Instruction: Simon-Solve-V1, O5T, predict image

Input:
I0
2 7 19,13,,81,0,76,46
O0
2 7 46,19,13,,81,0,76
I1
7 2 3a43a23,34a2b3
O1
7 2 a2c34,43a2a34
I2
2 8 1,,,,,,,
O2
2 8 1,,,,,,,
I3
8 8 f35,8d375,3a8a3735,3a6a8353,b3b653,a37b313,37e3,3
O3
8 8 3,d35a3,c37583,8a373538,6a835a36,3b65b3,7b31b3,f37
I4T
8 2 1a5b986,a8e2
O4T
None
I5T
2 2 9,95
O5T
None

Output: 2 2 95,9

dataset=solve_translate group=translate_xminus2yplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSOLVEV1, 'O2T', predict the image

Input:
I0
2 8 53,,31,41,,31,53,
O0
2 4 53,,31,41
I1
3 4 946,8,,946
O1
3 2 946,8
I2T
3 6 920,9a2,a20,,9a2,920
O2T
None

Output: 3 3 920,9a2,a20

dataset=solve_symmetry group='extract_tile hstack(orig flipx)' predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMON-ARC-HISTOGRAM max

Input:
2:660,4:197
5:1034,2:428,9:34

Output: 5:1034,2:660,4:197,9:34


Instruction: simon-image-scale scalex=up6 scaley=up3

Input: 2 3 69,76,96

Output: 12 9 e6e9,,,e7e6,,,e9e6,,

dataset=scale group=scale_input image_width=small image_height=small scalex=up6 scaley=up3


Instruction: SimonImageMass max mass 2, connectivity 4

Input: 4 7 7a27,54a7,5437,3437,b37,a737,3

Output: 4 7 b10,1b0,,0,,a1a0,0

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.NEAREST4 max_mass=2


Instruction: Simon-Solve-Version1, 'O2T', predict the image

Input:
I0
5 7 039a0,a0595,5a052,30a20,02a30,230a3,0
O0
5 7 595a0,05250,a2030,a3a02,0a323,0,9b03
I1
7 3 b29b6,23a26a2,2936252
O1
7 3 a26b23,3625a29,29b6a2
I2T
3 8 6,,,,,,,
O2T
None
I3T
8 6 40a47474,1303c4,14b3a47,7a42a343,b472434,7b47b4
O3T
None

Output: 3 8 6,,,,,,,

dataset=solve_translate group=translate_xminus2yminus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMON-SOLVE-V1 predict image for 'O5T'

Input:
I0
1 6 7,6,,,9,
O0
7 18 7,,,6,,,,,,,,,9,,,,,
I1
2 2 4,40
O1
14 6 4,,,f4f0,,
I2
1 1 8
O2
7 3 8,,
I3
1 2 2,1
O3
7 6 2,,,1,,
I4T
1 3 3,4,6
O4T
None
I5T
2 2 0,98
O5T
None

Output: 14 6 0,,,f9f8,,

dataset=solve_scale group=x7up_y3up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SimonCellularAutomata, Recognize the transformation. highlife_wrap,serviettes_nowrap,highlife_nowrap,maze_nowrap

Input:
19 24 l0a6c0,k0a6d0,06p0,0,,,o06a0,n06b0,,0,,,,6q0,0,,,f0a6i0,,,f06j0,g06i0,f0606h0,m06c0
19 24 k0606c0,k0b6c0,0,,,,,n0a6a0,0,,,,,,,,,f0a6i0,e06a06h0,e06k0,f06j0,f0a6i0,g06i0,l0a6c0

Output: highlife_wrap=1,serviettes_nowrap=0,highlife_nowrap=0,maze_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=large


Instruction: Simon-Cellular-Automaton, Recognize the transformation between input and output. maze_nowrap,highlife_nowrap

Input:
16 13 f61g6,,,b61k6,6,i6a1c6,b6b1i6,,c61a6a1f6,d6161b61c6,c61c6a1d6,61b616a1a61b61,f6a16a1c6
16 13 6,e6b1f6,6,,,c61j6,b6161i6,e61h6,b61b6a1f6,c6c16a1d6,c6a1616b1c6,e6a1b61c6,e6e1c6

Output: maze_nowrap=0,highlife_nowrap=1

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=medium


Instruction: SIMONSOLVEV1 predict image for 'O4T'

Input:
I0
7 6 b82528,c8582,c85a2,8,,8a2c8
O0
7 6 8252b8,a8582a8,a85a2a8,8,,2d82
I1
6 5 6a80a8,6a20a1,2a10a1,a10101,1a0b1
O1
6 5 80a868,20a162,10a121,010b1,0c10
I2
5 3 0c6,a2b8,a8a38
O2
5 3 b606,b8a2,a3b8
I3
3 3 5a6,5a0,0
O3
3 3 656,050,0
I4T
3 2 3,262
O4T
None
I5T
2 8 36,76,75,71,70,,1,
O5T
None

Output: 3 2 3,a26

dataset=solve_translate group=translate_xminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: Simon-ARC-Image-Symmetry apply symmetry vstack(180 flipx flipx orig flipy)

Input: 11 8 3,86a3a6c36,c6a363a63,a63g6,8f63a6,e683b6,b6363d6,683d6363

dataset=symmetry group=symmetry image_width=medium image_height=small instruction_sequence='vstack(180 flipx flipx orig flipy)'


Instruction: SIMON-SOLVE-VERSION1 predict image for 'O4T'

Input:
I0
2 18 2,,,,,,,,,,,,,,,,,
O0
12 3 2,,
I1
3 18 8,,,,,,828,,,,,,,,,,,
O1
18 3 8,e8e2e8,
I2
3 18 a25,,,,,,295,,,,,,294,,,,,
O2
18 3 k2e5,e2e9e5,e2e9e4
I3
3 18 425,,,,,,347,,,,,,318,,,,,
O3
18 3 e4e2e5,e3e4e7,e3e1e8
I4T
3 6 871,,,,,
O4T
None
I5T
1 6 8,,,,,
O5T
None

Output: 18 1 e8e7e1

dataset=solve_scale group=x6up_y6down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simon-image-scale, Given two images, recognize the transformation. x2up_y1,x1_y1

Input:
21 12 f0m2,,,,,,f1f3f1,,,,,
3 2 0a2,131

Output: x2up_y1=0,x1_y1=0

dataset=scale group=recognize_transformation image_width=large image_height=medium scalex=down7 scaley=down6


Instruction: SIMONIMAGEMASS max mass 1, connectivity topleftbottomright2

Input: 12 7 b9a51a85a95,b939195b83,3b51b95393,c91c9539,a59a39395959,b313a93a595,59295935b95

Output: 12 7 a0d10c1,1a0101b0b1,d1e01,10c1e0,a1a01e01,c101a01b0,1

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.TLBR2 max_mass=1


Instruction: SIMONSARCIMAGEMASS identify places where max mass is 2, connectivity corner4

Input: 3 4 515,a89,091,106

Output: 3 4 1,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.CORNER4 max_mass=2


Instruction: SIMON-SOLVE-V1 'O4T' predict the image

Input:
I0
2 3 13,91,3
O0
3 2 391,313
I1
3 5 838,537,a51,581,818
O1
5 3 8b58,185a3,8a178
I2
5 7 b040,a6840,67860,618a0,068a0,,
O2
7 5 b0b60,b61760,e80,c06a4,0
I3
7 3 28a4b5,24d8,b83b8
O3
3 7 8a2,848,a84,384,a85,,
I4T
3 1 713
O4T
None
I5T
1 9 8,1,,6,2,6,,,8
O5T
None

Output: 1 3 7,1,3

dataset=solve_rotate group=rotate_cw predict=image image_width=small image_height=small task_pixels=a


Instruction: Simon-Solve-V1, 'O4T', predict the image

Input:
I0
5 2 0,2c6
O0
5 2 62b6,0
I1
2 5 02,,0,,
O1
2 5 0,20,,0,
I2
5 5 8,a6b8,a86a8,8,
O2
5 5 8,,8a6a8,b868,8
I3T
5 2 b3a7,3
O3T
None
I4T
2 1 1
O4T
None

Output: 2 1 1

dataset=solve_translate group=translate_xplus1yplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMON-SOLVE-V1, O2T, predict image

Input:
I0
3 4 8,908,8a9,083
O0
9 4 8,90a80a908,8c9a8a9,08a38a083
I1
4 4 94a6,92a0,6956,b06
O1
12 4 94c64a94a6,92c02a92a0,695a659a6956,b0a6e06
I2T
4 3 4,,
O2T
None
I3T
3 4 801,8,858,959
O3T
None

Output: 12 3 4,,

dataset=solve_symmetry group='create_symmetry hstack(orig flipx orig)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: SIMON-SOLVE-VERSION1 predict image for 'O3T'

Input:
I0
4 6 3a29,a209,3292,9232,2a32,92a9
O0
1 1 0
I1
3 5 a92,230,292,3a2,3
O1
1 1 0
I2T
5 9 49a63,496a3,49b3,1c0,13694,17a93,97949,67946,97a46
O2T
None
I3T
9 8 f060,e06a0,d06b0,5c3c0,05f0,a05e0,b05d0,0
O3T
None

Output: 1 1 6

dataset=solve_color group=least_popular_color_1x1 predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMON-SOLVE-V1, 'O3T', predict the image

Input:
I0
2 2 03,73
O0
2 2 3,70
I1
2 3 89,9,10
O1
3 2 0a9,198
I2
3 6 562,252,a67,927,657,a17
O2
6 3 c7a2,152656,169625
I3T
6 5 79c7,3a7371,a73571,a7c9,b7a57
O3T
None
I4T
5 9 0,,04b0,b050,0a450,40540,08504,0a4a0,0
O4T
None

Output: 5 6 79a17,59b7,59537,793a7,c79,b737

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: simonshistogram, histogram a without colors of histogram b

Input:
7:1494,3:1296,1:1101,9:886,6:772,5:85,4:32,2:4
5:1418,9:1241,3:1049,7:1048,2:696,6:632,8:211,4:208,0:74

Output: 1:1101


Instruction: simon-arc-rle-image-pair, histogram-b without colors of histogram-a

Input:
18 8 6b85b0b18252858,b582a58c0d18,b8a5682a458c085,b65a854528a5d0,8a585g056a58,8o05,584a1526c58a5a85,8656a2a8252b85858
15 5 c42e4a2a4,a424243a423b43,l434,4f9c4324,c43e4b62

Output: 9:7,3:6

dataset=image_pair group=b_remove_a_colors image_width=medium image_height=small


Instruction: what are the unique colors in SIMONS-HISTOGRAM

Input:
5:1522,6:1484,4:1453,2:1303,3:1290,7:1287,8:1270,1:519
2:1411,6:829

Output: 1,2,3,4,5,6,7,8


Instruction: Simon-Solve-V1, 'O3T', predict the image

Input:
I0
4 4 2782,0752,0a82,a8a2
O0
16 4 278b2a8287b2a8,075a2a8025702a80,0a8a25702a802570,a8b287b2a82872
I1
4 2 2572,b62
O1
16 2 257a2b6275a2b6,b6a275a2b62752
I2T
2 2 98,63
O2T
None
I3T
2 2 5,8
O3T
None

Output: 8 2 a5a8a5a8,a8a5a8a5

dataset=solve_symmetry group='create_symmetry hstack(orig 180 flipx 180)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: simon-arc-image-scale, What transformation happens here. x5up_y1,x1_y1,x3up_y1,x2up_y1,x4up_y1

Input:
17 8 04a9a409b0b4040,a9a49c04c04a0,b4949a097404b09,40a40e4e0,c0a46b4b09a04,04949c4e0a4,0470a407c409a04,40909a07a0a470404
17 24 04a9a409b0b4040,,,a9a49c04c04a0,,,b4949a097404b09,,,40a40e4e0,,,c0a46b4b09a04,,,04949c4e0a4,,,0470a407c409a04,,,40909a07a0a470404,,

Output: x5up_y1=0,x1_y1=0,x3up_y1=0,x2up_y1=0,x4up_y1=0

dataset=scale group=recognize_transformation image_width=medium image_height=small scalex=up1 scaley=up3


Instruction: Simon-Image-Shape detect shape3x3 bit 1

Input: 16 11 b979b1797a9179,797e9791c9,f9797a9b71,19a7919791a97919,739a71c971a7a9,9391a9b59797b9,a7c595c97919,j1279a7,a9737959a7972a79,a79395b9a797297,97975d9197927

Output: 16 11 0,01a01f01a01,010c10b1d0,01a010b10b1b0,b010a101b01a01,0a1e0a1010a1,f01010b101,k0a1a0,m010,b01b0101e0,0a1b0b1a0a1a01

dataset=shape group=shape3x3_center image_width=medium image_height=medium


Instruction: simons-arc-image-scale scalex=down2 scaley=up6

Input: 26 5 c5k8g5a8,a5g8c5a0a8a0a8a5a8,a8a0i5a8c5a8a5a8,a5a8a5a0g5c8c0a8,c8c5a0c5a8a0a5a8a5a0

Output: 13 30 a5e8c58,,,,,,5c8a5080858,,,,,,80d58a5858,,,,,,5850c5a8a08,,,,,,a8a50a5805850,,,,,

dataset=scale group=scale_input image_width=large image_height=small scalex=down2 scaley=up6


Instruction: SimonArcImageScale scalex=up7 scaley=down7

Input: 4 21 0287,,,,,,,a0a7,,,,,,,1a27,,,,,,

Output: 28 3 f0f2f8f7,m0m7,f1m2f7

dataset=scale group=scale_input image_width=small image_height=large scalex=up7 scaley=down7


Instruction: Simon-Solve-Version1 predict image for O2T

Input:
I0
4 7 5651,7657,5a68,a768,,a568,5a78
O0
4 7 a785,6515,65a7,a685,7687,,5685
I1
7 5 a858583,5a81873,a8a7a51,58a5a28,a529818
O1
7 5 5298185,8585838,a818735,8a7a518,8a5a285
I2T
5 5 02647,01270,a3273,3a053,05630
O2T
None

Output: 5 5 563a0,26470,127a0,327a3,a05a3

dataset=solve_translate group=translate_xminus1yplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: simon-solve-version1 'O4T' predict the image

Input:
I0
4 4 a919,9189,91a9,a974
O0
20 4 91b91c974a974a919,981a981a91b91b9189,a91b91a918a918a91a9,47a947c91b91b974
I1
4 2 a712,21a7
O1
20 2 21a721a721a721c712,a712a712a712a71a21a7
I2
2 4 95,53,51,07
O2
10 4 5959070795,353a515153,151a535351,7070959507
I3
4 3 a987,a039,9a79
O3
20 3 78a978b9a7a9a7b987,93a093c039a039a039,9a7a9a7b987a9879a79
I4T
3 3 464,760,470
O4T
None
I5T
3 3 087,0a9,820
O5T
None

Output: 15 3 46a46a470470464,06706a760760760,07407a46a46a470

dataset=solve_symmetry group='create_symmetry hstack(flipx flipx flipy flipy orig)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: SIMONSOLVEVERSION1 predict image for 'O3T'

Input:
I0
2 7 85,04,54,51,45,5,13
O0
2 7 54,51,45,5,13,85,04
I1
7 4 c1b7,1710b1,b1a910,b957a1
O1
7 4 b1a910,b957a1,c1b7,1710b1
I2
4 4 31a9,2397,2315,a7a1
O2
4 4 2315,a7a1,31a9,2397
I3T
4 6 2,2328,3a28,a3a2,32a3,2
O3T
None
I4T
6 6 a60372,383a23,083603,a30363,0a30a1,a9a103
O4T
None

Output: 4 6 3a28,a3a2,32a3,2,,2328

dataset=solve_translate group=translate_yminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simon-image-symmetry apply symmetry vstack(flipy flipx)

Input: 6 13 a48a38,c4a8,80b85,348353,3a8583,835b3,35a843,a843a8,8,a84308,3d8,340838,838a43

Output: 6 26 838a43,340838,3d8,a84308,8,a843a8,35a843,835b3,3a8583,348353,80b85,c4a8,a48a38,8a38a4,a8c4,5b808,353843,385a83,b3538,34a853,a834a8,8,8034a8,d83,838043,3a4838

dataset=symmetry group=symmetry image_width=small image_height=medium instruction_sequence='vstack(flipy flipx)'


