Instruction: Max of SIMON-ARC-HISTOGRAM

Input:
3:1191,9:1133,2:1059,4:364,5:52
8:1051,6:886,5:576,0:55

Output: 3:1191,9:1133,2:1059,8:1051,6:886,5:576,4:364,0:55


Instruction: simonsolveversion1 'O5T' predict the image

Input:
I0
6 1 a4b72
O0
6 1 b72a4
I1
1 2 6,
O1
1 2 6,
I2
2 2 53,23
O2
2 2 23,53
I3
2 8 78,18,17,,15,18,,
O3
2 8 18,78,18,17,,15,18,
I4T
8 5 727297a9,a29b272,2d9a3,2a7a9279,72979297
O4T
None
I5T
5 1 a8b9
O5T
None

Output: 5 1 b9a8

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


Instruction: simons-image-mass max mass 4, connectivity tlbr2

Input: 5 8 a2b0,32423,a2a42,a24a3,1a424,12a42,a2a42,2a4a2

Output: 5 8 1,,,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TLBR2 max_mass=4


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

Input:
15 4 a7b1b7a474b7,c73c1e7,e7a07b9b7,b74c7a0a7b9
8 10 1,,d13a1,c14131,a1a4c1,141c71,4a7d1,1,,

Output: 4

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


Instruction: simons-cellular-automaton, Game of Life wrap=xy. steps=1. alive=2. dead=1.

Input: 18 26 c12c12g1,c1a2k1,d12k1,1,,,,d1a2g12a1,e12f12b1,c1a2k1,d12k1,m1a2a1,a2k1a2a1,a2o1,1,,,m12b1,l12c1,k1a2c1,,b1a2a12i1,b12b1a2h1,g1a2g1,g1b2f1,

Output: 18 26 c1a2a1b2f1,c1a2k1,,1,,,,d1a2j1,c1212j1,c1b2j1,c1a2k1,m1a2a1,a2k1a2a1,a2o1,1,,,,k1b2b1,m12b1,k1a2c1,b1a2a1a2h1,b1a2a1212g1,i12f1,f12i1,1

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


Instruction: SimonArcImageScale, Given two images, recognize the transformation. x2up_y1,x2down_y3up,x3up_y1

Input:
6 10 a4a1a4,a2a0a1,c6a0,6,0,a4c6,c6a4,a0a6a1,a1a6a0,a0a6a0
3 30 414,,,201,,,a60,,,6,,,0,,,4a6,,,a64,,,061,,,160,,,060,,

Output: x2up_y1=0,x2down_y3up=1,x3up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=down2 scaley=up3


Instruction: Rotate Clockwise SIMONSARCRLEIMAGE

Input: 17 7 50b5b905a0b5a0,a5a0a575d90b5,050a5a0505057b90,5a0a5a0507b5a7a5,d05a05a0a70a50,505e0b7d5,5a7d57b2a50a5

Output: 7 17 a5050a5,7b0a50,75c05,5a0a505,5a0c5,505a059,5c079,5a0b59,705a090,2707595,2705090,2a7a590,a575795,a507905,0a579a5,c5950,a505050

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


Instruction: SIMONSARCIMAGESHAPE identify places where shape2x2 contains bit 2

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


Instruction: SIMONIMAGESYMMETRY symmetry vstack(flipx 180)

Input: 20 1 b2024i6a5a0

Output: 20 2 a0a5i6420b2,

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


Instruction: simonsolveversion1 predict image for O5T

Input:
I0
12 4 3a6365a6a3a6,32636562a326,36532656a365,3653a656a365
O0
3 4 3a6,326,365,
I1
16 2 8i0a8b0,c08j0
O1
4 2 8b0,0
I2
8 3 606a0a60,,
O2
2 3 60,,
I3
12 4 1,,,
O3
3 4 1,,,
I4T
16 2 a91c9191c919,b91a9191e91
O4T
None
I5T
8 2 a2a5c2,a5a2c5
O5T
None

Output: 2 2 2,5

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


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

Input:
I0
1 4 4,7,,
O0
1 4 7,4,7,
I1
4 4 a953,5253,2a53,a353
O1
4 4 5b3,53a9,5352,5325
I2T
4 5 1b6,1a60,5106,6a06,0676
O2T
None
I3T
5 5 a34a5,4b54,a5934,59a53,3a9a5
O3T
None

Output: 5 5 9a539,4a5a3,a5a45,934a5,a5359

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


Instruction: SIMONSARCIMAGE flip-a

Input: 1 21 4,9,,,5,,,,,,,,,,,9,,,4,9,

Output: 21 1 4b9j5b94a9

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


Instruction: Here are 2 images of type SimonsRLEImagePair, add histograms

Input:
20 3 70a9b070g3070,09f3a08a1809087,09b0b8a90987890a70
6 3 b5a25,5,

Output: 0:19,5:16,3:15,9:9,8:8,7:7,1:2,2:2

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O3T

Input:
I0
3 5 a72,2a7,231,a27,7a2
O0
5 3 27172,a73a2,7b27
I1
5 4 3a9a0,9a0a9,9,
O1
4 5 0b9,,90a9,,3b9
I2
4 9 a704,,b04,0754,a754,6047,7647,7640,a767
O2
9 4 d4a707,b0a5b46,a70a70a67,a7a076b7
I3T
9 3 0c5c0,d05830,070b3a50
O3T
None
I4T
3 3 672,6a2,6a0
O4T
None

Output: 3 9 0,035,085,053,503,,5a0,507,0

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


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

Input:
I0
2 6 7,73,12,02,72,07
O0
10 12 7,,d7d3,,d1d2,,d0d2,,d7d2,,d0d7,
I1
3 9 9,5a0,5a9,a09,023,925,920,095,950
O1
15 18 9,,d5i0,,d5i9,,i0d9,,d0d2d3,,d9d2d5,,d9d2d0,,d0d9d5,,d9d5d0,
I2
4 7 a016,07a1,1751,8676,1076,a127,0147
O2
20 14 i0d1d6,,d0d7i1,,d1d7d5d1,,d8d6d7d6,,d1d0d7d6,,i1d2d7,,d0d1d4d7,
I3
4 6 a593,5953,a563,5937,5a37,3b5
O3
20 12 i5d9d3,,d5d9d5d3,,i5d6d3,,d5d9d3d7,,d5i3d7,,d3n5,
I4T
3 7 171,a74,749,970,010,969,767
O4T
None
I5T
4 5 2a42,2625,2685,2962,4962
O5T
None

Output: 15 14 d1d7d1,,i7d4,,d7d4d9,,d9d7d0,,d0d1d0,,d9d6d9,,d7d6d7,

dataset=solve_scale group=x5up_y2up predict=image image_width=medium image_height=medium task_pixels=c


Instruction: simonsolvev1 'O4T' predict the image

Input:
I0
5 7 a0a60,04302,a0402,2b40,2b02,a6a26,6c0
O0
5 7 c06,0a6a0,43020,04020,b402,b0a2,6a2a6
I1
7 8 4,a1d4,a41c4,4340b4,23702a4,4130a72,4a90247,14a3b4
O1
7 8 4a3b41,4,1d41,41d4,340c4,3702a42,130a724,a902474
I2
8 6 24c282,82a92402,2a82a980,a28c70,42428a42,b2828a2
O2
8 6 a2828b2,4c28a2,2a924028,a82a9802,28c702,2428a424
I3
6 6 9a8098,9a0a98,c898,8b5a8,9b090,a80b8
O3
6 6 80c8,a80989,a0a989,b89a8,b5b8,b0909
I4T
6 5 a691a2,2a9192,a218a2,a213a2,2696a2
O4T
None

Output: 6 5 696b2,691a26,a919a2,218b2,213b2

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


Instruction: Simons-Cellular-Automata, Recognize the transformation between input and output. highlife_wrap,gameoflife_nowrap,maze_wrap,cave_wrap

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

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


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

Input:
I0
16 3 8,g2g8,8
O0
4 12 8,,,,a2a8,,,,8,,,
I1
12 4 c2c5c4,c2c8c5,c4c7c4,c4c7c8
O1
3 16 254,,,,285,,,,474,,,,478,,,
I2
16 1 c9k6
O2
4 4 9b6,,,
I3T
4 1 6
O3T
None

Output: 1 4 6,,,

dataset=solve_scale group=x4down_y4up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simonsolvev1 predict image for O3T

Input:
I0
10 12 e60b6,d60c6,,c60d6,c603c6,f63a6,6,,,,,
O0
10 12 3,,,,,,,,,,,
I1
12 13 d915a1491,4c905d9,d9051c9,c905b9194,a94905c9a6,a91495c6a9,19c6b4b9,a6b9594b91,96b95e9,a96151a91b9,b965f9,c964e9,b94g9
O1
12 13 0,,,,,,,,,,,,
I2
2 7 64,46,7,07,60,,78
O2
2 7 8,,,,,,
I3T
1 6 8,,7,0,,
O3T
None

Output: 1 6 7,,,,,

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


Instruction: SIMONS-ARC-HISTOGRAM, perform add

Input:
8:1470,2:1407,6:877,3:515,5:414,1:167,7:132,0:112,9:59
5:1369,4:1208,3:954,7:94

Output: 5:1783,8:1470,3:1469,2:1407,4:1208,6:877,7:226,1:167,0:112,9:59


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

Input: 5 15 9,,,,,,,,,,,,,,

Output: 25 15 9,,,,,,,,,,,,,,

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


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

Input:
I0
12 7 8,,,,,,
O0
12 7 8,,,,,,
I1
12 5 191a91415a69,97f48a9,97b9198a9a4,19791a89c1,a979891a9191
O1
12 5 5,,,,
I2
3 10 767,763,7a4,460,760,707,,,,7
O2
3 10 3,,,,,,,,,
I3T
14 5 2727426b70474,a72a7a2b62b7,72a7424270a672,a24727a4b7270,a7272a72727070
O3T
None

Output: 14 5 0,,,,

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


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

Input:
I0
5 12 26a79,,,,,,92929,,,,,
O0
15 2 b2b6e7b9,b9b2b9b2b9
I1
4 6 1a76,,,,,
O1
12 1 b1e7b6
I2
1 6 6,,,,,
O2
3 1 6
I3
1 12 8,,,,,,,,,,,
O3
3 2 8,
I4T
3 12 4a6,,,,,,409,,,,,
O4T
None
I5T
3 18 295,,,,,,293,,,,,,231,,,,,
O5T
None

Output: 9 3 b2b9b5,b2b9b3,b2b3b1

dataset=solve_scale group=x3up_y6down predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
I0
4 3 3b2,3282,7328
O0
16 15 c3k2,,,,,c3c2c8c2,,,,,c7c3c2c8,,,,
I1
3 3 843,4,401
O1
12 15 c8c4c3,,,,,4,,,,,c4c0c1,,,,
I2T
3 1 6
O2T
None
I3T
5 2 06484,a0b4
O3T
None

Output: 20 10 c0c6c4c8c4,,,,,g0k4,,,,

dataset=solve_scale group=x4up_y5up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simons-image-scale scalex=down2 scaley=up2

Input: 4 2 a2a5,a3a2

Output: 2 4 25,,32,

dataset=scale group=scale_input image_width=small image_height=small scalex=down2 scaley=up2


Instruction: Simon-Image-Mass max mass 6, connectivity lr2

Input: 13 4 a262685b6264,b2528a26a262,a2468a4a5b24,54a286a264252

Output: 13 4 1,,,

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


Instruction: simons-image-scale scalex=down4 scaley=up2

Input: 20 7 c8g2c4c7,c1g8c2c8,c2c1c2g8,c7c1c4c2c8,c2g0c2c8,c2g9g0,c9c7c4g2

Output: 5 14 8a247,,1a828,,212a8,,71428,,2a028,,2a9a0,,974a2,

dataset=scale group=scale_input image_width=medium image_height=small scalex=down4 scaley=up2


Instruction: Half rotate Simons-ARC-RLE-Image

Input: 13 4 a48648f4,8e486a846,c48b48c4,h4a8a4

Output: 13 4 a4a8h4,c48b48c4,64a868e48,f48468a4

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


Instruction: SIMONSARCIMAGESCALE, Given two images, recognize the transformation. x2up_y1,x4up_y1,x3up_y1,x4up_y2down

Input:
7 12 c32a3,,3832b6,,3826b3,,328c3,,434c3,,3,
28 6 o3c2g3,c3c8c3c2k6,c3c8c2c6k3,c3c2c8o3,c4c3c4o3,3

Output: x2up_y1=0,x4up_y1=0,x3up_y1=0,x4up_y2down=1

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=up4 scaley=down2


Instruction: Simon-Solve-V1 predict image for O4T

Input:
I0
5 1 1b06
O0
5 1 b061
I1
1 8 6,,9,,7,,,
O1
1 8 6,,9,,7,,,
I2
8 6 7a9b6a9,67a50104,b915149,a6254716,a72d9,c696a9
O2
8 6 a9b6a97,7a501046,a91514a9,625471a6,72d97,b696a96
I3T
6 1 02c9
O3T
None
I4T
1 5 3,6,8,,
O4T
None

Output: 1 5 3,6,8,,

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O3T

Input:
I0
2 2 16,6
O0
12 8 e1e6,,,,6,,,
I1
1 5 1,,,,
O1
6 20 1,,,,,,,,,,,,,,,,,,,
I2T
3 4 a42,1a4,a46,841
O2T
None
I3T
2 2 63,5
O3T
None

Output: 12 8 e6e3,,,,5,,,

dataset=solve_scale group=x6up_y4up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SimonsHistogram, perform minimum

Input:
2:1453,3:627,4:489,6:461
6:1526,8:1457,2:1334,9:1135,7:1133,4:997,3:159,0:85,5:27

Output: 2:1334,4:489,6:461,3:159


Instruction: SimonsArcRleImagePair, intersection of colors of the two images

Input:
14 5 a51561363a65a6,a53636515b6a5,a53a563c5656,636a5b365a2a5,c5a3c82636
10 3 c50d9,6806c307,c376a0a4

Output: 3,5,6,8

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


Instruction: Simon-Solve-V1 predict image for O4T

Input:
I0
13 4 2c1212a1b2,21212e1a2,1b21b21b21,12a1b212a121
O0
13 4 1c2121a2b1,12121e2a1,2b12b12b12,21a2b121a212
I1
9 3 g62,a2a626b2,6262a62a6
O1
9 3 g26,a6a262b6,2626a26a2
I2
9 9 a474a7474,47a47a4a7,f4a7,d47b4,7g4,a4a7d4,a47a4a7a4,74a7a4a74,747e4
O2
9 9 a747a4747,74a74a7a4,f7a4,d74b7,4g7,a7a4d7,a74a7a4a7,47a4a7a47,474e7
I3T
6 9 8a48a4,a48b4,b4a84,4a8a48,8a4a84,4,8d4,b8b4,48c4
O3T
None
I4T
8 8 a9a7a979,9a797b9,79b7b9,7b97979,a79a7979,b97a979,c97b9,a9a79797
O4T
None

