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importerDC.py
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# -*- coding: utf-8 -*-
'''
importerDC.py:
Importer for the Document's components
Simple approach to read/analyse Autodesk (R) Invetor (R) part file's (IPT) browser view data.
The importer can read files from Autodesk (R) Invetor (R) Inventro V2010 on. Older versions will fail!
'''
from importerEeData import EeDataReader
from importerUtils import *
from importerClasses import Tolerances, Functions, VAL_UINT8, VAL_UINT16, VAL_UINT32, VAL_REF, VAL_STR16, VAL_ENUM
from xlrd import open_workbook
import importerSegNode, re
__author__ = "Jens M. Plonka"
__copyright__ = 'Copyright 2018, Germany'
__url__ = "https://www.github.com/jmplonka/InventorLoader"
def addEmptyLists(node, indexes):
for i in indexes:
node.set('lst%d' %(i), [])
class DCReader(EeDataReader):
DOC_ASSEMBLY = 1
DOC_DRAWING = 2
DOC_PART = 3
DOC_PRESENTATION = 4
def __init__(self, segment):
super(DCReader, self).__init__(segment)
segment.ntKeys = {}
########################################
# usability functions
def ReadClassInfo(self, node, offset, refName, idx = ''):
internal, i = getBoolean(node.data, offset) # internal reference ?
i = node.ReadUInt8(i, 'u8_0')
i = node.ReadCrossRef(i, refName)
if (not internal):
if (len(idx) == 0):
i = node.ReadLen32Text16(i)
else:
i = node.ReadLen32Text16(i, 'txt_0')
i = node.ReadLen32Text16(i, 'txt_1')
i = node.ReadUInt16(i, 'u16_0')
i = self.skipBlockSize(i)
return i
def Read2RefList(self, node, offset, name, type1 = importerSegNode.REF_CROSS, type2 = importerSegNode.REF_CROSS):
cnt, i = getUInt32(node.data, offset)
lst = []
for j in range(cnt):
ref1, i = self.ReadNodeRef(node, i, [j,0], type1, name)
ref2, i = self.ReadNodeRef(node, i, [j,1], type2, name)
lst.append([ref1, ref2])
node.set(name, lst)
return i
def ReadRefU32U8List(self, node, offset, name):
cnt, i = getUInt32(node.data, offset)
lst = []
for j in range(cnt):
ref, i = self.ReadNodeRef(node, i, [j, 0], importerSegNode.REF_CROSS, name)
val, i = getUInt32(node.data, i)
u8, i = getUInt8(node.data, i)
lst.append([ref, val, u8])
node.set(name, lst, VAL_UINT32)
return i
def ReadUInt32A(self, node, i, cnt, name, size):
lst = []
c = []
for j in range(cnt):
if (size > 1):
a, i = getUInt32A(node.data, i, size)
c.append('(%s)' %(IntArr2Str(a, 4)))
else:
a, i = getUInt32(node.data, i)
c.append('(%04X)' %(a))
lst.append(a)
node.set(name, lst, VAL_UINT32)
return i
def readTypedList(self, node, index, key, count, size, tolerance):
meta, i = getUInt32A(node.data, index, count)
lst = []
s = ''
sep = ''
for j in range(meta[0]):
if (size == 1):
f, i = getFloat64(node.data, i)
s += "%s%g" %(sep, f)
else:
f, i = getFloat64A(node.data, i, size)
s += "%s[%s]" %(sep, FloatArr2Str(f))
sep = ','
lst.append(f)
if (tolerance):
tol = 0
if (len(lst) > 0):
tol, i = getFloat64(node.data, i)
else:
tol = None
node.set(key, {'meta': meta, 'values': lst, 'tolerance': tol})
return i
'''
next: -> ReadHeaderLinkedElement
parameters: -> ReadHeaderParameter
H0 R s -> ReadHeaderParameter
H0 R s R s -> ReadOperatorUnary
H0 R s R s R s -> ReadOperator
H0 R L s P L -> ReadHeaderContent
H0 R L s P L s l s R (L6 L6)>2012 ss R -> ReadHeaderConstraint2D
H0 R L s P L s l s R s -> ReadHeaderCntSLRS
H0 R L s P L s l s R s L2 B R (L6 L6)>2012 s -> ReadHeaderConstraint3D
H0 R L s P L s l ss -> ReadHeadersS32ss
H0 R L s P L s l ss -> ReadHeaderFeature
H0 R L s P L s l ss L L2 s L s L2 R R R R R B -> ReadHeaderPattern
H0 R L s P L s l ss L R R R R R R R (R L)>2017 s -> ReadHeaderBendExtent
