) & (-S671 | -S664 | -S394 | -S411))) & (-S670 | -S667 | -S395 | -S412 | +S3)) | (-S389 | -S390)) & ((((-S388) | ((((+S403 & +S404) & (-S659 | -S658 | +S398)) & (-S393 | -S656)) & (-S392 | -S653))) & ((-S389) | ((((+S406 | -S662 | -S661) & (+S408 & +S409)) & (-S392 | -S663)) & (-S393 | -S660)))) | (+S390 | -S532)) & ((((-S388) | ((+S400) & (-S394 | -S651))) & ((-S389) | ((((-S666 | -S665 | +S406) & (+S411 & +S412)) & (-S395 | -S667)) & (-S394 | -S664)))) | (+S390 | -S533)) & ((+S116) | (((((-S115) | ((+S187 | -S114) & (-S187 | +S184))) & (+S189 | -S113 | +S114)) | (-S119 | -S186)) & (+S118 | +S117 | +S112 | -S111 | +S119))) & (-S668 | -S390 | -S394 | -S395 | +S389 | +S388 | +S3 | +S2) & (-S59 | +S49 | +S35 | -S34 | +S27 | -S26 | +S23 | +S21 | -S11 | +S10) & (+S65 | +S1 | +S64 | -S2 | +S3 | -S63) & (-S643 | -S390 | -S392 | -S393 | +S389 | +S388 | +S2) & (-S391 | +S390 | +S389 | +S388) & (+S226 | +S225 | +S224 | +S63 | -S119 | -S184)))) +C200 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, -20.915, 0.000). Enclosed cells : (3, 4, 12, 20, 24, 33, 44, 58, 68, 75, 77, 79, 89, 90, 93, 98, 102, 105, 106, 114, 128, 129, 136, 146, 147)", region=(+S724 & -S713 & +S715 & -S721 & +S727 & -S711 & (((+S112) | ((((+S119 | +S118 | +S117) & (+S34 | -S115 | -S117)) | (+S116 | -S111)) & (-S114 | +S119 | +S117 | -S115 | -S118))) & ((-S119) | ((((-S186 | +S116 | +S189) & (-S188 | +S185 | +S118 | +S187 | -S189)) | (+S114 | -S113)) & (((+S187 | -S114) & (-S187 | +S184)) | (-S115 | -S186 | +S116)))) & ((((+S2) | ((-S664 | -S671 | -S394 | -S411) & (+S406 | -S666 | -S665 | -S672 | -S411 | -S412) & (-S413 | +S3 | +S412) & (+S411 | -S414))) & (-S667 | -S670 | -S395 | -S412 | +S3)) | (-S389 | -S390)) & ((((+S2) | ((-S671 | -S651 | -S394 | -S400) & (-S672 | +S398 | -S649 | -S648 | -S399 | -S400) & (-S417 | +S3 | +S399) & (+S400 | -S418))) & (-S670 | -S395 | -S646 | -S399 | +S3)) | (-S388 | -S390)) & ((((-S646 | -S395) & (+S398 | -S649 | -S648) & (+S399 & +S400)) & (-S394 | -S651)) | (-S533 | +S390 | -S388)) & (((+S555 | -S556) & (-S701 | -S577 | -S576 | -S474 | -S555)) | (+S557 | +S573)) & ((+S29 | +S37 | -S38 | -S13 | +S9 | -S27 | -S28) & ((+S10) | (((-S11) | ((((-S49) & (-S59 | -S34 | +S27)) | (+S35 | -S26 | +S21 | +S23)) & ((-S31) | ((+S27 | -S23 | -S25) & (+S27 | +S25) & (-S58 | +S29 | +S38 | -S27))))) & ((-S9) | ((+S29 | -S38 | -S27 | -S28) & (-S30 | +S29 | +S28 | -S27) & (-S602 | +S27 | -S37 | -S60 | -S51 | -S28))) & ((-S13) | ((+S31 | +S38 | -S27) & (+S31 | +S27 | +S25 | +S37 | -S60) & ((+S45) | ((+S31 | -S23 | -S25) & (-S603 | -S40 | -S60 | -S51 | -S37 | +S25))))))) & ((+S335) | ((-S318 | +S326 | -S329) & (-S336 | -S330 | +S329))) & (((+S327 | -S326) & (-S316 | -S327 | +S328) & (-S328 | +S331)) | (-S318 | +S60)) & (+S451 | -S455 | -S464 | +S463 | -S452) & (+S451 | -S464 | +S463 | +S455 | -S452) & (((+S465 | -S464) & (-S458 | +S694 | -S455 | -S465) & (+S461 | -S460 | -S457 | -S34 | -S465 | +S455)) | (-S451 | +S453)) & (((+S466 | -S464) & (+S459 | +S695 | -S455 | -S466) & (+S462 | +S696 | -S457 | -S34 | -S466 | +S455)) | (+S452 | -S454)) & (+S16 | -S15 | -S34 | -S59 | +S38 | -S27 | -S29) & (-S600 | +S29 | -S38 | +S13 | -S58 | -S28 | -S31) & (-S692 | +S30 | +S451 | -S455 | -S463 | -S452) & (+S278 | +S13 | -S274) & (+S279 | -S273 | +S274) & (-S456 | -S693 | -S34 | +S451 | -S457 | -S463 | +S455 | -S452) & (+S504 | -S34 | -S503) & ((+S505 | -S730) | -S502 | +S503)) & ((-S552 | +S551) | ((+S556) & ((+S554) | ((+S555 | -S556) & (-S697 | -S118 | +S553 | -S550 | +S549 | -S555))))) & ((+S558) | ((((+S555 | -S556) & (-S697 | -S118 | +S553 | -S550 | +S549 | -S555)) | (-S557 | +S554)) & (+S556 | -S557))) & (+S65 | +S64 | +S1 | -S2 | +S3 | -S63) & (-S668 | -S390 | -S394 | -S395 | +S389 | +S388 | +S3 | +S2) & (+S160 | -S12 | +S29 | +S28 | +S9 | -S58 | -S30) & (+S226 | +S225 | +S224 | +S63 | -S119 | -S184) & (-S391 | +S390 | +S389 | +S388) & ((-S446) | ((+S450 | +S474) & (+S449 | +S448 | -S450))) & ((+S491) | (((-S518 | +S517) | ((-S515 | +S454 | -S34 | -S519) & (+S519 | -S516) & (+S520 | -S453 | -S34 | -S522) & (+S522 | +S521))) & (+S492 | -S490 | -S489 | -S176 | -S34 | +S2)))))) +C201 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 63.141, 0.000, 26.025, -41.830, -20.915). Enclosed cells : (4, 10, 13, 15, 18, 24, 35, 36, 38, 41, 75, 77)", region=(+S713 & -S725 & +S715 & -S721 & +S717 & -S727 & ((((+S148 & +S147 & +S146 & +S145) & (-S614 | -S613 | -S612 | -S611 | -S144 | -S143 | -S142 | +S141)) | (-S64 | -S4)) & (((-S187 | +S184) & (+S187 | -S114)) | (-S119 | +S116 | -S115 | -S186)) & ((-S390) | (((-S389) | (((+S2) | ((-S413 | +S3 | +S412) & (-S672 | -S666 | -S665 | +S406 | -S411 | -S412) & (+S411 | -S414) & (-S671 | -S664 | -S394 | -S411))) & (-S670 | -S667 | -S395 | -S412 | +S3))) & (-S668 | +S388 | -S394 | -S395 | +S389 | +S3 | +S2))) & (((-S235 | -S234 | -S3 | +S236) & (-S244 | -S243 | +S242 | -S236)) | (+S97 | -S98)) & ((+S100) | ((((+S102 | -S96 | +S121) & (+S122 | -S128 | -S121)) | (-S101 | +S123)) & ((((+S102 | -S96 | +S121) & (+S122 | -S128 | -S121)) & (-S97 | +S96 | +S102)) | (+S101 | -S3)))) & (((-S235 | -S234 | +S3 | +S230) & (-S232 | -S231 | +S233 | -S230)) | (-S228 | +S229)) & (+S65 | -S63 | +S1 | +S64 | -S2 | +S3)))) +C202 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(42.094, 63.141, 0.000, 26.025, -20.915, 0.000). Enclosed cells : (4, 10, 12, 13, 15, 24, 35, 36, 38, 41, 53, 61, 64, 75, 77, 79, 84, 89, 90, 93, 94, 98, 101, 105, 106, 130, 131, 135, 148)", region=(+S713 & -S725 & +S715 & -S721 & +S727 & -S711 & ((((+S102 | +S96 | -S97) & (-S103 | -S98 | +S97)) | (+S101 | +S100 | -S3)) & (((+S102 | -S96 | +S121) & (+S122 | -S128 | -S121)) | (+S123 | -S101 | +S100)) & (((+S102 | -S96 | +S121) & (+S122 | -S128 | -S121)) | (+S101 | +S100 | -S3)) & (+S97 | -S98 | -S3 | -S234 | -S235 | +S236) & ((+S449) | ((+S446 | -S447) & (+S448 | -S450 | -S446))) & ((+S451 | -S455 | -S464 | +S463 | -S452) & (+S451 | -S464 | +S463 | +S455 | -S452) & (((+S465 | -S464) & (+S461 | -S460 | -S457 | +S455 | -S34 | -S465)) | (-S451 | +S453)) & (((+S466 | -S464) & (+S462 | +S696 | -S457 | +S455 | -S34 | -S466)) | (+S452 | -S454)) & (-S456 | -S693 | -S34 | +S451 | -S457 | -S463 | +S455 | -S452)) & (((+S564) & (+S499 | -S563 | +S562 | +S559 | -S550 | +S549)) | (-S566 | -S567)) & (((+S575 | -S565) & (-S699 | +S571 | +S447 | -S575)) | (+S573 | +S574)) & (((+S564 & +S565) & (+S499 | -S563 | +S562 | +S559 | -S550 | +S549)) | (-S560 | -S561)) & ((-S115) | (((+S112) | ((-S111 | +S34 | +S116 | -S117) & (-S118 | +S119 | -S114 | +S117))) & (((+S187 | -S114) & (-S187 | +S184)) | (-S186 | -S119 | +S116)))) & ((((-S3) | ((+S101 | -S100 | +S305) & (+S107 | +S349 | -S305))) & (-S306 | +S304 | -S100 | -S101 | +S305)) | (-S96 | +S120)) & ((-S390) | (((-S389) | (((+S2) | ((-S664 | -S671 | -S394 | -S411) & (-S666 | -S665 | +S406 | -S672 | -S411 | -S412) & (-S413 | +S3 | +S412) & (+S411 | -S414))) & (-S667 | -S670 | -S395 | -S412 | +S3))) & ((-S388) | (((+S2) | ((-S651 | -S671 | -S394 | -S400) & (+S398 | -S649 | -S648 | -S672 | -S399 | -S400) & (-S417 | +S3 | +S399) & (+S400 | -S418))) & (-S646 | -S670 | -S395 | -S399 | +S3))) & (-S668 | -S394 | -S395 | +S389 | +S388 | +S3 | +S2))) & (((-S235 | -S234 | +S3 | +S230) & (+S233 | -S232 | -S231 | -S230)) | (-S228 | +S229)) & ((+S491) | ((((-S490 | -S489 | +S2 | +S492) & (-S493 | +S488 | -S492)) | (-S34 | -S176)) & ((((-S34) | ((-S515 | +S454 | -S519) & (+S520 | -S453 | -S522))) & (+S519 | -S516) & (+S522 | +S521)) | (+S517 | -S518)))) & (+S65 | +S64 | -S63 | +S1 | -S2 | +S3) & (-S99 | +S96 | -S3 | -S100 | +S305 | +S101) & (+S474 | +S450 | -S446) & (-S479 | +S478 | +S477 | +S476 | -S475 | +S96 | -S101) & (-S244 | -S243 | +S242 | +S97 | -S98 | -S236) & (-S501 | -S500 | -S498 | +S497 | -S499 | +S3)))) +C203 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, 0.000, 20.915). Enclosed cells : (3, 42, 44, 45, 57)", region=(+S708 & -S724 & +S720 & -S715 & +S711 & -S728 & (((-S35 | +S23 | +S21 | -S26 | +S36) & ((-S11) | (((+S10) | (((((-S45) | ((+S25 | -S40) & (+S39 | +S46) & (+S36 | -S23 | -S25))) & (-S41 | +S22 | -S39 | +S25 | +S40) & (-S49 | +S35 | +S23)) | (+S21 | -S26)) & (-S58 | +S50 | -S28 | -S39 | -S40))) & (((-S50 | -S28 | +S51) & (-S37 | -S603 | +S25 | +S45 | -S51)) | (+S14 | -S60 | -S40)) & ((+S12) | ((+S47 | -S62 | +S46 | +S45 | +S39 | -S28) & (+S53 | -S30 | +S28 | +S39))))) & (((+S55) & (+S54 | -S61)) | (-S604 | +S20 | -S28 | -S58 | -S19 | +S39)) & ((+S321) | ((-S318 | -S310 | +S313) & (-S322 | +S312 | -S313))) & (((-S309 | +S310) & (+S311 | -S315) & (-S316 | -S311 | +S309)) | (-S318 | +S60)) & (+S278 | -S272 | +S273) & (+S279 | +S274 | -S273) & (-S57 | -S12 | +S19 | +S46 | +S45 | -S56 | -S603 | +S39 | -S62) & (-S605 | +S56 | -S12 | +S19 | +S39 | -S58 | -S28 | -S62)) & (+S264 | +S260 | -S259) & (+S289 | -S285 | +S284)))) +C204 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, 20.915, 41.830). Enclosed cells : (3, 20, 42, 45, 59, 132)", region=(+S708 & -S724 & +S720 & -S715 & +S728 & -S719 & ((((-S11) | (((+S10) | ((((-S45 | +S46 | +S39) & (-S41 | +S40 | +S25 | +S22 | -S39) & (-S48 | +S47 | -S46 | +S39)) | (+S21 | -S26)) & (-S61 | -S58 | -S53 | -S30 | +S28 | +S47))) & ((+S12) | ((+S28 | +S53 | +S39 | -S30) & (-S62 | +S47 | +S46 | +S45 | +S39 | -S28))))) & (((+S39 | +S56) & (+S57 | +S47 | +S46)) | (-S605 | -S62 | -S28 | -S58 | +S19 | -S12)) & (+S58 | -S258 | +S259) & ((-S338) | (((+S62) | ((-S309 | +S310) & (-S316 | -S311 | +S309) & (+S311 | -S315))) & (+S313 | +S341 | -S310))) & (+S264 | +S260 | -S259) & (+S288 | -S286 | +S285) & (+S284 | +S289 | -S285) & (-S287 | +S291 | +S286) & (+S339 | +S317 | +S316) & (-S342 | +S312 | +S341 | -S313) & (-S603 | -S12 | +S19 | +S46 | +S45 | -S56 | -S57 | +S39 | -S62) & (-S604 | +S52 | +S20 | +S47 | +S46 | -S19 | -S58 | -S28 | -S61)) & (-S156 | +S9 | +S28 | +S53 | -S12 | -S58 | -S61 | -S30) & (+S569 | -S568 | +S258)))) +C205 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, 0.000, 20.915). Enclosed cells : (3, 20, 42, 44, 45, 57)", region=(+S724 & -S713 & +S720 & -S715 & +S711 & -S728 & (((((-S12) | ((((+S158 | -S159) & (+S160 | +S29) & (+S157 | -S61 | -S158)) | (-S58 | +S9)) & (-S167 | +S155 | -S160 | +S159))) & (-S166 | -S165 | -S620 | +S619 | -S160 | +S159 | -S58)) | (+S28 | -S30)) & ((+S29 | -S38 | +S37 | -S12 | +S14 | -S27 | -S28) & ((-S11) | ((-S40 | +S51 | -S60 | -S50 | +S14 | -S28) & ((+S10) | ((((-S41 | +S22 | +S25 | +S40 | -S39) & (-S49 | +S35 | +S23)) | (+S21 | -S26)) & (-S58 | -S28 | +S50 | -S39 | -S40))) & (((+S27 | -S39) & (-S27 | +S29) & (+S39 | +S53)) | (-S30 | +S28 | +S12)) & ((+S45) | ((+S47 | +S46 | -S62 | -S28 | +S12 | +S39) & (-S603 | +S25 | -S51 | -S60 | +S14 | -S40 | -S37))) & (-S38 | +S29 | +S12 | -S27 | -S28) & (+S31 | +S27 | +S25 | +S14 | +S37 | -S60) & (-S602 | -S37 | +S27 | -S60 | -S51 | +S12 | -S28))) & (((+S55) & (-S61 | +S54)) | (-S604 | +S20 | -S28 | -S58 | -S19 | +S39)) & ((+S264) | ((+S260 | -S259) & (-S261 | +S262))) & (+S58 | +S261 | -S260) & ((+S321) | ((-S318 | -S310 | +S313) & (-S322 | +S312 | -S313))) & (((-S309 | +S310) & (-S316 | -S311 | +S309) & (+S311 | -S315)) | (-S318 | +S60)) & (+S278 | -S272 | +S273) & (+S319 | +S317 | +S316) & (-S605 | +S56 | -S12 | +S19 | +S39 | -S58 | -S28 | -S62) & (+S277 | -S271 | +S272) & (+S279 | +S274 | -S273)) & (+S289 | +S284 | -S285)))) +C206 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, 20.915, 41.830). Enclosed cells : (3, 20, 42, 45, 59)", region=(+S724 & -S713 & +S720 & -S715 & +S728 & -S719 & (((((-S12) | ((((-S156 | +S53) & (+S157 | -S158)) | (+S9 | -S58 | -S61)) & (-S163 | +S155 | +S156 | -S157))) & (-S620 | +S619 | -S162 | -S161 | +S156 | -S157 | -S58 | -S61)) | (+S28 | -S30)) & (((-S11) | (((+S10) | ((-S61 | -S58 | -S30 | +S28 | -S53 | +S47) & (-S41 | +S40 | -S26 | +S25 | +S22 | +S21 | -S39))) & ((+S12) | ((+S28 | +S53 | +S39 | -S30) & (+S45 | -S62 | +S46 | +S47 | +S39 | -S28))))) & (((+S39 | +S56) & (+S57 | +S47 | +S46)) | (-S605 | +S19 | -S62 | -S28 | -S58 | -S12)) & ((-S338) | (((+S62) | ((-S309 | +S310) & (-S316 | -S311 | +S309) & (+S311 | -S315))) & (+S313 | +S341 | -S310))) & (-S258 | +S58 | +S259) & (+S264 | +S260 | -S259) & (+S339 | +S317 | +S316) & (-S342 | +S312 | +S341 | -S313)) & (-S285 | +S284 | +S289)))) +C207 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, 0.000, 20.915). Enclosed cells : (3, 44, 45, 58, 88)", region=(+S708 & -S724 & +S715 & -S721 & +S711 & -S728 & (((+S289) | ((+S282 | -S283) & (+S284 | -S285))) & ((-S35 | +S23 | +S21 | -S26 | +S36) & (+S56 | -S20 | +S9 | +S39 | -S28 | -S62) & ((+S10) | (((-S11) | (((((-S45) | ((+S25 | -S40) & (+S39 | +S46) & (+S36 | -S23 | -S25))) & (-S41 | +S22 | -S39 | +S25 | +S40) & (-S49 | +S35 | +S23)) | (+S21 | -S26)) & (-S58 | +S50 | -S28 | -S39 | -S40))) & (((-S28 | -S50 | +S51) & (-S37 | -S603 | +S25 | +S45 | -S51)) | (-S60 | -S13 | -S40)) & ((-S9) | ((+S47 | -S62 | +S46 | +S45 | +S39 | -S28) & (+S53 | -S30 | +S28 | +S39))))) & (((+S55) & (+S54 | -S61)) | (-S604 | -S19 | -S28 | -S58 | +S20 | +S39)) & ((+S335) | ((-S318 | +S326 | -S329) & (-S336 | -S330 | +S329))) & (((+S327 | -S326) & (-S316 | -S327 | +S328) & (-S328 | +S331)) | (-S318 | +S60)) & (+S279 | -S273 | +S274) & (+S278 | +S13 | -S274) & (-S57 | +S46 | +S45 | -S20 | +S9 | -S56 | -S603 | +S39 | -S62)) & (+S445 | +S444 | -S259)))) +C208 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, 20.915, 41.830). Enclosed cells : (3, 20, 45, 60, 88, 133)", region=(+S708 & -S724 & +S715 & -S721 & +S728 & -S719 & (((+S56 | -S20 | +S9 | +S39 | -S28 | -S62) & (+S57 | +S47 | +S46 | -S20 | +S9 | -S28 | -S62) & ((+S10) | (((-S11) | ((((-S45 | +S46 | +S39) & (-S41 | +S40 | +S25 | +S22 | -S39) & (-S48 | +S47 | -S46 | +S39)) | (+S21 | -S26)) & (-S61 | -S58 | -S53 | -S30 | +S28 | +S47))) & ((-S9) | ((+S28 | +S53 | +S39 | -S30) & (-S62 | +S47 | +S46 | +S45 | +S39 | -S28))))) & ((+S289) | ((+S282 | -S283) & (+S284 | -S285))) & (+S326 | +S316 | +S346) & (((+S346 | -S329 | +S326) & (+S331 | +S62 | -S326)) | (-S316 | -S338)) & (+S61 | -S258 | +S259) & (+S290 | +S283 | -S284) & (+S288 | +S281 | -S282) & (+S445 | +S444 | -S259) & (+S327 | +S62 | +S316 | -S326) & (-S328 | +S324 | +S62 | +S316) & (+S344 | +S317 | +S316) & (-S603 | +S46 | +S45 | -S20 | +S9 | -S56 | -S57 | +S39 | -S62) & (-S604 | +S52 | -S19 | +S20 | +S47 | +S46 | -S58 | -S28 | -S61) & (-S347 | -S330 | +S346 | +S329)) & (-S156 | -S12 | +S28 | +S53 | +S9 | -S58 | -S61 | -S30) & (+S570 | -S568 | +S258)))) +C209 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, 0.000, 20.915). Enclosed cells : (3, 11, 20, 44, 45, 58, 88, 90)", region=(+S724 & -S713 & +S715 & -S721 & +S711 & -S728 & (((((+S9) | ((((+S158 | -S159) & (+S160 | +S29) & (+S157 | -S61 | -S158)) | (-S58 | -S12)) & (-S168 | -S621 | -S160 | +S159))) & (-S166 | -S165 | -S620 | +S619 | -S160 | +S159 | -S58)) | (+S28 | -S30)) & ((+S289) | ((+S282 | -S283) & (-S285 | +S284))) & ((+S29 | +S37 | -S38 | -S13 | +S9 | -S27 | -S28) & ((+S10) | ((-S40 | +S51 | -S13 | -S60 | -S50 | -S28) & ((-S11) | ((((-S41 | +S22 | +S25 | +S40 | -S39) & (-S49 | +S35 | +S23)) | (+S21 | -S26)) & (-S58 | -S28 | +S50 | -S39 | -S40))) & (((+S27 | -S39) & (-S27 | +S29) & (+S39 | +S53)) | (-S30 | +S28 | -S9)) & ((+S45) | ((+S47 | +S46 | -S62 | -S28 | -S9 | +S39) & (-S603 | +S25 | -S51 | -S60 | -S13 | -S40 | -S37))) & (-S38 | +S29 | -S9 | -S27 | -S28) & (+S31 | +S27 | +S25 | -S13 | +S37 | -S60) & (-S602 | +S27 | -S37 | -S9 | -S60 | -S51 | -S28))) & (((+S55) & (-S61 | +S54)) | (-S604 | -S19 | -S28 | -S58 | +S20 | +S39)) & ((+S335) | ((-S318 | +S326 | -S329) & (-S336 | -S330 | +S329))) & (((+S327 | -S326) & (-S316 | -S327 | +S328) & (-S328 | +S331)) | (-S318 | +S60)) & (-S158 | +S61 | -S444) & (+S451 | -S455 | -S464 | +S463 | -S452) & (+S451 | -S464 | +S463 | +S455 | -S452) & (((+S465 | -S464) & (+S461 | -S460 | -S457 | +S455 | -S34 | -S465)) | (-S451 | +S453)) & (((+S466 | -S464) & (+S462 | +S696 | -S457 | +S455 | -S34 | -S466)) | (+S452 | -S454)) & (+S56 | -S20 | +S9 | +S39 | -S28 | -S62) & (+S333 | +S317 | +S316) & (+S277 | -S13 | +S275) & (+S278 | +S13 | -S274) & (+S279 | -S273 | +S274) & (+S280 | +S276 | -S275) & (+S445 | -S259 | +S444) & (-S456 | -S693 | -S34 | +S451 | -S457 | -S463 | +S455 | -S452)) & (+S110 | +S109 | +S108 | -S107 | -S106 | +S105)))) +C210 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, 20.915, 41.830). Enclosed cells : (3, 11, 20, 45, 60, 88)", region=(+S724 & -S713 & +S715 & -S721 & +S728 & -S719 & (((((+S9) | ((((+S157 | -S158) & (-S156 | +S53)) | (-S12 | -S58 | -S61)) & (-S164 | -S621 | +S156 | -S157))) & (-S162 | -S161 | -S620 | +S619 | +S156 | -S157 | -S58 | -S61)) | (+S28 | -S30)) & (((+S10) | (((-S11) | ((-S61 | -S58 | -S30 | +S28 | -S53 | +S47) & (-S41 | +S40 | -S26 | +S25 | +S22 | +S21 | -S39))) & ((-S9) | ((+S28 | +S53 | +S39 | -S30) & (+S45 | -S62 | +S46 | +S47 | +S39 | -S28))))) & (((+S39 | +S56) & (+S57 | +S47 | +S46)) | (-S20 | -S62 | -S28 | +S9)) & ((+S289) | ((-S283 | +S282) & (+S284 | -S285))) & (+S326 | +S316 | +S346) & (((+S346 | -S329 | +S326) & (+S331 | +S62 | -S326)) | (-S316 | -S338)) & ((+S61) | ((-S444 | -S158) & (+S259 | -S258))) & (+S290 | +S283 | -S284) & (+S327 | +S62 | +S316 | -S326) & (-S328 | +S324 | +S62 | +S316) & (+S344 | +S317 | +S316) & (-S347 | -S330 | +S346 | +S329) & (+S445 | -S259 | +S444)) & (+S110 | +S109 | +S108 | -S107 | -S106 | +S105)))) +C211 = openmc.Cell(name="", region=(-S729 & (-S707 | +S714 | -S709 | +S710 | -S718 | +S712))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, C16, C17, C18, C19, C20, C21, C22, C23, C24, C25, C26, C27, C28, C29, C30, C31, C32, C33, C34, C35, C36, C37, C38, C39, C40, C41, C42, C43, C44, C45, C46, C47, C48, C49, C50, C51, C52, C53, C54, C55, C56, C57, C58, C59, C60, C61, C62, C63, C64, C65, C66, C67, C68, C69, C70, C71, C72, C73, C74, C75, C76, C77, C78, C79, C80, C81, C82, C83, C84, C85, C86, C87, C88, C89, C90, C91, C92, C93, C94, C95, C96, C97, C98, C99, C100, C101, C102, C103, C104, C105, C106, C107, C108, C109, C110, C111, C112, C113, C114, C115, C116, C117, C118, C119, C120, C121, C122, C123, C124, C125, C126, C127, C128, C129, C130, C131, C132, C133, C134, C135, C136, C137, C138, C139, C140, C141, C142, C143, C144, C145, C146, C147, C148, C149, C150, C151, C152, C153, C154, C155, C156, C157, C158, C159, C160, C161, C162, C163, C164, C165, C166, C167, C168, C169, C170, C171, C172, C173, C174, C175, C176, C177, C178, C179, C180, C181, C182, C183, C184, C185, C186, C187, C188, C189, C190, C191, C192, C193, C194, C195, C196, C197, C198, C199, C200, C201, C202, C203, C204, C205, C206, C207, C208, C209, C210, C211]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/large/SCDR/SCDR.serp b/tests/regression_test_files/large/SCDR/SCDR.serp new file mode 100644 index 00000000..d53700d0 --- /dev/null +++ b/tests/regression_test_files/large/SCDR/SCDR.serp @@ -0,0 +1,1749 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/large/SCDR.stp +% +% Creation Date : 2024-05-27 14:58:09.504107 +% Solid Cells : 153 +% Total Cells : 212 +% Surfaces : 733 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 2 -6 -5 -4 -3 -1cell 2 0 void 7 -8 -6 -5 -4 -3cell 3 0 void -22 -21 23 24 25 26:-23 -22 -21 24 26:-29 -28 9 -10 27 30:-29 + -28 11 -12 27 30:-27 11 -10 23 25 31:-32 33 34 35 -21 26:35 -23 -21 + 26 -36:-29 -37 38 13 -9 27 28:-29 38 -13 600 58 28 31:-29 38 9 -10 + 27 28:-31 13 -10 -38 27:-29 58 11 -10 -38 27 31:-31 11 -14 -38 27:34 + 59 15 -16 -38 27 29:34 -17 18 -38 27 29:-29 38 11 -12 27 28:-29 38 + -37 12 -14 27 28:-29 38 14 601 58 28 31:39 -25 41 -22 -21 11 -10 -40 + 26:-22 43 -21 44 -42 -41 26:-28 -27 39 9 -10 30:-28 -27 39 11 -12 30: + -25 40 -21 11 45 -10 26:-21 11 45 -46 -10 -39 26:-21 11 46 48 -47 + -10 -39 26:41 -21 -48 -39 26:-21 11 45 -10 23 25 26 -36:-31 13 -45 + -10 23 25:-31 11 -14 -45 23 25:-23 -21 11 49 -10 26 -35:34 -27 -23 + -21 11 -49 -10 26 59 -35:39 40 11 -50 -10 58 28:40 -51 13 60 50 -10 + 28:40 11 -51 60 50 -14 28:-27 37 9 60 51 -10 602 28:37 -25 40 13 51 + -45 -10 603 60:37 -25 40 11 -14 51 -45 603 60:37 -27 11 60 51 -12 + 602 28:-31 -27 -25 13 -10 -37 60:-31 -27 -25 11 -14 -37 60:-27 -25 + 11 -10 31:-52 -20 -47 -46 19 58 28 61 604:9 -47 -46 -45 -10 -39 28 + 62:11 -47 -46 -45 -12 -39 28 62:-28 9 -53 -10 -39 30:-28 11 -47 53 + -10 58 61 30:-28 -53 11 -12 -39 30:-54 -20 19 55 -39 58 28 61 604: + -55 -20 19 -39 58 28 604:-56 20 -9 -39 28 62:-46 -45 20 -9 56 57 603 + -39 62:-57 -47 -46 20 -9 28 62:-56 12 -19 -39 58 28 605 62:12 -19 + -46 -45 56 57 603 -39 62:-57 12 -19 -47 -46 58 28 605 62cell 4 0 void -64 2 -65 -3 -1 63cell 5 0 void -64 7 -8 -65 -3 63cell 6 0 void 8 -71 66 -2:-72 8 66 -2:8 -2 -73:608 609 66 70 71 72 73 74 8 + 606 -69 -68 -67 -2 607:8 -74 -2cell 7 0 void 42 -21 75 -48 -77 -76 -41 26:42 -21 78 80 -48 81 82 83 -75 26: + 42 -21 -84 -79 -78 26cell 8 0 void 610 90 -85 -21 86 87 89 26 91 92 93:-87 -85 -21 86 88 26 -33cell 9 0 void 26 -95 -94 -21cell 10 0 void -96 3 -102 -101 -100 97:-97 98 3 103 -101 -100:-97 98 3 104 + -102 -101:3 -102 -101 -100 99 -98cell 11 0 void -105 106 107 -110 -109 -108cell 12 0 void -116 -112 111 115 117 -34:-119 -118 -117 -116 -112 111:-119 + -117 -113 111 115 118:-119 -117 114 -112 115 118cell 13 0 void 96 -125 -100 -120 123 124:96 -125 -120 -102 123 126 127:96 + 101 -123 -121 -102 -100:128 101 -123 121 -122 -100:129 101 -123 121 + -122 -102 127:101 122 -123 -120 -100 127cell 14 0 void -125 -99 124 123 -100 130:-125 -133 -99 130 -102 123 126:-131 + 101 -123 -133 -100 130:128 -123 101 -100 -132 131:129 -123 101 -102 + -133 -132 131:-99 132 101 -123 -102 -100cell 15 0 void 3 122 -120 -101 -100 127:128 3 121 -122 -101 -100:129 3 -122 + 121 -102 -101 127:96 3 -121 -102 -101 -100cell 16 0 void 3 132 -99 -102 -101 -100:128 3 -100 -101 -132 131:129 -133 3 + -102 -101 -132 131:3 -131 -133 -101 -100 130cell 17 0 void 5 135 136 139 140 -138 -137 -134cell 18 0 void 64 4 -145:64 4 -146:64 4 -147:64 611 4 612 613 614 142 143 + 144 145 146 147 -141 148:64 -148 4cell 19 0 void 64 -151 4:-152 64 4:64 4 -153:64 4 615 616 617 618 -149 143 + 144 150 151 152 153 154:64 4 -154cell 20 0 void -28 -53 12 -9 58 156 61 30:161 162 -156 -28 -619 620 157 58 + 61 30:163 -156 -28 12 -155 157 30:-156 164 -28 621 -9 157 30:-157 + -28 12 -9 30 58 61 158:-158 -28 12 -9 58 30 159:160 -159 -28 165 166 + -619 620 58 30:160 -159 -28 167 12 -155 30:160 -159 -28 168 621 -9 + 30:-160 -29 -28 12 -9 58 30cell 21 0 void 8 -172 -2 -169:8 -173 -2 -169:8 -174 -2:70 8 172 173 174 175 + 622 623 624 625 -171 -170 -169 -68 -2:8 -175 -2cell 22 0 void -180 -178 -177 176 179 -2 63:-180 -179 176 181 -2cell 23 0 void 8 -182 -180 -178 -177 179 63:8 -182 -180 -179 181cell 24 0 void 183 -116 115 119 185 186:-184 -116 115 119 186 187:-187 -116 + 114 115 119 186:-185 -116 -113 115 119 186:-187 -185 -118 113 -114 + 119 188 189:-189 -116 113 -114 119 186cell 25 0 void 192 -190 194 5 135 -193 -134 191cell 26 0 void 198 200 -199 -134 -197:198 135 201 -199 -197:199 200 -202 + -134 -197:200 202 203 209 -626 -197:5 200 -203 -134 -197:197 199 205 + 206 -204 -201 -200 -196 195:5 135 201 -203 -197:201 202 203 210 627 + -197:199 135 201 -202 -197:-195 198 -201 -199 -197:198 205 207 -201 + -200 -199 -196 195:196 198 -200 -199 -197:5 135 208 -203 -201 -200 + -134 -197:202 203 208 209 210 627 -626 -201 -200 -197:135 199 208 + -202 -201 -200 -134 -197 191cell 27 0 void 135 136 -212 -211 -134:5 135 -211 -208 212 -134 191cell 28 0 void -190 135 213 214 215 216 217 -134cell 29 0 void -191 -190 135 -213 218 -134:-218 135 -213 -134 219cell 30 0 void 5 136 137 139 -626 211 627 220 221cell 31 0 void 193 5 136 138 -626 627 222 223cell 32 0 void -178 -176 177 179 182 -70cell 33 0 void -224 -63 119 184 -226 -225cell 34 0 void -63 227 119 -183 -226 -225cell 35 0 void 228 -229 230 231 232 -233cell 36 0 void -97 98 3 234 235 -236cell 37 0 void -237 240 -239 241 238 -3cell 38 0 void -97 98 236 -242 243 244cell 39 0 void 106 -246 110 -142 247 248:-249 142 110 -245 247 248cell 40 0 void -255 -252 -247:-256 -253 254:256 257 -253 -252 251 -250 -247 + 628 629 630 254 255:-247 -252 -257cell 41 0 void 228 -229 234 235 -230 -3cell 42 0 void 258 -259 -58:-264 259 -260:-261 260 -58:-264 -262 261:-263 + -58 262cell 43 0 void 8 169 -267 -2:8 -268 -66 -2:8 169 -269 -2:70 8 169 265 267 + 268 269 270 266 -66 631 632 633 634 -68 -2:8 -270 -66 -2cell 44 0 void -272 -277 271:272 -278 -273:-279 -274 273:-278 -13 274:13 + -277 -275:-280 275 -276cell 45 0 void -288 -281 282:-282 283 -289:-283 284 -290:285 -284 -289:-288 + 286 -285:287 -291 -286cell 46 0 void -178 -177 -176 182 -293 -292cell 47 0 void 294 -181 -177 -176 179 182:294 295 296 -176 181 182cell 48 0 void 298 -301 -300 -299 -106 195:-195 298 107 -300 -299 297cell 49 0 void 65 2 -303 -302 -5 -1cell 50 0 void 65 7 -303 -302 -8 -5cell 51 0 void 224 -116 -112 115 119 186cell 52 0 void -116 111 115 119 186 -227cell 53 0 void 96 100 101 -305 -304 306 -120cell 54 0 void -99 100 101 -305 -304 306 130cell 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640 4 357 358 359 + 360 641 356 -149 150 639:-360 64 4cell 64 0 void -96 3 100 -305 -101 99cell 65 0 void 5 -373 365:362 366 367 368 -361 -5:642 363 369 370 371 -364 + 374:-374 -372 -369:369 -374 370:-368 -374 -370cell 66 0 void 375 -376 378 379 380 -3:-380 375 -364 -102 379 -3:-380 364 + -377 -102 379 381:-380 364 -377 -102 -3 382:-380 377 -376 -102 379 + -3cell 67 0 void 384 -383 108 -110 -387 -386 -385cell 68 0 void -390 -389 -388 391cell 69 0 void 643 390 392 393 -389 -388 -2cell 70 0 void 644 390 8 394 395 -389 -388cell 71 0 void 388 390 8 396 -399:388 645 390 646 8 395 399:388 390 8 397 + -400:388 390 647 8 648 649 399 400 -398:388 390 8 394 650 651 400cell 72 0 void 388 390 -403 401 -2:388 390 392 652 653 403 -2:388 390 -404 + 654 -2:388 390 393 655 656 404 -2:388 390 657 -398 403 404 658 659 + -2cell 73 0 void 389 390 -408 405 -2:389 390 393 655 660 408 -2:389 390 -406 + 657 661 662 408 409 -2:389 390 -409 407 -2:389 390 392 652 663 409 + -2cell 74 0 void -411 390 389 8 410:389 390 8 394 650 664 411:-412 389 390 8 + 396:389 390 647 8 -406 665 666 411 412:389 390 645 8 395 667 412cell 75 0 void 668 390 394 395 -389 -388 -3 -2cell 76 0 void 390 669 8 393 392 -389 -388 -3cell 77 0 void -412 389 390 413 -3 -2:389 390 395 667 412 -3 670:389 390 394 + 664 411 -2 671:-411 390 389 -2 414:672 389 390 -406 665 666 411 412 + -2cell 78 0 void 389 390 -408 8 415:673 389 390 8 393 660 408:674 389 390 392 + 663 409 -3:416 389 390 -409 8 -3:675 389 390 8 -406 661 662 408 409cell 79 0 void 417 388 390 -399 -3 -2:388 390 646 395 399 -3 670:418 388 390 + -400 -2:388 390 394 651 400 -2 671:672 388 390 648 649 399 400 -398 + -2cell 80 0 void 419 388 390 8 -403 -3:674 388 390 392 653 403 -3:420 388 390 + 8 -404:675 388 390 8 -398 403 404 659 658:673 388 390 8 393 656 404cell 81 0 void 421 -246 110 -106 247 248:421 422 423 -247 -246 248cell 82 0 void 4 -426 303:4 -427 303:-428 4 303:4 676 677 678 679 426 427 + 428 429 142 303 -141 -425 -424:-429 4 303cell 83 0 void -430 4 303:-431 4 303:-432 4 303:4 680 681 682 -149 683 430 + 431 303 432 433 150 -425 -424:4 -433 303cell 84 0 void 96 3 100 -305 -120 -101cell 85 0 void 3 -99 100 -305 -101 130cell 86 0 void 64 -436 4:64 -437 4:64 -438 4:64 439 4 684 685 -434 142 686 + 687 -141 436 437 435 438:64 -439 4cell 87 0 void 64 -440 4:64 4 -441:64 4 -442:64 4 -149 -434 688 689 690 435 + 691 150 440 441 442 443:64 4 -443cell 88 0 void 258 -61 -259:259 -445 -444:-61 444 158cell 89 0 void 447 -446 -449:-448 450 446 -449cell 90 0 void -451 455 464 -463 452:-30 -451 455 463 692 452:-451 464 -463 + -455 452:34 -451 456 457 463 693 -455 452:-453 455 -465 464 451:-453 + 455 458 -694 465 451:-452 455 -466 464 454:-452 455 -695 466 -459 + 454:-453 -465 464 -455 451:34 -453 457 460 465 -461 -455 451:-452 + -466 464 -455 454:34 -452 -696 457 466 -462 -455 454cell 91 0 void -470 -469 -468 467 471 -100cell 92 0 void -470 -469 -468 472 473 -100cell 93 0 void -450 446 -474cell 94 0 void -96 -478 -477 -476 475 101 479cell 95 0 void -480 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+ 531 658 659 -390:-404 -390 531 388:388 393 656 531 404 -390cell 112 0 void -408 -390 531 389:389 393 531 660 408 -390:-390 531 389 -409: + 389 -406 531 661 662 408 409 -390:389 392 531 663 409 -390cell 113 0 void -390 532 388 -403:388 392 653 403 532 -390:388 393 656 404 + 532 -390:-404 -390 388 532:388 -398 403 404 532 659 658 -390cell 114 0 void -399 -390 388 533:388 646 395 399 533 -390:388 394 651 400 + 533 -390:-400 -390 388 533:388 648 649 399 400 -398 533 -390cell 115 0 void -390 533 -412 389:389 395 533 -390 667 412:389 394 533 664 + -390 411:-390 533 -411 389:389 -406 533 666 665 -390 411 412cell 116 0 void -399 -390 388 -530:388 646 395 -530 399 -390:388 648 649 -530 + 399 400 -398 -390:-400 -390 388 -530:388 394 651 -530 400 -390cell 117 0 void -390 532 389 -409:389 392 532 663 409 -390:389 -406 532 661 + 662 408 409 -390:-408 -390 532 389:389 393 532 660 408 -390cell 118 0 void 384 -534 -251cell 119 0 void 384 -535 -251cell 120 0 void 384 -536 -251cell 121 0 void 384 -251 -537cell 122 0 void -223 538 -539:539 -541 -540cell 123 0 void 538 -222 -539:-542 539 -540cell 124 0 void -543 34 29cell 125 0 void 538 -221 -539:-544 539 -545cell 126 0 void 538 -220 -539:-544 539 -546cell 127 0 void -251 -548 547cell 128 0 void 552 555 697 118 -553 -554 -551 550 -549:552 556 -555 -554 -551cell 129 0 void 555 557 -558 -554 -553 118 697 550 -549:556 557 -558 -555 -554cell 130 0 void -499 -562 560 -559 561 563 564 550 -549:560 561 -564 565cell 131 0 void -499 -562 -559 563 564 566 567 550 -549:-564 566 567cell 132 0 void 568 -258 -569cell 133 0 void 568 -570 -258cell 134 0 void 89 698 -90 87cell 135 0 void -447 -574 -573 -571 699 575:-447 -574 -573 572 700 575:-575 + -574 -573 565cell 136 0 void 576 577 -573 555 -557 474 701:-557 556 -555 -573cell 137 0 void 89 -91 702 87cell 138 0 void -82 -75 78cell 139 0 void -80 -75 78cell 140 0 void -580 -579 -578cell 141 0 void -581 -579 -578cell 142 0 void -75 78 -81cell 143 0 void -83 78 -75cell 144 0 void -582 -579 -578cell 145 0 void -583 -579 -578cell 146 0 void 552 -551 -556cell 147 0 void -558 -556 557cell 148 0 void 560 561 -565cell 149 0 void 32 33 -21 -586 -585 -584 26:-703 -21 (593:-731) -587 85 26 + -33:704 587 -21 592 -588 26 -33:-21 588 (594:-732) -589 -590 26 -33: + -21 589 -591 (-733:595) -586 26 -33cell 150 0 void 89 -92 705 87cell 151 0 void 89 706 -93 87cell 152 0 void 579 -597 -596 -21 598 22 26:579 -24 -599 -21 596 26 158:579 + -21 596 22 24 26cell 153 0 void -578 580 582 583 581 -21 -597 94 26 -579 158% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 154 0 void 707 -708 709 -710 711 -712 (82:75:-78) (80:75:-78) (580:579: + 578) (581:579:578) (75:-78:81) (83:-78:75) (582:579:578) (583:579: + 578) ((-41:48:39) ((40:22:-41:-39:25) (-45:-23:36:-25) (47:-46:-48: + 39):10:-11) (-25 23:22:-24) (-35:23:36) (-44:-43:42:22:41) (-42:(48: + (-83:-82:-81:-80:-78:75) (77:76:41:-75)) (84:79:78)) (-579:(-22: + (-596:-24) (-598:597:596)) (599:-158:24:-596)) (-583:-582:-581:-580: + 578:597:-94:579:-158) (94:95):21:-26) %Automatic Generated Void Cell. Enclosure(-84.188, 0.000, -52.050, 52.050, 0.000, 83.661) + %Enclosed cells : (3, 7, 9, 138, 139, 140, 141, 142, 143, 144, 145, 152, 153) +cell 155 0 void 713 -714 709 -715 711 -712 ((299:(-297:-107:195) (301:106: + -195)) (-305:(107:195:-297) (496:-495:297)):-298:300) (484:483:-482) + (-306:304:-101:-100:99:-130:305) %Automatic Generated Void Cell. Enclosure(42.094, 84.188, -52.050, 0.000, 0.000, 83.661) + %Enclosed cells : (48, 54, 96, 100) +cell 156 0 void 713 -714 715 -710 711 -712 (256:253:-254) ((250:-630:-629: + -628:-251:-254:253:-256) 257 255:247:252) (451:-455:-464:463:-452) + (451:-464:463:455:-452) ((465:-464) (461:-460:-457:455:-34:-465): + -451:453) ((466:-464) (462:696:-457:455:-34:-466):452:-454) (-456: + -693:-34:451:-457:-463:455:-452) (-384:(251:537 536 535 534) (387: + 386:385:383:110:-108)) ((349:-3:107:-305) (-101:-100:-306:304:305): + -96:120) (-248:((-106:246:142) (249:245:-142):-110:-247) ((-110:106: + -247) (-423:-422:247):246:-421)) (529:-528:251) (548:-547:251) (109: + 105:-106:-107:110:108) (-195:301:300:299:-298:106) (484:483:-482) %Automatic Generated Void Cell. Enclosure(42.094, 84.188, 0.000, 52.050, 0.000, 83.661) + %Enclosed cells : (11, 39, 40, 48, 53, 61, 67, 81, 90, 96, 109, 118, 119, 120, 121, 127) +cell 157 0 void 707 -716 709 -715 717 -711 ((212:-136) (-191:-5:208:-212): + -135:134:211) (195:-198:201:199:197) ((-206:204:-197:-199) (-207: + -198:199):-205:196:201:200:-195) ((-201 (200:134:-208):203:-5) (-201 + (-191:200:134:-208):-199:202) (-198:-201:199):197:-135) (-201 (-209: + 626:-208:200):-627:-210:-203:-202:197) (527:525:-524) (-523:210:524) + (539:-538:220) (-63:182:180:-179:178:177:-8) (-65:303:302:-7:8:5) + (-221:-139:-137:-5:-136:626:-211:-627:-220) (487:486:-485) (374:372: + 369) %Automatic Generated Void Cell. Enclosure(-84.188, -42.094, -52.050, 0.000, -41.830, 0.000) + %Enclosed cells : (23, 26, 27, 30, 50, 65, 97, 108, 126) +cell 158 0 void 716 -708 709 -715 717 -711 (360 359 358 357 (-150:149:-641: + -640:-639:-356:351:350):-64:-4) (513:510:509) (-508:512:-509) (511: + 514:-510) ((3:-63:64:65) (303:302:5:-65):8:-7) (((-88:33:87) (-610: + -93:-92:-91:-90:-89:-87):85:-86) (-35:23:36) ((-45:-25:36:-23) (-59: + 49:27:35:-34:23):10:-11) (-33:32:-34:-35) (586:(585:584:-32:-33) + (733 -595:591:-589:33)) (732 -594:590:-588:589:33) (703:731 -593:-85: + 587:33) (-704:-592:-587:588:33):21:-26) (182:180:-179:178:177:-8:-63) + (-698:-89:90:-87) (-702:-89:91:-87) (-227:226:225:183:-119:63) %Automatic Generated Void Cell. Enclosure(-42.094, 0.000, -52.050, 0.000, -41.830, 0.000) + %Enclosed cells : (3, 5, 8, 23, 34, 50, 63, 104, 134, 137, 149) +cell 159 0 void 707 -716 715 -710 718 -717 ((169:(171:170:-625:-624:-623:-622: + 68:-70) 172 173) 174 175:2:-8) ((425:424:-679:-678:-677:-676:-142: + 141) 429 428 427 426:-303:-4) (221 223:539:-538) (541:540:-539) (545: + 544:-539) ((6:3:4) (-65:302:303):1:5:-2) ((-220:-221:-211:-139:-137) + (-222:-223:-138:-193):-627:626:-136:-5) ((213:(191:190:-218) (218: + -219)) (-5:(-140:-139:138:137:-136) (-194:-192:193:190:-191)) (212: + 211:-136) (-217:-216:-215:-214:190:-213):134:-135) (178:(-179:((-177: + 70) (180:-63:177):-176:2) (-182:176:-177:70)) (293:292:177:176:-182)) %Automatic Generated Void Cell. Enclosure(-84.188, -42.094, 0.000, 52.050, -83.661, -41.830) + %Enclosed cells : (1, 17, 21, 22, 25, 27, 28, 29, 30, 31, 32, 46, 49, 55, 82, 122, 125) +cell 160 0 void 707 -716 715 -710 717 -711 ((212:-136) (-191:-5:208:-212): + -135:134:211) (-196:-198:200:199:197) ((-206:204:-197:-199) (-207: + -198:199):-205:-195:201:200:196) ((-200 (201:-135:-208):203:-5) + (-200 (-191:201:-135:-208):-199:202) (-198:-200:199):197:134) (-200 + (-210:-627:-208:201):626:-209:-203:-202:197) (526:525:-524) (-523: + 209:524) (539:-538:221) (-63:180:-179:178:177:-176:2) (-65:303:302:1: + -2:5) (-220:-139:-137:-5:-136:626:-211:-627:-221) %Automatic Generated Void Cell. Enclosure(-84.188, -42.094, 0.000, 52.050, -41.830, 0.000) + %Enclosed cells : (22, 26, 27, 30, 49, 107, 125) +cell 161 0 void 716 -708 715 -710 717 -711 (355 354 353 352 (-638:-637:-636: + -635:351:350:-142:141):-64:-4) ((3:-63:64:65) (303:302:5:-65):-2:1) + (((-88:33:87) (-610:-91:-90:-93:-92:-89:-87):85:-86) (-35:23:36) + ((-45:-25:36:-23) (-59:49:27:35:-34:23):10:-11) (-33:32:-34:-35) + (586:(585:584:-32:-33) (733 -595:591:-589:33)) (-592:-704:-587:588: + 33) (731 -593:703:-85:587:33) (732 -594:590:-588:589:33):21:-26) + (180:-179:178:177:-176:2:-63) (-705:-89:92:-87) (-706:-89:93:-87) + (-119:226:225:224:-184:63) %Automatic Generated Void Cell. Enclosure(-42.094, 0.000, 0.000, 52.050, -41.830, 0.000) + %Enclosed cells : (3, 4, 8, 22, 33, 49, 62, 149, 150, 151) +cell 162 0 void 708 -713 709 -715 718 -717 ((-66:71 72 (-609:-608:-607:-606: + -70:69:68:67)) 73 74:-8:2) (154 153 152 151 (-618:-617:-616:-615: + -144:-143:-150:149):-64:-4) (360 359 358 357 (-639:-356:350:351:-641: + -640:-150:149):-64:-4) (3:(-7:(6:5:8:4) (65:-63:64:8)) (-241:-240: + 239:-238:237)) %Automatic Generated Void Cell. Enclosure(0.000, 42.094, -52.050, 0.000, -83.661, -41.830) + %Enclosed cells : (2, 5, 6, 19, 37, 63) +cell 163 0 void 708 -713 715 -710 718 -717 ((-66:71 72 (-609:-608:-607:-606: + -70:69:68:67)) 73 74:2:-8) (148 147 146 145 (-614:-613:-612:-611: + -144:-143:-142:141):-64:-4) (355 354 353 352 (-638:-637:-636:-635: + 351:350:-142:141):-64:-4) (1:3:(6:5:-2:4) (65:-63:64:-2)) %Automatic Generated Void Cell. Enclosure(0.000, 42.094, 0.000, 52.050, -83.661, -41.830) + %Enclosed cells : (1, 4, 6, 18, 62) +cell 164 0 void 708 -713 709 -715 719 -712cell 165 0 void 708 -713 715 -710 719 -712 (256:253:-254) (255 (-251:250:-630: + -629:-628:-257:-254:253:-256):247:252) (-248:((-106:246:142) (245: + 249:-142):-110:-247) ((-110:106:-247) (-423:-422:247):246:-421)) + (109:108:-107:105:-106:110) %Automatic Generated Void Cell. Enclosure(0.000, 42.094, 0.000, 52.050, 41.830, 83.661) + %Enclosed cells : (11, 39, 40, 81) +cell 166 0 void 707 -716 709 -720 718 -717 ((-432:-430:-680:-681:-683:-682: + 425:424:-150:149) 431 433:-4:-303) (222 220:539:-538) (542:540:-539) + (546:544:-539) ((6:3:4) (-65:302:303):8:-7:5) ((213:(191:190:-218) + (218:-219)) (-5:(-140:-139:138:137:-136) (-194:-192:193:190:-191)) + (212:211:-136) (-217:-216:-215:-214:190:-213):134:-135) ((-221:-220: + -211:-139:-137) (-223:-222:-138:-193):-627:626:-136:-5) %Automatic Generated Void Cell. Enclosure(-84.188, -42.094, -52.050, -26.025, -83.661, -41.830) + %Enclosed cells : (2, 17, 25, 27, 28, 29, 30, 31, 50, 83, 123, 126) +cell 167 0 void 716 -708 709 -720 718 -717 (357 359 (-639:-360:-358:-356:351: + 350:-641:-640:-150:149):-64:-4) (431 (-433:-432:-430:-680:-681:-683: + -682:425:424:-150:149):-4:-303) ((-441:-440:434:-435:-691:-690:-689: + -688:-150:149) 442 443:-64:-4) ((3:(6:4:5) (-63:64:65)) (302:303:-65: + 5):-7:8) %Automatic Generated Void Cell. Enclosure(-42.094, 0.000, -52.050, -26.025, -83.661, -41.830) + %Enclosed cells : (2, 5, 50, 63, 83, 87) +cell 168 0 void 716 -708 721 -710 718 -717 (352 353 (-638:-637:-636:-635:-355: + -354:351:350:-142:141):-64:-4) (429 (-428:-427:-426:425:424:-679: + -678:-677:-676:-142:141):-4:-303) (436 437 (-439:-438:-435:434:-685: + -686:-687:-684:141:-142):-64:-4) (1:-2:(3:(6:5:4) (-63:64:65)) (302: + -65:303:5)) %Automatic Generated Void Cell. Enclosure(-42.094, 0.000, 26.025, 52.050, -83.661, -41.830) + %Enclosed cells : (1, 4, 49, 62, 82, 86) +cell 169 0 void 713 -714 709 -720 718 -717 ((-101:100:131:123) (-126:125:99: + 102:-123):133:-130) ((100:-128) (-129:102:133):132:123:-101:-131) + (((100:-128) (102:-129:133):-131:132) (-130:131:133:100):-3:101) + (153 154 (-618:-617:-616:-615:-152:-151:-150:149:-144:-143):-64:-4) + (-7:8:(6:5:4:3) (-63:65:64:3)) %Automatic Generated Void Cell. Enclosure(42.094, 84.188, -52.050, -26.025, -83.661, -41.830) + %Enclosed cells : (2, 5, 14, 16, 19) +cell 170 0 void 713 -714 720 -715 718 -717 ((-66:71 72 (-609:-608:-607:-606: + -70:69:68:67)) 73 74:-8:2) ((100:-99:98) (-104:97:-98):102:101:-3) + ((102:(99:100:-132) (133:-129:-131:132)) (-128:100:132:-131):-3:101) + ((-150:149:-144:-143:-618:-617:-616:-615) 154 153 152 151:-64:-4) + (97:-98:-3:-234:-235:236) ((100:-128) (-129:102:133):-131:123:-101: + 132) ((-101:-132:100:123) (-126:125:-130:133:-123):102:99) (3:((364: + 102:380) (-378:376:-380):-379:-375) (-382:377:380:-364:102)) (-381: + 380:-364:377:102:-379) (-7:(6:5:8:4:3) (65:-63:64:8:3)) (229:-228: + (-234:-235:230:3) (233:-232:-231:-230)) (-241:-240:239:-238:237:3) + (-244:-243:242:97:-98:-236) %Automatic Generated Void Cell. Enclosure(42.094, 84.188, -26.025, 0.000, -83.661, -41.830) + %Enclosed cells : (2, 5, 6, 10, 14, 16, 19, 35, 36, 37, 38, 41, 66) +cell 171 0 void 713 -714 709 -720 717 -711 (100:(-130:(133:-101:131:123) (125: + -124:99:-123)) (132:-128:123:-101:-131)) ((132:-128:-131) (133:-130: + 131):101:100:-3) (153 154 (-618:-617:-616:-615:-152:-151:-150:149: + -144:-143):-64:-4) ((-490:-489:7:492) (-493:182:-492):491:-494:-34) + (305:(-3:99:-100:101:-130) (-306:304:99:-100:-101:-130)) (65:-63:8: + 64:-7:3) (-473:-472:470:469:468:100) (-111:-115:(112:116:34:-117) + (-118:113:119:117) (227:-186:116:-119)) %Automatic Generated Void Cell. Enclosure(42.094, 84.188, -52.050, -26.025, -41.830, 0.000) + %Enclosed cells : (5, 12, 14, 16, 19, 52, 54, 85, 92, 99) +cell 172 0 void 713 -714 715 -721 718 -717 ((-66:71 72 (-609:-608:-607:-606: + -70:69:68:67)) 73 74:2:-8) ((100:96:-97) (-104:-98:97):102:101:-3) + ((100:(-96:102:121) (-128:122:-121)) (-127:-129:122:-121:102):-3:101) + ((-144:-143:-142:141:-614:-613:-612:-611) 148 147 146 145:-64:-4) + (97:-98:-3:-234:-235:236) (102:(-96:(100:121:-101:123) (-126:125:120: + -127:-123)) (-129:122:-101:123:-121:-127)) (-128:-101:123:-121:122: + 100) (3:((-377:102:380) (-378:-375:-380):-379:376) (-382:-364:380: + 377:102)) (-381:380:-364:377:102:-379) (1:(6:5:-2:4:3) (65:-63:64:-2: + 3)) (229:-228:(-234:-235:230:3) (233:-232:-231:-230)) (-244:-243:242: + 97:-98:-236) %Automatic Generated Void Cell. Enclosure(42.094, 84.188, 0.000, 26.025, -83.661, -41.830) + %Enclosed cells : (1, 4, 6, 10, 13, 15, 18, 35, 36, 38, 41, 66) +cell 173 0 void 713 -714 721 -710 718 -717 ((100:(120:-127:-122) (-128:-121: + 122)) (-129:102:-121:122:-127):123:-101) (-126:125:-96:120:102:-123: + -127) ((100:(-128:-121:122) (120:-127:-122)) (102:-129:122:-121:-127) + :-3:101) (147 148 (-614:-613:-612:-611:-146:-145:-144:-143:-142:141): + -64:-4) (1:-2:(6:5:4:3) (-63:65:64:3)) %Automatic Generated Void Cell. Enclosure(42.094, 84.188, 26.025, 