Instruction: SIMONSOLVEVERSION1, O3T, predict image

Input:
I0
2 6 52,,15,6,21,01
O0
2 6 52,15,6,21,01,52
I1
6 5 40b49,460534,a46504,b53a0,c434
O1
6 5 3a4605,0b465,a0b53,3d4,4940a4
I2
5 8 a2a86,61828,81b8,a81a8,,b828,a8128,b328
O2
5 8 28618,b818,c81,,2c8,2b81,28b3,86a28
I3T
8 6 28b24a2,21248412,a48b241,8d916,18424841,82841242
O3T
None

Output: 8 6 1a212484,41a48b2,168d9,4a184248,42828412,b28b24

dataset=solve_translate group=translate_xplus2yminus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: Simons-ARC-Image-Mass identify places where max mass is 5, connectivity nearest4

Input: 9 3 582b91a5,a74607579,a1b90957

Output: 9 3 1,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.NEAREST4 max_mass=5


Instruction: SimonArcImageMass identify places where max mass is 2, connectivity leftright2

Input: 6 15 c515,a57157,1b581,373585,537581,1b587,c507,57a085,105a85,134835,1a38a5,1583a5,5b351,53a5a3,1d5

Output: 6 15 c0a1,1,1b0a1,1,,1b0a1,c0a1,1,,,,,1b0a1,1,1d0

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.LR2 max_mass=2


Instruction: simons-cellular-automata, Recognize the transformation between input and output. highlife_wrap,cave_nowrap,maze_wrap

Output: highlife_wrap=0,cave_nowrap=1,maze_wrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=large


Instruction: SimonsRLEImage rotated halfway

Input: 4 7 4b2,47a2,4732,6378,6b2,98a2,2a35

Output: 4 7 5a32,a289,b26,8736,2374,a274,b24

dataset=image_deserialize group=rotate_180 image_width=small image_height=small


Instruction: Half a rotation of SIMONARCRLEIMAGE

dataset=image_deserialize group=rotate_180 image_width=large image_height=medium


Instruction: SimonImageMass identify places where max mass is 1, connectivity 8

Input: 5 7 a73a7,17357,173a7,23b7,72b7,720a7,a7407

Output: 5 7 0,b010,0,,,,a01a0

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.ALL8 max_mass=1


Instruction: Simon-Solve-V1 predict image for 'O3T'

Input:
I0
4 4 a187,,5871,1361
O0
4 4 1361,5871,a187,
I1
4 5 a386,b38,a313,2521,36a8
O1
4 5 36a8,2521,a313,b38,a386
I2
5 1 28a34
O2
5 1 28a34
I3T
1 8 1,,,0,,,3,
O3T
None
I4T
8 8 a71b797,7a978a97,19787a69,97189b7,798b9a7,9c7b9,c71b7,71797a97
O4T
None

Output: 1 8 3,,0,,,1,,

dataset=solve_rotate group=flipy predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolvev1 'O4T' predict the image

Input:
I0
2 16 0,3,13,37,0,3,13,37,0,3,13,37,0,3,13,37
O0
2 4 0,3,13,37
I1
4 12 3535,a451,5061,3535,a451,5061,3535,a451,5061,3535,a451,5061
O1
4 3 3535,a451,5061
I2
3 16 0,010,018,013,0,010,018,013,0,010,018,013,0,010,018,013
O2
3 4 0,010,018,013
I3
4 12 3,3a93,63a6,3,3a93,63a6,3,3a93,63a6,3,3a93,63a6
O3
4 3 3,3a93,63a6
I4T
3 8 878,,,,,,,
O4T
None

Output: 3 2 878,

dataset=solve_symmetry group='extract_tile vstack(orig orig orig orig)' predict=image image_width=small image_height=medium task_pixels=a


Instruction: simon-arc-image-scale scalex=up2 scaley=up2

Input: 7 12 e97,7b97a9,9,c90a9,979a0a9,a909709,b98a07,7978490,9790895,a709357,94a37a9,937c9

Output: 14 24 k9a7,,a7e9a7c9,,9,,g9a0c9,,a9a7a9c0c9,,c9a0a9a7a0a9,,e9a8c0a7,,a7a9a7a8a4a9a0,,a9a7a9a0a8a9a5,,c7a0a9a3a5a7,,a9a4c3a7c9,,a9a3a7g9,

dataset=scale group=scale_input image_width=small image_height=medium scalex=up2 scaley=up2


Instruction: simonsolvev1 predict image for O3T

Input:
I0
1 12 2,,,,,,7,,,,,
O0
4 2 2,7
I1
4 12 b65,,,,,,35a6,,,,,
O1
16 2 k6c5,c3c5g6
I2T
3 18 1,,,,,,4a1,,,,,,2,,,,,
O2T
None
I3T
5 12 a2a03,,,,,,a20a7,,,,,
O3T
None

Output: 20 2 g2g0c3,g2c0g7

dataset=solve_scale group=x4up_y6down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMONSCELLULARAUTOMATA, Given two images, recognize the transformations. highlife_nowrap,maze_nowrap

Input:
20 26 9,,,,,,,,,,,,h9a0h9,,b90o9,b90g9a0e9,l90e9,9,,,,,,,,
20 26 9,,,,,,,,,,,,,,,,,,,,,,,,,

Output: highlife_nowrap=0,maze_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=large


Instruction: SIMON-SOLVE-VERSION1 predict image for O2T

Input:
I0
2 2 25,32
O0
4 2 2325,5232
I1
2 2 14,1
O1
4 2 b14,4b1
I2T
2 4 1,90,69,61
O2T
None

Output: 4 4 16a1,9690,0969,a161

dataset=solve_symmetry group='create_symmetry hstack(180 orig)' predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONCELLULARAUTOMATON, What transformation happens. highlife_wrap,gameoflife_wrap,cave_wrap

Output: highlife_wrap=0,gameoflife_wrap=0,cave_wrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=large


Instruction: number of unique colors in SIMONS-ARC-HISTOGRAM

Input:
6:1586,3:1517,7:1266,5:892,0:32
0:1016,9:815,3:704,6:595

Output: 6


Instruction: simon-cellular-automata, Recognize the transformation between input and output. serviettes_wrap,maze_nowrap,highlife_wrap,cave_wrap,cave_nowrap

Output: serviettes_wrap=1,maze_nowrap=0,highlife_wrap=0,cave_wrap=0,cave_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=large image_height=medium


Instruction: SIMONSOLVEV1 'O4T' predict the image

Input:
I0
6 12 a18b5,854585,5848a5,54a585,548a58,458a58,48a585,b5b8,c5a8,,5,a58b5
O0
6 12 1,,,,,,,,,,,
I1
5 13 38b3,c38,,3,a38a3,,3,c38,3,8a3a8,3,8b38,8a383
O1
5 13 8,,,,,,,,,,,,
I2
4 12 3a83,3,a3a8,b38,3,a383,3,,a383,38a3,8b3,3
O2
4 12 8,,,,,,,,,,,
I3T
12 5 62a62f6,6b8c6a2a6,92a6a8c376,9f62676,j67
O3T
None
I4T
5 11 7,,,,,,,,,,
O4T
None

Output: 5 11 7,,,,,,,,,,

dataset=solve_color group=least_popular_color_same predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simons-cellular-automaton, Recognize the transformation. highlife_wrap,cave_wrap,maze_wrap,serviettes_nowrap,gameoflife_wrap

Input:
23 21 7u8,8,n8a7e8,c8a7i87e8,b8a7q8,a8a7h8a7g8,a87i8a7g8,8,,,,,,s8b7,s87a8,8,q87c8,i8b7i8,8,7u8,7s8a7
23 21 8,,n8a7e8,b8b7h8a7e8,a87a87p8,a8787g8a7g8,a8a7h8a7g8,8,,,,,t878,s8a78,s87a8,8,j87j8,,,8,

Output: highlife_wrap=0,cave_wrap=0,maze_wrap=0,serviettes_nowrap=0,gameoflife_wrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=large image_height=large


Instruction: process SIMONSARCIMAGE and return the cw rotated

Input: 14 15 h3a2b7,d3c2d3,c38a2f3,b38b2f3,328b3a2e3,438b3a2e3,48c3a2c4a3,8d32b38b3,e323a8c3,f38e3,e382e3,d3b8e3,b3b8g3,a3a8i3,38k3

Output: 15 14 f38a4d3,8f3832c3,38f3a8c3,3a8g38b3,a38g328a3,a3a8f3b23,b3a83g23,b3828a3b2a323,e3834c323,e3834d32,f384d32,g34d37,m37,

dataset=image_deserialize group=rotate_cw image_width=medium image_height=medium


Instruction: simon-image-symmetry Symmetry vstack(flipx orig flipy orig flipx)

Input: 8 22 6,,,e6a5,d63a6,c63b6,b63c6,a67d6,67e6,6,,,,,,,,,,,,

dataset=symmetry group=symmetry image_width=small image_height=large instruction_sequence='vstack(flipx orig flipy orig flipx)'


Instruction: SIMON-SOLVE-VERSION1, O2T, predict image

Input:
I0
6 2 c202,a20b7
O0
2 6 72,70,72,02,2,
I1
2 4 47,,71,76
O1
4 2 61a7,a7a4
I2T
4 1 2
O2T
None

Output: 1 4 2,,,

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: SimonArcImageSymmetry apply symmetry hstack(180 flipx 180 180)

dataset=symmetry group=symmetry image_width=large image_height=large instruction_sequence='hstack(180 flipx 180 180)'


Instruction: Simons-Image-Scale, What transformation happens. x4up_y1,x3up_y1,x5up_y1,x6up_y1,x1_y1

Input:
13 14 b0208f0,e02b08a0,b08b0202b0,02c08c080,c08082d0,08g08a0,c08g0,80a2h0,d08a02c0,g08b02,a0e1d0,02a0c6c10,b020802a60a2,b02a08a08280
13 14 b0208f0,e02b08a0,b08b0202b0,02c08c080,c08082d0,08g08a0,c08g0,80a2h0,d08a02c0,g08b02,a0e1d0,02a0c6c10,b020802a60a2,b02a08a08280

Output: x4up_y1=0,x3up_y1=0,x5up_y1=0,x6up_y1=0,x1_y1=1

dataset=scale group=recognize_transformation image_width=medium image_height=medium scalex=up1 scaley=up1


Instruction: SimonCellularAutomata, maze wrap=none. steps=1. live=4. dead=9.

Input: 20 8 b9c494b94d9a4,c94949c494d94,9a4c949494a94a9494,a9a4c94b9a4a94b9,c949a49494b9b4a9,b9b494d9a49b49,b9a49b4a9494c949,94a9a49a494949a4c9

Output: 20 8 b9c4949b4d9a4,a9494949c494d94,9a4c949494a94a9b4,9b4a949a49c494949,a94949a49494b9c49,b9b494a94a9a49b49,a9a4a9c49494a94949,b9b49h4c9

dataset=cellular_automaton group=maze_nowrap ca_step=1 image_width=medium image_height=small


Instruction: SIMON-SOLVE-VERSION1 predict image for O5T

Input:
I0
1 6 8,,,1,3,
O0
6 1 a31b8
I1
6 8 056363,034643,03b43,063434,06b36,0346a3,04c3,0a3b6
O1
8 6 6a364b3,6c3a46,6363a463,a34a3a46,343a6a35,0
I2
8 2 1a8c43,d5a37
O2
2 8 73,34,,54,,58,,51
I3
2 6 07,04,09,63,43,4
O3
6 2 4a3947,a46b0
I4T
6 7 0789a8,018985,08a9a8,08a5a8,0815a8,09c8,08b58
O4T
None
I5T
7 7 4a16316,4a13161,4a01310,4606a13,4a313a1,4a6b16,4a61016
O5T
None

Output: 7 7 a613016,d161,0131313,b16136,a63a0a1,a6360a1,4

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: simons-image-shape shape3x3histogramcorners number of unique colors

dataset=shape group=shape3x3_histogram_corners image_width=large image_height=large


Instruction: SimonsCellularAutomata, Given two images, recognize the transformations. serviettes_nowrap,highlife_nowrap,cave_wrap,highlife_wrap

Input:
26 20 5,i54n5,c5b4r5,d5b4h5454e5,e54h545a4e5,5,h54o5,5,n54i5,e54r5,5,b4v5,o54h5,p54b54c5,k54g5a4b5,k5a4a54f545,h54b5a454h5,l5454i5,m54j5,5
26 20 5,c5b4r5,f54i54f5,c54j545454d5,d5454h54a54d5,p5b4e5,5,,,,b4v5,5,b4m54g5,o54b5454b5,j5454a5a4a54a54a5,j54a5a454b5b4a5,k54a5454g5,k54b54h5,l5454i5,5

Output: serviettes_nowrap=1,highlife_nowrap=0,cave_wrap=0,highlife_wrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=large image_height=medium


Instruction: Simon-ARC-Image-Symmetry make symmetric hstack(orig flipy orig)

dataset=symmetry group=symmetry image_width=large image_height=medium instruction_sequence='hstack(orig flipy orig)'


Instruction: simon-cellular-automata, Recognize the transformation between input and output. gameoflife_wrap,maze_wrap,serviettes_wrap

Input:
12 18 8,,,,,,,,,,,,,,,,,
12 18 8,,,,,,,,,,,,,,,,,

Output: gameoflife_wrap=1,maze_wrap=1,serviettes_wrap=1

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=medium


Instruction: simonsolveversion1, O4T, predict image

Input:
I0
5 2 7a872,b4a2
O0
5 2 b4a2,7a872
I1
2 5 15,75,65,02,50
O1
2 5 75,65,02,50,15
I2
5 3 75705,b3a7,0a4a7
O2
5 3 b3a7,0a4a7,75705
I3
3 3 838,,a34
O3
3 3 838,a34,838
I4T
3 3 285,527,a51
O4T
None

Output: 3 3 527,a51,285

dataset=solve_translate group=translate_yminus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolvev1 'O4T' predict the image

Input:
I0
3 1 8a0
O0
3 1 a08
I1
1 6 1,3,,,4,
O1
1 6 4,,1,3,,
I2
6 8 1d0,17c0,017b0,b07a0,a01070,d07,0,
O2
6 8 0,,a01b0,a017a0,b0170,d07,7b010,07c0
I3T
8 4 a12b7a5,1251b52,12c535,153b5a3
O3T
None
I4T
4 2 a747,a4a7
O4T
None

Output: 4 2 4b7,a7a4

dataset=solve_translate group=translate_xplus2yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: SimonsArcImageShape shape3x3 histogram corners number of unique colors

Input: 8 19 5,,,,,,,,,,,,,,,,,,

Output: 8 19 1,,,,,,,,,,,,,,,,,,

dataset=shape group=shape3x3_histogram_corners image_width=small image_height=medium


Instruction: SIMONSOLVEVERSION1, 'O3T', predict the image

Input:
I0
4 2 a464,6a75
O0
2 4 54,76,74,64
I1
2 7 41,,51,45,42,,
O1
7 2 b25b1,c45a4
I2T
7 9 7b6757,b76257,7a62656,67a2757,a1a2a75,7012675,a76a075,c73a0,6b76a3
O2T
None
I3T
9 2 5a13925a1,e9a23
O3T
None

Output: 2 9 31,21,25,92,9,93,91,,95

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: SimonArcImageMass max mass 3, connectivity 4

Input: 6 8 8b756,78a546,78a246,a787a9,a7a973,a9a783,c783,d73

Output: 6 8 1,0d1,,a0c1,a0b10,a1a010,c010,0

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.NEAREST4 max_mass=3


Instruction: simonshistogram, perform minus

Input:
7:1252,3:1156,5:568,0:42,8:8
7:1449,8:914

Output: 3:1156,5:568,0:42


Instruction: Simons-ARC-Image-Scale, What transformation happens. x1_y1,x2up_y1

Input:
4 12 34a3,a343,,b37,a347,3943,3947,3794,3a91,8393,3,
16 12 c3c4g3,g3c4c3,,k3c7,g3c4c7,c3c9c4c3,c3c9c4c7,c3c7c9c4,c3g9c1,c8c3c9c3,3,

Output: x1_y1=0,x2up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=up4 scaley=up1


Instruction: simon-solve-v1 predict image for O2T

Input:
I0
5 5 5,,,,
O0
10 1 5
I1
10 20 191a21c6,,,,,c12a19a1,,,,,1a91929121,,,,,1212b12a9,,,,
O1
20 4 a1a9a1c2a1g6,g1a2c1a9c1,a1c9a1a9a2a9a1a2a1,a1a2a1a2e1a2c9
I2T
8 20 1f3,,,,,7c2a02,,,,,252a8b2,,,,,a28d2,,,,
O2T
None
I3T
7 15 a7d9,,,,,9b06a9,,,,,b96a86,,,,
O3T
None

