Instruction: Half a rotation of SIMONSARCRLEIMAGE

Input: 16 11 1,a15l9,a15e1c3a71,a15a1c3b179a1,a15a3d1a719a1,a15a1d7a19b1,a15c171a797b1,a1571a7b19a1b7,b147d19d1,d1a4a19e1,f1a4f1

Output: 16 11 f1a4f1,e19a1a4d1,d19d174b1,b7a19b1a7175a1,b179a717c15a1,b19a1d7a15a1,a191a7d1a35a1,a197b1c3a15a1,1a7c3e15a1,l95a1,1

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


Instruction: SIMONSIMAGEMASS identify places where max mass is 2, connectivity trbl2

Output: 14 15 c10h1,b10b10e1,a10b1a0e1,d1a0e10,d10e101,j10a1,1,h10b10,g10b101,f10b1010,i10101,h1010a1,g1010b1,1,

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


Instruction: simon-arc-image-scale scaley=up3

Input: 29 3 n6m3,v4a1c4,d41c4i9c49a7a4

Output: 29 9 n6m3,,,v4a1c4,,,d41c4i9c49a7a4,,

dataset=scale group=scale_input image_width=large image_height=small scalex=down1 scaley=up3


Instruction: SimonsArcImageScale, Recognize the transformation between input and output. x2up_y1,x3down_y7down

Input:
27 14 e5b2b1b5b1h5,,,,,,,b1b5b1b2b5b1h5,,,,,,
9 2 a52151b5,151251b5

Output: x2up_y1=0,x3down_y7down=1

dataset=scale group=recognize_transformation image_width=large image_height=medium scalex=down3 scaley=down7


Instruction: simons-cellular-automata, Serviettes wrap=xy. steps=1. alive=1. dead=4.

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


Instruction: SIMONSOLVEVERSION1, O2T, predict image

Input:
I0
12 8 a84h8,g84b8,b84g8,8,e84b825,d848b285,4e848a28,a84a84d87
O0
12 8 8,,,,,,,
I1
8 8 0,,,,d0a40,d0b4,c08470,c024a0
O1
8 8 0,,,,,,,
I2T
8 3 8a58a562,8b5a692,a5851959
O2T
None
I3T
3 1 9a4
O3T
None

Output: 8 3 5,,

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


Instruction: SIMONSOLVEV1, 'O3T', predict the image

Input:
I0
15 16 d7d4d7,,d8d4d7,,,,d0d8d0,,,,d0d6d0,,d0d5d0,,d5d6d5,
O0
3 8 747,847,,080,,060,050,565
I1
20 6 i3d5d3,,i5i3,,i3i9,
O1
4 3 a353,a5a3,a3a9
I2
10 16 2,,d4d3,,,,d4d7,,d8d4,,,,d8d2,,d2d3,
O2
2 8 2,43,,47,84,,82,23
I3T
20 2 i0d4d7,
O3T
None

Output: 4 1 a047

dataset=solve_scale group=x5down_y2down predict=image image_width=medium image_height=medium task_pixels=b


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

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


Instruction: Simon-Solve-Version1 predict image for O4T

Input:
I0
6 4 795097,a90a19,a90a37,303759
O0
6 4 509a79,0a1b9,0a37a9,375930
I1
4 2 a459,64a6
O1
4 2 59a4,b64
I2
2 6 02,,,20,,0
O2
2 6 02,,,20,,0
I3
6 4 059b0,0939a3,c039,a09a09
O3
6 4 9c05,39a309,a039a0,9a09a0
I4T
4 7 b75,a7a5,a762,7a02,0a32,7672,
O4T
None
I5T
7 7 c80a8,a8020a8,b82608,a847608,a7a46a4,82846a8,82584a8
O5T
None

Output: 4 7 75a7,a5a7,62a7,0270,3203,7276,

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


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

Input: 4 6 5b2,5232,25a2,2a72,a852,2

Output: 16 6 b25c25f2,2325a8525232a852,a25a2a7a25b2a72,2a7a25b2a7a25a2,25a85232a8525232,c25f25b2

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


Instruction: Min of simon-histogram

Input:
6:1552,2:1540,1:1460,0:1306,4:724,7:679,3:605,9:486,5:17
8:941,1:882,6:436,4:139

Output: 1:882,6:436,4:139


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

Input:
I0
3 13 9,a97,,,,,,,927,920,909,,9
O0
18 13 9,k9e7,,,,,,,e9e2e7,e9e2e0,e9e0e9,,9
I1
2 4 30,47,17,14
O1
12 4 e3e0,e4e7,e1e7,e1e4
I2T
1 4 0,,4,6
O2T
None
I3T
3 14 706,704,604,9a0,6a0,604,704,3a0,,010,,,7a0,919
O3T
None

Output: 6 4 0,,4,6

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


Instruction: Simon-Image-Mass identify places where max mass is 1, connectivity all8

Input: 8 10 79a79497,9a749b7,a78d7,94749b7,b7974a7,7b4c7,4814c7,a7414747,a7a81a78,8a7471a7

Output: 8 10 d0a10,b01c0,a01d0,a101c0,d01a0,0,01e0,e010,f01,1a01c0

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


Instruction: SimonImageMass max mass 5, connectivity leftright2

Input: 1 6 4,,,,,5

Output: 1 6 1,,,,,

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


Instruction: rotate 180 Simon-ARC-RLE-Image

Input: 11 13 6,,b69f6,6a49f6,a659f6,,,,a652f6,,,,b62f6

Output: 11 13 f62b6,f625a6,,,,f695a6,,,,f69a46,f69b6,6,

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


Instruction: Process Simons-ARC-Image and return the flipa

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


Instruction: simonsolvev1 predict image for O4T

Input:
I0
20 17 8,,,,,d8d0i8,,,,,,,,d0n8,,,
O0
4 17 8,,,,,80a8,,,,,,,,0b8,,,
I1
10 13 2,d6d2,2,d2d6,2,,,d6d2,2,,d2d6,2,d6d2
O1
2 13 2,62,2,26,2,,,62,2,,26,2,62
I2
20 3 i6d4d0,d0d4i1,d0d4i0
O2
4 3 a640,04a1,04a0
I3
5 8 0,7,,,,,,
O3
1 8 0,7,,,,,,
I4T
10 5 1,3,1,7,d7d3
O4T
None

Output: 2 5 1,3,1,7,73

dataset=solve_scale group=x5down_y1 predict=image image_width=medium image_height=medium task_pixels=b


Instruction: convert SIMONSARCIMAGE and return the transposed

Input: 22 8 g12l1,g1242j1,h12428h1,h12412a8f1,f14a124a81a8d1,c1b4b82146b1a8b1,a1a48h1d68a1,1

Output: 8 22 1,,e141,,d1481,d14a1,,c148a1,a2b18a1,14a218a1,12a4a2a1,a1214b1,a18284a1,b1a86a1,b18a161,c18161,,d1861,,e181,1,

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


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

Input:
I0
4 1 2628
O0
1 4 8,2,6,2
I1
1 8 6,,,,7,,9,7
O1
8 1 c6a797
I2T
8 3 612d9,16b5b6,6d5a6
O2T
None

Output: 3 8 9a6,,965,9a5,,2a5,165,616

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


Instruction: Add these simon-histogram

Input:
3:1399,9:1333,5:1085,7:917,1:771,0:689,2:353
5:959,7:948,1:790,0:394

Output: 5:2044,7:1865,1:1561,3:1399,9:1333,0:1083,2:353


Instruction: simonsolvev1 'O4T' predict the image

Input:
I0
8 4 2a10c2,210c24,2102b74,1c7a27
O0
8 4 a10d2,10c242,102b742,c7a271
I1
4 1 43a7
O1
4 1 3a74
I2
1 4 4,,,0
O2
1 4 4,,,0
I3T
4 6 7,b75,7a07,03a7,32a7,a2a7
O3T
None
I4T
6 6 b4a39,434393,b49a4,c3a4,a34b3,c4a3
O4T
None

Output: 6 6 a4a394,343934,a49b4,b3a43,34c3,b4a34

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


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

Input:
10 10 65686568a6,65a36b5a6,a675a3a6a5,8576a5a3a6,a57a6a5895,8786a5a9a6,57a5a95686,67a965b86,595a6856a5,865a6565a6
20 3 a62a6f76262c6,6a2f84a0d926,a6d8b92a4c9262

Output: 4

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O3T

Input:
I0
14 3 f8f0,5,f0f2
O0
2 12 80,,,,5,,,,02,,,
I1
14 5 f0f4,f3f2,f8f5,f9f8,f9f1
O1
2 20 04,,,,32,,,,85,,,,98,,,,91,,,
I2
7 5 5,9,4,3,
O2
1 20 5,,,,9,,,,4,,,,3,,,,,,,
I3T
14 4 7,f9f7,,
O3T
None
I4T
14 2 f6f1,f8f1
O4T
None

Output: 2 16 7,,,,97,,,,,,,,,,,

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O3T

Input:
I0
14 13 8,,,,,,,,,,,,
O0
14 13 8,,,,,,,,,,,,
I1
13 3 5a653623636a5,2d6a353656,a6a563532a626
O1
13 3 6,,
I2
3 10 131,171,1a7,,,171,371,871,171,1
O2
3 10 1,,,,,,,,,
I3T
10 7 d37c3,,e37b3,c8137b3,a3a7c4a3,3b4a714a3,e374a3
O3T
None

Output: 10 7 3,,,,,,

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


Instruction: Rotate ccw Simons-ARC-Image

Input: 8 14 a62a62a6,a40642a6,a2624a62,2b06242,26060406,6264a626,f64,602a0a62,40a60646,2b62606,0a6262a6,62b64a6,0a60b62,2a6060a6

Output: 14 8 a6a2a642c626,b6402a640c6,a2624d62460,6a460a6a02c6,a6206460a626a0,206a0a62e6,6420626a0a62a6,64b2b6420602

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


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

Input:
I0
1 18 2,,,,,,7,,,,,,0,,,,,
O0
4 3 2,7,0
I1
5 6 c21,,,,,
O1
20 1 o2c1
I2
1 12 8,,,,,,,,,,,
O2
4 2 8,
I3
4 12 0976,,,,,,6,,,,,
O3
16 2 c0c9c7c6,6
I4T
4 12 a614,,,,,,4041,,,,,
O4T
None

Output: 16 2 g6c1c4,c4c0c4c1

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


Instruction: simonsolveversion1 predict image for 'O2T'

Input:
I0
3 10 8,,823,8,868,,816,814,314,848
O0
3 10 8,,328,8,868,,618,418,413,848
I1
10 7 a0d3a03,30a360a303,30b363230,c3a0a623,e36363,30d3836,f38a3
O1
10 7 3a0d3a0,30a306a303,03236b303,32a6a0c3,3636e3,638d303,a38f3
I2T
7 9 0b4090,40a49a4,a049249,a4a8a49,a402859,c4509,a4a5a49,4a54a09,05d4
O2T
None
I3T
9 4 2a461c5,1b607a12,60a565072,a2a5b9a0
O3T
None

Output: 7 9 090b40,a49a404,94294a0,9a4a8a4,95820a4,905c4,9a4a5a4,9a04a54,d450

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


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

Input:
I0
4 4 29a0,20a4,02a4,4040
O0
8 8 404b092,02c402,20c420,29b0404,a0920404,a402a420,a420a402,0404a092
I1
4 2 b10,9a10
O1
8 4 9a1a0b1,b1a0a19,0b10a19,0a190b1
I2T
2 4 60,06,03,
O2T
None

Output: 4 8 0306,0360,0630,6030,0630,6030,3060,3a06

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


Instruction: Simon-Solve-V1 predict image for O4T

Input:
I0
2 6 74,47,4,74,7,47
O0
2 6 47,74,7,47,4,74
I1
1 8 9,8,,,9,,,8
O1
1 8 8,9,,,8,,,9
I2
12 4 f02b02,20a202e0,g02a02,d02e0
O2
12 4 f20b20,02a020e2,g20a20,d20e2
I3T
12 2 96g9a6,6a9a6c9b6
O3T
None
I4T
1 4 0,,8,0
O4T
None

Output: 1 4 8,,0,8

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


Instruction: SimonsCellularAutomaton, Identify the transformation. cave_wrap,maze_wrap

Input:
14 23 a1717a1e71,l71,71h7171,7b1f7171,j71a7,7b1h71,7,,,1g7c17,1j717,i7b17,e7a1e7,f7a171b7,a1c717171a71,g7a1c7,a1b71d7171,d71g7,j7b1,7,,c7b1f7,b71a71f7
14 23 1717b1e71,b1i71,71j71,7a1f7a1a7,a71j7,,,7,i7a1a7,i7b17,h71c7,j7b1,e7d1b7,1f71d7,1g7a1b7,1e7c1717,1l7,j71a7,k717,,d71g7,c7b1f7,17a17171e7

Output: cave_wrap=0,maze_wrap=0

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


Instruction: simon-image-shape shape3x3 histogram diamond5 number of unique colors

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


Instruction: Half a rotation of SIMONSARCIMAGE

Input: 10 2 1d3c5,9e51a5

Output: 10 2 a51e59,c5d31

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


Instruction: simons-arc-image-scale scale-x up by 6, scale-y up by 5

Input: 1 1 1

Output: 6 5 1,,,,

dataset=scale group=scale_input image_width=small image_height=small scalex=up6 scaley=up5


Instruction: SimonArcImageScale, What transformation happens here. x5down_y1,x2up_y1

Input:
10 7 d2d9,d1d9,,,d2d1,d9d1,
2 7 29,19,,,21,91,

Output: x5down_y1=1,x2up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=down5 scaley=down1


Instruction: simon-image-pair, intersection of colors of the images

Input:
4 6 b05,a050,0450,0,,
12 7 5e60c6,d6a0a65a6,a6a40f6,b45f64,i656,a64a6a4d6,64d65b64

Output: 0,4,5

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


Instruction: SimonCellularAutomata, Cave with nowrap. steps=1. 3 is dead. 5 is alive.

