Instruction: SimonsImageSymmetry Symmetry 2x2(flipy orig flipx flipx)

Input: 4 6 6b8,,a0a8,8386,,a838

Output: 8 12 a8386b8,838a6b8,8386a0a8,a0b8386,6c8386,6d838,b86b86,,a8a0a8a0,68386838,,83b83a8

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


Instruction: SIMONSOLVEVERSION1 predict image for 'O3T'

Input:
I0
4 16 8564,b96,47a4,6586,6856,a474,6b9,4658,6586,47a4,b96,8564,4658,6b9,a474,6856
O0
4 4 4658,6b9,a474,6856
I1
4 16 a393,a979,a3a9,3,,a9a3,97a9,39a3,3,a3a9,a979,a393,39a3,97a9,a9a3,3
O1
4 4 39a3,97a9,a9a3,3
I2T
3 16 a57,537,301,521,125,103,735,7a5,521,301,537,a57,7a5,735,103,125
O2T
None
I3T
2 12 50,01,06,60,10,05,06,01,50,05,10,60
O3T
None

Output: 2 3 05,10,60

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


Instruction: Simon-Solve-V1 predict image for O2T

Input:
I0
4 4 7,,8a78,b78
O0
4 4 a7a8,a787,7,
I1
4 4 9,,a679,9a80
O1
4 4 6796,a809,9,
I2T
4 3 1,,a5a9
O2T
None
I3T
3 4 5a4,7,4,424
O3T
None

Output: 4 3 5a95,1,

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


Instruction: Rotate counterclockwise Simon-ARC-RLE-Image

Input: 14 6 628968b698686,628i68,6929f6a86,a62a868f6,8982b69a69b6,b62i6

Output: 6 14 68c6,868b6,a68b6,8b696,9d6,6,c696,b68a6,8d6,b68a6,9698a2,a8a286,a29696,c686

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


Instruction: Process simons-arc-rle-image-pair and return the number of colors in common

Input:
7 1 b2a7a8
2 2 64,0

Output: 0

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


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

Input:
I0
4 10 9b8,9a89,b89,a9a8,8a98,9b8,8,a9a8,b89,8
O0
1 1 9
I1
10 8 d78c7,a7a870c7,7a07b8a70,h78,0a70c7a0,a70a70a8a7,070d707,a0b70a707
O1
1 1 8
I2
8 11 a42d4,a42a41a4,47b41a4,47c414,,74c014,a7e4,4,,,
O2
1 1 2
I3
11 14 a17g1,,16h1,,,6i1,,1,,,,,,
O3
1 1 7
I4T
14 13 a72a782a7a9782,829797a9782878,869a7a928a7827,967829a72a7a97,7678278a792b7,686797282a9797,a697987a98a979,9b798a7978279,a797a97a979297,27972b7a978a7,7a8a979729b78,a789a727929782,2b978c72a97
O4T
None
I5T
13 2 f82c82,b3b82c828
O5T
None

Output: 1 1 6

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


Instruction: Simon-ARC-Image-Shape detect shape2x2 bit 5

Input: 17 7 15a15151a5a151a51,151b5151b5a12a5,c515e31a521,1a51d5b9d3,b1a51c515a1b9,15e1d5a151,51a5b15c1a5b1

Output: 18 8 1p0,b0a10b1b0a1c0,010a1g0101a0,a0c1k0,b0b10a1h0,01b01b0101e0,0a1a0c1f010,p01

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


Instruction: Simon-Image-Mass identify places where max mass is 3, connectivity nearest4

Input: 4 1 a7a0

Output: 4 1 1

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


Instruction: SIMONIMAGEMASS max mass 4, connectivity corner4

Input: 9 1 b1b2a17

Output: 9 1 1

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


Instruction: SIMON-SOLVE-V1 predict image for O5T

Input:
I0
7 4 a1d7,a12a1a5,18b121,1858218
O0
7 4 18b121,1858218,a1d7,a12a1a5
I1
4 1 9a46
O1
4 1 9a46
I2
1 7 3,,5,,,4,
O2
1 7 4,,3,,5,,
I3
7 2 01a8060,a9b053
O3
7 2 01a8060,a9b053
I4T
2 3 5,6,15
O4T
None
I5T
3 8 7,,,727,729,7,,
O5T
None

Output: 3 8 7,,,,,727,729,7

dataset=solve_translate group=translate_yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: Add histograms of two images of type SimonsArcRleImagePair

Input:
16 6 a6e06b090a6,0a6a06e0a6a9,650a5b09b6a9a0,9b090b6a069090,9b0a6b06a06a09,90c6a95a095b0
11 9 3a93b9a3a9,a9a3b9c7,d9a3c9,939a39a3939,b393e9,d93d9,93h9,g93a9,3d9393a9

Output: 9:87,0:49,6:26,3:24,5:5,7:4

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


Instruction: Simon-ARC-Image-Symmetry make symmetric hstack(orig flipx 180 orig flipy)

Input: 29 17 3,,,,x385a3,v38a5b3,c32n3b85325a3,d326b2f3b83a5a235a3,d323a63d2a8b25d35a3,e32a36a3b8b2a5b2b35a3,f32a3a82c35d3c2a3,f32g35k3,g32d3a5l3,h32b35n3,h323a5o3,i32q3,3

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


Instruction: SIMONIMAGESYMMETRY apply symmetry vstack(flipy flipy 180 flipx orig)

Input: 3 1 4a3

Output: 3 5 4a3,,a34,,4a3

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


Instruction: Simons-ARC-RLE-Image-Pair, Histogram B excluding Histogram A colors

Input:
9 9 6,,b64d6,a697a4a69,b69a7469,b69a6a79,c697659,c697875,d69b8
17 9 252a5a2a4d2b5,b24242c5b2a52,a254a2a054c25a2,c242a3b05b252,45e2d30212,c25252525a9b32,b25a25a2a325a925,c252a4a25b3192,b25a252a5b2c1

Output: 2:79,3:15,0:6,1:6

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


Instruction: SIMONARCIMAGESYMMETRY symmetry vstack(flipx 180 flipx flipy)

Input: 15 7 5a7f59a7a5,b5d7697c5,b5a796a97d5,b1b5959b3b5,b5b1b3a5a9a5,a53i5a9,5

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


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

Input:
I0
4 3 8b1,86a1,46a1
O0
4 6 b18,a168,a164,8b1,86a1,46a1
I1
3 4 2,0a2,2,
O1
3 8 2,a20,2,,,0a2,2,
I2
4 2 a526,2
O2
4 4 62a5,2,a526,2
I3T
2 2 7,
O3T
None
I4T
2 3 60,09,9
O4T
None

Output: 2 6 06,90,9,60,09,9

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


Instruction: SimonsCellularAutomaton, What transformation happens. serviettes_nowrap,highlife_wrap,cave_wrap,maze_nowrap,gameoflife_nowrap

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

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


Instruction: Simons-Cellular-Automaton, Maze with nowrap. steps=1. 3 is dead. 7 is alive.

Input: 27 5 a37a3a7s3,e3a7b3a7i3b73,c37f37m3,d3b7c3a7l3,b3b737d37l3

Output: 27 5 d3b7o37a3,e3a7b3a7i3b73,c37f37j37a3,b373b7c3a7l3,b3b737c3a7l3

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


Instruction: Simons-ARC-Image-Scale scale-x down by 5, scale-y down by 2

Input: 30 2 i7d8i0d9,

Output: 6 1 a78a09

dataset=scale group=scale_input image_width=large image_height=small scalex=down5 scaley=down2


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

Input:
I0
12 5 9,e5e1,,,e2e6
O0
2 20 9,,,,51,,,,,,,,,,,,26,,,
I1
18 1 e2k9
O1
3 4 2a9,,,
I2
6 3 6,8,
O2
1 12 6,,,,8,,,,,,,
I3
18 2 k0e1,e3e1e0
O3
3 8 a01,,,,310,,,
I4T
18 5 k3e8,e3k5,e5e9e7,e5e3e7,e8e3e7
O4T
None

Output: 3 20 a38,,,,3a5,,,,597,,,,537,,,,837,,,

dataset=solve_scale group=x6down_y4up predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
I0
4 3 4864,64a8,b86
O0
4 12 6b8,a846,4684,6b8,a846,4684,b86,64a8,4864,6b8,a846,4684
I1
3 3 5,970,a70
O1
3 12 0a7,079,5,0a7,079,5,a70,970,5,0a7,079,5
I2T
3 3 4a2,a31,131
O2T
None
I3T
3 3 a83,684,238
O3T
None

Output: 3 12 832,486,3a8,832,486,3a8,238,684,a83,832,486,3a8

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


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

Input:
I0
4 3 a959,a295,9821
O0
4 3 9,,
I1
7 12 5259525,a545a95,a2849a5,a584925,b59495,b594a2,b59275,9a597a2,9a28529,2a95852,c58a5,
O1
7 12 5,,,,,,,,,,,
I2
6 11 a529a5,954595,a58495,b5492,b5945,25a942,a52987,525975,5b295,25a925,a59252
O2
6 11 5,,,,,,,,,,
I3
11 14 4041414b14,102a45d4,102a15a1b4,1042a45c4,1042415b41,4014240a414,40142a48a41,01a48240414,018a1240414,0a1a4120414,0a1a4124014,0b1b42041,0d4121a4,0c4141414
O3
11 14 4,,,,,,,,,,,,,
I4T
14 6 7a5d9a76167,1a6a5a127a0106,70160a576a27a6,b81a07a5b4a7,7a0e8a5016,a61a71616c86
O4T
None
I5T
6 3 c9a2,a212a4,a14b2
O5T
None

Output: 14 6 6,,,,,

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


Instruction: Simon-Image-Symmetry Symmetry vstack(flipx flipx orig flipx)

Input: 9 8 a2b9a898,a828295a8,9a85b8a9,82a829828,982d89,a8a982898,89b89b8,9c82a82

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


Instruction: SimonArcImageMass max mass 1, connectivity all8

Input: 1 10 8,5,,,,,,3,5,3

Output: 1 10 1,0,,,,,,1,,

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


Instruction: simon-arc-rle-image-pair, sum histograms

Input:
6 7 a89a81,5b818,a3a810,8373a8,053a70,a89387,8
14 8 a9282a98989839,c82829a26a82,8c9b23028a9,989a293a08a9a8,9b23908989898,3e5b89892,a9285c7a8b5,989a8b9a39398

Output: 8:54,9:37,2:18,3:14,5:12,7:8,0:7,1:3,6:1

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


Instruction: simonsolveversion1 predict image for 'O3T'

Input:
I0
2 2 48,58
O0
4 2 8484,8585
I1
2 2 05,6
O1
4 2 5050,6
I2
2 2 70,27
O2
4 2 0707,7272
I3T
2 3 42,12,42
O3T
None
I4T
3 3 2a9,951,a51
O4T
None

Output: 4 3 2424,2121,2424

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


Instruction: SimonsImageMass max mass 6, connectivity topleftbottomright2

Input: 5 10 a8a31,18383,81307,3a103,8b54,5a048,5a083,8a0a3,1a0a1,30b8

Output: 5 10 1,,,,,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TLBR2 max_mass=6


Instruction: simonsolveversion1 predict image for 'O3T'

Input:
I0
4 5 a718,8046,3430,4104,8a60
O0
4 5 0a41,6086,18a7,4680,3034
I1
5 6 a1374,41379,13794,43941,39071,9c4
O1
5 6 07139,b494,374a1,37941,79413,94143
I2
6 7 940743,940a73,709793,a90703,a07043,9,094a07
O2
6 7 9,4a0709,074394,0a7394,979370,0703a9,7043a0
I3T
7 7 245a453,0a45463,4a24863,0428460,084a264,8c024,a454242
O3T
None

Output: 7 7 b02480,54242a4,5a45324,4546304,2486342,2846a04,4a26408

dataset=solve_translate group=translate_xminus2yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1 predict image for O4T

Input:
I0
4 2 7,
O0
2 2 7,
I1
4 4 8208,2626,,0a82
O1
2 4 08,26,,82
I2
8 2 01a60681,068101a6
O2
4 2 0681,01a6
I3
4 3 b39,3939,39a3
O3
2 3 39,,3
I4T
6 2 290a92,a9a290
O4T
None

Output: 3 2 a92,290

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


Instruction: Simon-Cellular-Automata, Recognize the transformation. serviettes_nowrap,cave_wrap

Input:
18 25 2,,d21k2,1p2,2,,,,,,,j21e2,i2c1c2,2,,,,g21h2,a2b1l2,b2a1g21c2,m2a1a2,m2b12,m2a1a2,2,
18 25 2,,,,,,,,,,,i2a1e2,i2b1d2,j2a1d2,2,,,b21m2,a2121l2,a2121h21b2,l21a212,,m21212,2,

Output: serviettes_nowrap=0,cave_wrap=0

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


Instruction: what are the shared colors between SIMONS-HISTOGRAM

Input:
8:1504,6:967,5:954,4:924,7:761,3:751,9:532,1:372
3:1584,8:1279,7:1068,0:999,5:911,1:910,4:612,2:589

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


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

Input:
I0
2 9 98,9,59,95,58,,68,56,96
O0
9 2 a959a5659,8a95b8a6
I1
9 4 9c34393,39a3d9,d91b3,39b039a3
O1
4 9 9393,3b9,a390,,3a90,4913,3939,a9a3,39a3
I2T
4 3 2892,a296,a292
O2T
None

Output: 3 4 2,8a2,9,262

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


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

Input:
I0
18 3 b2b7e1e8,b3n8,8
O0
6 9 27a1a8,,,3d8,,,8,,
I1
9 5 b3b1b9,b3b9b8,b7b9b8,,b9b4b9
O1
3 15 319,,,398,,,798,,,,,,949,,
I2T
15 1 e0b9e2
O2T
None

Output: 5 3 a09a2,,

dataset=solve_scale group=x3down_y3up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simonsolvev1 'O4T' predict the image

Input:
I0
4 2 a7a8,0826
O0
4 2 a8a7,2608
I1
2 7 40,08,78,38,08,,
O1
2 7 40,08,78,38,08,,
I2
7 6 a1a9a19,7a9a179,b14219,a8a3123,a378a39,1919793
O2
7 6 19a1a91,797a9a1,19b142,23a8a31,39a3783,9319197
I3
6 5 2012a1,,101021,2a12a1,0a1b2
O3
6 5 a12012,,2a1010,a12a12,a20a12
I4T
5 8 b673,76726,37628,67264,62764,76747,b647,36343
O4T
None

Output: 5 8 73b6,26767,28376,64672,64627,4a767,47b6,4a363

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


Instruction: SIMONSOLVEVERSION1 'O2T' predict the image

Input:
I0
4 3 0,0a20,2a72
O0
2 3 0,02,27
I1
6 2 8,8c68
O1
3 2 8,8a6
I2T
4 3 4a94,7a47,7a97
O2T
None

Output: 2 3 49,74,79

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


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

Input:
I0
14 5 3,,,f3f7,f7f3
O0
2 20 3,,,,,,,,,,,,37,,,,73,,,
I1
7 2 5,
O1
1 8 5,,,,,,,
I2
7 5 3,0,,,
O2
1 20 3,,,,0,,,,,,,,,,,,,,,
I3T
7 2 1,
O3T
None

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

dataset=solve_scale group=x7down_y4up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: Simon-Image-Symmetry apply symmetry 2x2(orig 180 flipx flipx)

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


Instruction: Simon-ARC-Histogram, remove histogram a colors from histogram b

Input:
2:1276,8:768,6:694,0:492
4:1591,5:1589,9:1508,7:1217,2:919,6:809,8:468,1:223,0:163

Output: 4:1591,5:1589,9:1508,7:1217,1:223


Instruction: Simon-Cellular-Automaton, Given two images, recognize the transformation. gameoflife_nowrap,gameoflife_wrap,highlife_nowrap

Output: gameoflife_nowrap=0,gameoflife_wrap=0,highlife_nowrap=1

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


Instruction: simons-arc-image-shape detect shape3x3 bit 7

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


Instruction: simon-arc-image-shape identify places where shape3x3opposite contains bit 3

Input: 24 2 2b12a1a21f3d4a1,d0d3f7a1a2b1

Output: 24 2 a0101e0d1a0b1b0,0b1a0b1a0d1e010

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


Instruction: SIMONCELLULARAUTOMATA, Serviettes wrap=none. steps=1. live=4. dead=9.