Output: 16 4 a1m3,a7g2c0a2,a2a5a2c8e2,c2a8i2

dataset=solve_scale group=x2up_y5down predict=image image_width=medium image_height=medium task_pixels=b


Instruction: simons-arc-image-symmetry symmetry vstack(180 180)

dataset=symmetry group=symmetry image_width=large image_height=large instruction_sequence='vstack(180 180)'


Instruction: Simon-Solve-V1 'O5T' predict the image

Input:
I0
2 6 4,54,45,5,57,54
O0
6 2 a4a574,454b5
I1
6 7 7,b74a6,a74375,a54375,727a57,7a50a7,7
O1
7 6 76a5b7,76a75a7,74a3507,a7a4757,b75257,b75b7
I2
7 5 a727b2,b7a272,b2a7a2,72a7272,7272a72
O2
5 7 2,272a7,a2727,72a72,272a7,a7b2,a72a7
I3
5 1 70a27
O3
1 5 7,2,,0,7
I4T
1 3 9,,5
O4T
None
I5T
3 10 5a1,a59,509,593,,393,093,953,915,a95
O5T
None

Output: 10 3 1a9d3a5,150c9519,d530b9

dataset=solve_rotate group=rotate_ccw predict=image image_width=small image_height=small task_pixels=a


Instruction: Simon-Image-Shape shape3x3histogramaroundcenter number of unique colors

dataset=shape group=shape3x3_histogram_around_center image_width=medium image_height=large


Instruction: simon-solve-v1 predict image for O2T

Input:
I0
4 4 2a37,5967,a696,7b0
O0
4 12 2a37,5967,a696,7b0,b07,69a6,7695,7a32,7b0,a696,5967,2a37
I1
4 4 7171,a171,b17,a171
O1
4 12 7171,a171,b17,a171,17a1,7b1,17a1,1717,a171,b17,a171,7171
I2T
4 3 5939,73a9,8369
O2T
None
I3T
3 3 274,7a2,a23
O3T
None

Output: 4 9 5939,73a9,8369,9638,a937,9395,8369,73a9,5939

dataset=solve_symmetry group='create_symmetry vstack(orig 180 flipy)' predict=image image_width=small image_height=medium task_pixels=a


Instruction: Here are 2 images of type Simons-ARC-RLE-Image-Pair, add histograms

Input:
16 3 b6453a5g0,g0a5b3a53,f5b25c45
6 1 4b3a2

Output: 0:16,5:16,3:8,4:6,2:5,6:3

dataset=image_pair group=add_histograms image_width=medium image_height=small


Instruction: SimonsArcImageMass identify places where max mass is 6, connectivity toprightbottomleft2

Input: 15 4 8,f9g8,1m8,

Output: 15 4 1,,,

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.TRBL2 max_mass=6


Instruction: simon-arc-rle-image-pair, number of colors that the 2 images have in common

Input:
10 9 c7471b7,c7141b7,d71c7,c7414b7,0b7a1a5a7,7a05152b7,7570a71b7,e71b7,7
18 10 18a1848421b82c8,a181a8181a2424c8,1a8181b85a2b81a8,141a81a84258a2c8,d81a4a85c6481,b8b4d65e8,b4a68414145b84a8,814f84158a148,1a81a84a818481c8,e81b81d814

Output: 4

dataset=image_pair group=number_of_intersection_colors image_width=medium image_height=small


Instruction: Process Simons-ARC-RLE-Image and return the counter clock wise rotated

Input: 8 2 3a4a5b8,a35a0914

Output: 2 8 84,81,89,50,,45,43,3

dataset=image_deserialize group=rotate_ccw image_width=small image_height=small


Instruction: Simon-ARC-Image-Mass identify places where max mass is 3, connectivity topbottom2

Input: 14 7 a8e9b8b9,a898b39159a89,c9791c3b8,a987a1a4898b3,9a17e4a989,897a4a89a8c9,897e98c9

Output: 14 7 1,,,,,,

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.TB2 max_mass=3


Instruction: simonsolveversion1, 'O2T', predict the image

Input:
I0
2 4 0,07,7,07
O0
4 2 07a0,b70
I1
4 3 5421,7a18,a898
O1
3 4 875,814,912,a81
I2T
3 1 6a8
O2T
None
I3T
1 3 2,0,1
O3T
None

Output: 1 3 6,8,

dataset=solve_rotate group=rotate_cw predict=image image_width=small image_height=small task_pixels=a


Instruction: simon-solve-v1, O3T, predict image

Input:
I0
3 7 515,471,675,691,616,165,159
O0
7 3 54b6a1,1a79165,5151659
I1
7 1 b9b10
O1
1 7 9,,,1,,,0
I2
1 7 9,8,,1,,4,0
O2
7 1 9a8a140
I3T
7 6 3,,,,,
O3T
None
I4T
6 6 d23,2,,2823a2,2a9b2,2326a2
O4T
None

Output: 6 7 3,,,,,,

dataset=solve_rotate group=flipa predict=image image_width=small image_height=small task_pixels=a


Instruction: Simon-Solve-Version1 predict image for O2T

Input:
I0
11 3 8202a9893a9,98a20298393,i19
O0
1 1 1
I1
10 2 d098928,1
O1
1 1 1
I2T
2 1 7
O2T
None
I3T
1 10 1,,,,,,,,,
O3T
None

Output: 1 1 7

dataset=solve_color group=most_popular_color_1x1 predict=image image_width=medium image_height=small task_pixels=a


Instruction: SimonImageMass max mass 5, connectivity all8

Input: 3 5 989,389,049,476,4a9

Output: 3 5 1,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.ALL8 max_mass=5


Instruction: SIMONARCIMAGESCALE, What transformation happens here. x3up_y1,x2up_y1,x4up_y1,x1_y1

Input:
7 15 0631b0,,,,,60b1a0,,,,,060a6a0,,,,
28 3 c0c6c3c1k0,c6c0k1g0,c0c6c0g6g0

Output: x3up_y1=0,x2up_y1=0,x4up_y1=0,x1_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=up4 scaley=down5


Instruction: SimonsImageSymmetry make symmetric hstack(180 flipy)

Input: 24 16 3,,l3a26g3,n36g3,,,,,a3a0k36f3,c3c0g36f3,g3b0d36f3,j3c036f3,n3a0f3,3,,

Output: 48 16 3,,,f3a0z3b3a0f3,f363c0u3c036f3,f36d3b0o3b0d36f3,f36g3c0g3c0g36f3,f36k3a0c3a0k36f3,g36z3b36g3,,,,,g36a2y3a26g3,3,

dataset=symmetry group=symmetry image_width=large image_height=medium instruction_sequence='hstack(180 flipy)'


Instruction: Simons-Image-Symmetry make symmetric hstack(flipx orig)

dataset=symmetry group=symmetry image_width=medium image_height=medium instruction_sequence='hstack(flipx orig)'


Instruction: SIMONIMAGEMASS identify places where max mass is 3, connectivity 8

Input: 11 6 b2a62626a2,606e2a6,a606a26c2,a620a6a2a62,2a6101216a9,a62a60d6

Output: 11 6 e0101a0,h0a1,0,a01g0,1a0101010a1,a01g0

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.ALL8 max_mass=3


Instruction: SIMON-SOLVE-V1 predict image for 'O3T'

Input:
I0
4 1 02a0
O0
1 4 0,,2,0
I1
1 3 6,,2
O1
3 1 2a6
I2T
3 9 a01,701,071,,037,030,,,
O2T
None
I3T
9 3 c6a3a79,a9a3d2,70c97a9
O3T
None

Output: 3 9 929,927,727,923,,936,,096,796

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: process Simon-ARC-RLE-Image and return the cw rotated

Input: 6 13 7d9,7b917,c919,b9179,a971a9,9a7979,9a7b9,9a7b4,974a75,c975,978a95,9b275,97a925

Output: 13 6 j9a7,7279c7d9,92894c7c9,92a974a9a1b9,279a749797a19,d54d979

dataset=image_deserialize group=rotate_cw image_width=small image_height=medium


Instruction: Simons-ARC-Image-Pair, histogram-a excluding histogram-b colors

Input:
14 9 1a231a21929232,1c23b21b23,2a9f23b2,a213a291e2,2121a2902932a3,131292302a32a9,2b3932023a1a2,21a32312931321,a2921313139a21
18 9 15a1818e185b8,18f2512a12a18,581a28h21a2,8b18a18185181c2,5218151a8182a51271,a52b8121818a1a281,2a1a28c1c82721,a1a8515158181a2a12,828c1a851a815a18

Output: 3:26,9:14,0:3

dataset=image_pair group=a_remove_b_colors image_width=medium image_height=small


Instruction: SIMONSIMAGESYMMETRY symmetry hstack(180 180)

dataset=symmetry group=symmetry image_width=medium image_height=large instruction_sequence='hstack(180 180)'


Instruction: SIMONSOLVEV1 predict image for 'O4T'

Input:
I0
7 3 38d1,68a6a34,3849a63
O0
14 12 a3a8i1,,,,a6a8c6c3a4,,,,a3a8a4a9c6a3,,,
I1
5 1 96a74
O1
10 4 a9a6c7a4,,,
I2
1 5 2,8,7,8,2
O2
2 20 2,,,,8,,,,7,,,,8,,,,2,,,
I3T
9 1 8b3a9b8
O3T
None
I4T
1 4 5,4,2,
O4T
None

Output: 2 16 5,,,,4,,,,2,,,,,,,

dataset=solve_scale group=x2up_y4up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMONSOLVEVERSION1, 'O3T', predict the image

Input:
I0
4 2 a3a1,a1a3
O0
2 2 1,3
I1
6 2 08a0a8,0a8080
O1
3 2 0a8,080
I2T
6 3 b79a1,167167,9a1b7
O2T
None
I3T
4 3 b70,0707,70a7
O3T
None

Output: 2 3 70,07,7

dataset=solve_symmetry group='extract_tile vstack(orig flipx)' predict=image image_width=small image_height=small task_pixels=a


Instruction: Simon-Image-Scale scale-y down by 4

Input: 15 28 a4i1a25,,,,10a4c1c2a51,,,,a101b421815b1,,,,b10b1a4a58b1,,,,b10c15a418a1,,,,c101a5b1a4a1,,,,d10g19,,,

Output: 15 7 a4i1a25,10a4c1c2a51,a101b421815b1,b10b1a4a58b1,b10c15a418a1,c101a5b1a4a1,d10g19

dataset=scale group=scale_input image_width=medium image_height=large scalex=up1 scaley=down4


Instruction: SIMONSARCIMAGEMASS identify places where max mass is 4, connectivity leftright2

Input: 15 4 a8a0a89g8,b86c0f8,d8a680e2,e87a6e8

Output: 15 4 f1g0,g1f0,d0c1e0,e0b1e0

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.LR2 max_mass=4


Instruction: simonsolvev1, 'O4T', predict the image

Input:
I0
3 2 934,9a5
O0
12 2 a59a5a9c59,43943a93a439
I1
2 4 90,,40,90
O1
8 4 090a9a09,040a4a04,090a9a09,
I2
4 3 a3a5,4516,a146
O2
16 3 64a164c14a64a1,6154615a451a6154,a5a3a5c3c5a3
I3
3 4 580,850,950,938
O3
12 4 83983a93a839,05905a95a059,05805a85a058,08508a58a085
I4T
4 2 a9a7,a793
O4T
None
I5T
2 3 93,16,60
O5T
None

Output: 16 2 39a739c79a39a7,a7a9a7c9c7a9

dataset=solve_symmetry group='create_symmetry hstack(180 180 flipy 180)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: SIMON-SOLVE-V1 predict image for 'O3T'

Input:
I0
1 1 7
O0
1 1 7
I1
1 7 3,7,,,,,2
O1
7 1 3d72
I2T
7 6 16b161,a61a591,195a159,a15b16,15916a1,159c1
O2T
None
I3T
6 5 909b0,a09a10,9d3,0,
O3T
None

Output: 5 6 a03a0,013a0,,a93a0,a03a0,909a0

dataset=solve_rotate group=rotate_ccw predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSOLVEVERSION1 predict image for 'O3T'

Input:
I0
10 3 a3a63265a3,c36a5323,c5b3a02
O0
10 3 2a0b3c5,323a56c3,a35623a6a3
I1
3 5 601,606,104,604,023
O1
3 5 320,406,401,606,106
I2
5 5 b9a7,c95,,a9a35,a3a91
O2
5 5 1a9a3,5a3a9,5c9,,a7b9
I3T
5 5 a53a5,95959,93598,35a09,a0a96
O3T
None

Output: 5 5 6a9a0,9a053,89539,95959,a53a5

dataset=solve_rotate group=rotate_180 predict=image image_width=small image_height=small task_pixels=a


Instruction: Simon-Solve-V1, 'O2T', predict the image

Input:
I0
3 9 a36,306,036,,306,a36,630,603,6a3
O0
3 3 630,603,6a3
I1
4 9 1495,1547,a714,,1547,1495,41a7,7451,5941
O1
4 3 41a7,7451,5941
I2T
4 12 37a8,0753,0,,,,0753,37a8,0,,3570,a873
O2T
None
I3T
3 12 051,a51,1a2,5a2,,1a2,a51,051,a25,a21,1a5,150
O3T
None

Output: 4 4 0,,3570,a873

dataset=solve_symmetry group='extract_tile hstack(orig flipy 180)' predict=image image_width=small image_height=medium task_pixels=a


Instruction: process Simon-ARC-RLE-Image and return the cw rotated

Input: 20 22 7,,,,,o73b7,m7a3c7,l73e7,k73f7,i7a3g7,h73i7,g74j7,f74k7,e74l7,d74m7,c74n7,b74o7,a76p7,76q7,,6c0n7,a7b8d0d2d7

Output: 22 20 76s7,70a6q7,80a76p7,80b74o7,80c74n7,0e74m7,0f74l7,0g74k7,0h74j7,0i73i7,2j73h7,,2k73g7,2l73f7,2m73e7,n73e7,o73d7,7,,

dataset=image_deserialize group=rotate_cw image_width=medium image_height=large


Instruction: Simon-Solve-V1 predict image for O5T

Input:
I0
4 5 6848,5646,a546,5a65,5b8
O0
4 5 4868,4656,46a5,6a56,a858
I1
5 3 a6b2,b126,6
O1
5 3 b2a6,126a1,6
I2
3 5 363,163,3a4,438,a31
O2
3 5 a36,316,434,843,1a3
I3
5 3 6,,
O3
5 3 6,,
I4T
3 6 686,689,7a8,a28,683,680
O4T
None
I5T
6 2 b31a3,c8a1
O5T
None

Output: 6 2 31c3,a8a1a8

dataset=solve_translate group=translate_xminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simon-solve-version1 predict image for 'O4T'

Input:
I0
8 7 a1d01,0b90a10,01a3b90,01a03b0,01b0a30,f03,a1e0
O0
8 7 0b1c0,1a0b901,9a01a3a9,b01a030,3a01b03,03e0,a0a1c0
I1
7 7 8e5,b58652,d524,5058275,50a5285,58027a5,5827b5
O1
7 7 a58c5,52b586,24d5,7a50582,8a50a52,b58027,b58275
I2
7 4 a675b6,65756a0,67d0,57056a5
O2
7 4 c6756,a065756,a067b0,b57056
I3T
4 4 a791,3151,6a53,1951
O3T
None
I4T
4 3 a949,2,9
O4T
None

Output: 4 3 4b9,2,9

dataset=solve_translate group=translate_xplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simons-arc-image-pair, unique colors that the two images have in common

Input:
3 5 a59,,592,598,5
10 8 a92c9a69,b952a9469,493452a949,6434952969,634a2a5639,932a945639,34c96539,b94d93

Output: 2,5,9

dataset=image_pair group=color_intersection image_width=small image_height=small


Instruction: Simons-Cellular-Automata, Given two images, recognize the transformation. cave_nowrap,serviettes_nowrap,maze_wrap

Output: cave_nowrap=0,serviettes_nowrap=0,maze_wrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=large image_height=large


Instruction: Simon-Solve-Version1, 'O2T', predict the image

Input:
I0
12 9 e6e2,,,e6e3,,,e7e3,,
O0
2 3 62,63,73
I1
12 3 e9e4,,
O1
2 1 94
I2T
6 15 6,,,4,,,,,,,,,,,
O2T
None
I3T
18 3 k3e6,,
O3T
None

Output: 1 5 6,4,,,

dataset=solve_scale group=x6down_y3down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simon-solve-v1, O2T, predict image