Input: 24 6 3,,,h35e35f3,3,

Output: 24 6 3,,,,,

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


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

Input:
I0
2 2 53,
O0
2 2 35,
I1
2 1 53
O1
2 1 35
I2
1 3 9,0,
O2
1 3 0,,9
I3
3 2 1,
O3
3 2 1,
I4T
2 3 31,,30
O4T
None
I5T
3 2 859,7
O5T
None

Output: 2 3 13,03,13

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


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

Input:
2 2 0,70
3 2 313,371

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

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


Instruction: simon-arc-image-shape detect shape2x2 bit 1

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


Instruction: SimonImageShape number of unique colors inside shape3x3histogramdiamond5

Output: 20 15 g2323h2,g2b3h2,e212b321a21c2,f2c3h2,e2a3423b2a1c2,1a21b24a34b21d2,21d2a34a3g2,f2e3f2,c21a2b3a2b3d2,b21c2a3a2c31b2,b21b2a3c212b3a2,1e2a3b212123b2,21d2323i2,g23i21,1k2a121a21

dataset=shape group=shape3x3_histogram_diamond5 image_width=medium image_height=medium


Instruction: SIMONSOLVEV1, O3T, predict image

Input:
I0
5 7 06a21,06901,a3010,76310,701a9,70130,7a0a9
O0
5 7 0a301,07631,97019,07013,97a09,106a2,10690
I1
7 8 1,d143,c1b0,a1a0501,a54a101,84a10a1,8b10a1,1
O1
7 8 0c1a0,b1a050,1a54a10,184a101,18b101,1,,3d14
I2T
8 4 7532b86,573a9a37,5a73b65,515a3656
O2T
None
I3T
4 2 07a0,a242
O3T
None

Output: 4 2 a070,b24

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


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

Input:
17 20 e03i0,3o0,0,,,h0a3e0,03f0a3b03a0,0a3j03a0,0,,,,,,,,,,k03c0,0
17 20 0,,,,,,,,,,,,,,,,,,,

Output: gameoflife_nowrap=0,highlife_wrap=0

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


Instruction: Simons-Histogram minimum

Input:
3:1579,1:1470,4:1435,5:719,2:31
1:1564,3:731,4:659,8:148,9:82,7:54

Output: 1:1470,3:731,4:659


Instruction: Simons-Histogram, unique colors

Input: 1:6394,7:5289,2:4107,6:3848,4:3102,3:952,9:915,8:910,5:545

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


Instruction: simon-solve-version1 predict image for O3T

Input:
I0
8 1 7a17b17
O0
8 1 1a71b71
I1
1 10 7,1,,,,,,7,1,
O1
1 10 1,7,,,,,,1,7,
I2
13 3 g92b92,9,2d9a29a2a9
O2
13 3 g29b29,2,9d2a92a9a2
I3T
4 4 86a8,a8a6,a6a8,a686
O3T
None

Output: 4 4 68a6,a6a8,a8a6,a868

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


Instruction: rotate CCW SIMONSARCIMAGE

Input: 10 19 96393a96a9,a6376c93,96987c96,a9387b974,a9689b7a9,6986b76a9,a987b97a9,698c97a9,a9896b959,a98c9569,a9867956a9,698197b96,a981597939,9815969796,615969a679,9196a36b9,18g9,f93a9,a9a6a9a6a9

Output: 19 10 9364f9696d9,b97c956a9397c9,6b976a7956a976a936,c9a7c95979a6a96,c9a7d979693b9,36a797a969795963b9,97b867b96a1596a96,a3936g815b96,b6i98a18a9,96b9696b96a9691a9

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


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

Input:
I0
4 2 1,
O0
4 2 1,
I1
2 7 42,,4,84,,4,
O1
2 7 4,84,,4,,42,
I2
7 3 c6b3,6a53658,58a68a6
O2
7 3 a68a658,a6b3a6,5365865
I3T
3 4 892,985,5a8,a57
O3T
None

Output: 3 4 858,7a5,289,598

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


Instruction: SIMONSIMAGESYMMETRY symmetry vstack(flipy flipy 180)

Input: 4 4 9a13,93a9,a393,a939

Output: 4 12 a939,a393,93a9,9a13,a939,a393,93a9,9a13,93a9,39a3,a939,3a19

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


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

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


Instruction: SimonImageScale, What transformation happens here. x4up_y1,x2up_y1,x1_y1,x5up_y1,x3up_y1

Input:
5 6 a9a56,,,,,
15 1 e9e5b6

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

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=up3 scaley=down6


Instruction: Half a rotation of SIMONSARCRLEIMAGE

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


Instruction: SIMONARCIMAGESCALE scalex=up3 scaley=up3

Input: 7 9 a67c6,967c6,,,69d6,,,,6

Output: 21 27 e6b7k6,,,b9b6b7k6,,,,,,,,,b6b9n6,,,,,,,,,,,,6,,

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


Instruction: Simons-Cellular-Automata, Maze with nowrap. steps=1. 3 is dead. 2 is alive.

Input: 25 11 2,,e23q2,2,,,,,,,

Output: 25 11 2,2v32,,,,,,,,,2

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


Instruction: SIMON-SOLVE-V1 predict image for O2T

Input:
I0
3 2 a30,8
O0
18 8 k3e0,,,,8,,,
I1
3 5 0a5,501,505,150,591
O1
18 20 e0k5,,,,e5e0e1,,,,e5e0e5,,,,e1e5e0,,,,e5e9e1,,,
I2T
3 5 0a2,0,070,5,a72
O2T
None
I3T
3 3 951,9a5,590
O3T
None

Output: 18 20 e0k2,,,,0,,,,e0e7e0,,,,5,,,,k7e2,,,

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


Instruction: SIMONSARCIMAGESYMMETRY apply symmetry vstack(180 flipy flipy 180 180)

Input: 14 20 58k5,a58j5,a584f0b5,b5b8g5,b58458f5,c58458e5,d58a4a8c5,d58454a8b5,e584b5a85,e5754c58,e57a54c5,,e57b54b5,e57f5,,,,,,5

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


Instruction: SIMONSOLVEV1, 'O2T', predict the image

Input:
I0
4 4 4,b14,4,
O0
4 4 1,,,
I1
3 3 a14,4,
O1
3 3 1,,
I2T
3 14 7,3a7,7,,3a7,7,,a73,7,,737,7,,
O2T
None
I3T
14 2 c3b4f6,a62j6
O3T
None

Output: 3 14 3,,,,,,,,,,,,,

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


Instruction: Simon-ARC-Histogram, histogram b without colors of histogram a

Input:
1:1501,0:1346,7:826,2:567,3:557,8:520,6:482,4:452,5:348
7:1464,8:920,9:864,2:775,3:571,5:479,4:270,6:262

Output: 9:864


Instruction: SimonsImageShape identify places where shape3x3 contains bit 6

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


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

Input: 8 14 e848,8,,,,,a84c84,4a84c8,84d84,8,f84,a84d8,c84b8,4f8

Output: 8 14 e010,0,,,,,a01c01,1a01c0,01d01,0,f01,a01d0,c01b0,1f0

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


Instruction: SIMONSOLVEV1 predict image for O2T

Input:
I0
5 2 a26a5,6a265
O0
2 5 26,2,62,56,5
I1
2 5 49,69,59,,
O1
5 2 46b5,9
I2T
5 4 a5b0,05b0,a5b7,0
O2T
None

Output: 4 5 5050,b50,a070,,

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


Instruction: Add these SIMONS-HISTOGRAM

Input:
7:1407,1:854,8:186,0:104,4:81
8:256

Output: 7:1407,1:854,8:442,0:104,4:81


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

Input:
25 12 q04e0,p0a4e0,q04d04,v040,0,j0a4k0,0,t04b0,s0a4b0,0,j0a4k0,0
25 12 p0a4e0,p0b4d0,p0a4e0,0,,,,s0a4b0,,0,,

Output: serviettes_wrap=0,maze_nowrap=0

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


Instruction: SimonImageMass max mass 4, connectivity tb2

Input: 10 2 363a9a7376,3g56

Output: 10 2 1,

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


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

Input:
I0
8 6 c626a8,6,82648686,d64a6,c62468,c68b6
O0
8 6 c68b6,c62468,d64a6,82648686,6,c626a8
I1
6 4 c484,a4a8a4,48c4,4
O1
6 4 4,48c4,a4a8a4,c484
I2
4 10 b46,b45,a453,,4163,4143,1243,1423,b43,4
O2
4 10 4,b43,1423,1243,4143,4163,a453,,b45,b46
I3T
10 1 9f859
O3T
None

Output: 10 1 9f859

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


Instruction: simon-histogram, color overlap

Input:
6:1254,5:1121,1:942,7:920,2:677,8:388,3:308,0:181
7:1588,5:1354,1:1254,3:582

Output: 1,3,5,7


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

Input: 27 4 3a6d36363a6a3a63a636c3,b3a6a3a63a6b36363a6a3b63,3a636i363b6b3c6,6b3636a36d36f3b63

Output: 27 8 3a6d36363a6a3a63a636c3,b3a6a3a63a6b36363a6a3b63,3a636i363b6b3c6,6b3636a36d36f3b63,,3a636i363b6b3c6,b3a6a3a63a6b36363a6a3b63,3a6d36363a6a3a63a636c3

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


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

Input:
I0
5 5 51525,a1a52,a5915,a0a15,1b51
O0
5 5 1a521,591a5,0a150,b5a1,152a5
I1
5 5 0,,,,
O1
5 5 0,,,,
I2
5 6 c58,5a8a5,5,b5a8,58b5,5a8a5
O2
5 6 a8b5,5,a5a85,8c5,a8b5,b585
I3T
6 2 1a31a2,a14a31
O3T
None
I4T
2 6 86,81,78,18,68,6
O4T
None

Output: 6 2 14a3a1,a31a21

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


Instruction: Rotate 180 simons-arc-image

Input: 2 1 5

Output: 2 1 5

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


Instruction: transpose SIMONSARCRLEIMAGE

Input: 6 14 9,,,b94a9,a940a9,,,a94096,949069,9496a9,,a960a9,9620a9,6a92a9

Output: 14 6 l96,g9b4969,c9c4b9629,b94d0a6a02,g96d9,f96e9

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


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

Input:
I0
1 3 9,,
O0
1 3 9,,
I1
3 7 a62,062,086,681,683,628,138
O1
3 7 620,860,816,836,286,381,626
I2
7 4 23a2374,a82a534,a253a74,3e9
O2
7 4 82a5348,253a742,e93,3a23742
I3
4 6 a461,1b4,a414,10a4,4014,a464
O3
4 6 b41,41a4,0a41,01a4,46a4,4614
I4T
6 3 d23,2c62,a25252
O4T
None
I5T
3 5 3,,373,a34,3
O5T
None

Output: 3 5 3,7a3,343,3,

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


Instruction: SimonsImageMass identify places where max mass is 1, connectivity corner4

Input: 5 1 3

Output: 5 1 1

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.CORNER4 max_mass=1


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

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

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


Instruction: SIMONS-HISTOGRAM, Remove Histogram-B colors from Histogram-A

Input:
3:1532,8:1358,2:1270,4:1076,6:816,1:552,7:296,5:72
9:1222,2:1148,5:692,7:603,0:301,8:291,1:125

Output: 3:1532,4:1076,6:816


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

Input: 20 12 e84l8,e804k8,d80a84f8c0,d80b84c8a0c8,d80c84h8,c80e84g8,c80c8c3f8,b8e3j8,b3p8,8,,

Output: 20 12 d1b32j1,c12b3a2d1d2,c1a2a3b2a1f2,c1g21f2,b1c21h2b1,b1c212c32e1,a12b3c2b32e1,b2b3g2e1,i2i1,c2o1,1,

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


Instruction: Transpose SimonsArcRleImage

Input: 2 22 3,,,,,34,,64,,,,,63,,,,,,3,,,

Output: 22 2 f3j6c3,d3f4i3

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


Instruction: simons-image-scale, Recognize the transformation between input and output. x2up_y1,x2up_y5up

Input:
5 6 a8786,a8086,a8076,a8707,8a607,b767
10 30 c8a7a8a6,,,,,c8a0a8a6,,,,,c8a0a7a6,,,,,c8a7a0a7,,,,,a8c6a0a7,,,,,e7a6a7,,,,

Output: x2up_y1=0,x2up_y5up=1

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


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

Input:
5 5 3a6a3,c63,3b63,363a6,63636
9 9 69462a626,a6a292a62,6462d6,d69a64,64642a626,4a64d6,64a6a9a24,9269a62a6,9d69a6

Output: 6

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


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

Input:
I0
5 2 b801,2a0a1
O0
5 2 a8018,a0a12
I1
2 4 16,26,56,52
O1
2 4 61,62,65,25
I2
4 7 a6a8,a608,6b8,6036,80a6,8a26,b12
O2
4 7 6a86,6086,b86,03a6,0a68,a268,a121
I3T
7 3 0a685a6,6a2a535,2606063
O3T
None
I4T
3 3 201,1,
O4T
None

Output: 3 3 012,1,

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


Instruction: simonshistogram, number of unique colors

Input:
7:1485,0:1128,1:221,8:93
9:1482,5:1189,8:915,6:627,7:626,4:566,3:557,2:429,1:59

Output: 10


Instruction: Simon-ARC-RLE-Image flip-b

Input: 15 7 7c29a272927a2,d2729e27,2a9h27a2,29f29d2,279a27b279c2,e27a29a2929,a279j2

Output: 7 15 29b272,2,29a2727,2,a29b29,2979b2,e27,d292,27d2,a27a279,2,9e2,72929a2,a27a9a2,e27

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


Instruction: SimonsArcImageScale, What transformation happens here. x3up_y5down,x3up_y1,x4up_y1,x5up_y1,x2up_y1

Input:
2 15 23,,,,,43,,,,,2,,,,
6 3 b2b3,b4b3,2

Output: x3up_y5down=1,x3up_y1=0,x4up_y1=0,x5up_y1=0,x2up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=up3 scaley=down5


Instruction: SIMONARCRLEIMAGEPAIR, overlap of colors of the images

Input:
7 7 1a0a595,a107a50,9a57b0,5657519,59a6750,a590690,a0d5
14 9 g07d0,g04d0,f07e0,e074e0,d07b06c0,c07c06c0,,i06b0,

Output: 0,6,7

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


Instruction: SIMONSARCIMAGESYMMETRY Symmetry hstack(orig 180 180 180 flipx)

Input: 7 21 c31a3,c8a13,a341a89,4318a39,c3019,4a83039,c3039,c8089,a383029,348a023,3a0a323,13a8323,3a8a328,1b8323,8a3a892,31a3152,483a542,8a53a42,c48a3,3138313,1a38143