52.050, -83.661, -41.830) + %Enclosed cells : (1, 4, 13, 15, 18) +cell 174 0 void 713 -714 721 -710 717 -711 (100:((-121:-128:122) (-127:120: + -122):123:-101) (125:-124:-96:120:-123)) ((-121:-128:122) (-127:120: + -122):101:100:-3) (147 148 (-614:-613:-612:-611:-146:-145:-144:-143: + -142:141):-64:-4) (-96:-3:-100:305:120:101) ((-490:-489:-1:492) + (-493:-176:-492):491:488:-34) (-306:304:-96:-100:-101:305:120) (65: + -63:-2:64:3:1) (-471:470:469:468:-467:100) (107:349:-96:-3:-305:120) + (112:-115:(-111:116:34:-117) (-118:-114:119:117) (-224:-186:116:-119) + ) %Automatic Generated Void Cell. Enclosure(42.094, 84.188, 26.025, 52.050, -41.830, 0.000) + %Enclosed cells : (4, 12, 13, 15, 18, 51, 53, 61, 84, 91, 98) +cell 175 0 void 708 -713 709 -720 711 -719 (-35:23:21:-26:36) (-11:(10:(-58: + (50:-40:-39:-28) (-61:-53:-30:47:28)) ((-45:(25:-40) (46:39) (36:-23: + -25)) (-41:22:-39:25:40) (-48:-46:47:39) (-49:35:23):21:-26)) (12: + (28:27:-39:-30) ((28:-30) (-28:-38):-27:29) (53:28:39:-30) (-62:47: + 46:45:39:-28) (-602:-60:-51:-37:27:-28)) ((-40:(-50:-28:51) (-603:45: + 25:-37:-51)) (31:27:25:37):-60:14)) (60:(314:-308) (-318:311:-315) + (-323:315:-314)) (62:(314:-308) (-338:311:-315) (-343:315:-314)) + (-307:(308:320) (308:340)) %Automatic Generated Void Cell. Enclosure(0.000, 42.094, -52.050, -26.025, 0.000, 41.830) + %Enclosed cells : (3, 57, 59) +cell 176 0 void 708 -713 721 -710 711 -719 (-35:23:21:-26:36) (10:(-9:(28:27: + -39:-30) ((28:-30) (-28:-38):-27:29) (53:28:39:-30) (-62:47:46:45:39: + -28) (-602:-60:-51:-37:27:-28)) (-11:(-58:(50:-40:-39:-28) (-61:-53: + -30:47:28)) ((-45:(25:-40) (46:39) (36:-23:-25)) (-41:22:-39:25:40) + (-48:-46:47:39) (-49:35:23):21:-26)) ((-40:(-50:-28:51) (-603:45:25: + -37:-51)) (31:27:25:37):-60:-13)) (60:(-332:324) (-318:-328:331) + (-337:-331:332)) (316 325:-324:348) (62:(324:(-316:-332) (316:-328)) + (-338:-326:331:-316) (-345:332:-331:-316)) (334:325:-324) (110:109: + 108:-107:-106:105) %Automatic Generated Void Cell. Enclosure(0.000, 42.094, 26.025, 52.050, 0.000, 41.830) + %Enclosed cells : (3, 11, 58, 60) +cell 177 0 void 707 -722 720 -715 718 -717 (-368:-367:-366:-362:361:5) (373: + -365:-5) ((6:4:3) (-65:303:302):8:-7:5) ((213:(191:190:-218) (218: + -219)) (-5:(-140:-139:138:137:-136) (-194:-192:193:190:-191)) (212: + 211:-136) (-217:-216:-215:-214:190:-213):134:-135) ((-221:-220:-211: + -139:-137) (-223:-222:-138:-193):-627:626:-136:-5) (487:486:-485) %Automatic Generated Void Cell. Enclosure(-84.188, -63.141, -26.025, 0.000, -83.661, -41.830) + %Enclosed cells : (2, 17, 25, 27, 28, 29, 30, 31, 50, 65, 97) +cell 178 0 void 722 -716 720 -715 718 -717 ((169:172 173 (-625:-624:-623:-622: + 68:171:170:-70)) 174 175:-8:2) (-369:374:-370) (368:374:370) (-367: + -366:-362:361:5:-368) (-371:364:-363:-642:-369:-370:-374) (372:374: + 369) ((-683:-682:-681:425:424:-680:-150:149) 430 433 432 431:-4:-303) + (-7:(6:3:8:5:4) (-65:302:303:8:5)) (178:(-8:182:-177:-179:70) (176: + (-177:-179:-182:70) (293:292:177:-182)) (-63:180:-8:182:177:-179)) + (-194:193:-192:-191:190:-135:134:-5) %Automatic Generated Void Cell. Enclosure(-63.141, -42.094, -26.025, 0.000, -83.661, -41.830) + %Enclosed cells : (2, 21, 23, 25, 32, 46, 50, 56, 65, 83) +cell 179 0 void 716 -723 720 -715 718 -717 ((169:172 173 (-625:-624:-623:-622: + 68:171:170:-70)) 174 175:-8:2) ((-683:-682:-681:425:424:-433:-432: + -680:-150:149) 431 430:-4:-303) ((-691:-690:-435:-689:434:-688:-150: + 149) 443 442 441 440:-64:-4) (-7:(3:(64:8:65:-63) (6:8:5:4)) (302: + -65:303:8:5)) (178:-179:(-8:182:-177:70) (176:-177:-182:70) (180:-8: + 182:177:-63)) %Automatic Generated Void Cell. Enclosure(-42.094, -21.047, -26.025, 0.000, -83.661, -41.830) + %Enclosed cells : (2, 5, 21, 23, 32, 50, 56, 83, 87) +cell 180 0 void 716 -723 715 -721 718 -717 ((169:172 173 (-625:-624:-623:-622: + 68:171:170:-70)) 174 175:2:-8) ((-427:-426:425:424:-679:-678:-677: + -676:-142:141) 428 429:-4:-303) (439 438 437 436 (-686:-685:-684: + -435:434:-687:141:-142):-64:-4) (1:(3:(64:-2:65:-63) (6:-2:5:4)) + (302:-65:-2:303:5)) (178:-179:(-176:-177:70:2) (180:177:-176:2:-63) + (-182:176:-177:70)) %Automatic Generated Void Cell. Enclosure(-42.094, -21.047, 0.000, 26.025, -83.661, -41.830) + %Enclosed cells : (1, 4, 21, 22, 32, 49, 55, 82, 86) +cell 181 0 void 708 -724 709 -720 717 -711 (-35:23:21:-26:36) (-11:((-49 (-59: + -34:27):23:35) (-45:(25:-40) (36:-23:-25)):10:-26:21) ((31:-23:-25) + (-603:-51:-37:-60:-40:25):45:14)) (-33:32:-34:-35:21:-26) (60:(314: + -308) (-318:311:-315) (-323:315:-314)) (38:-29:-18:17:-34:-27) (320: + -307:308) (-4:(-64:(-152:-151:-144:-143:-618:-617:-616:-615:-150:149) + 153 154) (-64:357 359 (-641:-640:-639:-360:-358:-356:351:350:-150: + 149))) (65:8:-7:3:64:-63) (586:585:584:-32:-33:21:-26) (116:-111: + (112:(-115:34:-117) (118:119:117)) (-186:-115:-119:227)) (226:225: + 183:63:-227:-119) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, -52.050, -26.025, -41.830, 0.000) + %Enclosed cells : (3, 5, 12, 19, 34, 52, 57, 63, 149) +cell 182 0 void 724 -713 709 -720 717 -711 (153 154 (-618:-617:-616:-615:-152: + -151:-150:149:-144:-143):-64:-4) (-11:(10:(-49 (-59:-34:27):35:-26: + 21:23) (-31:(27:-23:-25) (27:25) (-58:29:38:-27))) (12:((-28:-38) + (28:-30):-27:29) (-602:-60:-51:-37:27:-28)) (14:(31:27:25:37:-60) + (45:(-23:31:-25) (-603:-40:-51:-60:-37:25)) (38:31:-27))) (60:(314: + -308) (-323:315:-314) (-318:311:-315)) (-18:17:-34:38:-27:-29) (320: + -307:308) (65:8:3:64:-7:-63) (226:225:183:63:-227:-119) (-111:((119: + 118:117) (34:-115:-117):116:112) (113:119:117:-115:-118) (-186:116: + -115:-119:227)) (-494:492:491:-490:-489:-34:7) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, -52.050, -26.025, -41.830, 0.000) + %Enclosed cells : (3, 5, 12, 19, 34, 52, 57, 99) +cell 183 0 void 725 -714 720 -715 717 -711 (-3:102:101:100:-99:98) (100:(99: + (102:-101:-132:123) (125:-124:-130:-123)) (-131:-128:123:-101:132)) + ((-131:-128:132) (102:99:-132):101:100:-3) (154 153 152 151 (-618: + -617:-616:-615:-150:149:-144:-143):-4:-64) (-306:305:304:99:-100: + -101:-130) (-473:-472:470:469:468:100) (97:(-98:-3:-234:-235:236) + (-243:242:-244:-98:-236)) (229:-228:(-234:-235:230:3) (233:-232:-231: + -230)) (-241:-240:239:-238:237:3) (481:480:-479:477:476:-101:-99) %Automatic Generated Void Cell. Enclosure(63.141, 84.188, -26.025, 0.000, -41.830, 0.000) + %Enclosed cells : (10, 14, 16, 19, 35, 36, 37, 38, 41, 54, 92, 95) +cell 184 0 void 708 -724 721 -710 717 -711 (-35:23:21:-26:36) (10:((-49 (-59: + -34:27):23:35) (-45:(25:-40) (36:-23:-25)):-11:-26:21) ((31:-23:-25) + (-603:-51:-37:-60:-40:25):45:-13)) (-33:32:-34:-35:21:-26) (60:(-332: + 324) (-328:-318:331) (-337:-331:332)) (38:-29:16:-15:-34:-59:-27) + (334:325:-324) (-4:(-64:(-146:-145:-144:-143:-614:-613:-612:-611: + -142:141) 147 148) (-64:352 353 (-638:-637:-636:-635:-355:-354:351: + 350:-142:141))) (65:3:-2:1:64:-63) (586:585:584:-32:-33:21:-26) (116: + 112:(-111:(-115:34:-117) (118:119:117)) (-186:-224:-115:-119)) (226: + 225:-184:224:63:-119) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, 26.025, 52.050, -41.830, 0.000) + %Enclosed cells : (3, 4, 12, 18, 33, 51, 58, 62, 149) +cell 185 0 void 724 -713 721 -710 717 -711 (147 148 (-614:-613:-612:-611:-146: + -145:-144:-143:-142:141):-64:-4) (10:(-9:((-28:-38) (28:-30):-27:29) + (-602:-60:-51:-37:27:-28)) (-11:(-49 (-59:-34:27):35:-26:21:23) (-31: + (27:-23:-25) (27:25) (-58:29:38:-27))) (-13:(31:27:25:37:-60) (45: + (-23:31:-25) (-603:-40:-51:-60:-37:25)) (38:31:-27))) (60:(-332:324) + (-328:-318:331) (-337:-331:332)) (16:-15:-34:-59:38:-27:-29) (334: + 325:-324) (65:3:-2:64:1:-63) (226:225:-184:224:63:-119) (492:491: + -490:-489:488:-1:-34) (112:((119:118:117) (34:-115:-117):116:-111) + (-114:119:117:-115:-118) (-186:-224:116:-115:-119)) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, 26.025, 52.050, -41.830, 0.000) + %Enclosed cells : (3, 4, 12, 18, 33, 51, 58, 98) +cell 186 0 void 725 -714 715 -721 717 -711 (96:-3:102:101:100:-97) (100:(-96: + (102:121:-101:123) (125:-124:120:-123)) (122:-128:-101:123:-121)) + ((102:-96:121) (122:-128:-121):101:100:-3) (148 147 146 145 (-614: + -613:-612:-611:-144:-143:-142:141):-4:-64) (-306:304:-96:-100:-101: + 305:120) (-471:470:469:468:-467:100) (349:107:-96:-3:-305:120) (478: + 477:476:-475:-479:96:-101) (-98:(97:-3:-234:-235:236) (-244:-243:242: + 97:-236)) (-228:229:(-234:-235:230:3) (233:-232:-231:-230)) %Automatic Generated Void Cell. Enclosure(63.141, 84.188, 0.000, 26.025, -41.830, 0.000) + %Enclosed cells : (10, 13, 15, 18, 35, 36, 38, 41, 53, 61, 91, 94) +cell 187 0 void 723 -708 720 -715 718 -726 ((179:-181) (-63:178:177:-179):180: + -8:182) (-8:182:178:-177:-179:70) ((-66:71 72 (-609:-608:-607:-606: + 69:67:-70:68)) (169:(171:170:-625:-624:-623:-622:-70:68) 172 173) + (-169:267) (-169:269) (66:268 270 (-634:-633:-632:-631:-266:-265:-70: + 68:-269:-267:-169)) 175 174 74 73:-8:2) (((-641:-640:-639:-356:351: + 350) (-442:-441:-690:-435:-691:434:-689:-688):149:-150) 443 440 360 + 359 358 357:-4:-64) ((-294:(-179:177:181) (-296:-295:-181)) (178:70: + -177:-179):-182:176) (-7:6:5:3:8:4) %Automatic Generated Void Cell. Enclosure(-21.047, 0.000, -26.025, 0.000, -83.661, -62.746) + %Enclosed cells : (2, 6, 21, 23, 32, 43, 47, 56, 63, 87) +cell 188 0 void 723 -708 720 -715 726 -717 ((178:177:-63:-179) (179:-181):182: + 180:-8) (((-442:-441:434:-435:-691:-690:-689:-688) (-639:-356:351: + 350:-641:-640):149:-150) 360 359 358 357 443 440:-64:-4) (65:-7:3:64: + 8:-63) %Automatic Generated Void Cell. Enclosure(-21.047, 0.000, -26.025, 0.000, -62.746, -41.830) + %Enclosed cells : (5, 23, 63, 87) +cell 189 0 void 723 -708 715 -721 718 -726 ((179:-181) (-63:178:177:-179):180: + 2:-176) (178:-176:-177:-179:70:2) ((-66:71 72 (-609:-608:-607:-606: + 69:67:-70:68)) (169:(171:170:-625:-624:-623:-622:-70:68) 172 173) + (-169:267) (-169:269) (66:268 270 (-634:-633:-632:-631:-266:-265:-70: + 68:-269:-267:-169)) 175 174 74 73:2:-8) (((-638:-637:-636:-635:351: + 350) (-439:-436:-435:434:-687:-686:-685:-684):141:-142) 438 437 355 + 354 353 352:-4:-64) ((-294:(-179:177:181) (-296:-295:-181)) (178:70: + -177:-179):176:-182) (6:5:3:1:-2:4) %Automatic Generated Void Cell. Enclosure(-21.047, 0.000, 0.000, 26.025, -83.661, -62.746) + %Enclosed cells : (1, 6, 21, 22, 32, 43, 47, 55, 62, 86) +cell 190 0 void 723 -708 715 -721 726 -717 ((178:177:-63:-179) (179:-181):180: + -176:2) (((-439:-436:-435:434:-687:-686:-685:-684) (-638:-637:-636: + -635:351:350):141:-142) 355 354 353 352 438 437:-64:-4) (65:3:1:64: + -2:-63) %Automatic Generated Void Cell. Enclosure(-21.047, 0.000, 0.000, 26.025, -62.746, -41.830) + %Enclosed cells : (4, 22, 62, 86) +cell 191 0 void 708 -724 720 -715 717 -727 ((-33:32:-35) (-59:49:27:23:-11:10: + 35):-34:-26:21) (((-641:-640:-639:-356:351:350) (-144:-143:-618:-617: + -616:-615):149:-150) 154 153 152 151 360 359 358 357:-64:-4) (116: + ((-115:(185:113) (-185:-183)) (189:114:-113):-119:-186) (118:117:112: + -111:119)) ((-388:(399:-396) (-646:-395:-645:-399) (400:-397) (398: + -649:-648:-647:-399:-400) (-651:-650:-394:-400)) (-389:(412:-396) + (-664:-650:-394:-411) (411:-410) (-666:-665:406:-647:-411:-412) + (-667:-395:-645:-412)) (-644:-394:-395:389:388):-8:-390) (65:-7:3:64: + 8:-63) (-227:226:225:63:-119:183) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, -41.830, -20.915) + %Enclosed cells : (3, 5, 12, 19, 24, 34, 63, 70, 71, 74) +cell 192 0 void 708 -724 720 -715 727 -711 (-35:23:21:-26:36) (-11:((-49 (-59: + -34:27):23:35) (-45:(25:-40) (36:-23:-25)):10:-26:21) ((31:-23:-25) + (-603:-51:-37:-60:-40:25):45:14)) (-33:32:-34:-35:21:-26) (321:(-318: + -310:313) (-322:312:-313)) ((-309:310) (311:-315) (-316:-311:309): + -318:60) (278:-272:273) (279:274:-273) (38:-29:-18:17:-34:-27) (65: + 64:8:-7:3:-63) (586:585:584:-32:-33:21:-26) (116:((-115:34:-117) + (118:119:117):112:-111) ((-115:(185:113) (-185:-183)) (189:114:-113): + -119:-186)) (-227:226:225:63:-119:183) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, -20.915, 0.000) + %Enclosed cells : (3, 5, 12, 24, 34, 44, 57, 149) +cell 193 0 void 724 -713 720 -715 717 -727 ((-150:149:-144:-143:-618:-617: + -616:-615) 154 153 152 151:-64:-4) ((-395:-646:-645:-399) (399:-396) + (398:-649:-648:-647:-399:-400) (-650:-651:-394:-400) (400:-397):-390: + -8:-388) ((412:-396) (-395:-667:-645:-412) (-664:-394:-650:-411) + (-665:-666:406:-647:-411:-412) (411:-410):-390:-8:-389) ((3:(-416:-8: + 409) (-674:-663:-392:-409)) (-415:408:-8) (-673:-660:-393:-8:-408) + (-675:-662:406:-661:-8:-408:-409):-389:-390) ((-389:(-394:-664) + (-666:-665:406) 411 412 (-395:-667)) (-388:(-395:-646) (398:-649: + -648) 399 400 (-394:-651)):390:530) ((-388:404 (-393:-656)) (-389: + (-393:-660) 408 409 (406:-662:-661) (-392:-663)):390:-531) (116: + ((-115:(185:113) (-185:-183)) (189:114:-113):-119:-186) (118:117:112: + -111:119)) (-669:-390:-8:-393:-392:389:388:3) (-59:49:35:-34:27:-26: + 23:21:-11:10) (65:-7:64:8:3:-63) (-644:-390:-8:-394:-395:389:388) + (-391:390:389:388) (-227:226:225:63:-119:183) (-241:-240:239:-238: + 237:3) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, -41.830, -20.915) + %Enclosed cells : (3, 5, 12, 19, 24, 34, 37, 68, 70, 71, 74, 76, 78, 110, 111, 112, 116) +cell 194 0 void 724 -713 720 -715 727 -711 (-111:((119:118:117) (34:-115:-117) + :116:112) (113:119:117:-115:-118)) (-119:((-186:116:189) (-188:187: + 118:185:-189):-113:114) ((185:113) (-185:-183):-115:-186:116)) ((3: + (-663:-674:-392:-409) (-416:-8:409)) (-660:-673:-393:-8:-408) (-662: + 406:-661:-675:-8:-408:-409) (-415:408:-8):-389:-390) ((3:(-674:-653: + -392:-403) (-419:-8:403)) (-673:-656:-393:-8:-404) (-675:-659:-658: + 398:-8:-403:-404) (-420:-8:404):-388:-390) ((-392:-653) 403 404 + (-659:-658:398) (-393:-656):-531:390:-388) ((555:-556) (-701:-577: + -576:-474:-555):557:573) (29:-38:37:-12:14:-27:-28) (-11:(10:(-49 + (-59:-34:27):35:-26:21:23) (-31:(27:-23:-25) (27:25) (-58:29:38:-27)) + ) (12:(29:-38:-27:-28) (-30:29:28:-27) (-602:-37:27:-60:-51:-28)) + (14:(31:38:-27) (31:27:25:37:-60) (45:(31:-23:-25) (-603:-40:-60:-51: + -37:25)))) (321:(-318:-310:313) (-322:312:-313)) ((-309:310) (311: + -315) (-316:-311:309):-318:60) (263:58:-262) (264:-261:262) (-18:17: + -34:38:-27:-29) (-600:13:29:-38:-58:-28:-31) (-601:29:-38:-14:-58: + -28:-31) (278:-272:273) (279:274:-273) (506:-34:-503) (507:-730:-502: + 503) (543:-34:-29) (-552:551:556 (554:(555:-556) (-697:-118:553:-550: + 549:-555))) (558:((555:-556) (-697:-118:553:-550:549:-555):-557:554) + (556:-557)) (65:64:-7:8:3:-63) (-391:390:389:388) (-669:-390:-8:-393: + -392:389:388:3) (160:9:29:28:-12:-58:-30) (-446:(450:474) (449:448: + -450)) (-227:226:225:63:-119:183) (491:((519:-516) (454:-515:-34: + -519):-518:517) (492:-490:-489:182:-34:-8)) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, -20.915, 0.000) + %Enclosed cells : (3, 5, 12, 20, 24, 34, 42, 44, 57, 68, 76, 78, 80, 89, 93, 99, 103, 105, 111, 124, 128, 129, 136, 146, 147) +cell 195 0 void 713 -725 720 -715 717 -727 (154 153 152 151 (-618:-617:-616: + -615:-150:149:-144:-143):-64:-4) ((-185:-183) (185:113):-119:116: + -115:-186) ((-235:-234:-3:236) (-244:-243:242:-236):-98:97) (100: + ((-131:-128:132) (102:99:-132):-101:123) ((102:99:-132) (-131:-128: + 132) (98:102:-99):101:-3)) (-390:(-389:(3:(-416:-8:409) (-674:-663: + -392:-409)) (-415:408:-8) (-673:-660:-393:-8:-408) (406:-675:-662: + -661:-8:-408:-409)) (-669:388:-8:-393:-392:389:3)) ((-235:-234:3:230) + (-231:233:-232:-230):229:-228) (65:-63:-7:64:8:3) (-241:-240:239: + -238:237:3) %Automatic Generated Void Cell. Enclosure(42.094, 63.141, -26.025, 0.000, -41.830, -20.915) + %Enclosed cells : (5, 10, 14, 16, 19, 24, 35, 36, 37, 38, 41, 76, 78) +cell 196 0 void 713 -725 720 -715 727 -711 ((102:-99:98) (-103:97:-98):101: + 100:-3) ((-131:-128:132) (102:99:-132):123:-101:100) ((-131:-128:132) + (102:99:-132):101:100:-3) (97:-98:-3:-234:-235:236) (449:(446:-447) + (448:-450:-446)) (564 (499:-563:562:559:-550:549):-566:-567) (((571: + -699) (-572:-700):-575:447) (575:-565):573:574) (((101:-3) (-306:304: + -101):99:-130) (96:-3:101:-99):-100:305) (564 565 (499:-563:562:559: + -550:549):-560:-561) (-115:(-111:(112:34:116:-117) (-118:119:113:117) + ) ((185:113) (-185:-183):-186:-119:116)) (-390:(-389:(3:(-663:-674: + -392:-409) (-416:-8:409)) (-660:-673:-393:-8:-408) (-662:406:-661: + -675:-8:-408:-409) (-415:408:-8)) (-388:(3:(-653:-674:-392:-403) + (-419:-8:403)) (-656:-673:-393:-8:-404) (-659:-658:398:-675:-8:-403: + -404) (-420:-8:404)) (-669:-8:-393:-392:389:388:3)) ((-235:-234:3: + 230) (233:-232:-231:-230):-228:229) (491:((-490:-489:-8:492) (-494: + -493:-492):-34:182) ((519:-516) (454:-515:-34:-519):517:-518)) (543: + -29:-34) (-63:65:64:-7:8:3) (474:450:-446) (481:480:-479:477:476: + -101:-99) (-244:-243:242:97:-98:-236) (-501:-500:-498:497:-499:3) %Automatic Generated Void Cell. Enclosure(42.094, 63.141, -26.025, 0.000, -20.915, 0.000) + %Enclosed cells : (5, 10, 12, 14, 16, 24, 35, 36, 38, 41, 54, 64, 76, 78, 80, 85, 89, 93, 95, 99, 101, 105, 124, 130, 131, 135, 148) +cell 197 0 void 708 -724 715 -721 717 -727 ((-33:32:-35) (-59:49:27:23:-11:10: + 35):-34:-26:21) (((-638:-637:-636:-635:351:350) (-144:-143:-614:-613: + -612:-611):141:-142) 148 147 146 145 355 354 353 352:-64:-4) (116: + ((-115:(187:-114) (-187:184)) (189:-113:114):-119:-186) (118:117:112: + -111:119)) ((-388:(-653:-652:-392:-403) (404:-654) (-656:-655:-393: + -404) (403:-401) (-658:398:-659:-657:-403:-404)) (-389:(409:-407) + (408:-405) (-663:-652:-392:-409) (-660:-655:-393:-408) (-661:406: + -662:-657:-408:-409)) (-643:-392:-393:389:388):2:-390) (65:3:1:64:-2: + -63) (226:225:224:63:-119:-184) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, -41.830, -20.915) + %Enclosed cells : (3, 4, 12, 18, 24, 33, 62, 69, 72, 73) +cell 198 0 void 708 -724 715 -721 727 -711 (-35:23:21:-26:36) (10:((-49 (-59: + -34:27):23:35) (-45:(25:-40) (36:-23:-25)):-11:-26:21) ((31:-23:-25) + (-603:-51:-37:-60:-40:25):45:-13)) (-33:32:-34:-35:21:-26) (335: + (-318:326:-329) (-336:-330:329)) ((327:-326) (-316:-327:328) (-328: + 331):-318:60) (278:13:-274) (279:-273:274) (38:-29:16:-15:-34:-59: + -27) (65:64:3:-2:1:-63) (586:585:584:-32:-33:21:-26) (116:((-115:34: + -117) (118:119:117):112:-111) ((-115:(187:-114) (-187:184)) (189: + -113:114):-119:-186)) (226:225:224:63:-119:-184) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, -20.915, 0.000) + %Enclosed cells : (3, 4, 12, 24, 33, 44, 58, 149) +cell 199 0 void 724 -713 715 -721 717 -727 ((-144:-143:-142:141:-614:-613: + -612:-611) 148 147 146 145:-64:-4) ((-653:-652:-392:-403) (-656:-655: + -393:-404) (-659:-658:-657:398:-403:-404) (404:-654) (403:-401):-390: + -388:2) ((-652:-663:-392:-409) (-660:-655:-393:-408) (-662:406:-661: + -657:-408:-409) (409:-407) (408:-405):-390:-389:2) ((2:(-413:3:412) + (411:-414) (-672:-666:-665:406:-411:-412) (-671:-664:-394:-411)) + (-670:-667:-395:-412:3):-389:-390) ((-388:403 404 (-659:-658:398) + (-393:-656) (-392:-653)) (-389:(406:-662:-661) 408 409 (-392:-663) + (-393:-660)):390:-532) ((-388:400 (-394:-651)) (-389:(-666:-665:406) + 411 412 (-395:-667) (-394:-664)):390:-533) (116:((-115:(187:-114) + (-187:184)) (189:-113:114):-119:-186) (118:117:112:-111:119)) (-668: + -390:-394:-395:389:388:3:2) (-59:49:35:-34:27:-26:23:21:-11:10) (65: + 1:64:-2:3:-63) (-643:-390:-392:-393:389:388:2) (-391:390:389:388) + (226:225:224:63:-119:-184) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, -41.830, -20.915) + %Enclosed cells : (3, 4, 12, 18, 24, 33, 68, 69, 72, 73, 75, 77, 113, 114, 115, 117) +cell 200 0 void 724 -713 715 -721 727 -711 (112:((119:118:117) (34:-115:-117): + 116:-111) (-114:119:117:-115:-118)) (-119:((-186:116:189) (-188:185: + 118:187:-189):114:-113) ((187:-114) (-187:184):-115:-186:116)) ((2: + (-664:-671:-394:-411) (406:-666:-665:-672:-411:-412) (-413:3:412) + (411:-414)) (-667:-670:-395:-412:3):-389:-390) ((2:(-671:-651:-394: + -400) (-672:398:-649:-648:-399:-400) (-417:3:399) (400:-418)) (-670: + -395:-646:-399:3):-388:-390) ((-646:-395) (398:-649:-648) 399 400 + (-394:-651):-533:390:-388) ((555:-556) (-701:-577:-576:-474:-555): + 557:573) (29:37:-38:-13:9:-27:-28) (10:(-11:(-49 (-59:-34:27):35:-26: + 21:23) (-31:(27:-23:-25) (27:25) (-58:29:38:-27))) (-9:(29:-38:-27: + -28) (-30:29:28:-27) (-602:27:-37:-60:-51:-28)) (-13:(31:38:-27) (31: + 27:25:37:-60) (45:(31:-23:-25) (-603:-40:-60:-51:-37:25)))) (335: + (-318:326:-329) (-336:-330:329)) ((327:-326) (-316:-327:328) (-328: + 331):-318:60) (451:-455:-464:463:-452) (451:-464:463:455:-452) ((465: + -464) (-458:694:-455:-465) (461:-460:-457:-34:-465:455):-451:453) + ((466:-464) (459:695:-455:-466) (462:696:-457:-34:-466:455):452:-454) + (16:-15:-34:-59:38:-27:-29) (-600:29:-38:13:-58:-28:-31) (-692:30: + 451:-455:-463:-452) (278:13:-274) (279:-273:274) (-456:-693:-34:451: + -457:-463:455:-452) (504:-34:-503) (505:-730:-502:503) (-552:551:556 + (554:(555:-556) (-697:-118:553:-550:549:-555))) (558:((555:-556) + (-697:-118:553:-550:549:-555):-557:554) (556:-557)) (65:64:1:-2:3: + -63) (-668:-390:-394:-395:389:388:3:2) (160:-12:29:28:9:-58:-30) + (226:225:224:63:-119:-184) (-391:390:389:388) (-446:(450:474) (449: + 448:-450)) (491:(-518:517:(-515:454:-34:-519) (519:-516) (520:-453: + -34:-522) (522:521)) (492:-490:-489:-176:-34:2)) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, -20.915, 0.000) + %Enclosed cells : (3, 4, 12, 20, 24, 33, 44, 58, 68, 75, 77, 79, 89, 90, 93, 98, 102, 105, 106, 114, 128, 129, 136, 146, 147) +cell 201 0 void 713 -725 715 -721 717 -727 (148 147 146 145 (-614:-613:-612: + -611:-144:-143:-142:141):-64:-4) ((-187:184) (187:-114):-119:116: + -115:-186) (-390:(-389:(2:(-413:3:412) (-672:-666:-665:406:-411:-412) + (411:-414) (-671:-664:-394:-411)) (-670:-667:-395:-412:3)) (-668: + 388:-394:-395:389:3:2)) ((-235:-234:-3:236) (-244:-243:242:-236):97: + -98) (100:((102:-96:121) (122:-128:-121):-101:123) ((102:-96:121) + (122:-128:-121) (-97:96:102):101:-3)) ((-235:-234:3:230) (-232:-231: + 233:-230):-228:229) (65:-63:1:64:-2:3) %Automatic Generated Void Cell. Enclosure(42.094, 63.141, 0.000, 26.025, -41.830, -20.915) + %Enclosed cells : (4, 10, 13, 15, 18, 24, 35, 36, 38, 41, 75, 77) +cell 202 0 void 713 -725 715 -721 727 -711 ((102:96:-97) (-103:-98:97):101: + 100:-3) ((102:-96:121) (122:-128:-121):123:-101:100) ((102:-96:121) + (122:-128:-121):101:100:-3) (97:-98:-3:-234:-235:236) (449:(446:-447) + (448:-450:-446)) (451:-455:-464:463:-452) (451:-464:463:455:-452) + ((465:-464) (461:-460:-457:455:-34:-465):-451:453) ((466:-464) (462: + 696:-457:455:-34:-466):452:-454) (-456:-693:-34:451:-457:-463:455: + -452) (564 (499:-563:562:559:-550:549):-566:-567) ((575:-565) (-699: + 571:447:-575):573:574) (564 565 (499:-563:562:559:-550:549):-560: + -561) (-115:(112:(-111:34:116:-117) (-118:119:-114:117)) ((187:-114) + (-187:184):-186:-119:116)) ((-3:(101:-100:305) (107:349:-305)) (-306: + 304:-100:-101:305):-96:120) (-390:(-389:(2:(-664:-671:-394:-411) + (-666:-665:406:-672:-411:-412) (-413:3:412) (411:-414)) (-667:-670: + -395:-412:3)) (-388:(2:(-651:-671:-394:-400) (398:-649:-648:-672: + -399:-400) (-417:3:399) (400:-418)) (-646:-670:-395:-399:3)) (-668: + -394:-395:389:388:3:2)) ((-235:-234:3:230) (233:-232:-231:-230):-228: + 229) (491:((-490:-489:2:492) (-493:488:-492):-34:-176) ((-34:(-515: + 454:-519) (520:-453:-522)) (519:-516) (522:521):517:-518)) (65:64: + -63:1:-2:3) (-99:96:-3:-100:305:101) (474:450:-446) (-479:478:477: + 476:-475:96:-101) (-244:-243:242:97:-98:-236) (-501:-500:-498:497: + -499:3) %Automatic Generated Void Cell. Enclosure(42.094, 63.141, 0.000, 26.025, -20.915, 0.000) + %Enclosed cells : (4, 10, 12, 13, 15, 24, 35, 36, 38, 41, 53, 61, 64, 75, 77, 79, 84, 89, 90, 93, 94, 98, 101, 105, 106, 130, 131, 135, 148) +cell 203 0 void 708 -724 720 -715 711 -728 (-35:23:21:-26:36) (-11:(10:((-45: + (25:-40) (39:46) (36:-23:-25)) (-41:22:-39:25:40) (-49:35:23):21:-26) + (-58:50:-28:-39:-40)) ((-50:-28:51) (-37:-603:25:45:-51):14:-60:-40) + (12:(47:-62:46:45:39:-28) (53:-30:28:39))) (55 (54:-61):-604:20:-28: + -58:-19:39) (321:(-318:-310:313) (-322:312:-313)) ((-309:310) (311: + -315) (-316:-311:309):-318:60) (278:-272:273) (279:274:-273) (-57: + -12:19:46:45:-56:-603:39:-62) (-605:56:-12:19:39:-58:-28:-62) (264: + 260:-259) (289:-285:284) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, 0.000, 20.915) + %Enclosed cells : (3, 42, 44, 45, 57) +cell 204 0 void 708 -724 720 -715 728 -719 (-11:(10:((-45:46:39) (-41:40:25: + 22:-39) (-48:47:-46:39):21:-26) (-61:-58:-53:-30:28:47)) (12:(28:53: + 39:-30) (-62:47:46:45:39:-28))) ((39:56) (57:47:46):-605:-62:-28:-58: + 19:-12) (58:-258:259) (-338:(62:(-309:310) (-316:-311:309) (311:-315) + ) (313:341:-310)) (264:260:-259) (288:-286:285) (284:289:-285) (-287: + 291:286) (339:317:316) (-342:312:341:-313) (-603:-12:19:46:45:-56: + -57:39:-62) (-604:52:20:47:46:-19:-58:-28:-61) (-156:9:28:53:-12:-58: + -61:-30) (569:-568:258) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, -26.025, 0.000, 20.915, 41.830) + %Enclosed cells : (3, 20, 42, 45, 59, 132) +cell 205 0 void 724 -713 720 -715 711 -728 ((-12:((158:-159) (160:29) (157: + -61:-158):-58:9) (-167:155:-160:159)) (-166:-165:-620:619:-160:159: + -58):28:-30) (29:-38:37:-12:14:-27:-28) (-11:(-40:51:-60:-50:14:-28) + (10:((-41:22:25:40:-39) (-49:35:23):21:-26) (-58:-28:50:-39:-40)) + ((27:-39) (-27:29) (39:53):-30:28:12) (45:(47:46:-62:-28:12:39) + (-603:25:-51:-60:14:-40:-37)) (-38:29:12:-27:-28) (31:27:25:14:37: + -60) (-602:-37:27:-60:-51:12:-28)) (55 (-61:54):-604:20:-28:-58:-19: + 39) (264:(260:-259) (-261:262)) (58:261:-260) (321:(-318:-310:313) + (-322:312:-313)) ((-309:310) (-316:-311:309) (311:-315):-318:60) + (278:-272:273) (319:317:316) (-605:56:-12:19:39:-58:-28:-62) (277: + -271:272) (279:274:-273) (289:284:-285) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, 0.000, 20.915) + %Enclosed cells : (3, 20, 42, 44, 45, 57) +cell 206 0 void 724 -713 720 -715 728 -719 ((-12:((-156:53) (157:-158):9:-58: + -61) (-163:155:156:-157)) (-620:619:-162:-161:156:-157:-58:-61):28: + -30) (-11:(10:(-61:-58:-30:28:-53:47) (-41:40:-26:25:22:21:-39)) (12: + (28:53:39:-30) (45:-62:46:47:39:-28))) ((39:56) (57:47:46):-605:19: + -62:-28:-58:-12) (-338:(62:(-309:310) (-316:-311:309) (311:-315)) + (313:341:-310)) (-258:58:259) (264:260:-259) (339:317:316) (-342:312: + 341:-313) (-285:284:289) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, -26.025, 0.000, 20.915, 41.830) + %Enclosed cells : (3, 20, 42, 45, 59) +cell 207 0 void 708 -724 715 -721 711 -728 (289:(282:-283) (284:-285)) (-35: + 23:21:-26:36) (56:-20:9:39:-28:-62) (10:(-11:((-45:(25:-40) (39:46) + (36:-23:-25)) (-41:22:-39:25:40) (-49:35:23):21:-26) (-58:50:-28:-39: + -40)) ((-28:-50:51) (-37:-603:25:45:-51):-60:-13:-40) (-9:(47:-62:46: + 45:39:-28) (53:-30:28:39))) (55 (54:-61):-604:-19:-28:-58:20:39) + (335:(-318:326:-329) (-336:-330:329)) ((327:-326) (-316:-327:328) + (-328:331):-318:60) (279:-273:274) (278:13:-274) (-57:46:45:-20:9: + -56:-603:39:-62) (445:444:-259) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, 0.000, 20.915) + %Enclosed cells : (3, 44, 45, 58, 88) +cell 208 0 void 708 -724 715 -721 728 -719 (56:-20:9:39:-28:-62) (57:47:46: + -20:9:-28:-62) (10:(-11:((-45:46:39) (-41:40:25:22:-39) (-48:47:-46: + 39):21:-26) (-61:-58:-53:-30:28:47)) (-9:(28:53:39:-30) (-62:47:46: + 45:39:-28))) (289:(282:-283) (284:-285)) (326:316:346) ((346:-329: + 326) (331:62:-326):-316:-338) (61:-258:259) (290:283:-284) (288:281: + -282) (445:444:-259) (327:62:316:-326) (-328:324:62:316) (344:317: + 316) (-603:46:45:-20:9:-56:-57:39:-62) (-604:52:-19:20:47:46:-58:-28: + -61) (-347:-330:346:329) (-156:-12:28:53:9:-58:-61:-30) (570:-568: + 258) %Automatic Generated Void Cell. Enclosure(0.000, 21.047, 0.000, 26.025, 20.915, 41.830) + %Enclosed cells : (3, 20, 45, 60, 88, 133) +cell 209 0 void 724 -713 715 -721 711 -728 ((9:((158:-159) (160:29) (157:-61: + -158):-58:-12) (-168:-621:-160:159)) (-166:-165:-620:619:-160:159: + -58):28:-30) (289:(282:-283) (-285:284)) (29:37:-38:-13:9:-27:-28) + (10:(-40:51:-13:-60:-50:-28) (-11:((-41:22:25:40:-39) (-49:35:23):21: + -26) (-58:-28:50:-39:-40)) ((27:-39) (-27:29) (39:53):-30:28:-9) (45: + (47:46:-62:-28:-9:39) (-603:25:-51:-60:-13:-40:-37)) (-38:29:-9:-27: + -28) (31:27:25:-13:37:-60) (-602:27:-37:-9:-60:-51:-28)) (55 (-61:54) + :-604:-19:-28:-58:20:39) (335:(-318:326:-329) (-336:-330:329)) ((327: + -326) (-316:-327:328) (-328:331):-318:60) (-158:61:-444) (451:-455: + -464:463:-452) (451:-464:463:455:-452) ((465:-464) (461:-460:-457: + 455:-34:-465):-451:453) ((466:-464) (462:696:-457:455:-34:-466):452: + -454) (56:-20:9:39:-28:-62) (333:317:316) (277:-13:275) (278:13:-274) + (279:-273:274) (280:276:-275) (445:-259:444) (-456:-693:-34:451: + -457:-463:455:-452) (110:109:108:-107:-106:105) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, 0.000, 20.915) + %Enclosed cells : (3, 11, 20, 44, 45, 58, 88, 90) +cell 210 0 void 724 -713 715 -721 728 -719 ((9:((157:-158) (-156:53):-12:-58: + -61) (-164:-621:156:-157)) (-162:-161:-620:619:156:-157:-58:-61):28: + -30) (10:(-11:(-61:-58:-30:28:-53:47) (-41:40:-26:25:22:21:-39)) (-9: + (28:53:39:-30) (45:-62:46:47:39:-28))) ((39:56) (57:47:46):-20:-62: + -28:9) (289:(-283:282) (284:-285)) (326:316:346) ((346:-329:326) + (331:62:-326):-316:-338) (61:(-444:-158) (259:-258)) (290:283:-284) + (327:62:316:-326) (-328:324:62:316) (344:317:316) (-347:-330:346:329) + (445:-259:444) (110:109:108:-107:-106:105) %Automatic Generated Void Cell. Enclosure(21.047, 42.094, 0.000, 26.025, 20.915, 41.830) + %Enclosed cells : (3, 11, 20, 45, 60, 88) +cell 211 0 void -729 (-707:714:-709:710:-718:712) %Graveyard_in +cell 212 0 outside 729 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 py 2.8299968e+01 +surf 2 py 2.2299968e+01 +surf 3 plane 9.4664926e-01 9.9539300e-14 3.2226570e-01 4.7660409e+01 +surf 4 plane 3.7091922e-03 2.9992675e-13 9.9999312e-01 -6.4194741e+01 +surf 5 plane -9.4664926e-01 -9.9522821e-14 -3.2226570e-01 8.1689591e+01 +surf 6 plane -3.7091922e-03 -2.9992675e-13 -9.9999312e-01 7.6194741e+01 +surf 7 py -2.8300032e+01 +surf 8 py -2.2300032e+01 +surf 9 py 2.2500000e+01 +surf 10 py 4.1450000e+01 +surf 11 py -4.1450000e+01 +surf 12 py -2.2500000e+01 +surf 13 py 8.4309998e-01 +surf 14 py -5.9600000e+00 +surf 15 py 2.3300000e+01 +surf 16 py 2.7300000e+01 +surf 17 py -2.3300000e+01 +surf 18 py -2.7300000e+01 +surf 19 py -6.1000000e-01 +surf 20 py 5.9600000e+00 +surf 21 plane -6.6034914e-02 9.9756405e-01 -2.2480119e-02 4.0185542e+01 +surf 22 plane -9.4664926e-01 -2.1921354e-13 -3.2226570e-01 1.3057091e+01 +surf 23 plane 4.4150585e-01 1.5515864e-13 8.9725837e-01 5.6775457e+00 +surf 24 plane -3.2226570e-01 0.0000000e+00 9.4664926e-01 1.4886353e+01 +surf 25 plane -4.4150585e-01 -1.5509168e-13 -8.9725837e-01 -6.9503379e+00 +surf 26 plane 6.6034914e-02 9.9756405e-01 2.2480119e-02 -4.0185542e+01 +surf 27 plane 7.5241491e-01 1.0971067e-13 -6.5868946e-01 2.3361827e+01 +surf 28 plane -9.4664926e-01 -2.1927895e-13 -3.2226570e-01 -3.0360409e+01 +surf 29 plane 3.2226570e-01 0.0000000e+00 -9.4664926e-01 1.5913647e+01 +surf 30 plane -9.4664926e-01 -2.1921354e-13 -3.2226570e-01 -3.4160409e+01 +surf 31 plane 3.2226570e-01 -0.0000000e+00 -9.4664926e-01 1.3263647e+01 +surf 32 plane -3.2226570e-01 0.0000000e+00 9.4664926e-01 -1.4113647e+01 +surf 33 plane 9.4664926e-01 2.1921354e-13 3.2226570e-01 -1.2357091e+01 +surf 34 plane -3.2226570e-01 0.0000000e+00 9.4664926e-01 -2.1913647e+01 +surf 35 plane -8.9725837e-01 -1.5497629e-13 4.4150585e-01 -8.1010087e+00 +surf 36 plane -9.4664926e-01 -2.1921354e-13 -3.2226570e-01 2.5709075e-01 +surf 37 plane -3.2226570e-01 0.0000000e+00 9.4664926e-01 -9.5136472e+00 +surf 38 plane 9.4664926e-01 2.1929709e-13 3.2226570e-01 2.8660409e+01 +surf 39 plane -4.4150585e-01 -1.5500738e-13 -8.9725837e-01 -2.3319860e+01 +surf 40 plane 8.9725837e-01 1.5513963e-13 -4.4150585e-01 1.3828574e+01 +surf 41 plane 3.2226570e-01 0.0000000e+00 -9.4664926e-01 -2.6936353e+01 +surf 42 plane 9.4664926e-01 2.1921354e-13 3.2226570e-01 -6.0570908e+00 +surf 43 plane 3.2226570e-01 0.0000000e+00 -9.4664926e-01 -3.6936353e+01 +surf 44 plane 8.9725837e-01 1.5500738e-13 -4.4150585e-01 -3.1815169e+01 +surf 45 plane -9.4664926e-01 -2.1930967e-13 -3.2226570e-01 -1.7042909e+01 +surf 46 plane -8.9725837e-01 -1.5500622e-13 4.4150585e-01 3.8137405e+00 +surf 47 plane -3.2226570e-01 0.0000000e+00 9.4664926e-01 2.9486353e+01 +surf 48 plane 9.4664926e-01 2.1935086e-13 3.2226570e-01 7.9429092e+00 +surf 49 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########################################################## +C +230 0 312 -313 314 -315 316 -317 (-93:(-100:16:99) (101:98:-99)) (-97:94: + -111:-112:-113:110:109:108:-114:-115) (-133 (-23:-11:-4:2):-183:184: + -6:1) (118:(113:-112:-114:109) (-111:(114:-112:109) (108:(94:-110: + -113:-114:109) (-122:-88:-112:-109)))) (-97:94:-136:118:-112:111: + -115:-88) (16:100:-118) (10:(-7:-3:-4:-6:-9:-11:8:2) (200:-198:-187: + -309:-308:184:183:-8:-11)) (132:130:126) (137:-135:-134:-97:94:-112: + -113:110:-115:136) (-272:((-3:1:-271) (271:-299):11:-6) (93:271:11:6: + -126)) (-273:-97:94:118:-11:-108:-112:-115:-88:6) (-25:(-11:112:9: + -88:6:-126:-95) (6:97) (92:93:91:6:-94) (96:95:-97:115:6:-91) (-105: + 29:94:93:-100:-133:-11:-118:6)) (127:129:126) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 718.521, -128.437, -64.218, -350.007, -254.833) + $Enclosed cells : (2, 49, 51, 52, 54, 58, 60, 61, 62, 63, 93, 125, 126, 149, 152, 153, 155, 162, 176) +231 0 312 -313 315 -318 316 -317 (9 (-11:10:-4:2):8:-7:-6:-3) ((-186: + -185:183) (1:-184:-183):182:-6:2) (188:-187:186:183:-184:-185) (185: + (-218:182:-6:2:-186) (-293:188:-187:-198:186)) (-133 (-23:-11:-4:2): + -183:184:-6:1) (198:-6:2) (183:(-8:-201:202:196) (-200:(-8:202:201) + (199:(184:197:-196:-201:202) (-208:10:-8:-202)))) (-272:((-3:1:-271) + (271:-299):11:-6) (93:271:11:6:-126)) (-25:(-11:112:9:-88:6:-126:-95) + (6:97) (92:93:91:6:-94) (96:95:-97:115:6:-91) (-105:-100:29:94:93: + -133:-11:-118:6)) (-291:-196:-197:-198:-200:-201:-8:184:202:199) + (-305:187:186:-6:-8:183:-198:-11:292) (-309:(-308:-198:184:183:-8: + -11:10:200:-187) (193:-198:-199:184:183:-8:10)) (213:212:3) (219: + -292:218:-6:-198:7:2) (-108:-273:-97:94:118:-11:-112:-115:-88:6) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 718.521, -64.218, -0.000, -350.007, -254.833) + $Enclosed cells : (2, 49, 51, 61, 62, 80, 84, 87, 91, 92, 93, 125, 126, 149, 151, 155, 159, 162, 164, 167) +232 0 312 -313 318 -319 316 -317 ((-186:-185:183) (1:-184:-183):182:-6:2) + (188:-187:186:183:-184:-185) (185:(-218:182:-6:2:-186) (-293:188: + -187:-198:186)) (198:-6:2) ((-195:-8:196) (-194:-196:-8) (-193:(184: + 197:-196:194:-195) (-211:10:-8:195)):192:183) (-5:(-3:2:4:1) (-2: + -168:-142:4)) (-11:(-9:-3:-4:-6:-7:10:8:2) (133:-23:-4:-6:184:2:-183: + 1)) (-139:(-2:-4:153:-168:176:13) (151:-2:-4:148:144:-153:-158:-287)) + (143:(145:-2:-142:-144:-146) (-175:-150:-20:-2:-4:-142:144:-148)) + (270:287:-2:146:-176:13:-158) (-291:192:-193:-195:-196:-197:-198:184: + -8:194) (-306:292:-4:186:-198:-8:183:-188:2) (-309:(-192:-4:188:-198: + 184:183:-8:10) (-199:-198:184:183:-8:10:193)) (214:212:3) (219:-292: + 218:-6:-198:7:2) (-221:158:-2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 718.521, -0.000, 64.218, -350.007, -254.833) + $Enclosed cells : (1, 2, 66, 76, 77, 80, 83, 88, 91, 92, 93, 123, 127, 151, 154, 160, 163, 164, 168, 169) +233 0 312 -313 319 -320 316 -317 (155:154:152:144:-151:-153:-156:-157: + -158:-287) (-2:-5:-168:-142:4) (-2:-4:151:-139:148:144:-153:-158: + -287) ((152:-154) (154:156) (-164:-151:-139:-152):155:-153:148) (220: + -139:-153:-155:-157:-222) (157:155:154:152:148:144:-151:-156) (222: + 220:144:-153:-155:-157:-158:-287) (1:(-3:-5:2:4) (-23:133:-4:-6:184: + -11:2:-183)) (10:(-9:-7:-3:-4:-6:-11:8:2) (-198:-192:188:-309:-4:184: + 183:-8)) (13:(-2:-4:153:-168:-139:176) (270:287:-2:146:-176:-158)) + (143:(145:-2:-142:-144:-146) (-167:157:-139:148:144:-155) (-20:-175: + -2:-4:-142:144:-148:-150)) (170:169:168) (173:-172:168) (16:150:-148) + (-221:(158:-2) (-294:222:144:-157:-153:-220:-158)) (101:149:142: + -150) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 718.521, 64.218, 128.437, -350.007, -254.833) + $Enclosed cells : (1, 2, 66, 68, 69, 72, 74, 76, 77, 93, 94, 123, 127, 148, 154, 157, 163, 166, 169, 177, 192, 197) +234 0 312 -313 321 -322 323 -317 ((39:-41) (-242:-296:25:-39):241:240: + -224) (-243:((224:-223:244) (-244:-232):240:-41:39) (-246:-245:-39: + 244:-223)) (-232:247:-41:243:39:-223) (246:253:244:-223) (224:25:246: + 244:-277:-253:-223) (-39:-232:-40:25:-244:-277) (-228:25:-40:-233: + -277:232) (-40:238:-277:232:228) (-39:244:243:-277:-246:-223) (224: + -39:245:244:-246:-223) (-11:6:(-105:-100:93:29:-133:94:-118:-25) + (-126:-95:9:112:-88:-25)) (16:25:-39:-43:-244:40) (-38:(-232:-41:-43: + -240:39) (-41:232:40:39) (-295:-40:-41:-238:232:37:228)) (254:(-39: + 247:277:258:-223) (-310:-259:257:-258:-223:25:277)) (227:-226:(224: + 223:25:-41:225) (236:-235:-234:41:225)) (230:-229:-228:25:-40:233) + (239:-237:-37:-295:-238:232:228) (251:250:-225) (-115:-97:134:94:118: + -112:-88:-25) (248:249:-225) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 718.521, -256.873, -192.655, -302.420, -254.833) + $Enclosed cells : (61, 62, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 106, 107, 112, 156, 171, 174, 181, 183, 185, 210, 211, 212, 213) +235 0 312 -313 322 -314 323 -317 ((136:(-135:-137) (-125:-88:-134:135)) + (113:-135:137):-112:118) (131:130:126) (-11:6:(-95:9:112:-88:-25: + -126) (-105:-100:93:29:-133:94:-118:-25)) (-40:(-39:-232:25:-244: + -277) (-228:(25:-233:-277:232) (230:-229:25:233))) (254:-310:-259: + -258:257:-223:25:277) (224:(227:-226:225:-41:223:25) (-253:246:25: + 244:-277:-223)) (-115:-97:(94:118:-112:-88:-25:134) (111:94:-136:118: + -112:-88)) (116:-112:125) (127:128:126) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 718.521, -192.655, -128.437, -302.420, -254.833) + $Enclosed cells : (56, 57, 59, 61, 62, 95, 96, 150, 153, 156, 174, 181, 183, 185) +236 0 313 -324 321 -322 316 -323 ((25:-40:-39) (-42:-41:39):38:37:16) + ((-38:37:-230) (-229:233:230):25:-40:-228) ((29:(28:-27:-93) (-105: + -100:-133:94:-118:-11:93)) (16:(28:27:29) (-125:-122:-301:-24:-118: + -29)) (-126:-95:9:112:-88:-11):-25:6) (-277:(-40:(25:(-39:-244:-232) + (-233:-228:232)) (238:232:228)) (-253:246:-223:224:25:244)) ((-41: + -40:-38:37) (239:-237:-37):-295:-238:232:228) (-43:25:-39:16:-244:40) + (227:-226:225:224:223:25:-41) (-115:-97:134:94:118:-112:-88:-25) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 796.042, -256.873, -192.655, -350.007, -302.420) + $Enclosed cells : (8, 10, 61, 62, 95, 96, 98, 112, 140, 156, 171, 174, 183, 185, 210) +237 0 313 -324 322 -314 316 -323 (-105:(106:(-102:16) (104:-101:102)) + (107:-93:101)) ((-125:-88:-134:135) (-135:-137):118:136:-112) (16: + -118:105) ((29:(28:-27:-93) (-100:-133:-105:94:-118:-11:93)) (16:(28: + 27:29) (-122:-301:-24:-125:-118:-29)) (-126:-95:9:112:-88:-11):-25:6) + ((-40:(-233:-228:232) (-39:-244:-232)) (-253:246:-223:224:244):25: + -277) ((134:-25) (-136:111):-115:-97:94:-88:118:-112) (-116:(29:123: + 119:118:-124) (125:(118:-119 (29:-123 124)) (-29:-121))) (-226:225: + 227:-41:224:223:25) (230:-229:-228:25:-40:233) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 796.042, -192.655, -128.437, -350.007, -302.420) + $Enclosed cells : (8, 53, 56, 61, 62, 95, 96, 140, 150, 153, 156, 174, 178, 183, 185, 201, 217) +238 0 313 -324 322 -314 323 -317 ((119:118:29) (-29:121):-124:123:-116) + (125:-112:116) ((-125:-88:-134:135) (-135:-137):118:136:-112) (124 + -123 -121:-29:125:-116) (-119 (29:-123 124):118:125:-116) ((26:24:87: + -27) (29:(28:-27:-93) (-105:-100:-133:94:-118:-11:93)) (88:87:118: + -24) (90:88:-87) (16:(27:(24:26) (29:28)) (-122:-301:-125:-118:-24: + -29)) (89:-285:-90:88:-87) (-95:9:-126:112:-11:-88):-25:6) ((-40: + (-233:-228:232) (-39:-244:-232)) (246:-253:-223:224:244):25:-277) + ((134:-25) (-136:111):-115:-97:94:-88:118:-112) (131:130:126) (227: + -226:225:-41:224:223:25) (230:-229:-228:25:-40:233) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 796.042, -192.655, -128.437, -302.420, -254.833) + $Enclosed cells : (7, 8, 48, 50, 56, 59, 61, 62, 95, 96, 140, 143, 145, 150, 153, 156, 174, 183, 185, 201, 217) +239 0 313 -324 315 -318 316 -323 (183:-203:-207:204:-23) (-6:(-133:184: + -183:1) ((-11:-4:-183:184:133:1) (-22:-19:-1):2:-23)) ((273:-304) + (-115:-108:-97:94:-273):-88:118:-112:-11:6) (183:(-8:-201:202:196) + (-200:(-8:202:201) (199:(-208:10:-8:-202) (197:184:-196:-201:202)))) + (-7:-3:-4:-6:-9:-11:10:8:2) (16:(-6:19:-22:-23:2) (-211:-302:17:-6: + 23:-208:-183:2)) (-272:((-3:1:-271) (271:-299):11:-6) ((-126:93:271) + (-271:-300):11:6)) (-274:187:-6:-8:183:-11:10) (-25:(-95:-11:112:9: + -88:6:-126) (-105:-100:29:94:93:-133:-11:-118:6)) (182:-6:2:-183: + -184:1) (-198:(-309:(-308:184:183:-8:-11:10:200:-187) (193:-199:184: + 183:-8:10)) (186:-305:292:187:-6:-8:183:-11)) (-205:(207 (-23:203 + -204):183:208) (-206:208:23)) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 796.042, -64.218, -0.000, -350.007, -302.420) + $Enclosed cells : (2, 6, 61, 62, 80, 85, 93, 125, 126, 141, 155, 158, 159, 162, 164, 167, 206, 219) +240 0 313 -324 318 -319 316 -323 (183:-207:209:-210:-23) ((-22:-19:-1) + (133:184:-183:-11:-4:1):-23:-6:2) ((-195:-8:196) (-194:-196:-8) + (-193:(-211:10:-8:195) (197:184:-196:194:-195)):192:183) ((-5:1:4) + (-9:-7:-11:10:8:-6:-4):2:-3) ((-287:-158:151:148:144:-153) (176:13: + -168:153):-139:-4:-2) ((-168:-5:4) (-175:-150:-20:143:-148:144:-4): + -2:-142) ((-22:19:-23) (-208:-302:17:-183:-211:23):16:-6:2) (((-192: + 188:-4) (193:-199):-309:184:10) (186:-306:292:2:-4:-188):-198:183:-8) + ((183:207 (-23:-209 210)) (23:-206):211:-205) (-307:-4:-8:183:10: + -188:2) (182:-6:2:-183:-184:1) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 796.042, -0.000, 64.218, -350.007, -302.420) + $Enclosed cells : (1, 2, 6, 76, 77, 80, 86, 93, 127, 141, 154, 160, 161, 163, 164, 168, 207, 220) +241 0 313 -324 319 -320 316 -323 (-6:19:16:-22:-23:2) ((-22:-19:-1) (133: + 184:-183:-11:-4:1):-23:-6:2) (-2:-5:-168:-142:4) ((-139:-151:-164: + -152) (152:-154):155:-153:148) (16:150:-148) ((-5:1:4) (-9:-7:-11:10: + 8:-6:-4):2:-3) ((-139:(-303:-148:-167:-164:20:16) (176:153:-168:-4)) + (-21:-15:16:-20):-2:13) (143:((-21:15:142) (-175:-150:-4:-148:144: + -142):-2:-20) (157:-155:-139:-167:148:144)) (159:(-160:-161:148:-20: + 162) (164:(148:160 (-20:161 -162)) (20:163))) (-287:-158:-2:-4:151: + -139:148:144:-153) (-307:-4:-8:183:10:-188:2) (181:289:-101:16:-150) + (-198:-192:-309:-4:188:184:183:-8:10) (17:-211:-208:-302:-6:23:16: + -183:2) (-222:220:-139:-153:-155:-157) (149:142:101:-150) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 796.042, 64.218, 128.437, -350.007, -302.420) + $Enclosed cells : (1, 2, 5, 6, 68, 70, 76, 77, 79, 93, 127, 141, 142, 148, 154, 157, 161, 163, 166, 177, 204, 216) +242 0 312 -313 320 -325 323 -317 (157:-139:148:-143:13:-222) (-265:-139: + -143:13:-153:-157) (157:-167:-139:148:144:143:-155) ((275:-265:-167: + -220) (-222:-155:220):-157:-153:-139) (-167:-265:-139:143:-275:-153: + -157) ((-175:-150:-20:-148:143:144:-142) (176:153:13:-139:-168):-2: + -4) ((-52:51:46:50) (61:59:276:-50):-13:-30) (-65:((-48:-13:46) (77: + 47:-46):45:-44) (-74:-276:-50:-45:-13:46)) (-147:-142:-143:13:-148: + -20) (-159:167:-153) (32:276:-13:-48:-49:-59) (171:169:168) (174: + -172:168) (-73:-70:276:-45:-13:49:-48) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 718.521, 128.437, 192.655, -302.420, -254.833) + $Enclosed cells : (13, 27, 67, 71, 73, 75, 76, 77, 119, 131, 135, 148, 166, 170, 172, 175, 190, 195) +243 0 313 -324 320 -325 316 -323 ((15:-21:142) (-147:-148:-142):13:-20: + -143) ((178:16) (-101:288:-178):179:-175) (157:-139:148:-143:13:-222) + (-265:-139:-143:13:-153:-157) (157:-167:-139:148:144:143:-155) + ((275:-265:-167:-220) (-222:-155:220):-157:-153:-139) (-167:-265: + -139:143:-275:-153:-157) (16:175:-148) (-2:((-21:15:142) (-150:-175: + 144:-148:-4:-142):-20:143) (13:(-139:(-303:-164:-167:-148:20:16) + (176:-168:153:-4)) (-21:-15:16:-20))) ((-52:51:46:50) (61:59:276:-50) + :-13:-30) (159:(-160:-165:148:-20:166) (167:(148:160 (-20:165 -166)) + (20:163))) ((-48:-44:45) (-74:-276:-50:-45):-65:46:-13) (269:268:142: + -179) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 796.042, 128.437, 192.655, -350.007, -302.420) + $Enclosed cells : (5, 13, 67, 71, 76, 77, 78, 119, 122, 131, 135, 142, 148, 166, 170, 179, 190, 195, 202, 218) +244 0 313 -324 325 -326 316 -323 ((-30:-13:32) (34:35:-32):31:-33:16) + ((31:33:52) (51:50:-52):46:-13:-30) (31:61:50:-46:-30:33) ((-139: + (-303:-167:-164:-148:20:16) (176:-168:-4:153)) (-21:-15:16:-20):13: + -2) ((-20:(-21:15:142) (-147:-148:-142)) (-139:(-265:-153:-157) + (-222:148:157)):13:-143) (-48:((-47:35:-46) (-13:-65:46):45:-44) (49: + -32:-45:-47:35)) (59:(63:276:-61:-30) ((35:33:-30:31) (62:-60:-31): + -279:-63:-61) (-13:(-50:61:276:-30) (36:32:16:30))) (-74:-65:-45:-13: + 46:-50:-276) (76:61:50:-46:-52:-31) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 796.042, 192.655, 256.873, -350.007, -302.420) + $Enclosed cells : (5, 9, 11, 12, 13, 17, 31, 33, 44, 67, 77, 119, 131, 135, 142, 173, 190, 195, 224) +245 0 327 -313 321 -322 316 -323 ((-40:233:-229) (231:232:229):230:25: + -228) (-258:254:-223:259:257) (25:-232:-39:277:-237:-254) (-228:25: + -233:277:-237:232) (-39:-232:-40:25:-244:-277) (-228:25:-40:-233: + -277:232) (-39:25:237:227:-254) (-227:-228:-229:25:237:-254) (277: + -237:238:232:228) (-40:238:-277:232:228) (254:-39:247:277:258:-223) + (-11:6:(-105:-100:93:29:-133:94:-118:-25) (-126:-95:9:112:-88:-25)) + (-295:(-38:-40:-41:-238:232:37:228) (239:-37:-237:-238:232:228)) + (-43:16:25:-39:-244:40) (-310:-258:254:-259:-223:25:277:257) (224: + (223:-226:25:-41:227:225) (-253:25:246:244:-277:-223)) (236:-235: + -234:-226:41:227:225) (243:(-232:247:-41:39:-223) (-39:244:-277:-246: + -223)) (-115:-97:134:94:118:-112:-88:-25) (-252:-261:-257:254:-229: + 25:-223) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(679.760, 718.521, -256.873, -192.655, -350.007, -302.420) + $Enclosed cells : (61, 62, 95, 96, 97, 98, 102, 110, 112, 156, 171, 174, 180, 181, 182, 183, 185, 198, 199, 200, 205, 210, 211, 212) +246 0 312 -327 322 -314 316 -323 ((-227:-228) (225:224:-41:227):223:25: + -226) ((232:231:229) (-40:233:-229):230:25:-228) (-228:25:-232:231: + 229:-252) (-97:94:118:-112:-115:-88:-25:134) (-39:25:237:227:-254) + (-227:-228:-229:25:237:-254) ((-223:(252:-226) (254:-229:-257:-252)) + (262:252:226):25:-261) (97 (96:115:95:-91) (-11:9:-126:-88:112:-95) + (93:92:-94:91):-25:6) ((-115:-112:-97:110) (-110:118):-113:137:-135: + 94:136:-134) ((-237:(-39:-254:-232) (-233:-228:232)) (-310:-259:-258: + -223:257:254):25:277) (298:260:-228:252:-262:25:226) (111:-97:94: + -136:118:-112:-115:-88) (127:128:126) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 679.760, -192.655, -128.437, -350.007, -302.420) + $Enclosed cells : (49, 51, 57, 62, 63, 95, 96, 105, 117, 149, 150, 153, 156, 180, 181, 182, 198, 199, 205, 225, 226) +247 0 327 -313 322 -314 316 -323 (-97:94:-134:-135:-112:-113:110:-115: + 137:136) (118:(-135:113:-112:137) (136:(-135:-137:-112) (-134:(94: + -110:-113:137:-135) (-125:-88:-112:135)))) (-97:94:118:-112:-115:-88: + -25:134) (6:(-25:97) (-11:(9:112:-88:-25:-126:-95) (-100:29:-133:94: + 93:-105:-118:-25)) (92:93:91:-25:-94) (96:95:-97:115:-25:-91)) (16: + -118:105) (-39:(25:-232:277:-237:-254) (-232:-40:25:-244:-277) (25: + 237:227:-254)) (-310:-259:-258:254:-223:25:277:257) (224:(-226:225: + -41:223:25:227) (-253:246:25:244:-277:-223)) (-228:((-40:233:-229) + (231:232:229):25:230) (25:-233:277:-237:232) (25:-40:-233:-277:232) + (-227:-229:25:237:-254)) (107:101:-105:-93) (111:-97:94:-136:118: + -112:-115:-88) (-252:-261:-257:254:-229:25:-223) (127:128:126) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(679.760, 718.521, -192.655, -128.437, -350.007, -302.420) + $Enclosed cells : (49, 51, 53, 57, 61, 62, 63, 95, 96, 149, 150, 153, 156, 174, 178, 180, 181, 182, 183, 185, 198, 199, 205) +248 0 328 -324 321 -322 323 -317 ((29:28:27:16) (29:(28:-27:-93) (-105: + -100:94:-133:-118:-11:93)) (88:87:118:-24) (90:88:-87) ((27:16) (-27: + 87):24:26) (-285:89:-90:88:-87) (-125:-122:-301:16:-118:-24:-29) + (-126:112:-95:9:-11:-88):-25:6) ((-42:38:43) (-244:40:-43):-39:25:16) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(757.281, 796.042, -256.873, -192.655, -302.420, -254.833) + $Enclosed cells : (7, 8, 10, 48, 50, 61, 62, 140, 143, 145, 171) +249 0 328 -324 314 -315 316 -323 (29:28:27:16:-25:6) ((93:-118:133) (-25: + (28:-27:-93) (-105:94:-11:-100:-118:-133:93)):6:29) (16:100:-118) (2: + (-6:19:16:-22:-23) ((-22:-19:-1) (184:-183:-11:133:-4:1):-23:-6) (-7: + -3:-4:-6:-9:-11:10:8) (-211:-208:-302:17:-6:23:16:-183)) (-274:187: + -6:-8:183:-11:10) (200:-198:-309:-308:184:183:-8:-11:10:-187) (-88: + ((94:-115:-108:-97:-273) (273:-304):118:-112:-11:6) (-136:-97:94:118: + -112:111:-115) (-109:118:-111:-112:108:-122) (-126:-95:-11:112:9:-25: + 6)) (99:16:-100:-93) (-121:-116:-29:122) (-125:-301:-24:-122:16:-118: + -25:6:-29) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(757.281, 796.042, -128.437, -64.218, -350.007, -302.420) + $Enclosed cells : (2, 6, 8, 52, 61, 62, 93, 140, 141, 152, 153, 155, 158, 162, 176, 203) +250 0 328 -324 314 -315 323 -317 (29:28:27:16:-25:6) ((93:-118:133) (-25: + (28:-27:-93) (-105:-100:94:-11:-118:-133:93)):6:29) (-9 (-95:-25:-11) + :-126:-88:112:6) (88:87:118:-24:-25:6) (90:88:-87:-25:6) ((94:-115: + -108:-97:-273) (273:-304):-88:118:-112:-11:6) (2:(-6:19:16:-22:-23) + ((-22:-19:-1) (184:-183:-11:133:-4:1):-23:-6) (-6:183:-10:17:-189) + (190:189:-6:-10) (-7:-3:-4:-6:-9:-11:10:8) (-18:(-6:19:16:-17) (-6: + -17:-19:-189)) (191:-290:189:-6:-10:-190) (-211:-208:-302:-6:23:17: + 16:-183)) (-136:-97:94:118:-112:111:-115:-88) (-274:187:-6:-8:183: + -11:10) (26:(27:24:16:-25:6) (24:87:-25:6:-27)) (200:-198:-309:-308: + 184:183:-8:-11:10:-187) (89:-285:-90:88:-87:-25:6) (-109:118:-111: + -112:108:-88:-122) (-121:-116:-29:122) (-125:-301:-122:16:-118:-24: + -25:6:-29) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(757.281, 796.042, -128.437, -64.218, -302.420, -254.833) + $Enclosed cells : (2, 4, 6, 7, 8, 48, 50, 61, 62, 81, 82, 93, 140, 141, 143, 144, 145, 147, 152, 153, 155, 158, 162, 203) +251 0 328 -324 315 -318 323 -317 (-205:23:208:-206 -204 203) ((-17:-18: + -19:-189) (-23:(-22:-19:-1) (184:133:-183:-11:-4:1)) (183:-10:17: + -189) (190:189:-10) (16:(19:(-17:-18) (-23:-22)) (-211:-302:-208: + -183:23:17)) (-7:-3:-9:8:-4:-11:10) (191:-290:189:-10:-190):-6:2) + ((-308:-187:-11:200) (-199:193):-198:-309:184:183:10:-8) ((-9 (-95: + -25:-11):112:-126) ((273:-304) (-115:-108:-97:94:-273):118:-112:-11): + 6:-88) (-274:187:-6:-8:183:-11:10) (-202:-200:183:-8:-208:10:199) + (-105:-100:93:29:94:-133:-11:-118:-25:6) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(757.281, 796.042, -64.218, -0.000, -302.420, -254.833) + $Enclosed cells : (2, 4, 6, 61, 62, 81, 82, 93, 141, 144, 147, 155, 158, 162, 164, 167, 206) +252 0 328 -324 318 -319 323 -317 (-205:23:211:210 -209 -206) ((-17:-18: + -19:-189) (-23:(-22:-19:-1) (133:184:-183:-11:-4:1)) (183:-10:17: + -189) (190:189:-10) (16:(19:(-17:-18) (-23:-22)) (-208:-302:-211: + -183:23:17)) (-9:-7:-3:8:-4:-11:10) (191:-290:189:-10:-190):2:-6) + ((-287:-158:151:148:144:-153) (176:-168:13:153):-139:-4:-2) ((188:-4: + -192) (193:-199):-198:-309:184:183:10:-8) (-175:-150:-20:143:-142:-2: + -4:144:-148) (-307:-4:-8:183:10:-188:2) (195:192:-193:-8:183:-211:10) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(757.281, 796.042, -0.000, 64.218, -302.420, -254.833) + $Enclosed cells : (2, 4, 6, 76, 77, 81, 82, 93, 141, 144, 147, 154, 161, 163, 164, 168, 207) +253 0 328 -324 319 -320 323 -317 ((19:16:-22:-23) (-23:(-22:-19:-1) (133: + 184:-183:-11:-4:1)) (183:-10:17:-189) (190:189:-10) ((19:16) (-19: + -189):-17:-18) (-9:-7:-3:8:-4:-11:10) (191:-290:189:-10:-190) (-211: + -208:-302:23:17:16:-183):2:-6) ((-138:16:14:139) (140:139:138) ((-15: + 16) (15:-138):-14:-12) (-21:-15:16:-20) (-303:-167:-164:-148:-139:20: + 16) (176:-168:153:-4:-139) (141:-286:-140:139:138):-2:13) (143:((-21: + 15:142) (-175:-150:-4:-148:144:-142):-2:-20) (157:-155:-139:-167:148: + 144)) (-287:-158:-2:-4:151:-139:148:144:-153) (163:159:20:164) (-307: + -4:-8:183:10:-188:2) (-198:-192:-309:-4:188:184:183:-8:10) (-222:220: + -139:-153:-155:-157) (-152:-164:155:-139:148:-151:-153) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(757.281, 796.042, 64.218, 128.437, -302.420, -254.833) + $Enclosed cells : (2, 3, 4, 5, 6, 64, 65, 76, 77, 81, 82, 93, 128, 141, 142, 144, 146, 147, 148, 154, 157, 161, 163, 166, 204) +254 0 312 -327 320 -325 316 -323 (-142:-143:145:-144:-146:13) (86:-46:77: + -84:65) (86:-13:46:-84:65) (158:221:146:-176:13) (221:-176:144:-146: + 13) ((13:265:-264) (264:221):-157:-222:-153) (-74:84:-13:46:65) (222: + 220:144:-153:-155:-157:-158:-287) (-2:(-142:145:-144:143:-146) (158: + -221) (-4:153:-168:-139:176:13) (270:287:146:-176:13:-158)) (-263: + -157:265:264:-153:-220:-221:-222) (-266:(-75:84:-13:46:74) (-51:-267: + -13:50:46)) (148:(222:221:144:176:13:-153) (222:157:-143:144:-221) + (-167:157:-139:144:143:-155)) (-276:-65:-74:-45:-13:46:-50) (-294: + 222:144:-157:-153:-220:-221:-158) (171:169:168) (-44:(47:-65:-46:77: + 45) (-48:-65:-13:46:45)) (49:-75:84:-46:77:74) (85:61:-284:-13:-84: + -86:65) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 679.760, 128.437, 192.655, -350.007, -302.420) + $Enclosed cells : (27, 38, 47, 66, 73, 77, 94, 118, 119, 120, 121, 123, 124, 129, 130, 132, 133, 134, 138, 139, 148, 169, 190, 191, 197) +255 0 327 -313 320 -325 316 -323 (-263:-157:265:264:-153:-220:-221:-222) + (-142:-143:145:-144:-146:13) (157:-139:148:-143:13:-222) (222:221: + 148:144:176:13:-153) (-265:-139:-143:13:-153:-157) (222:157:148:-143: + 144:-221) ((13:265:-264) (264:221):-157:-222:-153) (157:-167:-139: + 148:144:143:-155) (-153:265:263:-220:-157) ((275:-265:-167:-220) + (-222:-155:220):-157:-153:-139) (-167:-265:-139:143:-275:-153:-157) + (222:220:144:-153:-155:-157:-158:-287) (-2:(-4:(-168:153:-139:176:13) + (-150:-175:-20:-148:144:143:-142)) (145:-142:-144:143:-146) (158: + -221) (270:287:146:-176:13:-158)) ((-267:-51:50) (84:-75:74):-266:46: + -13) ((-52:51:46:50) (61:59:276:-50):-13:-30) ((-276:-50:-74:-45) + (-48:-44:45):-65:46:-13) (-147:-142:-143:13:-148:-20) (-294:222:144: + -157:-153:-220:-221:-158) (171:169:168) (269:268:-179:142) (16:175: + -148) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(679.760, 718.521, 128.437, 192.655, -350.007, -302.420) + $Enclosed cells : (13, 66, 67, 73, 76, 77, 94, 118, 119, 120, 121, 122, 123, 124, 131, 133, 135, 138, 139, 148, 165, 166, 169, 170, 179, 190, 195, 197) +256 0 327 -313 325 -326 316 -323 (-32:-45:49:-48:-47:35) (-32:-49:-59: + -60:35:-31) (31:61:50:-46:-30:33) (61:59:-46:-50:76:-276) (32:-46: + -49:76:-276:-59) (63:59:-276:76:-61) (-65:-74:-45:-13:46:-50:-276) + (61:59:276:-13:-50:-30) (32:-45:-47:49:-276:-61) (63:59:276:-61:-30) + ((-267:-51:50) (84:-75:74):-266:46:-13) ((-143:(-265:-153:-157) + (-222:148:157)) (176:-168:-4:-2:153):13:-139) ((59:(62:-60:-31) (-30: + 35:33:31)) (-79:62:60:78) (-64:76:62:-78):-279:-63:-61) (-44:((-47: + 35:-46) (-13:-65:46):45:-48) (58:-57:-56:-35:-47)) ((-30:51:-13:46) + (-31:61:76:-46):50:-52) (-20:-147:-142:-143:13:-148) (-281:62:59:79: + 78:-63) (36:16:32:30:59:-13) (-83:82:-311:61:-45:-46:49:-276) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(679.760, 718.521, 192.655, 256.873, -350.007, -302.420) + $Enclosed cells : (11, 12, 13, 16, 17, 19, 28, 31, 33, 34, 41, 44, 67, 77, 119, 120, 121, 131, 135, 173, 184, 187, 189, 190, 195, 196, 209, 224) +257 0 312 -327 325 -326 323 -317 (64:-65:-44:49:47:-61:35) (-65:-44:-46: + 47:77:45) (61:59:-46:-50:76:-276) (32:-46:-49:76:-276:-59) (63:59: + -276:76:-61) (32:-45:-47:49:-276:-61) (-31:(-60:(-49:35:-32:-59) (62: + -279:-63:-61:59)) (-52:50:-46:76:61)) (-48:((-46:-44:45) (49:-32:-45) + :35:-47) (-13:-65:-44:46:45)) ((-65:64:47) (-47:-57):58:-56:-44:-35) + ((47:-77:-44:45) (-83:-311:-276:49:-46:-45):61:82) (176:-168:153: + -139:-4:-2:13) (67:-66:44) (-72:70:32:276:-45:49) (-74:-65:-45:-13: + 46:-50:-276) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 679.760, 192.655, 256.873, -302.420, -254.833) + $Enclosed cells : (11, 12, 16, 17, 18, 19, 20, 25, 27, 36, 44, 77, 119, 184, 187, 189, 190, 196, 208, 209) +258 0 328 -324 320 -325 323 -317 (-2:((-21:15:142) (-175:-150:144:-148: + -4:-142):-20:143) (13:(-138:16:14:139) (140:139:138) ((-15:16) (15: + -138):-14:-12) (-21:-15:16:-20) (-286:141:-140:139:138) (-303:-164: + -167:-148:-139:20:16) (176:-168:153:-4:-139))) ((148:144:143:-167: + 157) (-222:220:-153:-157):-139:-155) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(757.281, 796.042, 128.437, 192.655, -302.420, -254.833) + $Enclosed cells : (3, 5, 64, 65, 76, 77, 128, 142, 146, 148, 166) +259 0 328 -324 325 -326 323 -317 ((-138:16:14:139) (140:139:138) ((-15: + 16) (15:-138):-14:-12) (-21:-15:16:-20) (-286:141:-140:139:138) + (-303:-167:-164:-148:-139:20:16) (176:-168:153:-4:-139):13:-2) ((34: + -33:-36) (59:30:36):32:-13:16) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(757.281, 796.042, 192.655, 256.873, -302.420, -254.833) + $Enclosed cells : (3, 5, 9, 64, 65, 77, 128, 142, 146, 173) +260 0 312 -327 321 -329 316 -323 ((-235:236) (255:-254:-297:-232:-256): + 228:-227:-226) (-256:255:-297:237:232:228) (-232:-41:-247:39:227: + -254) (277:-237:238:232:228) (258:(254:-39:247:277:-223) (257:254: + -223:-41:-247)) (25:(-232:-39:277:-237:-254) (224:223:-226:-41:227: + 225) (233:-40:230:-229:-228)) (-234:-226:-235:236:41:227:225) (239: + -295:-37:-237:-238:232:228) (243:-232:247:-41:39:-223) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 679.760, -256.873, -224.764, -350.007, -302.420) + $Enclosed cells : (95, 96, 97, 98, 102, 108, 109, 113, 115, 180, 200, 211) +261 0 313 -328 321 -329 323 -317 ((-38:37:-230) (-229:233:230):25:-40: + -228) ((-232:39:-43) (-42:25:43):-41:-38:-240) ((39:-41) (-296:25: + -242:-39):241:-224:240) (-243:((224:-223:244) (-244:-232):240:-41:39) + (-246:-245:-39:244:-223)) (246:253:244:-223) (-38:-41:232:40:39) + (-224:25:-39:-43:244:-240) (-224:25:-39:242:240) (224:-39:245:244: + -246:-223) (16:(38:(37:(-40:25:-39) (-41:-42:39)) (43:-39:25:-42)) + (-244:25:-39:-43:40)) (-277:(-40:(25:(-39:-244:-232) (-233:-228:232)) + (238:232:228)) (-223:-253:246:224:25:244)) ((-41:-40:-38:37) (239: + -237:-37):-295:-238:232:228) (227:-226:225:224:223:25:-41) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, -256.873, -224.764, -302.420, -254.833) + $Enclosed cells : (10, 95, 96, 98, 99, 100, 101, 106, 107, 112, 171, 174, 183, 185, 188, 193, 210, 213) +262 0 313 -328 329 -322 323 -317 ((37:-40) (-42:43):25:16:-39:38) ((-38: + 37:-230) (-229:233:230):25:-40:-228) (246:253:244:-223) (25:-39:-43: + 16:-244:40) (-224:25:-39:-43:244:-240) (-224:25:-39:242:240) ((29:28: + 27:16) (29:(28:-27:-93) (-105:-100:-133:94:-118:-11:93)) (88:87:118: + -24) (90:88:-87) ((27:16) (-27:87):24:26) (89:-285:-90:88:-87) (-122: + -125:-301:16:-118:-24:-29) (-126:-95:9:112:-11:-88):-25:6) (-277: + (-40:(25:(-39:-244:-232) (-233:-228:232)) (238:232:228)) (-223:-253: + 246:224:25:244)) ((-240:43:-42:-38) (227:-226:225:223:224):25:-41) + (239:-237:-295:-37:-238:232:228) (241:-296:-224:25:-39:240:-242) + (-245:-243:-39:244:-246:-223) (-115:-97:134:94:118:-112:-88:-25) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, -224.764, -192.655, -302.420, -254.833) + $Enclosed cells : (7, 8, 10, 48, 50, 61, 62, 95, 96, 98, 99, 100, 101, 106, 140, 143, 145, 156, 171, 174, 183, 185, 188, 193, 210) +263 0 313 -328 314 -330 316 -323 (-93:(-100:16:99) (101:98:-99)) ((-111: + (109:114) (108:-122:-88:-109)) (113:-114:109):-112:118) (16:100:-118) + ((29:(28:-27:-93) (-105:-133:-100:94:-118:-11:93)) (16:(29:28:27) + (-125:-301:-24:-122:-118:-29)) (-126:-95:9:112:-88:-11):6:-25) (-116: + (118:(29:120:119:-117) (122:-119 (29:117 -120))) (-121:-29:122)) + (-115:-97:-136:94:118:-112:111:-88) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, -128.437, -96.328, -350.007, -302.420) + $Enclosed cells : (8, 52, 55, 61, 62, 140, 152, 153, 176, 203, 215) +264 0 313 -328 330 -315 316 -323 (29:28:27:16:-25:6) (-93:(-100:16:99) + (101:98:-99)) ((93:-118:133) (-25:(28:-27:-93) (-105:94:-11:-100: + -118:-133:93)):6:29) (-6:(-133:184:-183:1) ((-11:-4:-183:184:133:1) + (-22:-19:-1):2:-23)) ((-111:(109:114) (-122:-88:108:-109)) (113:-114: + 109):-112:118) ((273:-304) (-115:-97:94:-108:-273):-88:118:-112:-11: + 6) (16:100:-118) (10:(-7:-3:-4:-6:-9:-11:8:2) (-274:187:-6:-8:183: + -11) (200:-198:-309:-308:184:183:-8:-11:-187)) (-272:((-3:1:-271) + (271:-299):11:-6) ((-126:93:271) (-271:-300):11:6)) (-211:-208:-302: + 17:-6:23:16:-183:2) (-95:-11:112:9:-88:-25:6:-126) (-116:(-119 (-120: + 29):122:118) (-117:29:120:119:118) (-121:-29:122)) (-125:-301:-24: + -122:16:-118:-25:6:-29) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, -96.328, -64.218, -350.007, -302.420) + $Enclosed cells : (2, 8, 52, 55, 61, 62, 93, 125, 126, 140, 141, 152, 155, 158, 162, 176, 203, 215) +265 0 313 -328 314 -330 323 -317 ((119:118:29) (-29:121):120:-117:-116) + (122:-112:116) ((-111:(109:114) (108:-122:-88:-109)) (113:-114:109): + -112:118) (-121 -120 117:-29:122:-116) (-119 (29:117 -120):122:118: + -116) (132:130:126) (-25:6:(26:24:87:-27) (29:(28:-27:-93) (-105: + -100:-133:94:-118:-11:93)) (88:87:118:-24) (90:88:-87) (16:(27:26:24) + (29:28:27) (-125:-301:-122:-118:-24:-29)) (89:-285:-90:88:-87) (-95: + 9:-11:112:-88:-126)) (-115:-97:-136:94:118:-112:111:-88) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, -128.437, -96.328, -302.420, -254.833) + $Enclosed cells : (7, 8, 48, 50, 55, 60, 61, 62, 140, 143, 145, 152, 153, 203, 215) +266 0 313 -328 331 -318 323 -317 (208:(205:-206) (-204:-207:205:-23) (-8: + (205:207 (206:-204:23)) (-203:23:-207:206:204))) (183:-203:-207:204: + -23) ((-200:(202:201) (-208:10:199:-202)) (196:-201:202):-8:183) + (-205:23:208:-204 -206) (207 (-23:-204):-205:183:208) (-6:2:(-23: + (133:184:-183:-11:-4:1) (-22:-19:-1)) (-9:-7:-3:-4:-11:10:8) (191: + -190:189:-290:-10) (-211:-302:17:16:23:-208:-183)) (-198:193:-309: + -199:184:183:-8:10) (216:215:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, -32.109, -0.000, -302.420, -254.833) + $Enclosed cells : (2, 81, 85, 89, 93, 141, 164, 167, 206, 219) +267 0 313 -328 318 -332 323 -317 (211:(205:-206) (210:-207:205:-23) (-8: + (205:207 (206:23:210)) (209:23:-207:206:-210))) (183:-207:209:-210: + -23) ((10:-211:-193:195) (-195:196):192:-8:183) (-205:23:211:210 + -206) (207 (210:-23):-205:183:211) (-6:2:(-23:(133:184:-183:-11:-4:1) + (-22:-19:-1)) (-9:-7:-3:-4:-11:10:8) (191:-190:189:-290:-10) (-208: + -302:17:16:23:-211:-183)) (-199:-198:-309:184:183:-8:10:193) (217: + 215:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, -0.000, 32.109, -302.420, -254.833) + $Enclosed cells : (2, 81, 86, 90, 93, 141, 164, 168, 207, 220) +268 0 313 -328 332 -319 323 -317 (211:(205:-206) (-207:-209:205:-23) (-8: + (205:207 (206:23:-209)) (-210:23:209:-207:206))) (183:-207:209:-210: + -23) ((-193:10:-211:195) (-195:196):-8:183:192) (-205:23:211:-209 + -206) (207 (-209:-23):-205:183:211) (-5:(-3:2:4:1) (-2:-168:-142:4)) + (-6:((-22:-19:-1) (133:184:-183:-11:-4:1):-23:2) (-9:-7:-3:-4:-11:10: + 8:2) (191:-190:189:-290:-10:2) (-208:-302:17:16:23:-211:-183:2)) + (-139:(-287:-158:151:-2:-4:148:144:-153) (176:13:-2:-4:153:-168)) + (-175:-150:-20:143:-2:-4:-142:144:-148) (-307:-4:-8:183:10:-188:2) + (-198:(-309:-192:-4:188:184:183:-8:10) (186:-306:292:-4:-8:183:-188: + 2)) (217:215:3) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, 32.109, 64.218, -302.420, -254.833) + $Enclosed cells : (1, 2, 76, 77, 81, 86, 90, 93, 127, 141, 154, 160, 161, 163, 168, 207, 220) +269 0 313 -328 319 -333 323 -317 ((20:-163) (148:-160:-20):162:-161:159) + (-153:164:-159) ((-21:15:142) (-175:-150:-148:144:-4:-142):143:-20: + -2) ((133:184:-183:-11:-4:1) (-22:-19:-1):-23:-6:2) (-2:-5:-168:-142: + 4) ((-139:-151:-164:-152) (152:-154):155:-153:148) (161 163:159:20: + 164) (160 (161:-20):159:164:148) ((-5:1:4) (-9:-7:-11:10:8:-6:-4):2: + -3) ((-138:16:14:139) (140:139:138) ((-15:16) (15:-138):-14:-12) + (-21:-15:16:-20) (-303:-167:-164:-148:-139:20:16) (176:-168:153:-4: + -139) (141:-286:-140:139:138):-2:13) (-287:-158:-2:-4:151:-139:148: + 144:-153) (173:-172:168) (-307:-4:-8:183:10:-188:2) (191:-190:189: + -290:-6:-10:2) (-198:-192:-309:-4:188:184:183:-8:10) (17:-211:-208: + -302:-6:23:16:-183:2) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, 64.218, 96.328, -302.420, -254.833) + $Enclosed cells : (1, 2, 3, 5, 64, 65, 70, 74, 76, 77, 81, 93, 127, 128, 141, 142, 146, 154, 157, 161, 163, 204, 216) +270 0 313 -328 333 -320 323 -317 ((20:-163) (148:-160:-20):162:-161:159) + (-153:164:-159) (157:-167:-139:148:144:143:-155) ((-151:-139:-164: + -152) (152:-154):155:-153:148) (163 -162 161:159:20:164) (160 (-20: + 161 -162):159:164:148) (-2:((-21:15:142) (-175:-150:144:-148:-4:-142) + :-20:143) (13:(-138:16:14:139) (140:139:138) ((-15:16) (15:-138):-14: + -12) (-21:-15:16:-20) (-286:141:-140:139:138) (-303:-167:-164:-148: + -139:20:16) (176:-168:153:-4:-139))) (173:-172:168) (-222:220:-139: + -153:-155:-157) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, 96.328, 128.437, -302.420, -254.833) + $Enclosed cells : (3, 5, 64, 65, 70, 74, 76, 77, 128, 142, 146, 148, 157, 166, 204, 216) +271 0 312 -327 334 -326 316 -323 (-32:-49:-59:-60:35:-31) (64:-32:60:-49: + -59:35) (-65:((58:-56:-35) (-61:49:35):47:-44:64) (-282:-80:-64:58: + -56)) (-276:(32:(-59:-46:76:-49) (-47:-45:-61:49)) (-50:61:59:-46:76) + (63:59:76:-61)) ((49:-32:-45) (-46:-44:45):-48:-47:35) (((-79:60:78) + (76:-64:-78) (-31:59:-60):-61:-279) ((-78:64) (78:79):59:-281):-63: + 62) (-52:61:50:-46:76:-31) (-57:-35:58:-44:-47:-56) (-81:-280:-64: + -76:80:-49:-61) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(641.000, 679.760, 224.764, 256.873, -350.007, -302.420) + $Enclosed cells : (11, 12, 16, 17, 18, 19, 25, 28, 30, 34, 40, 41, 42, 43, 44, 184, 187, 189, 209) +272 0 327 -313 325 -334 323 -317 (73:-45:-70:49) (-70:-73:276:-45:-13:49: + -48) (32:276:-13:-48:-49:-59) (61:59:-46:-50:76:-276) (32:-46:-49:76: + -276:-59) (63:59:-276:76:-61) (61:59:276:-13:-50:-30) (32:-72:276: + -45:49:70) (63:59:276:-61:-30) ((-143:(-265:-153:-157) (-222:148:157) + ) (176:-168:-4:-2:153):13:-139) (-47:(-44:(-46:-48:45:35) (58:-57: + -56:-35)) ((35:-48:-32) (-61:-276:32):-45:49)) ((-31:61:76:-46) (51: + -30:-13:46):50:-52) ((-49:35:-32:-59) (62:-279:-61:-63:59):-31:-60) + ((-48:-44:45) (-74:-276:-50:-45):-65:46:-13) (-20:-147:-142:-143:13: + -148) (33:31:61:50:-46:-30) (36:16:32:30:59:-13) (55:-54:-53:-278:32: + -13:48) (69:-68:44) (71:32:-45:49:72:70) (-83:82:-311:61:-45:-46:49: + -276) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(679.760, 718.521, 192.655, 224.764, -302.420, -254.833) + $Enclosed cells : (11, 12, 13, 15, 16, 17, 19, 21, 23, 24, 33, 44, 67, 77, 119, 131, 135, 172, 173, 175, 184, 187, 189, 190, 195, 196, 208, 209, 224) +273 0 327 -313 334 -326 323 -317 (-32:-45:49:-48:-47:35) ((-32:35) (-54: + -278:-13:32):55:-53:48) (-32:-49:-59:-60:35:-31) (-32:30:-48:-49:35: + 33) (32:-45:49:72:71:70) (73:-45:-70:49) (-32:31:-49:-59:35:-30) + (-70:-73:276:-45:-13:49:-48) (32:276:-13:-48:-49:-59) (63:59:-276:76: + -61) (61:59:276:-13:-50:-30) (32:-72:276:-45:49:70) (32:-45:-47:49: + -276:-61) (32:-71:-45:49:-48:70) (63:59:276:-61:-30) (-279:(31:59: + -63:-61:35:-30:33) (62:59:-63:-60:-61:-31)) (36:16:32:30:59:-13) + (-46:(-44:-47:-48:45:35) (31:61:50:-30:33) (61:59:-50:76:-276) (32: + -49:76:-276:-59) (-52:61:50:76:-31)) (58:-57:-56:-35:-44:-47) (69: + -68:44) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(679.760, 718.521, 224.764, 256.873, -302.420, -254.833) + $Enclosed cells : (11, 12, 15, 16, 17, 19, 21, 22, 23, 24, 31, 33, 39, 44, 172, 173, 175, 184, 187, 189, 195, 208, 209, 214, 224) +274 0 313 -328 320 -335 323 -317 ((20:-163) (148:-160:-20):166:-165:159) + (-153:167:-159) (157:-167:-139:148:144:143:-155) ((275:-265:-167: + -220) (-222:-155:220):-157:-153:-139) (-167:-265:-139:143:-275:-153: + -157) (163 165:159:167:20) (160 (-20:165):159:167:148) (-2:((-21:15: + 142) (-175:-150:144:-148:-4:-142):-20:143) (13:(-138:16:14:139) (140: + 139:138) ((-15:16) (15:-138):-14:-12) (-21:-15:16:-20) (-286:141: + -140:139:138) (-303:-164:-167:-148:-139:20:16) (176:-168:153:-4:-139) + )) (174:-172:168) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, 128.437, 160.546, -302.420, -254.833) + $Enclosed cells : (3, 5, 64, 65, 71, 75, 76, 77, 128, 142, 146, 148, 166, 170, 202, 218) +275 0 313 -328 334 -326 323 -317 (-32:-45:49:-48:-47:35) ((48:-32:36) + (-13:34:-36):53:35:33) ((-32:35) (-278:-13:-54:32):55:-53:48) (-32: + 30:-48:-49:35:33) (73:-45:-70:49) (32:53:-13:48:-59:36) (32:54:-13: + 48:-53) (32:-71:-45:49:-48:70) (16:(-33:(34:(-36:-13:32) (35:31:-32)) + (-30:32:31:-13)) (59:32:30:-13:36)) (276:(-13:(-48:(32:-59:-49) + (-45:-73:-70:49)) (-50:-30:61:59)) (63:59:-61:-30)) ((-30:35:33:31) + (62:-60:-31):-279:-63:59:-61) (-46:((-30:33:31) (76:-52:-31):50:61) + (-44:-48:-47:45:35)) (72:32:-45:49:71:70) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, 224.764, 256.873, -302.420, -254.833) + $Enclosed cells : (9, 11, 12, 14, 15, 17, 22, 23, 24, 31, 33, 44, 172, 173, 175, 186, 194, 195, 214, 224) +276 0 312 -327 329 -322 316 -336 ((232:231:229) (-40:233:-229):230:25: + -228) (-228:25:-232:231:229:-252) (((-297:-256:-232:-254) (254:-236): + -226:-227) (-252:-232:226):228:255) (-256:255:-297:237:232:228) (262: + 261:-228) (-39:25:237:227:-254) (-227:-228:-229:25:237:-254) (252: + -261:25:262:226) (256:-227:237:228:-254) (-223:-257:(254:-228:-229: + -262:-298:261) (254:-261:-229:25:-252)) (260:(255:252:228:226) (-228: + 252:-262:25:298:226)) (277:(25:-232:-39:-237:-254) (-228:25:-233: + -237:232) (-237:238:232:228)) (239:-295:-37:-237:-238:232:228) (118: + -115:-112:-97:94:-88:134:-25) (-247:-41:-232:39:227:-254) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. 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Enclosure(641.000, 679.760, -224.764, -192.655, -326.214, -302.420) + $Enclosed cells : (62, 95, 96, 97, 98, 102, 103, 108, 109, 110, 111, 113, 114, 115, 116, 117, 136, 156, 180, 181, 182, 198, 199, 200, 205, 211, 225, 226, 228) +278 0 313 -328 330 -315 323 -337 (29:28:27:16:-25:6) ((119:118:29) (-29: + 121):-117:120:-116) (122:-112:116) ((93:-118:133) (-25:(28:-27:-93) + (-105:-100:94:-11:-118:-133:93)):6:29) (-9 (-95:-25:-11):-126:-88: + 112:6) ((-111:(109:114) (-122:-88:108:-109)) (113:-114:109):-112:118) + ((273:-304) (-115:-97:94:-108:-273):-88:118:-112:-11:6) (-120 -121: + -29:122:-116) (-119 (-120:29):122:118:-116) (2:((184:-183:-11:133:-4: + 1) (-22:-19:-1):-23:-6) (-7:-3:-4:-6:-9:-11:10:8) (-211:-208:-302:17: + -6:23:16:-183)) (132:130:126) (-272:((-3:1:-271) (271:-299):11:-6) + ((-126:93:271) (-271:-300):11:6)) (-274:187:-6:-8:183:-11:10) (-24: + (87:88:118:-25:6) (-125:-301:-122:16:-118:-25:6:-29)) (200:-198:-309: + -308:184:183:-8:-11:10:-187) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, -96.328, -64.218, -302.420, -278.627) + $Enclosed cells : (2, 8, 55, 60, 61, 62, 93, 125, 126, 140, 141, 143, 152, 155, 158, 162, 203, 215) +279 0 313 -328 330 -315 337 -317 (-9 (-95:-25:-11):-126:-88:112:6) (88: + 87:118:-24:-25:6) (90:88:-87:-25:6) ((273:-304) (-115:-97:94:-108: + -273):-88:118:-112:-11:6) (2:(-7:-4:-3:-6:-9:-11:10:8) (191:-190:189: + -290:-6:-10) (-211:-208:-302:23:17:-6:16:-183)) (132:130:126) (-274: + 187:-6:-8:183:-11:10) (26:(27:24:16:-25:6) (24:87:-25:6:-27)) (200: + -198:184:-309:-308:183:-8:-11:10:-187) (89:-285:-90:88:-87:-25:6) + (-111:-109:118:-112:108:-88:-122) (116:-112:122) (-125:-301:-29:-122: + 16:-118:-24:-25:6) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. 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Enclosure(718.521, 757.281, 160.546, 192.655, -302.420, -278.627) + $Enclosed cells : (5, 13, 67, 71, 75, 76, 77, 119, 128, 131, 135, 142, 148, 166, 170, 172, 175, 190, 195, 202, 218) +285 0 313 -328 335 -325 337 -317 ((-138:16:14:139) (140:139:138) ((-15: + 16) (15:-138):-14:-12) (-286:141:-140:139:138) (176:-4:153:-168:-139) + :13:-2) ((-167:(-275:143) (275:-220)) (-143:13):-265:-157:-153:-139) + ((-155:144:-167:143) (-222:13:-143):148:157:-139) ((276:(-59:32:-49) + (-73:-70:-45:49)) (-65:46:-44:45):-13:-48) (-159:167:-153) (174:-172: + 168) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, 160.546, 192.655, -278.627, -254.833) + $Enclosed cells : (3, 64, 65, 71, 75, 77, 119, 128, 131, 135, 146, 148, 166, 170, 172, 175) +286 0 313 -328 325 -334 323 -337 (32:-33:31:-13:16:-30) ((31:33:52) (51: + 50:-52):46:-13:-30) (73:-45:-70:49) (31:61:50:-46:-30:33) (61:59:276: + -13:-50:-30) (63:59:276:-61:-30) ((16:(-21:-15:-20) (14:-138:139) + (-303:-167:-164:-148:-139:20)) (176:-168:-4:153:-139):13:-2) ((-20: + (-21:15:142) (-147:-148:-142)) (-139:(-265:-153:-157) (-222:148:157)) + :13:-143) (-48:((49:-32:-45) (-46:-44:45):35:-47) (-13:(276:(-73:-70: + -45:49) (-59:32:-49)) (-65:-44:46:45))) (36:32:30:59:-13:16) (62:-60: + -279:59:-63:-61:-31) (72:71:32:-45:49:70) (-74:-65:-45:-13:46:-50: + -276) (76:61:50:-46:-52:-31) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. Enclosure(718.521, 757.281, 192.655, 224.764, -302.420, -278.627) + $Enclosed cells : (5, 9, 11, 12, 13, 17, 23, 24, 33, 44, 67, 77, 119, 128, 131, 135, 142, 172, 173, 175, 190, 195, 224) +287 0 313 -328 325 -334 337 -317 (-32:-45:49:-48:-47:35) (73:-45:-70:49) + (32:53:-13:48:-59:36) (32:54:-13:48:-53) ((-138:16:14:139) (140:139: + 138) ((-15:16) (15:-138):-14:-12) (-286:141:-140:139:138) (176:-168: + -4:153:-139):13:-2) ((-265:-153:-157) (-222:148:157):-143:-139:13) + ((-45:-73:-70:49) (-59:32:-49):276:-48:-13) ((16:32:-33) (53:35:33): + 34:-13:-36) ((-47:35:-46) (-65:-13:46):-44:45:-48) (30:32:59:-13:16: + 36) (55:-278:32:-13:48:-53:-54) (72:71:32:-45:49:70) + imp:n=1.0 imp:p=1.0 + $Automatic Generated Void Cell. 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9.6327510e+01 +334 PY 2.2476419e+02 +335 PY 1.6054585e+02 +336 PZ -3.2621368e+02 +337 PZ -2.7862684e+02 +338 S 7.1852082e+02 -2.6329872e-11 -3.0242026e+02 2.7795312e+02 + +C +MODE P +VOID +NPS 1e6 +PRDMP 2J -1 +C SDEF PAR=P X=D1 Y=D2 Z=D3 +C SI1 6.4099995e+02 7.9604170e+02 +C SI2 -2.5687336e+02 2.5687336e+02 +C SI3 -3.5000710e+02 -2.5483343e+02 +C SP1 0 1 +C SP2 0 1 +C SP3 0 1 +SDEF PAR=P NRM=-1 SUR=338 WGT=2.4271297e+05 DIR=d1 +SI1 0 1 +SP1 -21 1 +F4:P 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 + 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 + 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 + 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 + 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 + 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 + 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 + 154 155 156 157 158 159 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3.1898454e+03 1.2546312e+03 1.9031062e+04 + 1.1188845e+02 5.3590907e+03 1.9294693e+03 1.9294693e+03 2.9998405e+03 + 4.3200626e+03 3.5705135e+03 3.6924169e+02 1.6285890e+03 8.9018679e+02 + 1.8506856e+03 1.8506856e+03 1.8506856e+03 1.8506856e+03 3.2107759e+03 + 1.8506813e+03 1.8506813e+03 1.7664818e+03 1.4139816e+03 7.6064175e+02 + 1.6476500e+03 1.7591688e+03 1.5400994e+03 1.4742680e+03 9.4314051e+02 + 9.4314051e+02 9.4314051e+02 9.4314051e+02 9.4314260e+02 9.4314260e+02 + 6.9139253e+02 7.4774945e+02 2.0767279e+02 3.9619729e+02 1.2587697e+02 + 1.7800356e+02 2.2515243e+02 2.2188831e+02 2.8245891e+01 \ No newline at end of file diff --git a/tests/regression_test_files/large/Triangle/Triangle.py b/tests/regression_test_files/large/Triangle/Triangle.py new file mode 100644 index 00000000..52a18866 --- /dev/null +++ b/tests/regression_test_files/large/Triangle/Triangle.py @@ -0,0 +1,640 @@ +# openMC geometry script generated by GEOUNED +import openmc + +############################################################################### +# Define problem geometry +############################################################################### + + +# Surface setup +S1 = openmc.Plane(a=0.6123884291115542,b=-2.425837308805967e-14,c=-0.790557026336673,d=701.9643762043858) +S2 = openmc.Plane(a=-0.08715574274764099,b=0.9961946980917471,c=0.0,d=-9.686118573881686e-12) +S3 = openmc.Plane(a=0.6123884291115532,b=-2.375877272697835e-14,c=-0.7905570263366738,d=666.9643762043876) +S4 = openmc.Cylinder(x0=737.7844332689361,y0=64.54777403582298,z0=-316.427200000556,r=3.6499999999907,dx=-0.6067873268173305,dy=-0.05308701231777077,dz=0.7930894710794307) +S5 = openmc.Cylinder(x0=737.7844332689361,y0=64.54777403582298,z0=-316.427200000556,r=2.99999999999923,dx=-0.6067873268173305,dy=-0.05308701231777077,dz=0.7930894710794307) +S6 = openmc.Plane(a=0.08715574274768878,b=0.9961946980917429,c=0.0,d=-8.412825991399587e-13) +S7 = openmc.Plane(a=0.7905570263366881,b=2.3425705819590803e-14,c=0.6123884291115347,d=344.1625888775433) +S8 = openmc.Plane(a=0.6123884291115519,b=-2.4147350785597155e-14,c=-0.7905570263366748,d=672.9643762010663) +S9 = openmc.Plane(a=0.08715694421421438,b=0.9961945929762739,c=-2.7590945747012576e-07,d=0.0009499148819108695) +S10 = openmc.Plane(a=0.7905570263366615,b=2.2759572004815703e-14,c=0.6123884291115689,d=438.1001026320277) +S11 = openmc.Cylinder(x0=737.70006220307,y0=-64.5404063792018,z0=-316.29050202425606,r=3.6499999999944204,dx=-0.6086040812978034,dy=0.053246916586084915,dz=0.7916854413854858) +S12 = openmc.Plane(a=-0.4097158172149312,b=-0.07224395299798733,c=-0.9093479864051637,d=-86.54765720629908) +S13 = openmc.Plane(a=-0.25881904510251436,b=0.96592582628907,c=-6.10072514802479e-17,d=-1.744601519801721e-11) +S14 = openmc.Plane(a=0.4097158172149286,b=0.07224395299798658,c=0.909347986405165,d=80.54765720629644) +S15 = openmc.Plane(a=0.8955329471978645,b=0.1579066207043048,c=-0.41603634411052776,d=816.9263127553213) +S16 = openmc.ZCone(x0=0.0,y0=0.0,z0=-2004.9361661868193,r2=0.2093159503616234) +S17 = openmc.Plane(a=0.41603634411055196,b=-1.5981502239609365e-14,c=0.909347986405164,d=80.54765720629871) +S18 = openmc.Plane(a=-0.41603634411055423,b=1.6119073442531125e-14,c=-0.909347986405163,d=-86.5476572063018) +S19 = openmc.Plane(a=-0.9093479864051759,b=3.558264793923627e-14,c=0.4160363441105261,d=-816.9263127553255) +S20 = openmc.Plane(a=-0.4097158172149279,b=-0.07224395299798711,c=-0.9093479864051652,d=-45.33415720629505) +S21 = openmc.Plane(a=0.4097158172149279,b=0.07224395299798711,c=0.9093479864051652,d=39.334157206295004) +S22 = openmc.Plane(a=0.41603634411055157,b=-1.6824630708053582e-14,c=0.9093479864051643,d=39.3341572062979) +S23 = openmc.Plane(a=-0.41603634411055157,b=1.68213378028617e-14,c=-0.9093479864051642,d=-45.33415720629896) +S24 = openmc.Plane(a=-0.4097158172149249,b=0.07224395299801896,c=-0.909347986405164,d=-80.54765720629962) +S25 = openmc.Plane(a=0.2588190451025619,b=0.9659258262890573,c=0.0,d=7.571543392259629e-12) +S26 = openmc.Plane(a=0.4097158172149271,b=-0.0722439529980191,c=0.909347986405163,d=86.54765720630199) +S27 = openmc.Plane(a=-0.8955329471978531,b=0.15790662070437433,c=0.4160363441105261,d=-816.9263127553254) +S28 = openmc.Plane(a=-0.40971581721492417,b=0.0722439529980185,c=-0.9093479864051645,d=-39.33415720629796) +S29 = openmc.Plane(a=0.40971581721492417,b=-0.0722439529980185,c=0.9093479864051645,d=45.33415720629851) +S30 = openmc.Plane(a=-0.39094628253943825,b=-0.14229281004134764,c=-0.9093479864051665,d=-45.33415720628937) +S31 = openmc.Plane(a=-0.39094628253943825,b=-0.14229281004134758,c=-0.9093479864051665,d=-39.33415720628994) +S32 = openmc.Plane(a=-0.34202014332566755,b=0.9396926207859089,c=0.0,d=-22.999999999999684) +S33 = openmc.Plane(a=0.8545075925514853,b=0.31101532864315334,c=-0.41603634411053114,d=816.9263127553148) +S34 = openmc.Plane(a=0.39094628253944086,b=0.14229281004134825,c=0.9093479864051651,d=86.54765720629192) +S35 = openmc.Plane(a=-0.34202014332566744,b=0.939692620785909,c=0.0,d=-17.00000000003597) +S36 = openmc.Plane(a=0.39094628253943864,b=0.1422928100413484,c=0.9093479864051661,d=80.54765720629085) +S37 = openmc.Plane(a=-0.3909462825394306,b=0.142292810041378,c=-0.909347986405165,d=-39.33415720629551) +S38 = openmc.Plane(a=-0.8545075925514637,b=0.311015328643218,c=0.41603634411052715,d=-816.9263127553222) +S39 = openmc.Plane(a=0.3420201433257147,b=0.9396926207858917,c=0.0,d=22.999999999999048) +S40 = openmc.Plane(a=-0.3909462825394305,b=0.14229281004137798,c=-0.9093479864051651,d=-45.334157206296325) +S41 = openmc.Plane(a=0.34202014332571495,b=0.9396926207858917,c=0.0,d=17.000000000021192) +S42 = openmc.Plane(a=-0.3909462825394332,b=0.14229281004137914,c=-0.9093479864051636,d=-86.54765720629892) +S43 = openmc.Plane(a=-0.3909462825394313,b=0.14229281004137845,c=-0.9093479864051646,d=-80.5476572062973) +S44 = openmc.Plane(a=0.5754568878908095,b=0.2094491782956779,c=-0.7905570263366772,d=666.9643762043784) +S45 = openmc.Plane(a=0.5754568878908095,b=0.2094491782956779,c=-0.7905570263366772,d=672.9643762043784) +S46 = openmc.Plane(a=-0.34202014332566877,b=0.9396926207859084,c=3.46944695195351e-16,d=-43.650000000041345) +S47 = openmc.Plane(a=0.7428806039590562,b=0.270386427454744,c=0.6123884291115307,d=368.0840422689141) +S48 = openmc.Plane(a=-0.7428806039590292,b=-0.2703864274547902,c=-0.6123884291115432,d=-438.1001026320444) +S49 = openmc.Plane(a=0.5754581897923969,b=0.2094496521491036,c=-0.7905559531212684,d=685.8688995116369) +S50 = openmc.Plane(a=-0.5754568878912246,b=-0.20944917829453508,c=0.7905570263366779,d=-695.9643762043763) +S51 = openmc.Plane(a=-0.0982343627968156,b=-0.0357543840401413,c=-0.9945208062116215,d=238.34187684187907) +S52 = openmc.Plane(a=-0.5754568878912246,b=-0.20944917829453508,c=0.7905570263366779,d=-701.9643762043761) +S53 = openmc.Plane(a=-0.8545075925514838,b=-0.3110153286431535,c=0.4160363441105338,d=-807.3958403944943) +S54 = openmc.Cylinder(x0=729.5677876670251,y0=229.22843149609372,z0=-270.844295675239,r=9.000000000000211,dx=0.34202014332566744,dy=-0.939692620785909,dz=0.0) +S55 = openmc.Cylinder(x0=729.5677876670251,y0=229.22843149609372,z0=-270.844295675239,r=15.000000000000401,dx=0.34202014332566744,dy=-0.939692620785909,dz=0.0) +S56 = openmc.Plane(a=-0.5754568878908091,b=-0.20944917829567775,c=0.7905570263366776,d=-673.9643762043788) +S57 = openmc.Plane(a=-0.7428806039590573,b=-0.270386427454745,c=-0.6123884291115291,d=-419.71648887752553) +S58 = openmc.Plane(a=-0.34202014332566744,b=0.939692620785909,c=0.0,d=-10.500000000035834) +S59 = openmc.Plane(a=-0.5754568878911712,b=-0.20944917829464235,c=0.7905570263366882,d=-689.9643762043669) +S60 = openmc.Plane(a=0.5457102318178362,b=0.19862228091493692,c=0.8140943019168427,d=153.7352680678422) +S61 = openmc.Plane(a=-0.3420201433238286,b=0.9396926207865782,c=1.9157949071226507e-16,d=-29.000000000063366) +S62 = openmc.Cylinder(x0=698.2592718841807,y0=223.28443536283677,z0=-305.328419216669,r=12.0000000000001,dx=0.7428806039595953,dy=0.2703864274532691,dz=0.612388429111528) +S63 = openmc.Cylinder(x0=702.6924047533444,y0=224.89796377174932,z0=-301.673997147605,r=5.999999999999851,dx=-0.7428806039595961,dy=-0.2703864274532627,dz=-0.6123884291115299) +S64 = openmc.Plane(a=-0.3023119232787292,b=-0.11003254153717973,c=-0.9468370191571434,d=82.71607449172035) +S65 = openmc.Plane(a=0.7428806039590559,b=0.27038642745474467,c=0.612388429111531,d=344.1625888775225) +S66 = openmc.Plane(a=0.575458189792397,b=0.2094496521491037,c=-0.7905559531212685,d=656.2795756004649) +S67 = openmc.Cylinder(x0=667.5002786101946,y0=211.8033848602455,z0=-318.965197328387,r=12.8,dx=0.5754581897923969,dy=0.2094496521491036,dz=-0.7905559531212684) +S68 = openmc.Plane(a=0.575458189792397,b=0.2094496521491037,c=-0.7905559531212685,d=656.6660214595736) +S69 = openmc.Cylinder(x0=709.7125373473064,y0=225.1474640890038,z0=-284.94732569907404,r=12.8,dx=0.5754581897923969,dy=0.2094496521491036,dz=-0.7905559531212684) +S70 = openmc.Plane(a=0.34202014332567005,b=-0.939692620785908,c=-3.8285353934681e-15,d=31.166573150453218) +S71 = openmc.Plane(a=0.7428806039590562,b=0.270386427454744,c=0.6123884291115307,d=424.1100273781567) +S72 = openmc.Plane(a=-0.7428806039590562,b=-0.270386427454744,c=-0.6123884291115307,d=-403.1100273781564) +S73 = openmc.Cylinder(x0=715.9885572898486,y0=227.43174853774977,z0=-293.569300005935,r=10.499999999999801,dx=-0.5754568878908095,dy=-0.2094491782956779,dz=0.7905570263366772) +S74 = openmc.Plane(a=0.30231192327872514,b=0.1100325415372028,c=0.946837019157142,d=-88.7160744917067) +S75 = openmc.Plane(a=0.30231192327872514,b=0.1100325415372028,c=0.946837019157142,d=-94.71607449170675) +S76 = openmc.Plane(a=-0.9268109674709055,b=-0.3373316049487902,c=-0.16501157195275004,d=-641.1761033695321) +S77 = openmc.Plane(a=-0.34202014332566744,b=0.939692620785909,c=-4.336808689941891e-17,d=-39.50000000003969) +S78 = openmc.Plane(a=-0.842905000336843,b=-0.30679233043486653,c=-0.44202898818232517,d=-491.9947640548969) +S79 = openmc.Plane(a=0.889735759988895,b=0.32383733299817824,c=-0.321713629107644,d=778.5017424346702) +S80 = openmc.Cylinder(x0=658.9226680212123,y0=208.96708244114564,z0=-322.029479797047,r=12.0,dx=0.8897357599889171,dy=0.3238373329981212,dz=-0.32171362910763995) +S81 = openmc.Cylinder(x0=658.9226680212123,y0=208.96708244114564,z0=-322.029479797047,r=5.99999999999999,dx=0.8897357599889171,dy=0.3238373329981212,dz=-0.32171362910763995) +S82 = openmc.Plane(a=-0.7428806039590407,b=-0.27038642745478597,c=-0.6123884291115312,d=-357.584042268913) +S83 = openmc.Cylinder(x0=677.3879885667219,y0=215.68790948589427,z0=-333.045873154586,r=10.499999999999801,dx=-0.5754568878908095,dy=-0.2094491782956779,dz=0.7905570263366772) +S84 = openmc.Plane(a=-0.8897357599889167,b=-0.32383733299812034,c=0.321713629107642,d=-753.6766415738026) +S85 = openmc.Cylinder(x0=656.3306893873007,y0=202.5723076782501,z0=-323.6272,r=9.000000000000211,dx=0.34202014332566744,dy=-0.939692620785909,dz=0.0) +S86 = openmc.Cylinder(x0=661.6379480557395,y0=187.99073432750916,z0=-323.6272,r=3.0000000000000906,dx=0.34202014332566877,dy=-0.9396926207859084,dz=-3.05311331771925e-16) +S87 = openmc.Plane(a=-0.8955329471979744,b=0.15790662070439593,c=0.416036344110257,d=-807.3958403945242) +S88 = openmc.Plane(a=-0.7785466887346111,b=0.13727878696512016,c=-0.6123884291115876,d=-438.10010263201116) +S89 = openmc.Cylinder(x0=752.3637833458561,y0=-132.66203431179298,z0=-270.844295675239,r=15.0000000000006,dx=-0.17364817766696627,dy=-0.9848077530122018,dz=0.0) +S90 = openmc.Cylinder(x0=752.3637833458561,y0=-132.66203431179298,z0=-270.844295675239,r=9.00000000000041,dx=-0.17364817766696627,dy=-0.9848077530122018,dz=0.0) +S91 = openmc.Plane(a=-0.9324524373051205,b=0.16441652292428338,c=0.321713629107051,d=-753.6766415737515) +S92 = openmc.Plane(a=-0.31682607619496694,b=0.055864985425176525,c=-0.9468370191571228,d=94.71607449170406) +S93 = openmc.Plane(a=0.603084872844024,b=-0.10634013473955131,c=-0.790557026336672,d=701.9643762043843) +S94 = openmc.Plane(a=-0.3168260761949689,b=0.055864985425177566,c=-0.9468370191571223,d=88.7160744917027) +S95 = openmc.Plane(a=0.7785466887348583,b=-0.13727878696516463,c=0.6123884291112631,d=344.16258887775825) +S96 = openmc.Cylinder(x0=675.610533827234,y0=-119.12836556460809,z0=-323.6272,r=9.00000000000034,dx=-0.17364817766696627,dy=-0.9848077530122018,dz=0.0) +S97 = openmc.Cylinder(x0=675.6105338272331,y0=-119.12836556460759,z0=-323.627200000002,r=3.00000000000011,dx=-0.17364817766696627,dy=-0.9848077530122018,dz=0.0) +S98 = openmc.Cylinder(x0=720.8296916984802,y0=-102.22377115102586,z0=-324.84761301486606,r=12.5000000000001,dx=0.9010177524985007,dy=-0.15887373986281128,dz=-0.403641108491881) +S99 = openmc.Cylinder(x0=813.6277826267084,y0=-118.58657833991298,z0=-366.419628865089,r=9.99999999999963,dx=-0.9010177524985016,dy=0.15887373986281178,dz=0.403641108491879) +S100 = openmc.Cylinder(x0=718.8048357018226,y0=-101.86673440676554,z0=-323.940510888675,r=7.49999999999972,dx=-0.9010177524985019,dy=0.15887373986281184,dz=0.4036411084918781) +S101 = openmc.ZCone(x0=0.0,y0=0.0,z0=-1971.2852599662594,r2=0.2093159503616234) +S102 = openmc.Plane(a=0.8858239762261554,b=-0.20549850153066146,c=-0.41603635539642003,d=820.1263126551511) +S103 = openmc.Plane(a=0.8860083122122709,b=-0.20470227720939374,c=-0.4160363546567192,d=834.1263126595973) +S104 = openmc.Plane(a=-0.8884989859011746,b=0.1936718122514453,c=0.4160057465850985,d=-820.0659963044639) +S105 = openmc.Cylinder(x0=709.3410100189726,y0=-155.53875694592918,z0=-323.940510888675,r=7.49999999999972,dx=-0.9010177524985019,dy=0.15887373986281184,dz=0.4036411084918781) +S106 = openmc.Cylinder(x0=492.14296157557646,y0=-117.2408808481282,z0=-226.639363610657,r=9.99999999999963,dx=-0.9010177524985017,dy=0.15887373986281306,dz=0.4036411084918779) +S107 = openmc.Cylinder(x0=711.3658660156303,y0=-155.8957936901895,z0=-324.84761301486606,r=12.5000000000001,dx=0.9010177524985007,dy=-0.15887373986281128,dz=-0.403641108491881) +S108 = openmc.Plane(a=0.17364817766696627,b=0.9848077530122018,c=0.0,d=49.34999999999816) +S109 = openmc.Plane(a=0.676615634325165,b=0.5987094511609548,c=0.4286470301743651,d=296.8162940502554) +S110 = openmc.Plane(a=0.6030848728440269,b=-0.10634013473955192,c=-0.7905570263366697,d=686.6643762044159) +S111 = openmc.Plane(a=0.17364817766696627,b=0.9848077530122018,c=-0.0,d=10.700000000006572) +S112 = openmc.Plane(a=0.6030848728440217,b=-0.10634013473955117,c=-0.7905570263366738,d=672.9643762043876) +S113 = openmc.Plane(a=-0.7832308289093445,b=0.13810472725939354,c=-0.6061984435435228,d=-375.41162857917965) +S114 = openmc.Plane(a=-0.43104002638718003,b=0.7940190294790375,c=-0.4286470301743691,d=-254.35453183999755) +S115 = openmc.Plane(a=0.9713076448106692,b=-0.17126774434855194,c=0.16501157195212052,d=621.8056623062055) +S116 = openmc.Plane(a=0.6030862372505867,b=-0.10634037532123904,c=-0.790555953121262,d=688.2553453707546) +S117 = openmc.Plane(a=0.17364817766696627,b=0.9848077530122018,c=0.0,d=28.16657315040634) +S118 = openmc.Plane(a=0.6030848728440269,b=-0.10634013473955192,c=-0.7905570263366697,d=695.9643762043856) +S119 = openmc.Plane(a=-0.7785466887346493,b=0.13727878696517445,c=-0.6123884291115269,d=-404.6100629369008) +S120 = openmc.Plane(a=0.17364817766696627,b=0.9848077530122018,c=0.0,d=34.1665731504061) +S121 = openmc.Plane(a=0.9757834137900872,b=-0.17205694317903136,c=0.13506715987260298,d=709.6176800268231) +S122 = openmc.Cylinder(x0=747.1330684680215,y0=-100.09235037223067,z0=-296.884275416669,r=10.499999999999602,dx=-0.6030848728440211,dy=0.1063401347395507,dz=0.7905570263366742) +S123 = openmc.Plane(a=0.17364817766696627,b=0.9848077530122018,c=0.0,d=-28.166573150406478) +S124 = openmc.Plane(a=0.17364817766696627,b=0.9848077530122018,c=0.0,d=-34.1665731504062) +S125 = openmc.Cylinder(x0=736.3090312046371,y0=-161.4785161189148,z0=-296.884275416669,r=10.499999999999602,dx=0.6030848728440211,dy=-0.1063401347395507,dz=-0.7905570263366742) +S126 = openmc.Plane(a=0.6030848728440217,b=-0.10634013473955117,c=-0.7905570263366738,d=666.9643762043879) +S127 = openmc.Plane(a=-0.603086237250584,b=0.10634037532123977,c=0.7905559531212641,d=-656.2795756004734) +S128 = openmc.Cylinder(x0=685.7831494515088,y0=-150.6420485345333,z0=-321.336865187755,r=12.7999999999998,dx=0.603086237250584,dy=-0.10634037532123983,dz=-0.7905559531212641) +S129 = openmc.Cylinder(x0=695.9479800295526,y0=-92.99442967779551,z0=-321.336865187755,r=12.7999999999998,dx=-0.603086237250584,dy=0.10634037532123983,dz=0.7905559531212641) +S130 = openmc.Plane(a=-0.603086237250584,b=0.10634037532123977,c=0.7905559531212641,d=-656.6660214595813) +S131 = openmc.Cylinder(x0=716.2461088874697,y0=-157.94088160253986,z0=-270.584716024865,r=12.7999999999998,dx=0.603086237250584,dy=-0.10634037532123983,dz=-0.7905559531212641) +S132 = openmc.Cylinder(x0=727.070146150854,y0=-96.55471585585565,z0=-270.584716024865,r=12.7999999999998,dx=-0.603086237250584,dy=0.10634037532123983,dz=0.7905559531212641) +S133 = openmc.Plane(a=-0.08715694421434365,b=-0.9961945929762628,c=2.759093573476998e-07,d=-0.000977656679658625) +S134 = openmc.Plane(a=0.17364817766696627,b=0.9848077530122018,c=0.0,d=-52.34999999999807) +S135 = openmc.Plane(a=-0.43104002638718003,b=0.7940190294790375,c=-0.4286470301743691,d=-298.9376143938065) +S136 = openmc.Plane(a=0.17364817766696627,b=0.9848077530122018,c=-0.0,d=-9.399999999992724) +S137 = openmc.Plane(a=0.6766156343251656,b=0.5987094511609542,c=0.428647030174365,d=255.27377065554876) +S138 = openmc.Plane(a=0.8955329471979988,b=0.1579066207043281,c=-0.41603634411023016,d=807.3958403945264) +S139 = openmc.Plane(a=-0.7785466887346072,b=-0.1372787869651636,c=-0.6123884291115829,d=-438.1001026320173) +S140 = openmc.Cylinder(x0=752.3637833458623,y0=132.6620343117334,z0=-270.844295675239,r=9.00000000000036,dx=0.17364817766691948,dy=-0.98480775301221,dz=0.0) +S141 = openmc.Cylinder(x0=752.3637833458623,y0=132.6620343117334,z0=-270.844295675239,r=15.000000000000501,dx=0.17364817766691948,dy=-0.98480775301221,dz=0.0) +S142 = openmc.Plane(a=-0.6030848728440293,b=-0.10634013473950418,c=0.7905570263366742,d=-701.9643762043821) +S143 = openmc.Plane(a=-0.34202014332566744,b=0.939692620785909,c=-1.3010426069825602e-16,d=-78.75000000004007) +S144 = openmc.Plane(a=-0.3168260761949703,b=-0.05586498542515207,c=-0.9468370191571231,d=88.71607449170656) +S145 = openmc.Plane(a=-0.3168260761949703,b=-0.05586498542515207,c=-0.9468370191571231,d=94.71607449170584) +S146 = openmc.Plane(a=0.9324524373049182,b=0.16441652292417624,c=-0.321713629107692,d=753.6766415738125) +S147 = openmc.Plane(a=0.3168260761950335,b=0.05586498542520564,c=0.946837019157099,d=-88.71606388355508) +S148 = openmc.Plane(a=0.6030848728440346,b=0.10634013473949178,c=-0.790557026336672,d=695.9643762043836) +S149 = openmc.Cylinder(x0=709.2895557440418,y0=100.1889338211583,z0=-319.6778222356261,r=12.5000000000001,dx=-0.901017752498511,dy=-0.15887373986274272,dz=0.40364110849188506) +S150 = openmc.Cylinder(x0=700.1724119719235,y0=98.5813353871357,z0=-315.593492034303,r=7.49999999999976,dx=-0.9010177524985129,dy=-0.1588737398627425,dz=0.4036411084918809) +S151 = openmc.Plane(a=-0.17364817766691948,b=0.98480775301221,c=0.0,d=-49.06999999999844) +S152 = openmc.Plane(a=0.6733034470435761,b=-0.5992934791438993,c=0.43302401094493487,d=291.4217483432903) +S153 = openmc.Plane(a=0.603084872844028,b=0.10634013473950388,c=-0.7905570263366754,d=672.9643762043847) +S154 = openmc.Plane(a=0.7785466887346635,b=0.13727878696511503,c=0.612388429111522,d=368.06258887753313) +S155 = openmc.Plane(a=-0.17364817766691948,b=0.98480775301221,c=0.0,d=-10.69999999999959) +S156 = openmc.Plane(a=-0.4277278391056734,b=-0.7934350014961127,c=-0.4330240109449532,d=-249.15797603174252) +S157 = openmc.Plane(a=-0.603084872844028,b=-0.10634013473950388,c=0.7905570263366754,d=-687.464376204384) +S158 = openmc.Cylinder(x0=675.3253318120497,y0=120.74582656821526,z0=-323.627200000002,r=3.0,dx=0.17364817766691948,dy=-0.98480775301221,dz=0.0) +S159 = openmc.Plane(a=-0.6030862372505886,b=-0.10634037532119177,c=0.7905559531212669,d=-688.2553453707496) +S160 = openmc.Plane(a=0.7785466887346583,b=0.1372787869651136,c=0.6123884291115291,d=404.61006293689644) +S161 = openmc.Plane(a=-0.17364817766691948,b=0.98480775301221,c=0.0,d=-34.166573150406656) +S162 = openmc.Plane(a=-0.17364817766691948,b=0.98480775301221,c=0.0,d=-28.166573150406794) +S163 = openmc.Plane(a=-0.9757834137901003,b=-0.17205694317895534,c=-0.13506715987260406,d=-709.6176800268198) +S164 = openmc.Cylinder(x0=747.1330684680256,y0=100.09235037217223,z0=-296.884275416669,r=10.499999999999702,dx=0.6030848728440267,dy=0.1063401347395035,dz=-0.7905570263366765) +S165 = openmc.Plane(a=-0.17364817766691948,b=0.98480775301221,c=0.0,d=28.166573150406407) +S166 = openmc.Plane(a=-0.17364817766691948,b=0.98480775301221,c=0.0,d=34.16657315040625) +S167 = openmc.Cylinder(x0=736.3090312046442,y0=161.47851611885713,z0=-296.884275416669,r=10.499999999999702,dx=-0.6030848728440267,dy=-0.1063401347395035,dz=0.7905570263366765) +S168 = openmc.Plane(a=0.603084872844028,b=0.10634013473950388,c=-0.7905570263366754,d=666.9643762043845) +S169 = openmc.Plane(a=-0.6030862372505899,b=-0.10634037532119354,c=0.7905559531212659,d=-656.2795756004689) +S170 = openmc.Cylinder(x0=695.9479800295567,y0=92.99442967774176,z0=-321.33686518775403,r=12.7999999999999,dx=0.6030862372505897,dy=0.1063403753211935,dz=-0.7905559531212659) +S171 = openmc.Cylinder(x0=685.7831494515154,y0=150.6420485344797,z0=-321.33686518775403,r=12.7999999999999,dx=-0.6030862372505897,dy=-0.1063403753211935,dz=0.7905559531212659) +S172 = openmc.Plane(a=0.6030862372505897,b=0.10634037532119352,c=-0.7905559531212659,d=656.6660214595785) +S173 = openmc.Cylinder(x0=727.0701461508588,y0=96.55471585579872,z0=-270.584716024865,r=12.7999999999999,dx=0.6030862372505897,dy=0.1063403753211935,dz=-0.7905559531212659) +S174 = openmc.Cylinder(x0=716.2461088874774,y0=157.9408816024836,z0=-270.584716024865,r=12.7999999999999,dx=-0.6030862372505897,dy=-0.1063403753211935,dz=0.7905559531212659) +S175 = openmc.Cylinder(x0=690.7085862890762,y0=152.25335792629977,z0=-315.593492034303,r=7.49999999999976,dx=-0.9010177524985129,dy=-0.1588737398627425,dz=0.4036411084918809) +S176 = openmc.Plane(a=-0.7785466887346462,b=-0.13727878696516893,c=-0.612388429111532,d=-344.1625888775239) +S177 = openmc.Plane(a=0.8860083146910815,b=0.20470226625270382,c=-0.41603635476875894,d=834.1263126585841) +S178 = openmc.Plane(a=-0.8858239762706804,b=-0.20549850133493794,c=0.4160363553982941,d=-820.1263126551341) +S179 = openmc.Cylinder(x0=492.1429615755822,y0=117.24088084808935,z0=-226.639363610657,r=9.99999999999968,dx=0.9010177524985132,dy=0.1588737398627434,dz=-0.40364110849187984) +S180 = openmc.Plane(a=-0.9002330157300042,b=-0.12852938064576439,c=0.416005667870617,d=-820.0658411357668) +S181 = openmc.Cylinder(x0=501.6068041192891,y0=63.568861281950426,z0=-226.639371164044,r=9.99999999999968,dx=0.9010177524985129,dy=0.15887373986274167,dz=-0.4036411084918811) +S182 = openmc.Plane(a=-0.32171362910771195,b=1.2628786905111156e-14,c=-0.9468370191571228,d=94.71607449170361) +S183 = openmc.Plane(a=0.6123884291115556,b=-2.3974464074272193e-14,c=-0.7905570263366719,d=695.9643762043843) +S184 = openmc.Plane(a=-0.13859563091001142,b=5.5441762292218755e-15,c=-0.9903490551783528,d=228.4227270264125) +S185 = openmc.Plane(a=0.9903490551783571,b=-3.8469227803261674e-14,c=-0.13859563090998095,d=724.2653654705719) +S186 = openmc.Plane(a=-0.32171362910771195,b=1.2628786905111156e-14,c=-0.9468370191571228,d=88.71607449170433) +S187 = openmc.Plane(a=0.08715574274768745,b=0.9961946980917431,c=-8.943890373228933e-16,d=2.99999999999784) +S188 = openmc.Plane(a=-0.08715574274764099,b=0.9961946980917471,c=-7.237830359838481e-17,d=-3.000000000019849) +S189 = openmc.Plane(a=0.9093479864052949,b=-3.652633751016765e-14,c=-0.4160363441102659,d=807.3958403945253) +S190 = openmc.YCylinder(x0=763.970207428426,z0=-270.844295675239,r=9.00000000000041) +S191 = openmc.YCylinder(x0=763.970207428426,z0=-270.844295675239,r=15.0000000000006) +S192 = openmc.YPlane(y0=43.99999999998745) +S193 = openmc.YPlane(y0=7.999999999988133) +S194 = openmc.Plane(a=0.5590082342373894,b=0.7071067811865049,c=0.433024010944955,d=289.3216412031491) +S195 = openmc.Plane(a=-0.5590082342373476,b=0.7071067811865417,c=-0.43302401094494886,d=-252.55208858146273) +S196 = openmc.Plane(a=-0.7905570263366957,b=3.0309088572266774e-14,c=-0.612388429111525,d=-370.16258887753503) +S197 = openmc.Plane(a=-0.6123884291115556,b=2.3925306180672123e-14,c=0.7905570263366719,d=-687.3643762044048) +S198 = openmc.YCylinder(x0=686.0329153185107,z0=-323.6272,r=3.00000000000011) +S199 = openmc.YPlane(y0=-8.000000000010958) +S200 = openmc.YPlane(y0=-44.00000000000887) +S201 = openmc.Plane(a=-0.5590082342373486,b=0.7071067811865401,c=-0.4330240109449499,d=-289.3216412031615) +S202 = openmc.Plane(a=0.5590082342373872,b=0.7071067811865072,c=0.43302401094495385,d=252.55208858145008) +S203 = openmc.YPlane(y0=-34.166573150405966) +S204 = openmc.YPlane(y0=-28.16657315040642) +S205 = openmc.Plane(a=0.6123898145662857,b=-2.3869795029440866e-14,c=-0.7905559531212641,d=688.2553453707524) +S206 = openmc.Plane(a=0.9908364457991808,b=-3.8091856557807735e-14,c=0.13506715987258747,d=709.6176800268566) +S207 = openmc.Plane(a=0.79055595312128,b=-3.039151552717526e-14,c=0.6123898145662651,d=404.6088585186378) +S208 = openmc.Cylinder(x0=751.3261189995272,y0=-31.166573150435624,z0=-294.512610776882,r=10.499999999999602,dx=-0.6123884291115519,dy=2.4147350785597155e-14,dz=0.7905570263366748) +S209 = openmc.YPlane(y0=34.166573150406236) +S210 = openmc.YPlane(y0=28.16657315040651) +S211 = openmc.Cylinder(x0=751.3261189995283,y0=31.166573150376735,z0=-294.512610776882,r=10.499999999999602,dx=0.6123884291115519,dy=-2.4147350785597155e-14,dz=-0.7905570263366748) +S212 = openmc.Plane(a=-0.6123898145662857,b=2.3901935477370748e-14,c=0.7905559531212641,d=-656.2795756004722) +S213 = openmc.Cylinder(x0=701.5232796730115,y0=-29.268463149516357,z0=-321.336865187755,r=12.7999999999998,dx=0.6123898145662857,dy=-2.3869795029440866e-14,dz=-0.7905559531212641) +S214 = openmc.Cylinder(x0=701.5232796730124,y0=29.268463149461923,z0=-321.336865187755,r=12.7999999999998,dx=-0.6123898145662857,dy=2.3869795029440866e-14,dz=0.7905559531212641) +S215 = openmc.Plane(a=-0.6123898145662857,b=2.3901935477370748e-14,c=0.7905559531212641,d=-656.6660214595804) +S216 = openmc.Cylinder(x0=732.7908673665966,y0=-31.166573150434626,z0=-270.584716024865,r=12.7999999999998,dx=0.6123898145662857,dy=-2.3869795029440866e-14,dz=-0.7905559531212641) +S217 = openmc.Cylinder(x0=732.7908673665978,y0=31.16657315037769,z0=-270.584716024865,r=12.7999999999998,dx=-0.6123898145662857,dy=2.3869795029440866e-14,dz=0.7905559531212641) +S218 = openmc.Plane(a=0.9468370191571266,b=-2.603472992745992e-14,c=-0.321713629107701,d=753.6766415738143) +S219 = openmc.YCylinder(x0=686.0329153185107,z0=-323.6272,r=9.00000000000034) +S220 = openmc.Plane(a=-0.17364817766703355,b=0.9848077530121899,c=0.0,d=9.399999999907573) +S221 = openmc.Plane(a=0.258819045102985,b=-0.965925826288944,c=-1.9721522630525295e-31,d=10.000000000153614) +S222 = openmc.Plane(a=0.778546688734641,b=0.13727878696519386,c=0.612388429111533,d=358.06258887752455) +S223 = openmc.Plane(a=0.575456887890795,b=-0.20944917829572135,c=-0.7905570263366762,d=672.9643762043848) +S224 = openmc.Plane(a=0.742880603958977,b=-0.2703864274547645,c=0.612388429111618,d=438.10010263198814) +S225 = openmc.Plane(a=-0.5754568878907975,b=0.20944917829572157,c=0.7905570263366745,d=-666.9643762043845) +S226 = openmc.Plane(a=0.7428806039590364,b=-0.2703864274547999,c=0.6123884291115301,d=344.1625888775283) +S227 = openmc.Plane(a=-0.3023119232790627,b=0.11003254153622918,c=-0.9468370191571474,d=82.71607449169898) +S228 = openmc.Plane(a=0.3420201433256978,b=0.9396926207858978,c=-1.9161442286800703e-14,d=29.00000000001801) +S229 = openmc.Plane(a=0.3023119232787269,b=-0.110032541537229,c=0.9468370191571384,d=-88.71607449170233) +S230 = openmc.Plane(a=0.5754568878907971,b=-0.20944917829572143,c=-0.7905570263366748,d=701.964376204383) +S231 = openmc.Plane(a=-0.30231192327871914,b=0.1100325415372261,c=-0.9468370191571411,d=94.71607449170261) +S232 = openmc.Plane(a=-0.5754568878907492,b=0.20944917829580237,c=0.790557026336688,d=-689.964376204373) +S233 = openmc.Plane(a=-0.5754568878907981,b=0.20944917829572196,c=0.7905570263366739,d=-695.9643762043825) +S234 = openmc.Plane(a=-0.7428806039590417,b=0.2703864274548019,c=-0.6123884291115229,d=-419.71648887753577) +S235 = openmc.Plane(a=0.34202014332571495,b=0.9396926207858917,c=0.0,d=10.499999999999728) +S236 = openmc.Plane(a=0.5754568878907961,b=-0.20944917829572193,c=-0.7905570263366754,d=673.9643762043842) +S237 = openmc.Plane(a=0.9268109674702487,b=-0.3373316049505987,c=0.1650115719527419,d=641.1761033695391) +S238 = openmc.Cylinder(x0=701.4142415392025,y0=-224.43275040888395,z0=-302.727642051517,r=6.00000000000008,dx=-0.7428806039590371,dy=0.27038642745480035,dz=-0.612388429111529) +S239 = openmc.Cylinder(x0=700.5073057693716,y0=-224.1026527842747,z0=-303.47526820898,r=11.999999999999602,dx=0.7428806039590403,dy=-0.27038642745479874,dz=0.612388429111526) +S240 = openmc.Plane(a=0.854507592551566,b=-0.31101532864325404,c=-0.41603634411029,d=807.3958403945207) +S241 = openmc.Cylinder(x0=729.5713217847145,y0=-229.21872158756975,z0=-270.844295675239,r=15.000000000000501,dx=-0.34202014332571495,dy=-0.9396926207858917,dz=0.0) +S242 = openmc.Cylinder(x0=729.5713217847145,y0=-229.21872158756975,z0=-270.844295675239,r=9.0000000000004,dx=-0.34202014332571495,dy=-0.9396926207858917,dz=0.0) +S243 = openmc.Plane(a=0.742880603959039,b=-0.27038642745480035,c=0.6123884291115268,d=403.11002737816466) +S244 = openmc.Plane(a=0.5754581897923855,b=-0.20944965214914796,c=-0.790555953121265,d=686.445099511643) +S245 = openmc.Plane(a=-0.742880603959039,b=0.27038642745480035,c=-0.6123884291115268,d=-424.11002737816534) +S246 = openmc.Plane(a=-0.34202014332571407,b=-0.939692620785892,c=1.5891498529123106e-15,d=-31.16657315043294) +S247 = openmc.Plane(a=-0.742880603959039,b=0.27038642745480035,c=-0.6123884291115268,d=-369.0840422689237) +S248 = openmc.Plane(a=-0.5754581897923854,b=0.20944965214914812,c=0.7905559531212651,d=-656.2795756004709) +S249 = openmc.Cylinder(x0=667.5002786101841,y0=-211.80338486029683,z0=-318.965197328387,r=12.7999999999999,dx=-0.5754581897923846,dy=0.2094496521491476,dz=0.7905559531212659) +S250 = openmc.Plane(a=-0.5754581897923854,b=0.20944965214914812,c=0.7905559531212651,d=-656.6660214595794) +S251 = openmc.Cylinder(x0=709.7125373472958,y0=-225.14746408905904,z0=-284.94732569907404,r=12.7999999999999,dx=-0.5754581897923855,dy=0.20944965214914807,dz=0.790555953121265) +S252 = openmc.Plane(a=0.8897357599890671,b=-0.32383733299824946,c=-0.32171362910709606,d=753.6766415737541) +S253 = openmc.Cylinder(x0=715.9885572898384,y0=-227.4317485378059,z0=-293.569300005935,r=10.499999999999702,dx=0.5754568878907975,dy=-0.20944917829572157,dz=-0.7905570263366745) +S254 = openmc.Plane(a=0.5754581897923856,b=-0.20944965214914804,c=-0.7905559531212649,d=685.9651995116421) +S255 = openmc.Cylinder(x0=684.969817934811,y0=-218.44746969722075,z0=-331.447695298155,r=11.999999999999602,dx=0.8897357599888938,dy=-0.3238373329981863,dz=-0.3217136291076392) +S256 = openmc.Cylinder(x0=683.3956071365352,y0=-217.87450382418794,z0=-330.878486897569,r=6.000000000000021,dx=-0.8897357599888889,dy=0.3238373329981871,dz=0.32171362910765183) +S257 = openmc.Plane(a=-0.7428806039590465,b=0.2703864274547884,c=-0.6123884291115231,d=-357.584042268928) +S258 = openmc.Plane(a=0.3420201433259011,b=0.9396926207858239,c=1.54127898537701e-13,d=30.02320996328683) +S259 = openmc.Cylinder(x0=678.573731445354,y0=-215.0306072998813,z0=-334.19406564574,r=11.499999999999602,dx=0.5754568878907981,dy=-0.20944917829572196,dz=-0.7905570263366739) +S260 = openmc.Cylinder(x0=656.3342235049921,y0=-202.56259776972152,z0=-323.6272,r=9.0000000000003,dx=-0.34202014332571495,dy=-0.9396926207858917,dz=0.0) +S261 = openmc.Plane(a=0.34202014332571495,b=0.9396926207858917,c=1.0339757656912405e-17,d=41.52320996319506) +S262 = openmc.Cylinder(x0=658.861842363991,y0=-195.61802202963662,z0=-323.6272,r=3.00000000001347,dx=-0.34202014332571495,dy=-0.9396926207858917,dz=0.0) +S263 = openmc.Plane(a=-0.6766156343251628,b=0.5987094511611447,c=-0.428647030174103,d=-255.27377065480516) +S264 = openmc.Plane(a=0.4088556365009292,b=0.789099645055863,c=0.45843082212492103,d=273.2772129666386) +S265 = openmc.Plane(a=0.7832308289090273,b=0.1381047272590052,c=0.6061984435440211,d=375.4116285790017) +S266 = openmc.Plane(a=-0.5754568878907513,b=-0.209449178295909,c=0.7905570263366583,d=-701.9643963973148) +S267 = openmc.Plane(a=0.3023119232790217,b=0.11003254153700845,c=0.94683701915707,d=-88.71606388313954) +S268 = openmc.Plane(a=0.8861494192338888,b=0.204090585698064,c=-0.4160363441105393,d=820.1263127553556) +S269 = openmc.Cylinder(x0=704.792210797069,y0=154.73668091322497,z0=-321.90272378054306,r=12.5,dx=-0.9010177524985141,dy=-0.15887373986275236,dz=0.40364110849187396) +S270 = openmc.Cylinder(x0=668.490738541295,y0=159.50673112913938,z0=-323.6272,r=9.00000000000078,dx=-0.17364817766722013,dy=0.984807753012157,dz=3.55673823726477e-13) +S271 = openmc.Plane(a=0.08716072509322485,b=0.9961942621769037,c=2.6528704871196356e-06,d=0.0028479450780297243) +S272 = openmc.Cylinder(x0=737.70006220307,y0=-64.5404063792018,z0=-316.29050202425606,r=2.99999999998769,dx=-0.6086040812978034,dy=0.053246916586084915,dz=0.7916854413854858) +S273 = openmc.Plane(a=-0.08715870116051795,b=-0.9961944392591409,c=-1.0850725661563348e-06,d=-0.0018393404274018319) +S274 = openmc.Plane(a=0.7391109978338262,b=0.40099675175040495,c=0.5412176438058073,d=351.4132405172769) +S275 = openmc.Plane(a=-0.17364817766689797,b=0.9848077530122138,c=1.2490009027032999e-16,d=29.29999999999958) +S276 = openmc.Plane(a=-0.0982343627968108,b=-0.035754384040143,c=-0.994520806211622,d=223.45187684188514) +S277 = openmc.Plane(a=0.7428806039590311,b=-0.27038642745476504,c=0.6123884291115521,d=387.1300273781419) +S278 = openmc.Plane(a=-0.10782479769222829,b=-0.03924501687574604,c=0.9933950078659809,d=-349.0165101411344) +S279 = openmc.Plane(a=0.16506470506181017,b=0.8125659586751491,c=-0.5590082342373798,d=471.61503322399915) +S280 = openmc.Plane(a=-0.45561157363185634,b=0.5866582681165129,c=-0.6695148769245067,d=42.225641218939614) +S281 = openmc.Plane(a=-0.023760174858387433,b=0.9248727486255408,c=-0.3795337309654256,d=311.0646965107114) +S282 = openmc.Plane(a=-0.36491365271249715,b=0.9280095937567435,c=-0.07507476246693506,d=-10.38791460994369) +S283 = openmc.Plane(a=0.15506015650819033,b=0.056437281489640355,c=-0.9862916308687378,d=435.0364815178507) +S284 = openmc.Plane(a=-0.9268109674701633,b=-0.337331604950601,c=-0.165011571953216,d=-621.8056623057196) +S285 = openmc.Plane(a=-0.11300152242571503,b=0.019925217264790476,c=0.9933950078626435,d=-349.01651016217045) +S286 = openmc.Plane(a=-0.1130015224256545,b=-0.01992521726477427,c=0.9933950078626508,d=-349.0165101621244) +S287 = openmc.Plane(a=0.9713076448105673,b=0.17126774434848635,c=0.1650115719527897,d=621.8056623059085) +S288 = openmc.Plane(a=-0.8885034203598233,b=-0.19365169090047904,c=0.41600564253418537,d=-820.0657911904327) +S289 = openmc.Plane(a=-0.900233040404253,b=-0.12852925831943143,c=0.4160056522697394,d=-820.0658103819866) +S290 = openmc.Plane(a=-0.11474475312434035,b=2.6242806975955835e-15,c=0.9933950078545968,d=-349.0165102128861) +S291 = openmc.Plane(a=0.9661607251005075,b=-2.209666997939947e-14,c=0.2579407941238871,d=578.1781557142341) +S292 = openmc.Plane(a=-0.9862916308687635,b=2.25570757582633e-14,c=-0.16501157195249913,d=-621.8056623060413) +S293 = openmc.Plane(a=-0.23118061777377455,b=5.287238120809951e-15,c=-0.9729108499578653,d=159.2495869388165) +S294 = openmc.Plane(a=0.9715397702347729,b=0.1713086743236916,c=0.16359649431948073,d=622.4291142748169) +S295 = openmc.Plane(a=0.16506470506010085,b=-0.8125659586755122,c=-0.559008234237357,d=471.61503322397624) +S296 = openmc.Plane(a=-0.10782479778477419,b=0.03924501690943616,c=0.9933950078546049,d=-349.01651021283294) +S297 = openmc.Plane(a=-0.45561157363191107,b=-0.5866582681165399,c=-0.6695148769244458,d=42.22564121892836) +S298 = openmc.Plane(a=0.9268109674703282,b=-0.3373316049507126,c=0.16501157195206245,d=621.8056623062234) +S299 = openmc.Plane(a=-0.7886729202280022,b=0.06899900725748905,c=-0.6109289335892648,d=-390.026267172201) +S300 = openmc.Plane(a=0.7886727584239389,b=-0.06900085667397654,c=0.6109289335906696,d=396.0262671708628) +S301 = openmc.Plane(a=0.7785466887346404,b=-0.13727878696513784,c=0.6123884291115462,d=415.84175298508785) +S302 = openmc.Plane(a=0.7905570263366827,b=3.8490960876263034e-15,c=0.6123884291115418,d=415.841752985085) +S303 = openmc.Plane(a=0.778546688734644,b=0.13727878696515813,c=0.612388429111537,d=415.8417529850853) +S304 = openmc.Plane(a=0.7886727726766434,b=-0.0690006937671736,c=0.6109289335906299,d=396.67626717106197) +S305 = openmc.Plane(a=-0.6582470019098632,b=0.5232544412617854,c=-0.5412168457988844,d=-344.9446646118338) +S306 = openmc.Plane(a=-0.6594863784100867,b=-0.5233628274910946,c=-0.5396008408926681,d=-346.3628037299709) +S307 = openmc.Plane(a=0.7403482997447622,b=-0.4008931623419203,c=0.5396008408560299,d=352.829808843368) +S308 = openmc.Plane(a=0.08715632411551705,b=0.9961946472281905,c=-7.562559760797246e-07,d=3.000643612299813) +S309 = openmc.Plane(a=0.9663854729847449,b=3.991200658307783e-14,c=0.2570974865766894,d=578.6028444735618) +S310 = openmc.Plane(a=0.7671406753193873,b=0.4732709479945172,c=0.433024010944988,d=282.21144447404333) +S311 = openmc.Plane(a=0.7671406753194158,b=-0.47327094799442654,c=0.4330240109450369,d=280.7808189893485) +S312 = openmc.XPlane(x0=640.9999455210339) +S313 = openmc.XPlane(x0=718.5208249439333) +S314 = openmc.YPlane(y0=-128.43668051300432) +S315 = openmc.YPlane(y0=-64.21834025651532) +S316 = openmc.ZPlane(z0=-350.00710424709825) +S317 = openmc.ZPlane(z0=-254.833425212632) +S318 = openmc.YPlane(y0=-2.6329871616326275e-11) +S319 = openmc.YPlane(y0=64.21834025646267) +S320 = openmc.YPlane(y0=128.43668051295165) +S321 = openmc.YPlane(y0=-256.8733610259823) +S322 = openmc.YPlane(y0=-192.6550207694933) +S323 = openmc.ZPlane(z0=-302.4202647298651) +S324 = openmc.XPlane(x0=796.0417043668328) +S325 = openmc.YPlane(y0=192.65502076944063) +S326 = openmc.YPlane(y0=256.8733610259296) +S327 = openmc.XPlane(x0=679.7603852324836) +S328 = openmc.XPlane(x0=757.281264655383) +S329 = openmc.YPlane(y0=-224.76419089773782) +S330 = openmc.YPlane(y0=-96.32751038475982) +S331 = openmc.YPlane(y0=-32.109170128270826) +S332 = openmc.YPlane(y0=32.10917012821817) +S333 = openmc.YPlane(y0=96.32751038470715) +S334 = openmc.YPlane(y0=224.76419089768515) +S335 = openmc.YPlane(y0=160.54585064119615) +S336 = openmc.ZPlane(z0=-326.2136844884817) +S337 = openmc.ZPlane(z0=-278.62684497124854) +S338 = openmc.Sphere(x0=718.5208249439333,y0=-2.6329871616326275e-11,z0=-302.4202647298651,r=277.9531210823665, boundary_type="vacuum") + +# Cell definition +C1 = openmc.Cell(name="", region=((+S3 & +S5 & -S2 & -S4 & -S1))) +C2 = openmc.Cell(name="", region=((+S3 & +S6 & +S7 & -S9 & -S8) | (+S3 & +S4 & +S6 & +S7 & +S9 & +S11 & -S10 & -S8 & -S2))) +C3 = openmc.Cell(name="", region=((+S2 & +S12 & +S14 & +S15 & -S16 & -S13))) +C4 = openmc.Cell(name="", region=((+S6 & -S19 & -S16 & +S17 & +S18 & -S2))) +C5 = openmc.Cell(name="", region=((+S2 & +S15 & -S16 & -S13 & +S20 & +S21))) +C6 = openmc.Cell(name="", region=((+S6 & -S19 & -S16 & +S22 & +S23 & -S2))) +C7 = openmc.Cell(name="", region=((-S27 & -S26 & -S24 & -S16 & +S25 & -S6))) +C8 = openmc.Cell(name="", region=((-S29 & -S28 & -S27 & -S16 & +S25 & -S6))) +C9 = openmc.Cell(name="", region=((-S32 & +S33 & -S31 & +S13 & -S16 & +S30) | (+S32 & +S33 & -S31 & -S16 & -S35 & -S34) | (-S32 & +S33 & +S36 & +S13 & -S16 & -S34))) +C10 = openmc.Cell(name="", region=((-S25 & +S39 & +S40 & -S16 & -S38 & -S37) | (+S41 & +S42 & -S16 & -S39 & -S38 & -S37) | (+S39 & -S25 & +S42 & -S16 & -S43 & -S38))) +C11 = openmc.Cell(name="", region=((+S44 & +S46 & +S47 & +S48 & -S45 & -S35))) +C12 = openmc.Cell(name="", region=((+S32 & +S45 & -S49 & +S48 & +S47 & -S35))) +C13 = openmc.Cell(name="", region=((-S51 & +S13 & -S50 & -S46 & +S52 & +S30) | (-S31 & -S52 & +S13 & -S46 & +S30 & -S33))) +C14 = openmc.Cell(name="", region=((+S36 & -S53 & +S13 & -S35 & -S34 & -S33) | (+S32 & -S53 & -S48 & -S36 & -S35 & -S33))) +C15 = openmc.Cell(name="", region=((-S32 & -S55 & +S13 & -S48 & +S53 & +S54 & +S278) | (+S32 & -S55 & -S48 & +S53 & -S35))) +C16 = openmc.Cell(name="", region=((+S35 & -S58 & +S44 & +S47 & +S56 & +S57))) +C17 = openmc.Cell(name="", region=((-S62 & -S59 & +S63 & +S279 & +S60 & +S61 & +S31))) +C18 = openmc.Cell(name="", region=((-S64 & +S65 & +S44 & -S49 & -S47 & +S61 & -S35))) +C19 = openmc.Cell(name="", region=((+S32 & +S49 & +S59 & +S60 & -S35 & +S31))) +C20 = openmc.Cell(name="", region=((+S66 & -S44 & -S67))) +C21 = openmc.Cell(name="", region=((-S69 & -S44 & +S68))) +C22 = openmc.Cell(name="", region=((+S32 & -S30 & +S48 & +S49 & -S35 & -S33))) +C23 = openmc.Cell(name="", region=((-S32 & +S45 & -S49 & -S72 & -S71 & -S70))) +C24 = openmc.Cell(name="", region=((-S73 & +S45 & +S70 & -S49))) +C25 = openmc.Cell(name="", region=((-S64 & +S65 & +S35 & -S58 & +S44 & -S47 & +S56))) +C26 = openmc.Cell(name="", region=((-S61 & +S75 & +S76 & +S46 & +S49 & -S74))) +C27 = openmc.Cell(name="", region=((+S65 & +S44 & +S46 & -S47 & -S77 & -S45))) +C28 = openmc.Cell(name="", region=((-S62 & -S60 & +S79 & -S78 & +S279 & +S61 & +S63))) +C29 = openmc.Cell(name="", region=((+S64 & +S65 & -S49 & -S80 & +S61))) +C30 = openmc.Cell(name="", region=((+S64 & +S76 & -S80 & +S81 & +S49 & +S280 & +S61))) +C31 = openmc.Cell(name="", region=((-S31 & -S59 & +S63 & +S61 & +S279 & -S35 & +S30 & -S33))) +C32 = openmc.Cell(name="", region=((-S61 & -S83 & +S45 & -S82 & -S49))) +C33 = openmc.Cell(name="", region=((-S31 & -S61 & -S50 & +S46 & +S30 & -S33))) +C34 = openmc.Cell(name="", region=((+S64 & -S62 & +S78 & -S76 & +S279 & +S61 & +S63))) +C35 = openmc.Cell(name="", region=((-S85 & -S80 & +S84 & +S61 & -S65))) +C36 = openmc.Cell(name="", region=((-S61 & +S44 & +S77 & -S82 & -S47 & -S45))) +C37 = openmc.Cell(name="", region=((-S84 & -S49 & -S80 & +S61 & -S65))) +C38 = openmc.Cell(name="", region=((+S75 & -S84 & +S46 & -S49 & -S77 & -S74))) +C39 = openmc.Cell(name="", region=((+S32 & -S31 & +S49 & +S59 & -S35 & +S30))) +C40 = openmc.Cell(name="", region=((-S64 & +S32 & -S60 & +S49 & +S59 & -S35))) +C41 = openmc.Cell(name="", region=((-S62 & -S59 & -S79 & -S78 & +S281 & +S63))) +C42 = openmc.Cell(name="", region=((-S64 & -S62 & -S59 & +S78 & +S281 & +S63))) +C43 = openmc.Cell(name="", region=((+S64 & +S65 & -S58 & +S80 & +S56 & +S282))) +C44 = openmc.Cell(name="", region=((-S61 & -S50 & +S46 & -S76 & +S52 & +S31))) +C45 = openmc.Cell(name="", region=((-S61 & +S75 & -S84 & +S77 & -S49 & +S86 & +S283 & -S65))) +C46 = openmc.Cell(name="", region=((+S65 & -S61 & +S44 & +S77 & -S49 & +S82 & +S86))) +C47 = openmc.Cell(name="", region=((-S61 & -S85 & +S13 & +S84 & +S86 & +S284 & -S65))) +C48 = openmc.Cell(name="", region=((+S90 & -S89 & -S88 & +S87 & +S25 & -S6 & +S285))) +C49 = openmc.Cell(name="", region=((-S93 & -S92 & -S91 & +S25 & -S6 & +S94))) +C50 = openmc.Cell(name="", region=((-S26 & -S24 & -S87 & +S25 & -S6 & +S27))) +C51 = openmc.Cell(name="", region=((-S96 & -S95 & +S97 & -S115 & +S25 & -S6 & +S91))) +C52 = openmc.Cell(name="", region=((+S99 & -S101 & +S93 & -S98) | (-S16 & +S100 & +S93 & -S99))) +C53 = openmc.Cell(name="", region=((-S16 & +S105 & -S106 & +S102) | (+S105 & -S101 & +S93 & -S107) | (+S101 & +S105 & -S106 & -S104 & -S102))) +C54 = openmc.Cell(name="", region=((+S97 & -S94 & +S111 & +S112 & +S113 & -S110 & -S109 & -S108 & +S114 & +S115))) +C55 = openmc.Cell(name="", region=((+S112 & -S116 & -S122) | (-S29 & -S120 & -S119 & -S118 & +S116 & +S117) | (-S121 & -S120 & +S116 & +S117 & +S29))) +C56 = openmc.Cell(name="", region=((+S112 & -S125 & -S116) | (-S29 & -S123 & -S119 & -S118 & +S116 & +S124) | (-S123 & -S121 & +S116 & +S124 & +S29))) +C57 = openmc.Cell(name="", region=((-S128 & -S127 & -S126))) +C58 = openmc.Cell(name="", region=((-S127 & -S126 & -S129))) +C59 = openmc.Cell(name="", region=((-S126 & -S131 & -S130))) +C60 = openmc.Cell(name="", region=((-S126 & -S132 & -S130))) +C61 = openmc.Cell(name="", region=((-S29 & -S28 & +S25 & -S6 & +S27 & +S93) | (-S94 & -S93 & +S100 & +S133 & -S29 & +S105 & +S11 & +S118 & +S25 & -S6) | (-S29 & -S93 & +S118 & -S6 & -S133))) +C62 = openmc.Cell(name="", region=((+S11 & -S112 & -S9 & +S88 & +S25 & -S6 & +S126 & +S95) | (+S9 & -S112 & +S88 & -S6 & +S126))) +C63 = openmc.Cell(name="", region=((+S97 & -S94 & +S134 & +S135 & +S112 & +S113 & -S110 & +S115 & -S137 & -S136))) +C64 = openmc.Cell(name="", region=((+S2 & +S140 & -S141 & -S13 & -S139 & -S138 & +S286))) +C65 = openmc.Cell(name="", region=((+S2 & +S138 & +S12 & +S14 & -S15 & -S13))) +C66 = openmc.Cell(name="", region=((+S2 & +S142 & -S145 & +S144 & -S143 & +S146))) +C67 = openmc.Cell(name="", region=((+S142 & +S143 & -S13 & +S148 & +S147 & +S20) | (+S143 & -S15 & -S142 & -S13 & +S20 & +S21))) +C68 = openmc.Cell(name="", region=((-S142 & -S149 & -S101 & +S150))) +C69 = openmc.Cell(name="", region=((-S155 & -S154 & -S152 & -S144 & +S151 & +S153 & +S156 & +S157 & +S158 & +S287))) +C70 = openmc.Cell(name="", region=((+S153 & -S164 & +S159) | (+S160 & +S161 & -S159 & -S148 & +S20 & -S162) | (+S161 & -S159 & +S163 & -S20 & -S162))) +C71 = openmc.Cell(name="", region=((-S167 & +S153 & +S159) | (+S160 & -S159 & +S165 & -S148 & +S20 & -S166) | (-S159 & +S163 & +S165 & -S20 & -S166))) +C72 = openmc.Cell(name="", region=((-S168 & -S170 & -S169))) +C73 = openmc.Cell(name="", region=((-S168 & -S171 & -S169))) +C74 = openmc.Cell(name="", region=((-S168 & -S173 & +S172))) +C75 = openmc.Cell(name="", region=((-S168 & -S174 & +S172))) +C76 = openmc.Cell(name="", region=((+S2 & +S4 & +S142 & +S175 & -S144 & -S143 & +S148 & +S20 & +S150) | (+S2 & -S143 & -S15 & -S142 & +S20 & +S21))) +C77 = openmc.Cell(name="", region=((+S2 & +S4 & -S153 & +S168 & +S139 & -S176 & -S13))) +C78 = openmc.Cell(name="", region=((-S16 & -S179 & -S178 & +S175) | (-S288 & +S101 & -S179 & +S175 & +S178))) +C79 = openmc.Cell(name="", region=((+S101 & -S181 & -S16 & +S150 & -S289))) +C80 = openmc.Cell(name="", region=((+S6 & -S182 & -S2 & +S183 & +S184 & -S1) | (+S6 & -S183 & -S182 & +S185 & +S186 & -S2) | (-S188 & -S186 & -S183 & +S184 & +S185 & +S187))) +C81 = openmc.Cell(name="", region=((-S191 & +S290 & -S189 & +S6 & +S10 & -S2 & +S190))) +C82 = openmc.Cell(name="", region=((+S6 & +S17 & +S18 & +S19 & +S189 & -S2))) +C83 = openmc.Cell(name="", region=((-S192 & +S193 & +S195 & +S196 & +S197 & +S198 & +S291 & -S184 & +S8 & -S194))) +C84 = openmc.Cell(name="", region=((+S291 & +S196 & +S197 & +S198 & +S200 & +S201 & +S8 & -S184 & -S202 & -S199))) +C85 = openmc.Cell(name="", region=((-S208 & -S205 & +S206) | (-S208 & -S207 & -S205 & +S8) | (+S8 & -S23 & +S207 & -S208 & -S206 & -S205 & -S203) | (+S8 & -S23 & +S203 & +S207 & -S208 & -S206 & -S204) | (+S8 & -S23 & +S204 & +S207 & -S208 & -S206 & -S205) | (+S207 & -S208 & -S205 & -S203 & +S23) | (-S183 & +S203 & +S207 & -S204 & +S23) | (+S204 & +S207 & -S208 & -S205 & +S23))) +C86 = openmc.Cell(name="", region=((+S8 & -S207 & -S205 & -S211) | (-S205 & -S211 & +S206) | (+S8 & -S23 & -S211 & +S207 & +S209 & -S206 & -S205) | (+S8 & -S23 & -S211 & -S209 & +S207 & -S206 & +S210) | (+S8 & -S23 & -S211 & -S210 & +S207 & -S206 & -S205) | (-S211 & +S207 & +S209 & -S205 & +S23) | (-S183 & +S207 & -S209 & +S210 & +S23) | (-S211 & -S210 & +S207 & -S205 & +S23))) +C87 = openmc.Cell(name="", region=((-S213 & -S212 & -S3))) +C88 = openmc.Cell(name="", region=((-S214 & -S212 & -S3))) +C89 = openmc.Cell(name="", region=((-S216 & -S215 & -S3))) +C90 = openmc.Cell(name="", region=((-S215 & -S3 & -S217))) +C91 = openmc.Cell(name="", region=((+S292 & -S219 & -S218 & +S6 & +S198 & -S7 & -S2))) +C92 = openmc.Cell(name="", region=((+S6 & -S185 & +S186 & -S182 & +S218 & -S2) | (-S188 & +S293 & -S186 & +S198 & -S185 & +S187))) +C93 = openmc.Cell(name="", region=((+S1 & +S6 & +S19 & +S22 & +S23 & -S2) | (+S133 & +S6 & -S184 & +S183 & -S1) | (+S4 & +S6 & -S184 & +S11 & +S23 & -S2 & +S183 & -S133 & -S1))) +C94 = openmc.Cell(name="", region=((-S222 & +S294 & -S144 & +S157 & +S153 & +S220 & +S221 & +S158))) +C95 = openmc.Cell(name="", region=((-S224 & -S223 & +S226 & -S25 & +S41 & -S227 & -S225) | (-S223 & +S226 & +S227 & +S228 & -S25))) +C96 = openmc.Cell(name="", region=((+S228 & -S25 & -S232 & -S231 & -S230 & -S229) | (+S228 & +S229 & -S25 & +S40 & -S233 & -S230) | (+S228 & +S38 & +S230 & +S40 & -S25 & -S37))) +C97 = openmc.Cell(name="", region=((+S226 & +S234 & +S235 & -S236 & -S41 & -S227 & -S225))) +C98 = openmc.Cell(name="", region=((+S37 & +S295 & +S237 & +S238 & -S239 & -S232 & -S228))) +C99 = openmc.Cell(name="", region=((+S38 & -S25 & +S41 & +S42 & +S240 & -S43) | (+S38 & +S232 & +S41 & +S43 & +S240 & -S39))) +C100 = openmc.Cell(name="", region=((+S224 & +S41 & -S241 & -S240 & -S39) | (+S224 & -S25 & +S39 & +S296 & -S241 & -S240 & +S242))) +C101 = openmc.Cell(name="", region=((+S232 & +S41 & -S240 & +S243 & +S244 & -S39) | (+S39 & -S244 & +S243 & +S245 & +S246 & +S223) | (-S224 & +S41 & -S244 & -S240 & +S243 & -S39 & +S223))) +C102 = openmc.Cell(name="", region=((+S232 & -S247 & +S41 & -S243 & -S39 & +S223))) +C103 = openmc.Cell(name="", region=((-S248 & +S225 & -S249))) +C104 = openmc.Cell(name="", region=((+S225 & -S251 & -S250))) +C105 = openmc.Cell(name="", region=((+S228 & -S25 & +S232 & -S231 & -S229 & +S252))) +C106 = openmc.Cell(name="", region=((-S246 & -S253 & -S244 & +S223))) +C107 = openmc.Cell(name="", region=((+S38 & +S41 & -S232 & -S40 & -S39))) +C108 = openmc.Cell(name="", region=((-S255 & +S232 & +S252 & -S228 & -S226) | (-S255 & +S226 & +S227 & -S254 & +S236 & -S228) | (+S226 & +S227 & +S235 & -S236 & -S228) | (+S256 & -S255 & +S226 & +S227 & +S232 & +S297 & -S228 & +S254))) +C109 = openmc.Cell(name="", region=((-S254 & +S223 & +S41 & +S247 & -S258 & -S257))) +C110 = openmc.Cell(name="", region=((+S258 & -S254 & +S223 & -S259 & -S257))) +C111 = openmc.Cell(name="", region=((+S257 & -S254 & +S41 & -S228 & -S227 & +S223))) +C112 = openmc.Cell(name="", region=((+S38 & +S295 & +S40 & +S41 & +S238 & -S232 & -S37 & -S228))) +C113 = openmc.Cell(name="", region=((+S256 & -S255 & +S297 & -S237 & -S232 & -S228))) +C114 = openmc.Cell(name="", region=((-S255 & -S252 & -S228 & -S260 & -S226))) +C115 = openmc.Cell(name="", region=((+S232 & +S41 & +S247 & -S39 & -S227 & +S254))) +C116 = openmc.Cell(name="", region=((+S257 & -S254 & +S228 & +S229 & +S262 & +S298 & -S261 & +S223))) +C117 = openmc.Cell(name="", region=((+S228 & -S252 & +S262 & -S25 & -S298 & -S260 & -S226))) +C118 = openmc.Cell(name="", region=((+S263 & +S157 & -S265 & -S264 & +S153 & +S220 & +S221 & +S222))) +C119 = openmc.Cell(name="", region=((+S65 & +S44 & +S13 & +S48 & -S46 & -S45))) +C120 = openmc.Cell(name="", region=((+S266 & +S75 & -S84 & +S13 & -S46 & -S74))) +C121 = openmc.Cell(name="", region=((+S266 & +S267 & +S13 & -S50 & -S46 & +S51))) +C122 = openmc.Cell(name="", region=((-S142 & -S269 & -S268 & +S179))) +C123 = openmc.Cell(name="", region=((-S287 & +S2 & -S146 & +S176 & -S270 & -S13 & +S158))) +C124 = openmc.Cell(name="", region=((+S142 & +S143 & -S145 & +S144 & +S146 & -S13))) +C125 = openmc.Cell(name="", region=((+S3 & +S6 & +S271 & +S272 & -S11 & -S1) | (+S6 & +S299 & +S272 & -S271 & -S11))) +C126 = openmc.Cell(name="", region=((-S93 & +S272 & -S271 & -S11 & -S6 & +S126) | (+S300 & +S271 & +S272 & -S11 & -S6))) +C127 = openmc.Cell(name="", region=((+S2 & +S5 & +S168 & +S142 & -S4))) +C128 = openmc.Cell(name="", region=((+S2 & +S138 & -S16 & -S14 & -S13 & -S139))) +C129 = openmc.Cell(name="", region=((-S86 & +S46 & -S77 & +S84 & -S65))) +C130 = openmc.Cell(name="", region=((-S86 & +S13 & -S46 & +S84 & -S65))) +C131 = openmc.Cell(name="", region=((-S157 & +S139 & -S148 & +S143 & -S13 & +S222))) +C132 = openmc.Cell(name="", region=((-S158 & -S221 & -S146 & +S176 & -S13))) +C133 = openmc.Cell(name="", region=((-S222 & -S221 & -S148 & -S144 & -S176 & -S13 & +S153))) +C134 = openmc.Cell(name="", region=((-S221 & +S176 & -S144 & +S146 & -S13))) +C135 = openmc.Cell(name="", region=((+S265 & +S139 & +S143 & -S13 & +S153 & +S157))) +C136 = openmc.Cell(name="", region=((-S262 & -S261 & +S228))) +C137 = openmc.Cell(name="", region=((-S86 & -S61 & +S77))) +C138 = openmc.Cell(name="", region=((-S222 & -S157 & -S148 & +S143 & -S144 & +S221))) +C139 = openmc.Cell(name="", region=((-S221 & -S264 & +S153 & +S157 & +S222) | (+S264 & -S13 & -S265 & +S153 & +S157 & +S222))) +C140 = openmc.Cell(name="", region=((+S122 & +S301 & -S16 & +S125 & +S118 & +S24 & +S25 & -S6 & +S29))) +C141 = openmc.Cell(name="", region=((+S6 & -S23 & +S302 & -S17 & -S16 & +S208 & +S211 & +S183 & -S2))) +C142 = openmc.Cell(name="", region=((+S2 & +S164 & +S167 & +S139 & -S20 & +S303 & -S16 & -S13 & +S148))) +C143 = openmc.Cell(name="", region=((-S88 & -S87 & -S118 & +S24 & +S25 & -S6))) +C144 = openmc.Cell(name="", region=((+S6 & -S183 & +S10 & -S17 & +S189 & -S2))) +C145 = openmc.Cell(name="", region=((-S90 & -S88 & +S87 & +S25 & -S6))) +C146 = openmc.Cell(name="", region=((+S2 & -S13 & -S140 & -S139 & -S138))) +C147 = openmc.Cell(name="", region=((-S190 & -S189 & +S6 & +S10 & -S2))) +C148 = openmc.Cell(name="", region=((-S157 & +S167 & +S139 & -S148 & -S144 & -S143 & +S155))) +C149 = openmc.Cell(name="", region=((+S25 & -S6 & -S97))) +C150 = openmc.Cell(name="", region=((+S134 & -S118 & +S112 & -S136 & +S88 & -S135 & +S125) | (+S135 & +S137 & -S118 & +S112 & -S136) | (-S94 & +S134 & +S135 & -S118 & +S110 & +S113 & -S137 & -S136) | (+S135 & -S118 & -S113 & +S112 & -S137))) +C151 = openmc.Cell(name="", region=((-S198 & +S6 & -S2))) +C152 = openmc.Cell(name="", region=((-S118 & +S109 & +S111 & +S112 & -S108 & +S88 & +S122) | (-S118 & -S114 & +S111 & +S112 & -S109) | (-S94 & -S118 & +S110 & +S111 & +S113 & +S114 & -S109 & -S108) | (-S118 & -S113 & +S112 & +S114 & -S109))) +C153 = openmc.Cell(name="", region=((+S97 & -S94 & +S136 & -S118 & +S112 & -S111 & +S115 & +S88))) +C154 = openmc.Cell(name="", region=((+S2 & +S4 & -S151 & +S139 & -S148 & -S144 & +S153 & +S158 & +S287))) +C155 = openmc.Cell(name="", region=((-S118 & +S11 & -S273 & +S112 & +S304 & +S88 & -S6) | (+S97 & -S94 & -S118 & +S11 & +S108 & +S112 & +S273 & +S115 & +S88 & -S6))) +C156 = openmc.Cell(name="", region=((+S97 & -S94 & -S118 & +S112 & +S115 & +S88 & +S25 & -S134))) +C157 = openmc.Cell(name="", region=((+S164 & -S155 & +S139 & -S148 & +S151 & +S152 & +S153) | (-S155 & -S152 & -S148 & +S153 & +S154) | (-S156 & -S155 & -S154 & -S148 & +S153))) +C158 = openmc.Cell(name="", region=((-S187 & +S6 & +S8 & -S183 & +S11 & +S274 & -S10))) +C159 = openmc.Cell(name="", region=((-S187 & -S186 & +S6 & +S8 & -S183 & +S198 & +S11 & +S305 & -S292))) +C160 = openmc.Cell(name="", region=((-S292 & +S4 & -S186 & +S198 & +S8 & -S183 & +S306 & +S188 & -S2))) +C161 = openmc.Cell(name="", region=((+S4 & +S8 & -S183 & +S307 & -S10 & +S188 & -S2))) +C162 = openmc.Cell(name="", region=((+S198 & -S184 & -S183 & +S8 & +S11 & +S308 & +S309 & -S10 & -S200 & +S187))) +C163 = openmc.Cell(name="", region=((+S192 & +S4 & -S188 & +S198 & -S184 & -S183 & +S8 & +S309 & -S10))) +C164 = openmc.Cell(name="", region=((+S198 & +S199 & -S184 & -S183 & +S8 & +S309 & -S10 & -S193))) +C165 = openmc.Cell(name="", region=((+S153 & -S265 & -S263 & +S220 & +S157))) +C166 = openmc.Cell(name="", region=((+S167 & +S265 & +S139 & -S275 & +S153 & +S220 & +S157) | (-S220 & +S139 & +S153 & +S155 & +S157 & +S222))) +C167 = openmc.Cell(name="", region=((+S200 & -S183 & +S202 & +S8 & +S208 & -S10 & -S199) | (+S200 & -S183 & +S8 & -S202 & -S201) | (+S196 & +S200 & -S183 & -S184 & +S201 & -S202 & -S199 & -S197) | (+S8 & -S183 & +S201 & -S202 & -S196))) +C168 = openmc.Cell(name="", region=((-S192 & +S193 & +S8 & -S183 & +S211 & -S10 & -S195) | (-S192 & +S195 & +S8 & -S183 & -S196) | (-S192 & +S193 & +S195 & +S196 & -S184 & -S183 & -S197 & -S194) | (-S192 & +S194 & +S196 & +S8 & -S183))) +C169 = openmc.Cell(name="", region=((-S158 & +S2 & +S221))) +C170 = openmc.Cell(name="", region=((+S167 & +S265 & +S139 & -S143 & +S275 & +S153 & +S157))) +C171 = openmc.Cell(name="", region=((-S25 & +S39 & +S43 & -S16 & +S244 & -S40))) +C172 = openmc.Cell(name="", region=((+S70 & +S73 & -S276 & +S45 & +S13 & -S49 & +S48))) +C173 = openmc.Cell(name="", region=((-S32 & -S30 & -S59 & +S13 & -S16 & -S36))) +C174 = openmc.Cell(name="", region=((-S224 & -S25 & -S246 & -S244 & +S277 & +S253 & +S223))) +C175 = openmc.Cell(name="", region=((-S32 & -S276 & +S13 & +S48 & +S49 & +S59))) +C176 = openmc.Cell(name="", region=((-S16 & -S100 & +S118))) +C177 = openmc.Cell(name="", region=((-S16 & -S150 & +S148))) +C178 = openmc.Cell(name="", region=((-S16 & +S118 & -S105))) +C179 = openmc.Cell(name="", region=((-S16 & -S175 & +S148))) +C180 = openmc.Cell(name="", region=((-S25 & +S232 & +S39 & -S277 & +S237 & +S254))) +C181 = openmc.Cell(name="", region=((+S258 & -S254 & +S259 & +S223 & -S25 & -S277 & +S310 & -S257))) +C182 = openmc.Cell(name="", region=((+S228 & -S25 & +S233 & -S277 & +S237 & -S232))) +C183 = openmc.Cell(name="", region=((+S39 & +S232 & +S40 & -S25 & +S244 & +S277))) +C184 = openmc.Cell(name="", region=((-S61 & -S59 & +S46 & +S50 & -S76 & +S276))) +C185 = openmc.Cell(name="", region=((+S228 & -S25 & +S40 & +S233 & +S277 & -S232))) +C186 = openmc.Cell(name="", region=((-S32 & -S53 & +S13 & -S48 & +S59 & -S36))) +C187 = openmc.Cell(name="", region=((-S32 & +S46 & +S49 & -S76 & +S276 & +S59))) +C188 = openmc.Cell(name="", region=((+S224 & -S25 & +S39 & +S43 & -S244 & +S240))) +C189 = openmc.Cell(name="", region=((-S63 & -S59 & +S276 & -S76 & +S61))) +C190 = openmc.Cell(name="", region=((+S65 & +S74 & +S45 & +S13 & -S46 & +S50 & +S276))) +C191 = openmc.Cell(name="", region=((+S74 & -S84 & +S13 & -S46 & -S65))) +C192 = openmc.Cell(name="", region=((-S157 & -S155 & -S154 & -S152 & -S148 & -S144 & +S151 & +S156))) +C193 = openmc.Cell(name="", region=((+S224 & -S25 & +S39 & -S242 & -S240))) +C194 = openmc.Cell(name="", region=((-S32 & -S54 & +S13 & -S48 & +S53))) +C195 = openmc.Cell(name="", region=((-S61 & -S59 & -S276 & +S13 & +S50 & +S30))) +C196 = openmc.Cell(name="", region=((-S61 & +S45 & +S46 & -S82 & -S49 & +S83 & +S276 & +S311))) +C197 = openmc.Cell(name="", region=((-S222 & -S220 & -S144 & +S153 & +S155 & +S157 & +S158 & +S287))) +C198 = openmc.Cell(name="", region=((+S39 & -S25 & -S237 & -S227 & +S254))) +C199 = openmc.Cell(name="", region=((+S227 & +S228 & +S229 & -S25 & -S237 & +S254))) +C200 = openmc.Cell(name="", region=((-S277 & +S237 & -S238 & -S232 & -S228))) +C201 = openmc.Cell(name="", region=((-S125 & -S121 & +S116 & +S123 & +S29) | (+S121 & -S125 & +S116 & +S29) | (-S125 & -S124 & -S121 & +S116 & +S29))) +C202 = openmc.Cell(name="", region=((-S159 & +S163 & -S20 & -S167 & -S165) | (-S167 & -S159 & -S20 & -S163) | (-S159 & +S163 & +S166 & -S20 & -S167))) +C203 = openmc.Cell(name="", region=((-S122 & -S121 & -S117 & +S116 & +S29) | (+S121 & +S116 & +S29 & -S122) | (-S122 & -S121 & +S116 & +S120 & +S29))) +C204 = openmc.Cell(name="", region=((-S159 & +S162 & +S163 & -S20 & -S164) | (-S159 & -S20 & -S164 & -S163) | (-S159 & +S163 & -S20 & -S164 & -S161))) +C205 = openmc.Cell(name="", region=((+S257 & -S254 & +S261 & +S229 & -S25 & +S252 & +S223))) +C206 = openmc.Cell(name="", region=((-S23 & +S205 & -S208 & -S206 & -S203) | (-S208 & -S23 & +S205 & +S206) | (-S23 & +S204 & +S205 & -S208 & -S206))) +C207 = openmc.Cell(name="", region=((-S23 & +S205 & -S211 & +S209 & -S206) | (+S205 & -S23 & -S211 & +S206) | (-S23 & +S205 & -S211 & -S210 & -S206))) +C208 = openmc.Cell(name="", region=((-S32 & +S72 & -S276 & +S45 & -S49 & -S70))) +C209 = openmc.Cell(name="", region=((-S32 & +S45 & +S47 & -S49 & +S276 & +S61))) +C210 = openmc.Cell(name="", region=((+S40 & -S238 & +S277 & -S232 & -S228))) +C211 = openmc.Cell(name="", region=((-S254 & +S39 & -S247 & -S277 & -S258 & +S223))) +C212 = openmc.Cell(name="", region=((+S39 & -S244 & -S243 & +S277 & +S246 & +S223))) +C213 = openmc.Cell(name="", region=((-S224 & +S39 & -S245 & -S244 & +S246 & +S223))) +C214 = openmc.Cell(name="", region=((-S32 & +S71 & +S45 & -S49 & +S48 & -S70))) +C215 = openmc.Cell(name="", region=((-S29 & -S122 & -S119 & -S118 & -S117 & +S116) | (-S118 & +S116 & -S122 & +S119) | (-S29 & -S122 & -S119 & -S118 & +S116 & +S120))) +C216 = openmc.Cell(name="", region=((+S160 & -S159 & +S162 & -S148 & +S20 & -S164) | (-S148 & -S159 & -S164 & -S160) | (+S160 & -S159 & -S148 & +S20 & -S164 & -S161))) +C217 = openmc.Cell(name="", region=((-S125 & -S29 & -S119 & -S118 & +S116 & +S123) | (-S118 & -S125 & +S116 & +S119) | (-S125 & -S29 & -S124 & -S119 & -S118 & +S116))) +C218 = openmc.Cell(name="", region=((+S160 & -S159 & -S148 & +S20 & -S167 & -S165) | (-S160 & -S167 & -S148 & -S159) | (+S160 & -S159 & +S166 & -S148 & +S20 & -S167))) +C219 = openmc.Cell(name="", region=((-S183 & +S205 & +S207 & -S208 & -S203 & +S23) | (-S208 & -S207 & +S205 & -S183) | (-S183 & +S204 & +S205 & +S207 & -S208 & +S23))) +C220 = openmc.Cell(name="", region=((-S183 & +S205 & -S211 & +S207 & +S209 & +S23) | (+S205 & -S183 & -S211 & -S207) | (-S183 & +S205 & -S211 & +S207 & -S210 & +S23))) +C221 = openmc.Cell(name="", region=((+S74 & -S84 & +S45 & +S46 & -S49 & +S82 & -S77))) +C222 = openmc.Cell(name="", region=((+S64 & -S61 & +S74 & +S76 & +S46 & +S49))) +C223 = openmc.Cell(name="", region=((-S64 & -S32 & +S76 & +S46 & +S49))) +C224 = openmc.Cell(name="", region=((-S63 & -S59 & -S276 & +S61 & +S30))) +C225 = openmc.Cell(name="", region=((+S226 & -S252 & +S261 & -S25 & +S223))) +C226 = openmc.Cell(name="", region=((-S252 & +S261 & -S25 & -S262 & -S226))) +C227 = openmc.Cell(name="", region=((+S64 & +S76 & -S81 & +S49 & +S61))) +C228 = openmc.Cell(name="", region=((-S256 & +S227 & -S237 & -S228 & +S254))) +C229 = openmc.Cell(name="", region=((+S65 & +S45 & +S46 & -S77 & +S84))) +C230 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 718.521, -128.437, -64.218, -350.007, -254.833). Enclosed cells : (2, 49, 51, 52, 54, 58, 60, 61, 62, 63, 93, 125, 126, 149, 152, 153, 155, 162, 176)", region=(+S312 & -S313 & +S314 & -S315 & +S316 & -S317 & (((-S93) | ((-S100 | +S16 | +S99) & (+S101 | +S98 | -S99))) & (-S97 | +S94 | -S111 | -S112 | -S113 | +S110 | +S109 | +S108 | -S114 | -S115) & (((-S133) & (-S23 | -S11 | -S4 | +S2)) | (-S183 | +S184 | -S6 | +S1)) & ((+S118) | ((+S113 | -S112 | -S114 | +S109) & ((-S111) | ((+S114 | -S112 | +S109) & ((+S108) | ((+S94 | -S110 | -S113 | -S114 | +S109) & (-S122 | -S88 | -S112 | -S109))))))) & (-S97 | +S94 | -S136 | +S118 | -S112 | +S111 | -S115 | -S88) & (+S16 | +S100 | -S118) & ((+S10) | ((-S7 | -S3 | -S4 | -S6 | -S9 | -S11 | +S8 | +S2) & (+S200 | -S198 | -S187 | -S309 | -S308 | +S184 | +S183 | -S8 | -S11))) & (+S132 | +S130 | +S126) & (+S137 | -S135 | -S134 | -S97 | +S94 | -S112 | -S113 | +S110 | -S115 | +S136) & ((-S272) | ((((-S3 | +S1 | -S271) & (+S271 | -S299)) | (+S11 | -S6)) & (+S93 | +S271 | +S11 | +S6 | -S126))) & (-S273 | -S97 | +S94 | +S118 | -S11 | -S108 | -S112 | -S115 | -S88 | +S6) & ((-S25) | ((-S11 | +S112 | +S9 | -S88 | +S6 | -S126 | -S95) & (+S6 | +S97) & (+S92 | +S93 | +S91 | +S6 | -S94) & (+S96 | +S95 | -S97 | +S115 | +S6 | -S91) & (-S105 | +S29 | +S94 | +S93 | -S100 | -S133 | -S11 | -S118 | +S6))) & (+S127 | +S129 | +S126)))) +C231 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 718.521, -64.218, -0.000, -350.007, -254.833). Enclosed cells : (2, 49, 51, 61, 62, 80, 84, 87, 91, 92, 93, 125, 126, 149, 151, 155, 159, 162, 164, 167)", region=(+S312 & -S313 & +S315 & -S318 & +S316 & -S317 & ((((+S9) & (-S11 | +S10 | -S4 | +S2)) | (+S8 | -S7 | -S6 | -S3)) & ((((-S186 | -S185 | +S183) & (+S1 | -S184 | -S183)) | (+S182 | -S6 | +S2)) & (+S188 | -S187 | +S186 | +S183 | -S184 | -S185)) & ((+S185) | ((-S218 | +S182 | -S6 | +S2 | -S186) & (-S293 | +S188 | -S187 | -S198 | +S186))) & (((-S133) & (-S23 | -S11 | -S4 | +S2)) | (-S183 | +S184 | -S6 | +S1)) & (+S198 | -S6 | +S2) & ((+S183) | ((-S8 | -S201 | +S202 | +S196) & ((-S200) | ((-S8 | +S202 | +S201) & ((+S199) | ((+S184 | +S197 | -S196 | -S201 | +S202) & (-S208 | +S10 | -S8 | -S202))))))) & ((-S272) | ((((-S3 | +S1 | -S271) & (+S271 | -S299)) | (+S11 | -S6)) & (+S93 | +S271 | +S11 | +S6 | -S126))) & ((-S25) | ((-S11 | +S112 | +S9 | -S88 | +S6 | -S126 | -S95) & (+S6 | +S97) & (+S92 | +S93 | +S91 | +S6 | -S94) & (+S96 | +S95 | -S97 | +S115 | +S6 | -S91) & (-S105 | -S100 | +S29 | +S94 | +S93 | -S133 | -S11 | -S118 | +S6))) & (-S291 | -S196 | -S197 | -S198 | -S200 | -S201 | -S8 | +S184 | +S202 | +S199) & (-S305 | +S187 | +S186 | -S6 | -S8 | +S183 | -S198 | -S11 | +S292) & ((-S309) | ((-S308 | -S198 | +S184 | +S183 | -S8 | -S11 | +S10 | +S200 | -S187) & (+S193 | -S198 | -S199 | +S184 | +S183 | -S8 | +S10))) & (+S213 | +S212 | +S3) & (+S219 | -S292 | +S218 | -S6 | -S198 | +S7 | +S2) & (-S108 | -S273 | -S97 | +S94 | +S118 | -S11 | -S112 | -S115 | -S88 | +S6)))) +C232 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 718.521, -0.000, 64.218, -350.007, -254.833). Enclosed cells : (1, 2, 66, 76, 77, 80, 83, 88, 91, 92, 93, 123, 127, 151, 154, 160, 163, 164, 168, 169)", region=(+S312 & -S313 & +S318 & -S319 & +S316 & -S317 & (((((-S186 | -S185 | +S183) & (+S1 | -S184 | -S183)) | (+S182 | -S6 | +S2)) & (+S188 | -S187 | +S186 | +S183 | -S184 | -S185)) & ((+S185) | ((-S218 | +S182 | -S6 | +S2 | -S186) & (-S293 | +S188 | -S187 | -S198 | +S186))) & (+S198 | -S6 | +S2) & (((-S195 | -S8 | +S196) & (-S194 | -S196 | -S8) & ((-S193) | ((+S184 | +S197 | -S196 | +S194 | -S195) & (-S211 | +S10 | -S8 | +S195)))) | (+S192 | +S183)) & ((-S5) | ((-S3 | +S2 | +S4 | +S1) & (-S2 | -S168 | -S142 | +S4))) & ((-S11) | ((-S9 | -S3 | -S4 | -S6 | -S7 | +S10 | +S8 | +S2) & (+S133 | -S23 | -S4 | -S6 | +S184 | +S2 | -S183 | +S1))) & ((-S139) | ((-S2 | -S4 | +S153 | -S168 | +S176 | +S13) & (+S151 | -S2 | -S4 | +S148 | +S144 | -S153 | -S158 | -S287))) & ((+S143) | ((+S145 | -S2 | -S142 | -S144 | -S146) & (-S175 | -S150 | -S20 | -S2 | -S4 | -S142 | +S144 | -S148))) & (+S270 | +S287 | -S2 | +S146 | -S176 | +S13 | -S158) & (-S291 | +S192 | -S193 | -S195 | -S196 | -S197 | -S198 | +S184 | -S8 | +S194) & (-S306 | +S292 | -S4 | +S186 | -S198 | -S8 | +S183 | -S188 | +S2) & ((-S309) | ((-S192 | -S4 | +S188 | -S198 | +S184 | +S183 | -S8 | +S10) & (-S199 | -S198 | +S184 | +S183 | -S8 | +S10 | +S193))) & (+S214 | +S212 | +S3) & (+S219 | -S292 | +S218 | -S6 | -S198 | +S7 | +S2) & (-S221 | +S158 | -S2)))) +C233 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 718.521, 64.218, 128.437, -350.007, -254.833). Enclosed cells : (1, 2, 66, 68, 69, 72, 74, 76, 77, 93, 94, 123, 127, 148, 154, 157, 163, 166, 169, 177, 192, 197)", region=(+S312 & -S313 & +S319 & -S320 & +S316 & -S317 & ((+S155 | +S154 | +S152 | +S144 | -S151 | -S153 | -S156 | -S157 | -S158 | -S287) & (-S2 | -S5 | -S168 | -S142 | +S4) & (-S2 | -S4 | +S151 | -S139 | +S148 | +S144 | -S153 | -S158 | -S287) & (((+S152 | -S154) & (+S154 | +S156) & (-S164 | -S151 | -S139 | -S152)) | (+S155 | -S153 | +S148)) & (+S220 | -S139 | -S153 | -S155 | -S157 | -S222) & (+S157 | +S155 | +S154 | +S152 | +S148 | +S144 | -S151 | -S156) & (+S222 | +S220 | +S144 | -S153 | -S155 | -S157 | -S158 | -S287) & ((+S1) | ((-S3 | -S5 | +S2 | +S4) & (-S23 | +S133 | -S4 | -S6 | +S184 | -S11 | +S2 | -S183))) & ((+S10) | ((-S9 | -S7 | -S3 | -S4 | -S6 | -S11 | +S8 | +S2) & (-S198 | -S192 | +S188 | -S309 | -S4 | +S184 | +S183 | -S8))) & ((+S13) | ((-S2 | -S4 | +S153 | -S168 | -S139 | +S176) & (+S270 | +S287 | -S2 | +S146 | -S176 | -S158))) & ((+S143) | ((+S145 | -S2 | -S142 | -S144 | -S146) & (-S167 | +S157 | -S139 | +S148 | +S144 | -S155) & (-S20 | -S175 | -S2 | -S4 | -S142 | +S144 | -S148 | -S150))) & (+S170 | +S169 | +S168) & (+S173 | -S172 | +S168) & (+S16 | +S150 | -S148) & ((-S221) | ((+S158 | -S2) & (-S294 | +S222 | +S144 | -S157 | -S153 | -S220 | -S158))) & (+S101 | +S149 | +S142 | -S150)))) +C234 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 718.521, -256.873, -192.655, -302.420, -254.833). Enclosed cells : (61, 62, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 106, 107, 112, 156, 171, 174, 181, 183, 185, 210, 211, 212, 213)", region=(+S312 & -S313 & +S321 & -S322 & +S323 & -S317 & ((((+S39 | -S41) & (-S242 | -S296 | +S25 | -S39)) | (+S241 | +S240 | -S224)) & ((-S243) | ((((+S224 | -S223 | +S244) & (-S244 | -S232)) | (+S240 | -S41 | +S39)) & (-S246 | -S245 | -S39 | +S244 | -S223))) & (-S232 | +S247 | -S41 | +S243 | +S39 | -S223) & (+S246 | +S253 | +S244 | -S223) & (+S224 | +S25 | +S246 | +S244 | -S277 | -S253 | -S223) & (-S39 | -S232 | -S40 | +S25 | -S244 | -S277) & (-S228 | +S25 | -S40 | -S233 | -S277 | +S232) & (-S40 | +S238 | -S277 | +S232 | +S228) & (-S39 | +S244 | +S243 | -S277 | -S246 | -S223) & (+S224 | -S39 | +S245 | +S244 | -S246 | -S223) & ((-S11 | +S6) | ((-S105 | -S100 | +S93 | +S29 | -S133 | +S94 | -S118 | -S25) & (-S126 | -S95 | +S9 | +S112 | -S88 | -S25))) & (+S16 | +S25 | -S39 | -S43 | -S244 | +S40) & ((-S38) | ((-S232 | -S41 | -S43 | -S240 | +S39) & (-S41 | +S232 | +S40 | +S39) & (-S295 | -S40 | -S41 | -S238 | +S232 | +S37 | +S228))) & ((+S254) | ((-S39 | +S247 | +S277 | +S258 | -S223) & (-S310 | -S259 | +S257 | -S258 | -S223 | +S25 | +S277))) & ((+S227 | -S226) | ((+S224 | +S223 | +S25 | -S41 | +S225) & (+S236 | -S235 | -S234 | +S41 | +S225))) & (+S230 | -S229 | -S228 | +S25 | -S40 | +S233) & (+S239 | -S237 | -S37 | -S295 | -S238 | +S232 | +S228) & (+S251 | +S250 | -S225) & (-S115 | -S97 | +S134 | +S94 | +S118 | -S112 | -S88 | -S25) & (+S248 | +S249 | -S225)))) +C235 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 718.521, -192.655, -128.437, -302.420, -254.833). Enclosed cells : (56, 57, 59, 61, 62, 95, 96, 150, 153, 156, 174, 181, 183, 185)", region=(+S312 & -S313 & +S322 & -S314 & +S323 & -S317 & (((((+S136) | ((-S135 | -S137) & (-S125 | -S88 | -S134 | +S135))) & (+S113 | -S135 | +S137)) | (-S112 | +S118)) & (+S131 | +S130 | +S126) & ((-S11 | +S6) | ((-S95 | +S9 | +S112 | -S88 | -S25 | -S126) & (-S105 | -S100 | +S93 | +S29 | -S133 | +S94 | -S118 | -S25))) & ((-S40) | ((-S39 | -S232 | +S25 | -S244 | -S277) & ((-S228) | ((+S25 | -S233 | -S277 | +S232) & (+S230 | -S229 | +S25 | +S233))))) & (+S254 | -S310 | -S259 | -S258 | +S257 | -S223 | +S25 | +S277) & ((+S224) | ((+S227 | -S226 | +S225 | -S41 | +S223 | +S25) & (-S253 | +S246 | +S25 | +S244 | -S277 | -S223))) & ((-S115 | -S97) | ((+S94 | +S118 | -S112 | -S88 | -S25 | +S134) & (+S111 | +S94 | -S136 | +S118 | -S112 | -S88))) & (+S116 | -S112 | +S125) & (+S127 | +S128 | +S126)))) +C236 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 796.042, -256.873, -192.655, -350.007, -302.420). Enclosed cells : (8, 10, 61, 62, 95, 96, 98, 112, 140, 156, 171, 174, 183, 185, 210)", region=(+S313 & -S324 & +S321 & -S322 & +S316 & -S323 & ((((+S25 | -S40 | -S39) & (-S42 | -S41 | +S39)) | (+S38 | +S37 | +S16)) & (((-S38 | +S37 | -S230) & (-S229 | +S233 | +S230)) | (+S25 | -S40 | -S228)) & ((((+S29) | ((+S28 | -S27 | -S93) & (-S105 | -S100 | -S133 | +S94 | -S118 | -S11 | +S93))) & ((+S16) | ((+S28 | +S27 | +S29) & (-S125 | -S122 | -S301 | -S24 | -S118 | -S29))) & (-S126 | -S95 | +S9 | +S112 | -S88 | -S11)) | (-S25 | +S6)) & ((-S277) | (((-S40) | (((+S25) | ((-S39 | -S244 | -S232) & (-S233 | -S228 | +S232))) & (+S238 | +S232 | +S228))) & (-S253 | +S246 | -S223 | +S224 | +S25 | +S244))) & (((-S41 | -S40 | -S38 | +S37) & (+S239 | -S237 | -S37)) | (-S295 | -S238 | +S232 | +S228)) & (-S43 | +S25 | -S39 | +S16 | -S244 | +S40) & (+S227 | -S226 | +S225 | +S224 | +S223 | +S25 | -S41) & (-S115 | -S97 | +S134 | +S94 | +S118 | -S112 | -S88 | -S25)))) +C237 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 796.042, -192.655, -128.437, -350.007, -302.420). Enclosed cells : (8, 53, 56, 61, 62, 95, 96, 140, 150, 153, 156, 174, 178, 183, 185, 201, 217)", region=(+S313 & -S324 & +S322 & -S314 & +S316 & -S323 & (((-S105) | (((+S106) | ((-S102 | +S16) & (+S104 | -S101 | +S102))) & (+S107 | -S93 | +S101))) & (((-S125 | -S88 | -S134 | +S135) & (-S135 | -S137)) | (+S118 | +S136 | -S112)) & (+S16 | -S118 | +S105) & ((((+S29) | ((+S28 | -S27 | -S93) & (-S100 | -S133 | -S105 | +S94 | -S118 | -S11 | +S93))) & ((+S16) | ((+S28 | +S27 | +S29) & (-S122 | -S301 | -S24 | -S125 | -S118 | -S29))) & (-S126 | -S95 | +S9 | +S112 | -S88 | -S11)) | (-S25 | +S6)) & ((((-S40) | ((-S233 | -S228 | +S232) & (-S39 | -S244 | -S232))) & (-S253 | +S246 | -S223 | +S224 | +S244)) | (+S25 | -S277)) & (((+S134 | -S25) & (-S136 | +S111)) | (-S115 | -S97 | +S94 | -S88 | +S118 | -S112)) & ((-S116) | ((+S29 | +S123 | +S119 | +S118 | -S124) & ((+S125) | (((+S118) | ((-S119) & ((+S29) | (-S123 & +S124)))) & (-S29 | -S121))))) & (-S226 | +S225 | +S227 | -S41 | +S224 | +S223 | +S25) & (+S230 | -S229 | -S228 | +S25 | -S40 | +S233)))) +C238 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 796.042, -192.655, -128.437, -302.420, -254.833). Enclosed cells : (7, 8, 48, 50, 56, 59, 61, 62, 95, 96, 140, 143, 145, 150, 153, 156, 174, 183, 185, 201, 217)", region=(+S313 & -S324 & +S322 & -S314 & +S323 & -S317 & (((((+S119 | +S118 | +S29) & (-S29 | +S121)) | (-S124 | +S123 | -S116)) & (+S125 | -S112 | +S116)) & (((-S125 | -S88 | -S134 | +S135) & (-S135 | -S137)) | (+S118 | +S136 | -S112)) & ((+S124 & -S123 & -S121) | (-S29 | +S125 | -S116)) & (((-S119) & ((+S29) | (-S123 & +S124))) | (+S118 | +S125 | -S116)) & (((+S26 | +S24 | +S87 | -S27) & ((+S29) | ((+S28 | -S27 | -S93) & (-S105 | -S100 | -S133 | +S94 | -S118 | -S11 | +S93))) & (+S88 | +S87 | +S118 | -S24) & (+S90 | +S88 | -S87) & ((+S16) | (((+S27) | ((+S24 | +S26) & (+S29 | +S28))) & (-S122 | -S301 | -S125 | -S118 | -S24 | -S29))) & (+S89 | -S285 | -S90 | +S88 | -S87) & (-S95 | +S9 | -S126 | +S112 | -S11 | -S88)) | (-S25 | +S6)) & ((((-S40) | ((-S233 | -S228 | +S232) & (-S39 | -S244 | -S232))) & (+S246 | -S253 | -S223 | +S224 | +S244)) | (+S25 | -S277)) & (((+S134 | -S25) & (-S136 | +S111)) | (-S115 | -S97 | +S94 | -S88 | +S118 | -S112)) & (+S131 | +S130 | +S126) & (+S227 | -S226 | +S225 | -S41 | +S224 | +S223 | +S25) & (+S230 | -S229 | -S228 | +S25 | -S40 | +S233)))) +C239 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 796.042, -64.218, -0.000, -350.007, -302.420). Enclosed cells : (2, 6, 61, 62, 80, 85, 93, 125, 126, 141, 155, 158, 159, 162, 164, 167, 206, 219)", region=(+S313 & -S324 & +S315 & -S318 & +S316 & -S323 & ((+S183 | -S203 | -S207 | +S204 | -S23) & ((-S6) | ((-S133 | +S184 | -S183 | +S1) & (((-S11 | -S4 | -S183 | +S184 | +S133 | +S1) & (-S22 | -S19 | -S1)) | (+S2 | -S23)))) & (((+S273 | -S304) & (-S115 | -S108 | -S97 | +S94 | -S273)) | (-S88 | +S118 | -S112 | -S11 | +S6)) & ((+S183) | ((-S8 | -S201 | +S202 | +S196) & ((-S200) | ((-S8 | +S202 | +S201) & ((+S199) | ((-S208 | +S10 | -S8 | -S202) & (+S197 | +S184 | -S196 | -S201 | +S202))))))) & (-S7 | -S3 | -S4 | -S6 | -S9 | -S11 | +S10 | +S8 | +S2) & ((+S16) | ((-S6 | +S19 | -S22 | -S23 | +S2) & (-S211 | -S302 | +S17 | -S6 | +S23 | -S208 | -S183 | +S2))) & ((-S272) | ((((-S3 | +S1 | -S271) & (+S271 | -S299)) | (+S11 | -S6)) & (((-S126 | +S93 | +S271) & (-S271 | -S300)) | (+S11 | +S6)))) & (-S274 | +S187 | -S6 | -S8 | +S183 | -S11 | +S10) & ((-S25) | ((-S95 | -S11 | +S112 | +S9 | -S88 | +S6 | -S126) & (-S105 | -S100 | +S29 | +S94 | +S93 | -S133 | -S11 | -S118 | +S6))) & (+S182 | -S6 | +S2 | -S183 | -S184 | +S1) & ((-S198) | (((-S309) | ((-S308 | +S184 | +S183 | -S8 | -S11 | +S10 | +S200 | -S187) & (+S193 | -S199 | +S184 | +S183 | -S8 | +S10))) & (+S186 | -S305 | +S292 | +S187 | -S6 | -S8 | +S183 | -S11))) & ((-S205) | ((((+S207) & ((-S23) | (+S203 & -S204))) | (+S183 | +S208)) & (-S206 | +S208 | +S23)))))) +C240 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 796.042, -0.000, 64.218, -350.007, -302.420). Enclosed cells : (1, 2, 6, 76, 77, 80, 86, 93, 127, 141, 154, 160, 161, 163, 164, 168, 207, 220)", region=(+S313 & -S324 & +S318 & -S319 & +S316 & -S323 & ((+S183 | -S207 | +S209 | -S210 | -S23) & (((-S22 | -S19 | -S1) & (+S133 | +S184 | -S183 | -S11 | -S4 | +S1)) | (-S23 | -S6 | +S2)) & (((-S195 | -S8 | +S196) & (-S194 | -S196 | -S8) & ((-S193) | ((-S211 | +S10 | -S8 | +S195) & (+S197 | +S184 | -S196 | +S194 | -S195)))) | (+S192 | +S183)) & (((-S5 | +S1 | +S4) & (-S9 | -S7 | -S11 | +S10 | +S8 | -S6 | -S4)) | (+S2 | -S3)) & (((-S287 | -S158 | +S151 | +S148 | +S144 | -S153) & (+S176 | +S13 | -S168 | +S153)) | (-S139 | -S4 | -S2)) & (((-S168 | -S5 | +S4) & (-S175 | -S150 | -S20 | +S143 | -S148 | +S144 | -S4)) | (-S2 | -S142)) & (((-S22 | +S19 | -S23) & (-S208 | -S302 | +S17 | -S183 | -S211 | +S23)) | (+S16 | -S6 | +S2)) & (((((-S192 | +S188 | -S4) & (+S193 | -S199)) | (-S309 | +S184 | +S10)) & (+S186 | -S306 | +S292 | +S2 | -S4 | -S188)) | (-S198 | +S183 | -S8)) & ((((+S183) | ((+S207) & ((-S23) | (-S209 & +S210)))) & (+S23 | -S206)) | (+S211 | -S205)) & (-S307 | -S4 | -S8 | +S183 | +S10 | -S188 | +S2) & (+S182 | -S6 | +S2 | -S183 | -S184 | +S1)))) +C241 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 796.042, 64.218, 128.437, -350.007, -302.420). Enclosed cells : (1, 2, 5, 6, 68, 70, 76, 77, 79, 93, 127, 141, 142, 148, 154, 157, 161, 163, 166, 177, 204, 216)", region=(+S313 & -S324 & +S319 & -S320 & +S316 & -S323 & ((-S6 | +S19 | +S16 | -S22 | -S23 | +S2) & (((-S22 | -S19 | -S1) & (+S133 | +S184 | -S183 | -S11 | -S4 | +S1)) | (-S23 | -S6 | +S2)) & (-S2 | -S5 | -S168 | -S142 | +S4) & (((-S139 | -S151 | -S164 | -S152) & (+S152 | -S154)) | (+S155 | -S153 | +S148)) & (+S16 | +S150 | -S148) & (((-S5 | +S1 | +S4) & (-S9 | -S7 | -S11 | +S10 | +S8 | -S6 | -S4)) | (+S2 | -S3)) & ((((-S139) | ((-S303 | -S148 | -S167 | -S164 | +S20 | +S16) & (+S176 | +S153 | -S168 | -S4))) & (-S21 | -S15 | +S16 | -S20)) | (-S2 | +S13)) & ((+S143) | ((((-S21 | +S15 | +S142) & (-S175 | -S150 | -S4 | -S148 | +S144 | -S142)) | (-S2 | -S20)) & (+S157 | -S155 | -S139 | -S167 | +S148 | +S144))) & ((+S159) | ((-S160 | -S161 | +S148 | -S20 | +S162) & ((+S164) | (((+S148) | ((+S160) & ((-S20) | (+S161 & -S162)))) & (+S20 | +S163))))) & (-S287 | -S158 | -S2 | -S4 | +S151 | -S139 | +S148 | +S144 | -S153) & (-S307 | -S4 | -S8 | +S183 | +S10 | -S188 | +S2) & (+S181 | +S289 | -S101 | +S16 | -S150) & (-S198 | -S192 | -S309 | -S4 | +S188 | +S184 | +S183 | -S8 | +S10) & (+S17 | -S211 | -S208 | -S302 | -S6 | +S23 | +S16 | -S183 | +S2) & (-S222 | +S220 | -S139 | -S153 | -S155 | -S157) & (+S149 | +S142 | +S101 | -S150)))) +C242 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 718.521, 128.437, 192.655, -302.420, -254.833). Enclosed cells : (13, 27, 67, 71, 73, 75, 76, 77, 119, 131, 135, 148, 166, 170, 172, 175, 190, 195)", region=(+S312 & -S313 & +S320 & -S325 & +S323 & -S317 & ((+S157 | -S139 | +S148 | -S143 | +S13 | -S222) & (-S265 | -S139 | -S143 | +S13 | -S153 | -S157) & (+S157 | -S167 | -S139 | +S148 | +S144 | +S143 | -S155) & (((+S275 | -S265 | -S167 | -S220) & (-S222 | -S155 | +S220)) | (-S157 | -S153 | -S139)) & (-S167 | -S265 | -S139 | +S143 | -S275 | -S153 | -S157) & (((-S175 | -S150 | -S20 | -S148 | +S143 | +S144 | -S142) & (+S176 | +S153 | +S13 | -S139 | -S168)) | (-S2 | -S4)) & (((-S52 | +S51 | +S46 | +S50) & (+S61 | +S59 | +S276 | -S50)) | (-S13 | -S30)) & ((-S65) | ((((-S48 | -S13 | +S46) & (+S77 | +S47 | -S46)) | (+S45 | -S44)) & (-S74 | -S276 | -S50 | -S45 | -S13 | +S46))) & (-S147 | -S142 | -S143 | +S13 | -S148 | -S20) & (-S159 | +S167 | -S153) & (+S32 | +S276 | -S13 | -S48 | -S49 | -S59) & (+S171 | +S169 | +S168) & (+S174 | -S172 | +S168) & (-S73 | -S70 | +S276 | -S45 | -S13 | +S49 | -S48)))) +C243 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 796.042, 128.437, 192.655, -350.007, -302.420). Enclosed cells : (5, 13, 67, 71, 76, 77, 78, 119, 122, 131, 135, 142, 148, 166, 170, 179, 190, 195, 202, 218)", region=(+S313 & -S324 & +S320 & -S325 & +S316 & -S323 & ((((+S15 | -S21 | +S142) & (-S147 | -S148 | -S142)) | (+S13 | -S20 | -S143)) & (((+S178 | +S16) & (-S101 | +S288 | -S178)) | (+S179 | -S175)) & (+S157 | -S139 | +S148 | -S143 | +S13 | -S222) & (-S265 | -S139 | -S143 | +S13 | -S153 | -S157) & (+S157 | -S167 | -S139 | +S148 | +S144 | +S143 | -S155) & (((+S275 | -S265 | -S167 | -S220) & (-S222 | -S155 | +S220)) | (-S157 | -S153 | -S139)) & (-S167 | -S265 | -S139 | +S143 | -S275 | -S153 | -S157) & (+S16 | +S175 | -S148) & ((-S2) | ((((-S21 | +S15 | +S142) & (-S150 | -S175 | +S144 | -S148 | -S4 | -S142)) | (-S20 | +S143)) & ((+S13) | (((-S139) | ((-S303 | -S164 | -S167 | -S148 | +S20 | +S16) & (+S176 | -S168 | +S153 | -S4))) & (-S21 | -S15 | +S16 | -S20))))) & (((-S52 | +S51 | +S46 | +S50) & (+S61 | +S59 | +S276 | -S50)) | (-S13 | -S30)) & ((+S159) | ((-S160 | -S165 | +S148 | -S20 | +S166) & ((+S167) | (((+S148) | ((+S160) & ((-S20) | (+S165 & -S166)))) & (+S20 | +S163))))) & (((-S48 | -S44 | +S45) & (-S74 | -S276 | -S50 | -S45)) | (-S65 | +S46 | -S13)) & (+S269 | +S268 | +S142 | -S179)))) +C244 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 796.042, 192.655, 256.873, -350.007, -302.420). Enclosed cells : (5, 9, 11, 12, 13, 17, 31, 33, 44, 67, 77, 119, 131, 135, 142, 173, 190, 195, 224)", region=(+S313 & -S324 & +S325 & -S326 & +S316 & -S323 & ((((-S30 | -S13 | +S32) & (+S34 | +S35 | -S32)) | (+S31 | -S33 | +S16)) & (((+S31 | +S33 | +S52) & (+S51 | +S50 | -S52)) | (+S46 | -S13 | -S30)) & (+S31 | +S61 | +S50 | -S46 | -S30 | +S33) & ((((-S139) | ((-S303 | -S167 | -S164 | -S148 | +S20 | +S16) & (+S176 | -S168 | -S4 | +S153))) & (-S21 | -S15 | +S16 | -S20)) | (+S13 | -S2)) & ((((-S20) | ((-S21 | +S15 | +S142) & (-S147 | -S148 | -S142))) & ((-S139) | ((-S265 | -S153 | -S157) & (-S222 | +S148 | +S157)))) | (+S13 | -S143)) & ((-S48) | ((((-S47 | +S35 | -S46) & (-S13 | -S65 | +S46)) | (+S45 | -S44)) & (+S49 | -S32 | -S45 | -S47 | +S35))) & ((+S59) | ((+S63 | +S276 | -S61 | -S30) & (((+S35 | +S33 | -S30 | +S31) & (+S62 | -S60 | -S31)) | (-S279 | -S63 | -S61)) & ((-S13) | ((-S50 | +S61 | +S276 | -S30) & (+S36 | +S32 | +S16 | +S30))))) & (-S74 | -S65 | -S45 | -S13 | +S46 | -S50 | -S276) & (+S76 | +S61 | +S50 | -S46 | -S52 | -S31)))) +C245 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(679.760, 718.521, -256.873, -192.655, -350.007, -302.420). Enclosed cells : (61, 62, 95, 96, 97, 98, 102, 110, 112, 156, 171, 174, 180, 181, 182, 183, 185, 198, 199, 200, 205, 210, 211, 212)", region=(+S327 & -S313 & +S321 & -S322 & +S316 & -S323 & ((((-S40 | +S233 | -S229) & (+S231 | +S232 | +S229)) | (+S230 | +S25 | -S228)) & (-S258 | +S254 | -S223 | +S259 | +S257) & (+S25 | -S232 | -S39 | +S277 | -S237 | -S254) & (-S228 | +S25 | -S233 | +S277 | -S237 | +S232) & (-S39 | -S232 | -S40 | +S25 | -S244 | -S277) & (-S228 | +S25 | -S40 | -S233 | -S277 | +S232) & (-S39 | +S25 | +S237 | +S227 | -S254) & (-S227 | -S228 | -S229 | +S25 | +S237 | -S254) & (+S277 | -S237 | +S238 | +S232 | +S228) & (-S40 | +S238 | -S277 | +S232 | +S228) & (+S254 | -S39 | +S247 | +S277 | +S258 | -S223) & ((-S11 | +S6) | ((-S105 | -S100 | +S93 | +S29 | -S133 | +S94 | -S118 | -S25) & (-S126 | -S95 | +S9 | +S112 | -S88 | -S25))) & ((-S295) | ((-S38 | -S40 | -S41 | -S238 | +S232 | +S37 | +S228) & (+S239 | -S37 | -S237 | -S238 | +S232 | +S228))) & (-S43 | +S16 | +S25 | -S39 | -S244 | +S40) & (-S310 | -S258 | +S254 | -S259 | -S223 | +S25 | +S277 | +S257) & ((+S224) | ((+S223 | -S226 | +S25 | -S41 | +S227 | +S225) & (-S253 | +S25 | +S246 | +S244 | -S277 | -S223))) & (+S236 | -S235 | -S234 | -S226 | +S41 | +S227 | +S225) & ((+S243) | ((-S232 | +S247 | -S41 | +S39 | -S223) & (-S39 | +S244 | -S277 | -S246 | -S223))) & (-S115 | -S97 | +S134 | +S94 | +S118 | -S112 | -S88 | -S25) & (-S252 | -S261 | -S257 | +S254 | -S229 | +S25 | -S223)))) +C246 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 679.760, -192.655, -128.437, -350.007, -302.420). Enclosed cells : (49, 51, 57, 62, 63, 95, 96, 105, 117, 149, 150, 153, 156, 180, 181, 182, 198, 199, 205, 225, 226)", region=(+S312 & -S327 & +S322 & -S314 & +S316 & -S323 & ((((-S227 | -S228) & (+S225 | +S224 | -S41 | +S227)) | (+S223 | +S25 | -S226)) & (((+S232 | +S231 | +S229) & (-S40 | +S233 | -S229)) | (+S230 | +S25 | -S228)) & (-S228 | +S25 | -S232 | +S231 | +S229 | -S252) & (-S97 | +S94 | +S118 | -S112 | -S115 | -S88 | -S25 | +S134) & (-S39 | +S25 | +S237 | +S227 | -S254) & (-S227 | -S228 | -S229 | +S25 | +S237 | -S254) & ((((-S223) | ((+S252 | -S226) & (+S254 | -S229 | -S257 | -S252))) & (+S262 | +S252 | +S226)) | (+S25 | -S261)) & ((((+S97) & (+S96 | +S115 | +S95 | -S91)) & (-S11 | +S9 | -S126 | -S88 | +S112 | -S95) & (+S93 | +S92 | -S94 | +S91)) | (-S25 | +S6)) & (((-S115 | -S112 | -S97 | +S110) & (-S110 | +S118)) | (-S113 | +S137 | -S135 | +S94 | +S136 | -S134)) & ((((-S237) | ((-S39 | -S254 | -S232) & (-S233 | -S228 | +S232))) & (-S310 | -S259 | -S258 | -S223 | +S257 | +S254)) | (+S25 | +S277)) & (+S298 | +S260 | -S228 | +S252 | -S262 | +S25 | +S226) & (+S111 | -S97 | +S94 | -S136 | +S118 | -S112 | -S115 | -S88) & (+S127 | +S128 | +S126)))) +C247 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(679.760, 718.521, -192.655, -128.437, -350.007, -302.420). Enclosed cells : (49, 51, 53, 57, 61, 62, 63, 95, 96, 149, 150, 153, 156, 174, 178, 180, 181, 182, 183, 185, 198, 199, 205)", region=(+S327 & -S313 & +S322 & -S314 & +S316 & -S323 & ((-S97 | +S94 | -S134 | -S135 | -S112 | -S113 | +S110 | -S115 | +S137 | +S136) & ((+S118) | ((-S135 | +S113 | -S112 | +S137) & ((+S136) | ((-S135 | -S137 | -S112) & ((-S134) | ((+S94 | -S110 | -S113 | +S137 | -S135) & (-S125 | -S88 | -S112 | +S135))))))) & (-S97 | +S94 | +S118 | -S112 | -S115 | -S88 | -S25 | +S134) & ((+S6) | ((-S25 | +S97) & ((-S11) | ((+S9 | +S112 | -S88 | -S25 | -S126 | -S95) & (-S100 | +S29 | -S133 | +S94 | +S93 | -S105 | -S118 | -S25))) & (+S92 | +S93 | +S91 | -S25 | -S94) & (+S96 | +S95 | -S97 | +S115 | -S25 | -S91))) & (+S16 | -S118 | +S105) & ((-S39) | ((+S25 | -S232 | +S277 | -S237 | -S254) & (-S232 | -S40 | +S25 | -S244 | -S277) & (+S25 | +S237 | +S227 | -S254))) & (-S310 | -S259 | -S258 | +S254 | -S223 | +S25 | +S277 | +S257) & ((+S224) | ((-S226 | +S225 | -S41 | +S223 | +S25 | +S227) & (-S253 | +S246 | +S25 | +S244 | -S277 | -S223))) & ((-S228) | ((((-S40 | +S233 | -S229) & (+S231 | +S232 | +S229)) | (+S25 | +S230)) & (+S25 | -S233 | +S277 | -S237 | +S232) & (+S25 | -S40 | -S233 | -S277 | +S232) & (-S227 | -S229 | +S25 | +S237 | -S254))) & (+S107 | +S101 | -S105 | -S93) & (+S111 | -S97 | +S94 | -S136 | +S118 | -S112 | -S115 | -S88) & (-S252 | -S261 | -S257 | +S254 | -S229 | +S25 | -S223) & (+S127 | +S128 | +S126)))) +C248 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(757.281, 796.042, -256.873, -192.655, -302.420, -254.833). Enclosed cells : (7, 8, 10, 48, 50, 61, 62, 140, 143, 145, 171)", region=(+S328 & -S324 & +S321 & -S322 & +S323 & -S317 & ((((+S29 | +S28 | +S27 | +S16) & ((+S29) | ((+S28 | -S27 | -S93) & (-S105 | -S100 | +S94 | -S133 | -S118 | -S11 | +S93))) & (+S88 | +S87 | +S118 | -S24) & (+S90 | +S88 | -S87) & (((+S27 | +S16) & (-S27 | +S87)) | (+S24 | +S26)) & (-S285 | +S89 | -S90 | +S88 | -S87) & (-S125 | -S122 | -S301 | +S16 | -S118 | -S24 | -S29) & (-S126 | +S112 | -S95 | +S9 | -S11 | -S88)) | (-S25 | +S6)) & (((-S42 | +S38 | +S43) & (-S244 | +S40 | -S43)) | (-S39 | +S25 | +S16))))) +C249 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(757.281, 796.042, -128.437, -64.218, -350.007, -302.420). Enclosed cells : (2, 6, 8, 52, 61, 62, 93, 140, 141, 152, 153, 155, 158, 162, 176, 203)", region=(+S328 & -S324 & +S314 & -S315 & +S316 & -S323 & ((+S29 | +S28 | +S27 | +S16 | -S25 | +S6) & (((+S93 | -S118 | +S133) & ((-S25) | ((+S28 | -S27 | -S93) & (-S105 | +S94 | -S11 | -S100 | -S118 | -S133 | +S93)))) | (+S6 | +S29)) & (+S16 | +S100 | -S118) & ((+S2) | ((-S6 | +S19 | +S16 | -S22 | -S23) & (((-S22 | -S19 | -S1) & (+S184 | -S183 | -S11 | +S133 | -S4 | +S1)) | (-S23 | -S6)) & (-S7 | -S3 | -S4 | -S6 | -S9 | -S11 | +S10 | +S8) & (-S211 | -S208 | -S302 | +S17 | -S6 | +S23 | +S16 | -S183))) & (-S274 | +S187 | -S6 | -S8 | +S183 | -S11 | +S10) & (+S200 | -S198 | -S309 | -S308 | +S184 | +S183 | -S8 | -S11 | +S10 | -S187) & ((-S88) | ((((+S94 | -S115 | -S108 | -S97 | -S273) & (+S273 | -S304)) | (+S118 | -S112 | -S11 | +S6)) & (-S136 | -S97 | +S94 | +S118 | -S112 | +S111 | -S115) & (-S109 | +S118 | -S111 | -S112 | +S108 | -S122) & (-S126 | -S95 | -S11 | +S112 | +S9 | -S25 | +S6))) & (+S99 | +S16 | -S100 | -S93) & (-S121 | -S116 | -S29 | +S122) & (-S125 | -S301 | -S24 | -S122 | +S16 | -S118 | -S25 | +S6 | -S29)))) +C250 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(757.281, 796.042, -128.437, -64.218, -302.420, -254.833). Enclosed cells : (2, 4, 6, 7, 8, 48, 50, 61, 62, 81, 82, 93, 140, 141, 143, 144, 145, 147, 152, 153, 155, 158, 162, 203)", region=(+S328 & -S324 & +S314 & -S315 & +S323 & -S317 & ((+S29 | +S28 | +S27 | +S16 | -S25 | +S6) & (((+S93 | -S118 | +S133) & ((-S25) | ((+S28 | -S27 | -S93) & (-S105 | -S100 | +S94 | -S11 | -S118 | -S133 | +S93)))) | (+S6 | +S29)) & (((-S9) & (-S95 | -S25 | -S11)) | (-S126 | -S88 | +S112 | +S6)) & (+S88 | +S87 | +S118 | -S24 | -S25 | +S6) & (+S90 | +S88 | -S87 | -S25 | +S6) & (((+S94 | -S115 | -S108 | -S97 | -S273) & (+S273 | -S304)) | (-S88 | +S118 | -S112 | -S11 | +S6)) & ((+S2) | ((-S6 | +S19 | +S16 | -S22 | -S23) & (((-S22 | -S19 | -S1) & (+S184 | -S183 | -S11 | +S133 | -S4 | +S1)) | (-S23 | -S6)) & (-S6 | +S183 | -S10 | +S17 | -S189) & (+S190 | +S189 | -S6 | -S10) & (-S7 | -S3 | -S4 | -S6 | -S9 | -S11 | +S10 | +S8) & ((-S18) | ((-S6 | +S19 | +S16 | -S17) & (-S6 | -S17 | -S19 | -S189))) & (+S191 | -S290 | +S189 | -S6 | -S10 | -S190) & (-S211 | -S208 | -S302 | -S6 | +S23 | +S17 | +S16 | -S183))) & (-S136 | -S97 | +S94 | +S118 | -S112 | +S111 | -S115 | -S88) & (-S274 | +S187 | -S6 | -S8 | +S183 | -S11 | +S10) & ((+S26) | ((+S27 | +S24 | +S16 | -S25 | +S6) & (+S24 | +S87 | -S25 | +S6 | -S27))) & (+S200 | -S198 | -S309 | -S308 | +S184 | +S183 | -S8 | -S11 | +S10 | -S187) & (+S89 | -S285 | -S90 | +S88 | -S87 | -S25 | +S6) & (-S109 | +S118 | -S111 | -S112 | +S108 | -S88 | -S122) & (-S121 | -S116 | -S29 | +S122) & (-S125 | -S301 | -S122 | +S16 | -S118 | -S24 | -S25 | +S6 | -S29)))) +C251 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(757.281, 796.042, -64.218, -0.000, -302.420, -254.833). Enclosed cells : (2, 4, 6, 61, 62, 81, 82, 93, 141, 144, 147, 155, 158, 162, 164, 167, 206)", region=(+S328 & -S324 & +S315 & -S318 & +S323 & -S317 & (((-S205 | +S23 | +S208) | (-S206 & -S204 & +S203)) & (((-S17 | -S18 | -S19 | -S189) & ((-S23) | ((-S22 | -S19 | -S1) & (+S184 | +S133 | -S183 | -S11 | -S4 | +S1))) & (+S183 | -S10 | +S17 | -S189) & (+S190 | +S189 | -S10) & ((+S16) | (((+S19) | ((-S17 | -S18) & (-S23 | -S22))) & (-S211 | -S302 | -S208 | -S183 | +S23 | +S17))) & (-S7 | -S3 | -S9 | +S8 | -S4 | -S11 | +S10) & (+S191 | -S290 | +S189 | -S10 | -S190)) | (-S6 | +S2)) & (((-S308 | -S187 | -S11 | +S200) & (-S199 | +S193)) | (-S198 | -S309 | +S184 | +S183 | +S10 | -S8)) & (((((-S9) & (-S95 | -S25 | -S11)) | (+S112 | -S126)) & (((+S273 | -S304) & (-S115 | -S108 | -S97 | +S94 | -S273)) | (+S118 | -S112 | -S11))) | (+S6 | -S88)) & (-S274 | +S187 | -S6 | -S8 | +S183 | -S11 | +S10) & (-S202 | -S200 | +S183 | -S8 | -S208 | +S10 | +S199) & (-S105 | -S100 | +S93 | +S29 | +S94 | -S133 | -S11 | -S118 | -S25 | +S6)))) +C252 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(757.281, 796.042, -0.000, 64.218, -302.420, -254.833). Enclosed cells : (2, 4, 6, 76, 77, 81, 82, 93, 141, 144, 147, 154, 161, 163, 164, 168, 207)", region=(+S328 & -S324 & +S318 & -S319 & +S323 & -S317 & (((-S205 | +S23 | +S211) | (+S210 & -S209 & -S206)) & (((-S17 | -S18 | -S19 | -S189) & ((-S23) | ((-S22 | -S19 | -S1) & (+S133 | +S184 | -S183 | -S11 | -S4 | +S1))) & (+S183 | -S10 | +S17 | -S189) & (+S190 | +S189 | -S10) & ((+S16) | (((+S19) | ((-S17 | -S18) & (-S23 | -S22))) & (-S208 | -S302 | -S211 | -S183 | +S23 | +S17))) & (-S9 | -S7 | -S3 | +S8 | -S4 | -S11 | +S10) & (+S191 | -S290 | +S189 | -S10 | -S190)) | (+S2 | -S6)) & (((-S287 | -S158 | +S151 | +S148 | +S144 | -S153) & (+S176 | -S168 | +S13 | +S153)) | (-S139 | -S4 | -S2)) & (((+S188 | -S4 | -S192) & (+S193 | -S199)) | (-S198 | -S309 | +S184 | +S183 | +S10 | -S8)) & (-S175 | -S150 | -S20 | +S143 | -S142 | -S2 | -S4 | +S144 | -S148) & (-S307 | -S4 | -S8 | +S183 | +S10 | -S188 | +S2) & (+S195 | +S192 | -S193 | -S8 | +S183 | -S211 | +S10)))) +C253 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(757.281, 796.042, 64.218, 128.437, -302.420, -254.833). Enclosed cells : (2, 3, 4, 5, 6, 64, 65, 76, 77, 81, 82, 93, 128, 141, 142, 144, 146, 147, 148, 154, 157, 161, 163, 166, 204)", region=(+S328 & -S324 & +S319 & -S320 & +S323 & -S317 & ((((+S19 | +S16 | -S22 | -S23) & ((-S23) | ((-S22 | -S19 | -S1) & (+S133 | +S184 | -S183 | -S11 | -S4 | +S1))) & (+S183 | -S10 | +S17 | -S189) & (+S190 | +S189 | -S10) & (((+S19 | +S16) & (-S19 | -S189)) | (-S17 | -S18)) & (-S9 | -S7 | -S3 | +S8 | -S4 | -S11 | +S10) & (+S191 | -S290 | +S189 | -S10 | -S190) & (-S211 | -S208 | -S302 | +S23 | +S17 | +S16 | -S183)) | (+S2 | -S6)) & (((-S138 | +S16 | +S14 | +S139) & (+S140 | +S139 | +S138) & (((-S15 | +S16) & (+S15 | -S138)) | (-S14 | -S12)) & (-S21 | -S15 | +S16 | -S20) & (-S303 | -S167 | -S164 | -S148 | -S139 | +S20 | +S16) & (+S176 | -S168 | +S153 | -S4 | -S139) & (+S141 | -S286 | -S140 | +S139 | +S138)) | (-S2 | +S13)) & ((+S143) | ((((-S21 | +S15 | +S142) & (-S175 | -S150 | -S4 | -S148 | +S144 | -S142)) | (-S2 | -S20)) & (+S157 | -S155 | -S139 | -S167 | +S148 | +S144))) & (-S287 | -S158 | -S2 | -S4 | +S151 | -S139 | +S148 | +S144 | -S153) & (+S163 | +S159 | +S20 | +S164) & (-S307 | -S4 | -S8 | +S183 | +S10 | -S188 | +S2) & (-S198 | -S192 | -S309 | -S4 | +S188 | +S184 | +S183 | -S8 | +S10) & (-S222 | +S220 | -S139 | -S153 | -S155 | -S157) & (-S152 | -S164 | +S155 | -S139 | +S148 | -S151 | -S153)))) +C254 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 679.760, 128.437, 192.655, -350.007, -302.420). Enclosed cells : (27, 38, 47, 66, 73, 77, 94, 118, 119, 120, 121, 123, 124, 129, 130, 132, 133, 134, 138, 139, 148, 169, 190, 191, 197)", region=(+S312 & -S327 & +S320 & -S325 & +S316 & -S323 & ((-S142 | -S143 | +S145 | -S144 | -S146 | +S13) & (+S86 | -S46 | +S77 | -S84 | +S65) & (+S86 | -S13 | +S46 | -S84 | +S65) & (+S158 | +S221 | +S146 | -S176 | +S13) & (+S221 | -S176 | +S144 | -S146 | +S13) & (((+S13 | +S265 | -S264) & (+S264 | +S221)) | (-S157 | -S222 | -S153)) & (-S74 | +S84 | -S13 | +S46 | +S65) & (+S222 | +S220 | +S144 | -S153 | -S155 | -S157 | -S158 | -S287) & ((-S2) | ((-S142 | +S145 | -S144 | +S143 | -S146) & (+S158 | -S221) & (-S4 | +S153 | -S168 | -S139 | +S176 | +S13) & (+S270 | +S287 | +S146 | -S176 | +S13 | -S158))) & (-S263 | -S157 | +S265 | +S264 | -S153 | -S220 | -S221 | -S222) & ((-S266) | ((-S75 | +S84 | -S13 | +S46 | +S74) & (-S51 | -S267 | -S13 | +S50 | +S46))) & ((+S148) | ((+S222 | +S221 | +S144 | +S176 | +S13 | -S153) & (+S222 | +S157 | -S143 | +S144 | -S221) & (-S167 | +S157 | -S139 | +S144 | +S143 | -S155))) & (-S276 | -S65 | -S74 | -S45 | -S13 | +S46 | -S50) & (-S294 | +S222 | +S144 | -S157 | -S153 | -S220 | -S221 | -S158) & (+S171 | +S169 | +S168) & ((-S44) | ((+S47 | -S65 | -S46 | +S77 | +S45) & (-S48 | -S65 | -S13 | +S46 | +S45))) & (+S49 | -S75 | +S84 | -S46 | +S77 | +S74) & (+S85 | +S61 | -S284 | -S13 | -S84 | -S86 | +S65)))) +C255 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(679.760, 718.521, 128.437, 192.655, -350.007, -302.420). Enclosed cells : (13, 66, 67, 73, 76, 77, 94, 118, 119, 120, 121, 122, 123, 124, 131, 133, 135, 138, 139, 148, 165, 166, 169, 170, 179, 190, 195, 197)", region=(+S327 & -S313 & +S320 & -S325 & +S316 & -S323 & ((-S263 | -S157 | +S265 | +S264 | -S153 | -S220 | -S221 | -S222) & (-S142 | -S143 | +S145 | -S144 | -S146 | +S13) & (+S157 | -S139 | +S148 | -S143 | +S13 | -S222) & (+S222 | +S221 | +S148 | +S144 | +S176 | +S13 | -S153) & (-S265 | -S139 | -S143 | +S13 | -S153 | -S157) & (+S222 | +S157 | +S148 | -S143 | +S144 | -S221) & (((+S13 | +S265 | -S264) & (+S264 | +S221)) | (-S157 | -S222 | -S153)) & (+S157 | -S167 | -S139 | +S148 | +S144 | +S143 | -S155) & (-S153 | +S265 | +S263 | -S220 | -S157) & (((+S275 | -S265 | -S167 | -S220) & (-S222 | -S155 | +S220)) | (-S157 | -S153 | -S139)) & (-S167 | -S265 | -S139 | +S143 | -S275 | -S153 | -S157) & (+S222 | +S220 | +S144 | -S153 | -S155 | -S157 | -S158 | -S287) & ((-S2) | (((-S4) | ((-S168 | +S153 | -S139 | +S176 | +S13) & (-S150 | -S175 | -S20 | -S148 | +S144 | +S143 | -S142))) & (+S145 | -S142 | -S144 | +S143 | -S146) & (+S158 | -S221) & (+S270 | +S287 | +S146 | -S176 | +S13 | -S158))) & (((-S267 | -S51 | +S50) & (+S84 | -S75 | +S74)) | (-S266 | +S46 | -S13)) & (((-S52 | +S51 | +S46 | +S50) & (+S61 | +S59 | +S276 | -S50)) | (-S13 | -S30)) & (((-S276 | -S50 | -S74 | -S45) & (-S48 | -S44 | +S45)) | (-S65 | +S46 | -S13)) & (-S147 | -S142 | -S143 | +S13 | -S148 | -S20) & (-S294 | +S222 | +S144 | -S157 | -S153 | -S220 | -S221 | -S158) & (+S171 | +S169 | +S168) & (+S269 | +S268 | -S179 | +S142) & (+S16 | +S175 | -S148)))) +C256 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(679.760, 718.521, 192.655, 256.873, -350.007, -302.420). Enclosed cells : (11, 12, 13, 16, 17, 19, 28, 31, 33, 34, 41, 44, 67, 77, 119, 120, 121, 131, 135, 173, 184, 187, 189, 190, 195, 196, 209, 224)", region=(+S327 & -S313 & +S325 & -S326 & +S316 & -S323 & ((-S32 | -S45 | +S49 | -S48 | -S47 | +S35) & (-S32 | -S49 | -S59 | -S60 | +S35 | -S31) & (+S31 | +S61 | +S50 | -S46 | -S30 | +S33) & (+S61 | +S59 | -S46 | -S50 | +S76 | -S276) & (+S32 | -S46 | -S49 | +S76 | -S276 | -S59) & (+S63 | +S59 | -S276 | +S76 | -S61) & (-S65 | -S74 | -S45 | -S13 | +S46 | -S50 | -S276) & (+S61 | +S59 | +S276 | -S13 | -S50 | -S30) & (+S32 | -S45 | -S47 | +S49 | -S276 | -S61) & (+S63 | +S59 | +S276 | -S61 | -S30) & (((-S267 | -S51 | +S50) & (+S84 | -S75 | +S74)) | (-S266 | +S46 | -S13)) & ((((-S143) | ((-S265 | -S153 | -S157) & (-S222 | +S148 | +S157))) & (+S176 | -S168 | -S4 | -S2 | +S153)) | (+S13 | -S139)) & ((((+S59) | ((+S62 | -S60 | -S31) & (-S30 | +S35 | +S33 | +S31))) & (-S79 | +S62 | +S60 | +S78) & (-S64 | +S76 | +S62 | -S78)) | (-S279 | -S63 | -S61)) & ((-S44) | ((((-S47 | +S35 | -S46) & (-S13 | -S65 | +S46)) | (+S45 | -S48)) & (+S58 | -S57 | -S56 | -S35 | -S47))) & (((-S30 | +S51 | -S13 | +S46) & (-S31 | +S61 | +S76 | -S46)) | (+S50 | -S52)) & (-S20 | -S147 | -S142 | -S143 | +S13 | -S148) & (-S281 | +S62 | +S59 | +S79 | +S78 | -S63) & (+S36 | +S16 | +S32 | +S30 | +S59 | -S13) & (-S83 | +S82 | -S311 | +S61 | -S45 | -S46 | +S49 | -S276)))) +C257 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 679.760, 192.655, 256.873, -302.420, -254.833). Enclosed cells : (11, 12, 16, 17, 18, 19, 20, 25, 27, 36, 44, 77, 119, 184, 187, 189, 190, 196, 208, 209)", region=(+S312 & -S327 & +S325 & -S326 & +S323 & -S317 & ((+S64 | -S65 | -S44 | +S49 | +S47 | -S61 | +S35) & (-S65 | -S44 | -S46 | +S47 | +S77 | +S45) & (+S61 | +S59 | -S46 | -S50 | +S76 | -S276) & (+S32 | -S46 | -S49 | +S76 | -S276 | -S59) & (+S63 | +S59 | -S276 | +S76 | -S61) & (+S32 | -S45 | -S47 | +S49 | -S276 | -S61) & ((-S31) | (((-S60) | ((-S49 | +S35 | -S32 | -S59) & (+S62 | -S279 | -S63 | -S61 | +S59))) & (-S52 | +S50 | -S46 | +S76 | +S61))) & ((-S48) | ((((-S46 | -S44 | +S45) & (+S49 | -S32 | -S45)) | (+S35 | -S47)) & (-S13 | -S65 | -S44 | +S46 | +S45))) & (((-S65 | +S64 | +S47) & (-S47 | -S57)) | (+S58 | -S56 | -S44 | -S35)) & (((+S47 | -S77 | -S44 | +S45) & (-S83 | -S311 | -S276 | +S49 | -S46 | -S45)) | (+S61 | +S82)) & (+S176 | -S168 | +S153 | -S139 | -S4 | -S2 | +S13) & (+S67 | -S66 | +S44) & (-S72 | +S70 | +S32 | +S276 | -S45 | +S49) & (-S74 | -S65 | -S45 | -S13 | +S46 | -S50 | -S276)))) +C258 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(757.281, 796.042, 128.437, 192.655, -302.420, -254.833). Enclosed cells : (3, 5, 64, 65, 76, 77, 128, 142, 146, 148, 166)", region=(+S328 & -S324 & +S320 & -S325 & +S323 & -S317 & (((-S2) | ((((-S21 | +S15 | +S142) & (-S175 | -S150 | +S144 | -S148 | -S4 | -S142)) | (-S20 | +S143)) & ((+S13) | ((-S138 | +S16 | +S14 | +S139) & (+S140 | +S139 | +S138) & (((-S15 | +S16) & (+S15 | -S138)) | (-S14 | -S12)) & (-S21 | -S15 | +S16 | -S20) & (-S286 | +S141 | -S140 | +S139 | +S138) & (-S303 | -S164 | -S167 | -S148 | -S139 | +S20 | +S16) & (+S176 | -S168 | +S153 | -S4 | -S139))))) & (((+S148 | +S144 | +S143 | -S167 | +S157) & (-S222 | +S220 | -S153 | -S157)) | (-S139 | -S155))))) +C259 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(757.281, 796.042, 192.655, 256.873, -302.420, -254.833). Enclosed cells : (3, 5, 9, 64, 65, 77, 128, 142, 146, 173)", region=(+S328 & -S324 & +S325 & -S326 & +S323 & -S317 & ((((-S138 | +S16 | +S14 | +S139) & (+S140 | +S139 | +S138) & (((-S15 | +S16) & (+S15 | -S138)) | (-S14 | -S12)) & (-S21 | -S15 | +S16 | -S20) & (-S286 | +S141 | -S140 | +S139 | +S138) & (-S303 | -S167 | -S164 | -S148 | -S139 | +S20 | +S16) & (+S176 | -S168 | +S153 | -S4 | -S139)) | (+S13 | -S2)) & (((+S34 | -S33 | -S36) & (+S59 | +S30 | +S36)) | (+S32 | -S13 | +S16))))) +C260 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 679.760, -256.873, -224.764, -350.007, -302.420). Enclosed cells : (95, 96, 97, 98, 102, 108, 109, 113, 115, 180, 200, 211)", region=(+S312 & -S327 & +S321 & -S329 & +S316 & -S323 & ((((-S235 | +S236) & (+S255 | -S254 | -S297 | -S232 | -S256)) | (+S228 | -S227 | -S226)) & (-S256 | +S255 | -S297 | +S237 | +S232 | +S228) & (-S232 | -S41 | -S247 | +S39 | +S227 | -S254) & (+S277 | -S237 | +S238 | +S232 | +S228) & ((+S258) | ((+S254 | -S39 | +S247 | +S277 | -S223) & (+S257 | +S254 | -S223 | -S41 | -S247))) & ((+S25) | ((-S232 | -S39 | +S277 | -S237 | -S254) & (+S224 | +S223 | -S226 | -S41 | +S227 | +S225) & (+S233 | -S40 | +S230 | -S229 | -S228))) & (-S234 | -S226 | -S235 | +S236 | +S41 | +S227 | +S225) & (+S239 | -S295 | -S37 | -S237 | -S238 | +S232 | +S228) & (+S243 | -S232 | +S247 | -S41 | +S39 | -S223)))) +C261 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -256.873, -224.764, -302.420, -254.833). Enclosed cells : (10, 95, 96, 98, 99, 100, 101, 106, 107, 112, 171, 174, 183, 185, 188, 193, 210, 213)", region=(+S313 & -S328 & +S321 & -S329 & +S323 & -S317 & ((((-S38 | +S37 | -S230) & (-S229 | +S233 | +S230)) | (+S25 | -S40 | -S228)) & (((-S232 | +S39 | -S43) & (-S42 | +S25 | +S43)) | (-S41 | -S38 | -S240)) & (((+S39 | -S41) & (-S296 | +S25 | -S242 | -S39)) | (+S241 | -S224 | +S240)) & ((-S243) | ((((+S224 | -S223 | +S244) & (-S244 | -S232)) | (+S240 | -S41 | +S39)) & (-S246 | -S245 | -S39 | +S244 | -S223))) & (+S246 | +S253 | +S244 | -S223) & (-S38 | -S41 | +S232 | +S40 | +S39) & (-S224 | +S25 | -S39 | -S43 | +S244 | -S240) & (-S224 | +S25 | -S39 | +S242 | +S240) & (+S224 | -S39 | +S245 | +S244 | -S246 | -S223) & ((+S16) | (((+S38) | (((+S37) | ((-S40 | +S25 | -S39) & (-S41 | -S42 | +S39))) & (+S43 | -S39 | +S25 | -S42))) & (-S244 | +S25 | -S39 | -S43 | +S40))) & ((-S277) | (((-S40) | (((+S25) | ((-S39 | -S244 | -S232) & (-S233 | -S228 | +S232))) & (+S238 | +S232 | +S228))) & (-S223 | -S253 | +S246 | +S224 | +S25 | +S244))) & (((-S41 | -S40 | -S38 | +S37) & (+S239 | -S237 | -S37)) | (-S295 | -S238 | +S232 | +S228)) & (+S227 | -S226 | +S225 | +S224 | +S223 | +S25 | -S41)))) +C262 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -224.764, -192.655, -302.420, -254.833). Enclosed cells : (7, 8, 10, 48, 50, 61, 62, 95, 96, 98, 99, 100, 101, 106, 140, 143, 145, 156, 171, 174, 183, 185, 188, 193, 210)", region=(+S313 & -S328 & +S329 & -S322 & +S323 & -S317 & ((((+S37 | -S40) & (-S42 | +S43)) | (+S25 | +S16 | -S39 | +S38)) & (((-S38 | +S37 | -S230) & (-S229 | +S233 | +S230)) | (+S25 | -S40 | -S228)) & (+S246 | +S253 | +S244 | -S223) & (+S25 | -S39 | -S43 | +S16 | -S244 | +S40) & (-S224 | +S25 | -S39 | -S43 | +S244 | -S240) & (-S224 | +S25 | -S39 | +S242 | +S240) & (((+S29 | +S28 | +S27 | +S16) & ((+S29) | ((+S28 | -S27 | -S93) & (-S105 | -S100 | -S133 | +S94 | -S118 | -S11 | +S93))) & (+S88 | +S87 | +S118 | -S24) & (+S90 | +S88 | -S87) & (((+S27 | +S16) & (-S27 | +S87)) | (+S24 | +S26)) & (+S89 | -S285 | -S90 | +S88 | -S87) & (-S122 | -S125 | -S301 | +S16 | -S118 | -S24 | -S29) & (-S126 | -S95 | +S9 | +S112 | -S11 | -S88)) | (-S25 | +S6)) & ((-S277) | (((-S40) | (((+S25) | ((-S39 | -S244 | -S232) & (-S233 | -S228 | +S232))) & (+S238 | +S232 | +S228))) & (-S223 | -S253 | +S246 | +S224 | +S25 | +S244))) & (((-S240 | +S43 | -S42 | -S38) & (+S227 | -S226 | +S225 | +S223 | +S224)) | (+S25 | -S41)) & (+S239 | -S237 | -S295 | -S37 | -S238 | +S232 | +S228) & (+S241 | -S296 | -S224 | +S25 | -S39 | +S240 | -S242) & (-S245 | -S243 | -S39 | +S244 | -S246 | -S223) & (-S115 | -S97 | +S134 | +S94 | +S118 | -S112 | -S88 | -S25)))) +C263 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -128.437, -96.328, -350.007, -302.420). Enclosed cells : (8, 52, 55, 61, 62, 140, 152, 153, 176, 203, 215)", region=(+S313 & -S328 & +S314 & -S330 & +S316 & -S323 & (((-S93) | ((-S100 | +S16 | +S99) & (+S101 | +S98 | -S99))) & ((((-S111) | ((+S109 | +S114) & (+S108 | -S122 | -S88 | -S109))) & (+S113 | -S114 | +S109)) | (-S112 | +S118)) & (+S16 | +S100 | -S118) & ((((+S29) | ((+S28 | -S27 | -S93) & (-S105 | -S133 | -S100 | +S94 | -S118 | -S11 | +S93))) & ((+S16) | ((+S29 | +S28 | +S27) & (-S125 | -S301 | -S24 | -S122 | -S118 | -S29))) & (-S126 | -S95 | +S9 | +S112 | -S88 | -S11)) | (+S6 | -S25)) & ((-S116) | (((+S118) | ((+S29 | +S120 | +S119 | -S117) & ((+S122) | ((-S119) & ((+S29) | (+S117 & -S120)))))) & (-S121 | -S29 | +S122))) & (-S115 | -S97 | -S136 | +S94 | +S118 | -S112 | +S111 | -S88)))) +C264 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -96.328, -64.218, -350.007, -302.420). Enclosed cells : (2, 8, 52, 55, 61, 62, 93, 125, 126, 140, 141, 152, 155, 158, 162, 176, 203, 215)", region=(+S313 & -S328 & +S330 & -S315 & +S316 & -S323 & ((+S29 | +S28 | +S27 | +S16 | -S25 | +S6) & ((-S93) | ((-S100 | +S16 | +S99) & (+S101 | +S98 | -S99))) & (((+S93 | -S118 | +S133) & ((-S25) | ((+S28 | -S27 | -S93) & (-S105 | +S94 | -S11 | -S100 | -S118 | -S133 | +S93)))) | (+S6 | +S29)) & ((-S6) | ((-S133 | +S184 | -S183 | +S1) & (((-S11 | -S4 | -S183 | +S184 | +S133 | +S1) & (-S22 | -S19 | -S1)) | (+S2 | -S23)))) & ((((-S111) | ((+S109 | +S114) & (-S122 | -S88 | +S108 | -S109))) & (+S113 | -S114 | +S109)) | (-S112 | +S118)) & (((+S273 | -S304) & (-S115 | -S97 | +S94 | -S108 | -S273)) | (-S88 | +S118 | -S112 | -S11 | +S6)) & (+S16 | +S100 | -S118) & ((+S10) | ((-S7 | -S3 | -S4 | -S6 | -S9 | -S11 | +S8 | +S2) & (-S274 | +S187 | -S6 | -S8 | +S183 | -S11) & (+S200 | -S198 | -S309 | -S308 | +S184 | +S183 | -S8 | -S11 | -S187))) & ((-S272) | ((((-S3 | +S1 | -S271) & (+S271 | -S299)) | (+S11 | -S6)) & (((-S126 | +S93 | +S271) & (-S271 | -S300)) | (+S11 | +S6)))) & (-S211 | -S208 | -S302 | +S17 | -S6 | +S23 | +S16 | -S183 | +S2) & (-S95 | -S11 | +S112 | +S9 | -S88 | -S25 | +S6 | -S126) & ((-S116) | ((((-S119) & (-S120 | +S29)) | (+S122 | +S118)) & (-S117 | +S29 | +S120 | +S119 | +S118) & (-S121 | -S29 | +S122))) & (-S125 | -S301 | -S24 | -S122 | +S16 | -S118 | -S25 | +S6 | -S29)))) +C265 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -128.437, -96.328, -302.420, -254.833). Enclosed cells : (7, 8, 48, 50, 55, 60, 61, 62, 140, 143, 145, 152, 153, 203, 215)", region=(+S313 & -S328 & +S314 & -S330 & +S323 & -S317 & (((((+S119 | +S118 | +S29) & (-S29 | +S121)) | (+S120 | -S117 | -S116)) & (+S122 | -S112 | +S116)) & ((((-S111) | ((+S109 | +S114) & (+S108 | -S122 | -S88 | -S109))) & (+S113 | -S114 | +S109)) | (-S112 | +S118)) & ((-S121 & -S120 & +S117) | (-S29 | +S122 | -S116)) & (((-S119) & ((+S29) | (+S117 & -S120))) | (+S122 | +S118 | -S116)) & (+S132 | +S130 | +S126) & ((-S25 | +S6) | ((+S26 | +S24 | +S87 | -S27) & ((+S29) | ((+S28 | -S27 | -S93) & (-S105 | -S100 | -S133 | +S94 | -S118 | -S11 | +S93))) & (+S88 | +S87 | +S118 | -S24) & (+S90 | +S88 | -S87) & ((+S16) | ((+S27 | +S26 | +S24) & (+S29 | +S28 | +S27) & (-S125 | -S301 | -S122 | -S118 | -S24 | -S29))) & (+S89 | -S285 | -S90 | +S88 | -S87) & (-S95 | +S9 | -S11 | +S112 | -S88 | -S126))) & (-S115 | -S97 | -S136 | +S94 | +S118 | -S112 | +S111 | -S88)))) +C266 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -32.109, -0.000, -302.420, -254.833). Enclosed cells : (2, 81, 85, 89, 93, 141, 164, 167, 206, 219)", region=(+S313 & -S328 & +S331 & -S318 & +S323 & -S317 & ((((+S208) | ((+S205 | -S206) & (-S204 | -S207 | +S205 | -S23) & ((-S8) | (((+S205) | ((+S207) & (+S206 | -S204 | +S23))) & (-S203 | +S23 | -S207 | +S206 | +S204))))) & (+S183 | -S203 | -S207 | +S204 | -S23)) & ((((-S200) | ((+S202 | +S201) & (-S208 | +S10 | +S199 | -S202))) & (+S196 | -S201 | +S202)) | (-S8 | +S183)) & ((-S205 | +S23 | +S208) | (-S204 & -S206)) & (((+S207) & (-S23 | -S204)) | (-S205 | +S183 | +S208)) & ((-S6 | +S2) | (((-S23) | ((+S133 | +S184 | -S183 | -S11 | -S4 | +S1) & (-S22 | -S19 | -S1))) & (-S9 | -S7 | -S3 | -S4 | -S11 | +S10 | +S8) & (+S191 | -S190 | +S189 | -S290 | -S10) & (-S211 | -S302 | +S17 | +S16 | +S23 | -S208 | -S183))) & (-S198 | +S193 | -S309 | -S199 | +S184 | +S183 | -S8 | +S10) & (+S216 | +S215 | +S3)))) +C267 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -0.000, 32.109, -302.420, -254.833). Enclosed cells : (2, 81, 86, 90, 93, 141, 164, 168, 207, 220)", region=(+S313 & -S328 & +S318 & -S332 & +S323 & -S317 & ((((+S211) | ((+S205 | -S206) & (+S210 | -S207 | +S205 | -S23) & ((-S8) | (((+S205) | ((+S207) & (+S206 | +S23 | +S210))) & (+S209 | +S23 | -S207 | +S206 | -S210))))) & (+S183 | -S207 | +S209 | -S210 | -S23)) & (((+S10 | -S211 | -S193 | +S195) & (-S195 | +S196)) | (+S192 | -S8 | +S183)) & ((-S205 | +S23 | +S211) | (+S210 & -S206)) & (((+S207) & (+S210 | -S23)) | (-S205 | +S183 | +S211)) & ((-S6 | +S2) | (((-S23) | ((+S133 | +S184 | -S183 | -S11 | -S4 | +S1) & (-S22 | -S19 | -S1))) & (-S9 | -S7 | -S3 | -S4 | -S11 | +S10 | +S8) & (+S191 | -S190 | +S189 | -S290 | -S10) & (-S208 | -S302 | +S17 | +S16 | +S23 | -S211 | -S183))) & (-S199 | -S198 | -S309 | +S184 | +S183 | -S8 | +S10 | +S193) & (+S217 | +S215 | +S3)))) +C268 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, 32.109, 64.218, -302.420, -254.833). Enclosed cells : (1, 2, 76, 77, 81, 86, 90, 93, 127, 141, 154, 160, 161, 163, 168, 207, 220)", region=(+S313 & -S328 & +S332 & -S319 & +S323 & -S317 & ((((+S211) | ((+S205 | -S206) & (-S207 | -S209 | +S205 | -S23) & ((-S8) | (((+S205) | ((+S207) & (+S206 | +S23 | -S209))) & (-S210 | +S23 | +S209 | -S207 | +S206))))) & (+S183 | -S207 | +S209 | -S210 | -S23)) & (((-S193 | +S10 | -S211 | +S195) & (-S195 | +S196)) | (-S8 | +S183 | +S192)) & ((-S205 | +S23 | +S211) | (-S209 & -S206)) & (((+S207) & (-S209 | -S23)) | (-S205 | +S183 | +S211)) & ((-S5) | ((-S3 | +S2 | +S4 | +S1) & (-S2 | -S168 | -S142 | +S4))) & ((-S6) | ((((-S22 | -S19 | -S1) & (+S133 | +S184 | -S183 | -S11 | -S4 | +S1)) | (-S23 | +S2)) & (-S9 | -S7 | -S3 | -S4 | -S11 | +S10 | +S8 | +S2) & (+S191 | -S190 | +S189 | -S290 | -S10 | +S2) & (-S208 | -S302 | +S17 | +S16 | +S23 | -S211 | -S183 | +S2))) & ((-S139) | ((-S287 | -S158 | +S151 | -S2 | -S4 | +S148 | +S144 | -S153) & (+S176 | +S13 | -S2 | -S4 | +S153 | -S168))) & (-S175 | -S150 | -S20 | +S143 | -S2 | -S4 | -S142 | +S144 | -S148) & (-S307 | -S4 | -S8 | +S183 | +S10 | -S188 | +S2) & ((-S198) | ((-S309 | -S192 | -S4 | +S188 | +S184 | +S183 | -S8 | +S10) & (+S186 | -S306 | +S292 | -S4 | -S8 | +S183 | -S188 | +S2))) & (+S217 | +S215 | +S3)))) +C269 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, 64.218, 96.328, -302.420, -254.833). Enclosed cells : (1, 2, 3, 5, 64, 65, 70, 74, 76, 77, 81, 93, 127, 128, 141, 142, 146, 154, 157, 161, 163, 204, 216)", region=(+S313 & -S328 & +S319 & -S333 & +S323 & -S317 & (((((+S20 | -S163) & (+S148 | -S160 | -S20)) | (+S162 | -S161 | +S159)) & (-S153 | +S164 | -S159)) & (((-S21 | +S15 | +S142) & (-S175 | -S150 | -S148 | +S144 | -S4 | -S142)) | (+S143 | -S20 | -S2)) & (((+S133 | +S184 | -S183 | -S11 | -S4 | +S1) & (-S22 | -S19 | -S1)) | (-S23 | -S6 | +S2)) & (-S2 | -S5 | -S168 | -S142 | +S4) & (((-S139 | -S151 | -S164 | -S152) & (+S152 | -S154)) | (+S155 | -S153 | +S148)) & ((+S161 & +S163) | (+S159 | +S20 | +S164)) & (((+S160) & (+S161 | -S20)) | (+S159 | +S164 | +S148)) & (((-S5 | +S1 | +S4) & (-S9 | -S7 | -S11 | +S10 | +S8 | -S6 | -S4)) | (+S2 | -S3)) & (((-S138 | +S16 | +S14 | +S139) & (+S140 | +S139 | +S138) & (((-S15 | +S16) & (+S15 | -S138)) | (-S14 | -S12)) & (-S21 | -S15 | +S16 | -S20) & (-S303 | -S167 | -S164 | -S148 | -S139 | +S20 | +S16) & (+S176 | -S168 | +S153 | -S4 | -S139) & (+S141 | -S286 | -S140 | +S139 | +S138)) | (-S2 | +S13)) & (-S287 | -S158 | -S2 | -S4 | +S151 | -S139 | +S148 | +S144 | -S153) & (+S173 | -S172 | +S168) & (-S307 | -S4 | -S8 | +S183 | +S10 | -S188 | +S2) & (+S191 | -S190 | +S189 | -S290 | -S6 | -S10 | +S2) & (-S198 | -S192 | -S309 | -S4 | +S188 | +S184 | +S183 | -S8 | +S10) & (+S17 | -S211 | -S208 | -S302 | -S6 | +S23 | +S16 | -S183 | +S2)))) +C270 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, 96.328, 128.437, -302.420, -254.833). Enclosed cells : (3, 5, 64, 65, 70, 74, 76, 77, 128, 142, 146, 148, 157, 166, 204, 216)", region=(+S313 & -S328 & +S333 & -S320 & +S323 & -S317 & (((((+S20 | -S163) & (+S148 | -S160 | -S20)) | (+S162 | -S161 | +S159)) & (-S153 | +S164 | -S159)) & (+S157 | -S167 | -S139 | +S148 | +S144 | +S143 | -S155) & (((-S151 | -S139 | -S164 | -S152) & (+S152 | -S154)) | (+S155 | -S153 | +S148)) & ((+S163 & -S162 & +S161) | (+S159 | +S20 | +S164)) & (((+S160) & ((-S20) | (+S161 & -S162))) | (+S159 | +S164 | +S148)) & ((-S2) | ((((-S21 | +S15 | +S142) & (-S175 | -S150 | +S144 | -S148 | -S4 | -S142)) | (-S20 | +S143)) & ((+S13) | ((-S138 | +S16 | +S14 | +S139) & (+S140 | +S139 | +S138) & (((-S15 | +S16) & (+S15 | -S138)) | (-S14 | -S12)) & (-S21 | -S15 | +S16 | -S20) & (-S286 | +S141 | -S140 | +S139 | +S138) & (-S303 | -S167 | -S164 | -S148 | -S139 | +S20 | +S16) & (+S176 | -S168 | +S153 | -S4 | -S139))))) & (+S173 | -S172 | +S168) & (-S222 | +S220 | -S139 | -S153 | -S155 | -S157)))) +C271 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 679.760, 224.764, 256.873, -350.007, -302.420). Enclosed cells : (11, 12, 16, 17, 18, 19, 25, 28, 30, 34, 40, 41, 42, 43, 44, 184, 187, 189, 209)", region=(+S312 & -S327 & +S334 & -S326 & +S316 & -S323 & ((-S32 | -S49 | -S59 | -S60 | +S35 | -S31) & (+S64 | -S32 | +S60 | -S49 | -S59 | +S35) & ((-S65) | ((((+S58 | -S56 | -S35) & (-S61 | +S49 | +S35)) | (+S47 | -S44 | +S64)) & (-S282 | -S80 | -S64 | +S58 | -S56))) & ((-S276) | (((+S32) | ((-S59 | -S46 | +S76 | -S49) & (-S47 | -S45 | -S61 | +S49))) & (-S50 | +S61 | +S59 | -S46 | +S76) & (+S63 | +S59 | +S76 | -S61))) & (((+S49 | -S32 | -S45) & (-S46 | -S44 | +S45)) | (-S48 | -S47 | +S35)) & (((((-S79 | +S60 | +S78) & (+S76 | -S64 | -S78) & (-S31 | +S59 | -S60)) | (-S61 | -S279)) & (((-S78 | +S64) & (+S78 | +S79)) | (+S59 | -S281))) | (-S63 | +S62)) & (-S52 | +S61 | +S50 | -S46 | +S76 | -S31) & (-S57 | -S35 | +S58 | -S44 | -S47 | -S56) & (-S81 | -S280 | -S64 | -S76 | +S80 | -S49 | -S61)))) +C272 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(679.760, 718.521, 192.655, 224.764, -302.420, -254.833). Enclosed cells : (11, 12, 13, 15, 16, 17, 19, 21, 23, 24, 33, 44, 67, 77, 119, 131, 135, 172, 173, 175, 184, 187, 189, 190, 195, 196, 208, 209, 224)", region=(+S327 & -S313 & +S325 & -S334 & +S323 & -S317 & ((+S73 | -S45 | -S70 | +S49) & (-S70 | -S73 | +S276 | -S45 | -S13 | +S49 | -S48) & (+S32 | +S276 | -S13 | -S48 | -S49 | -S59) & (+S61 | +S59 | -S46 | -S50 | +S76 | -S276) & (+S32 | -S46 | -S49 | +S76 | -S276 | -S59) & (+S63 | +S59 | -S276 | +S76 | -S61) & (+S61 | +S59 | +S276 | -S13 | -S50 | -S30) & (+S32 | -S72 | +S276 | -S45 | +S49 | +S70) & (+S63 | +S59 | +S276 | -S61 | -S30) & ((((-S143) | ((-S265 | -S153 | -S157) & (-S222 | +S148 | +S157))) & (+S176 | -S168 | -S4 | -S2 | +S153)) | (+S13 | -S139)) & ((-S47) | (((-S44) | ((-S46 | -S48 | +S45 | +S35) & (+S58 | -S57 | -S56 | -S35))) & (((+S35 | -S48 | -S32) & (-S61 | -S276 | +S32)) | (-S45 | +S49)))) & (((-S31 | +S61 | +S76 | -S46) & (+S51 | -S30 | -S13 | +S46)) | (+S50 | -S52)) & (((-S49 | +S35 | -S32 | -S59) & (+S62 | -S279 | -S61 | -S63 | +S59)) | (-S31 | -S60)) & (((-S48 | -S44 | +S45) & (-S74 | -S276 | -S50 | -S45)) | (-S65 | +S46 | -S13)) & (-S20 | -S147 | -S142 | -S143 | +S13 | -S148) & (+S33 | +S31 | +S61 | +S50 | -S46 | -S30) & (+S36 | +S16 | +S32 | +S30 | +S59 | -S13) & (+S55 | -S54 | -S53 | -S278 | +S32 | -S13 | +S48) & (+S69 | -S68 | +S44) & (+S71 | +S32 | -S45 | +S49 | +S72 | +S70) & (-S83 | +S82 | -S311 | +S61 | -S45 | -S46 | +S49 | -S276)))) +C273 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(679.760, 718.521, 224.764, 256.873, -302.420, -254.833). Enclosed cells : (11, 12, 15, 16, 17, 19, 21, 22, 23, 24, 31, 33, 39, 44, 172, 173, 175, 184, 187, 189, 195, 208, 209, 214, 224)", region=(+S327 & -S313 & +S334 & -S326 & +S323 & -S317 & ((-S32 | -S45 | +S49 | -S48 | -S47 | +S35) & (((-S32 | +S35) & (-S54 | -S278 | -S13 | +S32)) | (+S55 | -S53 | +S48)) & (-S32 | -S49 | -S59 | -S60 | +S35 | -S31) & (-S32 | +S30 | -S48 | -S49 | +S35 | +S33) & (+S32 | -S45 | +S49 | +S72 | +S71 | +S70) & (+S73 | -S45 | -S70 | +S49) & (-S32 | +S31 | -S49 | -S59 | +S35 | -S30) & (-S70 | -S73 | +S276 | -S45 | -S13 | +S49 | -S48) & (+S32 | +S276 | -S13 | -S48 | -S49 | -S59) & (+S63 | +S59 | -S276 | +S76 | -S61) & (+S61 | +S59 | +S276 | -S13 | -S50 | -S30) & (+S32 | -S72 | +S276 | -S45 | +S49 | +S70) & (+S32 | -S45 | -S47 | +S49 | -S276 | -S61) & (+S32 | -S71 | -S45 | +S49 | -S48 | +S70) & (+S63 | +S59 | +S276 | -S61 | -S30) & ((-S279) | ((+S31 | +S59 | -S63 | -S61 | +S35 | -S30 | +S33) & (+S62 | +S59 | -S63 | -S60 | -S61 | -S31))) & (+S36 | +S16 | +S32 | +S30 | +S59 | -S13) & ((-S46) | ((-S44 | -S47 | -S48 | +S45 | +S35) & (+S31 | +S61 | +S50 | -S30 | +S33) & (+S61 | +S59 | -S50 | +S76 | -S276) & (+S32 | -S49 | +S76 | -S276 | -S59) & (-S52 | +S61 | +S50 | +S76 | -S31))) & (+S58 | -S57 | -S56 | -S35 | -S44 | -S47) & (+S69 | -S68 | +S44)))) +C274 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, 128.437, 160.546, -302.420, -254.833). Enclosed cells : (3, 5, 64, 65, 71, 75, 76, 77, 128, 142, 146, 148, 166, 170, 202, 218)", region=(+S313 & -S328 & +S320 & -S335 & +S323 & -S317 & (((((+S20 | -S163) & (+S148 | -S160 | -S20)) | (+S166 | -S165 | +S159)) & (-S153 | +S167 | -S159)) & (+S157 | -S167 | -S139 | +S148 | +S144 | +S143 | -S155) & (((+S275 | -S265 | -S167 | -S220) & (-S222 | -S155 | +S220)) | (-S157 | -S153 | -S139)) & (-S167 | -S265 | -S139 | +S143 | -S275 | -S153 | -S157) & ((+S163 & +S165) | (+S159 | +S167 | +S20)) & (((+S160) & (-S20 | +S165)) | (+S159 | +S167 | +S148)) & ((-S2) | ((((-S21 | +S15 | +S142) & (-S175 | -S150 | +S144 | -S148 | -S4 | -S142)) | (-S20 | +S143)) & ((+S13) | ((-S138 | +S16 | +S14 | +S139) & (+S140 | +S139 | +S138) & (((-S15 | +S16) & (+S15 | -S138)) | (-S14 | -S12)) & (-S21 | -S15 | +S16 | -S20) & (-S286 | +S141 | -S140 | +S139 | +S138) & (-S303 | -S164 | -S167 | -S148 | -S139 | +S20 | +S16) & (+S176 | -S168 | +S153 | -S4 | -S139))))) & (+S174 | -S172 | +S168)))) +C275 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, 224.764, 256.873, -302.420, -254.833). Enclosed cells : (9, 11, 12, 14, 15, 17, 22, 23, 24, 31, 33, 44, 172, 173, 175, 186, 194, 195, 214, 224)", region=(+S313 & -S328 & +S334 & -S326 & +S323 & -S317 & ((-S32 | -S45 | +S49 | -S48 | -S47 | +S35) & (((+S48 | -S32 | +S36) & (-S13 | +S34 | -S36)) | (+S53 | +S35 | +S33)) & (((-S32 | +S35) & (-S278 | -S13 | -S54 | +S32)) | (+S55 | -S53 | +S48)) & (-S32 | +S30 | -S48 | -S49 | +S35 | +S33) & (+S73 | -S45 | -S70 | +S49) & (+S32 | +S53 | -S13 | +S48 | -S59 | +S36) & (+S32 | +S54 | -S13 | +S48 | -S53) & (+S32 | -S71 | -S45 | +S49 | -S48 | +S70) & ((+S16) | (((-S33) | (((+S34) | ((-S36 | -S13 | +S32) & (+S35 | +S31 | -S32))) & (-S30 | +S32 | +S31 | -S13))) & (+S59 | +S32 | +S30 | -S13 | +S36))) & ((+S276) | (((-S13) | (((-S48) | ((+S32 | -S59 | -S49) & (-S45 | -S73 | -S70 | +S49))) & (-S50 | -S30 | +S61 | +S59))) & (+S63 | +S59 | -S61 | -S30))) & (((-S30 | +S35 | +S33 | +S31) & (+S62 | -S60 | -S31)) | (-S279 | -S63 | +S59 | -S61)) & ((-S46) | ((((-S30 | +S33 | +S31) & (+S76 | -S52 | -S31)) | (+S50 | +S61)) & (-S44 | -S48 | -S47 | +S45 | +S35))) & (+S72 | +S32 | -S45 | +S49 | +S71 | +S70)))) +C276 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 679.760, -224.764, -192.655, -350.007, -326.214). Enclosed cells : (96, 98, 105, 108, 113, 114, 115, 116, 117, 136, 156, 180, 182, 198, 199, 200, 205, 226, 228)", region=(+S312 & -S327 & +S329 & -S322 & +S316 & -S336 & ((((+S232 | +S231 | +S229) & (-S40 | +S233 | -S229)) | (+S230 | +S25 | -S228)) & (-S228 | +S25 | -S232 | +S231 | +S229 | -S252) & (((((-S297 | -S256 | -S232 | -S254) & (+S254 | -S236)) | (-S226 | -S227)) & (-S252 | -S232 | +S226)) | (+S228 | +S255)) & (-S256 | +S255 | -S297 | +S237 | +S232 | +S228) & (+S262 | +S261 | -S228) & (-S39 | +S25 | +S237 | +S227 | -S254) & (-S227 | -S228 | -S229 | +S25 | +S237 | -S254) & (+S252 | -S261 | +S25 | +S262 | +S226) & (+S256 | -S227 | +S237 | +S228 | -S254) & ((-S223 | -S257) | ((+S254 | -S228 | -S229 | -S262 | -S298 | +S261) & (+S254 | -S261 | -S229 | +S25 | -S252))) & ((+S260) | ((+S255 | +S252 | +S228 | +S226) & (-S228 | +S252 | -S262 | +S25 | +S298 | +S226))) & ((+S277) | ((+S25 | -S232 | -S39 | -S237 | -S254) & (-S228 | +S25 | -S233 | -S237 | +S232) & (-S237 | +S238 | +S232 | +S228))) & (+S239 | -S295 | -S37 | -S237 | -S238 | +S232 | +S228) & (+S118 | -S115 | -S112 | -S97 | +S94 | -S88 | +S134 | -S25) & (-S247 | -S41 | -S232 | +S39 | +S227 | -S254)))) +C277 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 679.760, -224.764, -192.655, -326.214, -302.420). Enclosed cells : (62, 95, 96, 97, 98, 102, 103, 108, 109, 110, 111, 113, 114, 115, 116, 117, 136, 156, 180, 181, 182, 198, 199, 200, 205, 211, 225, 226, 228)", region=(+S312 & -S327 & +S329 & -S322 & +S336 & -S323 & ((((-S227 | -S228) & (+S224 | -S41 | +S225 | +S227)) | (+S223 | +S25 | -S226)) & ((+S228) | (((((+S255) | ((+S254 | -S236) & (-S297 | -S256 | -S232 | -S254))) & (+S236 | -S235)) | (-S226 | -S227)) & (-S252 | +S255 | -S232 | +S226))) & (+S254 | -S223 | -S41 | -S247 | +S258 | +S257) & (-S258 | +S254 | -S223 | +S259 | +S257) & (-S257 | +S254 | -S41 | +S228 | +S227 | -S223) & (-S256 | +S255 | -S297 | +S237 | +S232 | +S228) & (-S232 | -S41 | -S247 | +S39 | +S227 | -S254) & (+S262 | +S261 | -S228) & (-S39 | +S25 | +S237 | +S227 | -S254) & (-S226 | +S252 | -S261 | +S25 | -S223) & (+S252 | -S261 | +S25 | +S262 | +S226) & (+S256 | -S227 | +S237 | +S228 | -S254) & ((+S260) | ((+S255 | +S252 | +S228 | +S226) & (-S228 | +S252 | -S262 | +S25 | +S298 | +S226))) & ((+S277) | ((+S25 | -S232 | -S39 | -S237 | -S254) & (-S228 | +S25 | -S233 | -S237 | +S232) & (-S237 | +S238 | +S232 | +S228) & (+S254 | -S39 | +S247 | +S258 | -S223) & (-S310 | -S258 | +S254 | -S259 | -S223 | +S25 | +S257))) & ((-S88) | ((+S118 | -S115 | -S97 | +S94 | +S134 | -S112 | -S25) & (-S126 | -S95 | -S11 | +S9 | +S6 | +S112 | -S25))) & ((-S229) | ((-S257 | +S254 | -S228 | -S262 | -S298 | +S261 | -S223) & (-S227 | -S228 | +S25 | +S237 | -S254) & (-S257 | +S254 | -S261 | +S25 | -S252 | -S223) & (+S230 | -S40 | -S228 | +S25 | +S233))) & (-S234 | -S226 | -S235 | +S236 | +S41 | +S227 | +S225) & (+S239 | -S295 | -S37 | -S237 | -S238 | +S232 | +S228) & (+S243 | -S232 | +S247 | -S41 | +S39 | -S223) & (+S249 | +S248 | -S225)))) +C278 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -96.328, -64.218, -302.420, -278.627). Enclosed cells : (2, 8, 55, 60, 61, 62, 93, 125, 126, 140, 141, 143, 152, 155, 158, 162, 203, 215)", region=(+S313 & -S328 & +S330 & -S315 & +S323 & -S337 & ((+S29 | +S28 | +S27 | +S16 | -S25 | +S6) & ((((+S119 | +S118 | +S29) & (-S29 | +S121)) | (-S117 | +S120 | -S116)) & (+S122 | -S112 | +S116)) & (((+S93 | -S118 | +S133) & ((-S25) | ((+S28 | -S27 | -S93) & (-S105 | -S100 | +S94 | -S11 | -S118 | -S133 | +S93)))) | (+S6 | +S29)) & (((-S9) & (-S95 | -S25 | -S11)) | (-S126 | -S88 | +S112 | +S6)) & ((((-S111) | ((+S109 | +S114) & (-S122 | -S88 | +S108 | -S109))) & (+S113 | -S114 | +S109)) | (-S112 | +S118)) & (((+S273 | -S304) & (-S115 | -S97 | +S94 | -S108 | -S273)) | (-S88 | +S118 | -S112 | -S11 | +S6)) & ((-S120 & -S121) | (-S29 | +S122 | -S116)) & (((-S119) & (-S120 | +S29)) | (+S122 | +S118 | -S116)) & ((+S2) | ((((+S184 | -S183 | -S11 | +S133 | -S4 | +S1) & (-S22 | -S19 | -S1)) | (-S23 | -S6)) & (-S7 | -S3 | -S4 | -S6 | -S9 | -S11 | +S10 | +S8) & (-S211 | -S208 | -S302 | +S17 | -S6 | +S23 | +S16 | -S183))) & (+S132 | +S130 | +S126) & ((-S272) | ((((-S3 | +S1 | -S271) & (+S271 | -S299)) | (+S11 | -S6)) & (((-S126 | +S93 | +S271) & (-S271 | -S300)) | (+S11 | +S6)))) & (-S274 | +S187 | -S6 | -S8 | +S183 | -S11 | +S10) & ((-S24) | ((+S87 | +S88 | +S118 | -S25 | +S6) & (-S125 | -S301 | -S122 | +S16 | -S118 | -S25 | +S6 | -S29))) & (+S200 | -S198 | -S309 | -S308 | +S184 | +S183 | -S8 | -S11 | +S10 | -S187)))) +C279 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -96.328, -64.218, -278.627, -254.833). Enclosed cells : (2, 7, 48, 50, 55, 60, 62, 81, 140, 141, 143, 145, 152, 155, 158, 162)", region=(+S313 & -S328 & +S330 & -S315 & +S337 & -S317 & ((((-S9) & (-S95 | -S25 | -S11)) | (-S126 | -S88 | +S112 | +S6)) & (+S88 | +S87 | +S118 | -S24 | -S25 | +S6) & (+S90 | +S88 | -S87 | -S25 | +S6) & (((+S273 | -S304) & (-S115 | -S97 | +S94 | -S108 | -S273)) | (-S88 | +S118 | -S112 | -S11 | +S6)) & ((+S2) | ((-S7 | -S4 | -S3 | -S6 | -S9 | -S11 | +S10 | +S8) & (+S191 | -S190 | +S189 | -S290 | -S6 | -S10) & (-S211 | -S208 | -S302 | +S23 | +S17 | -S6 | +S16 | -S183))) & (+S132 | +S130 | +S126) & (-S274 | +S187 | -S6 | -S8 | +S183 | -S11 | +S10) & ((+S26) | ((+S27 | +S24 | +S16 | -S25 | +S6) & (+S24 | +S87 | -S25 | +S6 | -S27))) & (+S200 | -S198 | +S184 | -S309 | -S308 | +S183 | -S8 | -S11 | +S10 | -S187) & (+S89 | -S285 | -S90 | +S88 | -S87 | -S25 | +S6) & (-S111 | -S109 | +S118 | -S112 | +S108 | -S88 | -S122) & (+S116 | -S112 | +S122) & (-S125 | -S301 | -S29 | -S122 | +S16 | -S118 | -S24 | -S25 | +S6)))) +C280 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -64.218, -32.109, -302.420, -278.627). Enclosed cells : (2, 61, 62, 85, 89, 93, 125, 126, 141, 155, 158, 159, 162, 167, 206, 219)", region=(+S313 & -S328 & +S315 & -S331 & +S323 & -S337 & ((((+S208) | ((+S205 | -S206) & (-S207 | +S205 | +S203 | -S23) & ((-S8) | (((+S205) | ((+S207) & (+S206 | +S203 | +S23))) & (+S204 | +S23 | -S203 | -S207 | +S206))))) & (+S183 | -S203 | -S207 | +S204 | -S23)) & ((((-S200) | ((+S202 | +S201) & (+S199 | -S208 | +S10 | -S202))) & (+S196 | -S201 | +S202)) | (-S8 | +S183)) & ((-S205 | +S23 | +S208) | (+S203 & -S206)) & (((+S207) & (-S23 | +S203)) | (-S205 | +S183 | +S208)) & ((+S2) | ((((+S184 | -S183 | -S11 | +S133 | -S4 | +S1) & (-S22 | -S19 | -S1)) | (-S23 | -S6)) & (-S7 | -S3 | -S4 | -S6 | -S9 | -S11 | +S10 | +S8) & (-S211 | -S302 | +S17 | +S16 | -S6 | +S23 | -S208 | -S183))) & ((-S272) | ((((-S3 | +S1 | -S271) & (+S271 | -S299)) | (+S11 | -S6)) & (((-S126 | +S93 | +S271) & (-S271 | -S300)) | (+S11 | +S6)))) & (-S274 | +S187 | -S6 | -S8 | +S183 | -S11 | +S10) & ((-S198) | ((-S309 | -S308 | +S184 | +S183 | -S8 | -S11 | +S10 | +S200 | -S187) & (+S186 | -S305 | +S292 | +S187 | -S6 | -S8 | +S183 | -S11))) & ((-S88) | ((((-S9) & (-S95 | -S25 | -S11)) | (-S126 | +S112 | +S6)) & (((+S273 | -S304) & (-S115 | -S108 | -S97 | +S94 | -S273)) | (+S118 | -S112 | -S11 | +S6)))) & (+S216 | +S215 | +S3) & (-S105 | -S100 | +S29 | +S94 | +S93 | -S133 | -S11 | -S118 | -S25 | +S6)))) +C281 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, -64.218, -32.109, -278.627, -254.833). Enclosed cells : (2, 62, 81, 85, 89, 141, 155, 158, 162, 167)", region=(+S313 & -S328 & +S315 & -S331 & +S337 & -S317 & ((((-S203 | +S204) & (+S203 | +S205)) | (-S207 | +S206 | +S23 | +S208 | -S8)) & (((-S7 | -S4 | -S11 | -S9 | +S8 | -S3 | +S10) & (+S191 | -S190 | +S189 | -S290 | -S10) & (-S211 | -S302 | +S17 | +S16 | -S183 | +S23 | -S208)) | (-S6 | +S2)) & (((((-S9) & (-S95 | -S25 | -S11)) | (+S112 | -S126)) & (((+S273 | -S304) & (-S115 | -S108 | -S97 | +S94 | -S273)) | (+S118 | -S112 | -S11))) | (+S6 | -S88)) & (-S274 | +S187 | -S6 | -S8 | +S183 | -S11 | +S10) & (-S198 | +S184 | -S309 | -S308 | +S183 | -S8 | -S11 | +S10 | +S200 | -S187) & (-S202 | +S199 | -S200 | +S183 | -S8 | -S208 | +S10) & (+S216 | +S215 | +S3)))) +C282 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 679.760, 192.655, 224.764, -350.007, -326.214). Enclosed cells : (17, 26, 28, 29, 30, 34, 35, 37, 38, 40, 41, 42, 44, 45, 46, 47, 120, 121, 129, 130, 137, 184, 187, 189, 190, 191, 221, 222, 223, 227)", region=(+S312 & -S327 & +S325 & -S334 & +S316 & -S336 & ((+S61 | -S75 | -S76 | -S46 | -S49 | +S74) & (-S75 | +S84 | -S46 | +S49 | +S77 | +S74) & (+S86 | -S46 | +S77 | -S84 | +S65) & (+S86 | +S61 | -S77) & (+S61 | +S59 | -S46 | -S50 | +S76 | -S276) & (+S32 | -S46 | -S49 | +S76 | -S276 | -S59) & (+S63 | +S59 | -S276 | +S76 | -S61) & (-S64 | +S61 | -S74 | -S76 | -S46 | -S49) & (+S64 | +S32 | -S76 | -S46 | -S49) & (-S64 | -S76 | +S81 | -S49 | -S61) & ((-S13) | (((+S46) | ((-S74 | +S84 | +S65) & ((-S266) | ((-S75 | +S74 | +S84) & (-S51 | -S267 | +S50))) & (+S86 | -S84 | +S65) & (-S45 | -S276 | -S65 | -S74 | -S50))) & (-S284 | +S61 | +S85 | -S84 | -S86 | +S65))) & (((((-S79 | +S60 | +S78) & (+S76 | -S64 | -S78) & (-S31 | +S59 | -S60)) | (-S61 | -S279)) & (((-S78 | +S64) & (+S78 | +S79)) | (+S59 | -S281))) | (-S63 | +S62)) & (((+S84 | +S49 | +S65) & ((-S64) | ((+S49 | -S65) & (-S280 | -S81 | -S76 | -S49))) & (+S85 | -S84 | +S65)) | (-S61 | +S80)) & (((+S84 | -S46 | -S45 | -S74 | +S77) & (-S44 | +S61 | -S86 | -S65 | -S77)) | (+S49 | -S82)) & (-S283 | +S61 | -S75 | +S84 | -S77 | +S49 | -S86 | +S65) & (+S35 | +S64 | -S32 | +S60 | -S49 | -S59) & (-S52 | +S61 | +S50 | -S46 | +S76 | -S31)))) +C283 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(641.000, 679.760, 192.655, 224.764, -326.214, -302.420). Enclosed cells : (11, 12, 16, 17, 18, 19, 20, 25, 27, 28, 29, 30, 32, 34, 35, 36, 37, 40, 41, 42, 43, 44, 45, 46, 47, 77, 119, 121, 129, 130, 137, 184, 187, 189, 190, 191, 196, 209, 221, 222, 223, 227, 229)", region=(+S312 & -S327 & +S325 & -S334 & +S336 & -S323 & ((+S64 | -S65 | -S44 | +S49 | +S47 | -S61 | +S35) & (-S32 | -S49 | -S59 | -S60 | +S35 | -S31) & (-S65 | -S44 | -S46 | +S47 | +S77 | +S45) & (-S64 | -S65 | +S49 | +S80 | -S61) & (+S61 | +S83 | -S45 | +S82 | +S49) & (+S61 | -S44 | -S77 | +S82 | +S47 | +S45) & (+S84 | +S49 | +S80 | -S61 | +S65) & (+S64 | -S32 | +S60 | -S49 | -S59 | +S35) & (-S65 | +S61 | -S44 | -S77 | +S49 | -S82 | -S86) & (+S86 | -S46 | +S77 | -S84 | +S65) & (+S86 | -S13 | +S46 | -S84 | +S65) & (+S86 | +S61 | -S77) & (-S74 | +S84 | -S13 | +S46 | +S65) & (-S74 | +S84 | -S45 | -S46 | +S49 | -S82 | +S77) & (-S64 | +S61 | -S74 | -S76 | -S46 | -S49) & (+S64 | +S32 | -S76 | -S46 | -S49) & (-S64 | -S76 | +S81 | -S49 | -S61) & (-S65 | -S45 | -S46 | +S77 | -S84) & ((-S276) | (((+S76) | (((-S46) | ((-S49 | +S32 | -S59) & (-S50 | +S61 | +S59))) & (+S63 | +S59 | -S61))) & ((-S45) | (((+S49) | ((-S47 | +S32 | -S61) & (-S311 | -S83 | +S82 | -S46 | +S61))) & (-S13 | -S74 | -S65 | -S50 | +S46))))) & ((-S48) | ((((-S46 | -S44 | +S45) & (+S49 | -S32 | -S45)) | (+S35 | -S47)) & (-S13 | -S65 | -S44 | +S46 | +S45))) & ((((-S65) | ((+S47 | -S44 | -S35 | +S64) & (-S282 | -S80 | -S64))) & (-S57 | -S35 | -S44 | -S47)) | (-S56 | +S58)) & (((((-S79 | +S60 | +S78) & (+S76 | -S64 | -S78) & (-S31 | +S59 | -S60)) | (-S61 | -S279)) & (((-S78 | +S64) & (+S78 | +S79)) | (+S59 | -S281))) | (-S63 | +S62)) & (((-S61 | +S80) & (-S284 | -S86 | -S13 | +S61)) | (+S85 | -S84 | +S65)) & (-S280 | -S64 | -S76 | +S80 | -S81 | -S49 | -S61) & (+S176 | -S168 | +S153 | -S139 | -S4 | -S2 | +S13) & (-S52 | +S61 | +S50 | -S46 | +S76 | -S31) & (-S51 | -S267 | -S266 | -S13 | +S50 | +S46) & (+S67 | -S66 | +S44) & (-S75 | -S283 | +S61 | +S84 | -S77 | +S49 | -S86 | +S65)))) +C284 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, 160.546, 192.655, -302.420, -278.627). Enclosed cells : (5, 13, 67, 71, 75, 76, 77, 119, 128, 131, 135, 142, 148, 166, 170, 172, 175, 190, 195, 202, 218)", region=(+S313 & -S328 & +S335 & -S325 & +S323 & -S337 & ((((+S15 | -S21 | +S142) & (-S147 | -S148 | -S142)) | (+S13 | -S20 | -S143)) & ((((+S20 | -S163) & (+S148 | -S160 | -S20)) | (-S165 | +S166 | +S159)) & (-S153 | +S167 | -S159)) & ((+S163 & -S166) | (+S159 | +S167 | +S20)) & (((+S160) & (-S20 | -S166)) | (+S159 | +S167 | +S148)) & ((-S2) | ((((-S21 | +S15 | +S142) & (-S175 | -S150 | +S144 | -S148 | -S4 | -S142)) | (-S20 | +S143)) & ((+S13) | (((+S16) | ((-S21 | -S15 | -S20) & (+S14 | -S138 | +S139) & (-S303 | -S164 | -S167 | -S148 | -S139 | +S20))) & (+S176 | -S168 | +S153 | -S4 | -S139))))) & ((((-S167) | ((-S275 | +S143) & (+S275 | -S220))) & (-S143 | +S13)) | (-S265 | -S157 | -S153 | -S139)) & (((-S52 | +S51 | +S46 | +S50) & (+S61 | +S59 | +S276 | -S50)) | (-S13 | -S30)) & ((((+S276) | ((+S32 | -S59 | -S49) & (-S73 | -S70 | -S45 | +S49))) & (-S44 | +S46 | -S65 | +S45)) | (-S13 | -S48)) & (-S155 | +S157 | -S167 | -S139 | +S148 | +S144 | +S143) & (+S174 | -S172 | +S168) & (-S74 | -S65 | -S45 | -S13 | +S46 | -S50 | -S276) & (-S222 | +S157 | -S139 | +S148 | -S143 | +S13)))) +C285 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, 160.546, 192.655, -278.627, -254.833). Enclosed cells : (3, 64, 65, 71, 75, 77, 119, 128, 131, 135, 146, 148, 166, 170, 172, 175)", region=(+S313 & -S328 & +S335 & -S325 & +S337 & -S317 & ((((-S138 | +S16 | +S14 | +S139) & (+S140 | +S139 | +S138) & (((-S15 | +S16) & (+S15 | -S138)) | (-S14 | -S12)) & (-S286 | +S141 | -S140 | +S139 | +S138) & (+S176 | -S4 | +S153 | -S168 | -S139)) | (+S13 | -S2)) & ((((-S167) | ((-S275 | +S143) & (+S275 | -S220))) & (-S143 | +S13)) | (-S265 | -S157 | -S153 | -S139)) & (((-S155 | +S144 | -S167 | +S143) & (-S222 | +S13 | -S143)) | (+S148 | +S157 | -S139)) & ((((+S276) | ((-S59 | +S32 | -S49) & (-S73 | -S70 | -S45 | +S49))) & (-S65 | +S46 | -S44 | +S45)) | (-S13 | -S48)) & (-S159 | +S167 | -S153) & (+S174 | -S172 | +S168)))) +C286 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, 192.655, 224.764, -302.420, -278.627). Enclosed cells : (5, 9, 11, 12, 13, 17, 23, 24, 33, 44, 67, 77, 119, 128, 131, 135, 142, 172, 173, 175, 190, 195, 224)", region=(+S313 & -S328 & +S325 & -S334 & +S323 & -S337 & ((+S32 | -S33 | +S31 | -S13 | +S16 | -S30) & (((+S31 | +S33 | +S52) & (+S51 | +S50 | -S52)) | (+S46 | -S13 | -S30)) & (+S73 | -S45 | -S70 | +S49) & (+S31 | +S61 | +S50 | -S46 | -S30 | +S33) & (+S61 | +S59 | +S276 | -S13 | -S50 | -S30) & (+S63 | +S59 | +S276 | -S61 | -S30) & ((((+S16) | ((-S21 | -S15 | -S20) & (+S14 | -S138 | +S139) & (-S303 | -S167 | -S164 | -S148 | -S139 | +S20))) & (+S176 | -S168 | -S4 | +S153 | -S139)) | (+S13 | -S2)) & ((((-S20) | ((-S21 | +S15 | +S142) & (-S147 | -S148 | -S142))) & ((-S139) | ((-S265 | -S153 | -S157) & (-S222 | +S148 | +S157)))) | (+S13 | -S143)) & ((-S48) | ((((+S49 | -S32 | -S45) & (-S46 | -S44 | +S45)) | (+S35 | -S47)) & ((-S13) | (((+S276) | ((-S73 | -S70 | -S45 | +S49) & (-S59 | +S32 | -S49))) & (-S65 | -S44 | +S46 | +S45))))) & (+S36 | +S32 | +S30 | +S59 | -S13 | +S16) & (+S62 | -S60 | -S279 | +S59 | -S63 | -S61 | -S31) & (+S72 | +S71 | +S32 | -S45 | +S49 | +S70) & (-S74 | -S65 | -S45 | -S13 | +S46 | -S50 | -S276) & (+S76 | +S61 | +S50 | -S46 | -S52 | -S31)))) +C287 = openmc.Cell(name="Automatic Generated Void Cell. Enclosure(718.521, 757.281, 192.655, 224.764, -278.627, -254.833). Enclosed cells : (3, 9, 11, 12, 14, 15, 23, 24, 64, 65, 77, 119, 128, 131, 135, 146, 172, 173, 175, 186, 194)", region=(+S313 & -S328 & +S325 & -S334 & +S337 & -S317 & ((-S32 | -S45 | +S49 | -S48 | -S47 | +S35) & (+S73 | -S45 | -S70 | +S49) & (+S32 | +S53 | -S13 | +S48 | -S59 | +S36) & (+S32 | +S54 | -S13 | +S48 | -S53) & (((-S138 | +S16 | +S14 | +S139) & (+S140 | +S139 | +S138) & (((-S15 | +S16) & (+S15 | -S138)) | (-S14 | -S12)) & (-S286 | +S141 | -S140 | +S139 | +S138) & (+S176 | -S168 | -S4 | +S153 | -S139)) | (+S13 | -S2)) & (((-S265 | -S153 | -S157) & (-S222 | +S148 | +S157)) | (-S143 | -S139 | +S13)) & (((-S45 | -S73 | -S70 | +S49) & (-S59 | +S32 | -S49)) | (+S276 | -S48 | -S13)) & (((+S16 | +S32 | -S33) & (+S53 | +S35 | +S33)) | (+S34 | -S13 | -S36)) & (((-S47 | +S35 | -S46) & (-S65 | -S13 | +S46)) | (-S44 | +S45 | -S48)) & (+S30 | +S32 | +S59 | -S13 | +S16 | +S36) & (+S55 | -S278 | +S32 | -S13 | +S48 | -S53 | -S54) & (+S72 | +S71 | +S32 | -S45 | +S49 | +S70)))) +C288 = openmc.Cell(name="", region=(-S338 & (-S312 | +S324 | -S321 | +S326 | -S316 | +S317))) + +geometry = openmc.Geometry([C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15, C16, C17, C18, C19, C20, C21, C22, C23, C24, C25, C26, C27, C28, C29, C30, C31, C32, C33, C34, C35, C36, C37, C38, C39, C40, C41, C42, C43, C44, C45, C46, C47, C48, C49, C50, C51, C52, C53, C54, C55, C56, C57, C58, C59, C60, C61, C62, C63, C64, C65, C66, C67, C68, C69, C70, C71, C72, C73, C74, C75, C76, C77, C78, C79, C80, C81, C82, C83, C84, C85, C86, C87, C88, C89, C90, C91, C92, C93, C94, C95, C96, C97, C98, C99, C100, C101, C102, C103, C104, C105, C106, C107, C108, C109, C110, C111, C112, C113, C114, C115, C116, C117, C118, C119, C120, C121, C122, C123, C124, C125, C126, C127, C128, C129, C130, C131, C132, C133, C134, C135, C136, C137, C138, C139, C140, C141, C142, C143, C144, C145, C146, C147, C148, C149, C150, C151, C152, C153, C154, C155, C156, C157, C158, C159, C160, C161, C162, C163, C164, C165, C166, C167, C168, C169, C170, C171, C172, C173, C174, C175, C176, C177, C178, C179, C180, C181, C182, C183, C184, C185, C186, C187, C188, C189, C190, C191, C192, C193, C194, C195, C196, C197, C198, C199, C200, C201, C202, C203, C204, C205, C206, C207, C208, C209, C210, C211, C212, C213, C214, C215, C216, C217, C218, C219, C220, C221, C222, C223, C224, C225, C226, C227, C228, C229, C230, C231, C232, C233, C234, C235, C236, C237, C238, C239, C240, C241, C242, C243, C244, C245, C246, C247, C248, C249, C250, C251, C252, C253, C254, C255, C256, C257, C258, C259, C260, C261, C262, C263, C264, C265, C266, C267, C268, C269, C270, C271, C272, C273, C274, C275, C276, C277, C278, C279, C280, C281, C282, C283, C284, C285, C286, C287, C288]) +geometry.export_to_xml() diff --git a/tests/regression_test_files/large/Triangle/Triangle.serp b/tests/regression_test_files/large/Triangle/Triangle.serp new file mode 100644 index 00000000..57a1d49f --- /dev/null +++ b/tests/regression_test_files/large/Triangle/Triangle.serp @@ -0,0 +1,1181 @@ +Converted with GEOUNED +% ______ _______ _____ _ _ __ _ _______ ______ +% | ____ |______ | | ___ | | | \ | |______ | \ +% |_____| |______ |_____| |_____| | \_| |______ |_____/ +% Version : 1.0.2.dev9+gde280a7.d20240516 +% FreeCAD Version : 0.21.2 +% +% ************************************************************* +% Original Step file : /home/j/GEOUNED/testing/inputSTEP/large/Triangle.stp +% +% Creation Date : 2024-05-27 14:58:36.080978 +% Solid Cells : 229 +% Total Cells : 289 +% Surfaces : 338 +% Materials : 0 +% +% ************************************************************** +% --- CELL DEFINITIONS +cell 1 0 void 3 5 -2 -4 -1cell 2 0 void 3 6 7 -9 -8:3 4 6 7 9 11 -10 -8 -2cell 3 0 void 2 12 14 15 -16 -13cell 4 0 void 6 -19 -16 17 18 -2cell 5 0 void 2 15 -16 -13 20 21cell 6 0 void 6 -19 -16 22 23 -2cell 7 0 void -27 -26 -24 -16 25 -6cell 8 0 void -29 -28 -27 -16 25 -6cell 9 0 void -32 33 -31 13 -16 30:32 33 -31 -16 -35 -34:-32 33 36 13 -16 + -34cell 10 0 void -25 39 40 -16 -38 -37:41 42 -16 -39 -38 -37:39 -25 42 -16 -43 + -38cell 11 0 void 44 46 47 48 -45 -35cell 12 0 void 32 45 -49 48 47 -35cell 13 0 void -51 13 -50 -46 52 30:-31 -52 13 -46 30 -33cell 14 0 void 36 -53 13 -35 -34 -33:32 -53 -48 -36 -35 -33cell 15 0 void -32 -55 13 -48 53 54 278:32 -55 -48 53 -35cell 16 0 void 35 -58 44 47 56 57cell 17 0 void -62 -59 63 279 60 61 31cell 18 0 void -64 65 44 -49 -47 61 -35cell 19 0 void 32 49 59 60 -35 31cell 20 0 void 66 -44 -67cell 21 0 void -69 -44 68cell 22 0 void 32 -30 48 49 -35 -33cell 23 0 void -32 45 -49 -72 -71 -70cell 24 0 void -73 45 70 -49cell 25 0 void -64 65 35 -58 44 -47 56cell 26 0 void -61 75 76 46 49 -74cell 27 0 void 65 44 46 -47 -77 -45cell 28 0 void -62 -60 79 -78 279 61 63cell 29 0 void 64 65 -49 -80 61cell 30 0 void 64 76 -80 81 49 280 61cell 31 0 void -31 -59 63 61 279 -35 30 -33cell 32 0 void -61 -83 45 -82 -49cell 33 0 void -31 -61 -50 46 30 -33cell 34 0 void 64 -62 78 -76 279 61 63cell 35 0 void -85 -80 84 61 -65cell 36 0 void -61 44 77 -82 -47 -45cell 37 0 void -84 -49 -80 61 -65cell 38 0 void 75 -84 46 -49 -77 -74cell 39 0 void 32 -31 49 59 -35 30cell 40 0 void -64 32 -60 49 59 -35cell 41 0 void -62 -59 -79 -78 281 63cell 42 0 void -64 -62 -59 78 281 63cell 43 0 void 64 65 -58 80 56 282cell 44 0 void -61 -50 46 -76 52 31cell 45 0 void -61 75 -84 77 -49 86 283 -65cell 46 0 void 65 -61 44 77 -49 82 86cell 47 0 void -61 -85 13 84 86 284 -65cell 48 0 void 90 -89 -88 87 25 -6 285cell 49 0 void -93 -92 -91 25 -6 94cell 50 0 void -26 -24 -87 25 -6 27cell 51 0 void -96 -95 97 -115 25 -6 91cell 52 0 void 99 -101 93 -98:-16 100 93 -99cell 53 0 void -16 105 -106 102:105 -101 93 -107:101 105 -106 -104 -102cell 54 0 void 97 -94 111 112 113 -110 -109 -108 114 115cell 55 0 void 112 -116 -122:-29 -120 -119 -118 116 117:-121 -120 116 117 29cell 56 0 void 112 -125 -116:-29 -123 -119 -118 116 124:-123 -121 116 124 29cell 57 0 void -128 -127 -126cell 58 0 void -127 -126 -129cell 59 0 void -126 -131 -130cell 60 0 void -126 -132 -130cell 61 0 void -29 -28 25 -6 27 93:-94 -93 100 133 -29 105 11 118 25 -6:-29 + -93 118 -6 -133cell 62 0 void 11 -112 -9 88 25 -6 126 95:9 -112 88 -6 126cell 63 0 void 97 -94 134 135 112 113 -110 115 -137 -136cell 64 0 void 2 140 -141 -13 -139 -138 286cell 65 0 void 2 138 12 14 -15 -13cell 66 0 void 2 142 -145 144 -143 146cell 67 0 void 142 143 -13 148 147 20:143 -15 -142 -13 20 21cell 68 0 void -142 -149 -101 150cell 69 0 void -155 -154 -152 -144 151 153 156 157 158 287cell 70 0 void 153 -164 159:160 161 -159 -148 20 -162:161 -159 163 -20 -162cell 71 0 void -167 153 159:160 -159 165 -148 20 -166:-159 163 165 -20 -166cell 72 0 void -168 -170 -169cell 73 0 void -168 -171 -169cell 74 0 void -168 -173 172cell 75 0 void -168 -174 172cell 76 0 void 2 4 142 175 -144 -143 148 20 150:2 -143 -15 -142 20 21cell 77 0 void 2 4 -153 168 139 -176 -13cell 78 0 void -16 -179 -178 175:-288 101 -179 175 178cell 79 0 void 101 -181 -16 150 -289cell 80 0 void 6 -182 -2 183 184 -1:6 -183 -182 185 186 -2:-188 -186 -183 + 184 185 187cell 81 0 void -191 290 -189 6 10 -2 190cell 82 0 void 6 17 18 19 189 -2cell 83 0 void -192 193 195 196 197 198 291 -184 8 -194cell 84 0 void 291 196 197 198 200 201 8 -184 -202 -199cell 85 0 void -208 -205 206:-208 -207 -205 8:8 -23 207 -208 -206 -205 -203: + 8 -23 203 207 -208 -206 -204:8 -23 204 207 -208 -206 -205:207 -208 + -205 -203 23:-183 203 207 -204 23:204 207 -208 -205 23cell 86 0 void 8 -207 -205 -211:-205 -211 206:8 -23 -211 207 209 -206 -205:8 + -23 -211 -209 207 -206 210:8 -23 -211 -210 207 -206 -205:-211 207 + 209 -205 23:-183 207 -209 210 23:-211 -210 207 -205 23cell 87 0 void -213 -212 -3cell 88 0 void -214 -212 -3cell 89 0 void -216 -215 -3cell 90 0 void -215 -3 -217cell 91 0 void 292 -219 -218 6 198 -7 -2cell 92 0 void 6 -185 186 -182 218 -2:-188 293 -186 198 -185 187cell 93 0 void 1 6 19 22 23 -2:133 6 -184 183 -1:4 6 -184 11 23 -2 183 -133 + -1cell 94 0 void -222 294 -144 157 153 220 221 158cell 95 0 void -224 -223 226 -25 41 -227 -225:-223 226 227 228 -25cell 96 0 void 228 -25 -232 -231 -230 -229:228 229 -25 40 -233 -230:228 38 + 230 40 -25 -37cell 97 0 void 226 234 235 -236 -41 -227 -225cell 98 0 void 37 295 237 238 -239 -232 -228cell 99 0 void 38 -25 41 42 240 -43:38 232 41 43 240 -39cell 100 0 void 224 41 -241 -240 -39:224 -25 39 296 -241 -240 242cell 101 0 void 232 41 -240 243 244 -39:39 -244 243 245 246 223:-224 41 -244 + -240 243 -39 223cell 102 0 void 232 -247 41 -243 -39 223cell 103 0 void -248 225 -249cell 104 0 void 225 -251 -250cell 105 0 void 228 -25 232 -231 -229 252cell 106 0 void -246 -253 -244 223cell 107 0 void 38 41 -232 -40 -39cell 108 0 void -255 232 252 -228 -226:-255 226 227 -254 236 -228:226 227 235 + -236 -228:256 -255 226 227 232 297 -228 254cell 109 0 void -254 223 41 247 -258 -257cell 110 0 void 258 -254 223 -259 -257cell 111 0 void 257 -254 41 -228 -227 223cell 112 0 void 38 295 40 41 238 -232 -37 -228cell 113 0 void 256 -255 297 -237 -232 -228cell 114 0 void -255 -252 -228 -260 -226cell 115 0 void 232 41 247 -39 -227 254cell 116 0 void 257 -254 228 229 262 298 -261 223cell 117 0 void 228 -252 262 -25 -298 -260 -226cell 118 0 void 263 157 -265 -264 153 220 221 222cell 119 0 void 65 44 13 48 -46 -45cell 120 0 void 266 75 -84 13 -46 -74cell 121 0 void 266 267 13 -50 -46 51cell 122 0 void -142 -269 -268 179cell 123 0 void -287 2 -146 176 -270 -13 158cell 124 0 void 142 143 -145 144 146 -13cell 125 0 void 3 6 271 272 -11 -1:6 299 272 -271 -11cell 126 0 void -93 272 -271 -11 -6 126:300 271 272 -11 -6cell 127 0 void 2 5 168 142 -4cell 128 0 void 2 138 -16 -14 -13 -139cell 129 0 void -86 46 -77 84 -65cell 130 0 void -86 13 -46 84 -65cell 131 0 void -157 139 -148 143 -13 222cell 132 0 void -158 -221 -146 176 -13cell 133 0 void -222 -221 -148 -144 -176 -13 153cell 134 0 void -221 176 -144 146 -13cell 135 0 void 265 139 143 -13 153 157cell 136 0 void -262 -261 228cell 137 0 void -86 -61 77cell 138 0 void -222 -157 -148 143 -144 221cell 139 0 void -221 -264 153 157 222:264 -13 -265 153 157 222cell 140 0 void 122 301 -16 125 118 24 25 -6 29cell 141 0 void 6 -23 302 -17 -16 208 211 183 -2cell 142 0 void 2 164 167 139 -20 303 -16 -13 148cell 143 0 void -88 -87 -118 24 25 -6cell 144 0 void 6 -183 10 -17 189 -2cell 145 0 void -90 -88 87 25 -6cell 146 0 void 2 -13 -140 -139 -138cell 147 0 void -190 -189 6 10 -2cell 148 0 void -157 167 139 -148 -144 -143 155cell 149 0 void 25 -6 -97cell 150 0 void 134 -118 112 -136 88 -135 125:135 137 -118 112 -136:-94 134 + 135 -118 110 113 -137 -136:135 -118 -113 112 -137cell 151 0 void -198 6 -2cell 152 0 void -118 109 111 112 -108 88 122:-118 -114 111 112 -109:-94 -118 + 110 111 113 114 -109 -108:-118 -113 112 114 -109cell 153 0 void 97 -94 136 -118 112 -111 115 88cell 154 0 void 2 4 -151 139 -148 -144 153 158 287cell 155 0 void -118 11 -273 112 304 88 -6:97 -94 -118 11 108 112 273 115 88 + -6cell 156 0 void 97 -94 -118 112 115 88 25 -134cell 157 0 void 164 -155 139 -148 151 152 153:-155 -152 -148 153 154:-156 + -155 -154 -148 153cell 158 0 void -187 6 8 -183 11 274 -10cell 159 0 void -187 -186 6 8 -183 198 11 305 -292cell 160 0 void -292 4 -186 198 8 -183 306 188 -2cell 161 0 void 4 8 -183 307 -10 188 -2cell 162 0 void 198 -184 -183 8 11 308 309 -10 -200 187cell 163 0 void 192 4 -188 198 -184 -183 8 309 -10cell 164 0 void 198 199 -184 -183 8 309 -10 -193cell 165 0 void 153 -265 -263 220 157cell 166 0 void 167 265 139 -275 153 220 157:-220 139 153 155 157 222cell 167 0 void 200 -183 202 8 208 -10 -199:200 -183 8 -202 -201:196 200 -183 + -184 201 -202 -199 -197:8 -183 201 -202 -196cell 168 0 void -192 193 8 -183 211 -10 -195:-192 195 8 -183 -196:-192 193 + 195 196 -184 -183 -197 -194:-192 194 196 8 -183cell 169 0 void -158 2 221cell 170 0 void 167 265 139 -143 275 153 157cell 171 0 void -25 39 43 -16 244 -40cell 172 0 void 70 73 -276 45 13 -49 48cell 173 0 void -32 -30 -59 13 -16 -36cell 174 0 void -224 -25 -246 -244 277 253 223cell 175 0 void -32 -276 13 48 49 59cell 176 0 void -16 -100 118cell 177 0 void -16 -150 148cell 178 0 void -16 118 -105cell 179 0 void -16 -175 148cell 180 0 void -25 232 39 -277 237 254cell 181 0 void 258 -254 259 223 -25 -277 310 -257cell 182 0 void 228 -25 233 -277 237 -232cell 183 0 void 39 232 40 -25 244 277cell 184 0 void -61 -59 46 50 -76 276cell 185 0 void 228 -25 40 233 277 -232cell 186 0 void -32 -53 13 -48 59 -36cell 187 0 void -32 46 49 -76 276 59cell 188 0 void 224 -25 39 43 -244 240cell 189 0 void -63 -59 276 -76 61cell 190 0 void 65 74 45 13 -46 50 276cell 191 0 void 74 -84 13 -46 -65cell 192 0 void -157 -155 -154 -152 -148 -144 151 156cell 193 0 void 224 -25 39 -242 -240cell 194 0 void -32 -54 13 -48 53cell 195 0 void -61 -59 -276 13 50 30cell 196 0 void -61 45 46 -82 -49 83 276 311cell 197 0 void -222 -220 -144 153 155 157 158 287cell 198 0 void 39 -25 -237 -227 254cell 199 0 void 227 228 229 -25 -237 254cell 200 0 void -277 237 -238 -232 -228cell 201 0 void -125 -121 116 123 29:121 -125 116 29:-125 -124 -121 116 29cell 202 0 void -159 163 -20 -167 -165:-167 -159 -20 -163:-159 163 166 -20 + -167cell 203 0 void -122 -121 -117 116 29:121 116 29 -122:-122 -121 116 120 29cell 204 0 void -159 162 163 -20 -164:-159 -20 -164 -163:-159 163 -20 -164 + -161cell 205 0 void 257 -254 261 229 -25 252 223cell 206 0 void -23 205 -208 -206 -203:-208 -23 205 206:-23 204 205 -208 -206cell 207 0 void -23 205 -211 209 -206:205 -23 -211 206:-23 205 -211 -210 -206cell 208 0 void -32 72 -276 45 -49 -70cell 209 0 void -32 45 47 -49 276 61cell 210 0 void 40 -238 277 -232 -228cell 211 0 void -254 39 -247 -277 -258 223cell 212 0 void 39 -244 -243 277 246 223cell 213 0 void -224 39 -245 -244 246 223cell 214 0 void -32 71 45 -49 48 -70cell 215 0 void -29 -122 -119 -118 -117 116:-118 116 -122 119:-29 -122 -119 + -118 116 120cell 216 0 void 160 -159 162 -148 20 -164:-148 -159 -164 -160:160 -159 -148 + 20 -164 -161cell 217 0 void -125 -29 -119 -118 116 123:-118 -125 116 119:-125 -29 -124 + -119 -118 116cell 218 0 void 160 -159 -148 20 -167 -165:-160 -167 -148 -159:160 -159 166 + -148 20 -167cell 219 0 void -183 205 207 -208 -203 23:-208 -207 205 -183:-183 204 205 207 + -208 23cell 220 0 void -183 205 -211 207 209 23:205 -183 -211 -207:-183 205 -211 207 + -210 23cell 221 0 void 74 -84 45 46 -49 82 -77cell 222 0 void 64 -61 74 76 46 49cell 223 0 void -64 -32 76 46 49cell 224 0 void -63 -59 -276 61 30cell 225 0 void 226 -252 261 -25 223cell 226 0 void -252 261 -25 -262 -226cell 227 0 void 64 76 -81 49 61cell 228 0 void -256 227 -237 -228 254cell 229 0 void 65 45 46 -77 84% +% ########################################################## +% VOID CELLS +% ########################################################## +% +cell 230 0 void 312 -313 314 -315 316 -317 (-93:(-100:16:99) (101:98:-99)) + (-97:94:-111:-112:-113:110:109:108:-114:-115) (-133 (-23:-11:-4:2): + -183:184:-6:1) (118:(113:-112:-114:109) (-111:(114:-112:109) (108: + (94:-110:-113:-114:109) (-122:-88:-112:-109)))) (-97:94:-136:118: + -112:111:-115:-88) (16:100:-118) (10:(-7:-3:-4:-6:-9:-11:8:2) (200: + -198:-187:-309:-308:184:183:-8:-11)) (132:130:126) (137:-135:-134: + -97:94:-112:-113:110:-115:136) (-272:((-3:1:-271) (271:-299):11:-6) + (93:271:11:6:-126)) (-273:-97:94:118:-11:-108:-112:-115:-88:6) (-25: + (-11:112:9:-88:6:-126:-95) (6:97) (92:93:91:6:-94) (96:95:-97:115:6: + -91) (-105:29:94:93:-100:-133:-11:-118:6)) (127:129:126) %Automatic Generated Void Cell. Enclosure(641.000, 718.521, -128.437, -64.218, -350.007, -254.833) + %Enclosed cells : (2, 49, 51, 52, 54, 58, 60, 61, 62, 63, 93, 125, 126, 149, 152, 153, 155, 162, 176) +cell 231 0 void 312 -313 315 -318 316 -317 (9 (-11:10:-4:2):8:-7:-6:-3) + ((-186:-185:183) (1:-184:-183):182:-6:2) (188:-187:186:183:-184:-185) + (185:(-218:182:-6:2:-186) (-293:188:-187:-198:186)) (-133 (-23:-11: + -4:2):-183:184:-6:1) (198:-6:2) (183:(-8:-201:202:196) (-200:(-8:202: + 201) (199:(184:197:-196:-201:202) (-208:10:-8:-202)))) (-272:((-3:1: + -271) (271:-299):11:-6) (93:271:11:6:-126)) (-25:(-11:112:9:-88:6: + -126:-95) (6:97) (92:93:91:6:-94) (96:95:-97:115:6:-91) (-105:-100: + 29:94:93:-133:-11:-118:6)) (-291:-196:-197:-198:-200:-201:-8:184:202: + 199) (-305:187:186:-6:-8:183:-198:-11:292) (-309:(-308:-198:184:183: + -8:-11:10:200:-187) (193:-198:-199:184:183:-8:10)) (213:212:3) (219: + -292:218:-6:-198:7:2) (-108:-273:-97:94:118:-11:-112:-115:-88:6) %Automatic Generated Void Cell. Enclosure(641.000, 718.521, -64.218, -0.000, -350.007, -254.833) + %Enclosed cells : (2, 49, 51, 61, 62, 80, 84, 87, 91, 92, 93, 125, 126, 149, 151, 155, 159, 162, 164, 167) +cell 232 0 void 312 -313 318 -319 316 -317 ((-186:-185:183) (1:-184:-183):182: + -6:2) (188:-187:186:183:-184:-185) (185:(-218:182:-6:2:-186) (-293: + 188:-187:-198:186)) (198:-6:2) ((-195:-8:196) (-194:-196:-8) (-193: + (184:197:-196:194:-195) (-211:10:-8:195)):192:183) (-5:(-3:2:4:1) + (-2:-168:-142:4)) (-11:(-9:-3:-4:-6:-7:10:8:2) (133:-23:-4:-6:184:2: + -183:1)) (-139:(-2:-4:153:-168:176:13) (151:-2:-4:148:144:-153:-158: + -287)) (143:(145:-2:-142:-144:-146) (-175:-150:-20:-2:-4:-142:144: + -148)) (270:287:-2:146:-176:13:-158) (-291:192:-193:-195:-196:-197: + -198:184:-8:194) (-306:292:-4:186:-198:-8:183:-188:2) (-309:(-192:-4: + 188:-198:184:183:-8:10) (-199:-198:184:183:-8:10:193)) (214:212:3) + (219:-292:218:-6:-198:7:2) (-221:158:-2) %Automatic Generated Void Cell. Enclosure(641.000, 718.521, -0.000, 64.218, -350.007, -254.833) + %Enclosed cells : (1, 2, 66, 76, 77, 80, 83, 88, 91, 92, 93, 123, 127, 151, 154, 160, 163, 164, 168, 169) +cell 233 0 void 312 -313 319 -320 316 -317 (155:154:152:144:-151:-153:-156: + -157:-158:-287) (-2:-5:-168:-142:4) (-2:-4:151:-139:148:144:-153: + -158:-287) ((152:-154) (154:156) (-164:-151:-139:-152):155:-153:148) + (220:-139:-153:-155:-157:-222) (157:155:154:152:148:144:-151:-156) + (222:220:144:-153:-155:-157:-158:-287) (1:(-3:-5:2:4) (-23:133:-4:-6: + 184:-11:2:-183)) (10:(-9:-7:-3:-4:-6:-11:8:2) (-198:-192:188:-309:-4: + 184:183:-8)) (13:(-2:-4:153:-168:-139:176) (270:287:-2:146:-176:-158) + ) (143:(145:-2:-142:-144:-146) (-167:157:-139:148:144:-155) (-20: + -175:-2:-4:-142:144:-148:-150)) (170:169:168) (173:-172:168) (16:150: + -148) (-221:(158:-2) (-294:222:144:-157:-153:-220:-158)) (101:149: + 142:-150) %Automatic Generated Void Cell. Enclosure(641.000, 718.521, 64.218, 128.437, -350.007, -254.833) + %Enclosed cells : (1, 2, 66, 68, 69, 72, 74, 76, 77, 93, 94, 123, 127, 148, 154, 157, 163, 166, 169, 177, 192, 197) +cell 234 0 void 312 -313 321 -322 323 -317 ((39:-41) (-242:-296:25:-39):241: + 240:-224) (-243:((224:-223:244) (-244:-232):240:-41:39) (-246:-245: + -39:244:-223)) (-232:247:-41:243:39:-223) (246:253:244:-223) (224:25: + 246:244:-277:-253:-223) (-39:-232:-40:25:-244:-277) (-228:25:-40: + -233:-277:232) (-40:238:-277:232:228) (-39:244:243:-277:-246:-223) + (224:-39:245:244:-246:-223) (-11:6:(-105:-100:93:29:-133:94:-118:-25) + (-126:-95:9:112:-88:-25)) (16:25:-39:-43:-244:40) (-38:(-232:-41: + -43:-240:39) (-41:232:40:39) (-295:-40:-41:-238:232:37:228)) (254: + (-39:247:277:258:-223) (-310:-259:257:-258:-223:25:277)) (227:-226: + (224:223:25:-41:225) (236:-235:-234:41:225)) (230:-229:-228:25:-40: + 233) (239:-237:-37:-295:-238:232:228) (251:250:-225) (-115:-97:134: + 94:118:-112:-88:-25) (248:249:-225) %Automatic Generated Void Cell. Enclosure(641.000, 718.521, -256.873, -192.655, -302.420, -254.833) + %Enclosed cells : (61, 62, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 106, 107, 112, 156, 171, 174, 181, 183, 185, 210, 211, 212, 213) +cell 235 0 void 312 -313 322 -314 323 -317 ((136:(-135:-137) (-125:-88:-134: + 135)) (113:-135:137):-112:118) (131:130:126) (-11:6:(-95:9:112:-88: + -25:-126) (-105:-100:93:29:-133:94:-118:-25)) (-40:(-39:-232:25:-244: + -277) (-228:(25:-233:-277:232) (230:-229:25:233))) (254:-310:-259: + -258:257:-223:25:277) (224:(227:-226:225:-41:223:25) (-253:246:25: + 244:-277:-223)) (-115:-97:(94:118:-112:-88:-25:134) (111:94:-136:118: + -112:-88)) (116:-112:125) (127:128:126) %Automatic Generated Void Cell. Enclosure(641.000, 718.521, -192.655, -128.437, -302.420, -254.833) + %Enclosed cells : (56, 57, 59, 61, 62, 95, 96, 150, 153, 156, 174, 181, 183, 185) +cell 236 0 void 313 -324 321 -322 316 -323 ((25:-40:-39) (-42:-41:39):38:37: + 16) ((-38:37:-230) (-229:233:230):25:-40:-228) ((29:(28:-27:-93) + (-105:-100:-133:94:-118:-11:93)) (16:(28:27:29) (-125:-122:-301:-24: + -118:-29)) (-126:-95:9:112:-88:-11):-25:6) (-277:(-40:(25:(-39:-244: + -232) (-233:-228:232)) (238:232:228)) (-253:246:-223:224:25:244)) + ((-41:-40:-38:37) (239:-237:-37):-295:-238:232:228) (-43:25:-39:16: + -244:40) (227:-226:225:224:223:25:-41) (-115:-97:134:94:118:-112:-88: + -25) %Automatic Generated Void Cell. Enclosure(718.521, 796.042, -256.873, -192.655, -350.007, -302.420) + %Enclosed cells : (8, 10, 61, 62, 95, 96, 98, 112, 140, 156, 171, 174, 183, 185, 210) +cell 237 0 void 313 -324 322 -314 316 -323 (-105:(106:(-102:16) (104:-101:102) + ) (107:-93:101)) ((-125:-88:-134:135) (-135:-137):118:136:-112) (16: + -118:105) ((29:(28:-27:-93) (-100:-133:-105:94:-118:-11:93)) (16:(28: + 27:29) (-122:-301:-24:-125:-118:-29)) (-126:-95:9:112:-88:-11):-25:6) + ((-40:(-233:-228:232) (-39:-244:-232)) (-253:246:-223:224:244):25: + -277) ((134:-25) (-136:111):-115:-97:94:-88:118:-112) (-116:(29:123: + 119:118:-124) (125:(118:-119 (29:-123 124)) (-29:-121))) (-226:225: + 227:-41:224:223:25) (230:-229:-228:25:-40:233) %Automatic Generated Void Cell. Enclosure(718.521, 796.042, -192.655, -128.437, -350.007, -302.420) + %Enclosed cells : (8, 53, 56, 61, 62, 95, 96, 140, 150, 153, 156, 174, 178, 183, 185, 201, 217) +cell 238 0 void 313 -324 322 -314 323 -317 ((119:118:29) (-29:121):-124:123: + -116) (125:-112:116) ((-125:-88:-134:135) (-135:-137):118:136:-112) + (124 -123 -121:-29:125:-116) (-119 (29:-123 124):118:125:-116) ((26: + 24:87:-27) (29:(28:-27:-93) (-105:-100:-133:94:-118:-11:93)) (88:87: + 118:-24) (90:88:-87) (16:(27:(24:26) (29:28)) (-122:-301:-125:-118: + -24:-29)) (89:-285:-90:88:-87) (-95:9:-126:112:-11:-88):-25:6) ((-40: + (-233:-228:232) (-39:-244:-232)) (246:-253:-223:224:244):25:-277) + ((134:-25) (-136:111):-115:-97:94:-88:118:-112) (131:130:126) (227: + -226:225:-41:224:223:25) (230:-229:-228:25:-40:233) %Automatic Generated Void Cell. Enclosure(718.521, 796.042, -192.655, -128.437, -302.420, -254.833) + %Enclosed cells : (7, 8, 48, 50, 56, 59, 61, 62, 95, 96, 140, 143, 145, 150, 153, 156, 174, 183, 185, 201, 217) +cell 239 0 void 313 -324 315 -318 316 -323 (183:-203:-207:204:-23) (-6:(-133: + 184:-183:1) ((-11:-4:-183:184:133:1) (-22:-19:-1):2:-23)) ((273:-304) + (-115:-108:-97:94:-273):-88:118:-112:-11:6) (183:(-8:-201:202:196) + (-200:(-8:202:201) (199:(-208:10:-8:-202) (197:184:-196:-201:202)))) + (-7:-3:-4:-6:-9:-11:10:8:2) (16:(-6:19:-22:-23:2) (-211:-302:17:-6: + 23:-208:-183:2)) (-272:((-3:1:-271) (271:-299):11:-6) ((-126:93:271) + (-271:-300):11:6)) (-274:187:-6:-8:183:-11:10) (-25:(-95:-11:112:9: + -88:6:-126) (-105:-100:29:94:93:-133:-11:-118:6)) (182:-6:2:-183: + -184:1) (-198:(-309:(-308:184:183:-8:-11:10:200:-187) (193:-199:184: + 183:-8:10)) (186:-305:292:187:-6:-8:183:-11)) (-205:(207 (-23:203 + -204):183:208) (-206:208:23)) %Automatic Generated Void Cell. Enclosure(718.521, 796.042, -64.218, -0.000, -350.007, -302.420) + %Enclosed cells : (2, 6, 61, 62, 80, 85, 93, 125, 126, 141, 155, 158, 159, 162, 164, 167, 206, 219) +cell 240 0 void 313 -324 318 -319 316 -323 (183:-207:209:-210:-23) ((-22:-19: + -1) (133:184:-183:-11:-4:1):-23:-6:2) ((-195:-8:196) (-194:-196:-8) + (-193:(-211:10:-8:195) (197:184:-196:194:-195)):192:183) ((-5:1:4) + (-9:-7:-11:10:8:-6:-4):2:-3) ((-287:-158:151:148:144:-153) (176:13: + -168:153):-139:-4:-2) ((-168:-5:4) (-175:-150:-20:143:-148:144:-4): + -2:-142) ((-22:19:-23) (-208:-302:17:-183:-211:23):16:-6:2) (((-192: + 188:-4) (193:-199):-309:184:10) (186:-306:292:2:-4:-188):-198:183:-8) + ((183:207 (-23:-209 210)) (23:-206):211:-205) (-307:-4:-8:183:10: + -188:2) (182:-6:2:-183:-184:1) %Automatic Generated Void Cell. Enclosure(718.521, 796.042, -0.000, 64.218, -350.007, -302.420) + %Enclosed cells : (1, 2, 6, 76, 77, 80, 86, 93, 127, 141, 154, 160, 161, 163, 164, 168, 207, 220) +cell 241 0 void 313 -324 319 -320 316 -323 (-6:19:16:-22:-23:2) ((-22:-19:-1) + (133:184:-183:-11:-4:1):-23:-6:2) (-2:-5:-168:-142:4) ((-139:-151: + -164:-152) (152:-154):155:-153:148) (16:150:-148) ((-5:1:4) (-9:-7: + -11:10:8:-6:-4):2:-3) ((-139:(-303:-148:-167:-164:20:16) (176:153: + -168:-4)) (-21:-15:16:-20):-2:13) (143:((-21:15:142) (-175:-150:-4: + -148:144:-142):-2:-20) (157:-155:-139:-167:148:144)) (159:(-160:-161: + 148:-20:162) (164:(148:160 (-20:161 -162)) (20:163))) (-287:-158:-2: + -4:151:-139:148:144:-153) (-307:-4:-8:183:10:-188:2) (181:289:-101: + 16:-150) (-198:-192:-309:-4:188:184:183:-8:10) (17:-211:-208:-302:-6: + 23:16:-183:2) (-222:220:-139:-153:-155:-157) (149:142:101:-150) %Automatic Generated Void Cell. Enclosure(718.521, 796.042, 64.218, 128.437, -350.007, -302.420) + %Enclosed cells : (1, 2, 5, 6, 68, 70, 76, 77, 79, 93, 127, 141, 142, 148, 154, 157, 161, 163, 166, 177, 204, 216) +cell 242 0 void 312 -313 320 -325 323 -317 (157:-139:148:-143:13:-222) (-265: + -139:-143:13:-153:-157) (157:-167:-139:148:144:143:-155) ((275:-265: + -167:-220) (-222:-155:220):-157:-153:-139) (-167:-265:-139:143:-275: + -153:-157) ((-175:-150:-20:-148:143:144:-142) (176:153:13:-139:-168): + -2:-4) ((-52:51:46:50) (61:59:276:-50):-13:-30) (-65:((-48:-13:46) + (77:47:-46):45:-44) (-74:-276:-50:-45:-13:46)) (-147:-142:-143:13: + -148:-20) (-159:167:-153) (32:276:-13:-48:-49:-59) (171:169:168) + (174:-172:168) (-73:-70:276:-45:-13:49:-48) %Automatic Generated Void Cell. Enclosure(641.000, 718.521, 128.437, 192.655, -302.420, -254.833) + %Enclosed cells : (13, 27, 67, 71, 73, 75, 76, 77, 119, 131, 135, 148, 166, 170, 172, 175, 190, 195) +cell 243 0 void 313 -324 320 -325 316 -323 ((15:-21:142) (-147:-148:-142):13: + -20:-143) ((178:16) (-101:288:-178):179:-175) (157:-139:148:-143:13: + -222) (-265:-139:-143:13:-153:-157) (157:-167:-139:148:144:143:-155) + ((275:-265:-167:-220) (-222:-155:220):-157:-153:-139) (-167:-265: + -139:143:-275:-153:-157) (16:175:-148) (-2:((-21:15:142) (-150:-175: + 144:-148:-4:-142):-20:143) (13:(-139:(-303:-164:-167:-148:20:16) + (176:-168:153:-4)) (-21:-15:16:-20))) ((-52:51:46:50) (61:59:276:-50) + :-13:-30) (159:(-160:-165:148:-20:166) (167:(148:160 (-20:165 -166)) + (20:163))) ((-48:-44:45) (-74:-276:-50:-45):-65:46:-13) (269:268:142: + -179) %Automatic Generated Void Cell. Enclosure(718.521, 796.042, 128.437, 192.655, -350.007, -302.420) + %Enclosed cells : (5, 13, 67, 71, 76, 77, 78, 119, 122, 131, 135, 142, 148, 166, 170, 179, 190, 195, 202, 218) +cell 244 0 void 313 -324 325 -326 316 -323 ((-30:-13:32) (34:35:-32):31:-33: + 16) ((31:33:52) (51:50:-52):46:-13:-30) (31:61:50:-46:-30:33) ((-139: + (-303:-167:-164:-148:20:16) (176:-168:-4:153)) (-21:-15:16:-20):13: + -2) ((-20:(-21:15:142) (-147:-148:-142)) (-139:(-265:-153:-157) + (-222:148:157)):13:-143) (-48:((-47:35:-46) (-13:-65:46):45:-44) (49: + -32:-45:-47:35)) (59:(63:276:-61:-30) ((35:33:-30:31) (62:-60:-31): + -279:-63:-61) (-13:(-50:61:276:-30) (36:32:16:30))) (-74:-65:-45:-13: + 46:-50:-276) (76:61:50:-46:-52:-31) %Automatic Generated Void Cell. Enclosure(718.521, 796.042, 192.655, 256.873, -350.007, -302.420) + %Enclosed cells : (5, 9, 11, 12, 13, 17, 31, 33, 44, 67, 77, 119, 131, 135, 142, 173, 190, 195, 224) +cell 245 0 void 327 -313 321 -322 316 -323 ((-40:233:-229) (231:232:229):230: + 25:-228) (-258:254:-223:259:257) (25:-232:-39:277:-237:-254) (-228: + 25:-233:277:-237:232) (-39:-232:-40:25:-244:-277) (-228:25:-40:-233: + -277:232) (-39:25:237:227:-254) (-227:-228:-229:25:237:-254) (277: + -237:238:232:228) (-40:238:-277:232:228) (254:-39:247:277:258:-223) + (-11:6:(-105:-100:93:29:-133:94:-118:-25) (-126:-95:9:112:-88:-25)) + (-295:(-38:-40:-41:-238:232:37:228) (239:-37:-237:-238:232:228)) + (-43:16:25:-39:-244:40) (-310:-258:254:-259:-223:25:277:257) (224: + (223:-226:25:-41:227:225) (-253:25:246:244:-277:-223)) (236:-235: + -234:-226:41:227:225) (243:(-232:247:-41:39:-223) (-39:244:-277:-246: + -223)) (-115:-97:134:94:118:-112:-88:-25) (-252:-261:-257:254:-229: + 25:-223) %Automatic Generated Void Cell. Enclosure(679.760, 718.521, -256.873, -192.655, -350.007, -302.420) + %Enclosed cells : (61, 62, 95, 96, 97, 98, 102, 110, 112, 156, 171, 174, 180, 181, 182, 183, 185, 198, 199, 200, 205, 210, 211, 212) +cell 246 0 void 312 -327 322 -314 316 -323 ((-227:-228) (225:224:-41:227):223: + 25:-226) ((232:231:229) (-40:233:-229):230:25:-228) (-228:25:-232: + 231:229:-252) (-97:94:118:-112:-115:-88:-25:134) (-39:25:237:227: + -254) (-227:-228:-229:25:237:-254) ((-223:(252:-226) (254:-229:-257: + -252)) (262:252:226):25:-261) (97 (96:115:95:-91) (-11:9:-126:-88: + 112:-95) (93:92:-94:91):-25:6) ((-115:-112:-97:110) (-110:118):-113: + 137:-135:94:136:-134) ((-237:(-39:-254:-232) (-233:-228:232)) (-310: + -259:-258:-223:257:254):25:277) (298:260:-228:252:-262:25:226) (111: + -97:94:-136:118:-112:-115:-88) (127:128:126) %Automatic Generated Void Cell. Enclosure(641.000, 679.760, -192.655, -128.437, -350.007, -302.420) + %Enclosed cells : (49, 51, 57, 62, 63, 95, 96, 105, 117, 149, 150, 153, 156, 180, 181, 182, 198, 199, 205, 225, 226) +cell 247 0 void 327 -313 322 -314 316 -323 (-97:94:-134:-135:-112:-113:110: + -115:137:136) (118:(-135:113:-112:137) (136:(-135:-137:-112) (-134: + (94:-110:-113:137:-135) (-125:-88:-112:135)))) (-97:94:118:-112:-115: + -88:-25:134) (6:(-25:97) (-11:(9:112:-88:-25:-126:-95) (-100:29:-133: + 94:93:-105:-118:-25)) (92:93:91:-25:-94) (96:95:-97:115:-25:-91)) + (16:-118:105) (-39:(25:-232:277:-237:-254) (-232:-40:25:-244:-277) + (25:237:227:-254)) (-310:-259:-258:254:-223:25:277:257) (224:(-226: + 225:-41:223:25:227) (-253:246:25:244:-277:-223)) (-228:((-40:233: + -229) (231:232:229):25:230) (25:-233:277:-237:232) (25:-40:-233:-277: + 232) (-227:-229:25:237:-254)) (107:101:-105:-93) (111:-97:94:-136: + 118:-112:-115:-88) (-252:-261:-257:254:-229:25:-223) (127:128:126) %Automatic Generated Void Cell. Enclosure(679.760, 718.521, -192.655, -128.437, -350.007, -302.420) + %Enclosed cells : (49, 51, 53, 57, 61, 62, 63, 95, 96, 149, 150, 153, 156, 174, 178, 180, 181, 182, 183, 185, 198, 199, 205) +cell 248 0 void 328 -324 321 -322 323 -317 ((29:28:27:16) (29:(28:-27:-93) + (-105:-100:94:-133:-118:-11:93)) (88:87:118:-24) (90:88:-87) ((27:16) + (-27:87):24:26) (-285:89:-90:88:-87) (-125:-122:-301:16:-118:-24: + -29) (-126:112:-95:9:-11:-88):-25:6) ((-42:38:43) (-244:40:-43):-39: + 25:16) %Automatic Generated Void Cell. Enclosure(757.281, 796.042, -256.873, -192.655, -302.420, -254.833) + %Enclosed cells : (7, 8, 10, 48, 50, 61, 62, 140, 143, 145, 171) +cell 249 0 void 328 -324 314 -315 316 -323 (29:28:27:16:-25:6) ((93:-118:133) + (-25:(28:-27:-93) (-105:94:-11:-100:-118:-133:93)):6:29) (16:100: + -118) (2:(-6:19:16:-22:-23) ((-22:-19:-1) (184:-183:-11:133:-4:1): + -23:-6) (-7:-3:-4:-6:-9:-11:10:8) (-211:-208:-302:17:-6:23:16:-183)) + (-274:187:-6:-8:183:-11:10) (200:-198:-309:-308:184:183:-8:-11:10: + -187) (-88:((94:-115:-108:-97:-273) (273:-304):118:-112:-11:6) (-136: + -97:94:118:-112:111:-115) (-109:118:-111:-112:108:-122) (-126:-95: + -11:112:9:-25:6)) (99:16:-100:-93) (-121:-116:-29:122) (-125:-301: + -24:-122:16:-118:-25:6:-29) %Automatic Generated Void Cell. Enclosure(757.281, 796.042, -128.437, -64.218, -350.007, -302.420) + %Enclosed cells : (2, 6, 8, 52, 61, 62, 93, 140, 141, 152, 153, 155, 158, 162, 176, 203) +cell 250 0 void 328 -324 314 -315 323 -317 (29:28:27:16:-25:6) ((93:-118:133) + (-25:(28:-27:-93) (-105:-100:94:-11:-118:-133:93)):6:29) (-9 (-95: + -25:-11):-126:-88:112:6) (88:87:118:-24:-25:6) (90:88:-87:-25:6) + ((94:-115:-108:-97:-273) (273:-304):-88:118:-112:-11:6) (2:(-6:19:16: + -22:-23) ((-22:-19:-1) (184:-183:-11:133:-4:1):-23:-6) (-6:183:-10: + 17:-189) (190:189:-6:-10) (-7:-3:-4:-6:-9:-11:10:8) (-18:(-6:19:16: + -17) (-6:-17:-19:-189)) (191:-290:189:-6:-10:-190) (-211:-208:-302: + -6:23:17:16:-183)) (-136:-97:94:118:-112:111:-115:-88) (-274:187:-6: + -8:183:-11:10) (26:(27:24:16:-25:6) (24:87:-25:6:-27)) (200:-198: + -309:-308:184:183:-8:-11:10:-187) (89:-285:-90:88:-87:-25:6) (-109: + 118:-111:-112:108:-88:-122) (-121:-116:-29:122) (-125:-301:-122:16: + -118:-24:-25:6:-29) %Automatic Generated Void Cell. Enclosure(757.281, 796.042, -128.437, -64.218, -302.420, -254.833) + %Enclosed cells : (2, 4, 6, 7, 8, 48, 50, 61, 62, 81, 82, 93, 140, 141, 143, 144, 145, 147, 152, 153, 155, 158, 162, 203) +cell 251 0 void 328 -324 315 -318 323 -317 (-205:23:208:-206 -204 203) ((-17: + -18:-19:-189) (-23:(-22:-19:-1) (184:133:-183:-11:-4:1)) (183:-10:17: + -189) (190:189:-10) (16:(19:(-17:-18) (-23:-22)) (-211:-302:-208: + -183:23:17)) (-7:-3:-9:8:-4:-11:10) (191:-290:189:-10:-190):-6:2) + ((-308:-187:-11:200) (-199:193):-198:-309:184:183:10:-8) ((-9 (-95: + -25:-11):112:-126) ((273:-304) (-115:-108:-97:94:-273):118:-112:-11): + 6:-88) (-274:187:-6:-8:183:-11:10) (-202:-200:183:-8:-208:10:199) + (-105:-100:93:29:94:-133:-11:-118:-25:6) %Automatic Generated Void Cell. Enclosure(757.281, 796.042, -64.218, -0.000, -302.420, -254.833) + %Enclosed cells : (2, 4, 6, 61, 62, 81, 82, 93, 141, 144, 147, 155, 158, 162, 164, 167, 206) +cell 252 0 void 328 -324 318 -319 323 -317 (-205:23:211:210 -209 -206) ((-17: + -18:-19:-189) (-23:(-22:-19:-1) (133:184:-183:-11:-4:1)) (183:-10:17: + -189) (190:189:-10) (16:(19:(-17:-18) (-23:-22)) (-208:-302:-211: + -183:23:17)) (-9:-7:-3:8:-4:-11:10) (191:-290:189:-10:-190):2:-6) + ((-287:-158:151:148:144:-153) (176:-168:13:153):-139:-4:-2) ((188:-4: + -192) (193:-199):-198:-309:184:183:10:-8) (-175:-150:-20:143:-142:-2: + -4:144:-148) (-307:-4:-8:183:10:-188:2) (195:192:-193:-8:183:-211:10) %Automatic Generated Void Cell. Enclosure(757.281, 796.042, -0.000, 64.218, -302.420, -254.833) + %Enclosed cells : (2, 4, 6, 76, 77, 81, 82, 93, 141, 144, 147, 154, 161, 163, 164, 168, 207) +cell 253 0 void 328 -324 319 -320 323 -317 ((19:16:-22:-23) (-23:(-22:-19:-1) + (133:184:-183:-11:-4:1)) (183:-10:17:-189) (190:189:-10) ((19:16) + (-19:-189):-17:-18) (-9:-7:-3:8:-4:-11:10) (191:-290:189:-10:-190) + (-211:-208:-302:23:17:16:-183):2:-6) ((-138:16:14:139) (140:139:138) + ((-15:16) (15:-138):-14:-12) (-21:-15:16:-20) (-303:-167:-164:-148: + -139:20:16) (176:-168:153:-4:-139) (141:-286:-140:139:138):-2:13) + (143:((-21:15:142) (-175:-150:-4:-148:144:-142):-2:-20) (157:-155: + -139:-167:148:144)) (-287:-158:-2:-4:151:-139:148:144:-153) (163:159: + 20:164) (-307:-4:-8:183:10:-188:2) (-198:-192:-309:-4:188:184:183:-8: + 10) (-222:220:-139:-153:-155:-157) (-152:-164:155:-139:148:-151:-153) %Automatic Generated Void Cell. Enclosure(757.281, 796.042, 64.218, 128.437, -302.420, -254.833) + %Enclosed cells : (2, 3, 4, 5, 6, 64, 65, 76, 77, 81, 82, 93, 128, 141, 142, 144, 146, 147, 148, 154, 157, 161, 163, 166, 204) +cell 254 0 void 312 -327 320 -325 316 -323 (-142:-143:145:-144:-146:13) (86: + -46:77:-84:65) (86:-13:46:-84:65) (158:221:146:-176:13) (221:-176: + 144:-146:13) ((13:265:-264) (264:221):-157:-222:-153) (-74:84:-13:46: + 65) (222:220:144:-153:-155:-157:-158:-287) (-2:(-142:145:-144:143: + -146) (158:-221) (-4:153:-168:-139:176:13) (270:287:146:-176:13:-158) + ) (-263:-157:265:264:-153:-220:-221:-222) (-266:(-75:84:-13:46:74) + (-51:-267:-13:50:46)) (148:(222:221:144:176:13:-153) (222:157:-143: + 144:-221) (-167:157:-139:144:143:-155)) (-276:-65:-74:-45:-13:46:-50) + (-294:222:144:-157:-153:-220:-221:-158) (171:169:168) (-44:(47:-65: + -46:77:45) (-48:-65:-13:46:45)) (49:-75:84:-46:77:74) (85:61:-284: + -13:-84:-86:65) %Automatic Generated Void Cell. Enclosure(641.000, 679.760, 128.437, 192.655, -350.007, -302.420) + %Enclosed cells : (27, 38, 47, 66, 73, 77, 94, 118, 119, 120, 121, 123, 124, 129, 130, 132, 133, 134, 138, 139, 148, 169, 190, 191, 197) +cell 255 0 void 327 -313 320 -325 316 -323 (-263:-157:265:264:-153:-220:-221: + -222) (-142:-143:145:-144:-146:13) (157:-139:148:-143:13:-222) (222: + 221:148:144:176:13:-153) (-265:-139:-143:13:-153:-157) (222:157:148: + -143:144:-221) ((13:265:-264) (264:221):-157:-222:-153) (157:-167: + -139:148:144:143:-155) (-153:265:263:-220:-157) ((275:-265:-167:-220) + (-222:-155:220):-157:-153:-139) (-167:-265:-139:143:-275:-153:-157) + (222:220:144:-153:-155:-157:-158:-287) (-2:(-4:(-168:153:-139:176:13) + (-150:-175:-20:-148:144:143:-142)) (145:-142:-144:143:-146) (158: + -221) (270:287:146:-176:13:-158)) ((-267:-51:50) (84:-75:74):-266:46: + -13) ((-52:51:46:50) (61:59:276:-50):-13:-30) ((-276:-50:-74:-45) + (-48:-44:45):-65:46:-13) (-147:-142:-143:13:-148:-20) (-294:222:144: + -157:-153:-220:-221:-158) (171:169:168) (269:268:-179:142) (16:175: + -148) %Automatic Generated Void Cell. Enclosure(679.760, 718.521, 128.437, 192.655, -350.007, -302.420) + %Enclosed cells : (13, 66, 67, 73, 76, 77, 94, 118, 119, 120, 121, 122, 123, 124, 131, 133, 135, 138, 139, 148, 165, 166, 169, 170, 179, 190, 195, 197) +cell 256 0 void 327 -313 325 -326 316 -323 (-32:-45:49:-48:-47:35) (-32:-49: + -59:-60:35:-31) (31:61:50:-46:-30:33) (61:59:-46:-50:76:-276) (32: + -46:-49:76:-276:-59) (63:59:-276:76:-61) (-65:-74:-45:-13:46:-50: + -276) (61:59:276:-13:-50:-30) (32:-45:-47:49:-276:-61) (63:59:276: + -61:-30) ((-267:-51:50) (84:-75:74):-266:46:-13) ((-143:(-265:-153: + -157) (-222:148:157)) (176:-168:-4:-2:153):13:-139) ((59:(62:-60:-31) + (-30:35:33:31)) (-79:62:60:78) (-64:76:62:-78):-279:-63:-61) (-44: + ((-47:35:-46) (-13:-65:46):45:-48) (58:-57:-56:-35:-47)) ((-30:51: + -13:46) (-31:61:76:-46):50:-52) (-20:-147:-142:-143:13:-148) (-281: + 62:59:79:78:-63) (36:16:32:30:59:-13) (-83:82:-311:61:-45:-46:49: + -276) %Automatic Generated Void Cell. Enclosure(679.760, 718.521, 192.655, 256.873, -350.007, -302.420) + %Enclosed cells : (11, 12, 13, 16, 17, 19, 28, 31, 33, 34, 41, 44, 67, 77, 119, 120, 121, 131, 135, 173, 184, 187, 189, 190, 195, 196, 209, 224) +cell 257 0 void 312 -327 325 -326 323 -317 (64:-65:-44:49:47:-61:35) (-65:-44: + -46:47:77:45) (61:59:-46:-50:76:-276) (32:-46:-49:76:-276:-59) (63: + 