Input: 12 24 f9a4a94,94f94a9,d94e9,f94a949,d9a4d9,94f9494,a4c94c94,94h94,9b4a94d9,d94b9494,c94f9,g94b9,a9a4g9,9,94i9,4b9b4d9,4e94a949,a94c9b4a9,a94h9,e9b4949,e94d9,a9c4e9,a94c94a949,f9494a9

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


Instruction: simonsolveversion1, O4T, predict image

Input:
I0
5 10 9c8,4a848,89864,7a868,84178,a8194,81689,85647,98948,87847
O0
1 1 8
I1
10 6 43a404a3a4,g403,340a843b4,a4a9739a43,3c4a7a90,43a4340b1
O1
1 1 4
I2
6 10 0a20a2,a20204,23b24,203042,3b242,32a042,028423,2484a2,0a2302,2b3a2
O2
1 1 2
I3
10 5 8a38c3a8,34a841a8a4,a81a83a8a3,18a3a0a8a3,141a480a83
O3
1 1 8
I4T
5 6 c74,5c7,875a7,78567,57867,5a783
O4T
None
I5T
6 7 a51656,61b60,51a608,b6408,b6048,5a60a8,b6a78
O5T
None

Output: 1 1 7

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


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

Input:
I0
7 5 a383838,e38,b83a83,3b8a38,83a8a38
O0
7 5 a838383,e83,b38a38,8b3a83,38a3a83
I1
5 14 a13a1,31a31,c31,b131,3b13,3a131,3c1,a1b3,b131,31313,3,313a1,3b13,3
O1
5 14 a31a3,13a13,c13,b313,1b31,1a313,1c3,a3b1,b313,13131,1,131a3,1b31,1
I2
4 6 2,3b2,23a2,2,a232,3
O2
4 6 3,2b3,32a3,3,a323,2
I3T
4 12 6,,64a6,a646,6b4,4b6,b64,6,a646,b64,6,
O3T
None
I4T
13 9 g232a32,e23e2,a23a23b2a3a2,a2a3a2323b23,a2323e2a3,32a323b23b2,23b23b23232,23b232b3b2,3a23a23b23a2
O4T
None

Output: 13 9 g323a23,e32e3,a32a32b3a2a3,a3a2a3232b32,a3232e3a2,23a232b32b3,32b32b32323,32b323b2b3,2a32a32b32a3

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


Instruction: SIMONSOLVEV1, O3T, predict image

Input:
I0
3 6 615,831,850,835,1a3,051
O0
3 6 850,835,1a3,051,615,831
I1
6 3 0409a3,594a39,3a94a3
O1
6 3 3a94a3,0409a3,594a39
I2T
3 8 469,564,649,6a9,394,3a9,,9
O2T
None
I3T
8 4 46a1b41,d46a4,a48a2416,4812a461
O3T
None

Output: 8 4 a48a2416,4812a461,46a1b41,d46a4

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


Instruction: SimonsArcImageMass identify places where max mass is 3, connectivity toprightbottomleft2

Input: 15 9 b616e4b16,d4e68b6,b6161h6,1j61a6,61i61a6,c61g616,k61a6,c61i6,6

Output: 15 9 m10,d101c01a01,c101f0a1,b1h0a10,a1i0101,1b01g010,b01g0101,a0101e010a1,0101e010b1

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.TRBL2 max_mass=3


Instruction: SIMONSARCIMAGESYMMETRY make symmetric 2x2(flipy 180 flipy flipx)

Input: 6 27 2624a6,b6b2,a64264,2b646,a6b26,646a26,262a62,6a2626,a64a62,642424,2686a2,2684a6,268a24,4618a6,641862,a62862,4a6862,242826,a26186,245184,a24a56,6464a6,6a2a64,a24b6,6b2a6,626a26,d62

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


Instruction: SimonImageMass identify places where max mass is 1, connectivity topleftbottomright2

Input: 5 11 6a262,18b2,13b2,81262,81326,21b6,21685,62185,a6185,2a682,b286

Output: 5 11 1a0a1,a1a01,0a1a0,1c0,b1a0,1,a0b1,b0a1,a0b1,b0a1,10b1

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


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

Input:
10 3 d8d2,983a8b201,989a2a0b8
5 1 a9b1

Output: 2

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


Instruction: simonsolveversion1 'O3T' predict the image

Input:
I0
3 9 918,9a2,868,,a29,819,868,a29,819
O0
3 3 918,9a2,868
I1
2 9 73,38,63,36,83,37,36,83,37
O1
2 3 73,38,63
I2
4 6 8968,8686,6868,8698,6868,8698
O2
4 2 8968,8686
I3T
3 12 515,915,0a2,505,,a20,519,515,505,a20,519,515
O3T
None
I4T
3 9 5,523,183,381,325,5,381,325,5
O4T
None

Output: 3 4 515,915,0a2,505

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


Instruction: SIMON-SOLVE-V1 predict image for O4T

Input:
I0
9 1 2a0c8a0
O0
1 9 2,0,,8,,,,0,
I1
1 9 9,,6,,,1,6,,
O1
9 1 a9b61b6
I2
9 8 527525b7,75857c5,5,572e5,52f5,2g5,a52a52525,b5b8525
O2
8 9 57b52a5,2a572b5,7852a525,f58,27d58,e528,7f5,7d5a2,7f5
I3
8 7 8b0b80,b3802a8,32b7828,3020a828,389020a8,2a89b60,b868290
O3
7 8 8c328,0320b8,03729a8,087a096,8078268,82a8062,a8a2869,0c8a0
I4T
7 7 2,d2a6,201a026,a21a262,,a2b1a2,2a1c2
O4T
None
I5T
7 8 c31a3,c3a53,e38,d383,b31383,c38a3,35a35a3,e35
O5T
None

Output: 7 7 2,a20b21,a2d1,a20a212,,262a6a2,2a6c2

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


Instruction: SIMONSOLVEVERSION1, O2T, predict image

Input:
I0
4 6 9,,6151,a959,9195,6969
O0
4 6 9696,5919,95a9,1516,9,
I1
6 5 b9192,a1a791,a939a7,b9394,2a9394
O1
6 5 493a92,493b9,a793a9,19a7a1,291b9
I2T
5 6 b6a1,b1a6,6a9a8,69b3,a6596,16561
O2T
None
I3T
6 8 8,7a87a8,b8b7,489848,a85b1,,785a27,782b8
O3T
None

Output: 5 6 16561,695a6,b396,a8a96,a6b1,a1b6

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


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

Input:
I0
3 2 a62,282
O0
3 2 a28,2a6
I1
2 1 3
O1
2 1 3
I2
1 7 1,,6,2,,,
O2
1 7 2,1,,6,2,,
I3T
7 4 5e9,56a71a7,97a4676,74a7676
O3T
None
I4T
4 3 93a4,9a40,a646
O4T
None

Output: 4 3 4b6,a493,4094

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


Instruction: simon-cellular-automata, What transformation happens here. cave_wrap,highlife_nowrap,highlife_wrap,maze_nowrap

Input:
15 20 a7b3c73b7a3,b7a3i7,7,h7b3b7,h7c3a7,d7a3b7b3a7,a7a373d73b7,7b3b7b3d7,7a3c7b3d7,7,,,,a3l7,7e3g7,b7b3h7,c73i7,d7a3g7,b7c3d7a37,a7c3e7a37
15 20 a7373i7,,i73c7,h73a73a7,7,c7b3a73d7,7373737b37a3a7,c737a37a3c7,7373b7373d7,g73e7,7,,,a37b3h7,a3c73g7,e73g7,b73a73g7,,a73h7a37,a73b73d7a37

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

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


Instruction: SIMONSARCIMAGESHAPE identify places where shape3x3opposite contains bit 2

Input: 20 11 i25g25,e25a25g242,i25d254a2,o24b2,i25c24c2,2b5b25d2a4d2,a2525e254f2,d25d24b25c2,i24h2,b25d24i2,2a5k25c2

Output: 20 11 0,0g1010d1b0,0c10a10i10,0g1010b10b10,01b0b10d10c10,0a1010b10a1b0c10,b0i10a10a10,a010e10g10,0l10c10,01a0d10e10a10,0

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


Instruction: SIMONARCIMAGEMASS identify places where max mass is 5, connectivity tb2

Input: 10 6 2c5b257,b2f5,a725757a52,5a2a8a2572,b827525a0,e25025

Output: 10 6 1,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TB2 max_mass=5


Instruction: SimonArcImageMass identify places where max mass is 1, connectivity topbottom2

Input: 6 11 2b626,67c6,675b6,686565,a68565,a28595,278585,a682a5,68b52,286a46,2a4b6

Output: 6 11 a1a010,0,a01b0,0a1b0,01c0,01a010,,0101a0,a0a101,a0b10,0c10

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.TB2 max_mass=1


Instruction: Max of simonshistogram

Input:
1:1358,2:1041
6:699,2:662

Output: 1:1358,2:1041,6:699


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

Input:
I0
8 2 070a7017,171a7107
O0
2 2 17,07
I1
8 3 373a73a5,313a1a31,e537
O1
2 3 5,31,37
I2T
12 4 5a35c35a23,34134a143841,84184a148341,a23a2a3a25a3
O2T
None

Output: 3 4 a23,841,341,5a3

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


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

Input:
I0
12 2 e6e2,e2e0
O0
2 6 62,,,20,,
I1
6 2 6,
O1
1 6 6,,,,,
I2T
6 2 3,7
O2T
None
I3T
6 1 1
O3T
None

Output: 1 3 1,,

dataset=solve_scale group=x6down_y3up predict=image image_width=medium image_height=small task_pixels=a


Instruction: Process SIMONSARCIMAGEPAIR and return the overlap of colors

Input:
9 5 7a257c2,c25b27,27a525257,a2a7d5,2a535a252
9 2 1a7b5305,e3b5

Output: 3,5,7

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


Instruction: Simons-Image-Mass max mass 1, connectivity topleftbottomright2

Input: 7 4 6816b8,9812868,8a616a8,b8a528

Output: 7 4 d101,a101010,0a10101,10c10

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


Instruction: Flip-B SIMONARCRLEIMAGE

Input: 1 11 6,,,,,,3,,,0,

Output: 11 1 a0b3e6

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


Instruction: simon-solve-version1 predict image for O4T

Input:
I0
15 2 b0a17a17a1a7a1,a17k0
O0
3 2 7a1,0
I1
10 2 4a83838a38,8348484a84
O1
2 2 38,84
I2
10 4 b29292a92,4a26262a62,2642424a24,29g2
O2
2 4 92,62,24,2
I3
20 4 a7a657015701570a1075,5a7057275727572a7275,57275a705a705a7a0a75,5701a7a6a7a6a7c6a7
O3
4 4 1075,7275,0a75,a6a7
I4T
20 4 a3a5a318a318a31a81a3,7a32a3a1a3a1a3c1a3,a3a17a327a327a3a2a37,a318a3a5a3a5a3c5a3
O4T
None

Output: 4 4 81a3,a1a3,2a37,a5a3

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


Instruction: SIMONSOLVEVERSION1 predict image for 'O2T'

Input:
I0
9 13 b45454a5,54d5a4,45a4a5454,b5a4a545,45c4545,d54b5,a5a454a54,a545a4b5,a54d54,a5a45a4a5,d5b45,a54b54a5,a4a54a5a4
O0
9 13 b54545a4,45d4a5,54a5a4545,b4a5a454,54c5454,d45b4,a4a545a45,a454a5b4,a45d45,a4a54a5a4,d4b54,a45b45a4,a5a45a4a5
I1
7 5 e75,75c75,7a57575,b75a75,e75
O1
7 5 e57,57c57,5a75757,b57a57,e57
I2T
6 8 a04a04,a40404,a0c4,a40b4,b0404,0b404,d40,0a4a04
O2T
None

Output: 6 8 a40a40,a04040,a4c0,a04b0,b4040,4b040,d04,4a0a40

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


Instruction: SimonRLEImagePair, intersection of colors of the two images

Input:
11 3 21a87c834,c1b53a48,8718f1
6 4 c9a4,c979,,9a27a9

Output: 2,4,7

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


Instruction: Simon-Solve-Version1 predict image for O4T

Input:
I0
3 5 a63,0a1,027,328,358
O0
3 5 0a1,027,328,358,a63
I1
5 6 a0959,530a9,a93a9,95359,b539,5a153
O1
5 6 530a9,a93a9,95359,b539,5a153,a0959
I2
6 2 8,b4b6
O2
6 2 b4b6,8
I3
2 3 78,87,28
O3
2 3 87,28,78
I4T
3 4 915,6a8,682,6a5
O4T
None

Output: 3 4 6a8,682,6a5,915

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


Instruction: SIMONSARCIMAGESYMMETRY Symmetry 2x2(180 flipy 180 180)

Input: 5 25 3,,,a30a3,,a32a3,63203,a3203,,,,73230,78230,372a8,37323,,37326,a3723,,,,b323,6a323,6c3,

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


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

Input:
I0
12 1 2
O0
2 4 2,,,
I1
6 2 7,
O1
1 8 7,,,,,,,
I2
6 5 5,,,,
O2
1 20 5,,,,,,,,,,,,,,,,,,,
I3
18 5 e0k9,e7e9e0,e9e7e9,e9e7e4,k7e4
O3
3 20 0a9,,,,790,,,,979,,,,974,,,,a74,,,
I4T
18 1 6
O4T
None
I5T
6 5 6,3,,,5
O5T
None

Output: 3 4 6,,,

dataset=solve_scale group=x6down_y4up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: Simons-ARC-Image-Pair, overlap of colors of the images