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


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

Input:
I0
4 15 a3a2,a636,5b6,,a636,a3a2,a2a3,63a6,b65,a3a2,a636,5b6,b65,63a6,a2a3
O0
4 3 a3a2,a636,5b6
I1
4 20 71a0,1017,a716,7a41,,a716,1017,71a0,a017,7101,61a7,1a47,71a0,1017,a716,7a41,1a47,61a7,7101,a017
O1
4 4 71a0,1017,a716,7a41
I2
4 20 8a97,9,7b9,79a7,,7b9,9,8a97,7a98,9,b97,a797,8a97,9,7b9,79a7,a797,b97,9,7a98
O2
4 4 8a97,9,7b9,79a7
I3T
3 20 382,323,2a3,303,,2a3,323,382,283,323,a32,303,382,323,2a3,303,,a32,323,283
O3T
None
I4T
3 15 9,,,,,,,,,,,,,,
O4T
None

Output: 3 4 382,323,2a3,303

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


Instruction: SIMONSARCIMAGEMASS max mass 5, connectivity lr2

Input: 14 5 c0b3f0,0b308e0a3,f03e0,,080808f03

Output: 14 5 f1f0,e1e0a1,f01e0,,e1f01

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


Instruction: SimonsImageMass max mass 5, connectivity nearest4

Input: 3 11 240,140,a40,a30,910,903,902,393,,392,313

Output: 3 11 1,,,,,,,,,,

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


Instruction: SimonRLEImagePair, add histograms

Input:
13 3 b56a515b045,4656a9c5a05,f54a54a5
6 8 a8a098,a80a89,d89,b80a8,0808a0,a08a08,a80a80,8a0a80

Output: 8:28,5:24,0:22,9:5,4:4,6:3,1:1

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


Instruction: simons-arc-image-symmetry make symmetric hstack(flipx flipy 180 180 flipx)

Input: 25 2 a8a282828c2b8c5a4b2,e2828282c6a8a48a2a8

Output: 125 2 b2a4c5b8c282828a2a8e2828282c6a8a48a2c8a28a4a8c6282828e2a8a28a4a8c6282828h2a4c5b8c282828a2a8,a8a28a4a8c6282828e2a8a282828c2b8c5a4e2a4c5b8c282828a2a8b2a4c5b8c282828a2c8a28a4a8c6282828e2

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


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

Input: 18 9 1,,e14j1,f14b13e1,1e34b3a4d1,g14c3d1,h14g1,1,

Output: 18 27 1,,g14h1,d1c34g1,d1a4b34e31,e13b14f1,j14e1,1,,,,e14j1,f14b13e1,1e34b3a4d1,g14c3d1,h14g1,1,,,,h14g1,g14c3d1,1e34b3a4d1,f14b13e1,e14j1,1,

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


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

Input:
I0
7 12 9a4c9,594b94,9,a95c9,b95b9,94d9,c95a9,b96b9,5e9,6b96a9,46d9,65a96a9
O0
1 1 9
I1
12 1 b6h5
O1
1 1 5
I2T
1 7 2,,5,,,,6
O2T
None
I3T
7 5 9a19a07,c0197,1a96147,1a9a4a1,a18a168
O3T
None

Output: 1 1 5

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


Instruction: SIMONSOLVEV1 predict image for 'O4T'

Input:
I0
14 12 a38i14,,,,,,b68e6c3,,,,,
O0
14 2 a38i14,b68e6c3
I1
10 6 09a6c7a4,,,,,
O1
10 1 09a6c7a4
I2
1 18 8,,,,,,,,,,,,2,,,,,
O2
1 3 8,,2
I3T
18 18 c938389839d83,,,,,,9b3a938a938390b8,,,,,,a3a9a89093a893a9a3,,,,,
O3T
None
I4T
2 12 34,,,,,,2,,,,,
O4T
None

Output: 2 2 34,2

dataset=solve_scale group=x1_y6down predict=image image_width=medium image_height=medium task_pixels=b


Instruction: Simon-ARC-Image-Mass max mass 2, connectivity tb2

Input: 5 8 c94,b949,a9149,a94a9,,94b9,9,

Output: 5 8 a0b1,a0a10,,a01a0,,01b0,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TB2 max_mass=2


Instruction: Simon-ARC-Image-Mass max mass 6, connectivity tb2

Input: 7 14 2,e28,8e2,a21b28,821a282,b213a2,8a213a2,a26a128,82621a2,2626a16,b62a12,c2131,d2a1,d212

Output: 7 14 10d1,,,,,,,,,1,,,,

dataset=mass group=max_mass image_width=small image_height=medium connectivity=PixelConnectivity.TB2 max_mass=6


Instruction: SIMON-ARC-HISTOGRAM, perform subtract

Input:
9:800
7:1467,4:1291,3:197,2:175

Output: 9:800


Instruction: SIMONCELLULARAUTOMATA, Game of Life with wrap. steps=1. dead=5 alive=7

Input: 11 5 b7b5b7a5,f5a7a5,5,b5a7e5,5b7a5a7b5

Output: 11 5 7a57f5,57c5757a5,5,b5a7e5,7b5b757a5

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


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

Input:
I0
9 10 279725292,a5252b52,5a75a2505,97a572509,3b25a205,2a3295707,a74a350a2,a5247a395,a952a6032,25c06a3
O0
1 1 4
I1
10 14 a48b948a4,a89a49a4a8,a49b49498,8b4b9498,484948a480,a4984a9840,498b49403,49a4249403,b9892a803,49c72403,94a9a72a03,f4273,89484b943,d4a9b4
O1
1 1 2
I2
14 12 a20c29a27b2,d2792060b2,26b29b20c2,a7b27b20c2,6d26a280b2,7b26b2782a02,7h28b2,b26d208a27,27262a920128a2,02d5a9178a2,20d2a5a9a82,i20a92
O2
1 1 1
I3T
12 14 0808023d0,f02a030,08a0202d0,b028a08c0,8h020,8b020a8c0,c08a08c0,808a02c080,a030208a0808,03a08c0608,2a0823a026a1,c08302a060,38c0280260,3c0a803a82
O3T
None
I4T
10 12 010a1a0910,108a1093a1,1718b03a1,17180a1030,7b08a0134,71a081a034,c0a8a141,10a8b1040,180a19a040,a010109041,1b01094a0,a0c109a0
O4T
None

Output: 1 1 7

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


Instruction: Simon-Solve-V1 predict image for O4T

Input:
I0
7 13 5,,b54b5,e54,b54b5,5,c5454,e54,b54b5,4e5,54d5,5,
O0
1 1 5
I1
13 10 f20d2,e2028c2,,d20b2c8,c294b89b2,c94g2,26204g2,a264h2,2,
O1
1 1 2
I2
10 4 f97a9,c9c2a9,c20a3b9,9a353d9
O2
1 1 9
I3
4 2 46a7,7896
O3
1 1 7
I4T
2 8 61,16,63,36,53,63,6,65
O4T
None

Output: 1 1 6

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


Instruction: simonshistogram, perform maximum

Input:
3:696
6:1362,7:819,2:645,9:627,4:427,0:180,3:147

Output: 6:1362,7:819,3:696,2:645,9:627,4:427,0:180


Instruction: simonshistogram, Exclude Histogram B colors from Histogram A

Input:
4:1312
6:1590,5:1306,2:112,3:70

Output: 4:1312


Instruction: Simons-Cellular-Automaton, What transformation happens here. cave_wrap,serviettes_wrap,serviettes_nowrap,cave_nowrap

Input:
13 23 4,,,,,,,,,,,,,,,,,,,,,,
13 23 4,,,,,,,,,,,,,,,,,,,,,,

Output: cave_wrap=1,serviettes_wrap=1,serviettes_nowrap=1,cave_nowrap=1

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


Instruction: SimonsImageMass max mass 6, connectivity tlbr2

Input: 9 11 4,,,,,,,,,,

Output: 9 11 b0e1,c0d1,d0c1,e0b1,f0a1,1f01,a1f0,b1e0,c1d0,d1c0,e1b0

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


Instruction: Simon-Solve-V1 predict image for O3T

Input:
I0
10 3 e75787,5a78a76a57,78f75
O0
10 3 7,,
I1
3 2 3,
O1
3 2 3,
I2
2 7 9,69,,3,69,,67
O2
2 7 9,,,,,,
I3T
7 4 1b3b1,1a31a35,b1a315,d1a3
O3T
None
I4T
4 14 a1a7,7174,7171,48a7,4817,48a1,,8a71,89a1,8a14,8171,b17,17a1,4a91
O4T
None

Output: 7 4 1,,,

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


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

Input:
I0
2 16 95,,,5,,95,,,59,,,5,,95,,
O0
2 4 95,,,5
I1
4 12 49a1,9171,9041,,9171,49a1,a194,1719,1409,9041,9171,49a1
O1
4 3 49a1,9171,9041
I2
3 16 a38,a06,0a3,070,,0a3,a06,a38,8a3,6a0,a30,070,,0a3,a06,a38
O2
3 4 a38,a06,0a3,070
I3T
4 16 a848,,b84,8,,b84,a848,,84a8,,4b8,8,,b84,a848,
O3T
None

Output: 4 4 a848,,b84,8

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


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

Input:
I0
4 4 a401,50a1,50a5,0a15
O0
16 4 5a105a1a0a1a5a10,a50b50a50c505,a105a10a50c105,10a410c40a10a4
I1
4 3 9a69,68a9,8b9
O1
16 3 b98b9a8e98,a986a98a68c986,9a6a9a6a9a6a9a69
I2T
3 2 507,402
O2T
None

Output: 12 2 20420a40a204,70570a50a705

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


Instruction: Rotate cw Simons-ARC-Image

Input: 1 14 5,,,,7,,,8,,,,,,

Output: 14 1 f8b7c5

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


Instruction: simonsolveversion1, 'O2T', predict the image

Input:
I0
2 4 2,,,
O0
2 2 2,
I1
2 8 96,6,63,36,69,6,36,63
O1
2 4 69,6,36,63
I2T
4 4 a585,a148,58a5,84a1
O2T
None

Output: 4 2 58a5,84a1

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


Instruction: Simons-ARC-Image-Mass max mass 1, connectivity 4

Input: 1 4 2,,,

Output: 1 4 0,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.NEAREST4 max_mass=1


Instruction: simon-solve-v1 predict image for O4T

Input:
I0
3 3 0a2,2,8
O0
3 3 2,8,a20
I1
3 5 a53,575,975,757,a75
O1
3 5 5a7,757,535,7a5,759
I2
5 8 b515,a51a5,a5b1,b145,1a541,a54a5,51451,54b5
O2
5 8 51514,b545,1c5,c51,a1a51,45b1,4a1a5,c54
I3
8 5 b9a8989,4b94920,a98a9a09,a94a0a50,9a0523a4
O3
8 5 50a94a05,a49a0523,8c9a89,204b949,0b98a90
I4T
5 3 4a616,a6471,4a541
O4T
None

Output: 5 3 71a64,414a5,164a6

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


Instruction: simonsolvev1 predict image for O3T

Input:
I0
6 8 7a6586,637257,257637,5867a6,7a6586,637257,257637,5867a6
O0
3 4 7a6,637,257,586
I1
8 8 2a0d2,b128b0,8b0b12,d2a02,2a0d2,b128b0,8b0b12,d2a02
O1
4 4 2a02,b12,8b0,2
I2
8 4 6b548a3,48a36b5,6b548a3,48a36b5
O2
4 2 6b5,48a3
I3T
4 4 3904,0439,3904,0439
O3T
None

Output: 2 2 39,04

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


Instruction: simons-cellular-automaton, Serviettes with nowrap. steps=1. 1 is dead. 6 is alive.

Input: 24 24 1,,,,,l16i1,d16q1,,1,,,s16b1,r16c1,1,,,,,,,q16d1,1,,

Output: 24 24 1,,,,,,c1616p1,,1,,,r16c1,s16b1,1,,,,,,,,,,

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


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

Input:
I0
1 16 1,,,,,,,,,,,,,,,
O0
7 4 1,,,
I1
2 20 1,,,,,,,,,,,,,,,,19,,,
O1
14 5 1,,,,f1f9
I2
1 4 4,,,
O2
7 1 4
I3
1 8 4,,,,,,,
O3
7 2 4,
I4T
1 4 9,,,
O4T
None
I5T
1 4 5,,,
O5T
None

Output: 7 1 9

dataset=solve_scale group=x7up_y4down predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
I0
5 12 a0830,b038,b030,08037,a0307,50387,0a5a0,a0808,5a030,5a803,8a603,8a063
O0
5 12 0,,,,,,,,,,,
I1
12 5 54a65646c4,d465a4a65,46a4645a6564,4a5b15646a4,56a545b1454
O1
12 5 4,,,,
I2T
5 3 4a989,94a98,9b46
O2T
None

Output: 5 3 9,,

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


Instruction: SimonsArcImageMass max mass 2, connectivity lr2

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

Output: 1 7 1,,,,,,

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


Instruction: Simon-ARC-Image-Scale, What transformation happens. x1_y1,x4up_y1,x5up_y1,x2up_y1,x3up_y1

Input:
14 28 54252412e0,,,,,,,1c50b76c5,,,,,,,5d75a465a12,,,,,,,a0e5165415,,,,,,
14 4 54252412e0,1c50b76c5,5d75a465a12,a0e5165415

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

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


Instruction: simons-Arc-Histogram, intersecting color list

Input:
2:1198,7:977,5:715,9:149,3:77,4:51
3:1222,2:994,7:900,5:745,0:404,4:121,1:21

Output: 2,3,4,5,7


Instruction: SIMON-ARC-HISTOGRAM max

Input:
7:1320,6:1304,3:1267,4:1130,8:1097,1:991,0:953
0:633

Output: 7:1320,6:1304,3:1267,4:1130,8:1097,1:991,0:953


Instruction: SIMONARCRLEIMAGEPAIR, unique colors that the two images have in common

Input:
2 9 82,50,20,,,02,,,12
17 4 c3k04,b2b31e4b31,134c231a3131b3,d313a2b131a31

Output: 0,1,2

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


Instruction: simon-solve-version1 predict image for O3T

Input:
I0
9 9 7,,d74b7,c74c7,c748b7,c87a0a7,6b7a85a7,7,
O0
9 9 7,,b74d7,c74c7,b784c7,a7a07c8,a75a8b76,7,
I1
9 7 9292942a9,9a29a29a2,a29a2a942,a4c94a2,a9a292424,429249b2,a29294b2
O1
9 7 a92492929,a29a29a29,24a9a29a2,a24c9a4,42429a2a9,b2942924,b24929a2
I2
7 1 a0a5350
O2
7 1 053a5a0
I3T
1 9 1,,9,,,,,1,
O3T
None
I4T
9 8 5,,d51b5,a51a2c5,a5151c5,b515a4a5,b51d5,5
O4T
None

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

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


Instruction: Simon-ARC-Image-Mass identify places where max mass is 1, connectivity 8

Input: 1 15 2,,,,,,,6,,,,,,2,

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

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


Instruction: transpose SIMONARCIMAGE

Input: 5 22 b0a6,06a06,0,a06a0,,606a0,a6b0,60606,0,,6a060,c06,b606,86b0,0a606,08606,08a60,a08a6,06806,060a6,0,6c0

Output: 22 5 d0b6a06068f06,06c06d0b6a80a6a0,b0b606c060b6a8b0,6h06d0a606a0,a6d06b0a60a60b6a0

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


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

Input: 22 10 a952c98d5f95,a9a4c929a52595c959,25a9a495b92925d929,2d9a4f959a5959,292525a9a425912b95a95,a92a5b959b4a92b92a9,295a95952c9a4a9295a9,d9a5a2a59595a4d9,59a52a929a5b9a52a4a92,952a92b925a9b5b9a42

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


Instruction: simon-image-pair, Histogram-B without colors of Histogram-a

Input:
1 9 9,,,,,,,,
18 7 g2g6a2,g2d6d2,b2d628c2a602,b6f28b620a2,j28a20b2,j28a4c2,k28d2

Output: 2:90,6:26,8:5,0:3,4:2

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


Instruction: simon-cellular-automaton, Serviettes with wrapx and wrapy. Steps=1. Dead cells have value 4. Alive cells have value 1.

