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output_bms2.txt
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main()
NAME: main() ORDER: 11 EFFICIENCY: 919 / 2048
00000000000 -> reg_init
00000000001 -> reg_init
00000000010 -> reg_init
00000000011 -> reg_init
00000000100 -> reg_init
00000000101 -> reg_init
00000000110 -> reg_init
00000000111 -> reg_init
00000001000 -> reg_init
00000001001 -> reg_init
00000001010 -> reg_init
00000001011 -> reg_init
00000001100 -> reg_init
00000001101 -> reg_init
00000001110 -> reg_init
00000001111 -> reg_init
00000010000 -> reg_init
00000010001 -> reg_init
00000010010 -> reg_init
00000010011 -> reg_init
00000010100 -> reg_init
00000010101 -> reg_init
00000010110 -> reg_init
00000010111 -> reg_init
00000011000 -> reg_init
00000011001 -> reg_init
00000011010 -> reg_init
00000011011 -> reg_init
00000011100 -> reg_init
00000011101 -> reg_init
00000011110 -> reg_init
00000011111 -> reg_init
00000100000 -> reg_decr(_Grows)
00000100001 -> main().jump(4,2) -> gen3
00000100010 -> reg_incr(_Grows)
00000100011 -> main().jump(273,8) -> gen1
000001001 -> transfer(_Grows) #gen3
00000101000 -> reg_incr(_Grows)
00000101001 -> reg_incr(_Grows)
0000010101 -> noop.1
000001011 -> transfer(_Gmatrix)
00000110000 -> reg_incr(_Gmatrix)
00000110001 -> reg_incr(_Gmatrix)
00000110010 -> reg_incr(_Gmatrix)
00000110011 -> reg_incr(_Gmatrix)
00000110100 -> reg_incr(_Gmatrix)
00000110101 -> reg_incr(_Gmatrix)
00000110110 -> reg_incr(_Gmatrix)
00000110111 -> reg_incr(_Gmatrix)
00000111000 -> reg_incr(_Gmatrix)
00000111001 -> reg_incr(_Gmatrix)
00000111010 -> reg_incr(_Gmatrix)
00000111011 -> reg_incr(_Gmatrix)
00000111100 -> reg_incr(_Gmatrix)
00000111101 -> reg_incr(_Gmatrix)
00000111110 -> reg_incr(_Gmatrix)
00000111111 -> reg_incr(_Gmatrix)
00001000000 -> reg_incr(_Gmatrix)
00001000001 -> reg_incr(_Gmatrix)
00001000010 -> reg_incr(_Gmatrix)
00001000011 -> reg_incr(_Gmatrix)
00001000100 -> reg_incr(_Gmatrix)
00001000101 -> reg_incr(_Gmatrix)
00001000110 -> reg_incr(_Gmatrix)
00001000111 -> reg_incr(_Gmatrix)
00001001000 -> reg_incr(_Gmatrix)
00001001001 -> reg_incr(_Gmatrix)
00001001010 -> reg_incr(_Gmatrix)
00001001011 -> reg_incr(_Gmatrix)
00001001100 -> reg_incr(_Gmatrix)
00001001101 -> reg_incr(_Gmatrix)
00001001110 -> reg_incr(_Gmatrix)
00001001111 -> reg_incr(_Gmatrix)
00001010000 -> reg_incr(_Gmatrix)
00001010001 -> reg_incr(_Gmatrix)
00001010010 -> reg_incr(_Gmatrix)
00001010011 -> reg_incr(_Gmatrix)
00001010100 -> reg_incr(_Gmatrix)
00001010101 -> reg_incr(_Gmatrix)
00001010110 -> reg_incr(_Gmatrix)
00001010111 -> reg_incr(_Gmatrix)
00001011000 -> reg_incr(_Gmatrix)
00001011001 -> reg_incr(_Gmatrix)
00001011010 -> reg_incr(_Gmatrix)
00001011011 -> reg_incr(_Gmatrix)
00001011100 -> reg_incr(_Gmatrix)
00001011101 -> reg_incr(_Gmatrix)
00001011110 -> reg_incr(_Gmatrix)
00001011111 -> reg_incr(_Gmatrix)
00001100000 -> reg_incr(_Gmatrix)
00001100001 -> reg_incr(_Gmatrix)
00001100010 -> reg_incr(_Gmatrix)
00001100011 -> reg_incr(_Gmatrix)
00001100100 -> reg_incr(_Gmatrix)
00001100101 -> reg_incr(_Gmatrix)
00001100110 -> reg_incr(_Gmatrix)
00001100111 -> reg_incr(_Gmatrix)
00001101000 -> reg_incr(_Gmatrix)
00001101001 -> reg_incr(_Gmatrix)
00001101010 -> reg_incr(_Gmatrix)
00001101011 -> reg_incr(_Gmatrix)
00001101100 -> reg_incr(_Gmatrix)
00001101101 -> reg_incr(_Gmatrix)
00001101110 -> reg_incr(_Gmatrix)
00001101111 -> reg_incr(_Gmatrix)
00001110000 -> reg_incr(_Gmatrix)
00001110001 -> reg_incr(_Gmatrix)
00001110010 -> reg_incr(_Gmatrix)
00001110011 -> reg_incr(_Gmatrix)
00001110100 -> reg_incr(_Gmatrix)
00001110101 -> reg_incr(_Gmatrix)
00001110110 -> reg_incr(_Gmatrix)
00001110111 -> reg_incr(_Gmatrix)
00001111000 -> reg_incr(_Gmatrix)
00001111001 -> reg_incr(_Gmatrix)
00001111010 -> reg_incr(_Gmatrix)
00001111011 -> reg_incr(_Gmatrix)
00001111100 -> reg_incr(_Gmatrix)
00001111101 -> reg_incr(_Gmatrix)
00001111110 -> reg_incr(_Gmatrix)
00001111111 -> reg_incr(_Gmatrix)
00010000000 -> reg_incr(_Gmatrix)
00010000001 -> reg_incr(_Gmatrix)
00010000010 -> reg_incr(_Gmatrix)
00010000011 -> reg_incr(_Gmatrix)
00010000100 -> reg_incr(_Gmatrix)
00010000101 -> reg_incr(_Gmatrix)
00010000110 -> reg_incr(_Gmatrix)
00010000111 -> reg_incr(_Gmatrix)
00010001000 -> reg_incr(_Gmatrix)
00010001001 -> reg_incr(_Gmatrix)
00010001010 -> reg_incr(_Gmatrix)