H0 R L s P L s l ss R R R R R R R R R R L2 (L)>2017 R -> ReadHeaderHemShape
H0 R L s P L s l ss L2 L s R H H T B L L L s -> ReadHeaderComponentDerived
H0 R L s P L s l ss CI L (L)>2017 s L s L8 L8 L8 s -> ReadHeaderEdgeId
H0 R L s P L s l sss L2 L2 L2 L L (R)>2011 s -> ReadHeaderFaceBound
H0 R L s P L s (l)>2018 R -> ReadCntHdr1SCross
H0 R L s P L ss (l)>2018 -> ReadCntHdr2S
H0 R L s P L ss (l)>2018 R -> ReadCntHdr2SCross/Child
H0 R L s P L sss (l)>2018 -> ReadCntHdr3S
H0 R L s P L sss (l)>2018 L2 (S32)? -> ReadHeaderIndexRefs
H0 R L s P L sss (l)>2018 h H s -> ReadHeaderEnum
H0 R L s P L sss (l)>2018 L s -> ReadHeadersss2S16s
H0 R L s P L sss (l)>2018 L s R R (L)>2017 s -> ReadHeaderSketch3DEntity
H0 R L s P L sss (l)>2018 L s s d d L2 L2 (L L2)>2012 (L2)>2019 -> ReadHeaderSketch2DEntity
H0 R L s P L sss (l)>2018 L s s d d L2 L2 (L L2)>2012 (L2)>2019 s L2 ((L L)>2019 L2 (L2)>2019)>2019 s -> ReadHeader2DEdge
H0 R L s UID T L2 L L L s R R s R R R R s -> ReadHeaderDocument
'''
#######################
# Parameter sections
def ReadHeaderParameter(self, node, typeName):
i = node.Read_Header0(typeName)
i = node.ReadChildRef(i, 'unit')
i = self.skipBlockSize(i)
return i
def Read_0AA8AF46(self, node): # ParameterConstant
i = self.ReadHeaderParameter(node, 'ParameterConstant')
i = node.ReadFloat64(i, 'value')
i = node.ReadSInt16(i, 's16_0')
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadLen32Text16(i)
if (node.name == 'PI') : node.name = 'pi'
elif (node.name == 'E'): node.name = 'e'
return i
def Read_F8A77A03(self, node): # ParameterFunction
i = self.ReadHeaderParameter(node, 'ParameterFunction')
i = node.ReadList2(i, importerSegNode._TYP_NODE_REF_, 'operands')
i = self.skipBlockSize(i)
i = node.ReadEnum16(i, 'name', None, Functions)
i = node.ReadUInt16(i, 'u16_0')
ref = node.get('operands')
if (len(ref) > 0):
node.set('operand', ref[0])
return i
def Read_F8A77A04(self, node): # ParameterValue
i = self.ReadHeaderParameter(node, 'ParameterValue')
i = node.ReadFloat64(i, 'value')
i = node.ReadUInt16(i, 'type')
if (self.version > 2010): i += 4
return i
def Read_F8A77A05(self, node): # ParameterRef
i = self.ReadHeaderParameter(node, 'ParameterRef')
i = node.ReadCrossRef(i, 'operand1')
return i
#######################
# unary Operator sections
def ReadOperatorUnary(self, node, typeName, name):
i = self.ReadHeaderParameter(node, typeName)
i = node.ReadChildRef(i, 'operand1')
i = self.skipBlockSize(i)
node.name = name
return i
def Read_F8A77A0C(self, node): return self.ReadOperatorUnary(node, 'ParameterOperatorUnaryMinus', '-')
def Read_F8A77A0D(self, node): return self.ReadOperatorUnary(node, 'ParameterOperatorPowerIdent', '^')
#######################
# Operator sections
def ReadOperator(self, node, typeName, name):
i = self.ReadOperatorUnary(node, typeName, name)
i = node.ReadChildRef(i, 'operand2')
i = self.skipBlockSize(i)
return i
def Read_F8A77A06(self, node): return self.ReadOperator(node, 'ParameterOperatorPlus' , '+')
def Read_F8A77A07(self, node): return self.ReadOperator(node, 'ParameterOperatorMinus' , '-')
def Read_F8A77A08(self, node): return self.ReadOperator(node, 'ParameterOperatorMul' , '*')
def Read_F8A77A09(self, node): return self.ReadOperator(node, 'ParameterOperatorDiv' , '/')
def Read_F8A77A0A(self, node): return self.ReadOperator(node, 'ParameterOperatorModulo', '%')
def Read_F8A77A0B(self, node): return self.ReadOperator(node, 'ParameterOperatorPower' , '^')
#######################
# content sections
def ReadHeaderContent(self, node, typeName = None, name = 'next'):
'''
Read the header for content objects like Sketch2D, Pads, ...
