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MSDv5.psm
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MSDv5.psm
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NAMEREG s0, counter
NAMEREG s4, input_block
NAMEREG sC, part_main
NAMEREG sB, part1_add
NAMEREG sA, part2_add
NAMEREG s9, part3_add
NAMEREG s8, part4_add
NAMEREG s7, TEMP
NAMEREG s6, TEMP_add
Pause:
INPUT s5, FE
COMPARE s5, 80
JUMP Z,Pause
JUMP Generate
; Create a new block
Generate:
LOAD s1, 01;Point REG
;###
GEN:
LOAD part_main,F8
LOAD part1_add,D2
OUTPUT part_main,(part1_add)
LOAD part_main,F8
LOAD part1_add,D3
OUTPUT part_main,(part1_add)
LOAD part_main,F8
LOAD part1_add,D4
OUTPUT part_main,(part1_add)
LOAD part_main,F8
LOAD part1_add,D5
OUTPUT part_main,(part1_add)
LOAD part_main,F8
LOAD part1_add,D6
OUTPUT part_main,(part1_add)
LOAD part_main,F8
LOAD part1_add,D7
OUTPUT part_main,(part1_add)
LOAD part_main,F8
LOAD part1_add,D8
OUTPUT part_main,(part1_add)
LOAD part_main,F8
LOAD part1_add,D9
OUTPUT part_main,(part1_add)
LOAD part_main,F8
LOAD part1_add,DA
OUTPUT part_main,(part1_add)
LOAD part_main,F8
LOAD part1_add,DB
OUTPUT part_main,(part1_add)
LOAD counter, 00
INPUT s5, FE ;FE port has sw input
COMPARE s5,80
JUMP Z,Pause ; Pause functionality
INPUT s5, FF ;FF port has random input
LOAD input_block, s5
COMPARE s5, 02
CALL Z, L_block
COMPARE s5, 01
CALL Z, L_inverse
COMPARE s5, 03
CALL Z, Z_block
COMPARE s5, 04
CALL Z, S_block
COMPARE s5, 05
CALL Z, I_block
COMPARE s5, 06
CALL Z, SQ_block
COMPARE s5, 00
CALL Z, T_block
OUTPUT part_main, (part1_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part4_add)
JUMP Collision ;First check for collision then shift down
LOAD sD, 01 ;Point REG
shiftDown:
;;Delete previous locations
INPUT s5, FE ;CHECK FOR L-R SHIFT REQUESTS
COMPARE s5, 40
JUMP Z,left_Collision
INPUT s5, FE
COMPARE s5, 20
JUMP Z,right_Collision
COMPARE s5, 01
JUMP Z, rotate ; CHECK FOR ROTATE
LOAD s5, 00
OUTPUT s5, (part1_add)
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
ADD part4_add, 0A
OUTPUT part_main, (part4_add)
ADD part3_add, 0A
OUTPUT part_main, (part3_add)
ADD part2_add, 0A
OUTPUT part_main, (part2_add)
ADD part1_add, 0A
OUTPUT part_main, (part1_add)
INPUT s5, FE ;CHECK FOR SPEEDUP
COMPARE s5, 10
JUMP Z,SPEEDUP
CALL DELAY
RET_SPEEDUP:
JUMP Collision
rotate:
COMPARE counter, 00
JUMP Z, firstRotate
COMPARE counter, 01
JUMP Z, secondRotate
COMPARE counter, 02
JUMP Z, thirdRotate
COMPARE counter, 03
JUMP Z, zeroRotate
CALL DELAY
JUMP Collision
shiftLeft:
;;Delete previous locations
LOAD s5, 00
OUTPUT s5, (part1_add)
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
SUB part4_add, 01
OUTPUT part_main, (part4_add)
SUB part3_add, 01
OUTPUT part_main, (part3_add)
SUB part2_add, 01
OUTPUT part_main, (part2_add)
SUB part1_add, 01
OUTPUT part_main, (part1_add)
CALL DELAY
JUMP Collision
shiftRight:
;;Delete previous locations
LOAD s5, 00
OUTPUT s5, (part1_add)
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
ADD part4_add, 01
OUTPUT part_main, (part4_add)
ADD part3_add, 01
OUTPUT part_main, (part3_add)
ADD part2_add, 01
OUTPUT part_main, (part2_add)
ADD part1_add, 01
OUTPUT part_main, (part1_add)
CALL DELAY
JUMP Collision
