Instruction: Simons-Image-Scale scale-x down by 7, scale-y down by 5

Input: 21 25 7,,,,,f7m9,,,,,m9f7,,,,,f9f7f9,,,,,f7f9f7,,,,

Output: 3 5 7,7a9,a97,979,797

dataset=scale group=scale_input image_width=large image_height=large scalex=down7 scaley=down5


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

Input: 30 25 d7d0s1,,,,,d8i7n1,,,,,d1d4d0d7d0d1,,,,,d1d4d1d0i1,,,,,i1d0n1,,,,

Output: 6 5 70c1,8a7b1,140701,1410a1,a10b1

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


Instruction: Simon-Image-Scale scalex=up2 scaley=up4

Input: 14 3 9l6,9e69b69a6,g5b0b6

Output: 28 12 a9y6,,,,a9k6a9e6a9c6,,,,o5e0e6,,,

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


Instruction: SimonsCellularAutomaton, Cave with wrap. steps=1. dead=8 alive=7

Input: 13 24 d8787d8,e8787b87,7e87c87,b87a87a87b8,87d8b7b8,e8a7d8,7k8,87j8,8,j878,i87a8,h878a7,e87c878,d8a7a87878,787i8,87j8,k87,8,e8b7a878,d8b7a87a8,d87f8,e87e8,8,d87b87b8

Output: 13 24 8,,,,f8a7c8,8,,,,,,,,,,,,,e8a7d8,,8,,,

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


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

Input:
1 7 8,,,2,9,,2
13 7 b7a01a040140,a0179a01a04a0,0a19b10a1a01,a19a0a4c0a1,0904a1f0,1a41c0b101,1a01a014101a0

Output: 8:3,2:2

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


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

Input:
I0
1 6 0,,,,9,
O0
1 6 0,,,9,,0
I1
6 4 a6b52,b6b2,6a2b6,2d6
O1
6 4 6b2a6,2c62,c626,b52a6
I2T
4 3 1786,1a36,1b3
O2T
None
I3T
3 1 6
O3T
None

Output: 3 1 6

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


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

Input:
I0
4 4 0b4,40a4,a854,a484
O0
4 16 48a4,45a8,a404,b40,48a4,45a8,a404,b40,a484,a854,40a4,0b4,a484,a854,40a4,0b4
I1
4 4 3b4,4386,a846,a646
O1
4 16 64a6,64a8,6834,b43,64a6,64a8,6834,b43,a646,a846,4386,3b4,a646,a846,4386,3b4
I2T
4 2 a091,a191
O2T
None

Output: 4 8 19a1,19a0,19a1,19a0,a191,a091,a191,a091

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


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

Input:
I0
4 9 2,24a2,4748,4728,2084,,a215,a201,2a41
O0
9 4 a2a4d2,24a7a0a24,a242a8104,a2a8a45a1
I1
9 9 a4048c4,7084807a4,8b40b47,084a04084,40134a0a4,b01a3404,a40710a37,c471b4,0a40a4148
O1
9 9 478040a40,4048a0b4,08a41a0a4,b4031740,a8a043174,40a403014,474a04341,b48403a4,a47b4748
I2
9 3 74a7494a6,74a765a67,a7c2a57
O2
3 9 7,a47,a72,,462,952,465,a65,6a7
I3T
3 7 6,265,a65,686,682,2,6a2
O3T
None
I4T
7 6 b61a61,6a13206,b62032,0a623a6,1a965a6,3069561
O4T
None

Output: 6 7 b6013,61a690,61a696,13a269,6203a5,603b6,162a61

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


Instruction: simonsolvev1 'O4T' predict the image

Input:
I0
2 2 90,9
O0
2 4 09,9,90,9
I1
2 3 87,70,82
O1
2 6 78,07,28,87,70,82
I2
3 4 2,,8a2,2a9
O2
3 8 2,,a28,a92,2,,8a2,2a9
I3
4 3 5,a5a2,a515
O3
4 6 5,a2a5,51a5,5,a5a2,a515
I4T
3 4 393,323,a54,954
O4T
None

Output: 3 8 393,323,4a5,459,393,323,a54,954

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


Instruction: simonsolveversion1 predict image for 'O4T'

Input:
I0
2 2 53,36
O0
10 8 d5d3,,,,d3d6,,,
I1
2 4 0,,60,30
O1
10 16 0,,,,,,,,d6d0,,,,d3d0,,,
I2
4 3 30a8,a8a7,8b1
O2
20 12 d3d0i8,,,,i8i7,,,,d8n1,,,
I3
3 5 305,901,091,,6a1
O3
15 20 d3d0d5,,,,d9d0d1,,,,d0d9d1,,,,,,,,d6i1,,,
I4T
3 4 724,215,105,150
O4T
None

Output: 15 16 d7d2d4,,,,d2d1d5,,,,d1d0d5,,,,d1d5d0,,,

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


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

Input: 4 1 3

Output: 16 6 3,,,,,

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


Instruction: SimonArcImageMass identify places where max mass is 6, connectivity corner4

Input: 2 9 7,57,,,,,87,7,

Output: 2 9 1,,,,,,,,

dataset=mass group=max_mass image_width=small image_height=small connectivity=PixelConnectivity.CORNER4 max_mass=6


Instruction: SIMONSOLVEV1 predict image for 'O3T'

Input:
I0
10 2 b36e9,959368c9
O0
2 10 39,35,39,63,96,98,9,,,
I1
2 4 2,7,70,72
O1
4 2 2b7,2702
I2
4 9 24a5,5,a545,a854,4584,a545,5454,a4a5,4545
O2
9 4 2a584a5a4,4a58a5a45,a54584a54,b5a454a5
I3T
9 9 8,,,,,,,,
O3T
None

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

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


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

Input: 19 11 a38b38d3738b38,a3a8a38e3a8a383,7a838b37d8b313,h38c38a313,a37a3837a383a8a31a3,h373a83a7137,8a37i3717a3,7i303831373,38d38a383a01c3,3a837h3838a3,7a38d3a73738b38