Input:
I0
2 3 7,71,97
O0
2 3 7,71,97
I1
3 5 a07,0a7,,507,675
O1
3 5 7a0,707,,750,567
I2T
5 3 c39,03b5,89379
O2T
None

Output: 5 3 a39a3,b503,37989

dataset=solve_translate group=translate_xminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1 'O4T' predict the image

Input:
I0
8 3 57a48474,54b7a47,84787574
O0
8 3 48478757,457a4847,754b7a4
I1
3 4 5,528,1,
O1
3 4 1,5,852,1
I2
4 7 a6a0,07a0,,87a0,,0,
O2
4 7 0,0a60,a070,,0870,,0
I3T
7 2 5e7,b19191
O3T
None
I4T
2 1 7
O4T
None

Output: 2 1 7

dataset=solve_translate group=translate_xplus1yplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1 'O5T' predict the image

Input:
I0
16 10 6d8a7c60106,,,,,a6h40a9a1,,,,
O0
16 2 6d8a7c60106,a6h40a9a1
I1
7 20 7a1a7a3,,,,,171a391,,,,,7139791,,,,,1719057,,,,
O1
7 4 7a1a7a3,171a391,7139791,1719057
I2
16 10 4d5b4b047a4,,,,,30h14a9a7,,,,
O2
16 2 4d5b4b047a4,30h14a9a7
I3
19 10 7a53a835a75a3785a85,,,,,7a87b8375373c878,,,,
O3
19 2 7a53a835a75a3785a85,7a87b8375373c878
I4T
6 15 a34234,,,,,343758,,,,,3427a3,,,,
O4T
None
I5T
20 20 1,,,,,,,,,,,,,,,n1d6,,,,
O5T
None

Output: 20 4 1,,,n1d6

dataset=solve_scale group=x1_y5down predict=image image_width=medium image_height=medium task_pixels=c


Instruction: simonsolvev1 'O3T' predict the image

Input:
I0
9 2 3,
O0
2 9 3,,,,,,,,
I1
2 1 07
O1
1 2 0,7
I2
1 1 3
O2
1 1 3
I3T
1 8 5,4,,,1,,5,
O3T
None
I4T
8 1 0b8a0a1
O4T
None

Output: 8 1 a5a1b45

dataset=solve_rotate group=rotate_cw predict=image image_width=small image_height=small task_pixels=a


Instruction: Simons-Image-Symmetry apply symmetry hstack(orig orig)

Input: 2 23 2,23,,,,,,,28,,,,38,,82,,,,,,62,,2

Output: 4 23 2,2323,,,,,,,2828,,,,3838,,8282,,,,,,6262,,2

dataset=symmetry group=symmetry image_width=small image_height=large instruction_sequence='hstack(orig orig)'


Instruction: SIMON-SOLVE-VERSION1, O4T, predict image

Input:
I0
2 2 7,14
O0
8 2 14a714a7,a741a741
I1
2 4 51,1,18,15
O1
8 4 15151515,18b18a1,a18b181,51515151
I2
4 4 a3a7,3128,1a90,9b4
O2
16 4 9b4a7a39b4a7a3,1a9082131a908213,31280a9131280a91,a3a7b49a3a7b49
I3
4 3 b29,,
O3
16 3 b2a9e2a9b2,,
I4T
3 4 457,8a6,174,746
O4T
None

Output: 12 4 746754746754,174a68174a68,8a64718a6471,457647457647

dataset=solve_symmetry group='create_symmetry hstack(flipy flipx flipy flipx)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: SIMON-SOLVE-VERSION1, 'O3T', predict the image

Input:
I0
8 14 c62b6,2b62b6,62a62b6,a62a62a6,b6262a6,b64a2a6,c642a6,d62a6,,e626,,,6,
O0
8 14 4,,,,,,,,,,,,,
I1
7 13 a62c6,262c6,,6a2c6,,642c6,a642b6,b62b6,,,,,6
O1
7 13 4,,,,,,,,,,,,
I2
13 6 e4343c4,a43a43b43434,a43b4b3b43,d43434a343,3a43c434a34,a43g434
O2
13 6 3,,,,,
I3T
3 4 161,,1,
O3T
None
I4T
7 3 b0c2,b7b02,2
O4T
None

Output: 3 4 6,,,

dataset=solve_color group=least_popular_color_same predict=image image_width=medium image_height=medium task_pixels=b


Instruction: SimonsImageScale, What transformation happens. x3up_y1,x2up_y1,x4up_y6down

Input:
4 12 b37,,,,,,0b3,,,,,
16 2 k3c7,c0k3

Output: x3up_y1=0,x2up_y1=0,x4up_y6down=1

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=up4 scaley=down6


Instruction: SIMON-SOLVE-VERSION1 predict image for O5T

Input:
I0
2 6 07,19,30,,19,07
O0
2 3 07,19,30
I1
3 4 0a7,2,,0a7
O1
3 2 0a7,2
I2
3 6 393,4a3,a41,,4a3,393
O2
3 3 393,4a3,a41
I3
2 6 9,73,38,,73,9
O3
2 3 9,73,38
I4T
3 4 6,868,,6
O4T
None
I5T
4 6 1,0a13,3a17,,0a13,1
O5T
None

Output: 4 3 1,0a13,3a17

dataset=solve_symmetry group='extract_tile hstack(orig flipx)' predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSIMAGESYMMETRY apply symmetry 2x2(180 orig 180 flipy)

dataset=symmetry group=symmetry image_width=medium image_height=large instruction_sequence='2x2(180 orig 180 flipy)'


Instruction: simons-image-shape shape3x3histogramcorners number of unique colors

Input: 1 5 7,,,,

Output: 1 5 0,,,,

dataset=shape group=shape3x3_histogram_corners image_width=small image_height=small


Instruction: Rotate ccw Simons-ARC-RLE-Image

Input: 12 7 b3d70503,a5b05703b0,3c07b0630,b0a70a60a50,5070a6c035,37a63e03,76a0a35c03

Output: 7 12 3b05a3,a0353a0,5065b0,03d0,7a06b0,a706a05,7570603,7a076a3,7a07060,3b0760,35b076,3530537

dataset=image_deserialize group=rotate_ccw image_width=medium image_height=small


Instruction: SIMONIMAGESHAPE find shape3x3opposite bit 1

Input: 9 30 3,,,,g35,,,,f353,f363,3,,,f356,e3536,,e3893,,d389a3,d39b3,c389b3,c39c3,b39d3,,a39e3,3,,,,

Output: 9 30 0,1,,g10,,1,,f1a0,,f101,,1,f1a0,e1010,e1a01,e1b0,,d1b01,,c1b0a1,c1a0b1,b1b0b1,b1a0c1,a1a0d1,b10d1,a10e1,1,,,0

dataset=shape group=shape3x3_opposite image_width=small image_height=large


Instruction: SIMONARCHISTOGRAM, unique colors

Output: 0,2


Instruction: SIMONCELLULARAUTOMATON, What transformation happens here. gameoflife_wrap,maze_nowrap,highlife_nowrap

Output: gameoflife_wrap=0,maze_nowrap=0,highlife_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=medium


Instruction: simon-histogram, perform max

Input:
1:1254
4:1200,8:559,7:499,5:453

Output: 1:1254,4:1200,8:559,7:499,5:453


Instruction: simonsolvev1 'O2T' predict the image

Input:
I0
8 2 7e35,7a521a92
O0
2 8 25,93,,13,23,53,,7
I1
2 7 1,,4,14,41,1,
O1
7 2 b1a4a1,a1414a1
I2T
7 7 57a52a5,5a72b5,a7c25,c2a58,4252587,452a587,872a575
O2T
None
I3T
7 4 d5a8,7a5a1a5,7a56a15,a681b5
O3T
None

Output: 7 7 5a78b5,7a852a5,c5252,a5c25,a25a275,75a2b7,8a427a5

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSOLVEVERSION1 'O3T' predict the image

Input:
I0
10 1 3f075
O0
1 10 5,7,0,,,,,,,3
I1
1 2 3,7
O1
2 1 73
I2T
2 8 75,5,57,,,,7,57
O2T
None
I3T
8 2 2a3c67,a3a7a267
O3T
None

Output: 2 8 7,6,26,,76,73,3,32

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSARCIMAGESHAPE number of unique colors inside shape3x3histogramall9

Input: 22 11 1d61b6168a616a1b8,1a61c62b1g616,861c6802168461a61853,f601621647b65a36,61d60a16264675a6168,6b1a608a18624g6,c6b1d62a6167c6,161a608a16516246167b6,d606a5c182a68a6a8,d6a5c16b12a68a68,68g6g18616

Output: 22 11 f2b32a3d2c3,a3c23a54a34a3b234a5,a3b213a543c4323b54,a3a2a13454345c43b54,e23f4b32b43,d23b434b3b4a3232,c23b43a45434b3a2a1,c23454b3a4a5b4a3a2,c23454c34a5b4a3a2,b21a34b3a2a3434d3,b21a2a3d212f3

dataset=shape group=shape3x3_histogram_all9 image_width=large image_height=medium


Instruction: Simons-ARC-Image-Symmetry apply symmetry vstack(orig flipy orig)

Input: 7 1 3d54

Output: 7 3 3d54,,

dataset=symmetry group=symmetry image_width=small image_height=small instruction_sequence='vstack(orig flipy orig)'


Instruction: simon-histogram, histogram b excluding histogram A colors

Input:
3:1270,6:1247,8:1059,7:152
9:1338,3:1197,6:1168

Output: 9:1338


Instruction: SIMONARCIMAGEMASS max mass 2, connectivity nearest4

Input: 13 9 705475c0a74,a707542a05b0,a074a20476505,04a2a0b6a505,4076087050507,0a702a454b04,5707475040747,5740750a4a075,4a0a747074057

Output: 13 9 0d1c0b1,a0d1a01b0,a0g1a01,0b1g01,a1010c1b01,1a0d1c01,10e1a0b1,10a10a1c0a1,b1a0d10a1

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.NEAREST4 max_mass=2


Instruction: simon-solve-v1 'O3T' predict the image

Input:
I0
1 9 8,7,,,,,,,
O0
9 1 g78
I1
9 1 a7878c1
O1
1 9 7,,8,7,8,1,,,
I2
1 7 6,3,,,,4,
O2
7 1 a4c36
I3T
7 8 15a15a1,a1b951,a165a19,1619191,169a191,191a5a8,1a5a151,e15
O3T
None
I4T
8 7 d04a0,040a4b0,0a490b7,947a4b0,0a7204a0,07a029a0,07070a90
O4T
None

Output: 8 7 1,159a6a15,15191691,a1519591,a15b195,158a9151,518a19a1

dataset=solve_rotate group=rotate_cw predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONIMAGESYMMETRY apply symmetry hstack(180 180 flipx 180)

Input: 8 22 5,a52d5,,a521c5,b52c5,b521b5,b521505,,c52105,,c52510,a7a52510,a5a75212,c5a757,d5157,d5175,,,,d51a5,,5

dataset=symmetry group=symmetry image_width=small image_height=large instruction_sequence='hstack(180 180 flipx 180)'


Instruction: Rotate CounterClockwise SIMONARCIMAGE

Input: 15 6 3b439e3434,434a34b3a93436,634f346a46,b34a936a49a3a6,a346b34b34343,36343c43a4b3

Output: 6 15 4b6a3,a34643,b4b3,a363a4,394934,3934a3,b3434,b36a4,d34,943934,b39a3,4a3464,b4343,4c36,346b3

dataset=image_deserialize group=rotate_ccw image_width=medium image_height=small


Instruction: simonsolveversion1, 'O3T', predict the image

Input:
I0
2 3 7,54,1
O0
2 6 1,45,7,,45,1
I1
3 4 8a2,480,482,428
O1
3 8 824,284,084,a28,,084,284,824
I2
4 3 5850,8a05,8506
O2
4 6 6058,5a08,0585,,5a08,6058
I3T
3 2 a93,2a3
O3T
None
I4T
2 3 74,4,2
O4T
None

Output: 3 4 a32,3a9,,a32

dataset=solve_symmetry group='create_symmetry vstack(180 flipx)' predict=image image_width=small image_height=small task_pixels=a


Instruction: Process simon-image-pair and return the sum of histograms

Input:
5 2 3a4a3,b343
4 5 4343,3234,3734,a3a5,9542

Output: 3:15,4:8,5:3,2:2,7:1,9:1

dataset=image_pair group=add_histograms image_width=small image_height=small


Instruction: simon-cellular-automaton, Cave wrap=xy. steps=1. alive=1. dead=0.

Output: 15 21 e0h1,e0g10,d0h10,c0a1c0c10,a1a0a1b0c1a0,e1b0e1,c1c0f1,0a1d0e10,0a1d0a1b010,,0a1d01e0,a01a0c1b0a10,0f1c0b1,f1c0b10,b1g0a101,a1c01c0c1,b1b0a1c0b1,b1b0d10b1,b1c0d10a1,a1c0f101,1d0a1b0c1

dataset=cellular_automaton group=cave_wrap ca_step=1 image_width=medium image_height=large


Instruction: Min of simon-histogram

Input:
1:1241,0:1174,3:1122,8:703,2:459
5:1332,7:1186,1:1133,4:835,8:655,9:89,3:28

Output: 1:1133,8:655,3:28


Instruction: Half rotate SIMONSARCIMAGE

Input: 12 3 c4a5e4,c404b5b4,c40c4a54

Output: 12 3 4a5c40c4,b4b540c4,e4a5c4

dataset=image_deserialize group=rotate_180 image_width=medium image_height=small


Instruction: simonsolvev1, O2T, predict image

Input:
I0
3 4 464,846,526,428
O0
3 16 428,526,846,464,428,526,846,464,428,526,846,464,428,526,846,464
I1
4 2 b94,a964
O1
4 8 a964,b94,a964,b94,a964,b94,a964,b94
I2T
2 4 7,80,85,89
O2T
None
I3T
4 2 4723,5941
O3T
None

Output: 2 16 89,85,80,7,89,85,80,7,89,85,80,7,89,85,80,7

dataset=solve_symmetry group='create_symmetry vstack(flipy flipy flipy flipy)' predict=image image_width=small image_height=medium task_pixels=a


Instruction: SIMONSCELLULARAUTOMATA, Given two images, recognize the transformation. highlife_wrap,gameoflife_nowrap,maze_nowrap,cave_nowrap

Input:
18 24 3,,,,,,,,,a3a030k3,03b0b30c30c3,c30l3,a30h3a0c3,3,j30e3,3,,f3a0h3,3,,,,,
18 24 3,,,,,,,,,3a0n3,3a0a30k3,3a030f3a0c3,3,k30d3,3,,,,,,,,,

Output: highlife_wrap=1,gameoflife_nowrap=1,maze_nowrap=0,cave_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=large


Instruction: Simon-Solve-Version1 predict image for O4T

Input:
I0
3 2 650,a50
O0
9 2 0a50a50a5,056056056
I1
2 2 23,80
O1
6 2 080808,323232
I2
2 3 91,,96
O2
6 3 696969,191919,
I3
3 3 195,753,3
O3
9 3 3,357357357,591591591
I4T
3 2 360,a50
O4T
None
I5T
2 3 95,19,1
O5T
None

Output: 9 2 0a50a50a5,063063063

dataset=solve_symmetry group='create_symmetry hstack(180 180 180)' predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSARCIMAGESCALE, Identify the transformation. x2up_y1,x4up_y1,x5up_y1,x3up_y1,x2down_y1

Output: x2up_y1=0,x4up_y1=0,x5up_y1=0,x3up_y1=0,x2down_y1=1

dataset=scale group=recognize_transformation image_width=medium image_height=large scalex=down2 scaley=down1


Instruction: Rotate ccw SIMONSARCRLEIMAGE

Input: 9 9 76480c8,76b8a0a8,874c8a0,87a84a848,474a89484,8786894a8,a47a89b8,a87a89a84,a87849a84

Output: 9 9 a8084a8a4,a804d8,80a8a4b8,80a8d9,0a84c84,d86b8,484848b7,a6c74a8,a7a8484a8

dataset=image_deserialize group=rotate_ccw image_width=small image_height=small


Instruction: SimonArcImageSymmetry make symmetric vstack(flipx 180 orig orig)

Input: 18 25 k26d2,,,l26c2,,,,,m26b2,,,,,n26a2,,g2g5a2,g5i2,2,,,,,,,

dataset=symmetry group=symmetry image_width=medium image_height=large instruction_sequence='vstack(flipx 180 orig orig)'