Input:
3 3 767,062,7
6 10 a1a2a1,a17a51,a17b1,a17a16,29b41,197165,1a76a1,1a7b1,,167b1

Output: 2,6,7

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


Instruction: simon-solve-v1 predict image for O4T

Input:
I0
2 15 02,23,,20,32,,23,,02,,23,,02,23,
O0
2 3 02,23,
I1
3 20 875,865,825,525,578,568,528,525,,825,865,875,,865,825,525,875,865,825,525
O1
3 4 875,865,825,525
I2
4 20 71a7,51a7,5b7,7,a717,a715,b75,7,,5b7,51a7,71a7,,51a7,5b7,7,71a7,51a7,5b7,7
O2
4 4 71a7,51a7,5b7,7
I3
4 10 a086,3865,68a0,5683,3865,a086,,3865,a086,3865
O3
4 2 a086,3865
I4T
2 20 65,5,75,76,56,5,57,67,76,75,5,65,,5,75,76,65,5,75,76
O4T
None

Output: 2 4 65,5,75,76

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


Instruction: simons-arc-image-symmetry symmetry hstack(flipx orig flipx flipx flipx)

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


Instruction: SimonsRLEImagePair, intersection of colors of the two images

Input:
11 10 71c7a1a70,a171672b71,0706a726760,1d721710,c6072b76,1c67a2a70,176b262101,0a2a4b6170,67b6a10717,a17a6a76b1
20 9 n19c1,m139c1,m19d1,l139d1,k13f1,j13b7d1,e1d73a17d1,a1c7c03h1,1

Output: 0,1,7

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


Instruction: SimonsArcImageShape identify places where shape2x2 contains bit 1

Input: 22 2 6i5d1a06a23,26a3f1a4a1a3131a6

Output: 23 3 a0h10c101a01a0,b010e1010101c010,1

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


Instruction: Simon-Solve-V1 predict image for O3T

Input:
I0
12 4 a5050b50505,0b50a5b0a5,050a5a05c0,505c0a5a05
O0
12 20 a5050b50505,,,,,0b50a5b0a5,,,,,050a5a05c0,,,,,505c0a5a05,,,,
I1
13 1 09791a9b6b9
O1
13 5 09791a9b6b9,,,,
I2T
18 2 1d36i21,b13b6j1
O2T
None
I3T
7 4 6,84c95,646c8,a606060
O3T
None

Output: 7 20 6,,,,,84c95,,,,,646c8,,,,,a606060,,,,

dataset=solve_scale group=x1_y5up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: transpose SIMONSARCIMAGE

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


Instruction: Process SimonsArcRleImagePair and return the histogram sum

Input:
1 2 7,
3 2 2,a25

Output: 2:5,7:2,5:1

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


Instruction: simon-cellular-automaton, What transformation happens. gameoflife_nowrap,serviettes_wrap,cave_wrap,highlife_nowrap

Input:
20 23 94d94k9,9,,n94c9,9,,,i94h9,,9,,,b94o9,4r9,4g9494g9,d9494b9b4e9,e9b4c9a4d9,d94m9,e9b4j9,e94l9,b94b94f94b94,9,
20 23 9,,,,,,,,,,,,,,i9a4g9,f94a9a49a4d9,d949a4c9a4d9,d9494k9,d9b4k9,e9494j9,9,,

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

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


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

Input:
I0
4 2 a838,a8a3
O0
8 4 83c8a3,a3c838,83b83a8,a3a8a3a8
I1
2 4 8,,,
O1
4 8 8,,,,,,,
I2T
4 3 a507,6450,64a7
O2T
None
I3T
3 4 5,3a5,5,
O3T
None

Output: 6 8 5,a53b5,b53a5,5,,a53a53,5,

dataset=solve_symmetry group='create_symmetry 2x2(flipx flipy flipx flipx)' predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolvev1, O4T, predict image

Input:
I0
4 4 b14,b16,1,6a16
O0
8 4 b146a16,b16c1,f16,6a16b14
I1
4 2 6,01a6
O1
8 2 c601a6,01e6
I2
2 4 5,15,,51
O2
4 4 b51,1515,,51a5
I3T
4 2 48a4,41a4
O3T
None
I4T
2 2 30,4
O4T
None

Output: 4 2 30a4,a430

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


Instruction: SIMONSIMAGESCALE scale-x down by 4, scale-y down by 6

Input: 24 12 g5g3c1c5,,,,,,c5o0c1,,,,,

Output: 6 2 a5a315,5c01

dataset=scale group=scale_input image_width=large image_height=medium scalex=down4 scaley=down6


Instruction: SIMONCELLULARAUTOMATON, Recognize the transformation. gameoflife_nowrap,cave_nowrap

Output: gameoflife_nowrap=1,cave_nowrap=0

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


Instruction: SIMONSOLVEVERSION1, 'O3T', predict the image

Input:
I0
5 10 7c2,2,2a727,2c7,2a727,27272,727a2,a7272,7c2,72a72
O0
5 10 72a72,7c2,a7272,727a2,27272,2a727,2c7,2a727,2,7c2
I1
10 9 a59f5,b59e5,e59a59,9g59,c59a5b9,9h5,a9g5,b59e5,59a59b595
O1
10 9 59a59b595,b59e5,a9g5,9h5,c59a5b9,9g59,e59a59,b59e5,a59f5
I2
9 3 0,07f0,f070
O2
9 3 f070,07f0,0
I3T
3 10 0a1,0a8,808,a08,808,,a80,,a85,8
O3T
None
I4T
10 3 6,,
O4T
None

Output: 3 10 8,a85,a80,,808,,a08,808,0a8,0a1

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


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

Input:
1 8 1,,,,3,,,1
15 5 24c80b20a2a6,24b2a5020b6a2,402a5029a6c20,2a5a2b60a20902,b2a60a29c202

Output: 0

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


Instruction: simon-solve-v1, 'O4T', predict the image

Input:
I0
2 4 9,51,91,19
O0
4 8 b91,5a19,9a15,1b9,9191,1919,1515,9
I1
4 3 9b6,8601,9068
O1
8 6 9b68609,860a1068,9068b69,86098609,10681068,b69b69
I2
3 2 5a3,404
O2
6 4 5a3404,404a35,40a404,a35a35
I3
2 4 43,9,3,
O3
4 8 4b3,a9a3,a3a9,b34,3,,9,3434
I4T
4 3 03a2,23a0,0340
O4T
None

Output: 8 6 03a20430,23c032,0340a230,043a0430,a032a032,a230a230

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


Instruction: simons-image-shape identify places where shape3x3opposite contains bit 2

Input: 15 13 b21f26b2,c21b2626a262,d21h2,c2b6a26d2,2626j2,a26j26,2,k26a2,b26j2,h2626b2,e26g2,k26a2,j26b2

Output: 15 13 0,010b10b10b10,0a101a0a1a01010,01010h10,0b1a0a10d10,010j10,a0k10,0b10h10,0h1b010,010c10e10,0f1010a1a0,0c10e1010,0

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


Instruction: SIMON-SOLVE-V1 predict image for O3T

Input:
I0
8 8 4a13a4a0,464c01,3a02a054,4190a245,a40963a2,b42a931,1a352491,14102a49
O0
8 8 14102a49,4a13a4a0,464c01,3a02a054,4190a245,a40963a2,b42a931,1a352491
I1
8 7 6516c5,6a5b1a5,6565a6a1,6c5a65,b6b5a6,d6565,6e56
O1
8 7 6e56,6516c5,6a5b1a5,6565a6a1,6c5a65,b6b5a6,d6565
I2T
7 8 a705a47,1a50a74,59707a0,03a9040,73079a7,7937647,4737b4,a793476
O2T
None
I3T
8 4 5a609b4,04a9a450,a954a965,b0585a9
O3T
None

Output: 8 4 b0585a9,5a609b4,04a9a450,a954a965

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


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

Input:
I0
7 3 02a9a06,a90b92,9d02
O0
7 3 0b92a9,c0290,a9a0602
I1
3 2 698,9
O1
3 2 869,9
I2T
2 8 05,,,,,,,
O2T
None
I3T
8 8 a4a8a4a8,e484,40a4a3a8,a48348a4,4084a8a4,8b48b4,c4a8a4,b4848a4
O3T
None

Output: 2 8 05,,,,,,,

dataset=solve_translate group=translate_xminus2yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONSOLVEV1, 'O4T', predict the image

Input:
I0
3 10 3,351,217,210,231,273,237,213,271,0a7
O0
3 10 5,,,,,,,,,
I1
10 3 a76a72c7,a76b7a2a7,78e4a2
O1
10 3 8,,
I2
3 7 454,5,545,5,5a4,a25,652
O2
3 7 6,,,,,,
I3
7 2 d536,3e0
O3
7 2 6,
I4T
2 12 2,,,20,,,,,,,,0
O4T
None
I5T
12 6 0,b0d709a7,b07e098,b07e090,b0g39,b07e080
O5T
None

Output: 2 12 0,,,,,,,,,,,

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


Instruction: simons-image-symmetry make symmetric 2x2(orig flipy 180 orig)

Input: 13 14 0,,,,,,,,d0a4e0,a0b4g0,0,,,

Output: 26 28 0,,,,n0b4g0,q0a4e0,0,,d0a4r0,a0b4t0,0,,,,,,,,g0b4n0,e0a4q0,0,,q0a4e0,n0b4g0,0,,,

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


Instruction: cw rotate Simons-ARC-RLE-Image

Input: 19 9 5a6767b6a7c65b6,67d65a676a3d6,67c6a76514a65c6,f6b136a47a5a6,65676a1753a67546a56,b6516f3674a65,75a6573b67a6d36,a6767376a5a6565c6,b65j67b6

Output: 9 19 a67d65,a65656a76,67f6,5a657b67,6751d6,63761b67,67a3167a6,b6371756,656351b6,656a31567,a673631a7,b63a64a6,656374636,a63654636,6537475a6,763465a65,a636a5b6,a6365c6,b65d6

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


Instruction: SIMONSCELLULARAUTOMATA, Given two images, recognize the transformation. cave_wrap,maze_wrap

Input:
26 12 0,b08u0,c08t0,0,,,,,,,,
26 12 0,b08u0,c08t0,0,,,,,,,,

Output: cave_wrap=0,maze_wrap=1

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


Instruction: SimonImageMass identify places where max mass is 6, connectivity tlbr2

Input: 1 10 5,,8,5,8,4,,,,

Output: 1 10 1,,,,,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TLBR2 max_mass=6


Instruction: SIMONSIMAGESYMMETRY make symmetric vstack(flipx orig 180)

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


Instruction: what are the shared colors between SIMONS-ARC-HISTOGRAM

Input:
8:1513,1:1125,6:1034,2:772,9:757,5:727,0:699,7:564,4:212
2:1076,9:1073,7:989,3:370,6:218

Output: 2,6,7,9


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

Input:
I0
4 2 b36,b86
O0
4 10 b36,b86,6b3,6b8,6b3,6b8,b86,b36,,b86
I1
2 4 41,34,,24
O1
2 20 41,34,,24,14,43,,42,14,43,,42,24,34,,41,,34,,24
I2
4 2 58a0,a7a0
O2
4 10 58a0,a7a0,a085,a0a7,a085,a0a7,a7a0,58a0,,a7a0
I3T
2 2 76,75
O3T
None
I4T
2 3 75,,7
O4T
None

Output: 2 15 75,,7,57,,7,57,,7,,75,,,,7

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


Instruction: Simon-Image-Symmetry apply symmetry hstack(180 orig flipy orig)

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


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

Input:
I0
5 9 1a7a1,109a7,109a1,,059a1,04b1,019a1,,
O0
5 9 a1910,,,b140,a1950,a1901,,a7901,a1a71
I1
9 9 5a6526a56,c62b65,65a6256a5,56a52c5,6b424a65,5653236a5,a65626a36,c5265a6,c626a56
O1
9 9 6a562c6,a6562c5,6a36265a6,a56323565,5a642b46,c52a565,a5652a656,5b62c6,6a5625a65
I2
9 1 a0f1
O2
9 1 f1a0
I3T
1 9 3,,8,,3,,,,
O3T
None

Output: 1 9 3,,,,,8,,3,

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


Instruction: simonhistogram, remove histogram-b colors from histogram-a

Input:
1:1279,9:1264,0:1204,5:777,7:508,8:502,4:94
2:1177,5:964,4:957,9:794,1:750,3:601,0:296,7:117,6:56

Output: 8:502


Instruction: Simon-Solve-Version1 'O5T' predict the image

Input:
I0
2 15 94,,,,,7,,,,,90,,,,
O0
4 3 a9a4,7,a9a0
I1
5 10 3a846,,,,,a4b6,,,,
O1
10 2 a3c8a4a6,c4e6
I2
3 5 a84,,,,
O2
6 1 c8a4
I3
1 15 2,,,,,0,,,,,,,,,
O3
2 3 2,0,
I4T
10 20 b19d19,,,,,19a1914a19,,,,,91919b391,,,,,a2b3a08a1,,,,
O4T
None
I5T
7 15 4040510,,,,,1010505,,,,,a04c0,,,,
O5T
None

Output: 14 3 a4a0a4a0a5a1a0,a1a0a1a0a5a0a5,c0a4g0

dataset=solve_scale group=x2up_y5down predict=image image_width=small image_height=medium task_pixels=a


Instruction: SIMONSOLVEVERSION1 predict image for 'O4T'

Input:
I0
3 8 8,878,,8a7,473,873,8a7,a87
O0
3 8 787,7a8,8,a87,,787,347,387
I1
8 5 07b0707,a04a7470,47a07b0,4c04a0,0a7404a0
O1
8 5 b04a040,7404b07,b070707,4a747b0,a07b047
I2
5 2 a0a80,39a36
O2
5 2 a8b0,a3639
I3
2 5 64,,34,64,6
O3
2 5 64,6,64,,34
I4T
5 8 9,,94936,a9394,48648,96464,561a9,94a94
O4T
None
I5T
8 1 1d401
O5T
None

Output: 5 8 1a956,a9494,9,,93694,394a9,64848,46496

dataset=solve_translate group=translate_xminus2yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simon-solve-v1 predict image for O2T

Input:
I0
5 2 7,8
O0
1 10 7,,,,,8,,,,
I1
10 2 d3d8,3
O1
2 10 38,,,,,3,,,,
I2T
10 1 d6d7
O2T
None

Output: 2 5 67,,,,

dataset=solve_scale group=x5down_y5up predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1, O5T, predict image

Input:
I0
10 13 58a32425a3,4982a5c2,592823b23,593842b32,59a38b3a2,39a2384323,3953428323,4b352a323,a2a353a4a3,5435c323,3523243232,3423232353,542d343
O0
1 1 9
I1
13 1 c0f3a7
O1
1 1 7
I2
1 7 4,1,4,5,,,
O2
1 1 1
I3
7 13 a4626a4,94a2424,a649494,a4246a4,462a6a9,924b94,a969429,42a6b4,642c4,9b49a4,c49a4,4b2a92,6942694
O3
1 1 6
I4T
13 4 f5b3b5,a5b2g5,a2a5b8e5,g58c5
O4T
None
I5T
4 9 6,,,,,,,,
O5T
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: SIMON-SOLVE-V1 'O2T' predict the image