'''
i = node.Read_Header0(typeName)
if (name in ['next', 'creator']):
i = node.ReadChildRef(i, name)
else:
i = node.ReadCrossRef(i, name)
i = node.ReadUInt32(i, 'flags')
i = self.skipBlockSize(i)
if (self.version > 2023): i += 4 # skip 00 00 00 00
i = node.ReadCrossRef(i)
i = node.ReadUInt32(i, 'index')
flags = node.get('flags')
node.visible = (flags & 0x00000400) > 0
node.dimensioningVisible = (flags & 0x00800000) > 0
self.segment.indexNodes[node.get('index')] = node
node.Item = True
return i
def Read_033E027B(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_07910C0A(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
return i
def Read_B4F8F817(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadChildRef(i, 'ref_0')
i = node.ReadCrossRef(i, 'ref_1')
return i
def Read_0A576361(self, node):
i = self.ReadHeaderContent(node)
if (self.version > 2018): i += 4 # skip FF FF FF FF
return i
def Read_0AD21008(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
i = node.ReadCrossRef(i, 'ref_1')
return i
def Read_4B2376C4(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
return i
def Read_9C9E3CB3(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadLen32Text16(i, 'container') # CAT-Container path
return i
def Read_DD80AC37(self, node): # something to do with text-alignment
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'faces')
i = node.ReadCrossRef(i, 'refEdge')
i = node.ReadCrossRef(i, 'refString')
return i
def Read_DE172BCF(self, node): # ModelToleranceFeature {CEBC9A45-2058-4537-9D52-5E11419267DE}
i = self.ReadHeaderContent(node, 'ModelToleranceFeature')
i = node.ReadSInt32(i, 's32_0')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'faces')
i = node.ReadUInt32A(i, 2, 'a0')
i = node.ReadLen32Text16(i, 'clientId')
i = node.ReadCrossRef(i, 'parentToleranceFeature')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadUInt32(i, 'u32_0')
if (self.version > 2018): i += 4 # skip 02 00 00 00
return i
def Read_0BA398EA(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'surface')
i = node.ReadCrossRef(i, 'bendType') # Relief
i = node.ReadCrossRef(i, 'useDefault')
return i
def Read_0CA07988(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
i = node.ReadCrossRef(i, 'ref_4')
i = node.ReadCrossRef(i, 'ref_5')
i = node.ReadCrossRef(i, 'ref_6')
return i
def Read_0E64A759(self, node): # ModelGeneralNote {88C68B3A-B9B0-45DD-873C-FA0187B80E62}
i = self.ReadHeaderContent(node, 'ModelGeneralNote')
return i
def Read_1128AE62(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadUInt32A(i, 2, 'a0')
i = node.ReadList6(i, importerSegNode._TYP_MAP_TEXT16_UINT32_, 'lst0')
i = node.ReadList6(i, importerSegNode._TYP_MAP_TEXT16_UINT32_, 'lst1')
i = node.ReadList6(i, importerSegNode._TYP_MAP_TEXT16_UINT32_, 'lst2')
i = node.ReadUInt32(i, 'u32_0')
return i
def Read_15A5FF92(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_15E7211A(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadUInt32A(i, 2, 'a0')
return i
def Read_16DE1A75(self, node): # DimensionAnnotation
i = self.ReadHeaderContent(node, 'AnnonatationDimension')
if (self.version > 2017): i += 4 # skip FF FF FF FF
if not((self.version == 2018) and (getFileBeta() > 0)):
i = node.ReadCrossRef(i, 'ref0')
i = node.ReadCrossRef(i, 'ref1')
i = node.ReadUInt32(i, 'u32_0')
if (self.version > 2024):
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