00010001011 -> reg_incr(_Gmatrix)
00010001100 -> reg_incr(_Gmatrix)
00010001101 -> reg_incr(_Gmatrix)
00010001110 -> reg_incr(_Gmatrix)
00010001111 -> reg_incr(_Gmatrix)
00010010000 -> reg_incr(_Gmatrix)
00010010001 -> reg_incr(_Gmatrix)
00010010010 -> reg_incr(_Gmatrix)
00010010011 -> reg_incr(_Gmatrix)
00010010100 -> reg_incr(_Gmatrix)
00010010101 -> reg_incr(_Gmatrix)
00010010110 -> reg_incr(_Gmatrix)
00010010111 -> reg_incr(_Gmatrix)
00010011000 -> reg_incr(_Gmatrix)
00010011001 -> reg_incr(_Gmatrix)
00010011010 -> reg_incr(_Gmatrix)
00010011011 -> reg_incr(_Gmatrix)
00010011100 -> reg_incr(_Gmatrix)
00010011101 -> reg_incr(_Gmatrix)
00010011110 -> reg_incr(_Gmatrix)
00010011111 -> reg_incr(_Gmatrix)
00010100000 -> reg_incr(_Gmatrix)
00010100001 -> reg_incr(_Gmatrix)
00010100010 -> reg_incr(_Gmatrix)
00010100011 -> reg_incr(_Gmatrix)
00010100100 -> reg_incr(_Gmatrix)
00010100101 -> reg_incr(_Gmatrix)
00010100110 -> reg_incr(_Gmatrix)
00010100111 -> reg_incr(_Gmatrix)
00010101000 -> reg_incr(_Gmatrix)
00010101001 -> reg_incr(_Gmatrix)
00010101010 -> reg_incr(_Gmatrix)
00010101011 -> reg_incr(_Gmatrix)
00010101100 -> reg_incr(_Gmatrix)
00010101101 -> reg_incr(_Gmatrix)
00010101110 -> reg_incr(_Gmatrix)
00010101111 -> reg_incr(_Gmatrix)
00010110000 -> reg_incr(_Gmatrix)
00010110001 -> reg_incr(_Gmatrix)
00010110010 -> reg_incr(_Gmatrix)
00010110011 -> reg_incr(_Gmatrix)
00010110100 -> reg_incr(_Gmatrix)
00010110101 -> reg_incr(_Gmatrix)
00010110110 -> reg_incr(_Gmatrix)
00010110111 -> reg_incr(_Gmatrix)
00010111000 -> reg_incr(_Gmatrix)
00010111001 -> reg_incr(_Gmatrix)
00010111010 -> reg_incr(_Gmatrix)
00010111011 -> reg_incr(_Gmatrix)
00010111100 -> reg_incr(_Gmatrix)
00010111101 -> reg_incr(_Gmatrix)
00010111110 -> reg_incr(_Gmatrix)
00010111111 -> reg_incr(_Gmatrix)
00011000000 -> reg_incr(_Gmatrix)
00011000001 -> reg_incr(_Gmatrix)
00011000010 -> reg_incr(_Gmatrix)
00011000011 -> reg_incr(_Gmatrix)
00011000100 -> reg_incr(_Gmatrix)
00011000101 -> reg_incr(_Gmatrix)
00011000110 -> reg_incr(_Gmatrix)
00011000111 -> reg_incr(_Gmatrix)
00011001000 -> reg_incr(_Gmatrix)
00011001001 -> reg_incr(_Gmatrix)
00011001010 -> reg_incr(_Gmatrix)
00011001011 -> reg_incr(_Gmatrix)
00011001100 -> reg_incr(_Gmatrix)
00011001101 -> reg_incr(_Gmatrix)
00011001110 -> reg_incr(_Gmatrix)
00011001111 -> reg_incr(_Gmatrix)
00011010000 -> reg_incr(_Gmatrix)
00011010001 -> reg_incr(_Gmatrix)
00011010010 -> reg_incr(_Gmatrix)
00011010011 -> reg_incr(_Gmatrix)
00011010100 -> reg_incr(_Gmatrix)
00011010101 -> reg_incr(_Gmatrix)
00011010110 -> reg_incr(_Gmatrix)
00011010111 -> reg_incr(_Gmatrix)
00011011000 -> reg_incr(_Gmatrix)
00011011001 -> reg_incr(_Gmatrix)
00011011010 -> reg_incr(_Gmatrix)
00011011011 -> reg_incr(_Gmatrix)
00011011100 -> reg_incr(_Gmatrix)
00011011101 -> reg_incr(_Gmatrix)
00011011110 -> reg_incr(_Gmatrix)
00011011111 -> reg_incr(_Gmatrix)
00011100000 -> reg_incr(_Gmatrix)
00011100001 -> reg_incr(_Gmatrix)
00011100010 -> reg_incr(_Gmatrix)
00011100011 -> reg_incr(_Gmatrix)
00011100100 -> reg_incr(_Gmatrix)
00011100101 -> reg_incr(_Gmatrix)
00011100110 -> reg_incr(_Gmatrix)
00011100111 -> reg_incr(_Gmatrix)
00011101000 -> reg_incr(_Gmatrix)
00011101001 -> reg_incr(_Gmatrix)
00011101010 -> reg_incr(_Gmatrix)
00011101011 -> reg_incr(_Gmatrix)
00011101100 -> reg_incr(_Gmatrix)
00011101101 -> reg_incr(_Gmatrix)
00011101110 -> reg_incr(_Gmatrix)
00011101111 -> reg_incr(_Gmatrix)
00011110000 -> reg_incr(_Gmatrix)
00011110001 -> reg_incr(_Gmatrix)
00011110010 -> reg_incr(_Gmatrix)
00011110011 -> reg_incr(_Gmatrix)
00011110100 -> reg_incr(_Gmatrix)
00011110101 -> reg_incr(_Gmatrix)
00011110110 -> reg_incr(_Gmatrix)
00011110111 -> reg_incr(_Gmatrix)
00011111000 -> reg_incr(_Gmatrix)
00011111001 -> reg_incr(_Gmatrix)
00011111010 -> reg_incr(_Gmatrix)
00011111011 -> reg_incr(_Gmatrix)
00011111100 -> reg_incr(_Gmatrix)
00011111101 -> reg_incr(_Gmatrix)
00011111110 -> reg_incr(_Gmatrix)
00011111111 -> reg_incr(_Gmatrix)
00100000000 -> reg_incr(_Gmatrix)
00100000001 -> reg_incr(_Gmatrix)
00100000010 -> reg_incr(_Gmatrix)
00100000011 -> reg_incr(_Gmatrix)
00100000100 -> reg_incr(_Gmatrix)
00100000101 -> reg_incr(_Gmatrix)
00100000110 -> reg_incr(_Gmatrix)
00100000111 -> reg_incr(_Gmatrix)
00100001000 -> reg_incr(_Gmatrix)
00100001001 -> reg_incr(_Gmatrix)