Input:
I0
14 12 c3139a193191,3a19a19191c3,a3931a313c13,c19a13b1913,b1a930731a3a1,d1301a7a1a5,193a9b0a1a719,9a315b1a59a13,131519a5a3b13,3153a53c13a1,1b51a3193b13,a5a13a19393191
O0
14 12 1,,,,,,,,,,,
I1
12 9 2a9b2920b2,1292a909c2,2128a2a9c2,921a2a928b2,b2192362028,92a01032a6a2,b2820c3a6,a29a280209a2,2b929e2
O1
12 9 2,,,,,,,,
I2T
9 5 d9a6a9,b6496292,6a92a9269,a96949696,b9a64a92
O2T
None

Output: 9 5 9,,,,

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


Instruction: SIMONSOLVEVERSION1, 'O4T', predict the image

Input:
I0
6 5 c8a1,a835a8,8385a8,83c8,8
O0
6 5 a1c8,c835,b8385,b83a8,8
I1
5 5 8c9,97367,93b6,937a6,7c6
O1
5 5 a98a9,67973,a6936,a6937,a67a6
I2
5 1 7
O2
5 1 7
I3
1 5 7,,,,5
O3
1 5 7,,,,5
I4T
5 7 b545,54a54,542a5,c54,525a2,b525,4b54
O4T
None
I5T
7 8 9b7601,c70a7,b70b7,1a70796,17079a7,10b797,19c76,b79b7
O5T
None

Output: 5 7 4c5,54545,b542,54b5,a2525,2c5,5a4a5

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


Instruction: simons-image-mass identify places where max mass is 2, connectivity 8

Input: 9 15 b5850b8,g86,a805a0a56,a8a585864,5a80a8a34,8585a3854,85a308a04,035a80a84,a86c858,80a8b5a8,5a8a5b80,d85808,5085d8,c8c58,80a808580

Output: 9 15 c0a1b0,0,a010a1b0,0,b01d0,b01b010,0,1g0,a01e0,01f0,1f01,f010,a1f0,0,01a0a1a01

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.ALL8 max_mass=2


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

Input:
I0
5 6 4,,,,,
O0
5 6 4,,,,,
I1
6 8 c434,d43,a42a43,a42043,420a43,,20c4,0d4
O1
6 8 4,,,,,,,
I2T
8 1 1f0
O2T
None

Output: 8 1 0

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


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

Input:
I0
12 3 b49c89b4,a8a9c8a9a8,a89e49a8
O0
3 3 4,a89,
I1
12 3 78941a214987,a4a8c4a8a4,21498a789412
O1
3 3 789,a48,214
I2T
8 3 846a4648,6a4a6a46,464a8464
O2T
None
I3T
8 2 5a1a0a15,0a1a5a10
O3T
None

Output: 2 2 51,01

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


Instruction: simonsolveversion1, 'O5T', predict the image

Input:
I0
11 2 3a0587a83a5,0b87878a38
O0
11 10 3a0587a83a5,,,,,0b87878a38,,,,
I1
8 4 d80a8,a0c838,083a80a3,b2b308
O1
8 20 d80a8,,,,,a0c838,,,,,083a80a3,,,,,b2b308,,,,
I2
14 4 0,,,
O2
14 20 0,,,,,,,,,,,,,,,,,,,
I3
19 3 c24b0e2c72,a24d2b0b72a9a2,d24i24a2
O3
19 15 c24b0e2c72,,,,,a24d2b0b72a9a2,,,,,d24i24a2,,,,
I4T
12 1 a6e7c2
O4T
None
I5T
4 2 6941,0b2
O5T
None

Output: 4 10 6941,,,,,0b2,,,,

dataset=solve_scale group=x1_y5up predict=image image_width=medium image_height=medium task_pixels=c


Instruction: simonshistogram, exclude histogram-a colors from histogram-b

Input:
7:825
6:1340,8:534,2:261

Output: 6:1340,8:534,2:261


Instruction: SimonsImageScale scale-y up by 6

Input: 25 5 a929g89b89b892a89,989a8289a82989j8,89c8a2c89c8a9d89,89e829b89b82d898,928a2892b828989898a98982

Output: 25 30 a929g89b89b892a89,,,,,,989a8289a82989j8,,,,,,89c8a2c89c8a9d89,,,,,,89e829b89b82d898,,,,,,928a2892b828989898a98982,,,,,

dataset=scale group=scale_input image_width=large image_height=small scalex=up1 scaley=up6


Instruction: simons-image-symmetry Symmetry hstack(orig flipx flipx)

Input: 27 5 868187878686167a87a16178181,a8a1b398a4f386a717816,1b87a49o81a8,8b186a1a86d18a786876a18,168686187681816b16c187a8

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


Instruction: Simon-Solve-V1 predict image for O4T

Input:
I0
7 5 b010a5,140a501,17803a0,4708270,b2c0
O0
7 5 a501b0,10a5041,a030871,0728074,c0b2
I1
5 6 b484,4,c47,84092,a3494,20924
O1
5 6 48b4,4,7c4,29048,494a3,42902
I2
6 7 c819,d86,986908,686072,b7698,1a89a8,969898
O2
6 7 91c8,6d8,809689,270686,896b7,a89a81,898969
I3
7 5 d7a0,a7171a7,c7807,1c080,a71a710
O3
7 5 a0d7,a7171a7,708c7,08c01,01a71a7
I4T
5 7 7,9c7,c70,79b7,b737,a7679,7
O4T
None

Output: 5 7 7,c79,0c7,b797,73b7,976a7,7

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


Instruction: simonsolvev1 predict image for 'O4T'

Input:
I0
4 2 9,9a29
O0
2 2 9,29
I1
4 4 6,9a69,,6
O1
2 4 6,69,,6
I2
8 3 070a5070,5e05,0a1a0a10
O2
4 3 5070,b05,0a10
I3
6 4 2,0,2,
O3
3 4 2,0,2,
I4T
8 4 a40a40a4,a45a45a4,4a8a4a84,a40a40a4
O4T
None

Output: 4 4 40a4,45a4,4a84,40a4

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


Instruction: simons-image-scale, What transformation happens. x7up_y7up,x3up_y1,x2up_y1

Input:
1 1 6
7 7 6,,,,,,

Output: x7up_y7up=1,x3up_y1=0,x2up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=up7 scaley=up7


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

Input:
I0
6 2 4b634,2
O0
2 6 24,23,26,,,24
I1
2 2 06,
O1
2 2 6,0
I2
2 5 2,21,10,,12
O2
5 2 2a012,b1a2
I3
5 8 b949,,969a7,5a679,6a769,69726,a97a9,5c9
O3
8 5 a96a97a9,a926a7a4,9b76b9,b97a6a9,59a65b9
I4T
8 3 d1a41,a1a4a6a1,c614a1
O4T
None

Output: 3 8 1,a14,464,161,641,,6a1,

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


Instruction: SimonImageSymmetry apply symmetry vstack(orig flipy flipx orig)

Input: 11 16 09090709b0,d0790b9,0b90759790,09b0757a09,09b0a750a9,090a97059a0,c9a705a90,a09079795a0,a907a970509,a97b979509,67b907a059,5a6b57b59,0a9a6070905,a90a9a60a95,090a9c0a9,9a090a9b09

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


Instruction: SimonsCellularAutomata, Identify the transformation. serviettes_nowrap,highlife_nowrap,serviettes_wrap

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

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


Instruction: simonsolveversion1 predict image for 'O4T'

Input:
I0
10 2 d1d4,d1d3
O0
2 14 14,,,,,,,13,,,,,,
I1
15 1 d0i3
O1
3 7 0a3,,,,,,
I2
5 2 5,2
O2
1 14 5,,,,,,,2,,,,,,
I3T
20 2 8,7
O3T
None
I4T
15 2 1,d7d3d7
O4T
None

Output: 3 14 1,,,,,,,737,,,,,,

dataset=solve_scale group=x5down_y7up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: convert SIMONSARCRLEIMAGE and return the transposed

Input: 8 10 a58d5,,a5689b5,b585b9,b58c5,b568b5,6b58b5,56258b5,b5a28a5,d52a5

Output: 10 8 e56b5,f56a5,a86c52a5,a5b86a525,a59a5b825,b59c582,b59e5,

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


Instruction: Simons-Image-Scale scalex=down5 scaley=up6

Input: 20 3 d5i9d0,d0d5d4d5,d0d6i3

Output: 4 18 5a90,,,,,,0545,,,,,,06a3,,,,,

dataset=scale group=scale_input image_width=medium image_height=small scalex=down5 scaley=up6


Instruction: simons-arc-image-scale scalex=down5 scaley=down5

Input: 5 5 4,,,,

Output: 1 1 4

dataset=scale group=scale_input image_width=small image_height=small scalex=down5 scaley=down5


Instruction: Simons-ARC-Image-Symmetry make symmetric 2x2(180 orig orig flipx)

Input: 22 14 2c7a272a7a2b72d7,j7a2c72a7a2,l72c72727,7b2c7272j7,h7272d72c7,7271d72b72c72b7,d7a1k72a7,c72a7a1a2g7a27,e72a7a12a72a7a2b7,h7a2a17d2b7,j7b2c4b72,h7d4g7,d7a27a2c72f7,a72n72b7

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


Instruction: simon-arc-image-mass max mass 1, connectivity topbottom2

Input: 12 12 18a38c31a3,318b31d3,31b38a31b3,e3818a31,838a1c38a3,a1b313a1b3,3b1a313a9a3,a1c3a9b18,a3a8a913a1a3,31a9b381a31,19b31a3a131,31e31b3

Output: 12 12 b10101a01a0,a01b01d0,d0a101b0,e0b1a01,10b1a0b1a0,10a1010b1a0,10a1a0c1a0,10a1a0a1a0a1,0f1b01,0b1010101a0,a1b01b01a0,a1b01b0101

dataset=mass group=max_mass image_width=medium image_height=medium connectivity=PixelConnectivity.TB2 max_mass=1


Instruction: Rotate clock-wise Simons-ARC-RLE-Image

Input: 13 20 d94e94,j9a4,e94e9,f94c94,974i9,9794b9a4c9,97b94a9493a9,97e9a34a9,474b9a3a94a9,7c9394d9,749a3b9494a9,7a3a949a494a9,3c94f9,4d94a9b49,4j94,a94g949,g94b94,94b94d949,i94a9,a9a4b9a4a949

Output: 20 13 d9a43b74g9,a94d9349d7c9,4b94b93a94b94c9,4g93c94d9,h93i9,a94c9a493a94d94,e94c93d94a9,4f94943a9494b9,4a94c9a4a93a4d9,e94d93f9,94c949a49a43e9,4949494j949,b9494i949a4

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


Instruction: Simons-Image-Mass max mass 4, connectivity tb2

Input: 11 4 a5d6b91,62d9a616,d63d1,6d1d6

Output: 11 4 1,,,

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


Instruction: Simons-ARC-Image-Pair, Histogram-A excluding Histogram-B colors

Input:
16 1 b0a2j0
1 4 7,,,

Output: 0:14,2:2

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


Instruction: Simons-ARC-Image-Scale, What transformation happens. x5up_y1,x2up_y1,x3up_y1,x4up_y1,x2up_y2down

Output: x5up_y1=0,x2up_y1=0,x3up_y1=0,x4up_y1=0,x2up_y2down=1

dataset=scale group=recognize_transformation image_width=medium image_height=large scalex=up2 scaley=down2


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

Input: 25 9 907a90b9b07c0a9790a90,c09b07090c90907c09,a090a9b09a3a0c90a9b09,907a079b3b07a0b90a90a7,b0a9a39f0907909b09,793a4a8a70a97a0907b9a097,b409a0c8a979090979c0,09d0a909a8709b0790909,a09790a9d09b09c09a0

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


Instruction: SIMONSCELLULARAUTOMATON, Maze with wrap. steps=1. dead=9 alive=7

Input: 24 18 9,,,,k97j9,9,,,,,,,,,,,,

Output: 24 18 9,,,,,,,,,,,,,,,,,

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


Instruction: Simons-ARC-RLE-Image rotated by 180 degrees

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


Instruction: simon-image-mass identify places where max mass is 3, connectivity toprightbottomleft2

Input: 13 3 6a252169a0262,b25a6d242,a295b6b7627

Output: 13 3 1,,

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.TRBL2 max_mass=3


Instruction: Simons-ARC-Image-Scale scalex=down5 scaley=up5

Input: 30 6 n3n5,n5d3d8d3,d8i3d8i2,d7i3d8d2d3,i8i3d5d7,d3d8i3d5d3

Output: 6 30 b3b5,,,,,b5383,,,,,8a38a2,,,,,7a3823,,,,,a8a357,,,,,38a353,,,,

dataset=scale group=scale_input image_width=large image_height=small scalex=down5 scaley=up5


Instruction: simonsolveversion1, O2T, predict image

Input:
I0
3 4 7a2,0a2,,a27
O0
6 4 a27a27,a2a0a2,,7a27a2
I1
4 3 a0a6,0a64,0b4
O1
8 3 a6b0b4,4a6a0a64,b4b0a6
I2T
3 3 457,451,4a1
O2T
None

Output: 6 3 75a4a1,15a451,a1a457

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


Instruction: simonsolveversion1 'O4T' predict the image

Input:
I0
4 7 7027,0a27,2a72,a242,2,2729,7a29
O0
4 7 a297,02a7,a270,a7a2,24a2,2,7292
I1
7 4 c3b4,6c4a3,c3b4,3
O1
7 4 3,b3b43,c4a36,b3b43
I2
4 6 83a6,2786,6783,a376,a373,a3a6
O2
4 6 3a63,3a68,7862,7836,3763,37a3
I3
6 1 1b8a3
O3
6 1 b8a31
I4T
1 5 3,6,,8,
O4T
None
I5T
5 8 b497,a4094,26097,780a4,480a7,409a4,404a7,407a4
O5T
None

Output: 1 5 8,3,6,,8

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


Instruction: process simons-arc-image and return the cw rotated

Input: 4 18 b50,0b5,0505,b05,0505,0504,5a04,a054,b05,5085,50a5,58a5,5,,5a05,58a5,0a50,5a85

Output: 18 4 50f5a05d05,8580a58d0a50b5,8a50c5805d0a5,50g5b4c50

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


Instruction: simonsolvev1 predict image for O4T

Input:
I0
7 8 1,a12c1,d121,21a25a1,5a12a12,2a12a51,21a2b1,a2d1
O0
7 8 1,,,,,,,
I1
8 5 a93d9,39a2a929,b9b2a9,b2d9,9a3d9
O1
8 5 9,,,,
I2
5 12 4,,,,,,,,,,,
O2
5 12 4,,,,,,,,,,,
I3T
12 3 75b607c65,57b0a7a34a5,47a454757a37
O3T
None
I4T
3 1 9a1
O4T
None

Output: 3 1 1

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


Instruction: SimonRLEImagePair, overlap of colors of the images

Input:
12 6 6g1a03,a6c9c030,96c06c96,3a06b93c9,69c69c63,6a96960a9306
12 3 0c3a2a3230,f3d0,a30a32c303

Output: 0,3

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


Instruction: Simons-Image-Mass identify places where max mass is 5, connectivity topbottom2

Input: 14 14 5d7475a42a4,a454a94a5a4247,79a457c42749,a4b54b792a45,2b474a54297a4,5a2a45a472c5,b4247942a9a47,545424752494a5,c45b2a545a4,c45752459a47,5457a547957574,b45a49597a494,4549a79b7a5a9,47959b49a4957

Output: 14 14 1,,,,,,10k1,,,,,,1,

dataset=mass group=max_mass image_width=medium image_height=medium connectivity=PixelConnectivity.TB2 max_mass=5


Instruction: simons-image-mass max mass 3, connectivity tlbr2

Input: 1 7 7,,4,1,3,,

Output: 1 7 1,,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TLBR2 max_mass=3


Instruction: simons-cellular-automata, Game of Life without wrap. Steps=1. Dead cells have value 2. Alive cells have value 4.