Instruction: SIMONIMAGESHAPE shape3x3 histogram around center, number of unique colors

dataset=shape group=shape3x3_histogram_around_center image_width=large image_height=large


Instruction: Rotate counterclockwise simons-arc-image

Input: 5 13 a4a09,c40,b404,407a4,a47a4,07270,072a7,41370,89374,84230,04230,40230,040a4

Output: 13 5 90b40704b04,040a4c7b34,0a4a7a2a3b20,b404a719a404,d4a04a8040

dataset=image_deserialize group=rotate_ccw image_width=small image_height=medium


Instruction: Simon-Solve-V1, O4T, predict image

Input:
I0
2 2 9,
O0
1 12 9,,,,,,,,,,,
I1
16 2 e8a7a6c9a8,e7a9a6a8c9
O1
8 12 b876a98,,,,,,b7968a9,,,,,
I2
12 1 e1e0
O2
6 6 b1b0,,,,,
I3
6 1 c6a5
O3
3 6 a65,,,,,
I4T
6 3 a7a1a7,7,
O4T
None
I5T
18 1 e5k6
O5T
None

Output: 3 18 717,,,,,,7,,,,,,,,,,,

dataset=solve_scale group=x2down_y6up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: Process Simons-ARC-RLE-Image and return the flipb

Input: 18 8 0707a08h070,a07d070b7d0,b07h07a070,d07e08d0,g08b08d0,d0707b08e0,0707087h0a7,07f0a80a807a0

Output: 8 18 07e0,07b0707,7f0,0,8c07a0,8a0a8070,a08b070,8d070,8f0,b08a070,a07d0,07d08,08707b0,0,07b0707,e070,a7d07,0

dataset=image_deserialize group=flipb image_width=medium image_height=small


Instruction: SIMON-SOLVE-V1 'O2T' predict the image

Input:
I0
4 6 6761,6a16,1676,6a16,,6761
O0
4 2 6a16,6761
I1
2 12 19,,95,,91,,59,,95,,19,
O1
2 4 95,,19,
I2T
4 6 7b3,3213,b37,3123,3213,7b3
O2T
None

Output: 4 2 3213,7b3

dataset=solve_symmetry group='extract_tile vstack(orig 180 flipy)' predict=image image_width=small image_height=medium task_pixels=a


Instruction: simon-solve-v1 predict image for O5T

Input:
I0
2 4 73,31,13,37
O0
2 2 73,31
I1
4 4 48a7,a742,24a7,a784
O1
4 2 48a7,a742
I2
3 8 532,753,6a3,363,,a36,357,235
O2
3 4 532,753,6a3,363
I3
2 6 86,18,51,15,81,68
O3
2 3 86,18,51
I4T
4 4 3b9,3636,6363,b93
O4T
None
I5T
3 8 170,160,607,707,,706,061,071
O5T
None

Output: 3 4 170,160,607,707

dataset=solve_symmetry group='extract_tile hstack(orig 180)' predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSOLVEVERSION1 predict image for 'O4T'

Input:
I0
5 9 b272,a2132,21232,a1232,a2a12,2,,2a1a2,2
O0
9 5 d21b2,21b2a1a2,21a21a212,c21b37,2
I1
9 4 21217b97,717a1a701,1712b101,17a1212a1
O1
4 9 a172,a7a1,a172,12a1,2a17,a179,2179,1a09,b17
I2
4 1 0a15
O2
1 4 0,1,,5
I3T
1 5 4,,,7,2
O3T
None
I4T
5 8 57150,05145,09157,915a7,75194,051a7,5a370,b505
O4T
None

Output: 8 5 a5079a05,53a51957,53a15b1,0a797545,5074a750

dataset=solve_rotate group=rotate_cw predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSOLVEV1 predict image for 'O2T'

Input:
I0
4 12 84a9,6a76,a986,84a9,6a76,a986,68a9,6a76,a948,a986,6a76,84a9
O0
4 3 a986,6a76,84a9
I1
3 16 325,a26,203,2a3,325,a26,203,2a3,a32,302,6a2,523,2a3,203,a26,325
O1
3 4 2a3,203,a26,325
I2T
4 12 2024,7082,a208,2024,7082,a208,80a2,2807,4202,a208,7082,2024
O2T
None
I3T
3 16 369,a60,6a5,653,369,a60,6a5,653,356,a56,0a6,963,653,6a5,a60,369
O3T
None

Output: 4 3 a208,7082,2024

dataset=solve_symmetry group='extract_tile vstack(orig flipx flipy flipy)' predict=image image_width=small image_height=medium task_pixels=a


Instruction: Simon-Solve-Version1 'O2T' predict the image

Input:
I0
8 8 262790a2,762902a0,262062a6,29062696,a9697b6,a97929a6,6a9327a2,a27b542
O0
8 8 b262790,a0762902,a6262062,96290626,a6a96976,a6a97929,a26a9327,4b27b5
I1
8 4 6,,f64,b6b584
O1
8 4 6,,64e6,84b6b5
I2T
4 8 5754,5,57a5,,a7a5,5,7547,5757
O2T
None
I3T
8 2 a74a6b0,b149b7
O3T
None

Output: 4 8 5457,5,b57,,a5a7,5,4a75,5757

dataset=solve_translate group=translate_xplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1, 'O3T', predict the image

Input:
I0
1 12 8,1,,8,,1,,,,,,
O0
6 12 8,1,,8,,1,,,,,,
I1
2 13 7,,,,,,,17,7,,,,17
O1
12 13 7,,,,,,,e1e7,7,,,,e1e7
I2
2 19 5,,,,,,,,,,,,,,,,,,
O2
12 19 5,,,,,,,,,,,,,,,,,,
I3T
3 6 153,123,165,965,,
O3T
None

Output: 18 6 e1e5e3,e1e2e3,e1e6e5,e9e6e5,,

dataset=solve_scale group=x6up_y1 predict=image image_width=medium image_height=medium task_pixels=b


Instruction: Simon-Solve-Version1 'O3T' predict the image

Input:
I0
9 1 a4c9b0
O0
1 9 0,,,9,,,,4,
I1
1 4 2,4,,2
O1
4 1 2a42
I2T
4 6 2,,,b20,2302,a202
O2T
None
I3T
6 1 6
O3T
None

Output: 1 6 6,,,,,

dataset=solve_rotate group=rotate_ccw predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONIMAGESHAPE identify places where shape2x2 contains bit 1

Input: 4 1 7

Output: 5 2 0b10,1

dataset=shape group=shape2x2 image_width=small image_height=small


Instruction: SimonsArcImageScale, What transformation happens. x2up_y1,x3down_y4down,x3up_y1

Input:
15 16 b6b4b6e1,,,,b1e6e1,,,,b1b4e1b4,,,,b4k1,,,
5 4 646a1,1a6a1,14a14,4c1

Output: x2up_y1=0,x3down_y4down=1,x3up_y1=0

dataset=scale group=recognize_transformation image_width=medium image_height=medium scalex=down3 scaley=down4


Instruction: simonsolvev1, 'O4T', predict the image

Input:
I0
1 14 2,,,,,,,,,,,,,
O0
4 2 2,
I1
3 14 489,,,,,,,8a4,,,,,,
O1
12 2 c4c8c9,c8g4
I2
5 7 29b2,,,,,,
O2
20 1 c2c9k2
I3
2 14 6,,,,,,,,,,,,,
O3
8 2 6,
I4T
5 7 1,,,,,,
O4T
None
I5T
2 7 35,,,,,,
O5T
None

Output: 20 1 1

dataset=solve_scale group=x4up_y7down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMONSOLVEV1 predict image for 'O2T'

Input:
I0
6 4 a6a241,460143,341064,14a2a6
O0
3 4 241,143,064,2a6
I1
8 2 7a9d7,d7a97
O1
4 2 7,7a97
I2T
4 3 1315,5a35,5131
O2T
None
I3T
6 2 a1a703,30a7a1
O3T
None

Output: 2 3 15,35,31

dataset=solve_symmetry group='extract_tile hstack(orig 180)' predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMON-SOLVE-VERSION1, O3T, predict image

Input:
I0
2 4 15,14,41,1
O0
6 4 a15a15,414a14,141a41,15c1
I1
4 3 6a85,b65,6
O1
12 3 c65a8a6a85,b6a5e65,6a85g6
I2T
3 3 143,a31,1
O2T
None
I3T
3 4 5,,8a5,a65
O3T
None

Output: 9 4 a6f5,8g5,d5a8a5,c5c65

dataset=solve_symmetry group='create_symmetry hstack(flipy flipx orig)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: SIMONCELLULARAUTOMATON, high-life wrap=both. steps=1. live=1. dead=8.

Input: 12 10 f1d8,a818b1d8,d8a1d8,c8e1a8,b8c1a81a8,8e1a81a8,a81a8a1d8,81b8a1d8,a1i8,c1f81

Output: 12 10 e81c81,a81c81c8,b81c81b8,b81c8a1a8,h8a18,81d81c8,f81c8,b1a8a1d8,j81,d81d81

dataset=cellular_automaton group=highlife_wrap ca_step=1 image_width=medium image_height=small


Instruction: Simons-Image-Mass max mass 3, connectivity corner4

Input: 8 12 0c83a8,0a853458,0a8354a8,8a0a8458,80b84a8,109a84a8,02984858,52094b8,a82845a8,a8284b8,c84b8,

Output: 8 12 1b0a101,1a0c10,1a0b101,0a1a0a10,a1b01a0,b1a01a0,b101010,d1b0,a0c1a0,a0101b0,c01b0,

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.CORNER4 max_mass=3


Instruction: SIMONARCIMAGESCALE, What transformation happens here. x3up_y1,x2down_y3down,x2up_y1

Input:
6 27 3,,,5,,,c5a3,,,a5a3a5,,,a3a0a3,,,c5a0,,,5,,,3,,,a3a5a3,,
3 9 3,5,a53,535,303,a50,5,3,353

Output: x3up_y1=0,x2down_y3down=1,x2up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=large scalex=down2 scaley=down3


Instruction: simon-solve-version1, 'O4T', predict the image

Input:
I0
6 1 d50
O0
6 1 50c5
I1
1 5 1,9,,,8
O1
1 5 9,8,1,9,
I2
5 3 a53a5,85735,85783
O2
5 3 35857,83857,c53
I3
3 8 687,567,670,570,505,,165,1a6
O3
3 8 651,a61,876,675,706,705,0a5,
I4T
8 3 a47a37a3,86e3,a3b6b4
O4T
None

Output: 8 3 a386c3,a4a3b64,a3a47a37

dataset=solve_translate group=translate_xplus2yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONARCIMAGE flip-a

Input: 12 14 7,,,,e78d7,d78e7,,c78f7,b78g7,a78h7,,78i7,74i7,

Output: 14 12 7,j78a4,h7a8b7,g78d7,f78e7,d7a8f7,c78h7,7,,,,

dataset=image_deserialize group=flipa image_width=medium image_height=medium


Instruction: Simon-Solve-V1 predict image for O4T

Input:
I0
8 2 8b90481,d8a18
O0
8 2 d8a18,8b90481
I1
2 2 18,86
O1
2 2 86,18
I2
2 8 6,,,62,12,42,,57
O2
2 8 57,6,,,62,12,42,
I3
8 8 6,,,f63,e653,,d6563,6c95a6
O3
8 8 6c95a6,6,,,f63,e653,,d6563
I4T
8 6 636b393,b393597,6b3b87,3b1a517,a6a5a1a3,a5653136
O4T
None

Output: 8 6 a5653136,636b393,b393597,6b3b87,3b1a517,a6a5a1a3

dataset=solve_translate group=translate_yplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolvev1 predict image for O2T

Input:
I0
4 3 8,b86,b58
O0
16 3 8,6e86b8a6b8,8e58b5a8b5
I1
3 3 0,a02,047
O1
12 3 0,2c02a0a2a0,74a04704a740
I2T
3 2 845,4a8
O2T
None

Output: 12 2 54a84584a548,a8a4a84c84

dataset=solve_symmetry group='create_symmetry hstack(flipx orig orig flipx)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: Maximum of SIMON-ARC-HISTOGRAM

Input:
5:823
8:1206,5:1089

Output: 8:1206,5:1089


Instruction: simonsolvev1 predict image for 'O2T'

Input:
I0
7 3 a1a2b1,b1a821,21c01
O0
7 3 c0121,a2d1,1a82b1
I1
3 7 929,262,969,965,761,275,279
O1
3 7 927,a92,a26,a96,596,176,527
I2T
7 4 72b802,a786307,7b1a37,72d7
O2T
None
I3T
4 6 2b7,7,a7a2,87a2,3a12,a7a2
O3T
None

Output: 7 4 e72,b80272,8630b7,a1a3a71

dataset=solve_translate group=translate_xminus2yplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: simon-solve-version1 'O3T' predict the image

Input:
I0
6 4 353535,434343,535353,636363
O0
2 4 35,43,53,63
I1
12 2 8b98b98b9,58a358a358a3
O1
4 2 8b9,58a3
I2
6 3 4,414141,101010
O2
2 3 4,41,10
I3T
9 2 a62a62a62,a70a70a70
O3T
None
I4T
6 3 868686,,262626
O4T
None

Output: 3 2 a62,a70

dataset=solve_symmetry group='extract_tile hstack(orig orig orig)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: simonsolveversion1 'O2T' predict the image

Input:
I0
1 1 7
O0
6 7 7,,,,,,
I1
1 1 6
O1
6 7 6,,,,,,
I2T
1 1 7
O2T
None

Output: 6 7 7,,,,,,

dataset=solve_scale group=x6up_y7up predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONARCIMAGESHAPE find shape3x3opposite bit 3

Input: 1 4 9,,,0

Output: 1 4 0,,,

dataset=shape group=shape3x3_opposite image_width=small image_height=small


Instruction: simonsolveversion1 'O4T' predict the image

Input:
I0
5 5 b040,a0403,08657,06825,a02a9
O0
5 5 0,068a0,28640,92504,95730
I1
5 7 59b5,56a54,9b54,59549,a5a89,5c8,a9595
O1
7 5 9b59a5,9859569,5a8c5,9a84b5,58a9a45
I2
7 2 b1c4,4b9b4
O2
2 7 41,91,,94,4,,
I3
2 6 0,02,0,80,01,35
O3
6 2 308b0,51a020
I4T
6 10 542a48,45c4,4542a4,4242a4,42b42,a8c4,2d4,a4a847,2b407,82a425
O4T
None

Output: 10 6 82428c45,2b48a2a54,a48e42,a48b4a2a4,20g4,5a7a42b48

dataset=solve_rotate group=rotate_cw predict=image image_width=small image_height=small task_pixels=a


Instruction: simons-cellular-automata, HighLife wrap=no. steps=1. alive=4. dead=9.