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


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

Input:
I0
7 5 30b310,a03a134,a01a303,3b0b3,0a3a030
O0
7 5 3b0b3,0a3a030,30b310,a03a134,a01a303
I1
5 7 a9505,a2505,015a9,b501,95150,15a10,5
O1
5 7 15a10,5,a9505,a2505,015a9,b501,95150
I2
7 4 793a253,b2a571,735a730,95d3
O2
7 4 735a730,95d3,793a253,b2a571
I3
4 7 7489,1384,9184,41a4,4917,4941,4
O3
4 7 4941,4,7489,1384,9184,41a4,4917
I4T
7 7 6572757,a5a7a57,a72a525,6575652,a7a5757,a57b25,6e7
O4T
None

Output: 7 7 a57b25,6e7,6572757,a5a7a57,a72a525,6575652,a7a5757

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


Instruction: simon-arc-image-mass max mass 2, connectivity nearest4

Input: 14 3 a6b3c6d4,b6e4b616,c4d6a3b6

Output: 14 3 0,k010,h0a1b0

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


Instruction: Simons-Image-Mass max mass 2, connectivity topbottom2

Input: 2 1 06

Output: 2 1 1

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.TB2 max_mass=2


Instruction: simonsolveversion1, 'O3T', predict the image

Input:
I0
7 2 6a21b2,26462a4
O0
2 7 26,62,42,61,2,42,
I1
2 9 5,,85,,,8,5,,25
O1
9 2 2a5c8a5,b58d5
I2
9 8 4,,,,,b4a6c4,d4a6a4,f4a6
O2
8 9 4,,,a46d4,,46e4,,6f4,
I3T
8 8 3b96939,969694a9,94a93a89,9,e9a3,64a9a349,e939,93a96a93
O3T
None
I4T
8 1 06b2b5
O4T
None

Output: 8 8 a96c93,394a9469,9,e969,693a9396,a93a9849,93439893,3a93c9

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
4 2 9a80,a183
O0
4 8 38a1,0a89,9a80,a183,38a1,0a89,a183,9a80
I1
2 4 0,08,,8
O1
2 16 8,80,,0,,08,,8,,80,,0,8,08,,0
I2
4 4 a673,6a53,3650,6303
O2
4 16 3036,0563,3a56,37a6,a673,6a53,3650,6303,3036,0563,3a56,37a6,6303,3650,6a53,a673
I3
4 2 9739,a9a7
O3
4 8 a7a9,9379,9739,a9a7,a7a9,9379,a9a7,9739
I4T
2 4 13,3,24,73
O4T
None
I5T
4 2 2192,a391
O5T
None

Output: 2 16 37,42,3,31,13,3,24,73,37,42,3,31,73,24,3,13

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


Instruction: simonsolvev1, O4T, predict image

Input:
I0
7 8 a474794,4a54549,4a5c4,5a4b54,5a45454,c4795,97547a4,c47a4
O0
7 8 547a497,a47c4,7479b4,5454945,5d45,4b5454,4545454,a4795a4
I1
8 4 3a943b8,9a313483,a18a3838,48483a83
O1
8 4 8a3838a1,483a8348,943b839,31348393
I2
4 8 7646,a596,7496,0946,,8646,8b6,
O2
4 8 a686,,4676,96a5,9674,4609,,4686
I3T
8 6 b45b42,42a42454,42842452,285a4254,8248a484,a42a4a52
O3T
None
I4T
6 1 b8a25
O4T
None

Output: 6 1 8a25a8

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


Instruction: SIMONSARCIMAGESYMMETRY apply symmetry hstack(flipx 180 flipx)

Input: 2 25 09,,,92,,32,30,,,32,,,02,34,04,,,43,40,43,,40,,0,30

Output: 6 25 9a0390,9b090,9a0490,290429,293429,2a3423,030403,0a3403,034a03,234023,,234323,202020,432343,402340,,4a0340,340a34,040304,342a34,342934,042904,049a04,a09b0,039a03

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


Instruction: SIMONSCELLULARAUTOMATON, Recognize the transformation between input and output. highlife_wrap,gameoflife_wrap,serviettes_nowrap

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

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


Instruction: simons-cellular-automaton, Recognize the transformation. cave_nowrap,serviettes_nowrap,highlife_nowrap

Output: cave_nowrap=0,serviettes_nowrap=0,highlife_nowrap=0

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


Instruction: SimonsArcImageSymmetry make symmetric hstack(flipy flipx orig)

Input: 1 27 5,3,,,2,,,,,,,,,,,,,,,5,,2,5,8,5,,

Output: 3 27 5,5a3,,8a3,5a2,2,5a2,,2,,,,,,,,,,,2a5,,2,2a5,3a8,3a5,,5

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


Instruction: Add two SIMON-ARC-HISTOGRAM together

Input:
0:1514,9:1476,3:1451,2:1096,7:924,8:267,5:253
2:1477,6:1345,4:1069,3:980,9:835,7:512,1:382,8:22

Output: 2:2573,3:2431,9:2311,0:1514,7:1436,6:1345,4:1069,1:382,8:289,5:253


Instruction: Rotate ccw Simons-ARC-Image

Input: 9 3 b72b787,7d2823,6c72b7

Output: 3 9 737,827,787,7a2,727,a27,727,,a76

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


Instruction: SIMONSOLVEVERSION1, 'O5T', predict the image

Input:
I0
6 8 092969,052a82,a82052,969092,09a290,05a250,a8a2a8,96a969
O0
3 4 092,052,a82,969
I1
8 6 a63a6263,6,6263a636,a63a63a6,6,626a3626
O1
4 3 a636,6,6263
I2
6 4 5c62,a625a6,5c65,a6a2a6
O2
3 2 5a6,a62
I3
4 6 05a0,0505,b05,0a50,,0
O3
2 3 05,,0
I4T
6 8 803504,804a30,a30804,504803,80a308,80a408,a3a0a3,50a405
O4T
None
I5T
8 4 c2a9a2,a9e2,2,a9c2a9
O5T
None

Output: 4 2 2,a9a2

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


Instruction: Process SimonsArcRleImage and return the transposed

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


Instruction: Simons-Image-Scale, Given two images, recognize the transformation. x3up_y1,x2up_y1,x4up_y1,x2down_y5up

Input:
26 5 a4a7a4c3a7a4a6a9c4a7a4,a7a4a3a4a3g4a9a6a4a7,a4g7g4a9a4a3a4,a7c4k7a4a9a4a7,a3g4a3a7c3e7a4
13 25 474a37469a474,,,,,74343c49647,,,,,4c7c49434,,,,,7a4e74947,,,,,3c437a3b74,,,,

Output: x3up_y1=0,x2up_y1=0,x4up_y1=0,x2down_y5up=1

dataset=scale group=recognize_transformation image_width=large image_height=small scalex=down2 scaley=up5


Instruction: SimonsCellularAutomaton, What transformation happens. serviettes_nowrap,gameoflife_wrap,maze_wrap,gameoflife_nowrap,highlife_nowrap

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

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


Instruction: rotate CW Simons-ARC-Image

Input: 12 6 a30605b02a6,05c7a41256,0356040b1a6,a6a0c16506,501c016063,60a563b0a60

Output: 6 12 656a03,a06353,510570,5a0676,601070,301475,a01040,0b140,0a6a10,6051a2,a60656,03c6

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


Instruction: Simon-Cellular-Automata, What transformation happens here. maze_nowrap,highlife_nowrap,serviettes_wrap,cave_nowrap

Input:
17 12 6b46b4b6464b6,a646d46e46,6d46e46b4,646a4b6b46c46,a46f4a6c46,f4a6d46a4,a64a646d46a464,a6g46a4a6a4,6b46g46464,4646a46b46a46b4,46b4646b4a6a464,b46b46e46a4
17 12 a6e4b6c4a6,a6e4b6a4a646,646a4b6h4,d4b6a4b6c4,46e464a6b464,4b6b46b46b464,b6c46f464,a4c6e4a6464,646h4a6b4,b64b6c4646b4,c46a46b4c6a4,e46i4

Output: maze_nowrap=0,highlife_nowrap=1,serviettes_wrap=0,cave_nowrap=0

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


Instruction: SimonArcImageScale scale-x down by 2, scale-y down by 7

Input: 18 7 c7a0a7a6e0a7,,,,,,

Output: 9 1 a7076b07

dataset=scale group=scale_input image_width=medium image_height=small scalex=down2 scaley=down7


Instruction: SIMONCELLULARAUTOMATA, What transformation happens here. serviettes_wrap,serviettes_nowrap,gameoflife_nowrap,highlife_nowrap,cave_wrap

Input:
13 15 a3b7a3d73,7a373a73c73,37a37b3a7b3,a37a37e37,7c37e37,a7a3a73b7a37,3c7a3b7b3,3b737c37a3,c7a3a7c37,c7d3c7,3c73a7a3b7,a3a7b37a3a73,e7373c7,c73a73d7,a3a7a373d7
13 15 a3b7a3e7,b3b73d73,c37b3a7b3,3,7c37e37,a7a3a73b7a37,d7a3b7b3,d7g3,c7f3a7,c7e3b7,d7d3b7,d73a7a3b7,7,,3c73f7

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

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


Instruction: simons-cellular-automaton, What transformation happens here. cave_nowrap,gameoflife_nowrap,highlife_nowrap,maze_wrap

Input:
25 19 8181l81e81,b81t8,k81k8,e81e81j8,a81a81d81a81f81a8,t81b8,p81f8,1w8,g8181d81g8,8,c8a1j81e81,c81f8a181h8,a81b81g8181f8,p818a1c8,1f8a1c81a8181b818,8,1w8,d81d8181c81e8,o81e818
25 19 81818r18,1,,,,,,,,,,,,q18e1,1,8w1,1,,8j18c18e18

Output: cave_nowrap=0,gameoflife_nowrap=1,highlife_nowrap=0,maze_wrap=0

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


Instruction: SIMONSOLVEVERSION1 predict image for O3T

Input:
I0
5 1 3
O0
5 1 3
I1
1 4 4,,,7
O1
1 4 4,,,7
I2
4 5 a525,b09,5025,95a0,0505
O2
4 5 2b5,09a0,2a50,a095,0505
I3T
5 7 65a38,36538,a3568,b358,a3158,3a615,b361
O3T
None

Output: 5 7 38653,38365,68a35,58b3,58a31,153a6,61b3

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


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

Input: 21 18 67f67h676,f67l6,67f67j6,b67f67d67b6,a6767o6,r676,c67b67k6,e6a7l6,g6767i6,i67i6,67d67c67a67b676,c67d67g676,j67b67d6,67c67h67b67,6,6a7d67d67e6,6,

Output: 21 18 0,010d1010h10,010d1010d10b10,c0e10h10,0b10f10f10,0c1010k10,0c1a0l10,0c1010k10,0e1b0i10,0d10a10c10b1010,0a10d1010e1010,010d1010a1a010b10,0i10b10b1a0,0j10b10b10,b0i10b10a10,0r10,01a0d10d10c10,0

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


Instruction: Simon-ARC-Image-Shape find shape3x3 bit 1

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


Instruction: simon-solve-v1 predict image for O5T

Input:
I0
6 9 958585,a9c8,85a898,890a98,5c75,98a0a8,9a8a09,b3708,98a680
O0
9 6 08985b85,8a087a9a8,67a079a85,638070b8,83a879595,93a95a8a9
I1
9 5 b1b4a14,1a4146a14,141414614,1d5693,a141a4164
O1
5 9 43b4,69b1,1a6a1,45464,451a4,15414,45141,15a41,1
I2
5 9 87b8,878a7,8a7a8,87878,87a87,b878,a7a82,a7827,87878
O2
9 5 87287a878,728787878,e87a8,b78d7,8a7e8
I3
9 4 a87191717,787191878,871b3b1,18174b07
O3
4 9 7187,0171,0187,03a1,43a9,73a1,a1a7,87a8,1878
I4T
4 10 a363,,,,3163,a363,,a365,,3
O4T
None
I5T
10 7 d74b74,a73a764737,a739476747,a737a96a37,374714a947,73a713b43,a347137474
O5T
None

Output: 7 10 43c74,7a43437,a493b7,749a647,a349764,b194a7,c79a7,474b37,a3d7,373c7

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


Instruction: SIMONSOLVEVERSION1 predict image for O4T

Input:
I0
6 7 b12a1,808621,10a621,1601a6,a10b1,1,1d5
O0
6 7 a12b1,126808,12a601,a61061,b10a1,1,d51
I1
7 6 2a72727,0804727,78a4272,2487a42,a282a72,7b2a72
O1
7 6 7272a72,7274080,272a487,2a47842,2a728a2,2a7b27
I2
6 2 89a395,6b249
O2
6 2 59a398,94b26
I3T
2 3 16,6,
O3T
None
I4T
3 9 085,a35,765,065,,067,687,607,647
O4T
None