Input: 17 12 2,,,,,,,,,,,

Output: 17 12 2,,,,,,,,,,,

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


Instruction: SIMONARCHISTOGRAM subtract

Input:
5:1280,7:1254,2:1217,4:1110,8:1082,6:835,1:770
5:1446,3:1401,1:1229,7:1210,4:707,9:693,6:31

Output: 2:1217,8:1082,6:804,4:403,7:44


Instruction: SIMONSARCIMAGESYMMETRY symmetry hstack(flipy flipx flipx)

Input: 9 1 4a515a454

Output: 27 1 4a515a45a45a451a5a45a451a54

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


Instruction: simonsolveversion1, O3T, predict image

Input:
I0
4 2 38a1,a138
O0
2 2 1,38
I1
4 4 6759,6b9,a969,5967
O1
2 4 59,9,69,67
I2
8 3 6b926a2,26b26a2,26a26b9
O2
4 3 26a2,,6b9
I3T
6 3 46a2a6,426426,2a6462
O3T
None

Output: 3 3 2a6,426,462

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


Instruction: simons-image-scale, Identify the transformation. x1_y1,x2up_y1,x3up_y1

Input:
2 4 47,,,
6 1 b4b7

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

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=up3 scaley=down4


Instruction: SimonRLEImagePair, intersection of colors of the two images

Input:
19 2 1781717b4e9b7,d7d9a7a8d7
3 3 4,3a7,494

Output: 4,7,9

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


Instruction: Simon-Cellular-Automaton, game-of-life wrap=none. steps=1. live=8. dead=7.

Output: 14 26 78a7878b78b7,8h7a878,8l7,i7c8,c78f787,8b78e7a87,8k78,78k7,78j78,7a8j7,8l7,b78h78,7,l78,7,878j7,,78j78,8k78,78k7,7,8l7,7,8l7,7,d8b7b8787

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


Instruction: SIMONARCIMAGESYMMETRY make symmetric hstack(180 180 flipx orig)

Input: 20 10 9a4949a45e49c4,e4a95849g4,f49586c49c4,4a9b495a489b49b49,a4a9b4506e494a9,49b4945a1a09e49,d4a959b49b49b4,4a2b4549a49f49,b4a24549j4,b494a2g49c4

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


Instruction: Rotate counter-clock-wise SIMONSARCIMAGE

Input: 3 19 5,505,5a0,0,050,5a0,a05,050,0a5,5,a50,050,0a5,0,0a5,0,5,0a5,505

Output: 19 3 a5c050a5a05050b5,5b05a0e5050a50,b5a05b0a5d0505

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


Instruction: Simon-Solve-Version1 predict image for O2T

Input:
I0
2 2 6,63
O0
1 1 6
I1
2 4 71,9,19,
O1
1 1 9
I2T
4 3 48a5,5459,5149
O2T
None
I3T
3 7 940,9a0,490,290,459,039,032
O3T
None

Output: 1 1 5

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


Instruction: SIMONSOLVEVERSION1 'O2T' predict the image

Input:
I0
7 11 a9b4a9,49c49,94a9a49,3493b9,93c49,4,4349b4,a43c9,b49a43,9b4a94,b4a3a4
O0
7 11 3,,,,,,,,,,
I1
6 5 2a6256,276267,267626,2a52a6,a62a76
O1
6 5 5,,,,
I2T
5 9 b494,49494,393a9,4,49b4,9a4a9,a9494,4a3a4,a4a94
O2T
None

Output: 5 9 3,,,,,,,,

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


Instruction: Simons-Cellular-Automata, Given two images, recognize the transformations. gameoflife_nowrap,gameoflife_wrap

Input:
25 13 0,,,w09,0,,,,,,,,l09j0
25 13 0,,,,,,,,,,,,

Output: gameoflife_nowrap=1,gameoflife_wrap=1

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


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

Input:
I0
7 1 b6c7
O0
7 1 c7b6
I1
1 8 5,6,,,9,,,
O1
1 8 5,6,,,9,,,
I2
8 10 8,d80a8,b8a30a8,8a3a80a8,a8480b8,,b850b8,c80b8,b8085a8,b80a858
O2
8 10 8,a80d8,a80a3b8,a80a8a38,b8084a8,,b805b8,b80c8,a8580b8,85a80b8
I3T
10 4 a268a79828,a627a28b9,627c8982,6f0a9
O3T
None

Output: 10 4 8289a786a2,b98a272a6,289c8726,a9f06

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


Instruction: simons-image-shape number of unique colors inside shape3x3histogramall9

Input: 6 25 1d0,b01a0,0,,c010,0,,,,,,c021,01a020,c020,,,a012a0,0102a0,a012a0,1a02a0,b02a0,0101a0,1d0,0,

Output: 6 25 d21,,a1b21,b1b2,,,1,,,,b12a3,c2a3,,2,b1b2,12a3a2,a2a3a2,a2a321,,,a2b31,,d21,a2c1,1

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


Instruction: SIMONSCELLULARAUTOMATA, What transformation happens. cave_nowrap,cave_wrap,serviettes_wrap

Input:
12 25 a04a04a0a4a0,d0b404a0,b0d4c0,c0c4c0,e0a4c0,e0404b0,0,g04b0,4j0,f04c0,b0b4e0,c04f0,e04d0,0,c0a4b04a0,0,a0c4c040,0,,a04h0,4f04b0,d04a04b0,4h040,g04040,g04b0
12 25 d040b4a0,b04d04a0,b04g0,b04c04b0,g04b0,e04d0,f04c0,0,,c04f0,b0b4e0,b0a4f0,0,d04e0,0,,b0a4f0,,0,,,h04a0,0,,h04a0

Output: cave_nowrap=0,cave_wrap=0,serviettes_wrap=0

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


Instruction: SIMONSOLVEV1, O4T, predict image

Input:
I0
4 3 4a84,a784,a848
O0
3 4 8a4,4a8,878,874
I1
3 2 6,a52
O1
2 3 26,56,
I2
2 4 7,70,,
O2
4 2 b07,7
I3T
4 9 0,,0502,05a6,0502,0520,,,0
O3T
None
I4T
9 2 4753c20,b734c7
O4T
None

Output: 2 9 70,72,,,42,3,75,7,74

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


Instruction: SIMONSOLVEV1 predict image for 'O4T'

Input:
I0
3 6 050,059,057,295,795,a05
O0
3 6 5a0,590,570,952,957,050
I1
6 3 219329,d57,71a327
O1
6 3 292193,57c5,2a71a3
I2
3 6 080,,,808,0a8,a08
O2
3 6 8a0,,,0a8,a80,080
I3
6 7 545645,b16a5,a516a4,6a8565,5a6565,b5a65,b5451
O3
6 7 4a5456,a5b16,a4a516,656a85,6a5a65,6c56,51b54
I4T
7 1 b0b18
O4T
None

Output: 7 1 18b0a1

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


Instruction: simonhistogram add

Input:
6:1381,4:845,8:769,2:610,1:473,5:124
2:1580,3:1453,9:623

Output: 2:2190,3:1453,6:1381,4:845,8:769,9:623,1:473,5:124


Instruction: SIMONARCIMAGEMASS identify places where max mass is 4, connectivity all8

Input: 10 9 87a879b37,8b79a78a7,a7a897b87,87898787a8,8789b7878,a79d787,797d878,79a87a8787,9d8c7

Output: 10 9 10a1a0c1,1f0a1,h01,1h0,,0,,c01d0,0

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


Instruction: SIMONARCIMAGE rotated halfway

Input: 13 1 f84a8a48

Output: 13 1 8a4a84f8

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


Instruction: Rotate Clockwise SimonsArcRleImage

Input: 1 21 5,8,1,,,3,,0,,,,,,,,6,,,,5,

Output: 21 1 a5c6g0a3b185

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


Instruction: what are the unique colors in SimonsHistogram

Input:
1:1277,4:998,2:588,7:201
1:1543,7:1528,9:720,3:648,0:207,8:200,6:82

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


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

Input:
I0
9 20 b57a52a5,,,,537352a35,,,,54a529a53,,,,5b02a6a5,,,,35a252362,,,
O0
9 5 b57a52a5,537352a35,54a529a53,5b02a6a5,35a252362
I1
18 4 938h5963632,,,
O1
18 1 938h5963632
I2
2 12 56,,,,71,,,,61,,,
O2
2 3 56,71,61
I3T
12 16 e14c14,,,,1,,,,c1a8b1414,,,,1b8b1414a1,,,
O3T
None

Output: 12 4 e14c14,1,c1a8b1414,1b8b1414a1

dataset=solve_scale group=x1_y4down predict=image image_width=medium image_height=medium task_pixels=b


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

Input: 21 7 b9a4949b4b94e9,f94b94d94a94,4a94949494c94949494,4c9494a949494c949,c94949494a949c6a9,4d94a94d6a94b9,a94949a4e9a4d9

Output: 7 21 949a4a9,9,4e9,c9494,494b94,b9a4a9,b4b94,4a9b49,a94b94,94a9494,96a4a94,96b949,9694b9,964c9,469a494,496c9,a9694a9,946a949,a9694a9,b94b9,c9a49

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


Instruction: simons-image-shape find shape2x2 bit 5

Input: 24 24 8,,,,,b82s8,,c82r8,,,d84q8,,d824p8,e84p8,,e824o8,f84o8,,,g84n8,,8,,

Output: 25 25 1w0,0v10,,,,0b10r10,0a1a0r10,0a1010q10,0b1a0q10,,0b1010p10,0c1a0p10,0c1b0o10,,0d1a0o10,0d1b0n10,,0e1a0n10,,0e1010m10,0f1a0m10,0f10n10,0v10,,w01

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


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

Input: 29 4 a343634243a2a46a3246a32b3234,a423f1a43463b8432b42a4,a3c434264b0b832b42a4a3a4,36a4234c03b432f4a6434

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


Instruction: simon-image-symmetry symmetry vstack(180 orig)

Input: 5 9 2,,234a2,2a342,23936,2c6,a23a2,,

Output: 5 18 a23a2,,,c62,63932,24a32,a2432,2,,,,234a2,2a342,23936,2c6,a23a2,,

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


Instruction: SIMONSARCRLEIMAGE rotated halfway

Input: 2 19 8,,16,,,,,,18,,68,,,,,8,,,

Output: 2 19 8,,,,86,,,,,81,,61,,,,,,8,

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


Instruction: SimonArcImageMass max mass 5, connectivity lr2

Input: 12 4 62c626a2a6,b1626262616,2621d6a26,261a61a2a6a2

Output: 12 4 1,,,

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.LR2 max_mass=5


Instruction: simon-solve-v1, 'O4T', predict the image

Input:
I0
2 8 7,87,8,98,49,29,,28
O0
2 8 8,,,,,,,
I1
14 13 640b64a04b64,64a6b04a0a606,606064b604646,c6464b64a06,6060a40c6286,0d606b2864,a64a0b20a8464,464a260486a406,6a064648a60a60,04a640b6b046,0b646a0606404,a60b64b6b40,6464c606a460
O1
14 13 6,,,,,,,,,,,,
I2
13 12 b6a4646b046,06464a0a60606,0a60406a4c6,64060a6a04a60,060a64646a028,460d6b284,60b6b24a846,6a0a26068b60,406a464846460,a064a64606406,64b64b64b0,606c4606464
O2
13 12 6,,,,,,,,,,,
I3
12 4 g83b8,e8a3c8,b87a3e8,8
O3
12 4 8,,,
I4T
4 10 b68,68a6,,6876,a686,a6a8,86a8,b68,8a68,6
O4T
None
I5T
2 4 18,1,61,
O5T
None

Output: 4 10 6,,,,,,,,,

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


Instruction: Process simon-arc-rle-image-pair and return the intersection of colors

Input:
2 1 84
2 6 73,72,42,48,,

Output: 4,8

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


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

Input:
I0
3 5 2a7,727,a92,720,1a5
O0
3 5 929,207,a51,a72,2a7
I1
5 7 95958,85b9,a9a39,b969,5b96,95386,89a49
O1
5 7 3b93,6c9,965a9,86953,49894,58959,a9859
I2T
7 8 a83c8,a02b80,8024838,3284a08,8208a08,3b8328,0803832,0808a42
O2T
None
I3T
8 7 a5a62563,a6a523a5,3616a563,3d626,3c63a6,f63,3d636
O3T
None

Output: 7 8 3a80248,0832840,0a82080,283b83,3208038,4208084,c83a8,8b02a8

dataset=solve_translate group=translate_xplus2yminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: Simons-Image-Symmetry symmetry hstack(flipx flipx)

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


Instruction: SIMONSOLVEVERSION1, 'O2T', predict the image

Input:
I0
12 1 b6h0
O0
4 5 6b0,,,,
I1
3 3 6,,2
O1
1 15 6,,,,,,,,,,2,,,,
I2T
9 2 e9b7,b5b8b9
O2T
None
I3T
18 4 b0b2b1b9e0,b0e4b1e9,h0b1e3,e7b2b0b1b0
O3T
None

Output: 3 10 a97,,,,,589,,,,

dataset=solve_scale group=x3down_y5up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMONARCIMAGEMASS max mass 6, connectivity toprightbottomleft2

Input: 8 13 c608a6,a8268a65,0628a686,a5285a06,658a5680,68258b6,a82a0865,0825c6,68286a50,608a0a65,65a8a0a6,06b8a60,a68b686

Output: 8 13 1,,,,,,,,,,,,

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


Instruction: SIMONSIMAGESYMMETRY Symmetry hstack(flipx orig)

Input: 19 1 g2f4a803

Output: 38 1 30a8f4o2f4a803

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


Instruction: Simon-ARC-Image-Mass max mass 4, connectivity toprightbottomleft2

Input: 11 14 a645f6,a646a5d6,a60b6a5b6,a60a5e6,a68a65d6,6a08a6a5b6,6068c6a56,60a68d65,60a68e6,60b68d6,0d68c6,,0e68b6,6