00100001010 -> reg_incr(_Gmatrix)
00100001011 -> noop.0
001000011 -> transfer(_Gorder)
00100010000 -> reg_incr(_Gorder)
00100010001 -> reg_decr(_Gorder) #gen1 #gen2
00100010010 -> main().jump(3,1) -> gen6
00100010011 -> reg_incr(_Gorder)
00100010100 -> main().jump(20,4) -> gen4
00100010101 -> noop.0 #gen6
0010001011 -> noop.1
00100011 -> transfer(_Grows,_Gorder,_scratch_1)
001001000 -> transfer(_scratch_1,_Grows)
00100100100 -> reg_decr(_Gorder) #gen4 #gen5
00100100101 -> noop.0
0010010011 -> noop.1
00100101 -> transfer(_Gorder,_Gthreshold,_scratch_1)
001001100 -> transfer(_scratch_1,_Gorder)
001001101 -> noop.2
00100111 -> transfer(_Gmatrix,_Gm_copy,_scratch_1)
001010000 -> transfer(_scratch_1,_Gmatrix)
001010001 -> noop.2
00101001 -> noop.3
0010101 -> noop.4
001011 -> noop.5
0011 -> noop.7
010 -> extract(_GnewEl,_Gmatrix)
01100000 -> transfer(_GnewEl,_Gchild,_scratch_1)
011000010 -> transfer(_scratch_1,_GnewEl)
011000011 -> transfer(_Gi)
01100010 -> transfer(_Gi,_scratch_1,_scratch_2) #gen31
011000110 -> transfer(_scratch_2,_Gi)
011000111 -> noop.2
01100100 -> transfer(_Gchild,_scratch_2,_scratch_3)
011001010 -> transfer(_scratch_3,_Gchild)
01100101100 -> reg_decr(_scratch_2) #gen32
01100101101 -> main().jump(5,2) -> gen33
01100101110 -> reg_decr(_scratch_1)
01100101111 -> main().jump(25,4) -> gen34
01100110000 -> main().jump(12,5) -> gen32
01100110001 -> noop.0 #gen33
0110011001 -> noop.1
011001101 -> transfer(_scratch_1)
01100111000 -> main().jump(1942,10) -> gen30
01100111001 -> noop.0 #gen34
0110011101 -> noop.1
011001111 -> transfer(_scratch_2)
01101000 -> transfer(_Gmatrix,_Gm_copy,_scratch_2) #gen35
011010010 -> transfer(_scratch_2,_Gmatrix)
011010011 -> transfer(_Gj)
01101010 -> transfer(_Gj,_scratch_1,_scratch_2) #gen37
011010110 -> transfer(_scratch_1,_Gj)
011010111 -> noop.2
01101100 -> transfer(_Gchild,_scratch_1,_scratch_3)
011011010 -> transfer(_scratch_3,_Gchild)
01101101100 -> reg_decr(_scratch_1) #gen38
01101101101 -> main().jump(5,2) -> gen39
01101101110 -> reg_decr(_scratch_2)
01101101111 -> main().jump(25,4) -> gen40
01101110000 -> main().jump(12,5) -> gen38
01101110001 -> noop.0 #gen39
0110111001 -> noop.1
011011101 -> transfer(_scratch_2)
01101111000 -> main().jump(798,9) -> gen36
01101111001 -> noop.0 #gen40
0110111101 -> noop.1
011011111 -> transfer(_scratch_1)
0111 -> noop.7 #gen41
100 -> extract(_GnewEl,_Gm_copy)
10100000 -> transfer(_Gm_copy,_scratch_1,_scratch_3)
101000010 -> transfer(_scratch_3,_Gm_copy)
10100001100 -> reg_incr(_scratch_2) #gen65
10100001101 -> reg_incr(_scratch_2)
10100001110 -> reg_decr(_scratch_2) #gen66
10100001111 -> main().jump(7,2) -> gen68
10100010000 -> reg_decr(_scratch_1)
10100010001 -> main().jump(5,2) -> gen67
10100010010 -> main().jump(14,5) -> gen66
10100010011 -> reg_incr(_Gm_copy) #gen68
10100010100 -> main().jump(12,5) -> gen65
10100010101 -> noop.0 #gen67
1010001011 -> noop.1
101000110 -> transfer(_scratch_2)
10100011100 -> reg_incr(_Gj)
10100011101 -> main().jump(848,11) -> gen37
1010001111 -> noop.1 #gen36
101001 -> noop.5
10101 -> noop.6
1011 -> noop.7
110 -> extract(_GnewEl,_Gm_copy)
11100000 -> transfer(_GnewEl,_scratch_1,_scratch_2)
111000010 -> transfer(_scratch_1,_GnewEl)
111000011 -> noop.2
11100010 -> transfer(_Gthreshold,_scratch_1,_scratch_3)
111000110 -> transfer(_scratch_3,_Gthreshold)
11100011100 -> reg_decr(_scratch_1) #gen71
11100011101 -> main().jump(5,2) -> gen72
11100011110 -> reg_decr(_scratch_2)
11100011111 -> main().jump(25,4) -> gen73
11100100000 -> main().jump(28,6) -> gen71
11100100001 -> reg_decr(_scratch_2) #gen72
11100100010 -> main().jump(40,5) -> gen69
11100100011 -> noop.0
111001001 -> transfer(_scratch_2)
11100101000 -> main().jump(9,3) -> gen74
11100101001 -> noop.0 #gen73
1110010101 -> noop.1
111001011 -> transfer(_scratch_1)
11100110000 -> main().jump(40,5) -> gen69
11100110001 -> noop.0 #gen74
1110011001 -> noop.1
111001101 -> noop.2
11100111 -> transfer(_Gchild,_scratch_1,_scratch_2)
111010000 -> transfer(_scratch_2,_Gchild)
111010001 -> transfer(_scratch_1,_GnewEl)
11101001000 -> reg_incr(_Gthreshold) #gen69 #gen70
11101001001 -> noop.0
1110100101 -> noop.1
111010011 -> transfer(_Gj)
11101010 -> transfer(_Gj,_scratch_1,_scratch_2) #gen76
111010110 -> transfer(_scratch_2,_Gj)
111010111 -> noop.2
11101100 -> transfer(_GnewEl,_scratch_2,_scratch_3)