Output: 3 9 580,5a3,567,560,,760,786,706,746

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


Instruction: SIMONSOLVEV1 predict image for O5T

Input:
I0
1 8 5,,,,,,,
O0
8 1 5
I1
8 6 a09d0,a0a9c0,a0969b0,a09069a6,a09a09a0,a0962b0
O1
6 8 0,,9,6a0690,2069a0,0a9b0,a06b0,
I2
6 5 1c75,b3125,132a38,a13158,2a13a1
O2
5 6 2a131,a1a37,13237,31317,15327,1a8a5
I3
5 9 7,2a4a2,a42a4,2c4,42a42,2b42,4a242,24a24,4
O3
9 5 424242427,a4242b47,4a2b4247,42d427,a4b2a427
I4T
9 9 01f8,3a0c191,3a10a19a1,a6a20b12,31c6012,3a1b2a61,39a1a2b1,321a21212,a12a19b1
O4T
None
I5T
9 4 a8f2,0a80a8a08,808b0a80,b8c080
O5T
None

Output: 4 9 a808,80a8,b82,b02,a082,,0802,a802,a082

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


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

Input:
I0
11 14 d6841b4,,,,,,,a828c4241,,,,,,
O0
11 2 d6841b4,a828c4241
I1
13 14 h3a8a3,,,,,,,a80a3a8e3,,,,,,
O1
13 2 h3a8a3,a80a3a8e3
I2
12 14 8c080b486,,,,,,,6858b4a5a46,,,,,,
O2
12 2 8c080b486,6858b4a5a46
I3
16 14 b3c9c8a36a3,,,,,,,36a3636b39d8,,,,,,
O3
16 2 b3c9c8a36a3,36a3636b39d8
I4T
16 14 a4d1c94c1,,,,,,,d1a414a1d9,,,,,,
O4T
None
I5T
15 7 a3b6h90,,,,,,
O5T
None

Output: 15 1 a3b6h90

dataset=solve_scale group=x1_y7down predict=image image_width=medium image_height=medium task_pixels=c


Instruction: simons-image-symmetry make symmetric hstack(orig 180)

Input: 4 12 b30,3a70,b73,7,,7307,7a07,7,a7a0,07a0,b70,0b7

Output: 8 12 b30b70,3a7a0b7,b73a070,c7a0a7,7,730a7a07,7a0a7037,7,a7a0c7,07a03b7,b7a0a73,0b70b3

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


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

Input: 2 5 9,,39,93,03

Output: 4 10 9,,9a39,3a93,3a03,a903,b93,9a39,3b9,30a9

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


Instruction: SIMONSIMAGESYMMETRY symmetry hstack(180 orig flipy)

Input: 16 10 6716a16b161c6,1n9,1678a1a61a6b161,1617816161b6b1,b617a8h1,16a17168a16a1616,16b1716816a1616,1b6a17a18a16b1,a61b67a168a6161,a6b1b616161a61

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


Instruction: SimonsArcImageScale scale-x down by 5, scale-y up by 6

Input: 30 2 d1d2i1d5d1,d2d1d3n1

Output: 6 12 12a151,,,,,,213b1,,,,,

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


Instruction: simonsolveversion1, O3T, predict image

Input:
I0
1 1 5
O0
7 3 5,,
I1
1 5 8,,,,3
O1
7 15 8,,,,,,,,,,,,3,,
I2T
1 1 1
O2T
None
I3T
1 3 0,,4
O3T
None

Output: 7 9 0,,,,,,4,,

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


Instruction: simons-arc-rle-image-pair, Histogram-A without colors of Histogram-B

Input:
5 3 a8171,14a82,70148
5 10 76a86,78686,076a8,37b6,83786,60386,60376,60636,60863,b8a6

Output: 1:4,4:2,2:1

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


Instruction: Process Simon-ARC-RLE-Image-Pair and return the histogram sum

Input:
18 10 2,,,,,,,,,
19 4 e128e121818,c71818a1818a181a8,7b1g7b18b1,7b181a2c1c7121

Output: 2:185,1:41,7:18,8:12

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


Instruction: SIMONSARCRLEIMAGEPAIR, unique colors that the images have in common

Input:
11 2 d35b3a6,a3535a3a653
3 2 860,180

Output: 6

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


Instruction: Simon-Cellular-Automaton, Recognize the transformation between input and output. cave_wrap,highlife_wrap,gameoflife_nowrap

Input:
19 16 9,,o9b4,p949,9,,,a9a4n9,9a4o9,a94g9a4e9,94h9b4d9,b4o9,a4p9,a4j94d9,9,
19 16 9,p949,o9b4,,9,,,9b4n9,94p9,a94g9494d9,4i9494d9,a94h94e9,9,a4p9,9,

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

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


Instruction: SimonsRLEImagePair, remove histogram a colors from histogram b

Input:
11 2 2a6b59a6a2,b5c26292
3 8 191,158,151,051,5a1,581,5a8,818

Output: 1:10,8:6,0:1

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


Instruction: SIMONSARCIMAGESYMMETRY Symmetry hstack(flipy flipx 180 orig)

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


Instruction: Min of SIMONARCHISTOGRAM

Input:
9:1135
7:1522,4:1311,6:1213,2:696,1:538,9:61,5:52,3:3

Output: 9:61


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

Input:
I0
6 6 7,,d79,b7a97,7a9b7,9d7
O0
6 6 a79b7,b79a7,,c797,,d79
I1
6 3 76b75,d75,7
O1
3 6 a57,7,,,6a7,7
I2
3 1 a02
O2
1 3 2,0,
I3T
1 9 7,,,,,,,,
O3T
None
I4T
9 2 a4b6a7a4,45c8b4
O4T
None

Output: 2 9 4,,74,78,68,,,45,4

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


Instruction: SIMONSCELLULARAUTOMATA, Game of Life with wrap=none. steps=1. dead=1 alive=3

Input: 23 14 1,,,g1a3l1,1,f13n1,1,,,,,,,

Output: 23 14 1,,,,g13m1,1,,,,,,,,

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


Instruction: Simons-Histogram, remove histogram a colors from histogram b

Input:
8:1548,5:1353,0:1258,9:1179,6:1161,7:577,1:191
5:1421,4:1174,3:715,9:498,0:123

Output: 4:1174,3:715


Instruction: simonsolvev1, 'O3T', predict the image

Input:
I0
2 12 2,,,,,,,,,,,
O0
2 12 2,,,,,,,,,,,
I1
12 1 73a0g7
O1
12 1 7
I2
1 2 7,
O2
1 2 7,
I3T
2 14 1,12,,,21,2,21,,12,,,1,,2
O3T
None

Output: 2 14 1,,,,,,,,,,,,,

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


Instruction: simonsolvev1, 'O3T', predict the image

Input:
I0
2 5 43,,3,34,41
O0
2 5 34,3,43,14,34
I1
5 1 3a536
O1
5 1 63a53
I2
1 1 0
O2
1 1 0
I3T
1 2 6,2
O3T
None

Output: 1 2 2,6

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


Instruction: simonsolveversion1 predict image for 'O3T'

Input:
I0
3 1 a79
O0
3 1 9a7
I1
1 1 6
O1
1 1 6
I2
1 7 1,4,,,,,9
O2
1 7 4,,,,9,1,4
I3T
7 7 b82a82,a2d8,a82c8,8b20a8,8a38a78,82a7308,87c48
O3T
None
I4T
7 8 038a680,593a5a6,b03506,9a035a6,08a03a6,9058960,85b065,8a09805
O4T
None

Output: 7 7 2e8,a20b82,38a7a83,a730a82,c4a87,82a82a8,d8a2

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


Instruction: simons-cellular-automata, What transformation happens. serviettes_nowrap,highlife_nowrap,maze_nowrap,serviettes_wrap,cave_nowrap

Input:
16 12 i67b676,k6b76,f67a67d6,f67e676,6,m676,j6a7676,l67a6,i6a7b67,f6a7a676767,h67b67a6,k67b6
16 12 j6b767,h6b7b67,e6767a6d7,e6767f6,l6b7,j6b767,l6767,i6b76a7,f6b7a6b76,h6a767676,f6a76b7676,l67a6

Output: serviettes_nowrap=1,highlife_nowrap=0,maze_nowrap=0,serviettes_wrap=0,cave_nowrap=0

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


Instruction: SIMON-SOLVE-V1 predict image for O2T

Input:
I0
13 5 1d3a1d3,31a3d73131,1c31a9a31a3,31e3a91a3,3a1313a131a91
O0
13 5 7,,,,
I1
5 8 b5a1,b575,a5a95,a5719,a57a5,a5157,b5a1,a5a15
O1
5 8 9,,,,,,,
I2T
8 10 9,a939a4a9,e9a4,d9a31,b9a3919,939291a9,b9291a9,39291a93,a921c9,a92d9
O2T
None

Output: 8 10 4,,,,,,,,,

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


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

Input:
I0
4 7 a8a5,6858,57a8,8748,a875,,a854
O0
4 7 5a85,8685,8578,a874,5a87,,4a85
I1
7 2 5,9a57686
O1
7 2 5,69a5768
I2
2 4 65,63,56,6
O2
2 4 56,36,65,6
I3T
4 8 2,,a282,2,b21,2,,
O3T
None

Output: 4 8 2,,b28,2,1b2,2,,

dataset=solve_translate group=translate_xplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: simonsolvev1, 'O4T', predict the image

Input:
I0
3 3 427,279,2
O0
12 3 42742a724b2,27927a972972,h2724
I1
3 3 631,615,145
O1
12 3 63163a136541,61561a516516,14514a54a136
I2
3 2 a67,927
O2
12 2 a67a6a7a6729,92792a7297a6
I3T
2 2 85,51
O3T
None
I4T
2 2 59,
O4T
None

Output: 8 2 595a9595,

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


Instruction: SIMONARCIMAGEPAIR, intersection of colors of the 2 images

Input:
11 6 171a78a7178,7a175d98,17175b7a81,8a71a7a8a75,5171a81a787,1a71a7817a1
11 1 9

Output: 9

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


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

Input: 13 5 9a18a91a98918,1915c9191a9,a91851a9198a1,19a195b91898,1b9a15a919a1

Output: 13 5 1,,,,

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


Instruction: SIMONSOLVEVERSION1, 'O3T', predict the image

Input:
I0
4 12 0b9,b90,a089,0980,1019,1b0,10a9,5190,,15a0,,9590
O0
4 12 8,,,,,,,,,,,
I1
12 8 363b6368363,63b6a987a06,a36a968a9b0,6393a8a60a63,63b86b36a3,a3h63,6363a6b3b6,c3a636a363
O1
12 8 7,,,,,,,
I2
8 3 5,,
O2
8 3 5,,
I3T
3 10 a47,,4,,,,,7a4,4,
O3T
None
I4T
10 14 0,,g030,f0230,e02030,d02a030,c02b030,b02c030,a02d030,0,,,,
O4T
None

Output: 3 10 7,,,,,,,,,

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


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

Input:
I0
5 5 a7a40,476a7,b761,74a61,4b71
O0
5 5 1b74,1a647,16b7,a7674,0a4a7
I1
5 7 c26,a2426,a2a46,,a2426,a2a36,2b86
O1
5 7 6b82,6a3a2,624a2,6a4a2,,624a2,6c2
I2
7 5 b86827,8c678,6a86878,2b6762,8b2768
O2
7 5 867b28,267b62,8786a86,87c68,7286b8
I3T
5 10 08078,70a86,a0a86,8a0a8,c84,,,80804,87a84,0a8a5
O3T
None

Output: 5 10 a5a80,4a878,40808,4c8,,,a8a08,6a8a0,6a807,87080

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


Instruction: SIMONSARCIMAGESCALE, Recognize the transformation. x5up_y1,x3up_y1,x2up_y1,x4up_y1,x5up_y5up

Input:
4 3 a373,3239,53a5
20 15 i3d7d3,,,,,d3d2d3d9,,,,,d5d3i5,,,,

Output: x5up_y1=0,x3up_y1=0,x2up_y1=0,x4up_y1=0,x5up_y5up=1

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


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

Input: 26 25 c1a8g1a8a1a2e1,,,,,c1a8e1a0c3g1,,,,,e2a1c0a1a2i1,,,,,e1a2c1a2a5i1,,,,,c1a2c1a8a2a1c5e1,,,,

Output: 13 5 a18c1812b1,a18b10a3c1,b21a012d1,b12a125d1,a12a1821a5b1

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


Instruction: simonshistogram, perform minus

Input:
3:1296,5:1122,8:1034,9:1024,1:828,6:621,4:458,2:168
1:1163,5:871,4:694

Output: 3:1296,8:1034,9:1024,6:621,5:251,2:168


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

Input:
I0
4 7 4345,,a434,a435,b43,5453,4a54
O0
4 7 3b4,35a4,43a4,5354,5a45,4543,
I1
7 8 19096a9,9196909,6917a69,a9197a9,b91979,a9a8109,90b910,9a0a9a0
O1
7 8 6969176,c9197,7c919,0b9a81,1090b9,a09a0a9,a919096,0a91969
I2
8 3 9,d0b9,9a0c19
O2
8 3 1a9a0b1,9,a9d09
I3
3 5 096,a09,a95,095,a53
O3
3 5 959,950,535,960,090
I4T
5 2 9b89,a9b2
O4T
None
I5T
2 7 49,14,62,,81,91,
O5T
None

Output: 5 2 8a9a8,a2a92

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


Instruction: ccw rotate SIMONARCRLEIMAGE

Input: 17 4 083a80a8b01a0803,3a8f513a7a03,a0830b6a0e50,a3e0a60830a30

Output: 4 17 a3a0,a053,8053,0750,0753,1358,0150,0506,,8560,,0560,85a0,8530,3a80,a803,0303

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


Instruction: simonsolvev1 predict image for 'O5T'

Input:
I0
3 6 091,,7a9,,9,
O0
1 1 9
I1
6 7 646b9,9a6b9,64a986,6a8a64,6469a4,6c96,b98a6
O1
1 1 9
I2
7 1 8e6
O2
1 1 6
I3
12 11 e7676a76,7647676d7,b747a6d7,76764a6b767,b76476c76,6c746c76,a6e76767,b7b6a76a76,6e767a67,a76a7a676b7,a7676a76c7
O3
1 1 7
I4T
11 10 6a767a676a7,a74b76a767,b74c76a7,a6a747676a7,6b74a76b7,d74a7a67,76767c676,6a76e76,76e7a67,b76a76c7
O4T
None
I5T
10 2 25a17b525,2b7b1050
O5T
None