Input: 8 24 49a49b4,a494c9,a494a9a4,a4a94b9,a9a49a49,a9b4b9,9a49c4,a9a49494,a9a4a9a4,49a4a949,4c9b4,4f9,9a4d9,a9a4c9,a94d9,9a4d9,9a49c4,a49b494,49b4a94,49a4a9a4,b4a9494,a9a4c9,9494c9,

Output: 8 24 49b4949,a9a494a9,b9a4b9,4b94a94,d94a9,d9494,94d94,9,d9494,a9b4b9,4c9b4,4d949,9b4c9,b94c9,9,d9a49,f94,494b9a4,a4d94,4c9494,4b94a94,4a9a4b9,9c4b9,9

dataset=cellular_automaton group=highlife_nowrap ca_step=1 image_width=small image_height=large


Instruction: SIMONSOLVEVERSION1, 'O3T', predict the image

Input:
I0
5 11 a6217,97612,29412,297a2,,91712,17217,17292,97b2,97929,279a7
O0
1 1 4
I1
11 4 7i2,27h2,a27g2,2
O1
1 1 7
I2
4 7 0,a030,0,,8b0,,0
O2
1 1 3
I3T
7 14 0a67068,a867b8,87a8786,7a80678,b76808,a87a876,08786a8,a087b8,086a780,a86a780,8080670,7b8080,68780a8,8708a68
O3T
None

Output: 1 1 6

dataset=solve_color group=least_popular_color_1x1 predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMONSOLVEVERSION1, 'O4T', predict the image

Input:
I0
1 7 0,,,,1,,
O0
5 7 0,,,,1,,
I1
2 10 9,69,60,10,1,17,,09,,9
O1
10 10 9,d6d9,d6d0,d1d0,1,d1d7,,d0d9,,9
I2
3 5 824,802,402,030,020
O2
15 5 d8d2d4,d8d0d2,d4d0d2,d0d3d0,d0d2d0
I3
2 3 7,15,0
O3
10 3 7,d1d5,0
I4T
1 6 4,,5,,,1
O4T
None

Output: 5 6 4,,5,,,1

dataset=solve_scale group=x5up_y1 predict=image image_width=medium image_height=small task_pixels=a


Instruction: how many unique colors are there in simonhistogram

Input:
7:1463,2:1324,6:645,0:621,3:335,1:6
7:1471,3:1451,9:1280,4:1167,2:984,1:36

Output: 8


Instruction: SIMONSOLVEVERSION1 predict image for O4T

Input:
I0
2 5 12,92,91,15,1
O0
2 5 51,1,21,29,19
I1
5 8 0,,,,,,,
O1
5 8 0,,,,,,,
I2
8 4 e969,b9b169,9a0a96a9,b9a8698
O2
8 4 a0a96b9,a9a86989,d96a9,a9b16a9
I3
4 2 7,60a7
O3
4 2 7,0a76
I4T
2 3 8,,82
O4T
None
I5T
3 1 2
O5T
None

Output: 2 3 8,28,8

dataset=solve_translate group=translate_xminus1yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolvev1, O4T, predict image

Input:
I0
2 8 35,,23,25,,5,,
O0
2 8 32,52,,5,,,53,
I1
8 7 8,b8a9b8,8a987b8,9a87c8,b87c8,,8
O1
8 7 a987c8,a87c89,a87d8,,8,,a8a9c8
I2
7 1 8b5a68
O2
7 1 b5a6a8
I3T
1 1 8
O3T
None
I4T
1 3 9,,
O4T
None

Output: 1 3 9,,

dataset=solve_translate group=translate_xminus1yminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simon-arc-image-symmetry symmetry vstack(flipy flipy)

Input: 12 25 0,a05h0,,a012g0,a021g0,,0201g0,020104e0,2c04e0,,,2c074d0,,,02c04d0,,,,04c04d0,a04b074c0,a04c04c0,b04b04c0,,c04a04c0,0

dataset=symmetry group=symmetry image_width=medium image_height=large instruction_sequence='vstack(flipy flipy)'


Instruction: SimonsArcImageShape identify places where shape3x3opposite contains bit 1

dataset=shape group=shape3x3_opposite image_width=large image_height=large


Instruction: SimonImageShape detect shape2x2 bit 3

Input: 3 10 a87,817,182,012,123,,1a6,606,6a0,610

Output: 4 11 b01,10a1,b01,a0a1,b01,1,1a01,a0a1,a101,10a1,b01

dataset=shape group=shape2x2 image_width=small image_height=small


Instruction: SIMON-SOLVE-V1, 'O2T', predict the image

Input:
I0
3 2 154,5a4
O0
3 4 451,a45,451,a45
I1
2 4 27,42,7,47
O1
2 8 72,24,7,74,72,24,7,74
I2T
4 2 a807,7104
O2T
None
I3T
2 3 40,92,09
O3T
None

Output: 4 4 70a8,4017,70a8,4017

dataset=solve_symmetry group='create_symmetry vstack(flipx flipx)' predict=image image_width=small image_height=small task_pixels=a


Instruction: Simon-Solve-Version1, 'O4T', predict the image

Input:
I0
8 4 525a49a5,49b5254,49c594,525a4525
O0
4 2 a594,4525
I1
4 8 a262,8462,6284,6b2,6a26,,8a48,2
O1
2 4 26,,48,2
I2
8 4 69676b8,6b86967,6e86,696a7696
O2
4 2 b86,7696
I3
4 8 2952,a262,6b2,5a29,5a25,6a26,2,2a92
O3
2 4 25,26,2,92
I4T
8 6 6,9a369a36,6,,9a3a6a39,6
O4T
None
I5T
6 4 09a019,019090,01a910,09a090
O5T
None

Output: 4 3 6,6a39,6

dataset=solve_symmetry group='extract_tile 2x2(orig flipx flipx 180)' predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1 predict image for O3T

Input:
I0
5 9 a60a8,83081,630a1,38016,310a1,a2086,63256,68165,61b6
O0
9 5 65a616a18,a658b1a8,612e0,183218a36,b62a3686
I1
9 1 c0a5b0
O1
1 9 0,,,5,,0,,,
I2
1 6 6,9,,,,5
O2
6 1 5c96
I3T
6 2 9,b71a2
O3T
None

Output: 2 6 29,,19,79,,

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: simons-Arc-Histogram, histogram b without colors of histogram a

Input:
2:1527,0:1489,9:1269,3:1073,1:980,8:133
6:1527,2:1345,9:1296,4:1221,0:1039,1:973,7:675,5:389

Output: 6:1527,4:1221,7:675,5:389


Instruction: SimonImageMass identify places where max mass is 3, connectivity 4

Input: 9 6 62625a265,24a526235,4a26a2325,6a4523a25,c23a2a5,a25d25

Output: 9 6 g10,c10b10,c1a01a0,c101b0,c01c0,a01e0

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.NEAREST4 max_mass=3


Instruction: SimonsArcRleImage rotated by 180 degrees

Input: 21 5 a204a8020a2484a284282,4820a20a42a80a284a821,2b0a80824a824a2a3912,84048a0208a08043a16a9,280a80a40c2a4b6202

Output: 21 5 202b6a4c20a40a8082,a96a13408a0802a084048,219a3a242a84280a8b02,12a848a20a82a40a20284,28248a2484a2020a840a2

dataset=image_deserialize group=rotate_180 image_width=large image_height=small


Instruction: SIMON-SOLVE-VERSION1 predict image for O4T

Input:
I0
1 7 0,,,,2,3,8
O0
1 7 0,,2,3,8,0,
I1
7 2 2a9c6,c2a67
O1
7 2 2a9c6,c2a67
I2
2 3 89,,
O2
2 3 89,,
I3
3 8 738,1a3,a31,8a3,a81,a38,a83,a38
O3
3 8 a31,8a3,a81,a38,a83,a38,738,1a3
I4T
8 1 f67
O4T
None
I5T
1 7 7,,,5,,,0
O5T
None

Output: 8 1 f67

dataset=solve_translate group=translate_yminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonshistogram, Histogram A without colors of Histogram B

Input:
8:1535,5:1422,2:1204,4:774,6:299,7:265
4:1471,1:1231,5:1184,9:766,6:645,3:42

Output: 8:1535,2:1204,7:265


Instruction: Simon-ARC-RLE-Image-Pair, unique colors that the 2 images have in common

Input:
14 4 0,,,
7 10 5,a58c5,b5a8a5,58a58a5,c56a5,b51595,8505859,a50a575,a50a7a5,a57c5

Output: 0

dataset=image_pair group=color_intersection image_width=medium image_height=small


Instruction: SIMON-ARC-HISTOGRAM, Exclude Histogram B colors from Histogram A

Input:
1:1480,2:1363,8:1283,5:847,7:552,3:85
0:1348,4:1142,2:1068,9:694,5:660,6:231,1:191,8:54

Output: 7:552,3:85


Instruction: simons-arc-image-scale, Recognize the transformation between input and output. x2up_y1,x3up_y1,x6up_y4up

Input:
3 7 691,091,296,2a6,616,6,
18 28 e6e9e1,,,,e0e9e1,,,,e2e9e6,,,,e2k6,,,,e6e1e6,,,,6,,,,,,,

Output: x2up_y1=0,x3up_y1=0,x6up_y4up=1

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=up6 scaley=up4


Instruction: Rotate clockwise SIMONSARCRLEIMAGE

Output: 19 13 07b0707e07c0,7g0a7e057,f07c07a0a507,70a707a07c0a5c0,a0a70707a0705e0,f07a0a57e0,a7f0507e07,f0a57g07,07b0a5b0e17a0,07a05d17e070,b07e07a0707a07,f07j0,070a7l07

dataset=image_deserialize group=rotate_cw image_width=medium image_height=medium


Instruction: SimonsArcImageMass identify places where max mass is 1, connectivity leftright2

Input: 2 13 5,85,,8,,80,85,83,38,45,,48,25

Output: 2 13 0,1,,0,,1,,,,,,,

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.LR2 max_mass=1


Instruction: Simons-ARC-Image-Shape identify places where shape3x3opposite contains bit 1

Input: 11 10 95a95a95b9,c9b5b95,a5h9,959a569c5,59a051b595,a56590a1b5,569595959a5,56a5b9b59,b959a59595,9595a9b595

Output: 11 10 0,0b10a10b1,10101d01,1g010,0101c0b1,1e01a01,1a0a1b0a10,a0c1c01,b0b10a1a0,0

dataset=shape group=shape3x3_opposite image_width=medium image_height=small


Instruction: SIMONIMAGEMASS identify places where max mass is 5, connectivity all8

Input: 6 11 3d1,1a3b1,b10a1,a103a1,d10,b17a1,a17b1,1a0b1,b10a1,1,

Output: 6 11 1d0,0a1b0,b01a0,a0a1a0,d01,b01a0,a01b0,0a1b0,b01a0,0,

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.ALL8 max_mass=5


Instruction: number of unique colors in simon-histogram

Input:
4:1112,3:1043,2:909,5:710,6:700,9:536,8:482,1:456,7:347
1:1459,2:1378,9:1276,8:1234,0:1070,6:1064,3:587,5:384,4:352

Output: 10


Instruction: Simon-Solve-V1 predict image for 'O4T'

Input:
I0
8 2 f21,b21c2
O0
4 2 2,b21
I1
4 3 a873,7272,73a8
O1
2 3 8,72,73
I2
6 2 97b62,a62976
O2
3 2 976,a62
I3
4 2 6a37,3763
O3
2 2 63,37
I4T
4 2 6484,8464
O4T
None
I5T
4 3 1,,
O5T
None

Output: 2 2 64,84

dataset=solve_symmetry group='extract_tile hstack(orig flipy)' predict=image image_width=small image_height=small task_pixels=a


Instruction: simons-arc-image-symmetry apply symmetry hstack(180 flipy 180 orig)

Input: 26 3 9,,

Output: 104 3 9,,

dataset=symmetry group=symmetry image_width=large image_height=small instruction_sequence='hstack(180 flipy 180 orig)'


Instruction: simon-solve-v1 predict image for 'O2T'

Input:
I0
10 1 e5a2a3
O0
5 2 b523,
I1
2 5 4,,5,,
O1
1 10 4,,,,5,,,,,
I2T
10 10 a0e2a5,a5a0e2,a6a4a1a2a0,a6a5a1c4,a6a1c4a2,a6a1a2a4a5,a6a1a4c2,a1a5a4a5a2,c4e2,a5a4a2a9a2
O2T
None

Output: 5 20 0b25,,50b2,,64120,,651a4,,61a42,,61245,,614a2,,15452,,a4b2,,54292,

dataset=solve_scale group=x2down_y2up predict=image image_width=small image_height=small task_pixels=a


Instruction: Simons-ARC-Image-Mass max mass 2, connectivity 4

Input: 1 15 0,,,9,,,,,,,,,,,0

Output: 1 15 0,,,,,,,,,,,,,,1

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.NEAREST4 max_mass=2


Instruction: SIMONARCIMAGESYMMETRY apply symmetry hstack(flipy orig flipx orig orig)

Input: 26 10 3,g350o3,e3a683c0k3,g3a6a8a3c0g3,i3b6d3d0b3,l3a6f36b3,n3a6d36b3,p3b6b36a3,s3a636a3,u3a6a3

dataset=symmetry group=symmetry image_width=large image_height=small instruction_sequence='hstack(flipy orig flipx orig orig)'


Instruction: SIMONSOLVEV1, O4T, predict image

Input:
I0
8 4 a8c9a8,64c846,040a8040,902a8209
O0
4 4 a8a9,64a8,0408,9028
I1
8 4 6e26,b2a6b2,26c262,2e62
O1
4 4 6b2,b26,26a2,2b6
I2
8 4 a3c0a3,060a6060,b6a3b6,3e03
O2
4 4 a3a0,0606,b63,3b0
I3
6 4 2c82,82a828,15a251,a8a5a8
O3
3 4 2a8,828,152,a85
I4T
6 3 7,81a718,8c78
O4T
None

Output: 3 3 7,817,8a7

dataset=solve_symmetry group='extract_tile vstack(orig flipy)' predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1, 'O2T', predict the image

Input:
I0
1 5 3,,,,2
O0
6 15 3,,,,,,,,,,,,2,,
I1
3 3 4a0,0a6,026
O1
18 9 e4k0,,,e0k6,,,e0e2e6,,
I2T
2 3 05,59,
O2T
None
I3T
2 4 6,0,80,
O3T
None

Output: 12 9 e0e5,,,e5e9,,,,,

dataset=solve_scale group=x6up_y3up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simonsolveversion1, 'O2T', predict the image

Input:
I0
9 5 5,,,,
O0
9 5 5,,,,
I1
5 5 4a0a2,46252,3c2,36567,7c2
O1
5 5 c27,76563,c23,25264,a2a04
I2T
5 2 b3a0,0
O2T
None

Output: 5 2 0,a0b3

dataset=solve_rotate group=rotate_180 predict=image image_width=small image_height=small task_pixels=a


Instruction: SimonCellularAutomata, What transformation happens. maze_nowrap,cave_nowrap

Output: maze_nowrap=0,cave_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=medium


Instruction: SIMONARCIMAGESCALE, Given two images, recognize the transformations. x1_y1,x2up_y1,x5up_y1,x3up_y1,x4up_y1

Input:
4 20 a1a4,,,,a3a4,,,,a1a4,,,,a4a1,,,,,,,
2 5 14,34,14,41,

Output: x1_y1=0,x2up_y1=0,x5up_y1=0,x3up_y1=0,x4up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=down2 scaley=down4


Instruction: SimonsCellularAutomata, Identify the transformation. maze_nowrap,cave_wrap,serviettes_nowrap,cave_nowrap,gameoflife_nowrap

Output: maze_nowrap=0,cave_wrap=0,serviettes_nowrap=1,cave_nowrap=0,gameoflife_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=large image_height=large


Instruction: Flip-B simons-arc-image

dataset=image_deserialize group=flipb image_width=medium image_height=medium


Instruction: Simon-Cellular-Automata, Cave with nowrap. steps=1. 5 is dead. 9 is alive.