111011010 -> transfer(_scratch_3,_GnewEl)
11101101100 -> reg_decr(_scratch_2) #gen77
11101101101 -> main().jump(5,2) -> gen78
11101101110 -> reg_decr(_scratch_1)
11101101111 -> main().jump(25,4) -> gen79
11101110000 -> main().jump(12,5) -> gen77
11101110001 -> noop.0 #gen78
1110111001 -> noop.1
111011101 -> transfer(_scratch_1)
11101111000 -> main().jump(52,5) -> gen75
11101111001 -> noop.0 #gen79
1110111101 -> noop.1
111011111 -> transfer(_scratch_2)
11110000 -> transfer(_Gmatrix,_scratch_1,_scratch_2) #gen80
111100010 -> transfer(_scratch_1,_Gmatrix)
11110001100 -> reg_decr(_scratch_2) #gen81
11110001101 -> main().jump(5,2) -> gen82
11110001110 -> reg_incr(_Gmatrix)
11110001111 -> reg_incr(_Gmatrix)
11110010000 -> main().jump(12,5) -> gen81
11110010001 -> reg_incr(_Gmatrix) #gen82
11110010010 -> reg_incr(_Gj)
11110010011 -> main().jump(80,8) -> gen76
11110010100 -> reg_incr(_Gi) #gen75
11110010101 -> main().jump(784,11) -> gen31
1111001011 -> noop.1 #gen30
11110011 -> transfer(_Gmatrix,_scratch_2,_scratch_3)
111101000 -> transfer(_scratch_3,_Gmatrix)
11110100100 -> reg_incr(_scratch_1) #gen83
11110100101 -> reg_incr(_scratch_1)
11110100110 -> reg_decr(_scratch_1) #gen84
11110100111 -> main().jump(7,2) -> gen86
11110101000 -> reg_decr(_scratch_2)
11110101001 -> main().jump(5,2) -> gen85
11110101010 -> main().jump(6,4) -> gen84
11110101011 -> reg_incr(_Gmatrix) #gen86
11110101100 -> main().jump(4,4) -> gen83
11110101101 -> noop.0 #gen85
1111010111 -> noop.1
111101100 -> transfer(_scratch_1)
11110110100 -> reg_incr(_Gbig_num)
11110110101 -> reg_decr(_Gmatrix)
11110110110 -> main().jump(3,1) -> gen89
11110110111 -> reg_incr(_Gmatrix)
11110111000 -> main().jump(2,1) -> gen87
11110111001 -> halt #gen89
1111011101 -> noop.1 #gen87 #gen88
111101111 -> noop.2
11111 -> noop.6
noop.6
NAME: noop.6 ORDER: 6 EFFICIENCY: 0 / 64
noop.2
NAME: noop.2 ORDER: 2 EFFICIENCY: 0 / 4
noop.1
NAME: noop.1 ORDER: 1 EFFICIENCY: 0 / 2
halt
NAME: halt ORDER: 0 EFFICIENCY: 1 / 1
main().jump(2,1)
NAME: main().jump(2,1) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_Gmatrix)
NAME: reg_incr(_Gmatrix) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(3,1)
NAME: main().jump(3,1) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_Gmatrix)
NAME: reg_decr(_Gmatrix) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_Gbig_num)
NAME: reg_incr(_Gbig_num) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_1)
NAME: transfer(_scratch_1) ORDER: 2 EFFICIENCY: 3 / 4
00 -> reg_decr(_scratch_1) #again
01 -> transfer(_scratch_1).jump(3,1) -> zero
10 -> transfer(_scratch_1).jump(0,2) -> again
11 -> noop.0 #zero
noop.0
NAME: noop.0 ORDER: 0 EFFICIENCY: 0 / 1
transfer(_scratch_1).jump(0,2)
NAME: transfer(_scratch_1).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_1).jump(3,1)
NAME: transfer(_scratch_1).jump(3,1) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_scratch_1)
NAME: reg_decr(_scratch_1) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(4,4)
NAME: main().jump(4,4) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(6,4)
NAME: main().jump(6,4) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(5,2)
NAME: main().jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_scratch_2)
NAME: reg_decr(_scratch_2) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(7,2)
NAME: main().jump(7,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_scratch_1)
NAME: reg_incr(_scratch_1) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_3,_Gmatrix)
NAME: transfer(_scratch_3,_Gmatrix) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_3) #again
01 -> transfer(_scratch_3,_Gmatrix).jump(4,2) -> zero
10 -> reg_incr(_Gmatrix)
11 -> transfer(_scratch_3,_Gmatrix).jump(0,2) -> again
transfer(_scratch_3,_Gmatrix).jump(0,2)
NAME: transfer(_scratch_3,_Gmatrix).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_3,_Gmatrix).jump(4,2)
NAME: transfer(_scratch_3,_Gmatrix).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_scratch_3)
NAME: reg_decr(_scratch_3) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gmatrix,_scratch_2,_scratch_3)
NAME: transfer(_Gmatrix,_scratch_2,_scratch_3) ORDER: 3 EFFICIENCY: 5 / 8
000 -> reg_decr(_Gmatrix) #again
001 -> transfer(_Gmatrix,_scratch_2,_scratch_3).jump(5,2) -> zero
010 -> reg_incr(_scratch_2)
011 -> reg_incr(_scratch_3)
100 -> transfer(_Gmatrix,_scratch_2,_scratch_3).jump(0,3) -> again