Output: 8 8 a7a9a797,7a979b7,97b9b7,9b79797,a97a9797,b79a797,c79b7,a7a97979

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


Instruction: SimonRLEImagePair, sum histograms

Input:
10 8 a82a80b83,b828320a8,8b0a82b8,820482a6a3,8a74a51908,80841a3980,38384a3098,b82430a38
16 7 303a0e30a303,f03b0d3,3a0303g0a6,b03b0303a0a630,a030303b0a603a0,0303c0363c03,3a0a303c0c30

Output: 0:75,3:54,8:33,6:9,2:7,4:5,9:3,1:2,5:2,7:2

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


Instruction: SIMON-SOLVE-VERSION1, 'O5T', predict the image

Input:
I0
2 3 14,70,86
O0
2 6 14,70,86,,70,14
I1
3 4 4,,,
O1
3 8 4,,,,,,,
I2
4 2 a8a7,5057
O2
4 4 a8a7,5057,,a8a7
I3
2 2 6,87
O3
2 4 6,87,,6
I4T
2 4 67,7,07,60
O4T
None
I5T
4 2 75a7,73a0
O5T
None

Output: 4 4 75a7,73a0,,75a7

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


Instruction: simonsolveversion1, 'O3T', predict the image

Input:
I0
2 4 42,52,75,
O0
10 16 d4d2,,,,d5d2,,,,d7d5,,,,,,,
I1
4 4 b56,0b3,0a56,6a56
O1
20 16 n5d6,,,,d0n3,,,,d0i5d6,,,,d6i5d6,,,
I2T
4 3 9a40,4a90,b89
O2T
None
I3T
3 2 a57,a75
O3T
None

Output: 15 8 i5d7,,,,i7d5,,,

dataset=solve_scale group=x5up_y4up predict=image image_width=medium image_height=medium task_pixels=b


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

Input:
I0
6 2 c787,7
O0
6 2 7,c787
I1
2 6 61,62,40,,20,2
O1
2 6 2,20,40,,62,61
I2
6 5 c598,06a9a8,096b8,986b8,b86a8
O2
6 5 b86a8,986b8,096b8,06a9a8,c598
I3
5 1 c65
O3
5 1 c65
I4T
1 1 0
O4T
None
I5T
1 9 5,,,,,,,,
O5T
None

Output: 1 1 0

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


Instruction: SIMONSOLVEVERSION1 'O3T' predict the image

Input:
I0
2 2 53,7
O0
2 10 7,53,35,7,,53,7,53,7,53
I1
2 4 59,49,46,74
O1
2 20 74,46,49,59,95,94,64,47,74,46,49,59,74,46,49,59,74,46,49,59
I2
4 4 3287,3284,2648,2a86
O2
4 20 2a86,2648,3284,3287,7823,4823,8462,6a82,2a86,2648,3284,3287,2a86,2648,3284,3287,2a86,2648,3284,3287
I3T
4 2 0127,1a52
O3T
None

Output: 4 10 1a52,0127,7210,2a51,1a52,0127,1a52,0127,1a52,0127

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


Instruction: simon-solve-version1 predict image for O4T

Input:
I0
12 14 a7a6976a7a67,67673a9a6767,76b73696a76,b6763769a76,a72a73767a97,a672737a6769,76724736c7,c6473c67,7676a73a7676,a7a676367676,b76a763a767,a676b737b6,c6767a6b7,767a6a767a67
O0
1 1 4
I1
11 13 b769a6a7a6,767639c67,b7673a9676,a7676376976,672a736a797,676273a6a79,7a624736a76,c64736a76,6a76763a7a6,b7676376a7,67a67673a67,676b763b6,7a67b6a767
O1
1 1 4
I2
13 12 a36535635b65,56a5353a565a3,a353563a63a63,a3565a65363a5,356a5a35a3565,36a3536565656,a5a32535b656,a35625a6365a6,5a36565365a36,6a365653b565,a636353535a65,3635356a53a65
O2
1 1 2
I3
12 14 3a638a36b36,13630a86a361,6c303831a3,b3630638a13,b3610a36a83,a6a310a36135,3a6361036a53,36b310a5a36,36136a5a3a63,636a53036a31,3a5b360a6a3,5e303a63,63a63b6a313,3161a3131361
O3
1 1 8
I4T
14 14 c080a2b0b2,a2a03a82a0c2,b202308d20,0a2029028c20,c293a20a80a2,a20293b2024a2,0a29a23a2a40a2,0292a03a4a20a2,a2920a4b20b2,092a403b20b2,0942a023d20,9a0c23202020,20b20a2020b2,a2a0a20f2
O4T
None

Output: 1 1 8

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


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

Input:
I0
6 1 42a9a4
O0
1 6 4,2,9,,4,
I1
1 4 3,,,
O1
4 1 3
I2
4 10 2,a282,8b9,a824,,,8b2,,2,
O2
10 4 a2e8a2,a29b8c2,289f2,a29b4c2
I3
10 8 6b2a62a72,627687b27,674d026,2746767626,274767a2a6,c7a26262,2a76c2a6,67272a67a6
O3
8 10 b6a2726,a2e7,27b4a72,2606a767,68076b2,67067a26,a2072626,7206b27,7b2c6,27b62a6
I4T
8 10 36b35a3,b32a5a3,35e0,35635256,65653b6,6a562353,3a5a32a6,3a532b3,25a32323,a3a6b36
O4T
None

Output: 10 8 c3a6a323,63f53,a30a6b536,320356b36,3505323a23,a502632b3,a305656323,a30a636a36

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


Instruction: simons-image-mass max mass 5, connectivity tlbr2

Output: 14 15 1,,,,,,,,,,,,,,

dataset=mass group=max_mass image_width=medium image_height=medium connectivity=PixelConnectivity.TLBR2 max_mass=5


Instruction: simon-histogram, unique color count

Input:
2:1254,3:959,7:670,4:85
1:683,9:79

Output: 6


Instruction: SIMONSOLVEV1 predict image for O3T

Input:
I0
10 5 b83838a38,5c83a481,583581a813,3a81818a38,38531a3818
O0
10 5 4,,,,
I1
12 3 5c75c158,b1a9c7a01,15a856515b1
O1
12 3 6,,
I2
3 10 a76,627,726,627,,726,121,624,626,6
O2
3 10 4,,,,,,,,,
I3T
10 1 1g71
O3T
None

Output: 10 1 1

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


Instruction: SIMONIMAGEMASS max mass 5, connectivity topbottom2

Input: 9 2 d4a676,23b61373

Output: 9 2 1,

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


Instruction: simon-image-pair, histogram-b excluding histogram-a colors

Input:
19 5 89b898a93a2896a938,893b893a829d808,86839a83a282f8,93d020f8798,983a832a8e076a8
10 5 4,g494,,4c9a42a4,c4b9274

Output: 4:38

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


Instruction: SIMONSCELLULARAUTOMATA, Recognize the transformation between input and output. cave_wrap,gameoflife_nowrap,gameoflife_wrap

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

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


Instruction: SIMONARCIMAGEMASS max mass 1, connectivity trbl2

Input: 9 5 4e364,a93a6c3,a3a9b4a3,34b3b43,6a3a6a343

Output: 9 5 b10a10a1,a10a10a10,10c1a01,01a010b1,1a0e1

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TRBL2 max_mass=1


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

Input:
I0
2 9 84,03,30,03,30,48,,30,03
O0
2 3 84,03,30
I1
3 12 235,753,2a5,573,375,a52,357,532,,357,a52,375
O1
3 4 235,753,2a5,573
I2
4 12 2a60,a620,a2a6,a252,25a2,a6a2,02a6,0a62,,02a6,a6a2,25a2
O2
4 4 2a60,a620,a2a6,a252
I3
4 9 8909,0a89,0928,8290,9a80,9098,,9a80,8290
O3
4 3 8909,0a89,0928
I4T
3 12 939,795,3a9,9a3,a39,a93,597,939,,597,a93,a39
O4T
None
I5T
4 9 a078,75a0,a087,78a0,a057,87a0,,a057,78a0
O5T
None

Output: 4 3 a078,75a0,a087

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


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

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

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


Instruction: Simon-Image-Scale scalex=up2

Input: 2 17 4,,1,,14,4,74,73,75,47,17,57,,07,,47,

Output: 4 17 4,,1,,a1a4,4,a7a4,a7a3,a7a5,a4a7,a1a7,a5a7,,a0a7,,a4a7,

dataset=scale group=scale_input image_width=small image_height=medium scalex=up2 scaley=up1


Instruction: FlipA SIMONARCIMAGE

Input: 13 2 d7a8a7b97,a8c52b8b0

Output: 2 13 78,,75,,,85,82,78,,98,90,,70

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


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

Input:
I0
2 10 76,3,67,3,,67,,3,76,3
O0
2 2 76,3
I1
2 15 5,59,52,5,95,25,,95,5,,95,25,5,59,52
O1
2 3 5,59,52
I2T
3 20 6a8,868,a68,a86,,868,8a6,6a8,,8a6,868,a86,,868,8a6,6a8,,868,a68,a86
O2T
None
I3T
4 10 2,1,2,1,,2,,1,2,1
O3T
None

Output: 4 2 2,1

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


Instruction: SIMONSIMAGEMASS max mass 3, connectivity nearest4

Input: 1 5 4,8,2,3,

Output: 1 5 1,,,,

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


Instruction: SimonArcImageSymmetry make symmetric hstack(flipy flipy flipx orig)

Input: 26 2 2,d2p0c2

Output: 104 2 d2p0h2p0z2z2a2,z2z2a2p0i2p0c2

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


Instruction: SIMONSOLVEV1 predict image for 'O3T'

Input:
I0
12 11 1,,j18,i181,,h18a1,a1f7b1,1,,,
O0
12 11 8,,,,,,,,,,
I1
11 6 a3b1673051,31b38a05a3,a63b073563,3a01a6756a3,a36b151313,6b3631c3
O1
11 6 8,,,,,
I2T
6 9 03a043,030640,036940,069084,695084,a03834,950830,3a0830,03a0a3
O2T
None
I3T
9 14 a4a78a764,a78a781a8,674767187,8a76a71a7,b78781a7,a847481a7,7a68a7178,a4a678167,8784a6174,87a8646a7,878e7,7874a7474,78b76874,6a8a7a467
O3T
None

Output: 9 14 1,,,,,,,,,,,,,

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


Instruction: simonsolveversion1 predict image for O3T

Input:
I0
3 9 1a0,508,501,520,,a32,6a2,,621
O0
3 9 621,6a2,,a32,520,,501,508,1a0
I1
9 4 b3629b2,826292a72,2f97,25f2
O1
9 4 25f2,2f97,826292a72,b3629b2
I2
4 10 a171,a4a1,7171,7,1b7,7b1,a1a7,1a71,a1a7,
O2
4 10 a1a7,,1a71,a1a7,7b1,1b7,7,7171,a4a1,a171
I3T
10 1 6
O3T
None

Output: 10 1 6

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


Instruction: cw rotate Simons-ARC-Image

Input: 9 7 6d86a9,2e828,c8965a8,9b8b458,b8292850,2928a28a9,2c8a928

Output: 7 9 a289826,89d8,82d8,a82c8,82949a8,9a246a8,9a84586,29a5829,890b89

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


Instruction: SIMONSOLVEV1 predict image for 'O2T'

Input:
I0
4 2 2048,8402
O0
2 2 20,84
I1
4 3 9694,4a94,4969
O1
2 3 96,49,
I2T
6 3 31a318,5c75,81a313
O2T
None
I3T
6 2 464a68,8a6464
O3T
None

Output: 3 3 313,5a7,813

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


Instruction: process simons-arc-image and return the transposed

Input: 4 15 9,,5698,a908,4708,6798,9798,6798,9586,9a20,9a80,4989,a989,9489,5b9

Output: 15 4 a9594696b94a95,a969c7528a949,b9a0b982c89,a9e86a0c9

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


Instruction: SIMONIMAGESYMMETRY Symmetry hstack(flipy orig)

Input: 1 9 4,1,,,,7,4,,

Output: 2 9 4,41,,71,1,17,14,,4

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


Instruction: SIMONSOLVEVERSION1 predict image for 'O2T'

Input:
I0
5 1 a9a49
O0
5 1 a9a49
I1
1 2 7,
O1
1 2 7,
I2T
2 3 13,52,05
O2T
None
I3T
3 10 353,,675,6a3,363,,756,3a7,543,3a4
O3T
None

Output: 2 3 05,52,13

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


Instruction: SIMONSOLVEVERSION1, 'O3T', predict the image

Input:
I0
1 3 0,,
O0
1 3 0,,
I1
3 2 9,9a1
O1
3 2 9a1,9
I2
2 3 35,,
O2
2 3 35,,
I3T
3 8 159,313,a31,731,715,3,353,3a5
O3T
None
I4T
8 7 a1315131,a13b131,1353c1,53d13,1a451b3,313a4131,15c131
O4T
None

Output: 3 8 3a5,353,3,715,731,a31,313,159

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


Instruction: Simon-Image-Mass identify places where max mass is 4, connectivity corner4

Input: 5 14 28287,7b87,87a87,72918,23918,81397,8a397,a8a35,78a39,78473,8,a87a8,48a78,8a784

Output: 5 14 10101,a10a1,b101,c10,10b1,a10a1,10b1,a10a1,b101,10a10,01010,10101,c10,b101

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


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

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O2T

Input:
I0
4 7 8,85a8,86a8,8658,a868,a865,83a8
O0
7 4 85d8,8a65b8,3a8a658,8
I1
7 5 7818527,7a51289,b812a8,b82167,a8a6b8
O1
5 7 87897,86a82,81a25,62a18,6a851,b858,b8a7
I2T
5 2 a90a1,7
O2T
None

Output: 2 5 71,,70,79,

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


Instruction: simons-image-pair, intersection of colors of the 2 images

Input:
11 2 0,f05040
4 4 1b7,7187,a718,b78

Output: empty

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


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

Input:
1 6 7,0,,,,
12 5 1,1a9a15e1,a1c8a5c1,d12a859a1,h1b2

Output: 0:5,7:1

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


Instruction: Simon-Solve-V1 predict image for O2T

Input:
I0
3 14 737,036,,,,038,036,737,736,,637,7,676,7a6
O0
1 1 8
I1
14 4 a1a31313a01a31,131831d31a3,a18a31310b1a3,38a1a301301b3
O1
1 1 8
I2T
4 13 b94,6064,6a94,9604,6964,6a94,9694,8a94,9694,b94,6094,a6a9,60a9
O2T
None