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


Instruction: simonsolvev1 predict image for 'O3T'

Input:
I0
1 3 0,,
O0
3 1 0
I1
3 3 9a7,974,9a4
O1
3 3 7a4,a74,9
I2
3 6 543,538,5a8,,538,384
O2
6 3 3c84,43a838,d53
I3T
6 7 8,,80c8,8,a80808,a80b8,8
O3T
None

Output: 7 6 8,c80a8,8,c8a08,a80c8,8

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


Instruction: FlipB SIMONARCRLEIMAGE

Input: 2 1 4

Output: 1 2 4,

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


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

Input:
16 2 359b49593c956,a5935a6a569593a5
4 9 69a6,,,,93a6,9b6,9636,6,

Output: 5:11,4:3

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


Instruction: number of unique colors in SimonsHistogram

Input:
5:968,7:836
2:1117,4:815,3:33

Output: 5


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

Input:
19 9 d65l6,e6a5j6,f67a5h6,a3a5c670a5f6,a6a3f50a5d6,c6b3a676c5c6,f6a367g6,h6a37f6,6
17 6 852a5b0g51,e5a4c025251,a1a58a51a4a5b0a5,b58a51a5b0a51a5,b5b0b3f58,e358a5a1d5

Output: 0,3,5

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


Instruction: SimonArcImageSymmetry symmetry vstack(orig flipx flipy)

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


Instruction: simonshistogram, overlapping colors

Input:
4:1346,2:1138,1:1095,8:956,6:952,0:546,3:183,9:90
5:1596,6:1567,7:1329,8:701,0:354,2:121

Output: 0,2,6,8


Instruction: SIMON-SOLVE-V1 predict image for O4T

Input:
I0
10 10 3,,,,,,,,,
O0
10 10 3,,,,,,,,,
I1
10 2 2a4a7b804,5a4a8c48
O1
10 2 4,
I2
2 14 3,39,79,70,,,73,,37,,,,,3
O2
2 14 3,,,,,,,,,,,,,
I3
14 12 4,e4538d4,4142a538b3b4,a4a143d4a34,a4643b4b6b4,a463c6e4,4b6i4,46k4,4,,,
O3
14 12 4,,,,,,,,,,,
I4T
12 1 1b0b72c1
O4T
None

Output: 12 1 1

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


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

Input:
I0
6 1 6c25
O0
1 6 6,2,,,,5
I1
1 4 6,8,,
O1
4 1 b86
I2
4 5 4246,42a4,4204,a0a4,b46
O2
5 4 40b4,40b2,a40a4,6b46
I3T
5 9 4a040,c04,a04a0,b420,049a0,09b0,,9a040,a4040
O3T
None
I4T
9 4 6c84848,6b8b604,6a8a68a68,e86a8
O4T
None

Output: 9 5 49b04a04,40a9a4b0,c09a4a0,a4b02a04,f040

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


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

Input: 5 2 9a5a1,b173

Output: 5 2 b1a0,b0a1

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


Instruction: SIMONSCELLULARAUTOMATA, Cave with wrap. steps=1. dead=7 alive=6

Input: 6 25 a6a7a6,7,b7a67,676767,76a767,76b76,76c7,76a767,c7a6,a7a676,6a7b6,6b767,,a676a7,7a6767,76c7,a7c6,a67676,7a67a6,6a7676,a7a6a7,6a76a7,b6b7,6d7,b76a7

Output: 6 25 7,,,,,,,,c767,b7b6,,c7a6,7,76c7,7a6b7,7,a76767,6,b67a6,b76a7,7,,76c7,7,

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


Instruction: simonsolveversion1, O4T, predict image

Input:
I0
12 18 1,,,e9e6,,,e9e1,,,,,,1,,,,,
O0
2 6 1,96,91,,1,
I1
18 6 e8e2e4,,,e2e0e8,,
O1
3 2 824,208
I2
6 9 7,,,,,,5,,
O2
1 3 7,,5
I3
12 18 e7e0,,,e2e0,,,e3e0,,,,,,0,,,e7e0,,
O3
2 6 70,20,30,,0,70
I4T
18 3 4,,
O4T
None

Output: 3 1 4

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


Instruction: Rotate ccw SIMONSARCRLEIMAGE

Input: 22 6 b72d7a2d7a9c7,e73b24279b7a9727,07a39h7979d7,30b27d94a9e7a9,70a2c72a974b79c79,a9b7979b7949e797

Output: 6 22 b7a97,727979,7,79c7,a9c7,979797,7,a79b7,797979,b79a4,727479,247a97,a27a97,727927,727979,7379a7,d79,a792a7,273a27,a73a27,b7a09,a70379

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


Instruction: SIMONSARCIMAGESHAPE identify places where shape2x2 contains bit 2

Input: 30 18 o9d1h9,9,,,,,,,,,,,,,,,,

Output: 31 19 1z0b0,p1d0h1,1,,,,,,,,,,,,,,,,1z0b0

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


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

Input:
I0
4 2 36a3,3a93
O0
2 4 3,69,39,3
I1
2 3 18,8,98
O1
3 2 189,8
I2T
3 4 0,4a6,060,
O2T
None

Output: 4 3 04a0,0b6,06a0

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


Instruction: SIMONIMAGESYMMETRY apply symmetry vstack(flipy flipx orig)

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


Instruction: SIMONIMAGESHAPE detect shape2x2 bit 5

Input: 4 6 a690,23a6,0320,1302,23a0,2070

Output: 5 7 1c0,0,,b010,0,a01a0,c01

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


Instruction: simon-image-scale scalex=down7 scaley=down5

Input: 7 25 7,,,,,4,,,,,7,,,,,6,,,,,3,,,,

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

dataset=scale group=scale_input image_width=small image_height=large scalex=down7 scaley=down5