i = node.ReadCrossRef(i, 'ref2')
i = node.ReadCrossRef(i, 'ref4')
i = node.ReadCrossRef(i, 'ref5')
i = node.ReadCrossRef(i, 'ref6')
i = node.ReadCrossRef(i, 'ref7')
return i
def Read_19573122(self, node): # new in 2019
i = self.ReadHeaderContent(node)
if (self.version > 2017): i += 4 # skip FF,FF,FF,FF
i = node.ReadCrossRef(i, 'point')
i = node.ReadCrossRef(i, 'ref_1') # -> E70647C4
return i
def Read_1A1C8265(self, node):
i = self.ReadHeaderContent(node)
if (self.version > 2018): i += 4 # skip FF FF FF FF
i = node.ReadUInt32A(i, 2, 'a0') # (0002, 0000)
return i
def Read_220226D5(self, node): # Blocks
i = self.ReadHeaderContent(node, 'Blocks')
return i
def Read_223360AD(self, node):
i = self.ReadHeaderContent(node)
if (self.version > 2018): i += 4 # skip FF FF FF FF
return i
def Read_23BA0568(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_26287E96(self, node): # iPart
i = self.ReadHeaderContent(node, 'iPart')
i = self.skipBlockSize(i)
i = node.ReadCrossRef(i, 'excelWorkbook')
i = node.ReadSInt32(i, 'rowIndex')
i = node.ReadUUID(i, 'uid')
i = node.ReadLen32Text16(i)
i = node.ReadCrossRef(i, 'refParent')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'iParts')
i = node.ReadBoolean(i, 'selected')
return i
def Read_274E16CD(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i, 2)
i = node.ReadUUID(i, 'uid')
return i
def Read_288D7986(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
return i
def Read_28BE2D5B(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadFloat64_3D(i, 'a1')
i = node.ReadCrossRef(i, 'ref_0')
i = node.ReadUInt32(i, 'u32_0')
i = self.skipBlockSize(i)
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
return i
def Read_28E17530(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadLen32Text16(i)
i = node.ReadCrossRef(i, 'ref_0')
i = node.ReadCrossRef(i, 'transformation')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
return i
def Read_2AF9B62B(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadFloat64_3D(i, 'a1')
i = node.ReadCrossRef(i, 'ref_0')
i = node.ReadUInt32(i, 'u32_0')
i = self.skipBlockSize(i)
i = node.ReadUInt32(i, 'u32_1')
i = node.ReadFloat64(i, 'f0')
i = self.skipBlockSize(i)
i = node.ReadCrossRef(i, 'ref_1')
return i
def Read_2B241309(self, node): # BrowserFolder {9D063FDB-B597-49B0-8DBC-7EB3D5F715B8}
i = self.ReadHeaderContent(node, 'BrowserFolder')
i = self.skipBlockSize(i)
return i
def Read_2B60D993(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_2D06CAD3(self, node): # ProjectCutEdges
i = self.ReadHeaderContent(node, 'ProjectCutEdges')
i = self.skipBlockSize(i)
i = node.ReadUInt32(i, 'u32_0')
i = self.skipBlockSize(i, 2)
i = node.ReadCrossRef(i, 'sketch')
i = self.Read2RefList(node, i, 'lst0', importerSegNode.REF_CHILD, importerSegNode.REF_CROSS)
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst1')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst2')
return i
def Read_2D86FC26(self, node): # ReferenceEdgeLoopId
i = self.ReadHeaderContent(node, 'ReferenceEdgeLoopId')
i = self.skipBlockSize(i)
i = node.ReadUInt32(i, 'u32_0')
i = self.skipBlockSize(i, 2)
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadChildRef(i, 'ref_2')
i = node.ReadList6(i, importerSegNode._TYP_MAP_KEY_X_REF_, 'lst0')
i = node.ReadList6(i, importerSegNode._TYP_MAP_KEY_X_REF_, 'lst1')
return i
def Read_30F71B26(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadUInt16A(i, 3, 'a0')