Output: 1 1 8

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


Instruction: SIMONSOLVEVERSION1 'O4T' predict the image

Input:
I0
3 3 4,464,4
O0
3 3 a46,4,
I1
3 4 6a3,a32,367,237
O1
3 4 2a3,736,723,363
I2
4 7 9,,,b97,5967,5679,6b9
O2
4 7 9,,7b9,7596,9567,96a9,9
I3T
7 5 593b45,73a98a5,7b8a97,b5a745,53734a7
O3T
None
I4T
5 1 c56
O4T
None

Output: 5 1 6c5

dataset=solve_translate group=translate_xplus1yminus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: SIMONARCIMAGESHAPE detect shape2x2 bit 3

Input: 26 11 5,f5a4a56m5,a5h264l5,b5a9a58025h2e5,d5a9085256b5c4e5,d501a985256b5d8c5,b5a015a8a9a86b8h5,a50c8c5a956j5,l5a9j5,m529i5,n52i5

Output: 27 12 y01,f1a0a10n1,a1h010m1,a1f01i0f1,b1p0f1,d1h0a1e0d1,b1i01g0d1,a1n0i1,a1d0c1c0k1,l1b0j1,m1a0j1,y01

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


Instruction: simonsolveversion1 'O3T' predict the image

Input:
I0
5 1 a5090
O0
5 1 50905
I1
1 3 9,,2
O1
1 3 2,9,
I2T
3 6 5,a52,,,5,
O2T
None
I3T
6 8 a93a95,493959,a43859,948a59,9483a9,98a4a9,8d9,9
O3T
None

Output: 6 8 438594,48a5a9,483b9,8a4b9,d98,9,93a959,939594

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


Instruction: Process SIMONSARCRLEIMAGE and return the counter clock wise rotated

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


Instruction: SIMONSOLVEVERSION1 'O3T' predict the image

Input:
I0
1 2 7,6
O0
1 2 6,7
I1
2 4 94,42,,2
O1
2 4 2,24,,49
I2
4 7 8a90,0898,8298,0290,6890,3a28,3908
O2
4 7 8093,8a23,0986,0920,8928,8980,0a98
I3T
7 6 c91a9,2b91a9,9291b9,92915a9,a92c9,
O3T
None
I4T
6 7 c707,,b70a7,7a40a7,a70b4,76a3a7,a3c7
O4T
None

Output: 7 6 c92a9,,a951929,b91929,a91b92,a91c9

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


Instruction: SIMONSARCIMAGESCALE scalex=up3 scaley=up3

Input: 10 3 196a5a4919,6c4b561,d19b16

Output: 30 9 b1b9b6e5e4b9b1b9,,,b6k4h5b6b1,,,n1b9h1b6,,

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


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

Input: 24 12 a7o1a7b17,7q17b17,h1c7f1a7a1,1a7e1c7g17a1,a1a7b1e7f17b1,a1a7f1a7b17f1,h17m1,p17e1,h17m1,b1c717n1,7b1e7m1,a7e17h17c17

Output: 24 12 a17m17a17171,17f1c7d171b71,b7d17c17d17a1a7,b17b17d17d1a7171,17a17g17f17a1,17a17a1b7b17i1,a1a7e1b7b1a7e1,g1b7l1,b1e7n1,h1a7l1,1b7r17,a171c717f1717a171

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


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

Input:
I0
5 1 41b4
O0
5 1 41b4
I1
1 2 0,5
O1
1 2 0,5
I2
2 1 13
O2
2 1 13
I3T
1 3 6,,
O3T
None
I4T
3 5 364,a64,694,,696
O4T
None

Output: 1 3 6,,

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


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

Input: 9 9 8,,,,,,,,

Output: 36 9 8,,,,,,,,

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


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

Input:
I0
2 12 90,95,42,96,,42,95,90,,95,42,96
O0
2 4 90,95,42,96
I1
4 9 5a75,a505,a545,,a505,5a75,,a505,a545
O1
4 3 5a75,a505,a545
I2
3 9 2a0,202,2,,202,2a0,,202,2
O2
3 3 2a0,202,2
I3T
3 6 1,909,,1,,909
O3T
None
I4T
2 12 7,73,87,7,,87,73,7,,73,87,7
O4T
None

Output: 3 2 1,909

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


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

Input:
I0
2 3 69,97,67
O0
4 3 9676,7979,7696
I1
3 2 649,a95
O1
6 2 9465a9,5b946
I2T
2 4 43,37,34,30
O2T
None
I3T
4 4 a757,a4a7,73a7,7
O3T
None

Output: 8 4 75e7,a7a4a737,a73b7a4,d75a7

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


Instruction: SIMONARCIMAGESCALE, Given two images, recognize the transformations. x2up_y1,x5up_y1,x3up_y1,x4up_y1,x2up_y5up

Input:
6 3 952054,5a9040,c240
12 15 a9a5a2a0a5a4,,,,,a5c9a0a4a0,,,,,g2a4a0,,,,

Output: x2up_y1=0,x5up_y1=0,x3up_y1=0,x4up_y1=0,x2up_y5up=1

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=up2 scaley=up5


Instruction: SIMONSCELLULARAUTOMATA, Serviettes wrap=none. steps=1. live=8. dead=9.

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


Instruction: simonshistogram, Remove Histogram A colors from Histogram B

Input:
1:393
6:1308,2:1165,1:806,7:697,0:613,9:556,5:288

Output: 6:1308,2:1165,7:697,0:613,9:556,5:288


Instruction: SimonsCellularAutomata, Identify the transformation. maze_wrap,highlife_wrap,gameoflife_nowrap

Input:
17 26 9,,,,,,,,,,,,,,,,,,,,,,,,,
17 26 9,,,,,,,,,,,,,,,,,,,,,,,,,

Output: maze_wrap=1,highlife_wrap=1,gameoflife_nowrap=1

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


Instruction: simons-image-symmetry symmetry 2x2(flipy flipy flipx flipy)

Input: 11 17 43949a3a9a3,9493a43c9,314a90b949,91434024a94,91a4034a924,41940c924,91a34393923,3193439a429,31309439429,41404943239,9190a949293,3109b34293,91093a94249,410b4932a9,9109493b93,91a34c949,413493a49a3

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


Instruction: SimonsArcImageShape detect shape3x3opposite bit 3

Input: 18 5 5b9549a61a9b5959,a47c69519495b95,b6a595a919b65a79,9a579e69c547,a5b63a9a545474597

Output: 18 5 a01i010a10,c0a1d010101a0,01b0a1a01a01d0,e0c1b0a1b0,b01e0a101c0

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


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

Input: 17 6 3,,,,,

Output: 17 24 3,,,,,,,,,,,,,,,,,,,,,,,

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


Instruction: rotate 180 SimonsRLEImage

Input: 13 11 707607a0a7067,6c0a7a0c7,76b0760a60a7,6067b69c06,7b07b097a60,7607c0960a7,0706c759a70,a6a0a76750960,760c8a75970,60a7070a85a30,6706c06c0

Output: 13 11 c06c06076,0a35a8070a706,0795a7c8067,0690576a7a0a6,0a795c76070,a7069c07067,0a679b07b07,6c09b67606,a70a6067b067,c7a0a7c06,760a7a0706707

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


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

Input:
I0
1 15 0,,,,,4,,,,,,,,,
O0
5 3 0,4,
I1
3 10 a34,,,,,515,,,,
O1
15 2 i3d4,d5d1d5
I2
2 20 54,,,,,29,,,,,97,,,,,53,,,,
O2
10 4 d5d4,d2d9,d9d7,d5d3
I3
4 20 32a1,,,,,6153,,,,,6253,,,,,25a3,,,,
O3
20 4 d3d2i1,d6d1d5d3,d6d2d5d3,d2d5i3
I4T
4 20 46a3,,,,,7670,,,,,b79,,,,,8a94,,,,
O4T
None
I5T
4 15 1612,,,,,5692,,,,,9365,,,,
O5T
None

Output: 20 3 d1d6d1d2,d5d6d9d2,d9d3d6d5

dataset=solve_scale group=x5up_y5down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simonhistogram, histogram b without colors of histogram a

Input:
3:1181
0:1245,2:525,9:160

Output: 0:1245,2:525,9:160


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

Input:
I0
7 4 2525b6,51a6b1,2515a15,51b521
O0
7 4 2515a15,51b521,2525b6,51a6b1
I1
4 1 9a69
O1
4 1 9a69
I2
1 6 8,,4,3,,1
O2
1 6 4,3,,1,8,
I3
6 8 9b839,a94983,b9a49,a9a839,8a9398,8a9308,b6909,838a60
O3
6 8 b9a49,a9a839,8a9398,8a9308,b6909,838a60,9b839,a94983
I4T
8 3 474a7a47,b47c4,a7e4
O4T
None
I5T
3 6 858,282,825,828,862,8
O5T
None

Output: 8 3 a7e4,474a7a47,b47c4

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


Instruction: SIMONSOLVEVERSION1 'O5T' predict the image

Input:
I0
4 8 4147,,7074,4974,47a4,6797,6714,1a41
O0
4 8 1474,0747,97a4,7b4,7976,7146,a4a1,1474
I1
8 6 a393b93,937d9,91c939,1b39393,c93b9,f93
O1
8 6 37e9,1c93a9,b393931,b93c9,e939,393b9a3
I2
6 5 b0501,b1010,c151,c101,d10
O2
6 5 a10101,b15a1,b10a1,c101,a05010
I3
5 4 b363,a36a3,36363,36b3
O3
5 4 36b3,636a3,6c3,a36a3
I4T
4 6 0153,0151,80a1,a8a1,8b1,1
O4T
None
I5T
6 4 5a6b0,52a6a2,2626a2,26a262
O5T
None

Output: 6 4 2a6a25,626b2,6a26a2,a6b05

dataset=solve_translate group=translate_xminus1yminus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: Simon-ARC-Image-Mass max mass 6, connectivity lr2

Input: 13 5 37d8c363,367c3e8,b67d6c3,a636b36b363,6a363a6c363

Output: 13 5 1,,,,

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


Instruction: SIMONSARCIMAGESYMMETRY make symmetric vstack(flipx 180 flipy flipx flipy)

Input: 10 6 25a28a1a82,b2a123878,2b8a23172,82c7a2a1,a587b2582,a2a82a5a28

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


Instruction: SimonArcImageScale, What transformation happens. x2up_y1,x4up_y1,x1_y7down,x3up_y1

Input:
29 28 g3s83,,,,,,,32f5c9o3,,,,,,,2m3d9e8b3,,,,,,,i32m32b3,,,,,,
29 4 g3s83,32f5c9o3,2m3d9e8b3,i32m32b3

Output: x2up_y1=0,x4up_y1=0,x1_y7down=1,x3up_y1=0

dataset=scale group=recognize_transformation image_width=large image_height=large scalex=down1 scaley=down7


Instruction: Add these simon-histogram

Input:
8:1056,2:1004,5:684,9:441
8:1325,3:427,0:238

Output: 8:2381,2:1004,5:684,9:441,3:427,0:238


Instruction: simons-cellular-automata, Game of Life wrap=no. steps=1. alive=1. dead=2.

Input: 26 11 2a1212a1a2a1c21h2,1f21a212b1h21,2121f21b2c1e21,21i2b1b212121a21,c2a121c212b1a2a12a1a2,2b1a2b1b2121b2c1c2,c2a1b2c1d212a121a2,12a1a21a21e21a2b1a212,1c212121f2b1b2a12,d2a1h2a1a2a121a2,f2b1o2

Output: 26 11 21d21a2b12a1i2,1a21b21b21a21j2,b1g21c2c1c2a1,a2121e2a1d21212b12,212b12a1a2a1c21c2a1a2,a2a1b2c12121a2a1c21a2,c2a1b2d1b2a1f2,2121a21a2121h21a212,21a2a12a1m2a12,d21b21e2a12a12b12,e2b1p2

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


Instruction: simons-Arc-Histogram, remove histogram-a colors from histogram-b

Input:
2:1526
0:949,7:368

Output: 0:949,7:368


Instruction: Simon-Image-Shape unique color count in shape3x3histogramdiamond4

Input: 12 10 b39a2323932,a93a29a3b23,329a292a9392,932929323939,239323232b0,93292c0939,93260a3a9239,9a26239a3923,939362393929,a2939b32b9

Output: 12 10 d2321b21,2b32e31,f2a3b2,23b23d23,23b23b23a2,3,2a3432a34232,2d31a2a32,32b3231a323,2a3a2313b21

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


Instruction: SIMONARCIMAGEPAIR, histogram b without colors of histogram a

Input:
12 10 34i3,a34g34,b34e343,c34d343,d34b36a3,e34a64a3,d3a674b3,b3a6a34a1a3,3a60b34a3a1,c3b0d3
19 3 92b9b29a242124929,294a242a9h79,2g7a4a14291a2

Output: 2:17,9:12

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


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

Input: 21 2 b2g6d2a7b2,272b485b2a5b7c87

Output: 21 6 b2g6d2a7b2,272b485b2a5b7c87,b2a7d2g6b2,7c8b7a5b258b4272,272b485b2a5b7c87,b2g6d2a7b2

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


Instruction: simonhistogram, histogram-b without colors of histogram-a

Input:
6:892,2:869,3:761,8:687,7:326,0:276,5:142,4:98
5:1124,8:852,1:583,7:506,3:484,6:417,2:125,4:44

Output: 1:583


Instruction: SIMONSOLVEVERSION1 'O3T' predict the image

Input:
I0
12 3 b5b4e9,b5b2b3b0,b3b2e3
O0
4 15 54a9,,,,,5230,,,,,32a3,,,,
I1
18 3 b6b2k9,b6b8b7e0b1,b1b8h1b7
O1
6 15 62c9,,,,,687a01,,,,,18b17,,,,
I2
9 2 b1b7b4,b2e7
O2
3 10 174,,,,,2a7,,,,
I3T
6 3 b4b9,b4b2,b4b9
O3T
None

Output: 2 15 49,,,,,42,,,,,49,,,,

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


Instruction: simon-solve-v1 predict image for O4T

Input:
I0
4 3 a050,0315,0
O0
4 3 5b0,1503,0
I1
3 5 495,595,,684,852
O1
3 5 954,9a5,,846,528
I2
5 1 a6a76
O2
5 1 7b67
I3
1 6 1,2,,,4,9
O3
1 6 1,2,,,4,9
I4T
6 6 a89a78,879768,a786a7,a76387,a26b7,76b78
O4T
None