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

Input:
I0
7 8 7464747,47647a4,4a767a4,b43b7,4a739a4,,c3674,a7b8a7
O0
7 8 b8c7,6474a74,647b47,767b47,43b7a4,739b47,,a3674a3
I1
8 2 b5451a4,b5431a5
O1
8 2 5431c5,5451a4a5
I2
2 3 46,16,8
O2
2 3 8,46,16
I3T
3 4 a75,1,507,a04
O3T
None
I4T
4 7 54a5,a631,57a6,a070,5470,5647,56a5
O4T
None

Output: 4 7 b56,b54,31a6,a657,7b0,7054,4756

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


Instruction: simonsolveversion1 predict image for O2T

Input:
I0
8 3 6,56565a65,2
O0
2 3 6,56,2
I1
12 3 a17a17a1a7a1,a37a37a3a7a3,7
O1
3 3 a17,a37,7
I2T
12 3 a45a45a4a5a4,76576576a567,5
O2T
None

Output: 3 3 a45,765,5

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O4T

Input:
I0
1 15 4,,,,,,,,,,8,,,,
O0
5 3 4,,8
I1
3 5 9,,,,
O1
15 1 9
I2
1 5 0,,,,
O2
5 1 0
I3
1 20 4,,,,,,,,,,,,,,,3,,,,
O3
5 4 4,,,3
I4T
4 10 a808,,,,,87a8,,,,
O4T
None
I5T
2 10 65,,,,,85,,,,
O5T
None

Output: 20 2 i8d0d8,d8d7i8

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


Instruction: Simons-ARC-Image-Mass identify places where max mass is 6, connectivity topleftbottomright2

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

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


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

Input:
I0
3 8 189,179,139,839,735,458,750,a01
O0
3 8 a01,189,179,139,839,735,458,750
I1
8 5 9a289519,b5a2989,9d7a9,589a7951,59b5a95
O1
8 5 59b5a95,9a289519,b5a2989,9d7a9,589a7951
I2T
5 8 a4043,b483,a2483,a4843,a4841,a7184,41840,a6b4
O2T
None
I3T
8 8 87b8732,a78b728,78b7823,8a7a3278,b735437,79a578a3,757a9a87,5b7b87
O3T
None

Output: 5 8 a6b4,a4043,b483,a2483,a4843,a4841,a7184,41840

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


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

Input:
28 18 f7f5f9f6,,,,,,t6f5,,,,,,t5f6,,,,,
4 3 7596,b65,b56

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

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


Instruction: SimonsCellularAutomata, What transformation happens. gameoflife_nowrap,serviettes_nowrap

Output: gameoflife_nowrap=0,serviettes_nowrap=0

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


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

Input: 6 7 b76a7,b7278,a874a7,a76747,7a3827,a78326,a787a2

Output: 6 7 1,,,,,,

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


Instruction: Simon-Image-Scale, Identify the transformation. x2up_y1,x7down_y6up

Input:
28 4 m3m7,m3f7f8,,f6f3f7f3
4 24 a3a7,,,,,,a378,,,,,,,,,,,,6373,,,,,

Output: x2up_y1=0,x7down_y6up=1

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


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

Input: 24 25 9,,,p94e9,,,,,,o943e9,b971j9493d9,c97b1g9493d9,d97a9c1c9493d9,d97e9b19493d9,e97g9a193d9,f97i93d9,g97g923d9,g97d9b2f9,h97c91h9,i97l9,j97k9,k97j9,,l97i9,m97h9

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


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

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


Instruction: SimonsArcImageScale, Identify the transformation. x1_y1,x2up_y1,x3up_y1,x4up_y1,x5up_y1

Input:
3 2 540,9a0
3 12 540,,,,,,9a0,,,,,

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

dataset=scale group=recognize_transformation image_width=small image_height=small scalex=up1 scaley=up6


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

Input:
I0
4 10 b47,5676,6476,6a76,5746,4b5,a4a5,7465,7654,a656
O0
4 10 a656,7654,7465,a4a5,4b5,5746,6a76,6476,5676,b47
I1
10 10 e0a6a0,c0364b0,c034c0,0d9c0,0543a0c9,053c0a90,503b09b0,53a0a9c0,530a6d0,5h0
O1
10 10 5h0,530a6d0,53a0a9c0,503b09b0,053c0a90,0543a0c9,0d9c0,c034c0,c0364b0,e0a6a0
I2
10 7 4b20b1a2,b20a424a2,a20a2424a2,240424a2a4,40b24a242,02b4b2a4,a2a42a4242
O2
10 7 a2a42a4242,02b4b2a4,40b24a242,240424a2a4,a20a2424a2,b20a424a2,4b20b1a2
I3
7 2 b38a69,67a5a26
O3
7 2 67a5a26,b38a69
I4T
2 3 60,68,7
O4T
None
I5T
3 8 a30,134,0a1,401,3a1,1a3,a14,0a1
O5T
None

Output: 2 3 7,68,60

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


Instruction: Simons-ARC-RLE-Image transposed

Input: 4 22 a4a9,2949,2494,26a4,4269,6296,4246,4269,4920,,6404,a406,9702,4073,6034,4036,4064,0369,0b4,a9a6,4746,4949

Output: 22 4 4b246c464946a4a09a4,4946c2a9a47c034979,94946946a2b07a3a646a4,a9a49a69a0462346494a69

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


Instruction: simon-arc-image-shape shape3x3histogramcorners number of unique colors

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


Instruction: SimonsImageMass max mass 2, connectivity corner4

Input: 15 10 4g6a84a63,b64a6b834c6,4636a863634a646,b6a4c6347343,34g647636,a3c63b6b936,f6b9a6b3,4b6a94e634,b6a3d6a3a64,63f63c63

Output: 15 10 101c0d1a01,0101a0d1c0,1010a1010a1a010,b0a1c0b1010,a1g0b101,a1c01b0b101,f0b1b010,1b0b1f01,b0a1d0a1a01,01f01c01