Output: 11 14 i10,h101,g10a1,f10a10,e10a101,d10a10a1,c10a10b1,b10a1010a1,a10a1010a10,c1010a101,b1010a10a1,a1010a10b1,1010a10c1,010a10d1

dataset=mass group=max_mass image_width=medium image_height=medium connectivity=PixelConnectivity.TRBL2 max_mass=4


Instruction: SIMON-SOLVE-VERSION1 predict image for O3T

Input:
I0
3 2 2,612
O0
12 12 2,,,,,,c6c1c2,,,,,
I1
4 2 46a8,6b4
O1
16 12 c4c6g8,,,,,,c6k4,,,,,
I2
3 2 a59,a84
O2
12 12 g5c9,,,,,,g8c4,,,,,
I3T
4 1 10a8
O3T
None
I4T
2 2 89,09
O4T
None

Output: 16 6 c1c0g8,,,,,

dataset=solve_scale group=x4up_y6up predict=image image_width=medium image_height=medium task_pixels=b


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

Input:
I0
1 3 2,,0
O0
4 12 2,,,,,,,,0,,,
I1
3 1 3
O1
12 4 3,,,
I2T
1 1 4
O2T
None
I3T
1 1 0
O3T
None

Output: 4 4 0,,,

dataset=solve_scale group=x4up_y4up predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
1:1172,6:1077,7:573,8:560,0:559,4:278,9:115
1:1584,6:1404,0:1081,5:992,4:884,8:195,7:157,2:15

Output: 5:992,2:15


Instruction: SIMONIMAGESHAPE number of unique colors inside shape3x3histogramdiamond5

dataset=shape group=shape3x3_histogram_diamond5 image_width=small image_height=large


Instruction: SimonsCellularAutomata, Identify the transformation. gameoflife_wrap,cave_nowrap,highlife_wrap

Input:
20 25 8,,i81e81a8,h8a1h8,,c81b81j8,8,,1m8a1a81,1n81a81,8,j8b1e8,k81f8,8,g81j8,8,,,,,,,,,
20 25 8q18,1,i18h1,1,,,,,n1a8b1,o18b1,1,j1818e1,1,,,,,,,,,,,,8q18

Output: gameoflife_wrap=0,cave_nowrap=0,highlife_wrap=0

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


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

Input:
I0
1 3 7,0,8
O0
2 18 7,,,,,,0,,,,,,8,,,,,
I1
10 2 2563a2a1a0,b10a4b25
O1
20 12 a2a5a6a3c2c1c0,,,,,,e1a0c4e2a5,,,,,
I2T
8 3 48a26542,24a24524,4c1842
O2T
None

Output: 16 18 a4a8c2a6a5a4a2,,,,,,a2a4c2a4a5a2a4,,,,,,a4g1a8a4a2,,,,,

dataset=solve_scale group=x2up_y6up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SimonArcImageShape detect shape3x3opposite bit 1

Input: 14 11 9,975j9,9750c9d59,a970c58d9,a9792b98d9,a97a92a980c9,a975929890c9,b979298a9a3a9,b97a92d9a3,b97a92f9,9

Output: 14 11 0,1b0c1d01,1g0d1,1c0b1d01,b1d010c1,b1b01b0c1,a1a0b1d0a1,a1a01b010a1a0,d1b0a1a0a1,b10a10d1a0,0

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


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

Input:
I0
5 6 b161,a1615,16a15,16b1,6c1,1
O0
6 5 c161,a1a6a1,16c1,6d1,1a5b1
I1
6 7 a67017,61a676,106373,1676a7,1a37a6,c736,7
O1
7 6 a6b1a7,61063a7,7a673a7,0636b7,1b7637,7637a67
I2T
7 1 a9a0907
O2T
None

Output: 1 7 9,,0,,9,0,7

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


Instruction: Process Simons-ARC-Image and return the clockwise rotated

Input: 3 10 0,809,827,,a87,082,,092,,902

Output: 10 3 9c0c80,0a9b8a2a0,d2b790

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


Instruction: SimonImageSymmetry symmetry vstack(flipy 180 orig orig)

Input: 14 8 3a7b87a373a87,a83c832a37a8,787387a3253b8,a3c832935b8,c373829375a8,837d89385a3,a837a8397b457,87d194a1935

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


Instruction: simonsolveversion1 predict image for 'O2T'

Input:
I0
6 4 b0a70,707a07,7d0,d07
O0
6 4 b7a07,070a70,0d7,d70
I1
12 9 7a67a6a76a76,6a76a76a76a7,e6c7a6,7b6b7c67,6a7c6b767,f7c67,767e6b7,c7a67c67,767676767a67
O1
12 9 6a76a7a67a67,7a67a67a67a6,e7c6a7,6b7b6c76,7a6c7b676,f6c76,676e7b6,c6a76c76,676767676a76
I2T
13 1 a0a202a02a020
O2T
None

Output: 13 1 a2a020a20a202

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


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

Input:
7 5 d646,b6a465,a6493a6,6a9a636,9c636
10 10 7,,,,,,,,,

Output: 0

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


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

Input:
I0
4 2 3a27,83a4
O0
2 4 47,42,32,83
I1
2 3 1,,
O1
3 2 1,
I2
3 10 984,987,087,8,a87,5a8,578,570,a70,
O2
10 3 b0a878a74,c7e8,a7b5a80a9
I3
10 2 a1b6d4,b0f6
O3
2 10 64,,,,,6,,06,01,
I4T
2 6 38,,,32,,08
O4T
None
I5T
6 1 d04
O5T
None

Output: 6 2 8a2b8,0d3

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


Instruction: SIMONARCIMAGEMASS identify places where max mass is 3, connectivity topbottom2

Input: 10 8 7f957,e9a527,2a929a2a97,b9675b97,9296597b9,a96956b97,a96c5b9,c92d9

Output: 10 8 1a0e10,,1a0c1b0,b0c1b0,010c1a01,0e1a01,,

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


Instruction: SimonsCellularAutomaton, Serviettes with nowrap. steps=1. 5 is dead. 8 is alive.

Input: 13 19 5,a585b8e5,58a5a858d5,58a5858e5,a58b5a8d5,a58e58b5,a5a8a5858b58,a8b58b58b5,8g5a858,8e5e8,h5a8a5,8c58c5858,a8g5858,d58b5b85,58b58a5a8585,8a58585858585,c5a858d5,b58a58e5,a5a8a58e5

Output: 13 19 b5c8e5,5858b58d5,85a8h5,85a8b5a8c5,585858a58c5,58585c8c5,a8a5a8585a8a5,a5b85b85b8,58c5a8d5,58j5,a8c5b8b58,58f58b5,c5b8a58b5,b8585858b58,858585a8c58,5a8f5858,a5a8c5858a5,a585a858d5,c5a858d5

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


Instruction: SIMONSOLVEVERSION1 predict image for O4T

Input:
I0
3 2 373,a67
O0
3 2 7a3,676
I1
2 8 9,,,5,09,93,98,9
O1
2 8 9,,,5,90,39,89,9
I2
8 8 1,,a1a2a9a1,b1a94a1,a159c1,b19c1,1,
O2
8 8 1,,1a2a9b1,a1a94b1,159d1,a19d1,1,
I3
8 3 9c4264,,6a4a3464
O3
8 3 c42649,,a4a34646
I4T
3 2 1,5a1
O4T
None
I5T
2 5 5,31,3,30,35
O5T
None

Output: 3 2 1,a15

dataset=solve_translate group=translate_xminus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: Rotate clockwise SIMONARCRLEIMAGE

Input: 6 12 b78a7,a9b79,a78797,a89837,a739a7,78a797,a9a798,89a793,9a79a7,d79,b73a7,c797

Output: 12 6 b7989a78797,c7a9878797,f7398a7,7379b798a78,9b7b9739a7,a79738c797

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


Instruction: simonsolveversion1 predict image for O4T

Input:
I0
1 11 1,,9,,2,,,,,,
O0
1 1 2
I1
11 5 e25c2,c16a29b2,5a92d129,a52a9602052,0509265a250
O1
1 1 2
I2
5 8 1a5a3,315a1,8c1,18153,b101,a1a30,3c1,3b13
O2
1 1 1
I3
8 13 7a647476,6b74b7,a46a7b4,474b7a4,47647a47,47a4a7a4,a7a464a7,7674a767,c74a67,a7a474a7,4b74764,74767b4,a74a7a47
O3
1 1 7
I4T
13 12 e416a41a6,6a9d464964,879e4b64,4a8b7416a464,b484976a7464,1b4896b4a76,46a4a6819c4,9146a468d4,646191a48a494,c4b1a4a8a4,4941b4c184,e46c4a1
O4T
None
I5T
12 11 9,,a2i9,a9a2a4e9,c929c4a9,i9a4,9,,,,
O5T
None

Output: 1 1 4

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


Instruction: Simons-ARC-Image-Shape identify places where shape3x3 contains bit 3

Output: 10 24 f0a10,0101a01b0,01c0a1a0,h01,d01c0,01g0,01d01a0,01a0a1c0,g010,01g0,c0101a01,01f01,0,01f01,f0b1,c010a1a0,c01c01,b010a1b0,e010a1,h01,e0b10,c01d0,c01a01a0,e010a1

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


Instruction: SIMONSIMAGEMASS max mass 5, connectivity tb2

Input: 3 3 681,468,3a8

Output: 3 3 1,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TB2 max_mass=5


Instruction: SimonsArcImageSymmetry apply symmetry vstack(orig flipy flipy flipx)

Input: 27 8 40b40m4a040b4,04040a4040b4040j4,a40c40a40o4,g4a0i40b4a04,e40a4040e40a4040404,g40j40a40b4,0b4b0a40b4a0d40b40a4,e40a4a0g40f4

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


Instruction: simonsolveversion1 'O3T' predict the image

Input:
I0
4 3 0b1,1051,1a41
O0
12 12 b0h1,,,,b1b0b5b1,,,,b1e4b1,,,
I1
3 4 1,017,a47,175
O1
9 16 1,,,,b0b1b7,,,,e4b7,,,,b1b7b5,,,
I2
4 2 0808,0
O2
12 8 b0b8b0b8,,,,0,,,
I3T
2 1 7
O3T
None
I4T
1 2 6,
O4T
None

Output: 6 4 7,,,

dataset=solve_scale group=x3up_y4up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simonsolveversion1, 'O5T', predict the image

Input:
I0
2 6 18,13,3,8,,
O0
2 6 8,,,,,
I1
6 8 b4570,545373,5a47a0,b4740,307035,307a53,57a434,b5a45
O1
6 8 4,,,,,,,
I2
8 9 e020,d0923,d0926,c09a62,b079a02,a069a0a3,b09c0,75e0,0
O2
8 9 0,,,,,,,,
I3
8 3 7,,
O3
8 3 7,,
I4T
7 2 7,
O4T
None
I5T
2 3 38,3,6
O5T
None

Output: 2 3 3,,

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


Instruction: SIMON-SOLVE-V1 predict image for O4T

Input:
I0
6 8 b0306,0b360,312030,402430,402130,b0731,0a3703,3a97a9
O0
8 6 6c0139,06c309,a3041b7,03b2039,031b039,a03a4a03
I1
8 3 a7b2b3,b1b3a7,2a372727
O1
3 8 3a7,372,a37,232,237,213,713,712
I2
3 7 646,640,684,489,456,,626
O2
7 3 6049b6,a4a8a52,b6b46
I3
7 3 292a542,9a24952,924c2
O3
3 7 2,452,592,542,a24,9a2,2a9
I4T
3 8 0,090,097,059,852,052,650,649
O4T
None

Output: 8 3 a079a209,0a9c54,c080a6

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


Instruction: SIMONSOLVEVERSION1, O5T, predict image

Input:
I0
1 3 5,,
O0
3 1 5
I1
3 4 547,,457,479
O1
4 3 a5a4,a457,b79
I2
4 7 a347,34a7,6b7,b38,6374,4786,3734
O2
7 4 a363643,347a3a7,4a73783,b78464
I3
7 2 30a7695,a79c5
O3
2 7 37,07,79,75,65,95,5
I4T
2 5 81,13,,80,8
O4T
None
I5T
5 10 b343,a3245,a3243,62a43,62a48,2b48,a7643,a3a76,b383,63638
O5T
None

Output: 10 5 b3a627a36,b3a247b3,3a2b46736,f4783,35a3a83638

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


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

Input:
I0
3 1 a81
O0
1 3 1,8,
I1
1 7 9,,4,,0,,9
O1
7 1 9a0a4a9
I2
7 5 8,,,,
O2
5 7 8,,,,,,
I3
5 10 a7974,b9a7,79a79,a7a97,b797,971a7,a7197,,7a979,797a9
O3
10 5 a9d7974,97a97a9b7,79b1797a9,a9d7a97,c79b797
I4T
10 2 d3b8a3,d3a53a8
O4T
None
I5T
2 5 94,43,93,13,91
O5T
None

Output: 2 10 83,,38,58,,3,,,,

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


Instruction: SIMONSCELLULARAUTOMATA, Recognize the transformation. gameoflife_nowrap,highlife_nowrap

Input:
15 26 2,,,,,,,,,l262,2,,,i26c2,2,,,,,,f26f2,,2,,,
15 26 2,,,,,,,,,,,,,,,,,,,,e2626e2,,2,,,

Output: gameoflife_nowrap=0,highlife_nowrap=0

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


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

Input:
I0
6 1 6d5
O0
6 1 c565
I1
1 3 6,,5
O1
1 3 5,6,
I2
3 5 a89,589,859,759,959
O2
3 5 985,975,a95,9a8,958
I3
5 3 3a120,a1902,34a32
O3
5 3 a3234,12031,902a1
I4T
3 6 382,834,1,148,a41,4
O4T
None
I5T
6 7 230273,3a0b3,7a0b7,0702a3,a73072,732023,b2037
O5T
None

Output: 3 6 1,814,1a4,4,238,483

dataset=solve_translate group=translate_xminus2yminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: Simons-Image-Mass identify places where max mass is 2, connectivity corner4

Input: 13 11 a63c6a3b63,e63a6a236,b63a2a6263a6,363b683d6,b6d8a1b6,a6b8f62,6a82a62a63a62,68a623f6,832b6363a626,a623h6,2a626232c62

Output: 13 11 a01c0a101a0,e01a0a1a0,b0b1a01c0,10101a01d0,01c010a1b0,1j01,b01a01a01a01,1b0a1f0,0a1b0101a010,c1h0,c10b1c01

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


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

Input:
I0
7 4 c03a0,b09310,1a309a0,d290
O0
7 4 c2902,b03b0,a0931a0,a309a01
I1
4 3 b09,a692,2b6
O1
4 3 b62,a090,6926
I2T
3 4 469,809,0,a56
O2T
None