Output: 6 6 7b897,6a8797,c786,8b763,a7a267,7876a7

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


Instruction: simonsolveversion1, O4T, predict image

Input:
I0
4 4 6,6a47,a6a4,6a53
O0
4 4 a6a4,6a53,6,6a47
I1
4 6 b75,b51,,5b1,57a5,5
O1
4 6 b51,5b1,57a5,5,b75,b51
I2
6 1 2b6a2
O2
6 1 2b6a2
I3T
1 6 3,8,,,6,
O3T
None
I4T
6 1 1468a1
O4T
None

Output: 6 1 1468a1

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


Instruction: how many unique colors are there in SIMONS-HISTOGRAM

Output: 2


Instruction: simonhistogram maximum

Input:
4:1482,8:1373,3:1035,7:928,0:823,5:816,2:718
3:1300,5:823

Output: 4:1482,8:1373,3:1300,7:928,0:823,5:823,2:718


Instruction: simonsolvev1, O2T, predict image

Input:
I0
6 4 b8a98,9b898,9898a9,b9a89
O0
6 4 8a9b8,89b89,a98989,9a8b9
I1
4 4 4a20,4020,4102,a202
O1
4 4 0a24,0204,2014,20a2
I2T
4 4 0,,,
O2T
None
I3T
4 10 4,,,,,,,,,
O3T
None

Output: 4 4 0,,,

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


Instruction: Simon-Image-Shape identify places where shape3x3opposite contains bit 0

Input: 26 10 8,i83n8,j8a3l8,j878a3e8a7a18,k878e7b1b8,e8g7b83a1e8,a8c7e9b8b18a3d8,i87c4f9c8,f8c4n8,8

Output: 26 10 0,0h1a0l10,0h1c0e1c010,0i1j0b10,0c1f0a1d0b1c0,j0a1j010,0e1a01j0c10,0a1i0b1b01a0b10,0i1k0a10,0

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


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

Output: serviettes_wrap=0,maze_wrap=0

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


Instruction: SIMONCELLULARAUTOMATA, What transformation happens here. cave_wrap,cave_nowrap

Input:
13 17 g818a18,81818181d8,1f81c8,81d8a1a818,c81c81b8,1f8181a8,81d8a1c8,e8b1c8,,c8181c818,8b181a81c8,b81h8,d818b1b8,818181c8a18,181c81d8,c8a1f8,k81
13 17 j818,f8b1b8,b1b8181c8,f8b1b8,f818a1a8,f8a1c8,e81e8,h81b8,g81c8,a8b18181c8,a8a181f8,b81a8a181b8,a81b818b1a8,8a181a818a1a8,8b18a1e8,8,j818

Output: cave_wrap=0,cave_nowrap=0

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


Instruction: number of unique colors in simonhistogram

Input:
8:1334,3:653,4:500,2:407
3:1469,7:1166,6:598,5:426,9:375,2:181

Output: 8


Instruction: SIMONSOLVEV1 predict image for 'O3T'

Input:
I0
4 10 8b2,8935,85a8,6893,68a9,6893,98a9,3985,3983,a989
O0
10 4 2583939539,238c9b8,295c8b9,b8b69a39
I1
10 7 d26a0a6,94060a2b7,904c7b0,1a70406a06,01b04c0,616f0,061a06c0
O1
7 10 6706b0,67d0,07d0,0276b0,6270406,2074b0,267c0,2047061,2407a16,2a91060
I2
7 10 a530939,a0a5a09,0a90192,9031027,901a272,9073972,0179709,8707b0,0707b0,90793a9
O2
10 7 a927a29a09,3092a7b09,9010297a03,0501239a79,35931a7a07,509b01a70,5a0b90809
I3T
10 3 a2523b5a2,a253a5b23,3123a12153
O3T
None

Output: 3 10 2a3,a25,521,5a2,a51,351,2a3,a52,a21,a23

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


Instruction: SIMONSOLVEV1 'O4T' predict the image

Input:
I0
1 6 2,,,,6,4
O0
1 6 2,,,6,4,2
I1
6 1 3a8b4
O1
6 1 a8b43
I2
1 6 1,6,,,,2
O2
1 6 6,,,,2,1
I3T
6 5 5757a5,b5b9,c957,a5a975,47c5
O3T
None
I4T
5 3 1a3a1,437a3,432a4
O4T
None

Output: 5 3 37a34,32b4,a3b1

dataset=solve_translate group=translate_xminus1yminus1 predict=image image_width=small image_height=small task_pixels=a


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

Input:
I0
2 2 84,4
O0
2 2 4,84
I1
2 8 69,,79,,96,91,,
O1
8 2 c96b1,a6a7c9
I2T
8 10 17a62a71,1962a712,21a962a7,e817,7a17a167,a2a1a712,a7a17217,6b76716,a76b727,2b71626
O2T
None
I3T
10 1 b6f8
O3T
None

Output: 10 8 12b727676,71716b1a2,a728172a76,27681a7671,62987a1b7,a698b1767,791812c7,a128727672

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


Instruction: Simon-ARC-Image-Scale, Recognize the transformation. x2up_y1,x1_y7down

Input:
19 28 0,,,,,,,,,,,,,,i0a9a89c0,,,,,,,e0e8f0,,,,,,
19 4 0,,i0a9a89c0,e0e8f0

Output: x2up_y1=0,x1_y7down=1

dataset=scale group=recognize_transformation image_width=medium image_height=large scalex=up1 scaley=down7


Instruction: SimonArcImageMass identify places where max mass is 2, connectivity all8

Input: 4 2 8,

Output: 4 2 0,

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


Instruction: rotate 180 SIMONSARCIMAGE

Input: 18 4 5a4537b2b5454b5,543b2a3a54b54535,a52b5b3e9b5,b5354c54f5

Output: 18 4 f54c5453b5,b5e9b3b52a5,5354b54a5a3b2345,b5454b5b2735a45

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


Instruction: Simon-ARC-Image-Mass identify places where max mass is 6, connectivity trbl2

Input: 11 12 c2929c2,a29f29,b29e29,a9a20a29292,b2320d2,c2303c2,c27303b2,9a27a2323a2,b27a230232,a27c23023,a27d2392,h232

Output: 11 12 g10a1,f10b1,e10c1,d10d1,c10e1,b10f1,a10g1,10h1,0i1,1,,

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


Instruction: Process SIMONSARCRLEIMAGE and return the flipb

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


Instruction: SimonCellularAutomaton, Identify the transformation. maze_wrap,maze_nowrap,gameoflife_nowrap,serviettes_nowrap,cave_wrap

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

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


Instruction: Simons-Image-Scale, What transformation happens here. x1_y1,x2up_y1,x3up_y1

Input:
20 12 a2a3e9a3g2,,,,,,i8c9a0a8a4,,,,,
10 2 23b93c2,d8a9084

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

dataset=scale group=recognize_transformation image_width=medium image_height=medium scalex=down2 scaley=down6


Instruction: SimonCellularAutomaton, Identify the transformation. gameoflife_nowrap,serviettes_wrap,gameoflife_wrap,cave_wrap

Input:
25 17 j86l8,6d86m86868,b86g8a6b86f8,w86,a86m86f8,r86d8,r86a86a8,h86k8686,b86b8686e86g8,c8a6q86,n86b86a8b6,t8a6a8,d8a6l86c8,j86d86f8,o86g8,a86n86e8,e86l86b86
25 17 j86l8,k68j68,8v68,8w6,8v68,8p68d68,8u6a8,8f68m686,8b68b68m6a8,8u6a8,8s68a68,8r68a6a8,8s68a68,8v68,8o68e68,8v68,e86l86c8

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

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


Instruction: Simons-Image-Mass identify places where max mass is 2, connectivity toprightbottomleft2

Input: 14 6 a62b629262326,69a269626b806,a62a6c82c6,962a8292326363,2623b23a629a2,2a629e63a6

Output: 14 6 d10g1,c10h1,b10f10a1,d10c10b1,c10c10c1,b10c10d1

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.TRBL2 max_mass=2


Instruction: SIMONARCIMAGEPAIR, Remove Histogram A colors from Histogram B

Input:
15 6 52a9d53d5,42a5b92a5a3b5,54e5c2a35,542h5b2,a54k5,
11 2 b5a6d52,5a6d56a5

Output: 6:5

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


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

Input:
I0
2 3 73,87,43
O0
2 3 34,37,78
I1
3 3 1a9,3a1,592
O1
3 3 925,a91,a13
I2T
3 5 052,952,902,192,757
O2T
None
I3T
5 7 80b8,801a8,8,,,,
O3T
None

Output: 5 7 8,0c8,01b8,8,,,

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


Instruction: Process Simons-ARC-RLE-Image-Pair and return the sum of histograms

Input:
12 4 e2702302,727a2a7b307,7a207a327092,72723a272a72
8 4 a5d45,a4a5a745,c4a5a7,4

Output: 2:21,4:20,7:18,5:8,3:7,0:5,9:1

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


Instruction: simonsolvev1, O3T, predict image

Input:
I0
2 2 47,21
O0
2 2 12,74
I1
2 5 45,49,,95,
O1
2 5 59,,94,,54
I2
5 5 61603,218a2,01636,012a0,a2032
O2
5 5 230a2,a0210,63610,a2812,30616
I3T
5 2 671a2,a1232
O3T
None

Output: 5 2 232a1,a2176

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


Instruction: simonsolvev1 'O4T' predict the image

Input:
I0
1 3 9,5,
O0
1 1 9
I1
3 1 3a7
O1
1 1 3
I2
6 10 a08505,358753,058070,508570,038057,538090,058568,306589,050509,0b539
O2
1 1 6
I3
12 3 b62492a9496,4a2429a2c4,964c3d7
O3
1 1 3
I4T
3 4 a19,,193,393
O4T
None

Output: 1 1 3

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


Instruction: Process simons-arc-image-pair and return the overlap of colors

Input:
5 6 a8a45,a8b6,a6806,85a60,58a60,b8a5
12 4 7,,,

Output: empty

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


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

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


Instruction: SIMONS-ARC-HISTOGRAM min

Input:
2:1543,7:1518,8:1439,4:1064,0:854,3:538,6:352,9:348,1:111
6:923,1:504,0:492,5:474

Output: 0:492,6:352,1:111


Instruction: simons-image-shape identify places where shape3x3 contains bit 7

Input: 20 7 a5a2o5,c5a2m5,e5a2k5,g5a2i5,i52h5,5,

Output: 20 7 a1010m10,c1010k10,e1010i10,g10i10,i10g10,r10,0

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


Instruction: SIMONSIMAGESHAPE unique color count in shape3x3histogramaroundcenter

Input: 7 27 3,,3939b3,c39a3,,a3a9b3,a39c3,d393,39d3,a39c3,3,939c3,3,,,9c393,c39a3,3,,,,a3a9b3,3,,d393,3,

Output: 7 27 1,d2a1,21c21,e21,1d21,,1e2,d212,2,c2b1,,1212b1,c2b1,1,a2a1b2,121c2,a21c2,b1b21,1,,1c2a1,,,c1b2,c1212,c1b2,1

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


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

Input:
I0
6 2 1a0b2,101a41
O0
12 8 a1c0e2,,,,a1a0a1c4a1,,,
I1
3 4 2a9,259,a29,
O1
6 16 a2c9,,,,a2a5a9,,,,c2a9,,,,,,,
I2T
8 1 f34
O2T
None

Output: 16 4 m3a4,,,

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


Instruction: SIMONSIMAGESCALE scalex=down6 scaley=up4

Input: 18 4 e9e5e4,e5e9e5,5,

Output: 3 16 954,,,,595,,,,5,,,,,,,

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


Instruction: simon-image-symmetry apply symmetry hstack(orig flipy)

Input: 6 1 7a29a6

Output: 12 1 7a29a67a29a6

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


Instruction: simonshistogram, perform minimum

Input:
4:16
1:1587,7:1339,3:1073,9:149

Output: empty


Instruction: SIMONARCIMAGESHAPE shape3x3 histogram corners number of unique colors

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


Instruction: SimonArcImageScale, Recognize the transformation. x3down_y1,x2up_y1,x3up_y1

Input:
12 16 b8b2e4,b4b2b4b8,b4b2b8b4,b4b2e4,b4b2b4b8,b4b2b5b4,e2b4b5,b1b6b4b8,b1b2b6b4,b8b1e6,b5b1b9b5,b4b9e4,b5b9b8b4,b4b5e4,e8b5b4,b8h4
4 16 82a4,4248,4284,42a4,4248,4254,a245,1648,1264,81a6,5195,49a4,5984,45a4,a854,8b4

Output: x3down_y1=1,x2up_y1=0,x3up_y1=0

dataset=scale group=recognize_transformation image_width=medium image_height=medium scalex=down3 scaley=down1


Instruction: Half rotate SimonsArcRleImage

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


Instruction: simon-image-mass max mass 2, connectivity corner4

Input: 15 2 2125d2125b2,5d25b21c2

Output: 15 2 010101010101b0,10101010101c0

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


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

Input:
I0
2 3 03,98,78
O0
2 6 78,98,03,,98,78
I1
3 3 569,858,828
O1
3 6 828,858,569,,858,828
I2
3 2 891,a69
O2
3 4 a69,891,,a69
I3T
2 3 4,,
O3T
None

Output: 2 6 4,,,,,

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


Instruction: SIMON-SOLVE-V1 predict image for O5T

Input:
I0
7 7 7c107,b1a057,165b10,160b50,106a567,1a0a560,0656705
O0
1 1 7
I1
7 5 0c909,90c90,a0a9290,a9a2a09,0290a90
O1
1 1 2
I2
5 14 549a2,59b2,a2952,a5929,a5959,5a2a9,252a9,b2a9,a25a9,29a29,2b59,c25,5b25,a2b5
O2
1 1 4
I3
5 12 359a6,63969,93969,15369,a1396,167a6,1a9a6,19696,1a6a9,,16a96,1c9
O3
1 1 7
I4T
12 5 a5151b5b91,e4a9b51,4a95a1e4,15b1a5a1a51,1a5e1b5
O4T
None
I5T
11 4 15151a51b9,b4d9b1,4a9b4a1b5,a151b5b15
O5T
None

Output: 1 1 4

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


Instruction: SIMONSOLVEV1, O3T, predict image

Input:
I0
6 3 7,,9
O0
1 9 7,,,,,,9,,
I1
12 2 4,e3e7
O1
2 6 4,,,37,,
I2
6 5 9,,,,5
O2
1 15 9,,,,,,,,,,,,5,,
I3T
18 1 1
O3T
None

Output: 3 3 1,,

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


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

Input: 6 2 b2a69,d29

Output: 24 12 k2g6c9,,,,,,s2c9,,,,,

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


Instruction: SIMONSCELLULARAUTOMATA, Recognize the transformation. cave_nowrap,gameoflife_wrap,maze_nowrap,maze_wrap,serviettes_wrap

Output: cave_nowrap=0,gameoflife_wrap=0,maze_nowrap=0,maze_wrap=0,serviettes_wrap=0

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


Instruction: simonsolveversion1, O3T, predict image

Input:
I0
1 5 6,,,,2
O0
1 1 2
I1
8 9 c57457,575754a7,d54a7,7c54a5,5757a545,57a56545,c57545,a5757545,a57b575
O1
1 1 6
I2
7 8 c5745,7575745,a5a74a5,75754a5,7a57457,c5475,b542a5,a754b5
O2
1 1 2
I3T
6 7 c5a7,5a7a57,c567,a57525,7a5275,b5b4,a57b5
O3T
None

Output: 1 1 6

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


Instruction: SIMONCELLULARAUTOMATA, HighLife with nowrap. steps=1. 2 is dead. 0 is alive.