left_Collision:
; Check for object collision
LOAD TEMP_add, part1_add
SUB TEMP_add, 01
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Collision
ADD TEMP_add,01
JUMP Z, Collision
modulus_1_left: ;check for border collision
SUB TEMP_add,0A
JUMP Z, Collision
JUMP C, modulus_1_left_2 ;need to skip next instruction if C is flagged
JUMP modulus_1_left
modulus_1_left_2:
LOAD TEMP_add, part2_add
SUB TEMP_add, 01
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Collision
ADD TEMP_add,01
JUMP Z, Collision
modulus_2_left:
SUB TEMP_add,0A
JUMP Z, Collision
JUMP C, modulus_2_left_3
JUMP modulus_2_left
modulus_2_left_3:
LOAD TEMP_add, part3_add
SUB TEMP_add, 01
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Collision
ADD TEMP_add,01
JUMP Z, Collision
modulus_3_left:
SUB TEMP_add,0A
JUMP Z, Collision
JUMP C, modulus_3_left_4
JUMP modulus_3_left
modulus_3_left_4:
LOAD TEMP_add, part4_add
SUB TEMP_add, 01
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Collision
ADD TEMP_add,01
JUMP Z, Collision
modulus_4_left:
SUB TEMP_add,0A
JUMP Z, Collision
JUMP C, shiftLeft
JUMP modulus_4_left
JUMP shiftLeft
right_Collision:
; Check for object collision
LOAD TEMP_add, part4_add
ADD TEMP_add, 01
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Collision
modulus_1_right:
SUB TEMP_add,0A
JUMP Z, Collision
JUMP C, modulus_1_right_2
JUMP modulus_1_right
modulus_1_right_2:
LOAD TEMP_add, part2_add
ADD TEMP_add, 01
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Collision
modulus_2_right:
SUB TEMP_add,0A
JUMP Z, Collision
JUMP C, modulus_2_right_3
JUMP modulus_2_right
modulus_2_right_3:
LOAD TEMP_add, part3_add
ADD TEMP_add, 01
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Collision
modulus_3_right:
SUB TEMP_add,0A
JUMP Z, Collision
JUMP C, modulus_3_right_4
JUMP modulus_3_right
modulus_3_right_4:
LOAD TEMP_add, part1_add ;Changed with part4 for stupid bug workaround
ADD TEMP_add, 01
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Collision
modulus_4_right:
SUB TEMP_add,0A
JUMP Z, Collision
JUMP C, shiftRight
JUMP modulus_4_right
JUMP shiftRight
Collision:
LOAD TEMP_add, part3_add
ADD TEMP_add, 0A
COMPARE TEMP_add, DC; check for border
JUMP NC, Terminate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Terminate
LOAD TEMP_add, part1_add
ADD TEMP_add, 0A
COMPARE TEMP_add, DC; check for border
JUMP NC, Terminate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
JUMP NZ, Terminate
LOAD TEMP_add, part2_add
ADD TEMP_add, 0A
COMPARE TEMP_add, DC
JUMP NC, Terminate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Terminate
LOAD TEMP_add, part4_add
ADD TEMP_add, 0A
COMPARE TEMP_add, DC
JUMP NC, Terminate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Terminate
;BUG WORKAROUND CODE REPETITION START
LOAD TEMP_add, part3_add
ADD TEMP_add, 0A
COMPARE TEMP_add, DC; check for border
INPUT TEMP, (TEMP_add)
TEST TEMP, 08; check for object
LOAD TEMP_add,00
;BUG WORKAROUND CODE REPETITION END
JUMP Z, shiftDown
Terminate:
INPUT s5, FE ;CHECK FOR L-R SHIFT REQUESTS
COMPARE s5, 40
JUMP Z,left_Collision
INPUT s5, FE
COMPARE s5, 20
JUMP Z,right_Collision
COMPARE s5, 01
JUMP Z, rotate ; CHECK FOR ROTATE
LOAD TEMP, part_main; lock the parts