i = node.ReadLen32Text16(i)
return i
def Read_0334499C(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'transformation')
i = node.ReadCrossRef(i, 'part')
i = node.ReadList4(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
i = node.ReadChildRef(i, 'ref_3')
if (self.version > 2016): i += 4
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadList2(i, importerSegNode._TYP_UINT32_, 'lst0')
i = node.ReadLen32Text8(i, 'txt_0')
i = node.ReadList2(i, importerSegNode._TYP_UINT32_, 'lst1')
i = node.ReadUUID(i, 'uid')
i = node.ReadChildRef(i, 'ref_4')
i = node.ReadList6(i, importerSegNode._TYP_MAP_TEXT8_3D_F32_, 'lst2')
i = node.ReadFloat32A(i, 14, 'a1')
i = node.ReadLen32Text16(i)
return i
def Read_338634AC(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'transformation')
i = node.ReadCrossRef(i, 'part')
i = node.ReadList4(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
i = node.ReadChildRef(i, 'ref_3')
if (self.version > 2016): i += 4
i = node.ReadChildRef(i, 'ref_4')
return i
def Read_33B05D59(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'bend')
i = node.ReadCrossRef(i, 'surface')
return i
def Read_346F5947(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_381AF8C4(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
return i
def Read_3AB895E9(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadChildRef(i, 'document')
return i
def Read_3B13313C(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
i = node.ReadCrossRef(i, 'ref_4')
i = node.ReadCrossRef(i, 'ref_5')
return i
def Read_3BD61A2C(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadLen32Text16(i)
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
i = node.ReadLen32Text16(i, 'equation')
return i
def Read_3C7F67AA(self, node): # Bodies folder
i = self.ReadHeaderContent(node, 'BodiesFolder')
i = self.skipBlockSize(i, 2)
i = node.ReadUInt16(i, 'u16_0')
return i
def Read_3F4FA55F(self, node): # OffsetSplineDimConstraint {BBCEA345-055B-4625-ABCA-582C6BF7E440}
i = self.ReadHeaderContent(node, 'Dimension_OffsetSpline2D')
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 'flags2')
i = self.skipBlockSize(i)
i = node.ReadCrossRef(i, 'group')
i = self.skipBlockSize(i, 2)
if (self.version > 2012):
i = node.ReadList6(i, importerSegNode._TYP_MAP_X_REF_REF_, 'lst0')
i = node.ReadList6(i, importerSegNode._TYP_MAP_X_REF_REF_, 'lst1')
else:
node.set('lst0', {}, VAL_REF)
node.set('lst1', {}, VAL_REF)
i = node.ReadCrossRef(i, 'parameter')
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadCrossRef(i, 'ref_4')
return i
def Read_402A8F9F(self, node):
i = self.ReadHeaderContent(node, 'RotateClockwise')
if (self.version > 2010):
i += 8
else:
i += 12
i = node.ReadBoolean(i, 'value')
i = self.skipBlockSize(i)
if (self.version > 2018): i += 4 # skip 00 00 00 00
if (self.version > 2020): i += 4 # skip 00 00 00 00
return i
def Read_405AB2C6(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_440C98C9(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_0')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadUUID(i, 'id')
return i
def Read_4580CAF0(self, node):
i = self.ReadHeaderContent(node)
if (self.version > 2017): i += 4 # skip FF FF FF FF
i = node.ReadCrossRef(i, 'point')
i = node.ReadCrossRef(i, 'ref1')
i = node.ReadCrossRef(i, 'param1')
i = node.ReadCrossRef(i, 'param2')
return i