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


Instruction: number of unique colors in SIMONARCHISTOGRAM

Input:
8:1207,2:1107,9:1008
8:217,9:61,4:43

Output: 4


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

Input:
I0
7 4 70b894,8a70a34,846a708,a6b878
O0
7 4 6a70a84,b878a6,b89470,70a3487
I1
4 5 0641,a071,4047,1071,6407
O1
4 5 7a10,0764,4106,71a0,4740
I2T
5 1 b6a8
O2T
None

Output: 5 1 6a8a6

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


Instruction: what are the shared colors between Simons-Histogram

Input:
9:1441,4:1191,0:1013,1:932,5:543,3:435,2:124,7:55
2:1515,4:1292,7:1076

Output: 2,4,7


Instruction: SIMONIMAGEMASS max mass 4, connectivity corner4

Input: 3 13 1,131,3a1,1a3,131,313,131,315,,825,185,385,a15

Output: 3 13 101,010,101,010,0,,,a01,1,,,,

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


Instruction: SimonsImageScale, What transformation happens here. x6up_y1,x1_y1,x3up_y1,x5up_y1,x4up_y1

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

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=up2 scaley=down1


Instruction: SIMONSOLVEV1 predict image for O4T

Input:
I0
2 6 43,41,45,4,34,4
O0
6 2 c434,315b4
I1
6 6 c737,d73,a7a273,b7973,a793a7,79c7
O1
6 6 7,d79,a72797,a72937,3d7,7b3a7
I2
6 3 a18b1,a91801,15b90
O2
3 6 191,195,819,189,109,a10
I3T
3 3 545,a17,a75
O3T
None
I4T
3 4 396,638,484,876
O4T
None

Output: 4 3 3648,9387,6846

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


Instruction: simonsolveversion1 predict image for O2T

Input:
I0
4 7 5814,a514,a515,a541,a851,83a5,8b5
O0
7 4 b8c5,538b58,b54b1,a5a15a4
I1
7 4 b13818,8a91318,b8b51,8a1a818
O1
4 7 b81,1891,,8513,8538,15a1,81a8
I2T
4 10 b79,8759,a749,a797,5795,a798,a797,7974,6957,7657
O2T
None
I3T
10 4 83a8c198,b1a818198,c8c930,1g80
O3T
None

Output: 10 4 76b75a787,6a9f7,a57c9457,a747857b9

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O5T

Input:
I0
3 9 9a4,0,1a0,,0,9a4,a01,0,a49
O0
3 3 a01,0,a49
I1
3 6 391,234,,391,432,193
O1
3 2 432,193
I2
2 6 23,72,,23,27,32
O2
2 2 27,32
I3
2 12 2,,,,,,,,,,,
O3
2 4 2,,,
I4T
4 9 3,5b3,b35,,5b3,3,5b3,b35,3
O4T
None
I5T
3 12 605,604,6a5,505,,6a5,604,605,505,a56,406,506
O5T
None

Output: 3 4 505,a56,406,506

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


Instruction: Process SimonsArcRleImage and return the transposed

Input: 6 9 a802a7,857247,a82080,0720a8,782087,52a787,8270a8,2a7a87,287087

Output: 9 6 b80758a2,85878a278,07b2c7,a2b07080,74f8,a708a78a7

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


Instruction: simons-image-symmetry apply symmetry vstack(180 orig)

Input: 25 2 f1q2,f2e1k2

Output: 25 4 k2e1f2,q2f1,f1q2,f2e1k2

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


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

Input:
I0
4 2 8b0,b08
O0
2 2 80,0
I1
8 2 c30a83,3a80c3
O1
4 2 3,3a80
I2
4 4 6080,60a6,a606,0806
O2
2 4 60,,6,08
I3T
4 2 9b1,b19
O3T
None

Output: 2 2 91,1

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


Instruction: simonsolvev1 predict image for 'O3T'

Input:
I0
8 8 c78b7,73a7a0a7,37a0c7,3070c7,a702c7,a70d7,7,
O0
8 8 7,e787,b73a7a0,a737a0a7,a73070a7,c702a7,c70b7,7
I1
8 3 e6a3,a3a67a36,c37363
O1
8 3 6d373,a3e6,36a3a673
I2
3 1 9a8
O2
3 1 a89
I3T
1 5 1,,0,,6
O3T
None

Output: 1 5 6,1,,0,

dataset=solve_translate group=translate_xplus2yplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: simon-solve-v1 predict image for O2T

Input:
I0
20 3 073a737098a098a07370,a93a13c931a93a13a9,98c08907370737a089
O0
4 3 0737,a931,98a0
I1
15 4 2,5c2a5a25c25,,2
O1
3 4 2,5a2,,2
I2T
20 3 491a9194916a916a9194,91c91a91b91c919,916a96194919491a9619
O2T
None

Output: 4 3 4919,91a9,9169

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


Instruction: Simons-ARC-Image-Mass max mass 2, connectivity topleftbottomright2

Input: 13 9 13a71a31d3,307e3a1a3,370137c37a3,3130a1a371b3,73130a1b9873,3c9031a8313,737a20a8737a3,d302037a37,37b317a2b37

Output: 13 9 d1a0b10a1,10b1c0a101,a1a0a1c0a10,b1b010a10a1,c1b0e1,0c1010d1,10f10b1,a10f10a1,b10f101

dataset=mass group=max_mass image_width=medium image_height=small connectivity=PixelConnectivity.TLBR2 max_mass=2


Instruction: Simon-ARC-Image-Mass identify places where max mass is 2, connectivity nearest4

Input: 7 3 a89c6,70d2,46a7642

Output: 7 3 b1c0,a1d0,e10

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


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

Input:
I0
7 5 7,7474b7,b7a4a7,4e7,a74a747
O0
7 5 74a74a7,7,474c7,a7a4b7,e74
I1
5 7 a7989,93a79,93a95,98359,a95a9,95b9,5c9
O1
5 7 c95,79897,3a7a9,3a959,835a9,95b9,5c9
I2
7 3 b1c4,a49a1a4,d4a9
O2
7 3 c4a94,a1c41,49a1b4
I3T
3 4 1a2,2,8a6,929
O3T
None

Output: 3 4 2a9,a21,2,a68

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


Instruction: Simon-Solve-V1 predict image for O4T

Input:
I0
8 2 5,c5c4
O0
2 14 5,,,,,,,54,,,,,,
I1
20 1 c1o3
O1
5 7 1c3,,,,,,
I2
8 2 c4c2,c0c4
O2
2 14 42,,,,,,,04,,,,,,
I3
12 1 c5g9
O3
3 7 5a9,,,,,,
I4T
20 1 3
O4T
None
I5T
4 1 8
O5T
None

Output: 5 7 3,,,,,,

dataset=solve_scale group=x4down_y7up predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
I0
4 2 6,
O0
4 10 6,,,,,,,,,
I1
2 2 6,
O1
2 10 6,,,,,,,,,
I2
2 4 31,,5,1
O2
2 20 31,,5,1,31,,5,1,13,,5,1,,5,31,,1,5,31,
I3T
4 2 a813,a123
O3T
None
I4T
2 2 2,
O4T
None

Output: 2 10 2,,,,,,,,,

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


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

Input:
I0
2 20 27,,32,02,20,23,72,,20,23,72,,02,32,27,,72,,23,20
O0
2 4 72,,23,20
I1
4 15 1721,a986,6461,1646,68a9,1271,1646,68a9,1271,6461,a986,1721,1271,68a9,1646
O1
4 3 1271,68a9,1646
I2
3 20 a76,846,969,862,268,969,648,6a7,268,969,648,6a7,862,969,846,a76,6a7,648,969,268
O2
3 4 6a7,648,969,268
I3
4 15 b01,0,0b1,b10,0,1b0,b10,0,1b0,0b1,0,b01,1b0,0,b10
O3
4 3 1b0,0,b10
I4T
3 15 862,a92,878,,2a9,268,878,2a9,268,878,a92,862,268,2a9,878
O4T
None
I5T
3 20 734,265,2a9,262,,a92,562,437,262,a92,562,437,262,2a9,265,734,437,562,a92,262
O5T
None

Output: 3 4 437,562,a92,262

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


Instruction: SimonsArcImageScale scale-x down by 7, scale-y down by 3

Input: 14 9 f4f7,,,f7f6,,,f7f4,,

Output: 2 3 47,76,74

dataset=scale group=scale_input image_width=medium image_height=small scalex=down7 scaley=down3


Instruction: simonsolvev1, O2T, predict image

Input:
I0
2 20 1,,,,41,,,,14,,,,1,,,,,,,
O0
6 10 1,,b4b1,,b1b4,,1,,,
I1
5 16 92a98,,92398,,82378,,98078,,2a808,,a8707,,c97,,93a93,
O1
15 8 b9b2e9b8,b9b2b3b9b8,b8b2b3b7b8,b9b8b0b7b8,b2e8b0b8,e8b7b0b7,k9b7,b9b3e9b3
I2T
4 18 94a9,,,,,,a949,,,,,,9,,,,,
O2T
None
I3T
5 10 96091,,b981,,a64a1,,0a160,,b169,
O3T
None

Output: 12 9 b9b4e9,,,e9b4b9,,,9,,

dataset=solve_scale group=x3up_y2down predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
6 7 61c2,61c6,,1d6,2d6,,
13 3 b13a13242483,1a3e124a8,14c1a9a1a28

Output: 1,2

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


Instruction: Process SimonsRLEImage and return the clockwise rotated

Input: 6 10 5,,,,,b50a5,,a50b5,,52a9a5

Output: 10 6 5,2h5,9a0f5,9a5a0d5,5,

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


Instruction: Simons-ARC-RLE-Image-Pair, add histograms

Input:
19 10 d2e65f6,62b6g265c6,q36,a6265h6565a6,a62c65j6,b62e65a65d6,b6265g65a656,c625l6,c62m6,5i65b65a65
19 5 h9i4,a3b1a3a5h14,a4a3414c7a5e4,c431b4e7c4,j4a7e4

Output: 6:136,4:49,3:25,2:20,5:20,1:14,7:12,9:9

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


Instruction: SIMONSARCIMAGE flip-b

Input: 1 13 8,1,,7,,,,,,2,,,8

Output: 13 1 8b2e7a18

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


Instruction: Simon-ARC-Image-Scale scale-x up by 5, scale-y down by 4

Input: 2 12 08,,,,57,,,,73,,,

Output: 10 3 d0d8,d5d7,d7d3

dataset=scale group=scale_input image_width=small image_height=medium scalex=up5 scaley=down4


Instruction: simons-cellular-automaton, HighLife wrap=none. steps=1. live=5. dead=4.

Input: 24 9 a45b45e45i4,45d45b4b5a4a5e4,c5a4a5b45454b5b4a54,b5c4a5d4545b4a545,45e45c4d5d45,a5b4b545b45a45a4a5454,a454e5c4a5a45d4,a4a5b4a54a54a5454a5c4,c4b5d4b545f4

Output: 24 9 l45i4,5a45b45b45454545e4,b45a45c4545e4b54,b45a4545b45f4a545,h45b45b4545b45,b545b4a5b4b5a4a5c4,a4545f45b454545b4,a45a4a5b4a5b4a54a5c4,b4d5b4a545a45e4

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


Instruction: simonsolveversion1 'O5T' predict the image

Input:
I0
1 12 5,7,,,9,,,,4,,,
O0
1 12 5,,,,,,,,,,,
I1
8 10 1a0c10,1010a101,b0201a0,109021a0,a0912a01,09a012a0,09a0b71,a0a7b10,c05b0,01e0
O1
8 10 5,,,,,,,,,
I2
4 14 a414,4959,a414,a545,b49,9415,0945,09a4,0494,0504,9a04,1a05,4a04,9b2
O2
4 14 2,,,,,,,,,,,,,
I3
14 8 01a01010101010,d01e010,b0101012a1a01,01c0a1291a05,b01b02109a05,b01a0121a0951,b0a10c7a091,a1c01010c7
O3
14 8 5,,,,,,,
I4T
10 10 3,a3a6d37,37a376a393,d376393,b36b3973,36a36a39a3,a37b39b3,37g3,e37b3,f37a3
O4T
None
I5T
9 9 a36b3a63,3,3737a3739,g39,f393,b37b396,c363937,g37,6g3
O5T
None

Output: 9 9 9,,,,,,,,

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


Instruction: SIMONSOLVEV1, O5T, predict image

Input:
I0
1 3 0,,2
O0
1 3 2,0,
I1
3 5 0a6,790,890,907,906
O1
3 5 690,606,079,089,790
I2
5 5 04a56,24030,2c0,205a0,050a6
O2
5 5 0a605,a5604,03024,b020,5a020
I3
5 8 8a7a8,,87a87,8a728,78727,b8a7,a8a72,a7a87
O3
5 8 a8b7,7b87,,a8787,72a87,72a78,8a7a8,a72a8
I4T
8 5 a84d1,5a3b784,808b3a5,80587b8,a74a8a58
O4T
None
I5T
5 3 a3836,24a65,56a45
O5T
None

Output: 5 3 a4a56,836a3,a6524

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


Instruction: SIMONSOLVEV1 predict image for 'O3T'

Input:
I0
3 3 014,504,0a5
O0
3 9 a50,405,410,,405,a50,014,504,0a5
I1
3 4 376,136,316,716
O1
3 12 617,613,631,673,,631,613,617,376,136,316,716
I2
4 2 8309,80a3
O2
4 6 a308,9038,,a308,8309,80a3
I3T
2 3 03,76,67
O3T
None
I4T
3 3 3,928,380
O4T
None