OR TEMP, 08
OUTPUT TEMP, (part1_add)
OUTPUT TEMP, (part2_add)
OUTPUT TEMP, (part3_add)
OUTPUT TEMP, (part4_add)
LOAD counter, 00
LOAD counter, AA
CheckDelete:
LOAD s2, DB ; this has 219 or the rightmost block of a row
CheckRow:
LOAD TEMP_add, s2
SUB s2, 0A
JUMP C, Generate
LPP:
INPUT TEMP, (TEMP_add)
TEST TEMP, 08 ; If the block is frozen
JUMP Z, CheckRow
SUB TEMP_add, 01
COMPARE TEMP_add, s2 ; If last row is finished
JUMP Z, ShiftAbove
JUMP LPP
ShiftAbove:
INPUT TEMP, (TEMP_add) ; Temp_add has the right most block in upper row.
ADD TEMP_add, 0B ; Shift down adress
OUTPUT TEMP, (TEMP_add) ; Send adress
SUB TEMP_add, 0C ; Sub 10 + 1 from adress to shift to left
JUMP NC, ShiftAbove ; If the result is positive continue
JUMP CheckDelete ; If negative then start over.(Means all the necessary rows are shifted down)
JUMP Generate
SPEEDUP:
LOAD s1,AA
CALL L1
JUMP RET_SPEEDUP
DELAY:
LOAD s1, FF
L1: LOAD s2, FF
L2: LOAD s3, 30
L3: SUB s3, 01
JUMP NZ, L3
SUB s2, 01
JUMP NZ, L2
SUB s1, 01
JUMP NZ, L1
RETURN
RETURN
TRAP: JUMP TRAP
L_inverse:
LOAD part_main, 07
LOAD part1_add, 03
LOAD part2_add, 0D
LOAD part3_add, 0E
LOAD part4_add, 0F
RETURN
L_block:
LOAD part_main, 01
LOAD part1_add, 05
LOAD part2_add, 0D
LOAD part3_add, 0E
LOAD part4_add, 0F
RETURN
T_block:
LOAD part_main, 02
LOAD part1_add, 04
LOAD part2_add, 0D
LOAD part3_add, 0E
LOAD part4_add, 0F
RETURN
Z_block:
LOAD part_main, 03
LOAD part1_add, 04
LOAD part2_add, 05
LOAD part3_add, 0F
LOAD part4_add, 10
RETURN
S_block:
LOAD part_main, 04
LOAD part1_add, 04
LOAD part2_add, 05
LOAD part3_add, 0D
LOAD part4_add, 0E
RETURN
I_block:
LOAD part_main, 05
LOAD part1_add, 03
LOAD part2_add, 04
LOAD part3_add, 05
LOAD part4_add, 06
RETURN
SQ_block:
LOAD part_main, 06
LOAD part1_add, 04
LOAD part2_add, 05
LOAD part3_add, 0E
LOAD part4_add, 0F
RETURN
firstRotate:
LOAD s5, input_block ;FF port has the type
COMPARE s5, 00
CALL Z, T_block_1
LOAD s5, input_block
COMPARE s5, 01
CALL Z, L_inverse_1
LOAD s5, input_block
COMPARE s5, 02
CALL Z, L_block_1
LOAD s5, input_block
COMPARE s5, 03
CALL Z, Z_block_1
LOAD s5, input_block
COMPARE s5, 04
CALL Z, S_block_1
LOAD s5, input_block
COMPARE s5, 05
CALL Z, I_block_1
LOAD s5, input_block
COMPARE s5, 06
CALL Z, SQ_block_1
LOAD counter, 01
JUMP Collision
L_block_1:
;CALL rotateCollision
LOAD s5, 00
OUTPUT s5, (part1_add)
OUTPUT s5, (part4_add)
SUB part4_add, 0C
OUTPUT part_main, (part4_add)
SUB part1_add, 0C
OUTPUT part_main, (part1_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part3_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
L_inverse_1:
LOAD s5, 00
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
ADD part3_add, 09
OUTPUT part_main, (part3_add)
SUB part4_add, 0B
OUTPUT part_main, (part4_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
T_block_1:
LOAD s5, 00
OUTPUT s5, (part2_add)
OUTPUT s5, (part4_add)
SUB part4_add, 0A
OUTPUT part_main, (part4_add)
OUTPUT part_main, (part3_add)
SUB part2_add, 13
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
Z_block_1:
LOAD s5, 00
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
SUB part4_add, 15
OUTPUT part_main, (part4_add)
SUB part3_add, 01