Output: 3 4 565,694,098,0

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


Instruction: Process SimonsRLEImage and return the counter clock wise rotated

Input: 10 14 6,,,,,,,,,,,,,

Output: 14 10 6,,,,,,,,,

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


Instruction: SIMONCELLULARAUTOMATON, Recognize the transformation. cave_nowrap,gameoflife_nowrap

Output: cave_nowrap=0,gameoflife_nowrap=1

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


Instruction: SimonsArcImageShape find shape3x3 bit 2

Input: 18 4 a89a8181a81a81b81,a819b8181a818a1a8,981f519198189,191d89b1a81819

Output: 18 4 0,1c01a0e1c0,o010,h01010b1a0

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


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

Input:
I0
3 8 3a4,535,753,a54,4a5,357,535,a43
O0
3 4 4a5,357,535,a43
I1
2 6 67,70,79,97,07,76
O1
2 3 97,07,76
I2
3 4 4,,,
O2
3 2 4,
I3
4 6 b45,a484,a485,58a4,48a4,5b4
O3
4 3 58a4,48a4,5b4
I4T
2 8 90,20,01,05,50,10,02,09
O4T
None
I5T
4 4 5635,3b7,b73,5365
O5T
None

Output: 2 4 50,10,02,09

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


Instruction: simonsolveversion1, O3T, predict image

Input:
I0
7 4 0,1,8,
O0
1 20 0,,,,,1,,,,,8,,,,,,,,,
I1
14 3 f4f0,f4f8,f9f4
O1
2 15 40,,,,,48,,,,,94,,,,
I2T
14 2 5,f3f5
O2T
None
I3T
7 1 0
O3T
None

Output: 1 5 0,,,,

dataset=solve_scale group=x7down_y5up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SimonsArcImageMass identify places where max mass is 3, connectivity leftright2

Input: 3 10 2,,,,,,,,,

Output: 3 10 1,,,,,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.LR2 max_mass=3


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

Input:
I0
18 1 a0o9
O0
9 2 0g9,
I1
2 7 7,,,,,0,9
O1
1 14 7,,,,,,,,,,0,,9,
I2
14 2 a6a4e7a3a0,k1a6
O2
7 4 64b730,,e16,
I3
4 2 a5a0,4
O3
2 4 50,,4,
I4T
4 7 a4a0,,,0,a0a1,,
O4T
None

Output: 2 14 40,,,,,,0,,01,,,,,

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


Instruction: Simon-Image-Symmetry apply symmetry hstack(orig flipy flipy flipx)

Input: 18 21 o959,,,m91959,l919459,,k91a95a9,j91b95a9,i91c95a9,,h91d95a9,g96c9b8a9,f96d894b9,b9d8e94b9,b89c5e94b9,d9b6e54b9,c96b9a6c9a5a9,c96b9a5a6e9,b9d5i9,9,

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


Instruction: SIMONS-HISTOGRAM max

Input:
0:1266,5:1249,1:1110,4:620,7:517,2:4
6:1192,8:832

Output: 0:1266,5:1249,6:1192,1:1110,8:832,4:620,7:517,2:4


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

Input:
I0
13 6 78676a87b8a7,c87a8787b8,78787a87878a7,787a8a78a7b8,8b7c87c8,86b8b76b87
O0
13 6 8,,,,,
I1
6 12 d71,c781,a71817,a78717,781717,b7a17,b71a7,,,a71b7,,7
O1
6 12 7,,,,,,,,,,,
I2
12 6 h4024,d4c02a4,j34,42c42d4,a4a242e4,c42f4
O2
12 6 4,,,,,
I3T
6 2 4b3a6,a7c8
O3T
None

Output: 6 2 8,

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


Instruction: Simons-Image-Scale, Identify the transformation. x3up_y1,x4up_y1,x2up_y1,x2down_y5down

Input:
30 10 q7c4c8a4a8,,,,,a8a1c8a1c8a1i8a4a8,,,,
15 2 h7a4a848,81a81a81d848

Output: x3up_y1=0,x4up_y1=0,x2up_y1=0,x2down_y5down=1

dataset=scale group=recognize_transformation image_width=large image_height=small scalex=down2 scaley=down5


Instruction: SimonArcImageSymmetry apply symmetry hstack(orig orig)

Input: 27 8 86868a6a868c6a8e6a868,6a8a6c8a68c68f6a86,a68a6a8a6g86a8a6868a6,6b86a86a86a8a68686f86,a686a86d8h6868a68,6a8a686a86c8a686a8686c8,868b6c8b68b6a8a6868b6,a6a868a686a8a686b86a8a6b8

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


Instruction: SIMONSCELLULARAUTOMATON, Identify the transformation. cave_wrap,maze_wrap,serviettes_nowrap,gameoflife_nowrap

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

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


Instruction: simon-solve-v1 predict image for O5T

Input:
I0
11 10 49f727,4c7070a97,2a70a707b9,2a097b97a0,02a7a92c7,279792b702,97b9a72720,79a729720a7,92b7279729,a92c79a70
O0
1 1 7
I1
10 13 a1e4a1,8h1,,,,,89g1,,,9h1,,,
O1
1 1 1
I2
13 7 b32a37a3c2,a3a121232a3a2,23272a323c2,a27271a23a232,b21c231a23,23a21272a3232,a23a231213123
O2
1 1 2
I3
7 11 31a0b9,3195b9,31d9,315a919,31a9159,15a91a9,1b5b9,1591a59,14a9519,a191541,5a959a1
O3
1 1 9
I4T
11 7 75e2b5,7i5,,5,9i5,79h5,39h5
O4T
None
I5T
7 12 0378a72,0a8b72,a737a27,2a72a72,e72,a272b7,a732b7,7a2a328,a723732,a2c72,7a27372,b72878
O5T
None

Output: 1 1 7

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


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

Input:
I0
9 2 76b5a6a5,a5676a567
O0
3 2 765,a56
I1
6 2 37c2,a23a73
O1
2 2 37,2
I2
6 2 183a83,381a81
O2
2 2 18,38
I3T
6 3 9a0a10,909a09,019a09
O3T
None
I4T
9 3 3630c90,96396a369,0a936a363
O4T
None

Output: 3 3 363,963,0a9

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


Instruction: simon-solve-version1 predict image for O2T

Input:
I0
1 3 2,,
O0
4 12 2,,,,,,,,,,,
I1
3 3 931,143,313
O1
12 12 c9c3c1,,,,c1c4c3,,,,c3c1c3,,,
I2T
3 3 a57,095,595
O2T
None

Output: 12 12 g5c7,,,,c0c9c5,,,,c5c9c5,,,

dataset=solve_scale group=x4up_y4up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simon-solve-v1 predict image for O3T

Input:
I0
8 1 b1d8
O0
1 8 8,,,,,1,,
I1
1 1 5
O1
1 1 5
I2
1 1 7
O2
1 1 7
I3T
1 8 5,,,,,,9,5
O3T
None

Output: 8 1 59e5

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


Instruction: SIMONCELLULARAUTOMATA, Serviettes with wrapx and wrapy. Steps=1. Dead cells have value 1. Alive cells have value 7.

Input: 16 7 e1a7g1,,1,m1a7,1,,e1a7g1

Output: 16 7 d17a17f1,,e1a7e1a7,1,m1a7,e1a7g1,d17a17f1

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


Instruction: SimonArcImageMass max mass 3, connectivity lr2

Input: 10 12 3,,,c36d3,3a2360c3,b3a26b06,b3c0263,c3160363,d3160a3,e36303,h30,3

Output: 10 12 0,,,c01d0,e1c0,1,b1c0b1,c0e1,d0d1,e0c1,h01,0

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.LR2 max_mass=3


Instruction: Simon-Solve-Version1 predict image for O3T

Input:
I0
1 17 1,,6,7,,,,,1,,6,1,6,1,6,1,6
O0
6 17 1,,6,7,,,,,1,,6,1,6,1,6,1,6
I1
3 20 a96,0a9,a03,a93,093,a93,943,,,643,043,,903,a03,470,473,407,497,9,6a9
O1
18 20 k9e6,e0k9,k0e3,k9e3,e0e9e3,k9e3,e9e4e3,,,e6e4e3,e0e4e3,,e9e0e3,k0e3,e4e7e0,e4e7e3,e4e0e7,e4e9e7,9,e6k9
I2
3 6 9,696,,,9,6a9
O2
18 6 9,e6e9e6,,,9,e6k9
I3T
1 18 2,,6,,,,,2,,,,,1,,,7,,
O3T
None

Output: 6 18 2,,6,,,,,2,,,,,1,,,7,,

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


Instruction: SIMONARCRLEIMAGEPAIR, exclude histogram b colors from histogram a

Input:
2 5 79,9,90,30,91
10 1 e1b51

Output: 9:5,0:2,3:1,7:1

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


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

Input:
I0
3 3 870,810,808
O0
3 3 808,810,870
I1
3 8 a58,959,a95,,,980,0a9,5a9
O1
3 8 5a9,0a9,980,a95,,,959,a58
I2
8 4 6c3876,367a8b6,3a8d6,3f6
O2
8 4 3f6,3a8d6,367a8b6,6c3876
I3T
4 8 a235,8935,83a5,53a5,,38a5,3b5,5
O3T
None

Output: 4 8 5,3b5,38a5,53a5,,83a5,8935,a235

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


Instruction: SIMONSCELLULARAUTOMATON, Cave wrap=xy. steps=1. alive=4. dead=2.

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


Instruction: simon-arc-image-mass identify places where max mass is 3, connectivity all8

Input: 2 1 9

Output: 2 1 1

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


Instruction: simons-Arc-Histogram, number of unique colors

Input:
2:1564,6:1276,7:1189,3:698,8:2
3:1433,1:1235,9:430,8:105

Output: 7


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

Input:
I0
7 11 a7a07a0,7,7070a70,b70b7,07070a7,c07a0,a707a07,0a70707,07070a7,b7a0a7,d7a0
O0
7 11 a0a70a7,0,0707a07,b07b0,70707a0,c70a7,a070a70,7a07070,70707a0,b0a7a0,d0a7
I1
12 14 56a5c6c5,a6b56c565,a5656c5656,656b5a6b56,6e5a6565,c5a6e5,6a5656b5656,6a56g5,656d56b5,56a56c5656,c5a656c5,b5a6f5,56f5656,b56c5b65
O1
12 14 65a6c5c6,a5b65c656,a6565c6565,565b6a5b65,5e6a5656,c6a5e6,5a6565b6565,5a65g6,565d65b6,65a65c6565,c6a565c6,b6a5f6,65f6565,b65c6b56
I2T
10 10 9f797,7,9a7979c7,9d79797,f79a7,b79e7,c79a7979,a9a7979b7,h79,a79b79b7
O2T
None
I3T
10 12 d83a838,a3b83b83,3a83e8,83g8,3c83c8,b8383c8,b83d83,a3a83d8,f83a8,b83c838,83b83c8,83g8
O3T
None

Output: 10 12 d38a383,a8b38b38,8a38e3,38g3,8c38c3,b3838c3,b38d38,a8a38d3,f38a3,b38c383,38b38c3,38g3

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


Instruction: Rotate counterclockwise SIMONSARCIMAGE

Input: 13 3 a47484746b47,78c47846474,b4a7f48

Output: 3 13 748,474,4,464,6a4,484,a74,4,847,a47,7a4,484,474

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


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

Input:
I0
10 2 c3e7,9
O0
5 14 a3b7,,,,,,,9,,,,,,
I1
12 2 c4a0e6,c0e3a0
O1
6 14 a40b6,,,,,,,a0b30,,,,,,
I2T
20 1 g0k9
O2T
None

Output: 10 7 c0e9,,,,,,

dataset=solve_scale group=x2down_y7up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SimonsCellularAutomata, Identify the transformation. maze_wrap,serviettes_wrap,serviettes_nowrap,highlife_nowrap

Output: maze_wrap=0,serviettes_wrap=1,serviettes_nowrap=0,highlife_nowrap=0

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


Instruction: simonshistogram, unique color list

Output: 0,1,2,3,5,6


Instruction: process simons-arc-image and return flipa

Input: 16 9 646b4c6a4a646,a4a6a46a8a4c64,a64a6a484a846b4,b46a484b0c84,64a6468a4c8046,b6b4b86a36046,46a464646c8406,6464b643c6a86,646a4646b46c4

Output: 9 16 6464a64a6,a46a4a6a4,a6a4a64a6,4c6c4,a46b4a64,c46a4a6,a64b8a64,6a8a48a46,684048634,648086864,a48083864,464a838a6,b6a86864,a648a0484,4648a4084,6b4c64

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


Instruction: Simon-Image-Mass identify places where max mass is 5, connectivity all8

Input: 4 7 9797,a797,,9275,74a2,a695,7967

Output: 4 7 1010,a010,,a101,1,,

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


Instruction: simonsolveversion1 'O2T' predict the image

Input:
I0
6 5 b6a36,a36236,6a3263,3a7236,3a6263
O0
6 5 a6a3a6,362363,a32636,a72363,a626a3
I1
5 3 97b9,9a279,b9a2
O1
5 3 7c9,a27a9,a9a29
I2T
3 3 2a5,a25,5a4
O2T
None

Output: 3 3 a52,252,a45

dataset=solve_translate group=translate_xminus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: Half a rotation of SimonsArcRleImage

Input: 5 15 c06,6a080,606a8,a06a8,a0818,,06808,60808,61a86,01a80,18680,,08a60,68a06,6c0

Output: 5 15 c06,6a086,0a680,08681,,0a810,6a816,80806,80860,818a0,,a86a0,a8606,08a06,6c0

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


Instruction: Process SIMONARCIMAGE and return the counter clock wise rotated

Input: 5 15 41516,a1596,71946,04976,19561,95164,75461,17161,17461,17160,a4674,716a1,a16a1,a1641,14a14

Output: 15 5 c614b104b14,1947e67a141,a5a9514141c61,b149a5b74b14,4170197b147b1

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


Instruction: simon-arc-image-shape find shape3x3 bit 1

Input: 5 1 a63a6

Output: 5 1 0

dataset=shape group=shape3x3_center image_width=small image_height=small


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

Input:
I0
8 1 0e35
O0
8 1 5e30
I1
1 7 5,,,1,,,
O1
1 7 5,,,1,,,
I2
7 2 a5b2a4,a26a565
O2
7 2 a4b2a5,56a56a2
I3T
2 4 91,46,40,
O3T
None

Output: 2 4 19,64,04,

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


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

Input: 15 22 m14,,,l104,l141,,,k1041,c1c0c1041,c0b10c1041,a1a4a10e141,c1a40d14a1,d10b4b14a1,d10b1a414a1,c10e1a4a1,c12i1,1,,,,,

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


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

Input:
I0
4 6 b46,61a6,65a1,6506,6416,4a60
O0
4 6 1a64,6046,46a4,b61,a165,0a65
I1
6 4 0a5a90,39a5a9,92a959,02b95
O1
6 4 5a92a9,9502a9,9a0a59,a939a5
I2T
4 8 8a17,1718,7a17,9a17,89a1,18a1,81a7,17a1
O2T
None