Output: 2 9 76,67,30,,67,76,03,76,67

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


Instruction: SimonsImageSymmetry make symmetric vstack(flipx flipx flipy flipx flipy)

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


Instruction: simonsolvev1 predict image for 'O2T'

Input:
I0
8 6 c85b8,84a85b8,a8485b8,b8485a8,c845a8,d84a8
O0
8 6 c84b8,b85c8,4a85c8,8485c8,a8485b8,b845b8
I1
6 8 574b0,7405a7,a54b7,047a45,70a7a4,704a74,a70a74,7504a5
O1
6 8 504a57,74b05,405b7,54b75,47a450,0a7a47,04a747,70a747
I2T
8 1 2c5b7
O2T
None
I3T
1 6 6,5,6,5,3,
O3T
None

Output: 8 1 c5b72

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


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

Input:
I0
3 4 498,495,904,4a5
O0
12 20 c4c9c8,,,,,c4c9c5,,,,,c9c0c4,,,,,c4g5,,,,
I1
4 3 a094,2491,b58
O1
16 15 g0c9c4,,,,,c2c4c9c1,,,,,k5c8,,,,
I2
3 1 a40
O2
12 5 g4c0,,,,
I3
1 4 2,9,2,9
O3
4 20 2,,,,,9,,,,,2,,,,,9,,,,
I4T
4 3 a826,0a26,2a69
O4T
None
I5T
5 4 a10a1,0,17b1,1
O5T
None

Output: 16 15 g8c2c6,,,,,c0g2c6,,,,,c2g6c9,,,,

dataset=solve_scale group=x4up_y5up predict=image image_width=medium image_height=medium task_pixels=b


Instruction: simonshistogram, unique color count

Output: 2


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

Input:
I0
5 4 b050,65b2,a74a1,a64a6
O0
5 4 a64a6,a14a7,b256,05b0
I1
4 9 0579,a589,78a7,7a87,8079,3475,7475,a757,5797
O1
4 9 7975,75a7,5747,5743,9708,7a87,a787,98a5,9750
I2T
9 3 a8f3,b7b6b2,a846c46
O2T
None

Output: 9 3 6c464a8,b2b6b7,f3a8

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


Instruction: SIMONIMAGESHAPE detect shape3x3 bit 2

Input: 8 5 7b2c5,70a57a47,4037c4,034d7,34747b4

Output: 8 5 0,b01c0,b0b1a0,a1e0,b101b0

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


Instruction: SIMONSOLVEV1, O2T, predict image

Input:
I0
19 6 h0c3e1,,,,,
O0
19 1 h0c3e1
I1
6 6 7,,,,,
O1
6 1 7
I2T
6 6 a8b04,,,,,
O2T
None
I3T
4 6 b76,,,,,
O3T
None

Output: 6 1 a8b04

dataset=solve_scale group=x1_y6down predict=image image_width=medium image_height=small task_pixels=a


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

Input:
I0
4 2 08a1,0163
O0
12 2 361a0163a180,a18a08a13610
I1
2 2 50,97
O1
6 2 7a9705,0a5079
I2
2 2 38,24
O2
6 2 4a2483,8a3842
I3
2 4 1,59,1,
O3
6 4 1,c195,9a59a1,1
I4T
4 4 2354,2080,82a8,2b8
O4T
None
I5T
4 2 8a70,a817
O5T
None

Output: 12 4 b8a2b84532,a82a82a80802,080a2080a828,453a2354b82

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


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

Input:
I0
3 6 6a8,6a7,7,a78,7,a07
O0
6 3 a6b70,8c70,8a78a7
I1
6 3 3d2,3d0,302b0
O1
3 6 3,2a0,202,2a0,,
I2
3 6 3a0,,063,a06,630,030
O2
6 3 a3a060,a060a3,a036a0
I3
6 6 4a01a0,040b1,d01,1a0a40,101a04,101a41
O3
6 6 4a0b1,04c0,c0a1,a10404,010404,0a1041
I4T
6 6 1,a2c1,1,,,2d1
O4T
None
I5T
6 6 0,9d0,,,,
O5T
None

Output: 6 6 0d9,0,,,,

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


Instruction: SimonArcImageSymmetry Symmetry vstack(flipy flipy 180 orig orig)

Input: 2 4 0,40,4,40

Output: 2 20 40,4,40,0,40,4,40,0,04,4,04,0,,40,4,40,0,40,4,40

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


Instruction: SimonsCellularAutomata, serviettes wrap=none. steps=1. live=7. dead=5.

Input: 21 25 f5a7k5,g5b7i5,5,h5a7i5,l5a7e5,l57f5,k5a7a5757a5,k5b7e5,5,,,j57575a7c5,g5a7b57f5,n5a7c5,57r5,5,,,c5a7c57i5,5,j57h5,h57j5,h57e57c5,g57f57c5,g5a7j5

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


Instruction: SIMONSOLVEV1 predict image for O4T

Input:
I0
5 14 7a191,91a97,73101,761a6,7b19,19319,9a3a1,137a1,13731,63931,37617,367a1,6a716,67161
O0
5 14 1,,,,,,,,,,,,,
I1
14 4 a1a6a19b61616,f64b6a16,1769d6a1b6,167b6a16b1a6
O1
14 4 6,,,
I2
4 8 2514,1534,1834,3513,1341,4325,1312,b15
O2
4 8 1,,,,,,,
I3
8 4 a93798a9,a7a6b79,9a709a09,90709a89
O3
8 4 9,,,
I4T
4 8 1453,1345,a545,5154,a1a5,b53,7a53,51a5
O4T
None

Output: 4 8 5,,,,,,,

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


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

Input:
I0
2 2 04,53
O0
10 2 4035404040,3540353535
I1
2 2 30,41
O1
10 2 0314030303,1403141414
I2
2 4 6,76,62,
O2
10 4 a62f6,672a676767,2a67262626,2b6262626
I3T
4 3 7a87,78a7,7
O3T
None
I4T
3 3 4,640,6a0
O4T
None

Output: 15 3 b4a06h4,046046046046046,a06b4a06a06a06

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


Instruction: Here are 2 images of type simons-arc-image-pair, add histograms

Input:
13 3 a06b0a4b060,0a60a40c207,7b4b60a6a06
5 6 3,,32b3,a32a3,3,

Output: 3:28,0:16,6:10,4:7,2:6,7:2

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


Instruction: Simon-Solve-Version1 predict image for 'O4T'

Input:
I0
14 8 3f1c713,a15d78d1,a1a31c5c13,a13b13a5a6b1,613191b6b583,131b61f6,13d613183a1,a1a6393616c1
O0
14 8 9,,,,,,,
I1
8 14 4a184a84,143a83a4,818313a4,18a40384,1b40831,1a40a848,1a8084a8,8404b84,a40b841,108a4841,40841a48,18148a41,84a1b41,4181b48
O1
8 14 3,,,,,,,,,,,,,
I2
14 11 0a505a3030a303,0c3905a0c3,30b3930530353,b309h3,c39a35b3030,0359e30b3,3039b3530c3,a3935a0c3a50,039c3c0b3,39b3030c303,39e3c050
O2
14 11 9,,,,,,,,,,
I3T
11 12 b0a1890a16,1a0a897a101,6101091a710,10a190b176,16a1961a060,5019a1016a0,5619b16b1,05910a6a161,05906010161,15161601a01,a1610106010,0a16a1b010
O3T
None
I4T
12 9 e818a181,a81a8a41a818,a81a818a41a8,a81818181a48,8a1b8b1a81,c8b181b8,b1f818,b18b1d8,18a18c1a81
O4T
None

Output: 12 9 4,,,,,,,,

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


Instruction: Simons-Image-Scale scale-x up by 6, scale-y down by 3

Input: 2 12 92,,,,,,76,,,01,,

Output: 12 4 e9e2,,e7e6,e0e1

dataset=scale group=scale_input image_width=small image_height=medium scalex=up6 scaley=down3


Instruction: SimonsCellularAutomata, Given two images, recognize the transformation. cave_nowrap,gameoflife_wrap

Output: cave_nowrap=0,gameoflife_wrap=1

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


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

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


Instruction: SimonImageMass identify places where max mass is 2, connectivity tlbr2

Input: 8 13 9,f94,42c942,a954a9a2,9295c9,a925b92,a4a95949,429295a9,c92959,e959,a9a0c5,c92b9,4a92b94

Output: 8 13 c0c1,1c0b1,a1c0a1,c1a0a1,0c1a01,101a0101,a1c010,a101b01,b101b0,0b10b1,a0e1,1a0d1,a10d1

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.TLBR2 max_mass=2


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

Input:
I0
3 3 5,303,
O0
15 3 k5303,30a30a30a30a303,30a30a30a303b5
I1
3 4 6a8,4a6,406,a19
O1
15 4 a8a6a86a86a89a1,a6a4a64a64b604,60a40640640b64,9c19a19a19a86
I2T
4 4 a909,90a9,b90,
O2T
None
I3T
4 3 2b0,2707,24a0
O3T
None

Output: 20 4 90c90b90b9090b9,a90a90b90b90a90b9,0e90b90b90a909,0e90b90b9090a9

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


Instruction: Simon-Cellular-Automata, Recognize the transformation between input and output. gameoflife_wrap,maze_nowrap,gameoflife_nowrap,cave_wrap

Input:
24 26 7,r74c7,j7a4j7,q7a4c7,g7a4m7,7,g7a4m7,7,4v7,7,b4t7,a4u7,b4t7,7,,,,,p7a4d7,,q74d7,4u74,7,,,
24 26 7,,q7a4c7,7,,,,,,4v7,474t7,v74,474t7,74u7,7,,,,p7a4d7,r74c7,p7a4d7,7,,,,

Output: gameoflife_wrap=1,maze_nowrap=0,gameoflife_nowrap=0,cave_wrap=0

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


Instruction: Simon-Solve-Version1 predict image for O4T

Input:
I0
2 2 27,6
O0
2 10 72,6,72,6,,27,6,27,72,6
I1
2 2 45,0
O1
2 10 54,0,54,0,,45,0,45,54,0
I2
2 3 03,6,69
O2
2 15 30,6,96,30,6,96,69,6,03,69,6,03,30,6,96
I3T
3 4 306,312,a92,162
O3T
None
I4T
4 3 9023,9a42,6949
O4T
None

Output: 4 15 3209,2a49,9496,3209,2a49,9496,6949,9a42,9023,6949,9a42,9023,3209,2a49,9496

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


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

Input: 4 4 2a83,a9a1,9131,9b1

Output: 12 4 3a8a2a839b1,a1c9a19131,131a9131a9a1,b1a9b12a83

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


Instruction: simonhistogram min

Input:
0:446,9:103
1:1263,7:1234,2:480,3:145

Output: empty


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

Input:
I0
6 3 265a65,582b5,5a85a6
O0
6 3 a85a65,65a652,82c5
I1
3 5 9a6,929,626,2,5a6
O1
3 5 a65,a69,2a9,2a6,2
I2
5 5 b053,a0353,b056,,0
O2
5 5 0,a0530,03530,a0560,
I3T
5 6 03131,03071,03512,03192,53b0,b010
O3T
None

Output: 5 6 a01a0,31310,30710,35120,31920,3b05

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


Instruction: SIMON-ARC-HISTOGRAM min

Input:
7:738
8:1574,4:1489,0:1076,7:959,6:666,9:61,1:59

Output: 7:738


Instruction: simon-solve-version1 predict image for O4T

Input:
I0
1 15 0,,,,,,,,,3,,,8,,
O0
7 5 0,,,3,8
I1
2 15 85,,,08,,,01,,,42,,,83,,
O1
14 5 f8f5,f0f8,f0f1,f4f2,f8f3
I2
2 12 34,,,4,,,78,,,5,,
O2
14 4 f3f4,4,f7f8,5
I3T
2 6 96,,,82,,
O3T
None
I4T
1 18 2,,,,,,6,,,,,,,,,,,
O4T
None

Output: 7 6 2,,6,,,

dataset=solve_scale group=x7up_y3down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMON-ARC-HISTOGRAM, overlapping colors

Input:
0:1417,1:981,5:695,6:690,3:510,2:355,7:50
3:1429,6:1349,1:1281,9:1142,8:1139,5:826,0:659,4:94

Output: 0,1,3,5,6


Instruction: SIMONSIMAGEMASS max mass 2, connectivity leftright2

Input: 15 5 10a3b03a0a3b0,01b30503a03a03,a010a5c0a30a3,a031e030b3,a3031d03c0

Output: 15 5 c1b0d1b0,a1b0i1,e1c0d1,c1e0a1b0,d1d01c0

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


Instruction: SIMONSOLVEV1 predict image for O4T

Input:
I0
20 15 c0c6g5c8,,,,,g5c8g9,,,,,c4c2c9c8c0,,,,
O0
5 3 06a58,a58a9,42980
I1
12 15 c0c1c4,,,,,c6c2c4,,,,,c2g6,,,,
O1
3 3 014,624,2a6
I2
12 10 c8c5c7,,,,,g0c5,,,,
O2
3 2 857,a05
I3T
8 10 8,,,,,c8c6,,,,
O3T
None
I4T
20 15 c6c5c6c5c7,,,,,c6o7,,,,,c6c9g5c7,,,,
O4T
None

Output: 5 3 65657,6c7,69a57

dataset=solve_scale group=x4down_y5down predict=image image_width=medium image_height=medium task_pixels=c


Instruction: simons-image-scale, What transformation happens. x3up_y1,x2up_y1,x4up_y1

Input:
1 29 2,,,,,,,,,,,,,,,,,,,,,,,,,,,,
3 29 2,,,,,,,,,,,,,,,,,,,,,,,,,,,,

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

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


Instruction: Process Simons-Arc-Image-Pair and return the histogram sum

Input:
14 3 a3g6b73,b357c37c3,c7i3
6 8 1a5b3,13c5,358a53,a30850,a53b5,835358,503535,a35303

Output: 3:41,5:22,7:9,6:8,0:4,8:4,1:2

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


Instruction: Simons-ARC-Image-Scale scale-x down by 3, scale-y down by 4

Input: 15 12 b9b8b1b6b8,,,,e8b3b0b8,,,,b6b1b8b0b9,,,

Output: 5 3 98168,a8308,61809

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


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

Input:
I0
8 5 c7c8,,c8c7,c8c4,2
O0
2 20 78,,,,,,,,87,,,,84,,,,2,,,
I1
20 5 c0g3g6,c6c0c6c3c6,c3c7c0c6c7,o3c7,g6c7c6c3
O1
5 20 0a3a6,,,,60636,,,,37067,,,,c37,,,,a6763,,,
I2T
20 1 o3c7
O2T
None
I3T
4 5 8,2,,9,2
O3T
None