Output: 1 1 5

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


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

Input: 19 7 a10b150a131b505a1,a15a1a5b13a65c15,b50b1a503a16b1a0,1510b5a01c6a10a1,5150a1c6105a15151,1505a6a51a05b15a15,5c15d150515010

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


Instruction: Simon-ARC-Histogram, number of unique colors

Input:
1:574,6:463
3:1594,5:1122,0:963,6:699,8:443,1:170

Output: 6


Instruction: Simons-Image-Shape identify places where shape3x3 contains bit 7

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


Instruction: SimonsCellularAutomaton, Identify the transformation. cave_nowrap,highlife_nowrap

Output: cave_nowrap=0,highlife_nowrap=0

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


Instruction: simonsolveversion1, 'O2T', predict the image

Input:
I0
6 3 3c64,37a969,7a4646
O0
3 6 7a3,476,496,696,4a6,694
I1
3 6 3,,,,,
O1
6 3 3,,
I2T
6 7 4c57,64a527,6a37a5,634a34,35c4,3a5757,a45452
O2T
None

Output: 7 6 4a3b64,4a5a345,a5a43a5,47437a5,a543525,27a45a7

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


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

Input:
I0
7 6 b32353,,b325a3,c3283,b382a3,c32a3
O0
7 6 c32a3,b32353,,b325a3,c3283,b382a3
I1
6 8 a3a7a3,3,c373,3737a3,73a737,b7b3,c7a3,3
O1
6 8 3,a3a7a3,3,c373,3737a3,73a737,b7b3,c7a3
I2
8 1 0d5a0
O2
8 1 0d5a0
I3
1 3 2,,
O3
1 3 2,,
I4T
3 5 905,915,916,723,a62
O4T
None
I5T
5 2 b0a9,79801
O5T
None

Output: 5 2 79801,b0a9

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


Instruction: SimonImageMass identify places where max mass is 6, connectivity 4

Input: 5 6 832a3,89298,a3293,32393,32a93,32a39

Output: 5 6 1,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.NEAREST4 max_mass=6


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

Input:
8 1 5b356a5
2 1 92

Output: 0

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


Instruction: simonsolvev1, O2T, predict image

Input:
I0
2 7 8,,,,,,
O0
8 1 8
I1
1 7 4,,,,,,
O1
4 1 4
I2T
1 7 0,,,,,,
O2T
None

Output: 4 1 0

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


Instruction: simonshistogram, Exclude Histogram-B colors from Histogram-A

Input:
6:1112,3:632,7:346
2:173

Output: 6:1112,3:632,7:346


Instruction: simonsolvev1 predict image for O5T

Input:
I0
3 6 a73,5a3,103,510,710,750
O0
3 6 353,310,051,071,075,3a7
I1
6 7 d54,354351,54a353,41a415,a57545,535754,53a545
O1
6 7 135435,354a35,541a41,b5754,453575,a53a54,4d5
I2
7 3 c9a83,91a8302,a849162
O2
7 3 291a830,2a84916,3c9a8
I3
3 8 414,014,401,,a10,a40,a14,4
O3
3 8 401,140,,0a1,0a4,4a1,4,a41
I4T
8 6 83b7b4,74784a78,8a738737,c7a3a7,787b373,a73a7343
O4T
None
I5T
6 3 5261a0,12a0a6,a09b1
O5T
None

Output: 6 3 612a06,1a09a1,052610

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


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

Input:
I0
1 6 0,,,,1,
O0
1 6 0,,,,1,
I1
6 10 527652,657656,672a52,57b52,57a657,765267,7526a5,6c52,6a5a75,6567a5
O1
6 10 256725,656756,2a5276,2b575,75a675,762567,a56257,2c56,5a7a56,a57656
I2
10 2 c0b6b0,c0303b0
O2
10 2 b0b6c0,b0303c0
I3T
2 9 9,,,,39,,19,,
O3T
None
I4T
9 3 b4b1b9,a4d9a4,b92b4a9
O4T
None

Output: 2 9 9,,,,93,,91,,

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


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

Input:
1 10 1,8,,,2,,,,,
20 7 1,,a1a8o1,c1a8m1,e1a8k1,g1a8i1,i1a8g1

Output: 2

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


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

Input:
I0
1 18 2,,,6,,,7,,,,,,0,,,,,
O0
5 6 2,6,7,,0,
I1
1 15 6,,,7,,,,,,1,,,,,
O1
5 5 6,7,,1,
I2
2 18 97,,,6,,,57,,,47,,,76,,,46,,
O2
10 6 d9d7,6,d5d7,d4d7,d7d6,d4d6
I3
1 3 5,,
O3
5 1 5
I4T
1 9 6,,,8,,,0,,
O4T
None
I5T
3 6 628,,,267,,
O5T
None

Output: 5 3 6,8,0

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


Instruction: simonsolvev1 'O5T' predict the image

Input:
I0
11 12 515a1a5c2,,,,538b723151,,,,b7a51d5,,,
O0
11 3 515a1a5c2,538b723151,b7a51d5
I1
11 16 59a8a59b85,,,,8b9b85858,,,,9589c2a85,,,,a9859c858,,,
O1
11 4 59a8a59b85,8b9b85858,9589c2a85,a9859c858
I2
16 12 e52a5c2b5,,,,g5a253b05,,,,a52a52d50c5,,,
O2
16 3 e52a5c2b5,g5a253b05,a52a52d50c5
I3
9 20 a8c45a4,,,,42a895b4,,,,b49a1b4,,,,a491d4,,,,49f4,,,
O3
9 5 a8c45a4,42a895b4,b49a1b4,a491d4,49f4
I4T
20 20 b1b8939c898b9a8,,,,986e1a829a893b9,,,,98a989b6b59398b98,,,,a8b9c5839a8a9b83,,,,89b5a8e93b93a9,,,
O4T
None
I5T
17 4 a4f2b9c10,,,
O5T
None

Output: 17 1 a4f2b9c10

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


Instruction: what are the shared colors between simonhistogram

Input:
7:1562,1:1295,9:999,5:704,2:591,3:394,6:317,8:285
0:1484,3:179,7:124,1:123

Output: 1,3,7


Instruction: simonsolveversion1, O4T, predict image

Input:
I0
3 5 828,a28,2a8,8,
O0
1 1 8
I1
5 5 3b93,91969,3b93,c93,a3a29
O1
1 1 9
I2
2 10 97,47,74,,59,4,54,59,4,54
O2
1 1 4
I3
1 9 7,,,,9,4,,,5
O3
1 1 7
I4T
9 7 8a036b06,e1030,b0306b3,6a0303030,e0a63,e0630,3863d0
O4T
None

Output: 1 1 0

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


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

Input:
14 7 49464d9b49,0a464909404947,0946e90479,f6949a794,086b49a67a6a8,9869094a5b809,9480a458b4a94
13 9 a696e9b6,b96c96b96,6a9a69b6b96,6a969a69696a9,c96969a6b9,b9b6a96a969,e346a96a9,b96a9a69a6a9,b9d6a9696

Output: 3

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


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

Input: 7 7 0,c0101,c01a0,,015c0,1c010,0101b0

Output: 7 7 0,e01,0,,0a1c0,1c010,a101b0

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


Instruction: Simon-ARC-Image-Mass max mass 5, connectivity 4

Input: 5 7 21202,21207,21807,26827,02870,7a082,0a2a0

Output: 5 7 1,,,,,,

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


Instruction: SIMON-SOLVE-V1, 'O5T', predict the image

Input:
I0
20 3 249a6a29249a6a296a29,690a609a690a609a6096,9a2a69429a2a69426942
O0
4 3 2496,6906,9a26
I1
20 4 c61a63c61a631a63,a61a613b61a613a6136,631a61b631a61b61a6,3a61c63a61g6
O1
4 4 6,a616,6316,3a61
I2
15 4 b48d48a48a4,a84a84a84a84a84,4a84a84a84a84a8,a48d48e4
O2
3 4 4,a84,4a8,a48
I3
10 3 a0a7a0c7,0a4a0a4040,a7a0a7c0
O3
2 3 0,04,7
I4T
10 2 4749474949,9474947474
O4T
None
I5T
20 2 82928b082928b08b0,b082928b0829282928
O5T
None

Output: 4 2 8292,b08

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


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

Input:
I0
3 12 676,6,a65,675,576,5a6,6,676,675,a65,6,676
O0
3 4 676,6,a65,675
I1
3 9 178,781,790,097,187,871,790,781,178
O1
3 3 178,781,790
I2T
3 9 473,9a7,384,483,a79,374,384,9a7,473
O2T
None
I3T
3 9 0a4,240,a40,0a4,042,a40,,240,0a4
O3T
None

Output: 3 3 473,9a7,384

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


Instruction: SIMONSOLVEV1 predict image for O4T

Input:
I0
14 3 b7i18,78a1h81,81b8187181b8
O0
14 3 8,,
I1
3 12 1a3,,,,137,1a3,,1a2,1a3,,137,1a3
O1
3 12 3,,,,,,,,,,,
I2
12 5 a75d3a5a3,a3a7d35a3,c535a35353,b35a35a35a3,d35c353
O2
12 5 3,,,,
I3
5 13 c56,c64,54b6,65456,c64,65a45,4a654,a65a6,b6a5,a64a6,6b54,a6a56,65645
O3
5 13 6,,,,,,,,,,,,
I4T
13 3 8g57b5,3,5a857g5
O4T
None

Output: 13 3 5,,

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


Instruction: simon-solve-version1 predict image for O4T

Input:
I0
4 4 8b9,0971,08a1,7a17
O0
4 4 a989,7109,a108,1a71
I1
4 1 3
O1
4 1 3
I2
1 5 4,,,,7
O2
1 5 4,,,,7
I3T
5 8 8b59,8b49,5a458,7b58,70b5,5,8a5a8,0a585
O3T
None
I4T
8 8 3838a381,31b0101,a3101a38,15013a81,35a31a31,a31b381,a1b3b8,c38a31
O4T
None

Output: 8 8 813838a3,0131b01,38a31013,8a150138,3135a313,81a31b3,a8a1b38,31c383

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


Instruction: Simons-Image-Symmetry Symmetry vstack(flipx flipy flipx flipy)

Input: 10 7 b51d52,d91a521,a54b0a205,a54532a515,b5451a3a5,1a5415a1a5,15151d5

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


Instruction: SimonsRLEImage flip-b

Input: 16 18 2,,,,,,,,,,,,,,,,,

Output: 18 16 2,,,,,,,,,,,,,,,

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


Instruction: Simons-Histogram, histogram a without colors of histogram b

Input:
0:1404,9:1081,4:845,5:563,8:498
7:1559,1:853,4:466,5:206

Output: 0:1404,9:1081,8:498


Instruction: simonsolvev1, O2T, predict image

Input:
I0
8 4 8a98c9,c98a98,8a9a8a98,9
O0
4 2 9,8a98
I1
4 8 7070,7870,7078,7070,0707,8787,0707,
O1
2 4 70,,78,70
I2T
6 4 c343,34c3,3,34a343
O2T
None
I3T
8 6 a26a2626,b26b26,2626a262,26b26a2,6b26b2,62626262
O3T
None

Output: 3 2 343,3

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


Instruction: SIMONSOLVEV1 predict image for O2T

Input:
I0
8 3 09090a90,949a4949,90909a09
O0
2 3 09,94,90
I1
12 3 a52a52b52a5,67267a276276,e52d5
O1
3 3 a52,672,5
I2T
12 4 e4a3c4,a41a4a1a41a4,,4a34a3b4a34
O2T
None

Output: 3 4 4,a41,,4a3

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


Instruction: simon-solve-v1 predict image for 'O5T'

Input:
I0
1 1 3
O0
1 1 3
I1
1 3 1,3,
O1
1 3 3,1,3
I2
3 7 787,303,3a7,a37,327,a37,853
O2
3 7 538,8a7,0a3,a73,373,273,373
I3
7 5 9543589,b5a438,5859349,9b8254,5985495
O3
7 5 98549a5,54358a9,a5a4385,8593495,b82549
I4T
5 8 a4a54,54303,97303,49705,71408,34508,7a458,a5a78
O4T
None
I5T
8 7 45492845,91429485,94274059,584840a4,984a8409,9b49405,4a589409
O5T
None

Output: 8 7 a5894094,54928454,14294859,427405a9,84840a45,84a840a9,b494059

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


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

Input: 5 13 09a09,a09a0,a0609,a0690,09609,09750,,a0560,,a9506,a05a8,058a0,05b0

Output: 5 13 1,,,,,,,,,,,,

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


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

Input:
I0
4 1 2
O0
4 1 2
I1
1 6 9,6,,,,0
O1
1 6 0,6,,,,9
I2
6 6 b3b2,a2b32,8a3a28,3a8238,3b8a2,28a2a8
O2
6 6 28a2a8,3b8a2,3a8238,8a3a28,a2b32,b3b2
I3T
6 8 383a83,26b38,89b68,8986a8,896a80,963a08,9a0b8,7a8a38
O3T
None

Output: 6 8 7a8a38,9a0b8,963a08,896a80,8986a8,89b68,26b38,383a83

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


Instruction: Simon-ARC-Histogram, perform addition

Input:
7:1036,4:796,6:579,3:388,0:369,8:200
0:1007

Output: 0:1376,7:1036,4:796,6:579,3:388,8:200


Instruction: simonshistogram, perform subtract

Input:
3:806,8:590,1:16
5:399,3:225

Output: 8:590,3:581,1:16


Instruction: SIMONIMAGEMASS max mass 3, connectivity tb2

Input: 9 7 0,0a465c0,a4a05c0,a0805c0,a48e0,a08e0,0

Output: 9 7 d1c0,,b101c0,,,,

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


Instruction: SIMONCELLULARAUTOMATA, Recognize the transformation. maze_wrap,highlife_nowrap,gameoflife_nowrap

Input:
21 24 q28a2,2,,,,,c28o2,2,,,,,,,i28i2,j28h2,2,,,,,e28m2,2,
21 24 2,,,,,,,,,,,,,,,,,,,,,,,

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

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


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

Input:
I0
4 4 1a91,,,
O0
2 4 91,,,
I1
8 4 34647b4,c46743,3476c4,b474643
O1
4 4 7b4,6743,4,4643
I2
8 2 95a1c3,c3a159
O2
4 2 3,a159
I3
4 4 7,a743,34a7,7
O3
2 4 7,43,7,
I4T
8 4 9238b35,9c3b6,b6c39,5b38329
O4T
None