101 -> noop.0 #zero
11 -> noop.1
transfer(_Gmatrix,_scratch_2,_scratch_3).jump(0,3)
NAME: transfer(_Gmatrix,_scratch_2,_scratch_3).jump(0,3) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_scratch_3)
NAME: reg_incr(_scratch_3) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_scratch_2)
NAME: reg_incr(_scratch_2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gmatrix,_scratch_2,_scratch_3).jump(5,2)
NAME: transfer(_Gmatrix,_scratch_2,_scratch_3).jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(784,11)
NAME: main().jump(784,11) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_Gi)
NAME: reg_incr(_Gi) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(80,8)
NAME: main().jump(80,8) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_Gj)
NAME: reg_incr(_Gj) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(12,5)
NAME: main().jump(12,5) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_1,_Gmatrix)
NAME: transfer(_scratch_1,_Gmatrix) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_1) #again
01 -> transfer(_scratch_1,_Gmatrix).jump(4,2) -> zero
10 -> reg_incr(_Gmatrix)
11 -> transfer(_scratch_1,_Gmatrix).jump(0,2) -> again
transfer(_scratch_1,_Gmatrix).jump(0,2)
NAME: transfer(_scratch_1,_Gmatrix).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_1,_Gmatrix).jump(4,2)
NAME: transfer(_scratch_1,_Gmatrix).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gmatrix,_scratch_1,_scratch_2)
NAME: transfer(_Gmatrix,_scratch_1,_scratch_2) ORDER: 3 EFFICIENCY: 5 / 8
000 -> reg_decr(_Gmatrix) #again
001 -> transfer(_Gmatrix,_scratch_1,_scratch_2).jump(5,2) -> zero
010 -> reg_incr(_scratch_1)
011 -> reg_incr(_scratch_2)
100 -> transfer(_Gmatrix,_scratch_1,_scratch_2).jump(0,3) -> again
101 -> noop.0 #zero
11 -> noop.1
transfer(_Gmatrix,_scratch_1,_scratch_2).jump(0,3)
NAME: transfer(_Gmatrix,_scratch_1,_scratch_2).jump(0,3) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gmatrix,_scratch_1,_scratch_2).jump(5,2)
NAME: transfer(_Gmatrix,_scratch_1,_scratch_2).jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_2)
NAME: transfer(_scratch_2) ORDER: 2 EFFICIENCY: 3 / 4
00 -> reg_decr(_scratch_2) #again
01 -> transfer(_scratch_2).jump(3,1) -> zero
10 -> transfer(_scratch_2).jump(0,2) -> again
11 -> noop.0 #zero
transfer(_scratch_2).jump(0,2)
NAME: transfer(_scratch_2).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_2).jump(3,1)
NAME: transfer(_scratch_2).jump(3,1) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(52,5)
NAME: main().jump(52,5) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(25,4)
NAME: main().jump(25,4) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_3,_GnewEl)
NAME: transfer(_scratch_3,_GnewEl) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_3) #again
01 -> transfer(_scratch_3,_GnewEl).jump(4,2) -> zero
10 -> reg_incr(_GnewEl)
11 -> transfer(_scratch_3,_GnewEl).jump(0,2) -> again
transfer(_scratch_3,_GnewEl).jump(0,2)
NAME: transfer(_scratch_3,_GnewEl).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_GnewEl)
NAME: reg_incr(_GnewEl) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_3,_GnewEl).jump(4,2)
NAME: transfer(_scratch_3,_GnewEl).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_GnewEl,_scratch_2,_scratch_3)
NAME: transfer(_GnewEl,_scratch_2,_scratch_3) ORDER: 3 EFFICIENCY: 5 / 8
000 -> reg_decr(_GnewEl) #again
001 -> transfer(_GnewEl,_scratch_2,_scratch_3).jump(5,2) -> zero
010 -> reg_incr(_scratch_2)
011 -> reg_incr(_scratch_3)
100 -> transfer(_GnewEl,_scratch_2,_scratch_3).jump(0,3) -> again
101 -> noop.0 #zero
11 -> noop.1
transfer(_GnewEl,_scratch_2,_scratch_3).jump(0,3)
NAME: transfer(_GnewEl,_scratch_2,_scratch_3).jump(0,3) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_GnewEl,_scratch_2,_scratch_3).jump(5,2)
NAME: transfer(_GnewEl,_scratch_2,_scratch_3).jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_GnewEl)
NAME: reg_decr(_GnewEl) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_2,_Gj)
NAME: transfer(_scratch_2,_Gj) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_2) #again
01 -> transfer(_scratch_2,_Gj).jump(4,2) -> zero
10 -> reg_incr(_Gj)
11 -> transfer(_scratch_2,_Gj).jump(0,2) -> again
transfer(_scratch_2,_Gj).jump(0,2)
NAME: transfer(_scratch_2,_Gj).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_2,_Gj).jump(4,2)