def Read_45825754(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadUInt32(i, 'u32_1')
i = node.ReadCrossRef(i, 'transformation')
i = node.ReadCrossRef(i, 'parameter')
i = node.ReadCrossRef(i, 'entity3D')
i = node.ReadUInt8(i, 'u8_0')
return i
def Read_48C52258(self, node): # BSpline3D
i = self.ReadHeaderContent(node, 'BSpline3D')
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 'flags2')
i = self.skipBlockSize(i)
i = node.ReadCrossRef(i, 'group')
i = self.skipBlockSize(i)
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
i = node.ReadUInt8(i, 'u8_0')
i = node.ReadCrossRef(i, 'sketch')
if (self.version > 2012):
i = node.ReadList6(i, importerSegNode._TYP_MAP_KEY_X_REF_, 'lst1')
i = node.ReadList6(i, importerSegNode._TYP_MAP_KEY_X_REF_, 'lst2')
else:
i = self.skipBlockSize(i)
node.set('lst1', {}, VAL_REF)
node.set('lst2', {}, VAL_REF)
i = node.ReadUInt16(i, 'u16_0')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'points')
i = node.ReadUInt8(i, 'u8_1')
i = node.ReadCrossRef(i, 'bezier')
return i
def Read_4B050ACA(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'plane')
i = node.ReadCrossRef(i, 'source')
i = node.ReadCrossRef(i, 'target')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'parameter')
i = node.ReadCrossRef(i, 'transformation')
return i
def Read_4E86F047(self, node): # Assembly: Placement-Constaint
i = self.ReadHeaderContent(node, 'Constraint')
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = self.skipBlockSize(i)
i = node.ReadCrossRef(i, 'ref_1') # participants
i = self.skipBlockSize(i)
i = node.ReadUInt8(i, 'style') # 1: mate, 2: flush, 3: angle, 14: symmetry
i = node.ReadList2(i, importerSegNode._TYP_NODE_REF_, 'selection')
i = node.ReadList2(i, importerSegNode._TYP_NODE_REF_, 'values') # 0=offset, 1=min, 2=max
i = node.ReadUInt8(i, 'u8_1')
i = node.ReadUInt32(i, 'u32_0')
if (self.version > 2010): i += 4 # skip 00 00 00 00
if (self.version > 2012): i += 1 # skip 03
return i
def Read_4E8F7EE5(self, node): # ModelFeatureControlFrame
i = self.ReadHeaderContent(node, 'ModelFeatureControlFrame')
return i
def Read_54846913(self, node):
i = self.ReadHeaderContent(node, 'Drawing')
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadFloat64(i, 'f64_1')
i = node.ReadUInt32(i, 'u32_0')
return i
def Read_5499A4B9(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_55CE9B23(self, node):
i = self.ReadHeadersS32ss(node)
if (self.version > 2017): i += 4 # skip 00 00 00 00
i = node.ReadCrossRef(i, 'ref_0')
i = node.ReadUInt32(i, 'u32_1')
dummy, k = getUInt32(node.data, i)
if (dummy == 0):
i = k
i = self.ReadTransformation3D(node, i)
return i
def Read_5844C14D(self, node): # Folder for Point Clouds
i = self.ReadHeaderContent(node, 'PointCloudFolder')
return i
def Read_598AACFE(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_5A6B6124(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadUInt32(i, 'u32_0')
return i
def Read_5B708411(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadLen32Text16(i, 'txt0')
i = node.ReadChildRef(i, 'ref_1')
i = node.ReadChildRef(i, 'ref_2')
i = node.ReadChildRef(i, 'ref_3')
i = self.ReadTransformation3D(node, i)
i = node.ReadUInt32(i, 'u32_1')
return i
def Read_5D8C859D(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 'flags2')
i = self.skipBlockSize(i)
i = node.ReadCrossRef(i, 'group')
if (self.version > 2012):
i = node.ReadList6(i, importerSegNode._TYP_MAP_X_REF_FLOAT64_, 'lst0')