Output: 1 20 8,,,,2,,,,,,,,9,,,,2,,,

dataset=solve_scale group=x4down_y4up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SimonsRLEImagePair, exclude histogram b colors from histogram a

Input:
12 3 5b757567a57,d5a6a57a5,a57c57a575
5 5 4a074,45a47,54154,a7187,4a714

Output: 6:3

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


Instruction: SimonsArcImageMass identify places where max mass is 6, connectivity leftright2

Input: 12 11 3,,c34f3,,c314e3,,c3134d3,e34d3,3,,

Output: 12 11 0,,d1f0,,1,,,,0,,

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


Instruction: Maximum of Simon-ARC-Histogram

Input:
2:1503,3:1417,6:1415,4:845,1:527,7:263,9:193
9:133

Output: 2:1503,3:1417,6:1415,4:845,1:527,7:263,9:193


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

Input:
I0
1 1 3
O0
1 1 3
I1
1 2 1,9
O1
2 1 19
I2
2 10 03,13,,,41,20,,42,,0
O2
10 2 c31a0a20,0b14a2a40
I3T
10 6 8c272a08,90a2728a29,a20708a202,2087a23b2,a272329289,873d2a9
O3T
None

Output: 6 10 89a2a9,020289,0d2,282392,728b2,270232,a2a7a2,a20873,202027,89b28

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


Instruction: simonsolvev1, O3T, predict image

Input:
I0
9 4 a5a25a6a5,5g6,a5a85b62,58f5
O0
9 4 a5a65a2a5,g65,2b65a8a5,f585
I1
4 1 a5a3
O1
4 1 a3a5
I2
1 9 0,5,,,,,,,
O2
1 9 0,5,,,,,,,
I3T
9 2 6g7,d6a7a5
O3T
None

Output: 9 2 g76,a5a7d6

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


Instruction: SIMONARCRLEIMAGEPAIR, number of colors that the 2 images have in common

Input:
16 7 9a5h049a0,a060a6f09a0,a0c60b49a09a0,c0a4a6d09a0,a0a4c0a69a09a0,a4d09a0a609a0,9e09c0a6a0
14 5 f8f9,a9b12g9,g9a0c9,a2d9b10b9,i9a1a9

Output: 2

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


Instruction: rotate CW SIMONSARCRLEIMAGE

Input: 16 12 b79k7,,c79a74d7947,c79a74b7a9747,d79a7b9b747,d7b974d74,b7a979b74c74,7a9b79b74c74,b7b879b74c7,e7a8g7,7,

Output: 12 16 7,c79f7,,b7879c7a9,b7879a7a9a7,b78a7a9c7,a787b9d7,a789a797a4a7,f79c7,e749c7,c7a479c7,b74c79b7,g79b7,h79a7,f7b4a7,c7b4d7

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


Instruction: SimonArcImageShape find shape3x3opposite bit 3

Input: 18 2 g15a0a59b26,f5a0h1

Output: 18 2 0e1g01a0,0d1c0f10

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


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

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


Instruction: Simons-Image-Shape identify places where shape3x3opposite contains bit 0

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


Instruction: simon-solve-version1 predict image for O2T

Input:
I0
6 3 b73a6,a6a3a6,a63b7
O0
3 3 7,a63,
I1
6 4 9a5a93,a96a98,8a96a9,3a9a59
O1
3 4 9a5,a96,8a9,3a9
I2T
8 2 8926a283,38a26298
O2T
None

Output: 4 2 8926,38a2

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O4T

Input:
I0
10 3 76a3a763a6,7c30b76,6c06c3
O0
3 10 6a7,036,0a3,,037,607,376,373,376,3a6
I1
3 6 2,,,,,
O1
6 3 2,,
I2
6 6 a320a3,2a3b0,32a373,32a723,a732a3,a302a3
O2
6 6 37a323,37a2a3,037a32,a273a0,a32703,c303
I3
6 2 7,c717
O3
2 6 7,,,,17,7
I4T
2 6 64,,46,96,91,9
O4T
None
I5T
6 1 c728
O5T
None

Output: 6 2 b94a6,91a6a4

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


Instruction: Simon-Solve-Version1 predict image for 'O4T'

Input:
I0
6 7 6,,,,,b60a6,c606
O0
6 7 60c6,a60b6,6,,,,
I1
7 6 53d5,582b83,758a235,a57a8a3,5a3a685,5a6c8
O1
7 6 c8a65,58a6a35,a3a87a5,53a2857,3b8285,d535
I2
6 2 328a36,3c96
O2
6 2 6c93,6a3823
I3
2 5 58,97,,57,89
O3
2 5 98,75,79,,85
I4T
5 2 39056,3b05
O4T
None
I5T
2 9 1,,91,1,91,1,71,14,34
O5T
None

Output: 5 2 5b03,65093

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


Instruction: SIMONCELLULARAUTOMATON, Recognize the transformation between input and output. highlife_wrap,serviettes_nowrap,gameoflife_nowrap

Input:
17 12 9393b9c39c39,d9e3e9,b3c9c3a93939,b9i393a9,93c9d3b9b3,a39a3939h3,a9b3a939g3,e3939g3,9b3939d393a93,3a9393a9d393a9,a9393939b3a93b9,e9393939b393
17 12 e39c3939b3,i39b39a3,d39d39d3,e39g393,9b3b9d3b9a3,939c39c39c3,39b39a39g3,a9c39h39,a939a39e3b93,a3939a39b39d3,f39a3c9b3,f3a9a39a39a3

Output: highlife_wrap=0,serviettes_nowrap=0,gameoflife_nowrap=0

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


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

Input: 28 5 8a9j89a89b8989a898,8989a89j8a9c89b8,9h89m89a8,g89898a989d89b89a8,g89c8a9e89b89a8

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


Instruction: simon-arc-image-symmetry Symmetry hstack(180 flipy flipx)

Input: 2 30 6,,,,60,,,,,,,,,,,,0,,,06,,,,,,,,6,,

Output: 6 30 6,,,6a0b6,6a0606,,,,,,,d06,,,0a6a06,,0a6b0,,,0a6060,,,,,,,d60,6,,

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


Instruction: simonsolveversion1 predict image for O4T

Input:
I0
3 12 762,,,262,,,246,,,752,,
O0
15 4 d7d6d2,d2d6d2,d2d4d6,d7d5d2
I1
4 15 0a60,,,0,,,a6a0,,,6,,,6a06,,
O1
20 5 d0i6d0,0,i6i0,6,d6i0d6
I2
3 6 646,,,7,,
O2
15 2 d6d4d6,7
I3
2 6 92,,,62,,
O3
10 2 d9d2,d6d2
I4T
2 15 79,,,47,,,54,,,14,,,4,,
O4T
None

Output: 10 5 d7d9,d4d7,d5d4,d1d4,4

dataset=solve_scale group=x5up_y3down predict=image image_width=medium image_height=medium task_pixels=a


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

Input: 7 22 a235232,a252a32,a2c52,2a52945,b529a4,a529b5,3a59a54,a203525,a50a525,250a5a4,30a5435,50a5454,5052435,302a4a3,0a52a42,0b2454,02a54a5,43458a5,5a28545,b98525,5a2c5,54d5

Output: 22 7 a5954b03a532523a5c2,42923a25c0a52c5b2,529245252b5b052c53,a5a8a5a242c53a9a2525,c58f4d5a9532,a524b54a3534a2a5a45a3,e54235454a54545b2

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


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

Input:
5 2 a1b7,b027
3 7 a72,2,,7,2,a27,a72

Output: 2

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


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

Input:
I0
5 4 17392,19b7,318a9,28131
O0
5 4 28131,318a9,19b7,17392
I1
4 9 92a9,9289,92a9,95a9,57a9,,5b9,,
O1
4 9 5b9,,,57a9,,95a9,92a9,9289,92a9
I2
9 8 a7a4d7,a707a4b7,a70e7,7,b70d7,,,
O2
9 8 b70d7,,,,7,a70e7,a707a4b7,a7a4d7
I3T
8 1 b3d1
O3T
None

Output: 8 1 b3d1

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


Instruction: SimonImageScale scalex=down6 scaley=up4

Input: 12 3 2,,

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

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


Instruction: what are the shared colors between simonhistogram

Input:
3:1323,9:1223,0:843,4:799,5:401,8:213,6:71,1:60
8:1178,3:1088,2:909,7:876,0:821,6:365,9:135

Output: 0,3,6,8,9


Instruction: simonsolvev1 'O3T' predict the image

Input:
I0
4 8 a897,7547,79a8,7457,a897,7547,7457,79a8
O0
4 2 7457,79a8
I1
4 16 a060,a120,a040,0,06a0,02a1,04a0,0,a060,a120,a040,0,,04a0,02a1,06a0
O1
4 4 0,04a0,02a1,06a0
I2T
2 16 7,72,32,3,7,27,23,3,7,72,32,3,,23,27,7
O2T
None
I3T
2 8 54,8,45,8,54,8,,45
O3T
None

Output: 2 2 8,45

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


Instruction: simonsolveversion1, O2T, predict image

Input:
I0
5 14 a2b4,,,,,,,a4b2,,,,,,
O0
20 2 g2k4,g4k2
I1
3 14 a58,,,,,,,586,,,,,,
O1
12 2 g5c8,c5c8c6
I2T
5 7 a2525,,,,,,
O2T
None

Output: 20 1 g2c5c2c5

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


Instruction: FlipB SIMONSARCIMAGE

Input: 18 4 a3o2,a2c3k2,e2c3g2,i2b3d2

Output: 4 18 2,,,,,3b2,,,23a2,,,,a232,,,,b23,

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


Instruction: simons-arc-image-mass max mass 2, connectivity corner4

Input: 7 11 70d7,,a70b71,a70a7a1,b707a1,e71,b76017,c7017,c7617,d717,d767

Output: 7 11 a1d0,01d0,a01c0,,b01b0,c01a0,b0a1a0,c0b1,,d0a1,

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


Instruction: simonsolveversion1 'O5T' predict the image

Input:
I0
4 9 4026,60a2,1a28,4026,60a2,1a28,,60a2,4026
O0
4 3 1a28,60a2,4026
I1
2 12 53,03,36,30,53,03,36,30,,36,03,53
O1
2 4 30,36,03,53
I2
2 6 21,0,21,0,,21
O2
2 2 0,21
I3
4 6 1,3,1,3,,1
O3
4 2 3,1
I4T
4 12 a618,a812,5120,8218,a618,a812,5120,8218,,5120,a812,a618
O4T
None
I5T
3 12 3,2a3,a23,323,3,2a3,a23,323,,a23,2a3,3
O5T
None

Output: 3 4 323,a23,2a3,3

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


Instruction: simons-image-scale, What transformation happens. x2up_y1,x4up_y4down

Input:
5 20 3,,,,b3a0,,,,a30a3,,,,3,,,,,,,
20 5 3,k3g0,g3c0g3,3,

Output: x2up_y1=0,x4up_y4down=1

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=up4 scaley=down4


Instruction: Simons-ARC-Image-Mass identify places where max mass is 1, connectivity tlbr2

Input: 15 12 9h89b89,8,b86c869d8,g8a6d8,j86b8,8,d869g8,l868,d8a9c89b8,e89g8,869a6d868a68,j8a989

Output: 15 12 1h01b01,0,b01d01d0,g0101c0,j01b0,0,d0a1g0,l010,e01c01a01,1j01a0,0c1d010a10,10c1d0c1

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


Instruction: simonsolveversion1, O4T, predict image

Input:
I0
4 3 24a2,2a02,0a23
O0
4 6 0a23,2a02,24a2,0a23,2a02,24a2
I1
3 3 232,3a1,3a2
O1
3 6 3a2,3a1,232,3a2,3a1,232
I2
3 3 965,867,7
O2
3 6 7,867,965,7,867,965
I3
3 2 5a0,0a5
O3
3 4 0a5,5a0,0a5,5a0
I4T
2 3 86,7,71
O4T
None

Output: 2 6 71,7,86,71,7,86

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


Instruction: SIMONSOLVEV1 predict image for O4T

Input:
I0
3 4 a53,728,6a9,563
O0
3 20 3a5,827,a96,365,3a5,827,a96,365,563,6a9,728,a53,365,a96,827,3a5,365,a96,827,3a5
I1
4 2 34a0,9a79
O1
4 10 a043,9a79,a043,9a79,,34a0,9a79,a043,9a79,a043
I2
2 4 28,12,52,
O2
2 20 82,21,25,,82,21,25,,52,,12,28,25,,21,82,25,,21,82
I3T
4 2 49a6,7a07
O3T
None
I4T
2 4 8,16,18,68
O4T
None

Output: 2 20 8,61,81,86,8,61,81,86,68,18,16,8,86,81,61,8,86,81,61,8

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


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

Input:
14 1 b21b0e98
2 10 23,03,,13,,01,21,,20,

Output: 9:6,8:1

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


Instruction: SimonImageShape shape3x3histogramdiamond4 number of unique colors

Input: 1 30 1,8,,,,,,,,,,,,,,,,,,,,7,,,,1,,,,

Output: 1 30 1,2,1,,,,,,,,,,,,,,,,,,2,,1,,2,,1,,,

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


Instruction: SIMONARCIMAGESYMMETRY symmetry hstack(flipy flipx 180)

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


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

Input:
I0
2 4 62,60,56,27
O0
2 20 26,06,65,72,26,06,65,72,,65,06,26,27,56,60,62,,60,56,27
I1
4 4 6265,6258,6536,a567
O1
4 20 5626,8526,6356,76a5,5626,8526,6356,76a5,,6356,8526,5626,a567,6536,6258,6265,,6258,6536,a567
I2T
4 4 2025,2056,2792,a725
O2T
None
I3T
4 4 3503,6531,a390,a363
O3T
None

Output: 4 20 3053,1356,09a3,36a3,3053,1356,09a3,36a3,,09a3,1356,3053,a363,a390,6531,3503,,6531,a390,a363

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


Instruction: rotate 180 SIMONSARCRLEIMAGE

Input: 12 10 i646,d676464a6,d671b0a6,a6492a01a626,64a6a9216462,4b64b92a63,d6967a926,64c69676a9,b6d87316,4g6361

Output: 12 10 163g64,6137d8b6,a96769c646,62a9769d6,3a62b94b64,264612a9a646,62a61a0294a6,a6b017d6,a646467d6,64i6

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


Instruction: SIMONSCELLULARAUTOMATON, Given two images, recognize the transformations. highlife_nowrap,highlife_wrap,maze_wrap

Input:
18 19 e1b3g13,1,e13e13c1,1,o131,b13m1,i1313d1,c13f13d1,c1a313d13c1,1,c13b13a13e1,b13e13e13,h13d13a1,m1a3a1,o131,1a3e131a3d1,1,13f13d13a1,1
18 19 1e31h31,3,,,,,,,,,,,,,,,1p3,3,1o31