Output: 4 8 a781,b17,1781,1817,1a71,1791,a189,b18

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


Instruction: simon-image-scale, What transformation happens here. x4up_y1,x2up_y1,x2down_y1,x5up_y1,x3up_y1

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

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


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

Input:
I0
7 9 a2a73a0,74234a2,27327a2,a23b24,23b242,a424a72,27c47,a242b4,b24274
O0
9 7 27b24b2,2472347a2,72a3a2a42,73b2a424,347a27a42,0b247a47,0a24a27a4
I1
9 10 2g3,2c34b3,2b34c3,2a34d3,234e3,834e3,84f3,4g3,3,
O1
10 9 d2a84a3,e34b3,c3a4c3,b34e3,a34f3,34g3,3,,
I2
10 5 43b41b43,b4b13434,3a14b6b8,13a40a80a4,4b0c8a4
O2
5 10 a4314,34130,a4140,41a40,41608,a16a8,436a8,a4808,438a4,348a4
I3
5 2 a2b4,a2424
O3
2 5 2,,4,42,4
I4T
2 4 4,,,
O4T
None
I5T
4 4 7,,a256,a7a5
O5T
None

Output: 4 2 4,

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


Instruction: simonsolvev1 'O3T' predict the image

Input:
I0
14 5 6c0a60a6c0,a60a6a0f6,a6a06b0b6b0,0606a0a60a6a06,b0d606c0
O0
14 5 0c6a06a0c6,a06a0a6f0,a0a60b6b0b6,6060a6a06a0a60,b6d060c6
I1
13 12 3b4c3a4b3,4b34g3,434c3b4343,b34a3434b34,4b34b3a4b3,c34c3c4,d34d343,3a4f34a3,4b3b434a343,3a4c34c34,434c34d3,d3a4e3
O1
13 12 4b3c4a3b4,3b43g4,343c4b3434,b43a4343b43,3b43b4a3b4,c43c4c3,d43d434,4a3f43a4,3b4b343a434,4a3c43c43,343c43d4,d4a3e4
I2T
9 14 c68a686,68d686,8d6868,c6a8686,c68c6,6a8b68a6,a8f6,a6a8c68,a6a868b6,a86a868a6,a68b6b8,68f6,a6a8c68,e6a86
O2T
None
I3T
7 2 c8787,787c8
O3T
None

Output: 7 2 c7878,878c7

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


Instruction: simonsolvev1, 'O5T', predict the image

Input:
I0
3 8 7,878,,187,764,567,683,6a7
O0
3 8 683,6a7,7,878,,187,764,567
I1
8 5 a434a323,654a3232,2a6434a3,5a37a9a3,5b39393
O1
8 5 5a37a9a3,5b39393,a434a323,654a3232,2a6434a3
I2
5 8 21a20,21b2,25b2,a45a2,21526,20656,06196,2a8a2
O2
5 8 06196,2a8a2,21a20,21b2,25b2,a45a2,21526,20656
I3
8 8 b8a23a8,86868686,a6a8a626,862a86a8,6b838a2,2b86383,28686383,63c838
O3
8 8 28686383,63c838,b8a23a8,86868686,a6a8a626,862a86a8,6b838a2,2b86383
I4T
8 5 8,a87d8,b8a7b8,b863a78,e834
O4T
None
I5T
5 7 6,c65,b656,,b626,c63,
O5T
None

Output: 5 7 c63,,6,c65,b656,,b626

dataset=solve_translate group=translate_yplus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONARCIMAGESHAPE identify places where shape3x3 contains bit 2

Input: 10 21 b5a9d5,d53c5,c53d5,,3583e5,,6a38e5,,,,6a538d5,b538d5,c58d5,,d58c5,,5,,,,

Output: 10 21 0,a1a010b10,h10,b1a0c10,010e10,c0d10,a010d10,01a0d10,,,d0c10,a1b0c10,,b1a0c10,b1010b10,c1a0b10,c10c10,h10,,,

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


Instruction: Simons-ARC-Image-Shape shape3x3histogramcorners number of unique colors

Input: 29 16 9,,,,k90i8e9,c93f859b0k9,c93f95c9c0g9,c93g95f9a0e9,c93g95d9a0g9,c93h95a9a0i9,c93h95a0k9,c93f9a05m9,c93e50b95l9,c9a3d9d5l9,c93w9,

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


Instruction: process SIMONARCIMAGE and return flipa

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


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

Input:
I0
4 2 9,a919
O0
4 4 a919,9,91a9,9
I1
2 4 21,12,23,20
O1
2 8 20,23,12,21,02,32,21,12
I2T
4 3 b97,a917,9
O2T
None
I3T
3 3 946,249,949
O3T
None

Output: 3 6 949,249,946,949,942,649

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


Instruction: simon-solve-v1 predict image for O2T

Input:
I0
9 2 a4b14a14,414a1a414
O0
9 2 a1b41a41,141a4a141
I1
8 6 c4a8a4,8a48b48,c4a848,48a48b4,848d4,d4848
O1
8 6 c8a4a8,4a84b84,c8a484,84a84b8,484d8,d8484
I2T
14 12 7a9c79c7a9,e7b97a979,a9a7a979c7a9,79a7e9b79,c7a9b7a9b7,a7a9c797a9a7,b79797a9a7b9,9c7a97979a79,d79d7a97,9b7979a7a97a9,b7b9f79,79b7a979b797
O2T
None
I3T
3 13 a05,0,050,5a0,,0,,5a0,0,,a05,0,050
O3T
None

Output: 14 12 9a7c97c9a7,e9b79a797,a7a9a797c9a7,97a9e7b97,c9a7b9a7b9,a9a7c979a7a9,b97979a7a9b7,7c9a79797a97,d97d9a79,7b9797a9a79a7,b9b7f97,97b9a797b979

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


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

Input:
I0
3 4 960,260,560,060
O0
3 16 060,065,062,069,060,560,260,960,069,062,065,060,,560,260,960
I1
4 3 2,,
O1
4 12 2,,,,,,,,,,,
I2T
3 3 838,8a5,539
O2T
None
I3T
3 2 949,1
O3T
None

Output: 3 8 1,949,1,949,,1,,949

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


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

Input:
I0
4 8 90a9,9019,90a9,9079,07a9,0b9,0a49,9
O0
4 8 9,0a49,0b9,07a9,9079,90a9,9019,90a9
I1
8 6 8c9438,9a894389,c34898,9094b93,a904c9,a90a93a9
O1
8 6 a90a93a9,a904c9,9094b93,c34898,9a894389,8c9438
I2
6 2 2b424,b42a4
O2
6 2 b42a4,2b424
I3
2 6 62,79,19,97,98,46
O3
2 6 46,98,97,19,79,62
I4T
6 6 0,a036a0,a035a9,535b0,07c0,
O4T
None

Output: 6 6 07c0,,535b0,a035a9,a036a0,0

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


Instruction: Process simons-arc-image-pair and return the number of colors in common

Input:
12 9 a969639a6293,9569368962a6,69a5968972a6,a9a653987923,96a96598a929,d93a58923,b6b9325626,963c672392,96b93762b7
18 9 i0a5a05a03,51b05k0,035f05a0505a0,a050a15a05f03,e05c03a05030,03a01c031c05a0,510305h01a0,5c0301c05b050,03e01d051a0

Output: 2

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


Instruction: SimonCellularAutomata, Identify the transformation. gameoflife_wrap,serviettes_nowrap

Output: gameoflife_wrap=0,serviettes_nowrap=0

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


Instruction: simons-Arc-Histogram, unique color count

Input:
1:1583,5:1088
2:1540,0:1350,8:1296,3:1152,4:1050,5:794,9:482,6:99

Output: 9


Instruction: Simon-Cellular-Automata, Given two images, recognize the transformation. gameoflife_nowrap,cave_wrap,cave_nowrap,gameoflife_wrap

Output: gameoflife_nowrap=0,cave_wrap=0,cave_nowrap=0,gameoflife_wrap=0

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


Instruction: FlipB SIMONSARCIMAGE

Input: 16 2 j6c19,3a9e07939b3

Output: 2 16 39,31,,91,31,96,76,06,,,,,,96,,36

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


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

Input:
I0
5 8 1,a16a1,a1651,17961,19181,,,19183
O0
5 8 b165,a1796,a1918,,,31918,1,b161
I1
8 1 9f7
O1
8 1 79e7
I2
1 2 8,4
O2
1 2 8,4
I3
2 3 20,24,
O3
2 3 42,02,42
I4T
3 8 105,014,964,464,104,014,0a2,203
O4T
None
I5T
8 4 2812a821,62a132a8,12836b1,21236212
O5T
None

Output: 3 8 496,a46,410,401,202,320,510,401

dataset=solve_translate group=translate_xplus1yminus2 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolveversion1, 'O5T', predict the image

Input:
I0
11 2 e80c8,86c7d8
O0
11 12 e80c8,,,,,,86c7d8,,,,,
I1
10 2 d5a3b5,a5b4a5b3
O1
10 12 d5a3b5,,,,,,a5b4a5b3,,,,,
I2
15 3 a9b6a4c987a9,a96a4a2g4,89c04a2a97b9
O2
15 18 a9b6a4c987a9,,,,,,a96a4a2g4,,,,,,89c04a2a97b9,,,,,
I3
17 1 b06c9e2b8
O3
17 6 b06c9e2b8,,,,,
I4T
2 3 59,,38
O4T
None
I5T
19 1 b0a5850i60
O5T
None

Output: 19 6 b0a5850i60,,,,,

dataset=solve_scale group=x1_y6up predict=image image_width=medium image_height=medium task_pixels=b


Instruction: simonshistogram maximum

Input:
6:1462,0:1385,7:1288,1:868,3:837,2:773
2:1541,9:104,7:37

Output: 2:1541,6:1462,0:1385,7:1288,1:868,3:837,9:104


Instruction: SimonArcImageMass max mass 6, connectivity lr2

Input: 5 9 63a64,23624,c24,c46,6a2a6,62b6,,2c6,

Output: 5 9 1,,,,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.LR2 max_mass=6


Instruction: Two images of type SIMONARCIMAGEPAIR, add histograms

Input:
15 6 81862c82868a6,82a868c2b621,8a12a12b6a8128,b81b68a2a8a62,a8a6d16a8a18,2a682b86812a81
11 6 a9b6a90959,c90d65,b93e90,b9a093a909,a3a539b5a9,9f8a90

Output: 8:41,9:32,6:30,1:17,2:17,0:7,5:7,3:5

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


Instruction: SimonsArcImageShape identify places where shape2x2 contains bit 1

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


Instruction: process SimonsRLEImage and return flipb

Input: 12 22 2,28c28d2,c28f2,20g2a8,206d2a8a2,206a2b8a282,2026a8b28a2,a206a28d2,820h2,a20b28d2,a208e282,a20b2828b2,820f282,b20g2,b20d28a2,8a20f28,b20g2,2,f28c2,28i2,c28f2,c28c28a2

Output: 22 12 e28j28b2,h2828c2828b2,8e28f2828c2,i28e28c2,b28k28d2,i28282828b282,n2a8d2,a8l28b28a2,d2c0a28a2a6e2,h2e02a6c2,a28k2c0282,e28a28b28g2

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


Instruction: simon-cellular-automaton, Serviettes wrap=none. steps=1. live=4. dead=3.

Output: 16 17 3434b34f34,343a4i34,3c4g34a3,a343a4f34a3,34i3a434,3a4i3434,h343b434,j3b434,4c3b4a34343a4,c3b43a43434a3,4b34343a4a34a34,c3a4b34a3a4a3,i3a43b4,i3c4a3,3,4d34e3a43,a3d434a34a343

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


Instruction: simonsolvev1, 'O3T', predict the image

Input:
I0
5 4 27b9,76717,6b79,98979
O0
20 16 c2c7k9,,,,c7c6c7c1c7,,,,c6k7c9,,,,c9c8c9c7c9,,,
I1
4 4 6060,0260,,0206
O1
16 16 c6c0c6c0,,,,c0c2c6c0,,,,,,,,c0c2c0c6,,,
I2
4 3 2472,2947,7a24
O2
16 12 c2c4c7c2,,,,c2c9c4c7,,,,c7g2c4,,,
I3T
3 4 081,801,,180
O3T
None
I4T
4 5 12a1,1828,a121,b12,8b1
O4T
None

Output: 12 16 c0c8c1,,,,c8c0c1,,,,,,,,c1c8c0,,,

dataset=solve_scale group=x4up_y4up predict=image image_width=medium image_height=medium task_pixels=b


Instruction: Process simons-arc-rle-image-pair and return the number of colors in common

Input:
10 6 b705050a7,a7075c70,0a50e7,750b7a0a7,a07a050707,a75a7a0b7
12 10 7,76b71e7,796a719d7,a796717a9b7,a79761b79a7,b7976e7,b79176d7,b791a76c7,c79b76b7,c79c76a7

Output: 1

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


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

Input:
I0
1 7 1,,,,,,
O0
7 7 1,,,,,,
I1
1 15 5,,,,,,,,2,,,,,1,
O1
7 15 5,,,,,,,,2,,,,,1,
I2T
2 2 42,4
O2T
None
I3T
1 11 6,,4,0,4,,,,,0,4
O3T
None

Output: 7 11 6,,4,0,4,,,,,0,4

dataset=solve_scale group=x7up_y1 predict=image image_width=small image_height=medium task_pixels=a


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

Input:
I0
18 14 a7a2i9a8a4,,,,,,,k7a8c7,,,,,,
O0
9 2 72d984,e78a7
I1
10 7 0,,,,,,
O1
5 1 0
I2
8 7 a5a7a8a7,,,,,,
O2
4 1 5787
I3
4 14 5,,,,,,,a6a5,,,,,,
O3
2 2 5,65
I4T
12 14 a2a5a2a5a0a5,,,,,,,a5c0a5a2a0,,,,,,
O4T
None
I5T
14 7 e7e4a7,,,,,,
O5T
None

Output: 7 1 b7b47

dataset=solve_scale group=x2down_y7down predict=image image_width=medium image_height=medium task_pixels=b


Instruction: simons-arc-image-shape detect shape2x2 bit 0

Input: 11 1 7f1507

Output: 12 2 1,a0e1c0

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


Instruction: Simons-ARC-Image-Pair, sum histograms

Input:
6 6 71c7,a710a7,791a07,9a71a7,7070a7,75a7a5
12 4 5,e5a9c5,b5b9e5,5a9h5

Output: 5:44,7:22,9:9,0:5,1:4

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


Instruction: simonsolveversion1 'O2T' predict the image

Input:
I0
6 3 7073a7,70a737,70c5
O0
6 3 c570,73b70,a73a70
I1
3 2 310,032
O1
3 2 031,203
I2T
2 5 4,45,59,09,49
O2T
None

Output: 2 5 59,09,49,4,45

dataset=solve_translate group=translate_xminus2yminus2 predict=image image_width=small image_height=small task_pixels=a