i = node.ReadList6(i, importerSegNode._TYP_MAP_X_REF_REF_, 'lst1')
else:
node.set('lst0', {}, VAL_REF)
node.set('lst1', {}, VAL_REF)
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst2')
return i
def Read_5E464B13(self, node): # ModelSurfaceTextureSymbol
i = self.ReadHeaderContent(node, 'ModelSurfaceTextureSymbol')
if (self.version > 2017): i += 4 # skip FF FF FF FF
return i
def Read_63D9BDC4(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_6489E49C(self, node):
i = self.ReadHeaderContent(node)
if (self.version > 2018): i += 4
i = node.ReadUInt32(i, 'u32_0')
return i
def Read_6514096C(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadLen32Text16(i)
i = self.ReadClassInfo(node, i, 'ref_1')
i = node.ReadUInt32(i, 'u32_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
i = node.ReadCrossRef(i, 'ref_4')
return i
def Read_6566C3E1(self, node): # LinearModelDimension
i = self.ReadHeaderContent(node, 'ModelDimensionLinear')
return i
def Read_65897E4A(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_66B388ED(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadUInt32A(i, 2, 'a0')
return i
def Read_671CE131(self, node):
i = self.ReadHeaderContent(node)
if (self.version > 2017): i += 4 # skip FF FF FF FF
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst0')
return i
def Read_6C5CD68F(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_6C5CD690(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_6BE30AF0(self, node):
i = self.ReadHeaderContent(node)
if (self.version > 2017): i += 4 # skip FF FF FF FF
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'faces')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'edges')
return i
def Read_6F7A6F97(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
i = node.ReadUInt16(i, 'u16_0')
return i
def Read_6FB0D4A7(self, node): # ModelLeaderNote {5194100D-435F-4C85-A922-6BD3E4CC9C36}
i = self.ReadHeaderContent(node, 'ModelLeaderNote')
return i
def Read_6FD9928E(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_71C0D0C6(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
i = node.ReadCrossRef(i, 'ref_4')
return i
def Read_72E450AC(self, node):
i = self.ReadHeaderContent(node)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadList6(i, importerSegNode._TYP_MAP_U32_U32_, 'lst0')
i = node.ReadList6(i, importerSegNode._TYP_MAP_U32_U32_, 'lst1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
i = node.ReadCrossRef(i, 'ref_4')
return i
def Read_76BDB118(self, node): # new in 2015
i = self.ReadHeaderContent(node, 'Freeform')
if (self.version > 2017): i += 4 # skip FF FF FF FF
if (self.version > 2020): i += 4 # skip FF FF FF FF
i = node.ReadChildRef(i, 'wrapper')
i = node.ReadList2(i, importerSegNode._TYP_NODE_REF_, 'wrappers')
i = node.ReadUInt32(i, 'u32_1')
return i
def Read_7C321197(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_7DA7F733(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
i = node.ReadCrossRef(i, 'ref_4')
i = node.ReadCrossRef(i, 'ref_5')
i = node.ReadCrossRef(i, 'ref_6')
i = node.ReadUInt16A(i, 9, 'a0')
i = node.ReadCrossRef(i, 'ref_7')
return i
def Read_7E15AA39(self, node):
i = self.ReadHeaderContent(node)
if (self.version > 2018): i += 4 # skip FF FF FF FF
if (self.version > 2020):
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadList2(i, importerSegNode._TYP_UINT32_, 'lst0') # really UINT32???