NAME: transfer(_scratch_2,_Gj).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gj,_scratch_1,_scratch_2)
NAME: transfer(_Gj,_scratch_1,_scratch_2) ORDER: 3 EFFICIENCY: 5 / 8
000 -> reg_decr(_Gj) #again
001 -> transfer(_Gj,_scratch_1,_scratch_2).jump(5,2) -> zero
010 -> reg_incr(_scratch_1)
011 -> reg_incr(_scratch_2)
100 -> transfer(_Gj,_scratch_1,_scratch_2).jump(0,3) -> again
101 -> noop.0 #zero
11 -> noop.1
transfer(_Gj,_scratch_1,_scratch_2).jump(0,3)
NAME: transfer(_Gj,_scratch_1,_scratch_2).jump(0,3) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gj,_scratch_1,_scratch_2).jump(5,2)
NAME: transfer(_Gj,_scratch_1,_scratch_2).jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_Gj)
NAME: reg_decr(_Gj) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gj)
NAME: transfer(_Gj) ORDER: 2 EFFICIENCY: 3 / 4
00 -> reg_decr(_Gj) #again
01 -> transfer(_Gj).jump(3,1) -> zero
10 -> transfer(_Gj).jump(0,2) -> again
11 -> noop.0 #zero
transfer(_Gj).jump(0,2)
NAME: transfer(_Gj).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gj).jump(3,1)
NAME: transfer(_Gj).jump(3,1) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_Gthreshold)
NAME: reg_incr(_Gthreshold) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_1,_GnewEl)
NAME: transfer(_scratch_1,_GnewEl) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_1) #again
01 -> transfer(_scratch_1,_GnewEl).jump(4,2) -> zero
10 -> reg_incr(_GnewEl)
11 -> transfer(_scratch_1,_GnewEl).jump(0,2) -> again
transfer(_scratch_1,_GnewEl).jump(0,2)
NAME: transfer(_scratch_1,_GnewEl).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_1,_GnewEl).jump(4,2)
NAME: transfer(_scratch_1,_GnewEl).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_2,_Gchild)
NAME: transfer(_scratch_2,_Gchild) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_2) #again
01 -> transfer(_scratch_2,_Gchild).jump(4,2) -> zero
10 -> reg_incr(_Gchild)
11 -> transfer(_scratch_2,_Gchild).jump(0,2) -> again
transfer(_scratch_2,_Gchild).jump(0,2)
NAME: transfer(_scratch_2,_Gchild).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_Gchild)
NAME: reg_incr(_Gchild) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_2,_Gchild).jump(4,2)
NAME: transfer(_scratch_2,_Gchild).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gchild,_scratch_1,_scratch_2)
NAME: transfer(_Gchild,_scratch_1,_scratch_2) ORDER: 3 EFFICIENCY: 5 / 8
000 -> reg_decr(_Gchild) #again
001 -> transfer(_Gchild,_scratch_1,_scratch_2).jump(5,2) -> zero
010 -> reg_incr(_scratch_1)
011 -> reg_incr(_scratch_2)
100 -> transfer(_Gchild,_scratch_1,_scratch_2).jump(0,3) -> again
101 -> noop.0 #zero
11 -> noop.1
transfer(_Gchild,_scratch_1,_scratch_2).jump(0,3)
NAME: transfer(_Gchild,_scratch_1,_scratch_2).jump(0,3) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gchild,_scratch_1,_scratch_2).jump(5,2)
NAME: transfer(_Gchild,_scratch_1,_scratch_2).jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_Gchild)
NAME: reg_decr(_Gchild) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(40,5)
NAME: main().jump(40,5) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(9,3)
NAME: main().jump(9,3) ORDER: 0 EFFICIENCY: 1 / 1
main().jump(28,6)
NAME: main().jump(28,6) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_3,_Gthreshold)
NAME: transfer(_scratch_3,_Gthreshold) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_3) #again
01 -> transfer(_scratch_3,_Gthreshold).jump(4,2) -> zero
10 -> reg_incr(_Gthreshold)
11 -> transfer(_scratch_3,_Gthreshold).jump(0,2) -> again
transfer(_scratch_3,_Gthreshold).jump(0,2)
NAME: transfer(_scratch_3,_Gthreshold).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_3,_Gthreshold).jump(4,2)
NAME: transfer(_scratch_3,_Gthreshold).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gthreshold,_scratch_1,_scratch_3)
NAME: transfer(_Gthreshold,_scratch_1,_scratch_3) ORDER: 3 EFFICIENCY: 5 / 8
000 -> reg_decr(_Gthreshold) #again
001 -> transfer(_Gthreshold,_scratch_1,_scratch_3).jump(5,2) -> zero
010 -> reg_incr(_scratch_1)
011 -> reg_incr(_scratch_3)
100 -> transfer(_Gthreshold,_scratch_1,_scratch_3).jump(0,3) -> again
101 -> noop.0 #zero
11 -> noop.1
transfer(_Gthreshold,_scratch_1,_scratch_3).jump(0,3)
NAME: transfer(_Gthreshold,_scratch_1,_scratch_3).jump(0,3) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gthreshold,_scratch_1,_scratch_3).jump(5,2)