Input: 7 10 5,d595,9c595,,5,,,,,

Output: 7 10 5,,,,,,,,,

dataset=cellular_automaton group=cave_nowrap ca_step=1 image_width=small image_height=small


Instruction: Transpose Simons-ARC-RLE-Image

Input: 4 22 2a76,7676,62a6,67a6,b62,2a76,62a6,a627,2b6,6726,2762,7b6,6276,6,62a6,6,b67,6,2b6,6,b62,7b6

Output: 22 4 27b62a62627e62a67,7627672a6a76262f6,a7b676262a67h6,c62a67a62d67b626

dataset=image_deserialize group=flipa image_width=small image_height=large


Instruction: SIMONCELLULARAUTOMATON, Given two images, recognize the transformation. cave_wrap,gameoflife_nowrap,serviettes_nowrap,cave_nowrap

Output: cave_wrap=0,gameoflife_nowrap=1,serviettes_nowrap=0,cave_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=large image_height=medium


Instruction: SimonsArcImageSymmetry apply symmetry vstack(flipx orig)

Input: 3 21 858,5,,a52,2a5,,5,a58,,5,582,5,,585,5,2a5,5,a52,,5,585

Output: 3 42 858,5,,2a5,a52,,5,8a5,,5,285,5,,585,5,a52,5,2a5,,5,585,858,5,,a52,2a5,,5,a58,,5,582,5,,585,5,2a5,5,a52,,5,585

dataset=symmetry group=symmetry image_width=small image_height=large instruction_sequence='vstack(flipx orig)'


Instruction: SIMONS-HISTOGRAM sum

Input:
2:458
6:1077,9:955,8:536,4:262

Output: 6:1077,9:955,8:536,2:458,4:262


Instruction: SIMONARCIMAGEPAIR, Remove Histogram-A colors from Histogram-B

Input:
2 3 2,30,20
5 2 1,a1501

Output: 1:8,5:1

dataset=image_pair group=b_remove_a_colors image_width=small image_height=small


Instruction: simons-arc-rle-image-pair, Histogram B excluding Histogram A colors

Input:
2 6 4,37,,97,67,9
12 6 596a5a6a5a65,56a956a5a656,b56a9a65b6,a6b56a9c6,a5a6a5a69b5,a56a5b65656

Output: 5:31

dataset=image_pair group=b_remove_a_colors image_width=medium image_height=small


Instruction: SimonArcImageSymmetry symmetry 2x2(180 orig flipx orig)

Input: 6 18 5,,,,,,,,,,,,,,,,,

Output: 12 36 5,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,

dataset=symmetry group=symmetry image_width=small image_height=medium instruction_sequence='2x2(180 orig flipx orig)'


Instruction: process SIMONARCRLEIMAGE and return the cw rotated

dataset=image_deserialize group=rotate_cw image_width=medium image_height=medium


Instruction: SIMON-SOLVE-V1, 'O4T', predict the image

Input:
I0
9 3 9,1a4a6a304,0a1a41b0
O0
3 9 049,a09,039,139,469,,149,,019
I1
3 9 4a7,767,467,427,,047,,,040
O1
9 3 0g7,c4a2a67,c0b474
I2
9 10 424a24a25,a4b2a9a0,d9a054,a42a0a259,24a642594,464a29542,b2495b2,242425242,c2b4a2,42a42a4a2
O2
10 9 d249405,a24249a502,a4a2a52092,a4a59a2094,24292409a2,42a42609a2,4b2462924,a2426a4942,4b24249a4
I3T
10 9 191292a1a2,a1920a4a69,d4a6201,910a620292,91a31a2092,97109a2b9,1271c212,9a07b2901,2901709021
O3T
None
I4T
9 9 a394a3930,a390a3410,93b9a109,3b919a03,a941a9090,90a9090a9,49a390934,490390394,039a0a309
O4T
None

Output: 9 9 9a49039a0,093a9a013,a39b0149,3a0b91a3,0a90919a3,0a391a904,90394c9,3a90a9b3,0a4a939a3

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: SimonImageScale scale-x up by 4, scale-y up by 4

Input: 7 4 8,89a87a9,c8a98,8a9c8

Output: 28 16 8,,,,c8c9g8c7g9,,,,o8g9c8,,,,c8g9o8,,,

dataset=scale group=scale_input image_width=small image_height=small scalex=up4 scaley=up4


Instruction: SIMONSCELLULARAUTOMATON, Identify the transformation. highlife_wrap,cave_wrap,maze_wrap,serviettes_wrap

Input:
18 21 k3b0303,3,k3a0c3,l3a0b3,3,,,,,f30i3,f3b0g3,3,,,,,,,g3a0g3,3,
18 21 k3b0b3,m30b3,k3b0b3,,3,,,,,f30i3,f3b0g3,g30h3,3,,,,,,g3a0g3,3,

Output: highlife_wrap=0,cave_wrap=0,maze_wrap=0,serviettes_wrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=large


Instruction: SIMONSOLVEV1, O3T, predict image

Input:
I0
2 10 51,61,,,,,,76,72,67
O0
10 2 5e6a76,f1627
I1
10 5 e2a652,c2a6a292,a2a6b2982,a6d2982,2
O1
5 10 b262,,a26a2,,26b2,,6c2,62a92,59a82,2
I2
5 8 a1610,b610,16160,16108,a6a18,16168,6a168,1
O2
8 5 16a16161,1d6a1,a6e1,a1601a61,b0c81
I3T
8 10 1014b95,2a148251,40148541,a14a5801,41510541,651415a1,3a6a1540,b46a150,b14a654,2104a151
O3T
None

Output: 10 8 1241463412,010a1564a1,b14516410,b451416a4,9a850b161,9258b5161,9540414b5,5d1a041

dataset=solve_rotate group=flipa predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSARCRLEIMAGEPAIR, add histograms

Input:
5 7 2,a2a02,26282,2a682,24a06,60a62,a2626
14 9 c06c0a6b0,606f06760,a0b50a60a1a06,605a6a5a167a06,a0650a106d0,b0a1d60a60,b6b06c0b6,0a606h0,a0a6a06b06b0

Output: 0:76,6:47,2:18,1:8,5:7,7:2,8:2,4:1

dataset=image_pair group=add_histograms image_width=medium image_height=small


Instruction: SimonsImageSymmetry Symmetry vstack(flipx 180 flipy flipx 180)

dataset=symmetry group=symmetry image_width=medium image_height=medium instruction_sequence='vstack(flipx 180 flipy flipx 180)'


Instruction: Simons-ARC-Image-Shape unique color count in shape3x3histogramdiamond4

Input: 6 12 a32a32,7a3a23,72a373,2b372,b3a72,3237a3,c373,a32b3,c373,323232,3a2b3,a7c3

Output: 6 12 a21a21,23a232,b2b3,a212a3,c2a3,213b2,1b212,121a21,1a2313,b2131,a3a212,2a3b1

dataset=shape group=shape3x3_histogram_diamond4 image_width=small image_height=medium


Instruction: Simons-Histogram, unique colors

Input:
0:1502,8:1095,4:772,5:710,3:480,1:462,9:378,2:168,7:95
6:1039,8:554

Output: 0,1,2,3,4,5,6,7,8,9


Instruction: Simons-Cellular-Automata, What transformation happens. maze_nowrap,cave_wrap,serviettes_wrap,highlife_nowrap,gameoflife_nowrap

Output: maze_nowrap=0,cave_wrap=1,serviettes_wrap=0,highlife_nowrap=0,gameoflife_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=large image_height=large


Instruction: Simons-Cellular-Automaton, What transformation happens here. gameoflife_wrap,highlife_wrap,serviettes_nowrap,serviettes_wrap

Input:
16 13 8,,,,,,,,,,,,m898
16 13 8,,,,,,,,,,,,

Output: gameoflife_wrap=1,highlife_wrap=1,serviettes_nowrap=1,serviettes_wrap=1

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=medium


Instruction: Simon-Solve-Version1, O3T, predict image

Input:
I0
5 6 7a187,b781,c78,1b78,a71a7,1c7
O0
1 1 8
I1
5 4 1,9a4a2,2,
O1
1 1 9
I2T
4 5 9780,7808,8080,7b0,0797
O2T
None
I3T
3 4 789,7a8,0,070
O3T
None

Output: 1 1 9

dataset=solve_color group=least_popular_color_1x1 predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSOLVEV1, O3T, predict image

Input:
I0
3 2 0a8,a02
O0
3 2 a02,0a8
I1
2 4 9,91,,21
O1
2 4 21,91,,9
I2T
4 7 0,a060,a680,2a80,2a83,26a1,2169
O2T
None
I3T
7 3 4,4a60315,b480a3
O3T
None

Output: 7 3 b480a3,4a60315,4

dataset=solve_rotate group=flipy predict=image image_width=small image_height=small task_pixels=a


Instruction: simons-arc-image-symmetry make symmetric vstack(orig flipy 180 orig 180)

dataset=symmetry group=symmetry image_width=medium image_height=large instruction_sequence='vstack(orig flipy 180 orig 180)'


Instruction: SimonsCellularAutomata, Given two images, recognize the transformations. cave_wrap,highlife_nowrap,serviettes_wrap

Input:
16 16 d17a171a7c1,f1a7b17a17,g17b17b1,a17c1a7a1a7171,c17b1717b171,m171,17c17a17e1,c1b717a17c1,717i17a1,d17i1,f17g1,17i17a17,b17b17a17d1,b17e17d1,b17c171717b1,17b1a7a1717c1
16 16 1,,g17f1,1,,,,,,,,,,,,h1717c1

Output: cave_wrap=1,highlife_nowrap=0,serviettes_wrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=medium


Instruction: SIMONARCRLEIMAGE rotated halfway

dataset=image_deserialize group=rotate_180 image_width=large image_height=medium


Instruction: Add histograms of two images of type Simons-Arc-Image-Pair

Input:
20 6 3,,q318,i3c03b538,f3c7c51b63,g3b5a1a630b3
12 1 d1a8d5

Output: 3:90,5:15,1:9,0:5,6:5,7:4,8:4

dataset=image_pair group=add_histograms image_width=medium image_height=small


Instruction: Simon-Image-Shape unique color count in shape3x3histogramcorners

dataset=shape group=shape3x3_histogram_corners image_width=medium image_height=large


Instruction: Max of Simons-Histogram

Input:
0:1572,7:1345,6:1248,4:726,9:639,1:496,3:458
6:1365,3:1296,0:1161,2:679,7:603,1:430

Output: 0:1572,6:1365,7:1345,3:1296,4:726,2:679,9:639,1:496


Instruction: SIMONSOLVEVERSION1 'O4T' predict the image

Input:
I0
10 3 4,41414a1a41,4
O0
2 3 4,41,4
I1
15 2 b9a32e9a32,a32b9a3a2a3b9
O1
3 2 9,a32
I2
10 3 3,,
O2
2 3 3,,
I3
20 2 d6a4i6a46,6a4e6a4a6a4d6
O3
4 2 6,6a46
I4T
10 4 4,,,
O4T
None
I5T
10 2 5,
O5T
None

Output: 2 4 4,,,

dataset=solve_symmetry group='extract_tile vstack(orig flipx orig flipy flipx)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: SIMONARCRLEIMAGE flip-b

Input: 7 17 3030b3,3a0a3a0,0a30a30,30a3a03,3a03a03,030a308,0d38,3b0380,d080,b03480,3a03803,b308a3,03048a3,a308b0,0a383a0,30b3a0,0303a03

Output: 17 7 3b0b3b0a8a3a03,c0a30b83b0303,0a30b840b3a0b3,a3a840a3a0c3030,0a3a03c03a0a303,30c3c0a3a03a0,03030a3a03a0a30a3

dataset=image_deserialize group=flipb image_width=small image_height=medium


Instruction: SIMONIMAGESHAPE identify places where shape2x2 contains bit 5

dataset=shape group=shape2x2 image_width=large image_height=large


Instruction: simons-cellular-automata, What transformation happens. serviettes_nowrap,highlife_nowrap,gameoflife_nowrap,gameoflife_wrap,serviettes_wrap

Output: serviettes_nowrap=0,highlife_nowrap=0,gameoflife_nowrap=0,gameoflife_wrap=0,serviettes_wrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=medium


Instruction: SIMONSOLVEV1, 'O2T', predict the image

Input:
I0
5 3 271a8,81a91,8
O0
5 3 8,1a827,a9181
I1
3 5 0,a09,094,090,943
O1
3 5 394,0,9a0,409,a09
I2T
5 7 b393,a8b5,c39,b359,32739,434a7,a3b4
O2T
None
I3T
7 2 d391,5b05a9
O3T
None

Output: 5 7 b4a3,39b3,b5a8,a39a3,359a3,73932,4a743

dataset=solve_translate group=translate_xminus2yplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolvev1, 'O2T', predict the image

Input:
I0
6 1 41a7a2
O0
1 6 2,,7,,1,4
I1
1 7 8,9,4,,,,
O1
7 1 d498
I2T
7 2 72b923,17b294
O2T
None
I3T
2 6 62,16,7,81,61,
O3T
None

Output: 2 7 43,92,29,,,72,17

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1 predict image for O3T

Input:
I0
3 7 769,a67,6,060,6,0a6,a67
O0
1 1 6
I1
7 14 a92c9,a92b98,b92989,,b948a9,2a948a9,2a98429,1497429,2147492,2197b4,2919749,b91749,,c97a9
O1
1 1 9
I2
14 5 8,,86k8,,
O2
1 1 8
I3T
5 1 9
O3T
None
I4T
1 2 9,
O4T
None

Output: 1 1 9

dataset=solve_color group=most_popular_color_1x1 predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simon-arc-image-symmetry make symmetric 2x2(orig orig flipx flipy)

dataset=symmetry group=symmetry image_width=medium image_height=medium instruction_sequence='2x2(orig orig flipx flipy)'


Instruction: SIMONIMAGESCALE scale-x up by 6

Input: 3 16 a19,101,9a1,0a1,1,0a1,1,,a17,1,a10,1,101,107,971,171

Output: 18 16 k1e9,e1e0e1,e9k1,e0k1,1,e0k1,1,,k1e7,1,k1e0,1,e1e0e1,e1e0e7,e9e7e1,e1e7e1

dataset=scale group=scale_input image_width=small image_height=medium scalex=up6 scaley=down1


Instruction: Half a rotation of Simons-ARC-RLE-Image

Input: 3 21 0,,8a0,0,,,050,,058,958,450,058,050,058,050,,840,040,,4a0,

Output: 3 21 a04,,040,,048,050,,850,050,850,054,859,850,050,,0,,,a08,0,

dataset=image_deserialize group=rotate_180 image_width=small image_height=large


Instruction: SIMON-SOLVE-V1 predict image for O3T

Input:
I0
5 4 49452,a2b6,a6a42,2a4a2
O0
4 5 a262,2465,a464,4629,2624
I1
4 8 2a86,a216,a286,2,a028,2,1a21,8b2
O1
8 4 21282b6,d2818,b20b28,8120c2
I2T
8 8 7f5,d59a5,5a7a5757,b57a575,75a7c5,b5959a5,53535795,357b535
O2T
None
I3T
8 5 8181a238,2a1c61,0a6c18,80a18b1,a2018128
O3T
None

Output: 5 8 81818,2a163,b162,a8162,b161,01618,206a1,28028

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONCELLULARAUTOMATA, game-of-life wrap=both. steps=1. live=3. dead=8.

Input: 19 21 8,,,,,a8a3n8,,8,,m8a3b8,l8d38,p838,m8383a8,8,,f83b8b3d8,f83j8,8,,,

Output: 19 21 8,,,,,a8a3n8,,8,,l83d8,l83b838,,8,,k83e8,,,8,,,

dataset=cellular_automaton group=gameoflife_wrap ca_step=1 image_width=medium image_height=large


Instruction: Simons-Arc-Image-Pair, number of colors that the two images have in common

Input:
14 6 268236a26324a2,2128a35c3262,1b3b8a523a63,23a268b2a5b2,6c28d2a53,26b38236c25
11 6 a78a17b1a7,14781e7,4b787b171,71b7b1a71,1c7a1c7,717d17a1

Output: 3

dataset=image_pair group=number_of_intersection_colors image_width=medium image_height=small


Instruction: Simons-ARC-RLE-Image-Pair, number of colors that the 2 images have in common

Input:
7 4 10103a9,373a513,165a0a3,6310b3
8 5 7c2b7,d72a1,b7b1a7,7a1d7,7

Output: 2

dataset=image_pair group=number_of_intersection_colors image_width=small image_height=small


Instruction: rotate CW simons-arc-image

Input: 7 14 8578282,8272526,857a258,87a8265,6782858,5728286,5286858,8286b8,2a86852,858a286,a2825a8,8682682,a825a86,82a8286

Output: 14 7 b82828a56c8,286258a2b7525,82e82a8b7,85b2b6828a28,28652b828a252,d8585856528,a62862a8685862

dataset=image_deserialize group=rotate_cw image_width=small image_height=medium


Instruction: SIMONSARCIMAGESYMMETRY Symmetry 2x2(flipx 180 orig flipx)

Input: 2 29 01,1,89,79,19,14,84,14,04,,,,,,14,,,41,48,,41,,40,,41,,,,

dataset=symmetry group=symmetry image_width=small image_height=large instruction_sequence='2x2(flipx 180 orig flipx)'


Instruction: Simon-ARC-Image-Scale scalex=down3

Input: 24 14 b8b4e8b9h8,k8b4e1b8,h8b9b1b8b9b8,b4k8h9,b9b4b9b8b4e9b8,h8e4e8b9,e8e7e8b9b8,b8b9b4n8,b9k8b4e9,b8b9e8b9e4b8,b8h4b9e8b4,e9n8b9,e4e8e9b4b8,b4b8b9k8b4

Output: 8 14 84a89b8,c84a18,b891898,4c8b9,94984a98,b8a4a89,a8a7a898,894d8,9c84a9,89a89a48,8b49a84,a9d89,a4a8a948,489c84

dataset=scale group=scale_input image_width=large image_height=medium scalex=down3 scaley=down1


Instruction: SIMON-SOLVE-VERSION1 'O3T' predict the image

Input:
I0
4 3 b21,a231,2b4
O0
16 3 1c2b42e42,13c231a23a13a2,b4c21b2a1b2
I1
3 3 483,583,0
O1
12 3 384h0,38a58358a385,b048348a384
I2T
3 2 417,a72
O2T
None
I3T
2 4 85,,37,51
O3T
None

Output: 8 4 58515a15,58373a73,73858a58,15858a58

dataset=solve_symmetry group='create_symmetry hstack(flipx flipy flipy 180)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: Flip-A SIMONARCIMAGE