Output: 4 4 b35,3b6,b39,8329

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


Instruction: SIMONIMAGESCALE, Identify the transformation. x5up_y1,x2up_y1,x4up_y1,x3up_y1

Input:
6 5 264606,6a2606,a61209,a64193,c613
30 5 d2d6d4d6d0d6,d6i2d6d0d6,i6d1d2d0d9,i6d4d1d9d3,s6d1d3

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

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=up5 scaley=down1


Instruction: SIMONSCELLULARAUTOMATON, Given two images, recognize the transformation. serviettes_wrap,gameoflife_nowrap,highlife_wrap

Output: serviettes_wrap=0,gameoflife_nowrap=0,highlife_wrap=0

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


Instruction: Process SIMONARCIMAGEPAIR and return the overlap of colors

Input:
5 2 4a3a4,0b57
4 9 1,,56a1,,5061,10a6,1016,1063,1a61

Output: 0,3,5

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


Instruction: SIMONSOLVEV1 predict image for 'O4T'

Input:
I0
12 12 c7a2e5,,,a6a2a5c7a6,,,a8a6a7c6a7,,,i6a7,,
O0
6 4 a72b5,625a76,867a67,d67
I1
16 15 a5a3c6c3a1a5,,,a6a0c3a7a5a3a5,,,a0a3a7e5a3a7,,,a1a7a3c7c5a1,,,a3a1a5a3c5a1a5,,
O1
8 5 53a6a315,60a37535,037b537,173a7a51,3153a515
I2
20 6 a4a3o2,,,a3e2a3i2,,
O2
10 2 43g2,3b23d2
I3T
6 15 a0a2a3,,,a0a2a6,,,2,,,a2c0,,,0,,
O3T
None
I4T
20 15 c0c9c5g0,,,a0a4c5k0,,,a4a5o0,,,0,,,,,
O4T
None

Output: 10 5 a0a9a5c0,04a5e0,45g0,0,

dataset=solve_scale group=x2down_y3down predict=image image_width=medium image_height=medium task_pixels=b


Instruction: SIMONARCIMAGESHAPE find shape2x2 bit 1

Input: 25 17 8,,,,,q8a71c8,l8a78a7a1d8,i8b7b8a1f8,i83b8a1h8,k8a1j8,i8a1l8,h81a83k8,k83k8,,l83j8,,8

Output: 26 18 0w10,,,,,0p101a0b10,0k101a01010c10,0h10a10a1010e10,0h1a0a1010g10,0j1010i10,0h1010k10,0g1a01a0j10,0j1a0j10,,0k1a0i10,,0w10,1

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


Instruction: Simon-Solve-V1 predict image for O3T

Input:
I0
3 12 a35,650,767,213,5a3,056,767,312,a35,650,767,213
O0
3 4 a35,650,767,213
I1
3 9 741,371,734,147,173,437,741,371,734
O1
3 3 741,371,734
I2T
3 9 953,a43,514,359,3a4,415,953,a43,514
O2T
None
I3T
4 9 25a2,2512,2621,a252,2152,1262,25a2,2512,2621
O3T
None

Output: 4 3 25a2,2512,2621

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


Instruction: simon-image-mass max mass 1, connectivity trbl2

Input: 1 3 7,0,

Output: 1 3 1,,

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


Instruction: simonsolvev1, 'O3T', predict the image

Input:
I0
6 3 47c4,a7b46,a47464
O0
6 3 7d4,7b467,4746a4
I1
3 6 6,a65,656,5a6,2a6,6
O1
3 6 6,656,5a6,a65,a62,6
I2
6 6 6,c616,a6a1a6,a1c6,6,
O2
6 6 6,b61a6,6a1b6,1c61,6,
I3T
6 2 c878,b87a8
O3T
None
I4T
2 1 81
O4T
None

Output: 6 2 b87a8,a87b8

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


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

Input:
I0
2 3 01,1,
O0
2 3 10,1,
I1
3 6 6a5,,7a5,5,,
O1
3 6 565,,575,5,,
I2
6 1 a8c7
O2
6 1 7a8b7
I3T
1 1 9
O3T
None
I4T
1 2 1,
O4T
None

Output: 1 1 9

dataset=solve_translate group=translate_xplus1 predict=image image_width=small image_height=small task_pixels=a


Instruction: SimonArcImageSymmetry make symmetric hstack(180 flipx flipx flipy)

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


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

Input:
I0
3 6 543,534,0a3,a34,403,a43
O0
18 12 e5e4e3,,e5e3e4,,e0k3,,k3e4,,e4e0e3,,k4e3,
I1
2 3 54,3,4
O1
12 6 e5e4,,3,,4,
I2
1 3 4,,
O2
6 6 4,,,,,
I3
3 10 1a5,5,,151,5,1a5,a51,541,145,a15
O3
18 20 e1k5,,5,,,,e1e5e1,,5,,e1k5,,k5e1,,e5e4e1,,e1e4e5,,k1e5,
I4T
3 7 a97,797,,a97,719,786,a67
O4T
None
I5T
2 3 32,69,16
O5T
None

Output: 18 14 k9e7,,e7e9e7,,,,k9e7,,e7e1e9,,e7e8e6,,k6e7,

dataset=solve_scale group=x6up_y2up predict=image image_width=medium image_height=medium task_pixels=b


Instruction: simon-arc-image-mass identify places where max mass is 5, connectivity nearest4

Input: 5 9 95b9,,,a95a9,,,9,,

Output: 5 9 01b0,,,a01a0,,,0,,

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


Instruction: SIMONSOLVEV1 'O2T' predict the image

Input:
I0
8 3 5787c5,c57375,04747437
O0
3 8 a57,573,534,5a7,754,857,754,a50
I1
3 9 5,545,4a5,5,a54,5,8,145,1a4
O1
9 3 c545854,54c58a4,a54b58a1
I2T
9 8 80b8c0,08b08084,b0a8a080,84a0a8040,08b084a0,8a0848b0,b0408a08,8c0a808
O2T
None
I3T
8 3 1f3,3,
O3T
None

Output: 8 9 04c0a8,0a84c0,c04a08,080d8,80a804a0,808a0840,8f0,08048b0,8a080808

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


Instruction: SimonImageMass max mass 2, connectivity all8

Input: 11 9 970a9a0c9,9760b9a0a9,094c9a0a9,940a90a90a9,4a090a9c0,49b09c09,940d9090,94909090909,0949a090909

Output: 11 9 0a1g0,0b1f0,1i0,0,,,,,1i0

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


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

Input:
I0
3 2 614,a54
O0
3 2 4a5,416
I1
2 3 24,34,12
O1
2 3 21,43,42
I2
3 6 424,234,237,6a7,647,4a7
O2
3 6 a74,746,a76,732,432,424
I3T
6 2 9485a9,c769
O3T
None

Output: 6 2 96c7,a95849

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


Instruction: SIMON-SOLVE-V1 predict image for O3T

Input:
I0
7 4 71d0,214c0,0a209a0,a02a9a0
O0
7 4 a0a92a0,a090a20,c0412,d017
I1
4 2 a4a5,5b0
O1
4 2 b05,a5a4
I2
2 1 51
O2
2 1 15
I3T
1 10 9,,,,,,,,4,
O3T
None
I4T
10 10 b42e4,c42d4,,d42c4,,4,,,,
O4T
None

Output: 1 10 4,,9,,,,,,,

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


Instruction: simons-arc-image-symmetry symmetry hstack(flipy flipy flipy flipy)

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


Instruction: simonsolveversion1 predict image for O4T

Input:
I0
19 2 4f53h93,3l938b3
O0
19 12 4f53h93,,,,,,3l938b3,,,,,
I1
13 3 a0a6068a6a0a6,d2a6860606,a6067d2b0
O1
13 18 a0a6068a6a0a6,,,,,,d2a6860606,,,,,,a6067d2b0,,,,,
I2
19 3 2040740270a42a42704,4d6f8b0424,0h6b0d80
O2
19 18 2040740270a42a42704,,,,,,4d6f8b0424,,,,,,0h6b0d80,,,,,
I3
15 3 828d1b282a8,d326b70b28,28b2d0a8282
O3
15 18 828d1b282a8,,,,,,d326b70b28,,,,,,28b2d0a8282,,,,,
I4T
18 2 1a512015e10125,101050b10105a05a1
O4T
None
I5T
13 1 d7b2d7
O5T
None

Output: 18 12 1a512015e10125,,,,,,101050b10105a05a1,,,,,

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


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

Input: 14 19 j5a25,2l5,l52,2b52e52a5,25b2b5712b5,g575a1a5,f57c5a1,c52a572b506,a52b5272b506,e57c5065,e575252062,e57b506a5,d57c506a5,52b57b503b5,c57c506b5,c57b503c5,c57b5035a25,b57i5,

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


Instruction: Process simons-arc-image and return the flipb

Input: 13 5 a3b9b30b30,b2a3b9030a3,393a03a0a30a3,9030a30a30a30,a0j3

Output: 5 13 30a30,3,a3a03,30b3,b3a0,a3093,3a093,b393,a3039,3a039,b329,a0923,09323

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


Instruction: Simon-Solve-V1 predict image for O3T

Input:
I0
4 2 a249,78a2
O0
12 2 78c249a287,a24978a294a2
I1
2 2 32,73
O1
6 2 7a3237,327323
I2
2 2 27,79
O2
6 2 792797,2a7972
I3T
2 4 21,2,72,12
O3T
None
I4T
4 3 a806,09a8,0
O4T
None

Output: 6 4 1a2121,7c27,a27b2,2a1212

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


Instruction: unique colors of simons-Arc-Histogram

Input:
9:1377,4:1317,6:1164,5:961,7:843,0:788,3:505,2:458,1:58
5:1578,9:1557,0:1332,7:726,6:562

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


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

Input:
I0
4 2 b60,
O0
4 6 0b6,,,,,
I1
2 2 92,
O1
2 6 29,,,,,
I2
2 4 03,,,
O2
2 12 30,,,,,,,,,,,
I3
4 2 61a5,1535
O3
4 6 a516,5351,a516,5351,a516,5351
I4T
2 2 4,
O4T
None
I5T
2 4 4,34,4,30
O5T
None

Output: 2 12 4,43,4,03,4,43,4,03,4,43,4,03

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


Instruction: SimonImageScale scale-x up by 3, scale-y up by 6

Input: 8 2 a1a2c1,1c2b1

Output: 24 12 e1e2k1,,,,,,b1k2h1,,,,,

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


Instruction: simons-cellular-automaton, Identify the transformation. serviettes_nowrap,serviettes_wrap

Input:
12 27 4,,,,,,,,,,,,,,,,,,,,,,,,,,
12 27 4,,,,,,,,,,,,,,,,,,,,,,,,,,

Output: serviettes_nowrap=1,serviettes_wrap=1

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


Instruction: simonshistogram min

Input:
3:1545,2:1028
6:1503,1:1327,2:1198,5:742,4:447

Output: 2:1028


Instruction: SimonArcImageScale scale-x down by 4, scale-y down by 2

Input: 4 4 8,,4,

Output: 1 2 8,4

dataset=scale group=scale_input image_width=small image_height=small scalex=down4 scaley=down2


Instruction: SIMONARCIMAGESCALE, Identify the transformation. x3up_y1,x2up_y1,x5up_y5up

Input:
1 6 9,,7,9,,
5 30 9,,,,,,,,,,7,,,,,9,,,,,,,,,,,,,,

Output: x3up_y1=0,x2up_y1=0,x5up_y5up=1

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


Instruction: simon-arc-image-mass identify places where max mass is 1, connectivity corner4

Input: 1 8 9,,,,1,,3,4

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

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.CORNER4 max_mass=1


Instruction: SIMONSOLVEVERSION1, 'O4T', predict the image

Input:
I0
1 9 7,0,,,,,,7,3
O0
9 1 7e073
I1
9 7 c361b3,c363b1,b36a31a3,c3a61a3,a3a0a6b3,3067d3,a7f3
O1
7 9 31d3,,3b1b3,1a3a6a3,a63a6a3,a363073,c3063,d307,e37
I2
7 5 4,,,,
O2
5 7 4,,,,,,
I3T
5 2 065a9,25363
O3T
None
I4T
2 2 16,
O4T
None

Output: 2 2 6,1

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


Instruction: ccw rotate SIMONARCRLEIMAGE

Input: 14 22 7,,,,,,h78c7,g78d7,e7a8e7,d78g7,c78h7,a7a8i7,78k7,8l7,7,,,,,,,

Output: 22 14 7,,,,e78n7,f78m7,g78l7,,h78k7,i78j7,j78i7,,k78h7,l78g7

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


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

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


Instruction: Simons-Image-Shape find shape3x3opposite bit 2

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


Instruction: Simon-Cellular-Automata, What transformation happens. cave_nowrap,gameoflife_wrap

Input:
16 16 9,,,,,,g9a1e9,,,9,,l91a9,9,,a9a1f91c9,a9a1g91b9
16 16 9m19,1,,,,,,g1a9e1,1,,,,,,,a9a19e19b19

Output: cave_nowrap=0,gameoflife_wrap=0

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


Instruction: Simons-ARC-RLE-Image flip-a

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


Instruction: SIMONSOLVEVERSION1 predict image for O2T

Input:
I0
1 20 9,,,,,,,,,,4,,,,,9,,,,
O0
6 4 9,,4,9
I1
2 10 21,,,,,,,,,
O1
12 2 e2e1,
I2T
1 20 4,,,,,7,,,,,,,,,,4,,,,
O2T
None
I3T
3 5 019,,,,
O3T
None

Output: 6 4 4,7,,4

dataset=solve_scale group=x6up_y5down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMONARCIMAGESYMMETRY Symmetry vstack(flipy flipx flipx 180 orig)

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


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

Input:
I0
16 2 a0c1c015a015,51c015a1a0a1a0
O0
4 2 a0a1,51a0
I1
8 4 c12121,1,,1a2d1
O1
2 4 1,,,12
I2
16 4 3e4382a982a9,318a2813827a8278,872a827828132813,a92a82a9b43b43
O2
4 4 3b4,3182,8728,a928
I3
16 4 348a484352805280,258a2852528a5285,582a5285285a2852,082a528048434843
O3
4 4 3484,2582,5825,0825
I4T
16 2 3e1390a690a6,a60a90a6b13b13
O4T
None