NAME: transfer(_Gthreshold,_scratch_1,_scratch_3).jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_Gthreshold)
NAME: reg_decr(_Gthreshold) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_GnewEl,_scratch_1,_scratch_2)
NAME: transfer(_GnewEl,_scratch_1,_scratch_2) ORDER: 3 EFFICIENCY: 5 / 8
000 -> reg_decr(_GnewEl) #again
001 -> transfer(_GnewEl,_scratch_1,_scratch_2).jump(5,2) -> zero
010 -> reg_incr(_scratch_1)
011 -> reg_incr(_scratch_2)
100 -> transfer(_GnewEl,_scratch_1,_scratch_2).jump(0,3) -> again
101 -> noop.0 #zero
11 -> noop.1
transfer(_GnewEl,_scratch_1,_scratch_2).jump(0,3)
NAME: transfer(_GnewEl,_scratch_1,_scratch_2).jump(0,3) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_GnewEl,_scratch_1,_scratch_2).jump(5,2)
NAME: transfer(_GnewEl,_scratch_1,_scratch_2).jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
extract(_GnewEl,_Gm_copy)
NAME: extract(_GnewEl,_Gm_copy) ORDER: 8 EFFICIENCY: 129 / 256
000000 -> transfer(_GnewEl)
000001 -> noop.2
00001 -> transfer(_Gm_copy,_scratch_1,_scratch_2)
000100 -> transfer(_scratch_2,_Gm_copy)
000101 -> noop.2
00011 -> transfer(_Gm_copy,_scratch_4,_scratch_6)
001000 -> transfer(_scratch_6,_Gm_copy)
00100100 -> reg_incr(_scratch_5) #gen42
00100101 -> reg_incr(_scratch_5)
00100110 -> reg_decr(_scratch_5) #gen43
00100111 -> extract(_GnewEl,_Gm_copy).jump(7,2) -> gen45
00101000 -> reg_decr(_scratch_4)
00101001 -> extract(_GnewEl,_Gm_copy).jump(5,2) -> gen44
00101010 -> extract(_GnewEl,_Gm_copy).jump(6,4) -> gen43
00101011 -> reg_incr(_scratch_3) #gen45
00101100 -> extract(_GnewEl,_Gm_copy).jump(4,4) -> gen42
00101101 -> noop.0 #gen44
0010111 -> noop.1
001100 -> transfer(_scratch_5)
00110100 -> reg_decr(_scratch_3) #gen46
00110101 -> extract(_GnewEl,_Gm_copy).jump(5,2) -> gen47
00110110 -> reg_incr(_scratch_2)
00110111 -> reg_incr(_scratch_2)
00111000 -> extract(_GnewEl,_Gm_copy).jump(4,4) -> gen46
00111001 -> noop.0 #gen47
0011101 -> noop.1
001111 -> transfer(_scratch_1,_Gt2)
01000000 -> reg_decr(_scratch_2) #gen48
01000001 -> extract(_GnewEl,_Gm_copy).jump(5,2) -> gen49
01000010 -> reg_decr(_Gt2)
01000011 -> noop.0
01000100 -> extract(_GnewEl,_Gm_copy).jump(0,3) -> gen48
01000101 -> noop.0 #gen49 #gen51
0100011 -> noop.1
01001 -> transfer(_Gt2,_scratch_1,_scratch_2)
010100 -> transfer(_scratch_1,_Gt2)
01010100 -> reg_decr(_scratch_2)
01010101 -> extract(_GnewEl,_Gm_copy).jump(126,6) -> gen50
01010110 -> reg_decr(_scratch_2)
01010111 -> extract(_GnewEl,_Gm_copy).jump(13,3) -> gen52
010110 -> transfer(_scratch_2)
01011100 -> extract(_GnewEl,_Gm_copy).jump(126,6) -> gen50
01011101 -> reg_incr(_GnewEl) #gen52
0101111 -> noop.1
01100 -> transfer(_Gm_copy,_scratch_2,_scratch_3)
011010 -> transfer(_scratch_3,_Gm_copy)
01101100 -> reg_incr(_scratch_1) #gen53
01101101 -> reg_incr(_scratch_1)
01101110 -> reg_decr(_scratch_1) #gen54
01101111 -> extract(_GnewEl,_Gm_copy).jump(7,2) -> gen56
01110000 -> reg_decr(_scratch_2)
01110001 -> extract(_GnewEl,_Gm_copy).jump(5,2) -> gen55
01110010 -> extract(_GnewEl,_Gm_copy).jump(14,5) -> gen54
01110011 -> reg_incr(_Gm_copy) #gen56
01110100 -> extract(_GnewEl,_Gm_copy).jump(12,5) -> gen53
01110101 -> noop.0 #gen55
0111011 -> noop.1
011110 -> transfer(_scratch_1)
011111 -> noop.2
10000 -> transfer(_Gm_copy,_scratch_1,_scratch_2)
100010 -> transfer(_scratch_2,_Gm_copy)
100011 -> noop.2
10010 -> transfer(_Gm_copy,_scratch_5,_scratch_6)
100110 -> transfer(_scratch_6,_Gm_copy)
10011100 -> reg_incr(_scratch_4) #gen57
10011101 -> reg_incr(_scratch_4)
10011110 -> reg_decr(_scratch_4) #gen58
10011111 -> extract(_GnewEl,_Gm_copy).jump(7,2) -> gen60
10100000 -> reg_decr(_scratch_5)
10100001 -> extract(_GnewEl,_Gm_copy).jump(5,2) -> gen59
10100010 -> extract(_GnewEl,_Gm_copy).jump(30,6) -> gen58
10100011 -> reg_incr(_scratch_3) #gen60
10100100 -> extract(_GnewEl,_Gm_copy).jump(28,6) -> gen57
10100101 -> noop.0 #gen59
1010011 -> noop.1
101010 -> transfer(_scratch_4)
10101100 -> reg_decr(_scratch_3) #gen61
10101101 -> extract(_GnewEl,_Gm_copy).jump(5,2) -> gen62
10101110 -> reg_incr(_scratch_2)
10101111 -> reg_incr(_scratch_2)
10110000 -> extract(_GnewEl,_Gm_copy).jump(12,5) -> gen61
10110001 -> noop.0 #gen62
1011001 -> noop.1
101101 -> transfer(_scratch_1,_Gt2)
10111000 -> reg_decr(_scratch_2) #gen63
10111001 -> extract(_GnewEl,_Gm_copy).jump(69,8) -> gen51