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


Instruction: Minimum of Simons-Histogram

Input:
4:1542,8:1428,3:1268,7:818,0:785,1:737,5:590,9:564
9:1552,4:1257,6:1159,3:1141,0:101,1:33

Output: 4:1257,3:1141,9:564,0:101,1:33


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

Input:
I0
2 5 71,,,,
O0
8 1 c7c1
I1
5 10 7a0a4,,,,,6a363,,,,
O1
20 2 c7g0g4,c6g3c6c3
I2
2 10 04,,,,,1,,,,
O2
8 2 c0c4,1
I3
5 20 2,,,,,594a2,,,,,29545,,,,,2c8,,,,
O3
20 4 2,c5c9c4g2,c2c9c5c4c5,c2o8
I4T
5 5 1a202,,,,
O4T
None

Output: 20 1 c1g2c0c2

dataset=solve_scale group=x4up_y5down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: Simons-Image-Mass identify places where max mass is 6, connectivity tlbr2

Input: 14 6 0,i08b0,a0d1b08b0,b0a650c1b0,d0a6508c0,f0a6d0

Output: 14 6 1,,,,,

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


Instruction: Simon-Solve-Version1 predict image for O3T

Input:
I0
9 6 65a653516,615a32415,61a35a6a5,1512a5151,5a3565616,3b515b6
O0
6 9 b6153,5a1535,653135,6a32a5,53a561,326b5,5461a6,a1a516,6a51a6
I1
6 10 32a727,3923a7,272327,a2a729,a9c7,b2327,392392,397927,379793,272727
O1
10 6 a3a292b32,297292a9a7,7a2a7a2792,7a3a7a39a7,27a2729292,b79a72737
I2
10 6 d51a575,d5157a5,57507a9b5,5751e5,c57d5,57g5
O2
6 10 5,a5a757,5,a501a5,a57575,a19b5,a59b5,57c5,7d5,5
I3T
6 7 6,,a675a6,6765a6,b65a6,a65b6,
O3T
None

Output: 7 6 6,b67b6,a67a6a5,a6b5a6,6,

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


Instruction: SIMONIMAGEMASS identify places where max mass is 4, connectivity corner4

Input: 6 14 2b1a2,21a262,a21261,21a216,212a16,c126,212a12,a1b21,2,a12b1,1a21a2,d12,1c21,c212

Output: 6 14 1,010b1,101010,010101,1010a1,010101,101010,010101,101010,a10101,101a01,a101a0,,101b0

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


Instruction: Simon-Solve-Version1 predict image for O2T

Input:
I0
7 4 a43b48,a4a3a48,6b1a84,a4a0184
O0
4 7 a4a8,a8a4,18a4,0134,01a3,41a4,46a4
I1
4 2 a3a9,b35
O1
2 4 59,39,3,
I2T
2 2 49,84
O2T
None
I3T
2 1 5
O3T
None

Output: 2 2 49,84

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


Instruction: transpose Simons-ARC-Image

Input: 10 17 1a6101a606,6b10154a6,1a376150a4,6417657027,646765a126,1470561270,64715021a6,147512a616,6175120b6,1656261b6,a652161606,b6a1c61,072a6161a0,1261b6a01,06c1c6,60b616a06,76060606a0

Output: 17 10 161a616161a601067,613d41b672606,61316c7a5626160,a1b701a56216a1a6,a0b6a5a12a1a6160,b1a560a2b616a16,6a57a1260a1d60,64a0121d610606,064a2761a606a06a0,a64760d6101a60

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


Instruction: simonsolveversion1, O4T, predict image

Input:
I0
11 9 70e6713,7073c7b3,703b7134a3,30b7a3c7,30317a373a7,0b74b6043,d6a30b7,8371a710a73,83a7340a737
O0
1 1 8
I1
9 6 20c9192,20b21282,20b21928,c91a202,4d23a2,4g2
O1
1 1 3
I2
6 12 9236a3,953635,9b360,9b363,9b365,9a3579,a7a593,853490,8a34a3,8d3,8530a3,8c30
O2
1 1 2
I3T
3 8 3,8a3,303,0a4,3a8,830,484,3
O3T
None
I4T
8 11 4,,,,,,,,,,
O4T
None

Output: 1 1 4

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


Instruction: simonhistogram, Histogram-B excluding Histogram-a colors

Input:
5:1452,6:1228,2:709
9:930,3:720

Output: 9:930,3:720


Instruction: SimonImageScale scale-x down by 5, scale-y down by 5

Input: 30 10 d8d0s8,,,,,d0d2d8d2d6d8,,,,

Output: 6 2 80c8,028268

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


Instruction: simon-arc-image-shape identify places where shape3x3opposite contains bit 1

Input: 11 22 1,,,,a14g1,,,,14h1,14f181,,,,,4g181,4f18a1,2f18a1,12e18a1,a1a5c18a1,c1b518a1,f158a1,1

Output: 11 22 0,1,,a10g1,,1,,1a0g1,1a0e101,h101,1,,,a0h1,a0e1a01,0f1a01,a0h1,01a0f1,10a1b0c1,a1a0b10b1,c1b010a1,0

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


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

Input:
I0
7 5 3,,,,
O0
7 1 3
I1
4 15 17a3,,,,,7161,,,,,a131,,,,
O1
4 3 17a3,7161,a131
I2
12 15 2,,,,,a171e717,,,,,a71a7b171a7,,,,
O2
12 3 2,a171e717,a71a7b171a7
I3
12 15 e1b6b1,,,,,1,,,,,,,,,
O3
12 3 e1b6b1,1,
I4T
17 10 e8j1,,,,,1,,,,
O4T
None
I5T
19 5 1,,,,
O5T
None

Output: 17 2 e8j1,1

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


Instruction: simonsolveversion1 predict image for O4T

Input:
I0
7 5 a17c1,a175a14,a174a31,17a30a4,13a2b1
O0
7 5 4a175a1,b174a3,417a304,a13a2a1,b17b1
I1
5 6 a45a4,a4504,a4538,c38,43b4,4
O1
5 6 b450,8a453,8c3,a43a4,4,b454
I2
6 1 b2907
O2
6 1 7b290
I3
1 2 6,
O3
1 2 6,
I4T
2 2 97,9
O4T
None