Input: 16 3 i27d2,2,27g2a7c2

Output: 3 16 2,a27,2,,,,,,,,727,a27,2,,,

dataset=image_deserialize group=flipa image_width=medium image_height=small


Instruction: SIMONSIMAGESHAPE find shape3x3 bit 3

dataset=shape group=shape3x3_center image_width=medium image_height=large


Instruction: SimonImageShape detect shape2x2 bit 0

dataset=shape group=shape2x2 image_width=large image_height=large


Instruction: simons-rle-image-pair, Histogram B excluding Histogram A colors

Input:
9 7 a068090a8,a8c7b8,89a868a06,c86a0a8,08069a086,890a90b8,0606a0a68
14 2 a4d2f3,l35

Output: 3:20,2:5,4:2,5:1

dataset=image_pair group=b_remove_a_colors image_width=medium image_height=small


Instruction: Simons-Arc-Image-Pair, number of colors that the two images have in common

Input:
11 8 525a2a52525,d2542a52,25b254b25,c2b54b2,2a5a2a542a5,25b25a24a2,c2a5254a2,5b25252525
15 8 2564a2a02b4a20,24a5602a6a29a42,46125040409a246,6a0195642946b2,6a06192a6902024,c629a596a4b2,6a4261c4a6062,b240412a6a46a2

Output: 3

dataset=image_pair group=number_of_intersection_colors image_width=medium image_height=small


Instruction: simonsolvev1, O4T, predict image

Input:
I0
18 5 c0m5,,,,
O0
9 1 a0f5
I1
2 15 3,,,,,,,,,,1,,,,
O1
1 3 3,,1
I2
18 5 c9m8,,,,
O2
9 1 a9f8
I3T
2 10 7,,,,,,,,,
O3T
None
I4T
6 10 a1c5,,,,,5,,,,
O4T
None

Output: 3 2 1a5,5

dataset=solve_scale group=x2down_y5down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: Simon-ARC-Image-Mass max mass 4, connectivity corner4

Input: 3 5 a60,,606,,

Output: 3 5 1,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.CORNER4 max_mass=4


Instruction: simons-arc-rle-image-pair, number of colors that the images have in common

Input:
7 2 a54a7a5,b765a9
3 8 5,7a5,a75,a59,595,5,,575

Output: 3

dataset=image_pair group=number_of_intersection_colors image_width=small image_height=small


Instruction: simonsolvev1 'O3T' predict the image

Input:
I0
9 10 02c57a9,a92792a57,a92a92b7,729d79,92a79a797,2d72a9,72a7927a9,a27a92a79,27d920,2d97a9
O0
10 9 90b979a79,927b9a759,79a72b757,a9a2b7a25,c9797a95,b9c7975,a9c79a25,97a27a2a92,b27297a90
I1
10 5 a9g0,93g9,,3h9,
O1
5 10 c90,,,,,,,,a9a39,a3b9
I2
5 8 9a204,94927,7a4a7,a4a70,40707,47a09,7a070,a07a0
O2
8 5 a0970a74,07a0a720,7a0a7492,a070b42,07b47a9
I3T
8 2 2b4b27,e4a9
O3T
None

Output: 2 8 97,92,42,,4,,,42

dataset=solve_rotate group=flipb predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSIMAGESCALE scale-x down by 7

Input: 21 6 f8f9f0,f4f0f8,f6f0f4,f0m7,f0f6f8,f8f0f8

Output: 3 6 890,408,604,0a7,068,808

dataset=scale group=scale_input image_width=large image_height=small scalex=down7 scaley=up1


Instruction: Simon-Solve-V1, 'O2T', predict the image

Input:
I0
3 8 989,987,287,917,897,a89,897,879
O0
8 3 c892a9,79891b8,979c79
I1
8 9 c67646,4a9767a6,c507a4,a690a976,a6706b9,670a6a46,97e6,76a9c6,64c646
O1
9 8 679b6546,46a7a6596,696079596,69a6a0576,d69067,b64a9a76,4a6497464,c6964a6
I2T
9 8 a18b1891,81989b18,8b9d1,a983189a1,18a9b191,c191981,b18c31,9a198b18
O2T
None
I3T
8 5 a02b020,202a52a0,2028b02,0a809020,8f0
O3T
None

Output: 8 9 9b19a81,b18a9a1,b198a98,98193981,839b191,13a18b1,13919a18,1389b19,8d181

dataset=solve_rotate group=rotate_cw predict=image image_width=small image_height=small task_pixels=a


Instruction: Simons-Image-Symmetry make symmetric vstack(flipy 180 180 flipx flipx)

Input: 6 2 8b3a8,828a20

Output: 6 10 828a20,8b3a8,0a2828,a8b38,0a2828,a8b38,,0a2828,a8b38,0a2828

dataset=symmetry group=symmetry image_width=small image_height=small instruction_sequence='vstack(flipy 180 180 flipx flipx)'


Instruction: SIMONSARCIMAGESCALE, What transformation happens. x1_y1,x2up_y1

Input:
7 11 9e6,9b60a4,96a4640,960b43,4962b3,4942396,49236a4,0936b4,b6a046,60404a6,40c64
28 22 c9w6,,c9k6c0g4,,c9c6g4c6c4c0,,c9c6c0k4c3,,c4c9c6c2k3,,c4c9c4c2c3c9c6,,c4c9c2c3c6g4,,c0c9c3c6k4,,k6g0c4c6,,c6c0c4c0c4g6,,c4c0o6c4,

Output: x1_y1=0,x2up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=up4 scaley=up2


Instruction: SIMONARCIMAGEMASS identify places where max mass is 4, connectivity topbottom2

Input: 4 8 b06,7b6,a780,4726,4878,6282,2682,8a62

Output: 4 8 1,,,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TB2 max_mass=4


Instruction: simons-image-mass identify places where max mass is 4, connectivity all8

Input: 7 5 72a72a7,70b247,b73a27,a767372,d737

Output: 7 5 a0a1b0,01b010,b01b0,a0101a0,d010

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.ALL8 max_mass=4


Instruction: simonsolveversion1, O3T, predict image

Input:
I0
6 3 612b1,616a23,5
O0
6 3 236162,5,a16121
I1
3 2 a85,1a8
O1
3 2 a81,858
I2
2 2 71,27
O2
2 2 27,71
I3T
2 5 07,0,80,07,0
O3T
None
I4T
5 6 a16a1,,,,,
O4T
None

Output: 2 5 0,80,07,0,07

dataset=solve_translate group=translate_xplus2yminus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: simon-solve-version1 predict image for O3T

Input:
I0
16 20 9,,,,k9c1,,,,c9k1,,,,g9c1c9,,,,g8c4c9,,,
O0
4 5 9,b91,9b1,a919,a849
I1
20 4 c7o5,,,
O1
5 1 7c5
I2T
4 4 0,,,
O2T
None
I3T
4 20 6,,,,,,,,,,,,9,,,,,,,
O3T
None

Output: 1 5 6,,,9,

dataset=solve_scale group=x4down_y4down predict=image image_width=medium image_height=medium task_pixels=b


Instruction: SIMONSOLVEV1, 'O2T', predict the image

Input:
I0
8 7 8a2a8285,28d28,a2825828,2,b28b25,b2a8b2,8b28b2
O0
8 7 c2a8a2,28b28a2,58a2a828,828d2,8a282582,2,5b28b2
I1
7 1 283b17
O1
7 1 7283b1
I2T
1 6 7,,,8,,
O2T
None

Output: 1 6 8,,7,,,8

dataset=solve_translate group=translate_xplus1yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: Process simons-rle-image-pair and return the sum of histograms

Input:
11 6 e71c7,f7a127,7a202b7417,2a01b72472,b1e747,b72b7a2a7
11 2 b3a75c45,b73d7a5

Output: 7:52,2:10,1:8,4:7,3:4,5:4,0:3

dataset=image_pair group=add_histograms image_width=medium image_height=small


Instruction: Simons-Image-Symmetry make symmetric 2x2(flipx flipy flipy flipy)

Input: 5 3 53b5,53b7,5a157

Output: 10 6 b53a5a157,b73a53b7,75a1a53b5,5a1575a157,53b753b7,53c53b5

dataset=symmetry group=symmetry image_width=small image_height=small instruction_sequence='2x2(flipx flipy flipy flipy)'


Instruction: SIMONSARCIMAGESHAPE find shape3x3opposite bit 3

dataset=shape group=shape3x3_opposite image_width=small image_height=large


Instruction: Simon-Cellular-Automaton, Given two images, recognize the transformations. maze_wrap,serviettes_wrap,highlife_nowrap,cave_nowrap,highlife_wrap

Output: maze_wrap=0,serviettes_wrap=0,highlife_nowrap=0,cave_nowrap=1,highlife_wrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=large image_height=medium


Instruction: simonsolvev1, O3T, predict image

Input:
I0
8 6 9a595b9,9a5697a5,95657a59,a9579b5,9575a959,51c5a9
O0
8 6 95657a59,a9579b5,9575a959,51c5a9,9a595b9,9a5697a5
I1
6 2 3c62,b7692
O1
6 2 3c62,b7692
I2
2 4 90,29,25,26
O2
2 4 25,26,90,29
I3T
4 5 9202,0401,1421,4a01,4102
O3T
None
I4T
5 6 65359,6a595,531a5,51b5,c53,5
O4T
None

Output: 4 5 1421,4a01,4102,9202,0401

dataset=solve_translate group=translate_yminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1, 'O5T', predict the image

Input:
I0
8 1 6d962
O0
8 1 d9626
I1
1 1 2
O1
1 1 2
I2
1 3 9,5,
O2
1 3 5,,9
I3
3 6 890,095,6a0,508,580,0
O3
3 6 805,0,908,950,a06,085
I4T
6 8 b6216,696592,a65a69,295696,a65b6,a5b69,2629a6,a62a69
O4T
None
I5T
8 6 0303a030,c03030,0a403a03,b0a4030,3b0a430,3d030
O5T
None

Output: 8 6 b0a4303,d0303,303a03a0,b0303a0,a403a030,a0a403a0

dataset=solve_translate group=translate_xminus1yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: CW rotate SIMONSARCRLEIMAGE

Input: 16 4 b9e7471a9a7,b7b9b14a9c7,d4c24a9c7,d7d4e7

Output: 4 16 7479,,,7497,,4297,4217,,,4,7a97,7a91,b79,,7,

dataset=image_deserialize group=rotate_cw image_width=medium image_height=small


Instruction: simon-solve-version1, O5T, predict image

Input:
I0
2 4 06,80,86,6
O0
10 4 b60a60a60,86086a8a08,80680a8a68,0c60c6
I1
4 2 0198,9a80
O1
20 2 9a80891a0a89019a8910,01980a8989109a8a0a89
I2
2 2 23,36
O2
10 2 3632632a32,236a323a63
I3
2 3 40,45,48
O3
10 3 48048a4a04,4a545a4a54,40840a4a84
I4T
3 2 7a9,a74
O4T
None
I5T
2 2 83,04
O5T
None

Output: 10 2 0438408a38,8340380a40

dataset=solve_symmetry group='create_symmetry hstack(flipy flipx 180 orig flipx)' predict=image image_width=medium image_height=small task_pixels=a


Instruction: SimonImageScale, Recognize the transformation between input and output. x4up_y1,x7down_y6up,x2up_y1,x3up_y1

Input:
7 3 9,6,
1 18 9,,,,,,6,,,,,,,,,,,

Output: x4up_y1=0,x7down_y6up=1,x2up_y1=0,x3up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=down7 scaley=up6


Instruction: simon-arc-image-mass identify places where max mass is 1, connectivity leftright2

Input: 14 2 a393b1a393108,3i5a63

Output: 14 2 a0a1d0d1,1k01

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.LR2 max_mass=1


Instruction: Half rotate SimonsArcRleImage

Input: 4 15 b62,6a26,6,a2a6,7b6,7a62,7b6,2b6,6,a2a6,b62,6,62a6,,6

Output: 4 15 6,a626,,6,2b6,a6a2,6,b62,b67,2a67,b67,a6a2,6,6a26,2b6

dataset=image_deserialize group=rotate_180 image_width=small image_height=medium


Instruction: Process SIMONARCRLEIMAGEPAIR and return the sum of histograms

Input:
17 4 a06a0606a06e0,h9b6060a6,0606b060a9e4,d60d40a60a6
8 6 3,,,,,

Output: 3:48,0:24,6:22,4:11,9:11

dataset=image_pair group=add_histograms image_width=medium image_height=small


Instruction: Simon-Image-Symmetry make symmetric hstack(orig flipx orig)

Input: 12 11 980c8a0b8,89d808098,0a80d8090,a809g8,a809a80d8,8a0c80a808,a80g80,a89b80d8,a80e89a8,e8a0a808,80c80a80a8

dataset=symmetry group=symmetry image_width=medium image_height=medium instruction_sequence='hstack(orig flipx orig)'


Instruction: Simon-ARC-Image-Symmetry make symmetric vstack(orig flipy orig)

dataset=symmetry group=symmetry image_width=medium image_height=large instruction_sequence='vstack(orig flipy orig)'


Instruction: cw rotate SimonsArcRleImage

Input: 4 1 a5a8

Output: 1 4 5,,8,

dataset=image_deserialize group=rotate_cw image_width=small image_height=small


Instruction: simon-arc-image-shape identify places where shape3x3 contains bit 5

Input: 22 3 685058f9b8a4b80,a5b9g8586806858,5e85b65c8580680

Output: 22 3 a01i0101c010,01b0b1e0101c01,0

dataset=shape group=shape3x3_center image_width=large image_height=small


Instruction: simon-arc-image-shape find shape2x2 bit 5

Input: 29 20 8,,e87u8,f8a7s8,f8687r8,g8687q8,h868a7b8a5j8,i86a87a59k8,i868a5a7989i8,j86b89789c83d8,n8987c83e8,m89a89a783f8,l82a89b87g8,k82b89a83h8,j82b898a7i8,j82a8b7k8,i82b794l8,h827b84m8,l84n8,8

dataset=shape group=shape2x2 image_width=large image_height=medium


Instruction: Simon-ARC-RLE-Image flip-a

Input: 6 10 b25a2,24b25,a24a52,524b5,b5452,a2a542,5b242,a2b54,c529,52b52

Output: 10 6 b2a5252a5,24a25b252,a2a4a52b5,52a5452b5,a2b5a4525,2525b2492

dataset=image_deserialize group=flipa image_width=small image_height=small


Instruction: SimonsRLEImagePair, number of colors that the 2 images have in common

Input:
9 1 7a97297a3
1 4 7,2,7,6

Output: 2

dataset=image_pair group=number_of_intersection_colors image_width=small image_height=small


Instruction: SIMONSOLVEVERSION1, O3T, predict image

Input:
I0
1 3 0,,5
O0
1 3 5,0,
I1
3 7 979,a09,178,184,a54,a94,9
O1
3 7 178,184,a54,a94,9,979,a09
I2
7 1 a404a04
O2
7 1 a404a04
I3T
1 2 6,4
O3T
None

Output: 1 2 6,4

dataset=solve_translate group=translate_yminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: SimonArcImageSymmetry symmetry vstack(flipy flipy flipy)

dataset=symmetry group=symmetry image_width=large image_height=small instruction_sequence='vstack(flipy flipy flipy)'


Instruction: SIMONARCIMAGEPAIR, histogram-b without colors of histogram-a

Input:
20 5 i94a949b4a9,4c9c4f9a494,d94c9b4f9,49a4d94d94c9,494a9a4a9494b94a949
9 7 b67a6a56,a67208767,a6572b76,a658727a6,65a062b6,657b0276,5b67c0

Output: 6:26,7:13,0:10,5:7,2:5,8:2

dataset=image_pair group=b_remove_a_colors image_width=medium image_height=small


Instruction: simons-cellular-automata, Recognize the transformation between input and output. cave_wrap,gameoflife_nowrap,maze_nowrap,highlife_wrap,serviettes_nowrap

Output: cave_wrap=0,gameoflife_nowrap=0,maze_nowrap=0,highlife_wrap=0,serviettes_nowrap=0

dataset=cellular_automaton group=recognize_transformation ca_step=1 image_width=medium image_height=medium


Instruction: Process SimonRLEImagePair and return the histogram sum

Input:
17 7 8c98a9089049894,989490c49a09080,a0b9a40a8a908098,8489a49a8a9b8498,840a80984b989890,0980949c89a8b9,8a90b980a809a809
13 7 5,45a4e5454,545454d545,5c4a54d5,54a54a54d5,c5a45454b5,54j9

Output: 5:58,9:56,4:38,8:37,0:21

dataset=image_pair group=add_histograms image_width=medium image_height=small