Output: 4 2 3b1,a609

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


Instruction: SIMONSARCIMAGESHAPE identify places where shape3x3 contains bit 7

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


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

Input:
I0
4 3 b37,a317,3b1
O0
4 9 b13,71a3,7b3,,71a3,b13,b37,a317,3b1
I1
3 3 707,7a0,a80
O1
3 9 0a8,a07,707,,a07,0a8,707,7a0,a80
I2
3 2 a83,349
O2
3 6 943,3a8,,943,a83,349
I3T
2 3 15,5,45
O3T
None

Output: 2 9 54,5,51,,5,54,15,5,45

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


Instruction: simon-solve-version1 'O5T' predict the image

Input:
I0
3 2 a97,149
O0
15 2 a9a7c971497a9,14a94a14b97941
I1
2 4 39,4,64,
O1
10 4 3a9a396493,e46b4,6a4a6c46,6a4a643946
I2
4 3 0a54,5a04,a045
O2
20 3 0a5a4a5a0a54a0454a50,5a0a4a0a5a045a0a4a05,a04a54c0450a5454a0
I3
3 2 231,8a2
O3
15 2 23a13a2318a2132,8c2a8b231a28
I4T
2 4 01,6,86,
O4T
None
I5T
4 4 a5a8,5b8,6a80,8
O5T
None

Output: 20 4 a5c8c5g8a5,5e8a5b86a80b85,6a8a0a8a6a805b80a86,k8a5e8

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


Instruction: Simons-Cellular-Automata, What transformation happens here. maze_nowrap,cave_wrap,gameoflife_wrap

Input:
15 14 b8a3838a3a83a8,b8f3d8,b8a38a3f8,i8a3a83,3i8a383,3i8c3,8,,,,,h83d8,i83c8,j8a3a8
15 14 a83f83c8,,a83d8c3b8,b8d3c8a38,83g83c8,,j8c3,8,,,,i83c8,h838a3a8,i83c8

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

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


Instruction: SIMONS-HISTOGRAM, intersecting color list

Input:
0:689,8:234,5:8
7:1243,0:852

Output: 0


Instruction: Simons-Cellular-Automaton, Given two images, recognize the transformation. serviettes_nowrap,gameoflife_wrap

Input:
18 14 7,,,,,,,,,,,,,
18 14 7,,,,,,,,,,,,,

Output: serviettes_nowrap=1,gameoflife_wrap=1

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


Instruction: simon-solve-version1 predict image for O3T

Input:
I0
11 5 8b308a3b8,b8301a31a8,a380831a0a8,1a3a8083801,b10a381031
O0
11 5 0,,,,
I1
5 6 a4143,316a2,923a1,98341,84931,8b34
O1
5 6 6,,,,,
I2
6 9 3,,,,,,,,
O2
6 9 3,,,,,,,,
I3T
13 13 4,,g4a6b4,e4a6a46a4,a46b2d464,b46g46,b46h4,c46g4,4,,,,
O3T
None
I4T
12 12 4,,g4a6a4,e4a6c4,a46b2e4,a4a6g4,b46g4,c46f4,4,,,
O4T
None

Output: 13 13 2,,,,,,,,,,,,

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


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

Input:
I0
14 6 5,f5f6,f6f5,6,f5f6,2
O0
2 6 5,56,65,6,56,2
I1
7 10 5,,,,,,8,2,,7
O1
1 10 5,,,,,,8,2,,7
I2
14 11 3,,f9f3,,,,f6f3,,,,
O2
2 11 3,,93,,,,63,,,,
I3T
14 13 3,f5f3,f5f4,3,f5f3,3,f5f3,f3f4,f7f3,3,f5f3,3,f3f4
O3T
None
I4T
14 1 8
O4T
None

Output: 2 13 3,53,54,3,53,3,53,34,73,3,53,3,34

dataset=solve_scale group=x7down_y1 predict=image image_width=medium image_height=medium task_pixels=b


Instruction: simons-arc-image-scale scale-x down by 7, scale-y down by 3

Input: 28 9 m8f0f8,,,f8f7f0f7,,,f5f0f7f6,,

Output: 4 3 a808,8707,5076

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


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

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


Instruction: simon-solve-version1, O2T, predict image

Input:
I0
2 3 8,0,84
O0
4 6 4b8,0,a848,4a84,0,8
I1
3 2 686,5a8
O1
6 4 a85686,686a85,a8a5a8,68a686
I2T
2 4 39,89,19,18
O2T
None
I3T
4 3 4a64,2a57,68a5
O3T
None

Output: 4 8 8193,9198,9891,9381,8a18,9a19,9a89,9a39

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


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

Input:
I0
3 4 5,,,
O0
1 4 5,,,
I1
3 17 8,,,,,,,,,,,,,,,,
O1
1 17 8,,,,,,,,,,,,,,,,
I2
15 11 2,,,,,,,,,,
O2
5 11 2,,,,,,,,,,
I3T
9 2 e2b3,3
O3T
None

Output: 3 2 a23,3

dataset=solve_scale group=x3down_y1 predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
11 3 e7b472,g7a27,c73b5b7
5 10 3a232,a2323,232a3,396a3,398a3,a3983,32983,23298,2a323,b232

Output: 2

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


Instruction: simons-arc-image-scale, Recognize the transformation. x4up_y1,x2up_y1,x3up_y1,x7up_y1,x5up_y1

Input:
2 28 3,,,38,,,,,,48,18,,,,,81,,,,,31,37,34,73,43,3,,
14 28 3,,,f3f8,,,,,,f4f8,f1f8,,,,,f8f1,,,,,f3f1,f3f7,f3f4,f7f3,f4f3,3,,

Output: x4up_y1=0,x2up_y1=0,x3up_y1=0,x7up_y1=1,x5up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=large scalex=up7 scaley=down1


Instruction: simonsolveversion1, O5T, predict image

Input:
I0
8 7 694947a6,b314767,64713456,a6175494,717164a6,91a61746,1e47
O0
8 7 471345a6,61754946,17164a67,1a617469,e471,94947b6,a3147673
I1
7 6 a9a3b9,a93a9a3,93a9b3,c9393,93a9393,a9393a9
O1
7 6 3a9b39,b93939,3a93939,9393b9,9a3c9,93a9a39
I2
6 8 6743a6,864a67,780470,308470,306803,503506,607506,b65a6
O2
6 8 804707,084703,0680a3,035065,0750a6,a65b6,743b6,64a678
I3
8 3 b3a5b3,b5d3,b3c93
O3
8 3 a3c9a3,a3a5c3,a5d35
I4T
3 8 2,4a3,a43,478,248,348,a28,232
O4T
None
I5T
8 1 9a0b478
O5T
None

Output: 8 1 a0b4789

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


Instruction: SIMONSOLVEVERSION1 'O2T' predict the image

Input:
I0
2 7 08,03,83,,93,,03
O0
2 7 03,93,,83,,03,08
I1
7 5 2534582,6a45a42,25a42a5,a426b5,8528a25
O1
7 5 8528a25,a426b5,25a42a5,6a45a42,2534582
I2T
5 2 a0a80,b020
O2T
None
I3T
2 10 41,40,39,09,39,09,,96,95,73
O3T
None

Output: 5 2 b020,a0a80

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


Instruction: Rotate ccw SIMONARCIMAGE

Input: 1 19 4,5,2,,,6,,,4,,,,,,,,,,

Output: 19 1 45b2b6j4

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


Instruction: what are the shared colors between simonshistogram

Input:
7:996,2:803,9:695,3:657,8:198,6:191,5:34
8:1368,4:16

Output: 8


Instruction: Simons-Image-Shape find shape2x2 bit 5

Input: 27 13 4,,,,q4b1e4,o4a1h4,4,,,,,,

Output: 28 14 1z0,0y10,,,0q1b0d10,0o101a0e10,0n1a0h10,0y10,,,,,,z01

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


Instruction: Simons-Cellular-Automaton, Recognize the transformation between input and output. serviettes_nowrap,highlife_wrap,gameoflife_nowrap,cave_wrap,gameoflife_wrap

Input:
22 12 a80h80e80a8,k80h8,c80l80b8,g80l8,f80b80i8,b80a80n8,k8a0b80c8,c80d80j8,f8080e80d8,080h80b80a80a8,0t8,80s8
22 12 80h8080g8,b80f8080c8a0a8,8,f80m8,e8080l8,f80b8b0g8,b8b0d80i8,g8a08b0a8a0c8,8080c808a0b8080c8,80e80e8080b80,8a0q80,080r8

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

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


Instruction: intersection of colors in simonhistogram

Input:
2:1570,7:1328,1:1225,9:998,0:935,8:890,3:863,5:587,4:298
1:1265,3:1206,2:924,7:864,0:539,4:391,5:78

Output: 0,1,2,3,4,5,7


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

Input:
I0
2 2 9,
O0
1 12 9,,,,,,,,,,,
I1
14 3 3,,i3a5a3
O1
7 18 3,,,,,,,,,,,,d353,,,,,
I2
18 3 c3a7a8c3a7c3,a7c8a3c0c3a7,a9i3a0c3
O2
9 18 a378a37a3,,,,,,7a83a0a37,,,,,,9d30a3,,,,,
I3
18 3 e5a8a5a3a5c7,a3c8a3c4c8a0,c6g8a4a5a0
O3
9 18 b58535a7,,,,,,3a83a4a80,,,,,,a6c8450,,,,,
I4T
20 1 c3i9c7a6
O4T
None
I5T
6 1 a0c2
O5T
None

Output: 3 6 0a2,,,,,

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


Instruction: SIMONSOLVEVERSION1 'O3T' predict the image

Input:
I0
2 2 0,82
O0
10 2 28a028c0,a082a02828
I1
2 2 08,01
O1
10 2 1a08108080,8a01801010
I2
2 3 6,61,6
O2
10 3 6,1a6a161616,6
I3T
3 3 a35,3a8,a50
O3T
None

Output: 15 3 0a5a350b5a35a3,a8a3c83a83a83,5a3a505a30a50a5

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


Instruction: Simon-ARC-Histogram, unique colors

Input:
8:1484,9:1366,3:1292,2:961,7:952,6:731,4:109,5:97,1:58
5:922,1:778,3:576,7:343,2:11

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


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

Input:
I0
3 6 1,4a8,,0a8,718,7a1
O0
6 3 1c81,a1b81,a70a41
I1
6 8 75a757,5b7a5,58c4,787a05,585a40,7a9757,5375a7,b75a7
O1
8 6 b705457,a75404a5,a57404a7,a79574a7,739b875,75757a57
I2
8 10 a060a960,09a07676,09246476,96276060,a63262a6,70a26067,07526160,79a021a7,a6792160,a0607179
O2
10 8 9070760a60,767c6a76,c1020469,7a2d679,090b274a0,670523a206,06970a6a90,0670769b0
I3
10 3 a72867a878,874a865787,a7b96b78
O3
3 10 878,787,a78,758,a67,986,9a8,942,7,787
I4T
3 10 4,,,,484,8a4,6a4,4,,
O4T
None
I5T
10 9 c43a4b3,3743a4a343,3434a343a4,347a4343a4,7a434c34,43b8434a3,a47a4a3434,a47a43c4,3d434a3
O5T
None

Output: 10 3 4,d48c4,b468d4

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


Instruction: SIMONSOLVEVERSION1 predict image for 'O3T'

Input:
I0
3 4 813,038,a18,831
O0
6 4 813138,03a8a1,a1a830,831318
I1
4 2 7b5,5b8
O1
8 2 7b5b85,5b8b57
I2
2 3 36,73,24
O2
4 3 3642,7a37,2463
I3T
3 2 571,1a7
O3T
None

Output: 6 2 571a71,1a7175

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


Instruction: Simon-Cellular-Automaton, Given two images, recognize the transformations. maze_nowrap,highlife_nowrap,cave_wrap

Input:
26 14 e76r7,d76s7,7,6l76j7,n76i7,7,,n7a6h7,a7a6k76h7,a7b6t7,76g767a6g76b7,76f767b6h76a7,w767,7
26 14 7,,,,,,,n7a6h7,a7676i7a6h7,76a76t7,7676e76a76k7,i7a676h76a7,k76l7,7

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

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


Instruction: SIMONSOLVEVERSION1 'O3T' predict the image

Input:
I0
11 13 d5250a52,c52503b5,2b52503b5,a5256023b5,25264a53525,a264b53b5,5262c5325,56e53a5,652a5a073a5,b5a0a75a35,50b7b5a32,a7c5a23a5,i52
O0
11 13 5,,,,,,,,,,,,
I1
13 2 e8a4b315,5d7e87
O1
13 2 8,
I2
4 5 b64,6204,6291,6416,5a69
O2
4 5 6,,,,
I3T
3 14 564,a64,a62,602,629,929,493,,563,a13,a53,a63,5a6,a61
O3T
None
I4T
14 9 j83a8,i843a8,h8483a8,,g848a0a8,f8b0c8,d8a0f8,a8b0h8,a0k8
O4T
None

Output: 3 14 6,,,,,,,,,,,,,

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


Instruction: SIMONSCELLULARAUTOMATON, What transformation happens. gameoflife_nowrap,highlife_wrap,gameoflife_wrap,maze_nowrap

Input:
26 24 q57f5,o5c7e5,k5a7e57d5,k57l5,5,,m5a7d57c5,t57c5,c57l57f5,d57r57,x57,5,,e5a7q5,5,,,i5757l5,5,,,,w575,5
26 24 q5a7e5,p5b7e5,k5a7b5b7e5,k5a7k5,5,,,,,,,,,,,,,,,,,,,

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

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


Instruction: convert SimonsRLEImage and return the transposed

Input: 22 7 7572a525a2a525b27a252,75a72575a25d2a72a57,527252725a2b5725b2a5,252k65a6a572,5727b25a25751a627a525,52b57a25a75a75257a275,25727252752727a2a72a52

Output: 7 22 a752a52,a525725,b7a257,2726752,5256257,a526272,2a76a25,a5265a2,a256257,b26275,a526572,5256757,a256572,52561a7,a27a652,b256a2,2756257,a726b7,b2a5a2,252a525,b57275,2752a52

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


Instruction: Simons-Image-Shape number of unique colors inside shape3x3histogramdiamond5

Input: 4 26 84a8,8584,8548,4587,8547,4579,8579,4589,8594,8598,a598,8594,4598,5898,5894,,5898,5498,59a4,5984,5948,5984,,,5484,54a8

Output: 4 26 23a2,2a32,3,a342,a343,a342,,a343,,2b3,a2a3,3,34a3,a323,2b3,,2423,24a3,2a32,,,,,2432,24a2,23a2

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