Output: 2 2 9,79

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


Instruction: SIMONSOLVEVERSION1 predict image for O4T

Input:
I0
2 8 84,04,,90,,10,89,
O0
2 8 04,,90,,10,89,,84
I1
8 3 b191a95,a191a959,d1519
O1
8 3 59a191a9,19d15,95b1919
I2
3 8 484,483,083,783,078,482,845,474
O2
3 8 834,830,837,780,824,458,7a4,8a4
I3T
8 4 a5765757,c767a5,b5b9a5,5b1b87
O3T
None
I4T
4 7 52a5,3219,5401,1045,b81,5143,3951
O4T
None

Output: 4 7 1932,0154,4510,81a8,4351,5139,b52

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


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

Input:
I0
1 7 3,9,,,,,1
O0
1 7 3,9,,,,,1
I1
7 1 2a7a272
O1
7 1 a2a7a27
I2T
1 4 1,8,6,
O2T
None
I3T
4 4 9,9b2,a949,9
O3T
None

Output: 1 4 1,8,6,

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


Instruction: SIMONARCIMAGESHAPE unique color count in shape3x3histogramdiamond5

Input: 4 25 a5a6,6a06,b06,6056,5b6,a0a6,b60,6,a5a6,5b6,6a50,a606,a656,6a06,0a60,6,6560,6,5606,a656,6a06,6506,5a65,a565,5b6

Output: 4 25 2a31,a3a2,2132,b32,a321,3b2,2,a212,b21,2,a2a3,1a32,,a232,2,a212,a232,2,2a32,,,2b3,a232,1b2,a212

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


Instruction: SimonImageShape detect shape3x3opposite bit 3

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


Instruction: SIMONSCELLULARAUTOMATA, Given two images, recognize the transformation. gameoflife_wrap,serviettes_wrap

Output: gameoflife_wrap=1,serviettes_wrap=0

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


Instruction: simon-image-shape find shape3x3opposite bit 3

Input: 17 7 9g54f5,c54f59c5,a5b4549d5a945,549c54545a45a45,a54i549a5,5,b59a5a4b54b545

Output: 17 7 a0e1010d10,0a1010d1010a10,b0101b0b1d0,c0a10c1a01b0,a010g1d0,0n10,0101d010101010

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


Instruction: simon-histogram min

Input:
4:1078,8:1066,5:688,0:148
7:1267,1:386,9:343

Output: empty


Instruction: SIMONARCRLEIMAGE flip-b

Input: 15 12 a07a0c7b07a0,a070a709c0a70,07070a7907b070,a707078090a7070,a07a078a7a0c7,b02a0807b0b7,7070a2870d70,d087c0a7a0,07b08707e0,707a070a7a07070,707070a7a07a070,d07e07a0

Output: 12 15 e0a7c0,0a7a0e70,7b0c7a0a7,a070a70a7b0,07b07a07b0,d07b07a0,a0a7a0a79a07,0a7a07070a97,070a7c8707,707a820d7,07b02c070,e020a7a0,0a7a0707a0a7,b07c0a7a0,0a7a07a07b0

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


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

Input:
I0
3 3 4,737,a84
O0
6 6 4a84a8,73a737,4,a8c4,73a737,b4a84
I1
3 2 058,938
O1
6 4 839839,850850,938058,058938
I2T
2 2 19,
O2T
None

Output: 4 4 9191,,1919,

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


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

Input: 8 26 4,,,,,,,e454,d4254,,c42454,,b42a454,b42a404,a42b404,a42a40a4,42b40a4,d40a4,,c40b4,,,,b40c4,,4

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


Instruction: SimonsArcImageMass max mass 2, connectivity topbottom2

Input: 15 9 c91i9,d9a1g9,f91f9,9,,,,,

Output: 15 9 c0c1f0,d0b1f0,f01f0,0,,,,,

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


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

Input: 1 15 4,,,,,,,,,,7,1,,2,1

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

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


Instruction: SIMONSOLVEVERSION1, 'O2T', predict the image

Input:
I0
5 1 b3a6
O0
20 4 k3g6,,,
I1
1 1 4
O1
4 4 4,,,
I2T
1 5 1,,8,5,1
O2T
None

Output: 4 20 1,,,,,,,,8,,,,5,,,,1,,,

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


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

Input:
I0
9 3 b24c24,24a24a242,a24e2
O0
3 3 a24,242,2
I1
9 2 a3253a935,9352c32
O1
3 2 935,a32
I2
6 2 705a15,150a70
O2
2 2 15,70
I3T
6 2 a25a95,95c2
O3T
None
I4T
6 2 545a95,954a54
O4T
None

Output: 2 2 95,54

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


Instruction: rotate 180 Simon-ARC-RLE-Image

Input: 14 22 2,,h29c2,f249d2,e249e2,d2a9f2,c2921f2,b2921g2,a23201g2,,a23021e2a3,23021b2c3a2,23a2c3e2,2b31h2,a2821h2,,a281i2,b21i2,,2,,

Output: 14 22 2,,,i21b2,,i218a2,h2128a2,,h21b32,e2c3a232,a2c3b212032,a3e21203a2,g21023a2,,g2129b2,f2129c2,f2a9d2,e294e2,d294f2,c29h2,2,

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


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

Input:
I0
6 3 04a164,404a16,610464
O0
6 3 a16404,4a1640,046461
I1
3 6 5a1,451,452,132,062,161
O1
3 6 151,145,245,213,206,a16
I2
6 6 1b9a0,0a1a90,b0120,090727,a87209,a082a0
O2
6 6 a9a019,1a9a01,012b0,072709,7209a8,82c0
I3T
6 2 b0818,a85b0
O3T
None

Output: 6 2 0818a0,5b0a8

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


Instruction: SIMONSOLVEV1, O2T, predict image

Input:
I0
12 4 a26e26a2,j27,276d26a27,d96c272
O0
12 4 7,,,
I1
4 6 4a04,04a0,0484,9403,8939,a0a3
O1
4 6 8,,,,,
I2T
6 6 0,,,,,
O2T
None

Output: 6 6 0,,,,,

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


Instruction: SIMONCELLULARAUTOMATA, Game of Life with wrapx and wrapy. Steps=1. Dead cells have value 8. Alive cells have value 1.