10111010 -> reg_decr(_Gt2)
10111011 -> noop.0
10111100 -> extract(_GnewEl,_Gm_copy).jump(0,3) -> gen63
10111101 -> extract(_GnewEl,_Gm_copy).jump(69,8) -> gen51 #gen64
1011111 -> noop.1 #gen50
11 -> noop.6
extract(_GnewEl,_Gm_copy).jump(69,8)
NAME: extract(_GnewEl,_Gm_copy).jump(69,8) ORDER: 0 EFFICIENCY: 1 / 1
extract(_GnewEl,_Gm_copy).jump(0,3)
NAME: extract(_GnewEl,_Gm_copy).jump(0,3) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_Gt2)
NAME: reg_decr(_Gt2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_1,_Gt2)
NAME: transfer(_scratch_1,_Gt2) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_1) #again
01 -> transfer(_scratch_1,_Gt2).jump(4,2) -> zero
10 -> reg_incr(_Gt2)
11 -> transfer(_scratch_1,_Gt2).jump(0,2) -> again
transfer(_scratch_1,_Gt2).jump(0,2)
NAME: transfer(_scratch_1,_Gt2).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_Gt2)
NAME: reg_incr(_Gt2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_1,_Gt2).jump(4,2)
NAME: transfer(_scratch_1,_Gt2).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1
extract(_GnewEl,_Gm_copy).jump(12,5)
NAME: extract(_GnewEl,_Gm_copy).jump(12,5) ORDER: 0 EFFICIENCY: 1 / 1
extract(_GnewEl,_Gm_copy).jump(5,2)
NAME: extract(_GnewEl,_Gm_copy).jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_4)
NAME: transfer(_scratch_4) ORDER: 2 EFFICIENCY: 3 / 4
00 -> reg_decr(_scratch_4) #again
01 -> transfer(_scratch_4).jump(3,1) -> zero
10 -> transfer(_scratch_4).jump(0,2) -> again
11 -> noop.0 #zero
transfer(_scratch_4).jump(0,2)
NAME: transfer(_scratch_4).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_4).jump(3,1)
NAME: transfer(_scratch_4).jump(3,1) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_scratch_4)
NAME: reg_decr(_scratch_4) ORDER: 0 EFFICIENCY: 1 / 1
extract(_GnewEl,_Gm_copy).jump(28,6)
NAME: extract(_GnewEl,_Gm_copy).jump(28,6) ORDER: 0 EFFICIENCY: 1 / 1
extract(_GnewEl,_Gm_copy).jump(30,6)
NAME: extract(_GnewEl,_Gm_copy).jump(30,6) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_scratch_5)
NAME: reg_decr(_scratch_5) ORDER: 0 EFFICIENCY: 1 / 1
extract(_GnewEl,_Gm_copy).jump(7,2)
NAME: extract(_GnewEl,_Gm_copy).jump(7,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_scratch_4)
NAME: reg_incr(_scratch_4) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_6,_Gm_copy)
NAME: transfer(_scratch_6,_Gm_copy) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_6) #again
01 -> transfer(_scratch_6,_Gm_copy).jump(4,2) -> zero
10 -> reg_incr(_Gm_copy)
11 -> transfer(_scratch_6,_Gm_copy).jump(0,2) -> again
transfer(_scratch_6,_Gm_copy).jump(0,2)
NAME: transfer(_scratch_6,_Gm_copy).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_Gm_copy)
NAME: reg_incr(_Gm_copy) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_6,_Gm_copy).jump(4,2)
NAME: transfer(_scratch_6,_Gm_copy).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_scratch_6)
NAME: reg_decr(_scratch_6) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gm_copy,_scratch_5,_scratch_6)
NAME: transfer(_Gm_copy,_scratch_5,_scratch_6) ORDER: 3 EFFICIENCY: 5 / 8
000 -> reg_decr(_Gm_copy) #again
001 -> transfer(_Gm_copy,_scratch_5,_scratch_6).jump(5,2) -> zero
010 -> reg_incr(_scratch_5)
011 -> reg_incr(_scratch_6)
100 -> transfer(_Gm_copy,_scratch_5,_scratch_6).jump(0,3) -> again
101 -> noop.0 #zero
11 -> noop.1
transfer(_Gm_copy,_scratch_5,_scratch_6).jump(0,3)
NAME: transfer(_Gm_copy,_scratch_5,_scratch_6).jump(0,3) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_scratch_6)
NAME: reg_incr(_scratch_6) ORDER: 0 EFFICIENCY: 1 / 1
reg_incr(_scratch_5)
NAME: reg_incr(_scratch_5) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_Gm_copy,_scratch_5,_scratch_6).jump(5,2)
NAME: transfer(_Gm_copy,_scratch_5,_scratch_6).jump(5,2) ORDER: 0 EFFICIENCY: 1 / 1
reg_decr(_Gm_copy)
NAME: reg_decr(_Gm_copy) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_2,_Gm_copy)
NAME: transfer(_scratch_2,_Gm_copy) ORDER: 2 EFFICIENCY: 4 / 4
00 -> reg_decr(_scratch_2) #again
01 -> transfer(_scratch_2,_Gm_copy).jump(4,2) -> zero
10 -> reg_incr(_Gm_copy)
11 -> transfer(_scratch_2,_Gm_copy).jump(0,2) -> again
transfer(_scratch_2,_Gm_copy).jump(0,2)
NAME: transfer(_scratch_2,_Gm_copy).jump(0,2) ORDER: 0 EFFICIENCY: 1 / 1
transfer(_scratch_2,_Gm_copy).jump(4,2)
NAME: transfer(_scratch_2,_Gm_copy).jump(4,2) ORDER: 0 EFFICIENCY: 1 / 1