Output: highlife_nowrap=0,highlife_wrap=0,maze_wrap=0

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


Instruction: SIMONSARCIMAGESCALE, Recognize the transformation. x4up_y1,x5up_y1,x3up_y1,x1_y1,x2up_y1

Input:
21 3 f4f9f3,f3m7,f7f5f4
3 18 493,,,,,,3a7,,,,,,754,,,,,

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

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


Instruction: simon-solve-version1 predict image for O4T

Input:
I0
1 7 0,,,,,,
O0
7 1 0
I1
1 14 8,,,,,,,,,,,,,
O1
7 2 8,
I2
2 14 19,,,,,,,17,,,,,,
O2
14 2 f1f9,f1f7
I3
2 14 0,,,,,,,73,,,,,,
O3
14 2 0,f7f3
I4T
2 7 04,,,,,,
O4T
None

Output: 14 1 f0f4

dataset=solve_scale group=x7up_y7down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SimonArcImageShape identify places where shape3x3opposite contains bit 2

Output: 13 22 0,b01010a1c0,a01a01b01b0,01j0,j010,,g0a1b0,f010a1a0,e01b0a10,d01a0a1b0,c010a101b0,01c0b101a0,g0a1b0,01b010101b0,e0a10a1a0,d01a01a010,01a0b1a01b0,c01e010,c01a0a1c0,a010b1e0,a01g010,0

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


Instruction: simons-cellular-automata, What transformation happens. highlife_nowrap,highlife_wrap,serviettes_wrap

Input:
16 23 7,,,,,,,,b76k7,,7b6g76b7,i767a6a7,l76a7,e76c7a6b7,e76h7,c7b6h7,7,,,,,,
16 23 7,,,,,,,,,b7a6j7,a7a6f7b6a7,a76g7b6a7,l76a7,k76b7,e7a6g7,d7a6h7,d76i7,7,,,,,

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

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


Instruction: SIMONCELLULARAUTOMATA, Given two images, recognize the transformations. cave_nowrap,highlife_nowrap

Input:
14 16 f8686c8,a68a6h8,c86c86c8,6e86e8,8686h86,8b6b86a86b8,a86j8,8,b86a8686d8,86k8,6h8c6,86c86868a6a8,8c686a86b86,86f86c8,a86d86d8,f86e8
14 16 g68d6,,a868i6,6,868j6,,6868i6,6,,8i6b8,68f68c6,86a8686868a6a8,8c686a868b6,86a8c68d6,6,g68d6

Output: cave_nowrap=0,highlife_nowrap=0

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


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

Input: 7 18 72d7,c78a7,7278097,7078397,7087079,7082727,73a72a7,03b2a7,030c7,230b72,730c7,,3a0c7,3702b7,3e7,372c7,3d70,0e7

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O4T

Input:
I0
9 4 8,,,9a89c89
O0
3 4 8,,,a89
I1
9 3 a60a6a0a6,2a92c92,9a09c09
O1
3 3 0a6,a92,a09
I2
12 3 135a135a1531,7a127a1a2a17,13b13c131
O2
4 3 1531,2a17,a131
I3
9 4 06706a760,6,97697a679,67a67a676
O3
3 4 760,6,679,676
I4T
9 3 97a97a979,7a97c97,
O4T
None

Output: 3 3 979,a97,

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


Instruction: simon-arc-image-mass max mass 4, connectivity corner4

Input: 14 14 2,,,,,f20e2,f2b0c2,f20a20b2,2,,,,,

Output: 14 14 0,,,,,f01e0,f0b1c0,f01a01b0,0,,,,,

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


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

Input:
21 13 4,,,,,,,,,,,,
21 13 4,,,,,,,,,,,,

Output: serviettes_nowrap=1,cave_wrap=1,maze_nowrap=1,gameoflife_wrap=1

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


Instruction: simonsolvev1 'O4T' predict the image

Input:
I0
2 15 35,85,54,45,58,53,45,58,53,45,58,53,,58,45
O0
2 3 53,58,45
I1
3 10 0,a09,9a0,0,9a0,0,9a0,0,,9a0
O1
3 2 0,9a0
I2
2 10 85,35,53,58,53,58,53,58,,53
O2
2 2 58,53
I3
2 20 23,2,,,,,,32,2,,,32,2,,,32,,2,,
O3
2 4 32,2,,
I4T
4 20 4194,4249,b08,20a2,a202,8b0,9424,4914,a202,8b0,9424,4914,a202,8b0,9424,4914,,9424,8b0,a202
O4T
None
I5T
4 10 a548,5475,5745,84a5,5745,84a5,5745,84a5,,5745
O5T
None

Output: 4 4 4914,9424,8b0,a202

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


Instruction: SIMONSARCIMAGEMASS max mass 4, connectivity tb2

Input: 8 5 a3454a36,7c8a62,473a6a34,47643425,3525a342

Output: 8 5 1,,,,

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


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

Input:
I0
3 14 7,,,,,,,,,,,,,
O0
1 2 7,
I1
12 14 b7b5e2,,,,,,,b5b2e9,,,,,,
O1
4 2 75a2,52a9
I2T
9 7 e1b7,,,,,,
O2T
None
I3T
3 7 7,,,,,,
O3T
None

Output: 3 1 a17

dataset=solve_scale group=x3down_y7down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SimonsArcImageMass max mass 2, connectivity all8

Input: 13 5 02020a2b0a20,c0b202a020,h2b02,2c02a020202,020a2b0a2a02

Output: 13 5 01j0,0,,,

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


Instruction: SimonsImageScale, Given two images, recognize the transformations. x2up_y1,x3up_y1,x1_y1

Input:
12 14 a3e0a7a0,,a3a2c7c0,,c7a0c2a0,,0,,,,,,,
6 7 3b070,32a7a0,a70a20,0,,,

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

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


Instruction: SIMONARCRLEIMAGEPAIR, histogram-b without colors of histogram-a

Input:
16 8 7n1,1a7l1,b1a7j1,d1a7h1,e19a7f1,g19a7d1,i19a7b1,l17a1
16 9 2a83a65383865b8,8a2c83686a86a8,868a2b83b786a8,83836a283863b78,b5c8a2a86a8a3,b8d58a28a6a8,36a83a87d5868,a3a86a85a83a7a56,3856856d86b8

Output: 8:67,5:20,6:20,3:17,2:11

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


Instruction: Add these SIMON-ARC-HISTOGRAM

Input:
8:1505,9:1162,7:1106,1:955,6:76,0:57,3:39
8:1303,9:193

Output: 8:2808,9:1355,7:1106,1:955,6:76,0:57,3:39


Instruction: SIMONS-HISTOGRAM minimum

Input:
5:1455,7:1330,1:1215,6:902,8:740,2:530,0:522,9:502
5:1548,8:1440,1:704,0:315,2:286,3:8

Output: 5:1455,8:740,1:704,0:315,2:286


Instruction: simon-cellular-automata, What transformation happens. cave_wrap,highlife_nowrap,maze_nowrap,gameoflife_wrap,serviettes_wrap

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

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


Instruction: Half a rotation of SimonsArcRleImage

Input: 3 18 419,343,3a1,341,,,,,a31,,931,631,931,,631,,9a1,691

Output: 3 18 196,a19,136,,139,,136,139,1a3,,143,,,,,a13,343,914

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


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

Input:
I0
2 2 81,39
O0
2 6 18,93,81,39,,81
I1
2 4 38,45,90,30
O1
2 12 83,54,09,03,38,45,90,30,,90,45,38
I2
4 3 8528,5a90,b82
O2
4 9 8258,0a95,2b8,8528,5a90,b82,,5a90,8528
I3
3 4 058,515,420,540
O3
3 12 850,515,024,045,058,515,420,540,,420,515,058
I4T
4 3 9,a9a5,a949
O4T
None

Output: 4 9 9,a5a9,94a9,9,a9a5,a949,,a9a5,9

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


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

Input:
I0
10 8 6a161b616,6161c6a1,616b1c6,1b6161a61,161d616,b61b61a6,16b161b6,6c16a1a6
O0
10 8 1a616b161,1616c1a6,161b6c1,6b1616a16,616d161,b16b16a1,61b616b1,1c61a6a1
I1
5 8 8a7a8,7c8,8,,87878,8,a87a8,787a8
O1
5 8 7a8a7,8c7,7,,78787,7,a78a7,878a7
I2
9 7 b2a5b25,25a252b5,a2e52,a52b5b2,c2a5a25,2a5a2a525,2a52a5b2
O2
9 7 b5a2b52,52a525b2,a5e25,a25b2b5,c5a2a52,5a2a5a252,5a25a2b5
I3T
9 8 575a75757,b7b5757,7a57d5,57a57c5,575a75757,a5a7d5,d57b5,b75a7a57
O3T
None
I4T
11 1 16a1a616a16
O4T
None

Output: 11 1 61a6a161a61

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


Instruction: simons-image-pair, Exclude Histogram B colors from Histogram A

Input:
13 3 b8b0b6a8a0,08b08f7,8b0b8a08b0
6 5 24a278,a7a282,827b8,8c27,b28a2

Output: 0:17,6:3

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


Instruction: SIMONSARCIMAGESHAPE find shape3x3 bit 2

Input: 9 5 b9a6b96,a96a96b9,a96d96,a96a9a696,a9696c9

Output: 9 5 0,b10101a0,1a010b10,1a0a1c0,1a0a101a0

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


Instruction: SimonsArcImageMass identify places where max mass is 2, connectivity 4

Input: 6 8 364356,a64803,a640a6,353086,630586,6306a5,63c6,a363a6

Output: 6 8 1a0b1,b0b1,b01a0,d10,a0b10,a010a1,0,b01a0

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


Instruction: simon-solve-v1, 'O5T', predict the image

Input:
I0
8 4 9,,,
O0
4 8 9,,,,,,,
I1
4 1 a953
O1
1 4 9,,5,3
I2
1 2 9,
O2
2 1 9
I3
2 2 81,47
O3
2 2 84,17
I4T
2 1 4
O4T
None
I5T
1 8 5,,0,,,,,
O5T
None

Output: 8 1 a5e0

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


Instruction: simonsolveversion1 predict image for O5T

Input:
I0
4 3 1531,a5a7,5b1
O0
8 3 b151531,a7c5a7,13515b1
I1
3 2 0,359
O1
6 2 953b0,b0359
I2
2 4 4,04,02,04
O2
4 4 40a4,2a04,4a02,a404
I3
4 4 1a20,a420,04a1,1a79
O3
8 4 9a7a1a20,a140a420,02a404a1,0a2a1a79
I4T
4 4 2508,a685,2656,8a16
O4T
None
I5T
4 3 17a0,7a54,7a14
O5T
None

Output: 8 3 4a1717a0,4a5a7a54,a0717a14

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


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

Input:
13 15 c01g0,0,,,,j010,k01,0,,,,,b01h0,a01i0,b01h0
13 15 0,,,,,,,,,,,,,a0a1h0,0

Output: cave_wrap=0,gameoflife_nowrap=1

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


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

Input:
I0
8 5 27e2,a2a756a2,a2657b2,2a6d2,26e2
O0
8 5 7f2,2a756b2,2657c2,a6e2,6f2
I1
5 6 6,6b90,63606,3c6,,6
O1
5 6 6,b906,360a6,c63,,6
I2
6 1 0c17
O2
6 1 c170
I3
1 2 2,
O3
1 2 2,
I4T
2 8 08,8,98,89,79,82,8,
O4T
None

Output: 2 8 80,8,89,98,97,28,8,

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


Instruction: simonsolveversion1, O2T, predict image

Input:
I0
6 15 6,,,8,6,8,6,,,,1,6,,8,1
O0
1 15 6,,,8,6,8,6,,,,1,6,,8,1
I1
12 16 e4e0,e0e2,e0e5,e4e5,e2e5,e3e5,e5e0,,,e5e3,e5e6,e4e6,e2e4,,e0e3,e0e4
O1
2 16 40,02,05,45,25,35,50,,,53,56,46,24,,03,04
I2T
12 19 6,,,,,,,,,,,,,,,,,,
O2T
None

Output: 2 19 6,,,,,,,,,,,,,,,,,,

dataset=solve_scale group=x6down_y1 predict=image image_width=medium image_height=medium task_pixels=b


Instruction: SIMONSARCIMAGESYMMETRY make symmetric vstack(orig orig 180 flipy)

Input: 30 28 0,x09c0,w095c0,v09a05b0,u09b05b0,t09c05b0,s09e05a0,r09f05a0,p0a9g05a0,o09j050,n09k050,m09n0,l09a07l0,k09b07l0,j09c078k0,o078k0,c0c8a0e878k0,o07l0,,,,0,o07l0,,,l0c2l0,0,

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


Instruction: Rotate clockwise SIMONSARCIMAGE

Input: 19 11 7404604b606460a604,74a6064b64a64d6,764c6a404640464a6,67b6064c64a06046,67a460604b60a60b6,6164a64b64a6064b6,61j6406464,1064064c6460b464,1604a64d646b4a6,a40b60464a60b6a40,a6a40a46b4a64b646

Output: 11 19 64a1c6b7,6460a1a76a4,4a0b646460,46a46a4b64,0a60d606,4d6a0a60,40a464b6a4,64c60a4a6,4d6464a6,a4e60a6,4c64a6a40,b64f6,604b60a464,4a60406a046,a6a40a60460,a6a4640c6,6c4a604a6,a4d64a60,606a4d64

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


Instruction: Process simons-image-pair and return the histogram sum

Input:
7 7 5,b5a2a5,a58c5,,58a6b5,56a5a65,5
13 9 2c0207d2,20d274c2,a0d274c2,20c27a24a20,a205a17e0,c25b042402,a0a2a0c54a2,b20b20a2a30,0c2a02a0b2

Output: 2:65,5:45,0:33,4:6,6:5,7:5,8:3,1:2,3:2

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


Instruction: simon-image-symmetry apply symmetry hstack(orig orig orig 180)

Input: 26 5 a3a6a4b6g4c3b2a3,a3c6g3j54,b3j5d30e3,f3f2c30f3,m3b20g3

Output: 104 5 a3a6a4b6g4c3b2c3a6a4b6g4c3b2c3a6a4b6g4c3b2i30b2m3,a3c6g3j54a3c6g3j54a3c6g3j54f30c3f2f3,b3j5d30h3j5d30h3j5d30k30d3j5b3,f3f2c30m3f2c30m3f2c30f34j5g3c6a3,m3b20u3b20u3b20i3b2c3g4b6a4a6a3

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