return i
def Read_7F7F05AC(self, node):
i = self.ReadHeaderContent(node)
if (self.version > 2017): i += 4 # skip FF FF FF FF
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadFloat64_3D(i, 'p1')
i = node.ReadFloat64_3D(i, 'p2')
i = node.ReadUInt32(i, 'u32_1')
i = node.ReadFloat64(i, 'f64_0')
i = node.ReadCrossRef(i, 'point')
i = node.ReadUInt32(i, 'u32')
return i
def Read_81E94AB7(self, node):
i = self.ReadHeaderContent(node, 'SurfaceDetails')
if (self.version > 2018): i += 4 # skip FF FF FF FF
i = node.ReadFloat64A(i, 4, 'a0')
i = node.ReadUInt8A(i, 11, 'a1')
i = node.ReadFloat64A(i, 6, 'a2')
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadChildRef(i, 'ref0')
i = node.ReadChildRef(i, 'ref1')
i = node.ReadChildRef(i, 'ref2')
i = node.ReadChildRef(i, 'ref3')
i = node.ReadChildRef(i, 'ref4')
i = node.ReadChildRef(i, 'ref5')
i = node.ReadChildRef(i, 'ref6')
i = node.ReadChildRef(i, 'ref7')
i = node.ReadChildRef(i, 'ref8')
i = node.ReadChildRef(i, 'ref9')
i = node.ReadChildRef(i, 'refA')
i = node.ReadChildRef(i, 'refB')
i = node.ReadChildRef(i, 'refC')
i = node.ReadChildRef(i, 'refD')
return i
def Read_86A4AAC4(self, node): # SketchBlock
i = self.ReadHeaderContent(node, 'SketchBlock')
i = node.ReadSInt32(i, 's32_0')
i = node.ReadUInt32(i, 'numEntities')
i = node.ReadList8(i, importerSegNode._TYP_NODE_X_REF_, 'entities')
i = node.ReadCrossRef(i, 'transformation')
i = node.ReadCrossRef(i, 'direction')
i = node.ReadUInt32A(i, 2, 'a0')
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'blocks')
if (self.version > 2012):
i = node.ReadList2(i, importerSegNode._TYP_NODE_X_REF_, 'lst1')
else:
node.set('lst1', [], VAL_REF)
i = node.ReadCrossRef(i, 'anchor')
i = node.ReadUUID(i, 'id')
i = node.ReadUInt32(i, 'u32_0')
return i
def Read_86CF7D57(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_8740B863(self, node):
i = self.ReadHeaderContent(node, 'EquationCurve2D')
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadCrossRef(i, 'ref_2')
i = node.ReadCrossRef(i, 'ref_3')
i = node.ReadCrossRef(i, 'ref_4')
i = node.ReadCrossRef(i, 'ref_5')
i = node.ReadCrossRef(i, 'ref_6')
return i
def Read_8946E9E8(self, node): # MeshPart
i = self.ReadHeaderContent(node, 'MeshPart')
if (self.version > 2018):i += 4 # 0xFFFFFF
i = node.ReadUInt32(i, 'u32_0')
return i
def Read_8B1E9A97(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = node.ReadCrossRef(i, 'ref_1')
i = node.ReadList2(i, importerSegNode._TYP_UINT32_, 'lst0')
if (self.version < 2012):
i = node.ReadList8(i, importerSegNode._TYP_NODE_X_REF_, 'lst1')
i = node.ReadFloat64(i, 'd0')
return i
def Read_8EE901B9(self, node):
i = self.ReadHeaderContent(node)
return i
def Read_8EC6B314(self, node):
i = self.ReadHeaderContent(node)
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = self.skipBlockSize(i)
i = node.ReadCrossRef(i, 'group')
if (self.version > 2012):
i = node.ReadList6(i, importerSegNode._TYP_MAP_X_REF_FLOAT64_, 'lst1')
i = node.ReadList6(i, importerSegNode._TYP_MAP_X_REF_REF_, 'lst2')
else:
i = self.skipBlockSize(i, 2)
node.set('lst1', {}, VAL_REF)
node.set('lst2', {}, VAL_REF)
i = node.ReadUInt32(i, 'u32_0')
i = node.ReadCrossRef(i, 'spline')
i = node.ReadCrossRef(i, 'line')
return i
def Read_90874D40(self, node): # Mapping of parameters
i = self.ReadHeaderContent(node, 'ParameterMappings')
i = self.skipBlockSize(i)
i = node.ReadSInt32(i, 's32_0')
i = self.skipBlockSize(i)
i = node.ReadCrossRef(i, 'ref_1')
i = self.skipBlockSize(i)
i = node.ReadCrossRef(i, 'target')
i = node.ReadList3(i, importerSegNode._TYP_NODE_REF_, 'mapping')
i = node.ReadFloat64(i, 'f')
i = node.ReadCrossRef(i, 'paramRef')
i = node.ReadUInt16(i, 'u16_0')
i = node.ReadUInt8(i, 'u8_0')