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


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

Input:
7 3 b30950,95095a0,95059a5
6 3 0,b03a0,0

Output: 5:7,9:5

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


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

Input:
I0
5 3 52b7,752a1,a7027
O0
5 3 b725,a1257,720a7
I1
3 2 183,8a6
O1
3 2 381,a68
I2T
2 10 1,54,74,,,60,16,56,46,86
O2T
None
I3T
10 1 4a8f5
O3T
None

Output: 2 10 1,45,47,,,06,61,65,64,68

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


Instruction: SIMON-SOLVE-VERSION1 predict image for O3T

Input:
I0
6 2 17a371,73b73
O0
6 2 17a371,73b73
I1
2 5 14,10,09,,4
O1
2 5 09,,4,14,10
I2T
5 8 73b7,63b7,683a7,68367,783a7,983a7,98737,b737
O2T
None
I3T
8 6 a6b3b6,8e68,e6a3,8a6a8b6,8f6,6
O3T
None

Output: 8 6 e6a3,8a6a8b6,8f6,6,a6b3b6,8e68

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


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

Input: 12 7 2,,,,a2b8f2,a2a62c8b2,c26c7a82

Output: 12 7 0,,,,,,

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


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

Input:
I0
2 5 9,1,,,8
O0
2 5 1,,8,9,1
I1
5 5 73a61,261a2,52652,52567,c27
O1
5 5 25265,75256,7c2,173a6,a2612
I2T
5 4 846a1,57a18,58758,a6576
O2T
None
I3T
4 5 a8a9,a909,3a95,38a9,a989
O3T
None

Output: 5 4 85875,b657,18461,857a1

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


Instruction: simon-histogram, Exclude Histogram A colors from Histogram B

Input:
3:1400,8:673,5:500,2:452
6:1466,0:1447,9:1319,3:853,4:107

Output: 6:1466,0:1447,9:1319,4:107


Instruction: SIMONCELLULARAUTOMATON, Recognize the transformation between input and output. gameoflife_wrap,serviettes_nowrap,highlife_nowrap

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

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


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

Input:
I0
5 4 b656,a65a8,86504,8a086
O0
5 4 c65,8a658,48650,68a08
I1
4 8 5425,2426,a546,2564,5267,5485,4875,a545
O1
4 8 a542,6242,6a54,4256,7526,a548,5487,b54
I2
8 4 62c023,2c0a20,a0302170,b0a1b2
O2
8 4 362c02,02c0a2,b030217,2b0a1a2
I3
4 5 3a24,a204,4a28,3a63,3b2
O3
4 5 43a2,4a20,84a2,a3a6,23a2
I4T
5 8 a21a2,21242,a1242,a24a2,a2410,17170,b271,2
O4T
None

Output: 5 8 b212,a2124,2a124,b242,0a241,01717,1b27,2

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


Instruction: SIMONSOLVEVERSION1 predict image for 'O3T'

Input:
I0
2 2 39,
O0
2 2 93,
I1
3 9 a60,0a6,6a0,0,,a60,6,606,6a0
O1
3 9 a06,6a0,0a6,6,,a06,0,060,0a6
I2T
13 2 e08a08b0,a08b0808c0
O2T
None
I3T
7 8 4a9a494,a49a4a9,494a9a4,949a494,494c9,4b9a49,a9b494,a9a4a94
O3T
None

Output: 7 8 9a4a949,a94a9a4,949a4a9,494a949,949c4,9b4a94,a4b949,a4a9a49

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


Instruction: SIMONSOLVEVERSION1, O2T, predict image

Input:
I0
3 4 410,460,640,6a5
O0
3 8 a56,046,064,014,410,460,640,6a5
I1
4 3 36a7,3161,37a3
O1
4 6 a373,1613,a763,36a7,3161,37a3
I2T
3 3 090,a09,1a0
O2T
None
I3T
3 2 972,595
O3T
None

Output: 3 6 a01,9a0,090,,a09,1a0

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


Instruction: SIMONS-ARC-HISTOGRAM, perform max

Input:
0:1483,5:1327,4:1107,6:622,1:319
4:1100,3:970

Output: 0:1483,5:1327,4:1107,3:970,6:622,1:319


Instruction: simon-arc-image-mass identify places where max mass is 3, connectivity lr2

Input: 8 1 269c67

Output: 8 1 b1c01

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


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

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


Instruction: SimonsHistogram, unique color list

Input:
1:570,5:265
9:1479,0:1294,4:958,8:865,6:801,2:514,1:444,7:259,5:143

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


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

Input: 10 2 62a6a28a32,82a6b3428

Output: 10 2 1,

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


Instruction: SIMONSOLVEVERSION1, O2T, predict image

Input:
I0
5 3 837a3,8a3a2,328a3
O0
5 3 a28a3,b328,a3837
I1
3 6 574,a74,197,176,978,9a7
O1
3 6 747,971,761,789,a79,745
I2T
6 7 a49484,a49a54,259b4,4925a4,4930a4,4943a4,4
O2T
None