59:-276:76:-61) (32:-45:-47:49:-276:-61) (-31:(-60:(-49:35:-32:-59) + (62:-279:-63:-61:59)) (-52:50:-46:76:61)) (-48:((-46:-44:45) (49:-32: + -45):35:-47) (-13:-65:-44:46:45)) ((-65:64:47) (-47:-57):58:-56:-44: + -35) ((47:-77:-44:45) (-83:-311:-276:49:-46:-45):61:82) (176:-168: + 153:-139:-4:-2:13) (67:-66:44) (-72:70:32:276:-45:49) (-74:-65:-45: + -13:46:-50:-276) %Automatic Generated Void Cell. Enclosure(641.000, 679.760, 192.655, 256.873, -302.420, -254.833) + %Enclosed cells : (11, 12, 16, 17, 18, 19, 20, 25, 27, 36, 44, 77, 119, 184, 187, 189, 190, 196, 208, 209) +cell 258 0 void 328 -324 320 -325 323 -317 (-2:((-21:15:142) (-175:-150:144: + -148:-4:-142):-20:143) (13:(-138:16:14:139) (140:139:138) ((-15:16) + (15:-138):-14:-12) (-21:-15:16:-20) (-286:141:-140:139:138) (-303: + -164:-167:-148:-139:20:16) (176:-168:153:-4:-139))) ((148:144:143: + -167:157) (-222:220:-153:-157):-139:-155) %Automatic Generated Void Cell. Enclosure(757.281, 796.042, 128.437, 192.655, -302.420, -254.833) + %Enclosed cells : (3, 5, 64, 65, 76, 77, 128, 142, 146, 148, 166) +cell 259 0 void 328 -324 325 -326 323 -317 ((-138:16:14:139) (140:139:138) + ((-15:16) (15:-138):-14:-12) (-21:-15:16:-20) (-286:141:-140:139:138) + (-303:-167:-164:-148:-139:20:16) (176:-168:153:-4:-139):13:-2) ((34: + -33:-36) (59:30:36):32:-13:16) %Automatic Generated Void Cell. Enclosure(757.281, 796.042, 192.655, 256.873, -302.420, -254.833) + %Enclosed cells : (3, 5, 9, 64, 65, 77, 128, 142, 146, 173) +cell 260 0 void 312 -327 321 -329 316 -323 ((-235:236) (255:-254:-297:-232: + -256):228:-227:-226) (-256:255:-297:237:232:228) (-232:-41:-247:39: + 227:-254) (277:-237:238:232:228) (258:(254:-39:247:277:-223) (257: + 254:-223:-41:-247)) (25:(-232:-39:277:-237:-254) (224:223:-226:-41: + 227:225) (233:-40:230:-229:-228)) (-234:-226:-235:236:41:227:225) + (239:-295:-37:-237:-238:232:228) (243:-232:247:-41:39:-223) %Automatic Generated Void Cell. Enclosure(641.000, 679.760, -256.873, -224.764, -350.007, -302.420) + %Enclosed cells : (95, 96, 97, 98, 102, 108, 109, 113, 115, 180, 200, 211) +cell 261 0 void 313 -328 321 -329 323 -317 ((-38:37:-230) (-229:233:230):25: + -40:-228) ((-232:39:-43) (-42:25:43):-41:-38:-240) ((39:-41) (-296: + 25:-242:-39):241:-224:240) (-243:((224:-223:244) (-244:-232):240:-41: + 39) (-246:-245:-39:244:-223)) (246:253:244:-223) (-38:-41:232:40:39) + (-224:25:-39:-43:244:-240) (-224:25:-39:242:240) (224:-39:245:244: + -246:-223) (16:(38:(37:(-40:25:-39) (-41:-42:39)) (43:-39:25:-42)) + (-244:25:-39:-43:40)) (-277:(-40:(25:(-39:-244:-232) (-233:-228:232)) + (238:232:228)) (-223:-253:246:224:25:244)) ((-41:-40:-38:37) (239: + -237:-37):-295:-238:232:228) (227:-226:225:224:223:25:-41) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -256.873, -224.764, -302.420, -254.833) + %Enclosed cells : (10, 95, 96, 98, 99, 100, 101, 106, 107, 112, 171, 174, 183, 185, 188, 193, 210, 213) +cell 262 0 void 313 -328 329 -322 323 -317 ((37:-40) (-42:43):25:16:-39:38) + ((-38:37:-230) (-229:233:230):25:-40:-228) (246:253:244:-223) (25: + -39:-43:16:-244:40) (-224:25:-39:-43:244:-240) (-224:25:-39:242:240) + ((29:28:27:16) (29:(28:-27:-93) (-105:-100:-133:94:-118:-11:93)) (88: + 87:118:-24) (90:88:-87) ((27:16) (-27:87):24:26) (89:-285:-90:88:-87) + (-122:-125:-301:16:-118:-24:-29) (-126:-95:9:112:-11:-88):-25:6) + (-277:(-40:(25:(-39:-244:-232) (-233:-228:232)) (238:232:228)) (-223: + -253:246:224:25:244)) ((-240:43:-42:-38) (227:-226:225:223:224):25: + -41) (239:-237:-295:-37:-238:232:228) (241:-296:-224:25:-39:240:-242) + (-245:-243:-39:244:-246:-223) (-115:-97:134:94:118:-112:-88:-25) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -224.764, -192.655, -302.420, -254.833) + %Enclosed cells : (7, 8, 10, 48, 50, 61, 62, 95, 96, 98, 99, 100, 101, 106, 140, 143, 145, 156, 171, 174, 183, 185, 188, 193, 210) +cell 263 0 void 313 -328 314 -330 316 -323 (-93:(-100:16:99) (101:98:-99)) + ((-111:(109:114) (108:-122:-88:-109)) (113:-114:109):-112:118) (16: + 100:-118) ((29:(28:-27:-93) (-105:-133:-100:94:-118:-11:93)) (16:(29: + 28:27) (-125:-301:-24:-122:-118:-29)) (-126:-95:9:112:-88:-11):6:-25) + (-116:(118:(29:120:119:-117) (122:-119 (29:117 -120))) (-121:-29: + 122)) (-115:-97:-136:94:118:-112:111:-88) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -128.437, -96.328, -350.007, -302.420) + %Enclosed cells : (8, 52, 55, 61, 62, 140, 152, 153, 176, 203, 215) +cell 264 0 void 313 -328 330 -315 316 -323 (29:28:27:16:-25:6) (-93:(-100:16: + 99) (101:98:-99)) ((93:-118:133) (-25:(28:-27:-93) (-105:94:-11:-100: + -118:-133:93)):6:29) (-6:(-133:184:-183:1) ((-11:-4:-183:184:133:1) + (-22:-19:-1):2:-23)) ((-111:(109:114) (-122:-88:108:-109)) (113:-114: + 109):-112:118) ((273:-304) (-115:-97:94:-108:-273):-88:118:-112:-11: + 6) (16:100:-118) (10:(-7:-3:-4:-6:-9:-11:8:2) (-274:187:-6:-8:183: + -11) (200:-198:-309:-308:184:183:-8:-11:-187)) (-272:((-3:1:-271) + (271:-299):11:-6) ((-126:93:271) (-271:-300):11:6)) (-211:-208:-302: + 17:-6:23:16:-183:2) (-95:-11:112:9:-88:-25:6:-126) (-116:(-119 (-120: + 29):122:118) (-117:29:120:119:118) (-121:-29:122)) (-125:-301:-24: + -122:16:-118:-25:6:-29) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -96.328, -64.218, -350.007, -302.420) + %Enclosed cells : (2, 8, 52, 55, 61, 62, 93, 125, 126, 140, 141, 152, 155, 158, 162, 176, 203, 215) +cell 265 0 void 313 -328 314 -330 323 -317 ((119:118:29) (-29:121):120:-117: + -116) (122:-112:116) ((-111:(109:114) (108:-122:-88:-109)) (113:-114: + 109):-112:118) (-121 -120 117:-29:122:-116) (-119 (29:117 -120):122: + 118:-116) (132:130:126) (-25:6:(26:24:87:-27) (29:(28:-27:-93) (-105: + -100:-133:94:-118:-11:93)) (88:87:118:-24) (90:88:-87) (16:(27:26:24) + (29:28:27) (-125:-301:-122:-118:-24:-29)) (89:-285:-90:88:-87) (-95: + 9:-11:112:-88:-126)) (-115:-97:-136:94:118:-112:111:-88) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -128.437, -96.328, -302.420, -254.833) + %Enclosed cells : (7, 8, 48, 50, 55, 60, 61, 62, 140, 143, 145, 152, 153, 203, 215) +cell 266 0 void 313 -328 331 -318 323 -317 (208:(205:-206) (-204:-207:205:-23) + (-8:(205:207 (206:-204:23)) (-203:23:-207:206:204))) (183:-203:-207: + 204:-23) ((-200:(202:201) (-208:10:199:-202)) (196:-201:202):-8:183) + (-205:23:208:-204 -206) (207 (-23:-204):-205:183:208) (-6:2:(-23: + (133:184:-183:-11:-4:1) (-22:-19:-1)) (-9:-7:-3:-4:-11:10:8) (191: + -190:189:-290:-10) (-211:-302:17:16:23:-208:-183)) (-198:193:-309: + -199:184:183:-8:10) (216:215:3) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -32.109, -0.000, -302.420, -254.833) + %Enclosed cells : (2, 81, 85, 89, 93, 141, 164, 167, 206, 219) +cell 267 0 void 313 -328 318 -332 323 -317 (211:(205:-206) (210:-207:205:-23) + (-8:(205:207 (206:23:210)) (209:23:-207:206:-210))) (183:-207:209: + -210:-23) ((10:-211:-193:195) (-195:196):192:-8:183) (-205:23:211: + 210 -206) (207 (210:-23):-205:183:211) (-6:2:(-23:(133:184:-183:-11: + -4:1) (-22:-19:-1)) (-9:-7:-3:-4:-11:10:8) (191:-190:189:-290:-10) + (-208:-302:17:16:23:-211:-183)) (-199:-198:-309:184:183:-8:10:193) + (217:215:3) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -0.000, 32.109, -302.420, -254.833) + %Enclosed cells : (2, 81, 86, 90, 93, 141, 164, 168, 207, 220) +cell 268 0 void 313 -328 332 -319 323 -317 (211:(205:-206) (-207:-209:205:-23) + (-8:(205:207 (206:23:-209)) (-210:23:209:-207:206))) (183:-207:209: + -210:-23) ((-193:10:-211:195) (-195:196):-8:183:192) (-205:23:211: + -209 -206) (207 (-209:-23):-205:183:211) (-5:(-3:2:4:1) (-2:-168: + -142:4)) (-6:((-22:-19:-1) (133:184:-183:-11:-4:1):-23:2) (-9:-7:-3: + -4:-11:10:8:2) (191:-190:189:-290:-10:2) (-208:-302:17:16:23:-211: + -183:2)) (-139:(-287:-158:151:-2:-4:148:144:-153) (176:13:-2:-4:153: + -168)) (-175:-150:-20:143:-2:-4:-142:144:-148) (-307:-4:-8:183:10: + -188:2) (-198:(-309:-192:-4:188:184:183:-8:10) (186:-306:292:-4:-8: + 183:-188:2)) (217:215:3) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, 32.109, 64.218, -302.420, -254.833) + %Enclosed cells : (1, 2, 76, 77, 81, 86, 90, 93, 127, 141, 154, 160, 161, 163, 168, 207, 220) +cell 269 0 void 313 -328 319 -333 323 -317 ((20:-163) (148:-160:-20):162:-161: + 159) (-153:164:-159) ((-21:15:142) (-175:-150:-148:144:-4:-142):143: + -20:-2) ((133:184:-183:-11:-4:1) (-22:-19:-1):-23:-6:2) (-2:-5:-168: + -142:4) ((-139:-151:-164:-152) (152:-154):155:-153:148) (161 163:159: + 20:164) (160 (161:-20):159:164:148) ((-5:1:4) (-9:-7:-11:10:8:-6:-4): + 2:-3) ((-138:16:14:139) (140:139:138) ((-15:16) (15:-138):-14:-12) + (-21:-15:16:-20) (-303:-167:-164:-148:-139:20:16) (176:-168:153:-4: + -139) (141:-286:-140:139:138):-2:13) (-287:-158:-2:-4:151:-139:148: + 144:-153) (173:-172:168) (-307:-4:-8:183:10:-188:2) (191:-190:189: + -290:-6:-10:2) (-198:-192:-309:-4:188:184:183:-8:10) (17:-211:-208: + -302:-6:23:16:-183:2) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, 64.218, 96.328, -302.420, -254.833) + %Enclosed cells : (1, 2, 3, 5, 64, 65, 70, 74, 76, 77, 81, 93, 127, 128, 141, 142, 146, 154, 157, 161, 163, 204, 216) +cell 270 0 void 313 -328 333 -320 323 -317 ((20:-163) (148:-160:-20):162:-161: + 159) (-153:164:-159) (157:-167:-139:148:144:143:-155) ((-151:-139: + -164:-152) (152:-154):155:-153:148) (163 -162 161:159:20:164) (160 + (-20:161 -162):159:164:148) (-2:((-21:15:142) (-175:-150:144:-148:-4: + -142):-20:143) (13:(-138:16:14:139) (140:139:138) ((-15:16) (15:-138) + :-14:-12) (-21:-15:16:-20) (-286:141:-140:139:138) (-303:-167:-164: + -148:-139:20:16) (176:-168:153:-4:-139))) (173:-172:168) (-222:220: + -139:-153:-155:-157) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, 96.328, 128.437, -302.420, -254.833) + %Enclosed cells : (3, 5, 64, 65, 70, 74, 76, 77, 128, 142, 146, 148, 157, 166, 204, 216) +cell 271 0 void 312 -327 334 -326 316 -323 (-32:-49:-59:-60:35:-31) (64:-32: + 60:-49:-59:35) (-65:((58:-56:-35) (-61:49:35):47:-44:64) (-282:-80: + -64:58:-56)) (-276:(32:(-59:-46:76:-49) (-47:-45:-61:49)) (-50:61:59: + -46:76) (63:59:76:-61)) ((49:-32:-45) (-46:-44:45):-48:-47:35) + (((-79:60:78) (76:-64:-78) (-31:59:-60):-61:-279) ((-78:64) (78:79): + 59:-281):-63:62) (-52:61:50:-46:76:-31) (-57:-35:58:-44:-47:-56) + (-81:-280:-64:-76:80:-49:-61) %Automatic Generated Void Cell. Enclosure(641.000, 679.760, 224.764, 256.873, -350.007, -302.420) + %Enclosed cells : (11, 12, 16, 17, 18, 19, 25, 28, 30, 34, 40, 41, 42, 43, 44, 184, 187, 189, 209) +cell 272 0 void 327 -313 325 -334 323 -317 (73:-45:-70:49) (-70:-73:276:-45: + -13:49:-48) (32:276:-13:-48:-49:-59) (61:59:-46:-50:76:-276) (32:-46: + -49:76:-276:-59) (63:59:-276:76:-61) (61:59:276:-13:-50:-30) (32:-72: + 276:-45:49:70) (63:59:276:-61:-30) ((-143:(-265:-153:-157) (-222:148: + 157)) (176:-168:-4:-2:153):13:-139) (-47:(-44:(-46:-48:45:35) (58: + -57:-56:-35)) ((35:-48:-32) (-61:-276:32):-45:49)) ((-31:61:76:-46) + (51:-30:-13:46):50:-52) ((-49:35:-32:-59) (62:-279:-61:-63:59):-31: + -60) ((-48:-44:45) (-74:-276:-50:-45):-65:46:-13) (-20:-147:-142: + -143:13:-148) (33:31:61:50:-46:-30) (36:16:32:30:59:-13) (55:-54:-53: + -278:32:-13:48) (69:-68:44) (71:32:-45:49:72:70) (-83:82:-311:61:-45: + -46:49:-276) %Automatic Generated Void Cell. Enclosure(679.760, 718.521, 192.655, 224.764, -302.420, -254.833) + %Enclosed cells : (11, 12, 13, 15, 16, 17, 19, 21, 23, 24, 33, 44, 67, 77, 119, 131, 135, 172, 173, 175, 184, 187, 189, 190, 195, 196, 208, 209, 224) +cell 273 0 void 327 -313 334 -326 323 -317 (-32:-45:49:-48:-47:35) ((-32:35) + (-54:-278:-13:32):55:-53:48) (-32:-49:-59:-60:35:-31) (-32:30:-48: + -49:35:33) (32:-45:49:72:71:70) (73:-45:-70:49) (-32:31:-49:-59:35: + -30) (-70:-73:276:-45:-13:49:-48) (32:276:-13:-48:-49:-59) (63:59: + -276:76:-61) (61:59:276:-13:-50:-30) (32:-72:276:-45:49:70) (32:-45: + -47:49:-276:-61) (32:-71:-45:49:-48:70) (63:59:276:-61:-30) (-279: + (31:59:-63:-61:35:-30:33) (62:59:-63:-60:-61:-31)) (36:16:32:30:59: + -13) (-46:(-44:-47:-48:45:35) (31:61:50:-30:33) (61:59:-50:76:-276) + (32:-49:76:-276:-59) (-52:61:50:76:-31)) (58:-57:-56:-35:-44:-47) + (69:-68:44) %Automatic Generated Void Cell. Enclosure(679.760, 718.521, 224.764, 256.873, -302.420, -254.833) + %Enclosed cells : (11, 12, 15, 16, 17, 19, 21, 22, 23, 24, 31, 33, 39, 44, 172, 173, 175, 184, 187, 189, 195, 208, 209, 214, 224) +cell 274 0 void 313 -328 320 -335 323 -317 ((20:-163) (148:-160:-20):166:-165: + 159) (-153:167:-159) (157:-167:-139:148:144:143:-155) ((275:-265: + -167:-220) (-222:-155:220):-157:-153:-139) (-167:-265:-139:143:-275: + -153:-157) (163 165:159:167:20) (160 (-20:165):159:167:148) (-2: + ((-21:15:142) (-175:-150:144:-148:-4:-142):-20:143) (13:(-138:16:14: + 139) (140:139:138) ((-15:16) (15:-138):-14:-12) (-21:-15:16:-20) + (-286:141:-140:139:138) (-303:-164:-167:-148:-139:20:16) (176:-168: + 153:-4:-139))) (174:-172:168) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, 128.437, 160.546, -302.420, -254.833) + %Enclosed cells : (3, 5, 64, 65, 71, 75, 76, 77, 128, 142, 146, 148, 166, 170, 202, 218) +cell 275 0 void 313 -328 334 -326 323 -317 (-32:-45:49:-48:-47:35) ((48:-32: + 36) (-13:34:-36):53:35:33) ((-32:35) (-278:-13:-54:32):55:-53:48) + (-32:30:-48:-49:35:33) (73:-45:-70:49) (32:53:-13:48:-59:36) (32:54: + -13:48:-53) (32:-71:-45:49:-48:70) (16:(-33:(34:(-36:-13:32) (35:31: + -32)) (-30:32:31:-13)) (59:32:30:-13:36)) (276:(-13:(-48:(32:-59:-49) + (-45:-73:-70:49)) (-50:-30:61:59)) (63:59:-61:-30)) ((-30:35:33:31) + (62:-60:-31):-279:-63:59:-61) (-46:((-30:33:31) (76:-52:-31):50:61) + (-44:-48:-47:45:35)) (72:32:-45:49:71:70) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, 224.764, 256.873, -302.420, -254.833) + %Enclosed cells : (9, 11, 12, 14, 15, 17, 22, 23, 24, 31, 33, 44, 172, 173, 175, 186, 194, 195, 214, 224) +cell 276 0 void 312 -327 329 -322 316 -336 ((232:231:229) (-40:233:-229):230: + 25:-228) (-228:25:-232:231:229:-252) (((-297:-256:-232:-254) (254: + -236):-226:-227) (-252:-232:226):228:255) (-256:255:-297:237:232:228) + (262:261:-228) (-39:25:237:227:-254) (-227:-228:-229:25:237:-254) + (252:-261:25:262:226) (256:-227:237:228:-254) (-223:-257:(254:-228: + -229:-262:-298:261) (254:-261:-229:25:-252)) (260:(255:252:228:226) + (-228:252:-262:25:298:226)) (277:(25:-232:-39:-237:-254) (-228:25: + -233:-237:232) (-237:238:232:228)) (239:-295:-37:-237:-238:232:228) + (118:-115:-112:-97:94:-88:134:-25) (-247:-41:-232:39:227:-254) %Automatic Generated Void Cell. Enclosure(641.000, 679.760, -224.764, -192.655, -350.007, -326.214) + %Enclosed cells : (96, 98, 105, 108, 113, 114, 115, 116, 117, 136, 156, 180, 182, 198, 199, 200, 205, 226, 228) +cell 277 0 void 312 -327 329 -322 336 -323 ((-227:-228) (224:-41:225:227):223: + 25:-226) (228:((255:(254:-236) (-297:-256:-232:-254)) (236:-235): + -226:-227) (-252:255:-232:226)) (254:-223:-41:-247:258:257) (-258: + 254:-223:259:257) (-257:254:-41:228:227:-223) (-256:255:-297:237:232: + 228) (-232:-41:-247:39:227:-254) (262:261:-228) (-39:25:237:227:-254) + (-226:252:-261:25:-223) (252:-261:25:262:226) (256:-227:237:228: + -254) (260:(255:252:228:226) (-228:252:-262:25:298:226)) (277:(25: + -232:-39:-237:-254) (-228:25:-233:-237:232) (-237:238:232:228) (254: + -39:247:258:-223) (-310:-258:254:-259:-223:25:257)) (-88:(118:-115: + -97:94:134:-112:-25) (-126:-95:-11:9:6:112:-25)) (-229:(-257:254: + -228:-262:-298:261:-223) (-227:-228:25:237:-254) (-257:254:-261:25: + -252:-223) (230:-40:-228:25:233)) (-234:-226:-235:236:41:227:225) + (239:-295:-37:-237:-238:232:228) (243:-232:247:-41:39:-223) (249:248: + -225) %Automatic Generated Void Cell. Enclosure(641.000, 679.760, -224.764, -192.655, -326.214, -302.420) + %Enclosed cells : (62, 95, 96, 97, 98, 102, 103, 108, 109, 110, 111, 113, 114, 115, 116, 117, 136, 156, 180, 181, 182, 198, 199, 200, 205, 211, 225, 226, 228) +cell 278 0 void 313 -328 330 -315 323 -337 (29:28:27:16:-25:6) ((119:118:29) + (-29:121):-117:120:-116) (122:-112:116) ((93:-118:133) (-25:(28:-27: + -93) (-105:-100:94:-11:-118:-133:93)):6:29) (-9 (-95:-25:-11):-126: + -88:112:6) ((-111:(109:114) (-122:-88:108:-109)) (113:-114:109):-112: + 118) ((273:-304) (-115:-97:94:-108:-273):-88:118:-112:-11:6) (-120 + -121:-29:122:-116) (-119 (-120:29):122:118:-116) (2:((184:-183:-11: + 133:-4:1) (-22:-19:-1):-23:-6) (-7:-3:-4:-6:-9:-11:10:8) (-211:-208: + -302:17:-6:23:16:-183)) (132:130:126) (-272:((-3:1:-271) (271:-299): + 11:-6) ((-126:93:271) (-271:-300):11:6)) (-274:187:-6:-8:183:-11:10) + (-24:(87:88:118:-25:6) (-125:-301:-122:16:-118:-25:6:-29)) (200:-198: + -309:-308:184:183:-8:-11:10:-187) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -96.328, -64.218, -302.420, -278.627) + %Enclosed cells : (2, 8, 55, 60, 61, 62, 93, 125, 126, 140, 141, 143, 152, 155, 158, 162, 203, 215) +cell 279 0 void 313 -328 330 -315 337 -317 (-9 (-95:-25:-11):-126:-88:112:6) + (88:87:118:-24:-25:6) (90:88:-87:-25:6) ((273:-304) (-115:-97:94: + -108:-273):-88:118:-112:-11:6) (2:(-7:-4:-3:-6:-9:-11:10:8) (191: + -190:189:-290:-6:-10) (-211:-208:-302:23:17:-6:16:-183)) (132:130: + 126) (-274:187:-6:-8:183:-11:10) (26:(27:24:16:-25:6) (24:87:-25:6: + -27)) (200:-198:184:-309:-308:183:-8:-11:10:-187) (89:-285:-90:88: + -87:-25:6) (-111:-109:118:-112:108:-88:-122) (116:-112:122) (-125: + -301:-29:-122:16:-118:-24:-25:6) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -96.328, -64.218, -278.627, -254.833) + %Enclosed cells : (2, 7, 48, 50, 55, 60, 62, 81, 140, 141, 143, 145, 152, 155, 158, 162) +cell 280 0 void 313 -328 315 -331 323 -337 (208:(205:-206) (-207:205:203:-23) + (-8:(205:207 (206:203:23)) (204:23:-203:-207:206))) (183:-203:-207: + 204:-23) ((-200:(202:201) (199:-208:10:-202)) (196:-201:202):-8:183) + (-205:23:208:203 -206) (207 (-23:203):-205:183:208) (2:((184:-183: + -11:133:-4:1) (-22:-19:-1):-23:-6) (-7:-3:-4:-6:-9:-11:10:8) (-211: + -302:17:16:-6:23:-208:-183)) (-272:((-3:1:-271) (271:-299):11:-6) + ((-126:93:271) (-271:-300):11:6)) (-274:187:-6:-8:183:-11:10) (-198: + (-309:-308:184:183:-8:-11:10:200:-187) (186:-305:292:187:-6:-8:183: + -11)) (-88:(-9 (-95:-25:-11):-126:112:6) ((273:-304) (-115:-108:-97: + 94:-273):118:-112:-11:6)) (216:215:3) (-105:-100:29:94:93:-133:-11: + -118:-25:6) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -64.218, -32.109, -302.420, -278.627) + %Enclosed cells : (2, 61, 62, 85, 89, 93, 125, 126, 141, 155, 158, 159, 162, 167, 206, 219) +cell 281 0 void 313 -328 315 -331 337 -317 ((-203:204) (203:205):-207:206:23: + 208:-8) ((-7:-4:-11:-9:8:-3:10) (191:-190:189:-290:-10) (-211:-302: + 17:16:-183:23:-208):-6:2) ((-9 (-95:-25:-11):112:-126) ((273:-304) + (-115:-108:-97:94:-273):118:-112:-11):6:-88) (-274:187:-6:-8:183:-11: + 10) (-198:184:-309:-308:183:-8:-11:10:200:-187) (-202:199:-200:183: + -8:-208:10) (216:215:3) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, -64.218, -32.109, -278.627, -254.833) + %Enclosed cells : (2, 62, 81, 85, 89, 141, 155, 158, 162, 167) +cell 282 0 void 312 -327 325 -334 316 -336 (61:-75:-76:-46:-49:74) (-75:84: + -46:49:77:74) (86:-46:77:-84:65) (86:61:-77) (61:59:-46:-50:76:-276) + (32:-46:-49:76:-276:-59) (63:59:-276:76:-61) (-64:61:-74:-76:-46:-49) + (64:32:-76:-46:-49) (-64:-76:81:-49:-61) (-13:(46:(-74:84:65) (-266: + (-75:74:84) (-51:-267:50)) (86:-84:65) (-45:-276:-65:-74:-50)) (-284: + 61:85:-84:-86:65)) (((-79:60:78) (76:-64:-78) (-31:59:-60):-61:-279) + ((-78:64) (78:79):59:-281):-63:62) ((84:49:65) (-64:(49:-65) (-280: + -81:-76:-49)) (85:-84:65):-61:80) ((84:-46:-45:-74:77) (-44:61:-86: + -65:-77):49:-82) (-283:61:-75:84:-77:49:-86:65) (35:64:-32:60:-49: + -59) (-52:61:50:-46:76:-31) %Automatic Generated Void Cell. Enclosure(641.000, 679.760, 192.655, 224.764, -350.007, -326.214) + %Enclosed cells : (17, 26, 28, 29, 30, 34, 35, 37, 38, 40, 41, 42, 44, 45, 46, 47, 120, 121, 129, 130, 137, 184, 187, 189, 190, 191, 221, 222, 223, 227) +cell 283 0 void 312 -327 325 -334 336 -323 (64:-65:-44:49:47:-61:35) (-32:-49: + -59:-60:35:-31) (-65:-44:-46:47:77:45) (-64:-65:49:80:-61) (61:83: + -45:82:49) (61:-44:-77:82:47:45) (84:49:80:-61:65) (64:-32:60:-49: + -59:35) (-65:61:-44:-77:49:-82:-86) (86:-46:77:-84:65) (86:-13:46: + -84:65) (86:61:-77) (-74:84:-13:46:65) (-74:84:-45:-46:49:-82:77) + (-64:61:-74:-76:-46:-49) (64:32:-76:-46:-49) (-64:-76:81:-49:-61) + (-65:-45:-46:77:-84) (-276:(76:(-46:(-49:32:-59) (-50:61:59)) (63:59: + -61)) (-45:(49:(-47:32:-61) (-311:-83:82:-46:61)) (-13:-74:-65:-50: + 46))) (-48:((-46:-44:45) (49:-32:-45):35:-47) (-13:-65:-44:46:45)) + ((-65:(47:-44:-35:64) (-282:-80:-64)) (-57:-35:-44:-47):-56:58) + (((-79:60:78) (76:-64:-78) (-31:59:-60):-61:-279) ((-78:64) (78:79): + 59:-281):-63:62) ((-61:80) (-284:-86:-13:61):85:-84:65) (-280:-64: + -76:80:-81:-49:-61) (176:-168:153:-139:-4:-2:13) (-52:61:50:-46:76: + -31) (-51:-267:-266:-13:50:46) (67:-66:44) (-75:-283:61:84:-77:49: + -86:65) %Automatic Generated Void Cell. Enclosure(641.000, 679.760, 192.655, 224.764, -326.214, -302.420) + %Enclosed cells : (11, 12, 16, 17, 18, 19, 20, 25, 27, 28, 29, 30, 32, 34, 35, 36, 37, 40, 41, 42, 43, 44, 45, 46, 47, 77, 119, 121, 129, 130, 137, 184, 187, 189, 190, 191, 196, 209, 221, 222, 223, 227, 229) +cell 284 0 void 313 -328 335 -325 323 -337 ((15:-21:142) (-147:-148:-142):13: + -20:-143) ((20:-163) (148:-160:-20):-165:166:159) (-153:167:-159) + (163 -166:159:167:20) (160 (-20:-166):159:167:148) (-2:((-21:15:142) + (-175:-150:144:-148:-4:-142):-20:143) (13:(16:(-21:-15:-20) (14:-138: + 139) (-303:-164:-167:-148:-139:20)) (176:-168:153:-4:-139))) ((-167: + (-275:143) (275:-220)) (-143:13):-265:-157:-153:-139) ((-52:51:46:50) + (61:59:276:-50):-13:-30) ((276:(32:-59:-49) (-73:-70:-45:49)) (-44: + 46:-65:45):-13:-48) (-155:157:-167:-139:148:144:143) (174:-172:168) + (-74:-65:-45:-13:46:-50:-276) (-222:157:-139:148:-143:13) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, 160.546, 192.655, -302.420, -278.627) + %Enclosed cells : (5, 13, 67, 71, 75, 76, 77, 119, 128, 131, 135, 142, 148, 166, 170, 172, 175, 190, 195, 202, 218) +cell 285 0 void 313 -328 335 -325 337 -317 ((-138:16:14:139) (140:139:138) + ((-15:16) (15:-138):-14:-12) (-286:141:-140:139:138) (176:-4:153: + -168:-139):13:-2) ((-167:(-275:143) (275:-220)) (-143:13):-265:-157: + -153:-139) ((-155:144:-167:143) (-222:13:-143):148:157:-139) ((276: + (-59:32:-49) (-73:-70:-45:49)) (-65:46:-44:45):-13:-48) (-159:167: + -153) (174:-172:168) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, 160.546, 192.655, -278.627, -254.833) + %Enclosed cells : (3, 64, 65, 71, 75, 77, 119, 128, 131, 135, 146, 148, 166, 170, 172, 175) +cell 286 0 void 313 -328 325 -334 323 -337 (32:-33:31:-13:16:-30) ((31:33:52) + (51:50:-52):46:-13:-30) (73:-45:-70:49) (31:61:50:-46:-30:33) (61:59: + 276:-13:-50:-30) (63:59:276:-61:-30) ((16:(-21:-15:-20) (14:-138:139) + (-303:-167:-164:-148:-139:20)) (176:-168:-4:153:-139):13:-2) ((-20: + (-21:15:142) (-147:-148:-142)) (-139:(-265:-153:-157) (-222:148:157)) + :13:-143) (-48:((49:-32:-45) (-46:-44:45):35:-47) (-13:(276:(-73:-70: + -45:49) (-59:32:-49)) (-65:-44:46:45))) (36:32:30:59:-13:16) (62:-60: + -279:59:-63:-61:-31) (72:71:32:-45:49:70) (-74:-65:-45:-13:46:-50: + -276) (76:61:50:-46:-52:-31) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, 192.655, 224.764, -302.420, -278.627) + %Enclosed cells : (5, 9, 11, 12, 13, 17, 23, 24, 33, 44, 67, 77, 119, 128, 131, 135, 142, 172, 173, 175, 190, 195, 224) +cell 287 0 void 313 -328 325 -334 337 -317 (-32:-45:49:-48:-47:35) (73:-45: + -70:49) (32:53:-13:48:-59:36) (32:54:-13:48:-53) ((-138:16:14:139) + (140:139:138) ((-15:16) (15:-138):-14:-12) (-286:141:-140:139:138) + (176:-168:-4:153:-139):13:-2) ((-265:-153:-157) (-222:148:157):-143: + -139:13) ((-45:-73:-70:49) (-59:32:-49):276:-48:-13) ((16:32:-33) + (53:35:33):34:-13:-36) ((-47:35:-46) (-65:-13:46):-44:45:-48) (30:32: + 59:-13:16:36) (55:-278:32:-13:48:-53:-54) (72:71:32:-45:49:70) %Automatic Generated Void Cell. Enclosure(718.521, 757.281, 192.655, 224.764, -278.627, -254.833) + %Enclosed cells : (3, 9, 11, 12, 14, 15, 23, 24, 64, 65, 77, 119, 128, 131, 135, 146, 172, 173, 175, 186, 194) +cell 288 0 void -338 (-312:324:-321:326:-316:317) %Graveyard_in +cell 289 0 outside 338 %Graveyard + +% --- SURFACE DEFINITIONS +surf 1 plane 6.1238843e-01 -2.4258373e-14 -7.9055703e-01 7.0196438e+02 +surf 2 plane -8.7155743e-02 9.9619470e-01 0.0000000e+00 -9.6861186e-12 +surf 3 plane 6.1238843e-01 -2.3758773e-14 -7.9055703e-01 6.6696438e+02 +surf quadratic 0.631809140013878 0.997181769123172 0.371009090862949 + -0.064425052586038 0.084205501040576 0.962473280166517 + -623.566677743535251 -54.555015182584867 -480.738345604858239 + 155716.929552144574700 +surf quadratic 0.631809140013878 0.997181769123172 0.371009090862949 + -0.064425052586038 0.084205501040576 0.962473280166517 + -623.566677743535251 -54.555015182584867 -480.738345604858239 + 155721.252052144496702 +surf 6 plane 8.7155743e-02 9.9619470e-01 0.0000000e+00 -8.4128260e-13 +surf 7 plane 7.9055703e-01 2.3425706e-14 6.1238843e-01 3.4416259e+02 +surf 8 plane 6.1238843e-01 -2.4147351e-14 -7.9055703e-01 6.7296438e+02 +surf 9 plane 8.7156944e-02 9.9619459e-01 -2.7590946e-07 9.4991488e-04 +surf 10 plane 7.9055703e-01 2.2759572e-14 6.1238843e-01 4.3810010e+02 +surf quadratic 0.629601072227657 0.997164765874074 0.373234161898269 + 0.064812581501630 -0.084309617319742 0.963645981462519 + -619.938398691886846 54.236261840240843 -480.222236551318247 + 154456.324187353544403 +surf 12 plane -4.0971582e-01 -7.2243953e-02 -9.0934799e-01 -8.6547657e+01 +surf 13 plane -2.5881905e-01 9.6592583e-01 -6.1007251e-17 -1.7446015e-11 +surf 14 plane 4.0971582e-01 7.2243953e-02 9.0934799e-01 8.0547657e+01 +surf 15 plane 8.9553295e-01 1.5790662e-01 -4.1603634e-01 8.1692631e+02 +surf ckz 1.600000e+01 0.000000e+00 0.000000e+00 -2004.936166 0.2093159503616234 +surf 17 plane 4.1603634e-01 -1.5981502e-14 9.0934799e-01 8.0547657e+01 +surf 18 plane -4.1603634e-01 1.6119073e-14 -9.0934799e-01 -8.6547657e+01 +surf 19 plane -9.0934799e-01 3.5582648e-14 4.1603634e-01 -8.1692631e+02 +surf 20 plane -4.0971582e-01 -7.2243953e-02 -9.0934799e-01 -4.5334157e+01 +surf 21 plane 4.0971582e-01 7.2243953e-02 9.0934799e-01 3.9334157e+01 +surf 22 plane 4.1603634e-01 -1.6824631e-14 9.0934799e-01 3.9334157e+01 +surf 23 plane -4.1603634e-01 1.6821338e-14 -9.0934799e-01 -4.5334157e+01 +surf 24 plane -4.0971582e-01 7.2243953e-02 -9.0934799e-01 -8.0547657e+01 +surf 25 plane 2.5881905e-01 9.6592583e-01 0.0000000e+00 7.5715434e-12 +surf 26 plane 4.0971582e-01 -7.2243953e-02 9.0934799e-01 8.6547657e+01 +surf 27 plane -8.9553295e-01 1.5790662e-01 4.1603634e-01 -8.1692631e+02 +surf 28 plane -4.0971582e-01 7.2243953e-02 -9.0934799e-01 -3.9334157e+01 +surf 29 plane 4.0971582e-01 -7.2243953e-02 9.0934799e-01 4.5334157e+01 +surf 30 plane -3.9094628e-01 -1.4229281e-01 -9.0934799e-01 -4.5334157e+01 +surf 31 plane -3.9094628e-01 -1.4229281e-01 -9.0934799e-01 -3.9334157e+01 +surf 32 plane -3.4202014e-01 9.3969262e-01 0.0000000e+00 -2.3000000e+01 +surf 33 plane 8.5450759e-01 3.1101533e-01 -4.1603634e-01 8.1692631e+02 +surf 34 plane 3.9094628e-01 1.4229281e-01 9.0934799e-01 8.6547657e+01 +surf 35 plane -3.4202014e-01 9.3969262e-01 0.0000000e+00 -1.7000000e+01 +surf 36 plane 3.9094628e-01 1.4229281e-01 9.0934799e-01 8.0547657e+01 +surf 37 plane -3.9094628e-01 1.4229281e-01 -9.0934799e-01 -3.9334157e+01 +surf 38 plane -8.5450759e-01 3.1101533e-01 4.1603634e-01 -8.1692631e+02 +surf 39 plane 3.4202014e-01 9.3969262e-01 0.0000000e+00 2.3000000e+01 +surf 40 plane -3.9094628e-01 1.4229281e-01 -9.0934799e-01 -4.5334157e+01 +surf 41 plane 3.4202014e-01 9.3969262e-01 0.0000000e+00 1.7000000e+01 +surf 42 plane -3.9094628e-01 1.4229281e-01 -9.0934799e-01 -8.6547657e+01 +surf 43 plane -3.9094628e-01 1.4229281e-01 -9.0934799e-01 -8.0547657e+01 +surf 44 plane 5.7545689e-01 2.0944918e-01 -7.9055703e-01 6.6696438e+02 +surf 45 plane 5.7545689e-01 2.0944918e-01 -7.9055703e-01 6.7296438e+02 +surf 46 plane -3.4202014e-01 9.3969262e-01 3.4694470e-16 -4.3650000e+01 +surf 47 plane 7.4288060e-01 2.7038643e-01 6.1238843e-01 3.6808404e+02 +surf 48 plane -7.4288060e-01 -2.7038643e-01 -6.1238843e-01 -4.3810010e+02 +surf 49 plane 5.7545819e-01 2.0944965e-01 -7.9055595e-01 6.8586890e+02 +surf 50 plane -5.7545689e-01 -2.0944918e-01 7.9055703e-01 -6.9596438e+02 +surf 51 plane -9.8234363e-02 -3.5754384e-02 -9.9452081e-01 2.3834188e+02 +surf 52 plane -5.7545689e-01 -2.0944918e-01 7.9055703e-01 -7.0196438e+02 +surf 53 plane -8.5450759e-01 -3.1101533e-01 4.1603634e-01 -8.0739584e+02 +surf quadratic 0.883022221559490 0.116977778440510 1.000000000000000 + 0.642787609686537 0.000000000000000 0.000000000000000 + -1435.794332841525829 -522.586399682413571 541.688591350477964 + 656926.110338033526205 +surf quadratic 0.883022221559490 0.116977778440510 1.000000000000000 + 0.642787609686537 0.000000000000000 0.000000000000000 + -1435.794332841525829 -522.586399682413571 541.688591350477964 + 656782.110338033526205 +surf 56 plane -5.7545689e-01 -2.0944918e-01 7.9055703e-01 -6.7396438e+02 +surf 57 plane -7.4288060e-01 -2.7038643e-01 -6.1238843e-01 -4.1971649e+02 +surf 58 plane -3.4202014e-01 9.3969262e-01 0.0000000e+00 -1.0500000e+01 +surf 59 plane -5.7545689e-01 -2.0944918e-01 7.9055703e-01 -6.8996438e+02 +surf 60 plane 5.4571023e-01 1.9862228e-01 8.1409430e-01 1.5373527e+02 +surf 61 plane -3.4202014e-01 9.3969262e-01 1.9157949e-16 -2.9000000e+01 +surf quadratic 0.448128408260627 0.926891179849058 0.624980411890315 + -0.401729665057924 -0.331163039122371 -0.909862972152480 + -813.926673685501214 -234.522771291380934 1090.912371060751866 + 476747.840431081305724 +surf quadratic 0.448128408260626 0.926891179849062 0.624980411890313 + -0.401729665057915 -0.331163039122364 -0.909862972152483 + -813.926673685502919 -234.522771291387244 1090.912371060751866 + 476855.840431082760915 +surf 64 plane -3.0231192e-01 -1.1003254e-01 -9.4683702e-01 8.2716074e+01 +surf 65 plane 7.4288060e-01 2.7038643e-01 6.1238843e-01 3.4416259e+02 +surf 66 plane 5.7545819e-01 2.0944965e-01 -7.9055595e-01 6.5627958e+02 +surf quadratic 0.668847871800858 0.956130843214620 0.375021284984523 + -0.241059035356741 0.331163338771305 0.909863795425536 + -551.640276860251788 -138.486944963028066 -438.238376702390099 + 128720.785948598495452 +surf 68 plane 5.7545819e-01 2.0944965e-01 -7.9055595e-01 6.5666602e+02 +surf quadratic 0.668847871800858 0.956130843214620 0.375021284984523 + -0.241059035356741 0.331163338771305 0.909863795425536 + -635.842354627037253 -165.094141988118395 -506.579704342374612 + 171879.803127013961785 +surf 70 plane 3.4202014e-01 -9.3969262e-01 -3.8285354e-15 3.1166573e+01 +surf 71 plane 7.4288060e-01 2.7038643e-01 6.1238843e-01 4.2411003e+02 +surf 72 plane -7.4288060e-01 -2.7038643e-01 -6.1238843e-01 -4.0311003e+02 +surf quadratic 0.668849370179024 0.956131041711266 0.375019588109710 + -0.241057944626636 0.331163039124183 0.909862972151834 + -635.844925516121748 -165.095077715220611 -506.579989861770059 + 171934.360029686999042 +surf 74 plane 3.0231192e-01 1.1003254e-01 9.4683702e-01 -8.8716074e+01 +surf 75 plane 3.0231192e-01 1.1003254e-01 9.4683702e-01 -9.4716074e+01 +surf 76 plane -9.2681097e-01 -3.3733160e-01 -1.6501157e-01 -6.4117610e+02 +surf 77 plane -3.4202014e-01 9.3969262e-01 -4.3368087e-17 -3.9500000e+01 +surf 78 plane -8.4290500e-01 -3.0679233e-01 -4.4202899e-01 -4.9199476e+02 +surf 79 plane 8.8973576e-01 3.2383733e-01 -3.2171363e-01 7.7850174e+02 +surf quadratic 0.208370277396944 0.895129381756664 0.896500340846392 + -0.576259311175735 0.208365767278730 0.572480240585757 + 30.174942818428161 72.705091810189941 156.637282816238155 + 7538.948979319435239 +surf quadratic 0.208370277396944 0.895129381756664 0.896500340846392 + -0.576259311175735 0.208365767278730 0.572480240585757 + 30.174942818428161 72.705091810189941 156.637282816238155 + 7646.948979319435239 +surf 82 plane -7.4288060e-01 -2.7038643e-01 -6.1238843e-01 -3.5758404e+02 +surf quadratic 0.668849370179024 0.956131041711266 0.375019588109710 + -0.241057944626636 0.331163039124183 0.909862972151834 + -551.121666886556568 -138.869571402241263 -437.960659840817414 + 128597.097285365714924 +surf 84 plane -8.8973576e-01 -3.2383733e-01 3.2171363e-01 -7.5367664e+02 +surf quadratic 0.883022221559490 0.116977778440510 1.000000000000000 + 0.642787609686537 0.000000000000000 0.000000000000000 + -1289.320136282080057 -469.274152046718541 647.254400000000032 + 575294.725480241933838 +surf quadratic 0.883022221559489 0.116977778440511 1.000000000000000 + 0.642787609686539 -0.000000000000001 0.000000000000000 + -1289.320136282078693 -469.274152046720360 647.254400000000032 + 575366.725480241584592 +surf 87 plane -8.9553295e-01 1.5790662e-01 4.1603634e-01 -8.0739584e+02 +surf 88 plane -7.7854669e-01 1.3727879e-01 -6.1238843e-01 -4.3810010e+02 +surf quadratic 0.969846310392942 0.030153689607058 1.000000000000000 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+surf 282 plane -3.6491365e-01 9.2800959e-01 -7.5074762e-02 -1.0387915e+01 +surf 283 plane 1.5506016e-01 5.6437281e-02 -9.8629163e-01 4.3503648e+02 +surf 284 plane -9.2681097e-01 -3.3733160e-01 -1.6501157e-01 -6.2180566e+02 +surf 285 plane -1.1300152e-01 1.9925217e-02 9.9339501e-01 -3.4901651e+02 +surf 286 plane -1.1300152e-01 -1.9925217e-02 9.9339501e-01 -3.4901651e+02 +surf 287 plane 9.7130764e-01 1.7126774e-01 1.6501157e-01 6.2180566e+02 +surf 288 plane -8.8850342e-01 -1.9365169e-01 4.1600564e-01 -8.2006579e+02 +surf 289 plane -9.0023304e-01 -1.2852926e-01 4.1600565e-01 -8.2006581e+02 +surf 290 plane -1.1474475e-01 2.6242807e-15 9.9339501e-01 -3.4901651e+02 +surf 291 plane 9.6616073e-01 -2.2096670e-14 2.5794079e-01 5.7817816e+02 +surf 292 plane -9.8629163e-01 2.2557076e-14 -1.6501157e-01 -6.2180566e+02 +surf 293 plane -2.3118062e-01 5.2872381e-15 -9.7291085e-01 1.5924959e+02 +surf 294 plane 9.7153977e-01 1.7130867e-01 1.6359649e-01 6.2242911e+02 +surf 295 plane 1.6506471e-01 -8.1256596e-01 -5.5900823e-01 4.7161503e+02 +surf 296 plane -1.0782480e-01 3.9245017e-02 9.9339501e-01 -3.4901651e+02 +surf 297 plane -4.5561157e-01 -5.8665827e-01 -6.6951488e-01 4.2225641e+01 +surf 298 plane 9.2681097e-01 -3.3733160e-01 1.6501157e-01 6.2180566e+02 +surf 299 plane -7.8867292e-01 6.8999007e-02 -6.1092893e-01 -3.9002627e+02 +surf 300 plane 7.8867276e-01 -6.9000857e-02 6.1092893e-01 3.9602627e+02 +surf 301 plane 7.7854669e-01 -1.3727879e-01 6.1238843e-01 4.1584175e+02 +surf 302 plane 7.9055703e-01 3.8490961e-15 6.1238843e-01 4.1584175e+02 +surf 303 plane 7.7854669e-01 1.3727879e-01 6.1238843e-01 4.1584175e+02 +surf 304 plane 7.8867277e-01 -6.9000694e-02 6.1092893e-01 3.9667627e+02 +surf 305 plane -6.5824700e-01 5.2325444e-01 -5.4121685e-01 -3.4494466e+02 +surf 306 plane -6.5948638e-01 -5.2336283e-01 -5.3960084e-01 -3.4636280e+02 +surf 307 plane 7.4034830e-01 -4.0089316e-01 5.3960084e-01 3.5282981e+02 +surf 308 plane 8.7156324e-02 9.9619465e-01 -7.5625598e-07 3.0006436e+00 +surf 309 plane 9.6638547e-01 3.9912007e-14 2.5709749e-01 5.7860284e+02 +surf 310 plane 7.6714068e-01 4.7327095e-01 4.3302401e-01 2.8221144e+02 +surf 311 plane 7.6714068e-01 -4.7327095e-01 4.3302401e-01 2.8078082e+02 +surf 312 px 6.4099995e+02 +surf 313 px 7.1852082e+02 +surf 314 py -1.2843668e+02 +surf 315 py -6.4218340e+01 +surf 316 pz -3.5000710e+02 +surf 317 pz -2.5483343e+02 +surf 318 py -2.6329872e-11 +surf 319 py 6.4218340e+01 +surf 320 py 1.2843668e+02 +surf 321 py -2.5687336e+02 +surf 322 py -1.9265502e+02 +surf 323 pz -3.0242026e+02 +surf 324 px 7.9604170e+02 +surf 325 py 1.9265502e+02 +surf 326 py 2.5687336e+02 +surf 327 px 6.7976039e+02 +surf 328 px 7.5728126e+02 +surf 329 py -2.2476419e+02 +surf 330 py -9.6327510e+01 +surf 331 py -3.2109170e+01 +surf 332 py 3.2109170e+01 +surf 333 py 9.6327510e+01 +surf 334 py 2.2476419e+02 +surf 335 py 1.6054585e+02 +surf 336 pz -3.2621368e+02 +surf 337 pz -2.7862684e+02 +surf 338 sph 7.1852082e+02 -2.6329872e-11 -3.0242026e+02 2.7795312e+02 + +% + +set nps 1e6 +set bc 1 \ No newline at end of file diff --git a/tests/regression_test_files/large/Triangle/Triangle.xml b/tests/regression_test_files/large/Triangle/Triangle.xml new file mode 100644 index 00000000..e27112a5 --- /dev/null +++ b/tests/regression_test_files/large/Triangle/Triangle.xml @@ -0,0 +1,630 @@ + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + diff --git a/tests/test_convert.py b/tests/test_convert.py index 2998c565..65569525 100644 --- a/tests/test_convert.py +++ b/tests/test_convert.py @@ -1,4 +1,6 @@ import os +import math +import re from pathlib import Path import pytest @@ -225,3 +227,59 @@ def test_with_relative_tol_true(): tolerances=geouned.Tolerances(relativeTol=True), ) geo.start() + + +@pytest.mark.parametrize("input_step_file", step_files) +@pytest.mark.parametrize("suffix", suffixes) +def test_new_mc_files_match_original(suffix, input_step_file): + """ + Regression test that the checks the text files produced for each MC code match the text files produced previously. + If this test fails it might be due to an improved MC code output instead of a mistake in the PR. + You might want to update the MC text file in the regression test folder with the 'tests/update_regression_test_files.py' script. + """ + + def is_float(n): + try: + float(n) + except ValueError: + return False + return True + + # sets up an output folder for the results + regression_test_file = ( + Path("tests/regression_test_files") + / input_step_file.parts[-2] + / Path(input_step_file.stem) + / Path(input_step_file.name).with_suffix(suffix) + ) + output_filename = Path("tests_outputs") / input_step_file.with_suffix("") / Path(input_step_file.stem).with_suffix(suffix) + with open(output_filename, "r") as f: + file_new = f.readlines() + with open(regression_test_file, "r") as f: + file_original = f.readlines() + for line_new, line_original in zip(file_new, file_original): + # this lines in the output files are not expected to match + if ( + " Creation Date" not in line_new + and " Creation Date" not in line_original + and " Version : " not in line_new + and " Version : " not in line_original + and " Original Step file : " not in line_new + and " Original Step file : " not in line_original + ): + + # checks the lines match or are close enough (within floating point accuracy) + if line_new == line_original: + assert True + else: + new_segments = re.findall(r'[ ,=()]|[^ ,=()]+', line_new) + old_segments = re.findall(r'[ ,=()]|[^ ,=()]+', line_original) + assert len(new_segments) == len(old_segments) + for new_segment, old_segment in zip(new_segments, old_segments): + if new_segment != old_segment: + if is_float(new_segment) and is_float(old_segment): + assert math.isclose(float(new_segment), float(old_segment), abs_tol=1e-6) + else: + assert new_segment == old_segment + + assert len(file_new) == len(file_original) diff --git a/tests/update_regression_test_files.py b/tests/update_regression_test_files.py new file mode 100644 index 00000000..a86e19d6 --- /dev/null +++ b/tests/update_regression_test_files.py @@ -0,0 +1,119 @@ +from pathlib import Path + + +import geouned + +suffixes = (".mcnp", ".xml", ".inp", ".py", ".serp") + +path_to_cad = Path("testing/inputSTEP") +step_files = list(path_to_cad.rglob("*.stp")) + list(path_to_cad.rglob("*.step")) + +for input_step_file in step_files: + + # sets up an output folder for the results + output_dir = Path("tests/regression_test_files") / input_step_file.parts[-2] / Path(input_step_file.name).with_suffix("") + output_dir.mkdir(parents=True, exist_ok=True) + output_filename_stem = output_dir / input_step_file.stem + print(output_filename_stem) + + # deletes the output MC files if they already exists + for suffix in suffixes: + output_filename_stem.with_suffix(suffix).unlink(missing_ok=True) + + my_options = geouned.Options( + forceCylinder=False, + newSplitPlane=True, + delLastNumber=False, + enlargeBox=2, + nPlaneReverse=0, + splitTolerance=0, + scaleUp=True, + quadricPY=False, + Facets=False, + prnt3PPlane=False, + forceNoOverlap=False, + ) + + my_tolerances = geouned.Tolerances( + relativeTol=False, + relativePrecision=0.000001, + value=0.000001, + distance=0.0001, + angle=0.0001, + pln_distance=0.0001, + pln_angle=0.0001, + cyl_distance=0.0001, + cyl_angle=0.0001, + sph_distance=0.0001, + kne_distance=0.0001, + kne_angle=0.0001, + tor_distance=0.0001, + tor_angle=0.0001, + min_area=0.01, + ) + + my_numeric_format = geouned.NumericFormat( + P_abc="14.7e", + P_d="14.7e", + P_xyz="14.7e", + S_r="14.7e", + S_xyz="14.7e", + C_r="12f", + C_xyz="12f", + K_xyz="13.6e", + K_tan2="12f", + T_r="14.7e", + T_xyz="14.7e", + GQ_1to6="18.15f", + GQ_7to9="18.15f", + GQ_10="18.15f", + ) + + my_settings = geouned.Settings( + matFile="", + voidGen=True, + debug=False, + compSolids=True, + simplify="no", + cellRange=[], + exportSolids="", + minVoidSize=200.0, # units mm + maxSurf=50, + maxBracket=30, + voidMat=[], + voidExclude=[], + startCell=1, + startSurf=1, + sort_enclosure=False, + ) + + geo = geouned.CadToCsg( + stepFile=f"{input_step_file.resolve()}", + options=my_options, + settings=my_settings, + tolerances=my_tolerances, + numeric_format=my_numeric_format, + ) + + geo.start() + + geo.export_csg( + title="Converted with GEOUNED", + geometryName=f"{output_filename_stem.resolve()}", + outFormat=( + "openmc_xml", + "openmc_py", + "serpent", + "phits", + "mcnp", + ), + volSDEF=True, # changed from the default + volCARD=False, # changed from the default + UCARD=None, + dummyMat=True, # changed from the default + cellCommentFile=False, + cellSummaryFile=False, # changed from the default + ) + + for suffix in suffixes: + assert output_filename_stem.with_suffix(suffix).exists()