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
S_block_1:
LOAD s5, 00
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
SUB part4_add, 14
OUTPUT part_main, (part4_add)
ADD part3_add, 02
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
I_block_1:
;collision control
LOAD TEMP_add, part3_add
ADD TEMP_add, 12
COMPARE TEMP_add, DC
JUMP NC, rotate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Collision
LOAD TEMP_add, part2_add
ADD TEMP_add, 09
COMPARE TEMP_add, DC
JUMP NC, rotate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Collision
LOAD TEMP_add, part4_add
ADD TEMP_add, 1B
COMPARE TEMP_add, DC
JUMP NC, rotate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Collision
LOAD s5, 00
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
ADD part4_add, 1B
OUTPUT part_main, (part4_add)
ADD part3_add, 12
OUTPUT part_main, (part3_add)
ADD part2_add, 09
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
SQ_block_1:
OUTPUT part_main, (part4_add)
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
secondRotate:
LOAD s5, input_block ;FF port has the type
COMPARE s5, 00
CALL Z, T_block_2
LOAD s5, input_block
COMPARE s5, 01
CALL Z, L_inverse_2
LOAD s5, input_block
COMPARE s5, 02
CALL Z, L_block_2
LOAD s5, input_block
COMPARE s5, 03
CALL Z, Z_block_2
LOAD s5, input_block
COMPARE s5, 04
CALL Z, S_block_2
LOAD s5, input_block
COMPARE s5, 05
CALL Z, I_block_2
LOAD s5, input_block
COMPARE s5, 06
CALL Z, SQ_block_2
LOAD counter, 02
JUMP Collision
L_block_2:
LOAD s5, 00
OUTPUT s5, (part1_add)
OUTPUT s5, (part3_add)
ADD part1_add, 0C
OUTPUT part_main, (part1_add)
SUB part3_add, 0A
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part4_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
L_inverse_2:
LOAD s5, 00
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT part_main, (part4_add)
SUB part3_add, 08
OUTPUT part_main, (part3_add)
SUB part2_add, 08
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
T_block_2:
LOAD s5, 00
OUTPUT s5, (part2_add)
OUTPUT part_main, (part4_add)
OUTPUT part_main, (part3_add)
ADD part2_add, 09
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
Z_block_2:
LOAD s5, 00
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
ADD part4_add, 15
OUTPUT part_main, (part4_add)
ADD part3_add, 01
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
S_block_2:
LOAD s5, 00
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
ADD part4_add, 14
OUTPUT part_main, (part4_add)
SUB part3_add, 02
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
I_block_2:
LOAD TEMP_add, part3_add
SUB TEMP_add, 12
COMPARE TEMP_add, DC
JUMP NC, rotate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Collision
LOAD TEMP_add, part2_add
SUB TEMP_add, 09
COMPARE TEMP_add, DC
JUMP NC, rotate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Collision
LOAD TEMP_add, part4_add
SUB TEMP_add, 1B
COMPARE TEMP_add, DC
JUMP NC, rotate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Collision
LOAD s5, 00
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
SUB part4_add, 1B
OUTPUT part_main, (part4_add)
SUB part3_add, 12
OUTPUT part_main, (part3_add)
SUB part2_add, 09
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
SQ_block_2:
OUTPUT part_main, (part4_add)
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
thirdRotate:
LOAD s5, input_block ;FF port has the type
COMPARE s5, 00
CALL Z, T_block_3
LOAD s5, input_block
COMPARE s5, 01
CALL Z, L_inverse_3
LOAD s5, input_block
COMPARE s5, 02
CALL Z, L_block_3
LOAD s5, input_block
COMPARE s5, 03
CALL Z, Z_block_3
LOAD s5, input_block
COMPARE s5, 04
CALL Z, S_block_3
LOAD s5, input_block
COMPARE s5, 05
CALL Z, I_block_3
LOAD s5, input_block
COMPARE s5, 06
CALL Z, SQ_block_3
LOAD counter, 03
JUMP Collision
L_block_3:
LOAD s5, 00
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
SUB part4_add, 08
OUTPUT part_main, (part4_add)
SUB part3_add, 0A
OUTPUT part_main, (part3_add)
ADD part2_add, 02
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
L_inverse_3:
LOAD s5, 00
OUTPUT s5, (part1_add)
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
OUTPUT part_main, (part4_add)
SUB part3_add, 01
OUTPUT part_main, (part3_add)
ADD part2_add, 08
OUTPUT part_main, (part2_add)
SUB part1_add, 09
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
T_block_3:
LOAD s5, 00
OUTPUT s5, (part4_add)
SUB part4_add, 0B
OUTPUT part_main, (part4_add)
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
Z_block_3:
LOAD s5, 00
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
SUB part4_add, 15
OUTPUT part_main, (part4_add)
SUB part3_add, 01
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
S_block_3:
LOAD s5, 00
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
SUB part4_add, 14
OUTPUT part_main, (part4_add)
ADD part3_add, 02
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
I_block_3:
LOAD TEMP_add, part3_add
ADD TEMP_add, 12
COMPARE TEMP_add, DC
JUMP NC, rotate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Collision
LOAD TEMP_add, part2_add
ADD TEMP_add, 09
COMPARE TEMP_add, DC
JUMP NC, rotate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Collision
LOAD TEMP_add, part4_add
ADD TEMP_add, 1B
COMPARE TEMP_add, DC
JUMP NC, rotate
INPUT TEMP, (TEMP_add)
TEST TEMP, 08
JUMP NZ, Collision
LOAD s5, 00
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
ADD part4_add, 1B
OUTPUT part_main, (part4_add)
ADD part3_add, 12
OUTPUT part_main, (part3_add)
ADD part2_add, 09
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
SQ_block_3:
OUTPUT part_main, (part4_add)
OUTPUT part_main, (part3_add)
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
zeroRotate:
LOAD s5, input_block ;FF port has the type
COMPARE s5, 00
CALL Z, T_block_0
LOAD s5, input_block
COMPARE s5, 01
CALL Z, L_inverse_0
LOAD s5, input_block
COMPARE s5, 02
CALL Z, L_block_0
LOAD s5, input_block
COMPARE s5, 03
CALL Z, Z_block_0
LOAD s5, input_block
COMPARE s5, 04
CALL Z, S_block_0
LOAD s5, input_block
COMPARE s5, 05
CALL Z, I_block_0
LOAD s5, input_block
COMPARE s5, 06
CALL Z, SQ_block_0
LOAD counter, 00
JUMP Collision
L_block_0:
LOAD s5, 00
OUTPUT s5, (part2_add)
OUTPUT s5, (part3_add)
OUTPUT s5, (part4_add)
ADD part4_add, 14
OUTPUT part_main, (part4_add)
ADD part3_add, 14
OUTPUT part_main, (part3_add)
SUB part2_add, 02
OUTPUT part_main, (part2_add)
OUTPUT part_main, (part1_add)
CALL DELAY
CALL DELAY
CALL DELAY
RETURN
L_inverse_0:
LOAD s5, 00