Output: 6 7 5b495,a42594,b4925,b4930,b4943,4,8b494

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


Instruction: Half a rotation of SIMONARCIMAGE

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


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

Input:
I0
9 5 b2b8b5,b3b2b5,b5b3b5,b1b5b3,b1b5b7
O0
3 5 285,325,535,153,157
I1
6 8 b7b0,b7b9,b7b3,0,b0b7,0,b8b6,b9b1
O1
2 8 70,79,73,0,07,0,86,91
I2
6 13 b0b7,b6b7,b7b3,b0b3,b7b3,,b3b0,,b3b6,b0b7,,0,b6b0
O2
2 13 07,67,73,03,73,,30,,36,07,,0,60
I3
12 12 b7b4b0b4,b7b3b0b6,b3b7e4,b4b7b4b3,b4b7b6b4,b0b7b3b4,b4b5b7b6,,b3b5b7b0,b4b5e4,b4b5b0b3,b3b5e4
O3
4 12 7404,7306,37a4,4743,4764,0734,4576,,3570,45a4,4503,35a4
I4T
9 19 b7e8,e7b8,8,e8b7,b8b7b8,8,b7b8b7,b7e8,b8b7b8,b7e8,e8b7,e7b8,b7e8,,8,b7e8,b8b7b8,8,
O4T
None

Output: 3 19 7a8,a78,8,a87,878,8,787,7a8,878,7a8,a87,a78,7a8,,8,7a8,878,8,

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


Instruction: simon-arc-image-mass identify places where max mass is 1, connectivity 4

Input: 10 5 6,e67b6,6,,

Output: 10 5 0,e01b0,0,,

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


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

Input:
I0
5 2 a6397,a3b8
O0
5 2 397a6,b8a3
I1
2 8 31,23,3,1,31,41,,31
O1
2 8 31,23,3,1,31,41,,31
I2T
8 3 4e04,4709a830,4973a080
O2T
None
I3T
3 8 2a7,,727,,732,a73,,7
O3T
None

Output: 3 8 727,,a72,,273,3a7,,7

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


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

Input:
I0
6 1 b18a9
O0
6 1 a9b18
I1
1 1 7
O1
1 1 7
I2
1 7 7,,,,,,9
O2
1 7 9,7,,,,,
I3T
7 3 1a75734,a7a1027,7b0a17
O3T
None

Output: 7 3 1a7b01,341a757,2b7a10

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


Instruction: Simon-ARC-Image-Scale scaley=up7

Input: 14 1 4a1413b7d1

Output: 14 7 4a1413b7d1,,,,,,

dataset=scale group=scale_input image_width=medium image_height=small scalex=down1 scaley=up7


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

Input:
19 18 3,c38b38c3a8c3,h38b3b8b3,k3a838b3,3,,8q3,a8o38,8p38,3,,h3a8g3,h3b8f3,a8f3b8f3,3838e3a8f3,b38n3,3,
19 18 l3a8c3,h38a38a38b3,g38b38b38a3,o38a3,k3b8c3,3,38o38,p383,38n383,8p38,h3a8g3,g38a38f3,a8e38b38e3,a38d38b38e3,83838c38a38e3,a3838d3a8f3,3,

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

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


Instruction: SIMONS-ARC-HISTOGRAM, color intersection

Input:
1:1541,6:1459,5:1201,3:996,8:861,9:551
4:1544,1:571,7:203,8:190,6:168

Output: 1,6,8


Instruction: simonsolvev1 'O2T' predict the image

Input:
I0
4 3 a575,a1a7,5645
O0
4 9 5645,a1a7,a575,,a1a7,5645,,a1a7,a575
I1
3 3 798,597,1
O1
3 9 1,597,798,,597,1,,597,798
I2T
3 2 3a0,473
O2T
None
I3T
2 2 41,85
O3T
None

Output: 3 6 473,3a0,,473,,3a0

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


Instruction: SIMONSOLVEVERSION1, O2T, predict image

Input:
I0
2 2 49,84
O0
2 2 84,49
I1
2 1 5
O1
1 2 5,
I2T
1 10 9,,8,,,,3,,,
O2T
None

Output: 10 1 c3c8a9

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


Instruction: simon-image-pair, exclude histogram b colors from histogram a

Input:
20 4 5454545a4a5a484b7a4,48a584548a4c78b45,85c48c7a4845a454,a848b7845f4a54
7 3 2b9279,a329b0,c9a79

Output: 4:38,5:16,8:12

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


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

Input:
I0
3 7 6,,,a69,626,,
O0
3 7 a62,6,,,9a6,a62,
I1
7 5 3235b3,b353a9,373a982,23703a2,a3202a3
O1
7 5 b32023,a3235a3,9b3539,2373a98,a237032
I2
5 2 a4939,964a7
O2
5 2 79647,9a493
I3
2 3 68,48,42
O3
2 3 24,86,84
I4T
3 4 524,2a4,5a7,a40
O4T
None
I5T
4 7 0686,a816,8a73,3170,1676,0363,0303
O5T
None

Output: 4 7 3030,6068,6a81,38a7,0317,6167,3036

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


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

Input:
28 5 f9f4m9,m9m4,6,9,m4m9
4 25 94a9,,,,,a9a4,,,,,6,,,,,9,,,,,a4a9,,,,

Output: x2up_y1=0,x1_y1=0

dataset=scale group=recognize_transformation image_width=large image_height=small scalex=down7 scaley=up5


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

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

Output: 5 28 8,,5,,7,,,,,,5,,,,,,,,,,,,7,,,,5,

dataset=scale group=scale_input image_width=small image_height=medium scalex=up5 scaley=up2


Instruction: Simon-Image-Scale, Given two images, recognize the transformation. x2up_y1,x3up_y1,x6down_y6down

Input:
30 6 k1e2k3,,,,,
5 1 a12a3

Output: x2up_y1=0,x3up_y1=0,x6down_y6down=1

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


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

Input:
8:569
3:914,1:507

Output: 8:569


Instruction: simonsolveversion1 predict image for O2T

Input:
I0
3 6 504,8a5,0,0a5,095,a05
O0
3 6 0,,,,,
I1
2 5 50,85,08,0,80
O1
2 5 0,,,,
I2T
5 3 2a7a8,a8a28,a82a8
O2T
None

Output: 5 3 8,,

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


Instruction: SIMONSOLVEVERSION1, 'O2T', predict the image

Input:
I0
7 9 a9d0,7975b2,929a272,7295b2,92797a2,a2a97a2,29729a2,9727927,2727292
O0
9 7 97979a292,a9c29a7,07a9797a2,0525a92a7,0b2a7a92,027d29,0e272
I1
9 1 2a0c8a0
O1
1 9 2,0,,8,,,,0,
I2T
1 9 9,,6,,,1,6,,
O2T
None
I3T
9 8 527525b7,75857c5,5,572e5,52f5,2g5,a52a52525,b5b8525
O3T
None

Output: 9 1 a9b61b6

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


Instruction: SIMON-SOLVE-V1 predict image for O5T

Input:
I0
1 2 3,7
O0
1 2 7,3
I1
2 5 2,,,,
O1
2 5 2,,,,
I2
5 4 a54a6,5a6a5,c25,a56a5
O2
5 4 b565,6a546,a5a65,5c2
I3
4 2 9a49,a8a6
O3
4 2 6a86,a9a4
I4T
2 3 96,98,86
O4T
None
I5T
3 1 868
O5T
None

Output: 3 1 a86

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


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

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


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

Input:
I0
6 9 d57,c575,c573,a75a37,5a37a5,3a5b7,b5757,c575,a7c5
O0
1 1 3
I1
9 1 19a1c91
O1
1 1 1
I2
8 4 808303a0,c8a5a0,5c8030,65805b8
O2
1 1 6
I3
4 6 47a4,4b7,a243,6423,4,
O3
1 1 6
I4T
6 14 5a0850,8a0505,a53508,a8b03,a58b0,80b83,a808a0,058560,838608,386850,0860a8,868580,a8a350,3a8305
O4T
None
I5T
3 12 7a6,a76,636,737,636,,737,a67,,767,,6a7
O5T
None

Output: 1 1 3

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


Instruction: SimonsHistogram, perform min

Input:
0:1280,7:1244,3:1170,5:924,8:579,9:465,4:258,1:155,2:102
0:1252,5:1030,7:99

Output: 0:1252,5:924,7:99


Instruction: simons-arc-image-shape identify places where shape2x2 contains bit 4

Input: 23 28 8,,,,,,m83g8,,8,n83f8,,,o83e8,,,,p83d8,,,,q83c8,,,o8a0d8,n80f8,8,,

Output: 24 29 v01,0u10,,,,,0l10g10,0l1a0f10,0m10f10,,0m1a0e10,,0u10,0n1a0d10,,,0u10,0o1a0c10,,,0u10,0p1a0b10,,0n1a010b10,0m101a0c10,0n10e10,0u10,,1v0

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


Instruction: SIMONSIMAGESYMMETRY Symmetry vstack(flipx flipx flipy flipy)

Input: 16 10 f51b2d5,c5b41b5d2,c535142a5a8b5,d5312b8d5,d512h5,d51i5,c51j5,b521j5,a581k5,b51k5

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


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

Input:
I0
7 7 7b3737,a37a373,373a7a3,3,7d38,3878b3,373a7a3
O0
7 7 a373a73,3,87d3,a3878a3,a373a73,a7b373,b37a37
I1
7 2 b1a2a5,c51a2
O1
7 2 5b1a25,2c512
I2T
2 5 3,,,,
O2T
None
I3T
5 1 b3a2
O3T
None

Output: 2 5 3,,,,

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


Instruction: simons-cellular-automaton, What transformation happens here. gameoflife_nowrap,maze_nowrap,serviettes_wrap

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

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


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

Input:
I0
7 2 a8c08,4789787
O0
7 2 b8c0,7478978
I1
2 2 6,
O1
2 2 6,
I2T
2 5 59,54,57,9,
O2T
None

Output: 2 5 75,9,,95,45

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


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

Input: 3 4 508,1a8,,127

Output: 9 24 b5b0b8,,,,,,b1e8,,,,,,,,,,,,b1b2b7,,,,,

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


Instruction: simonsolveversion1, 'O3T', predict the image

Input:
I0
8 2 25292529,95929592
O0
4 2 2529,9592
I1
4 2 1616,9191
O1
2 2 16,91
I2T
4 2 3636,0
O2T
None
I3T
4 3 4242,3,
O3T
None

Output: 2 3 42,3,

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


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

Input: 27 8 8j7i84c8,j84a84g84b8,g84d84f84c8,b84h84l8,8,g84a84d84a84e8,v84b8,a48a4c84p8

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


Instruction: simonsolveversion1 predict image for 'O4T'

Input:
I0
2 4 1,17,70,15
O0
2 16 15,70,17,1,,71,07,51,,07,71,1,,71,07,51
I1
4 2 6569,6259
O1
4 8 6259,6569,9656,9526,,9656,,9526
I2
2 2 29,8
O2
2 8 8,29,92,8,,92,,8
I3
2 4 35,93,9,
O3
2 16 9,,93,35,53,39,9,,,,39,53,,39,9,
I4T
4 3 7a27,0812,b37
O4T
None
I5T
3 3 950,9a3,590
O5T
None

Output: 4 12 b37,0812,7a27,,2180,7b3,,2180,7a27,,2180,7b3

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


Instruction: simon-image-scale scale-x down by 6, scale-y up by 4

Input: 30 4 e5e1e4e5e9,k1e5e4e6,k1k3e6,k3e5e6e5

Output: 5 16 51459,,,,a1546,,,,a1a36,,,,a3565,,,

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


Instruction: SimonsImageSymmetry make symmetric vstack(orig orig)

Input: 2 22 6,,,69,67,97,,41,,17,,47,64,,,,,,,6,,

Output: 2 44 6,,,69,67,97,,41,,17,,47,64,,,,,,,6,,,,,,69,67,97,,41,,17,,47,64,,,,,,,6,,

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


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

Input:
I0
4 6 a6a2,a7a2,,a1a2,,
O0
2 18 62,,,72,,,,,,12,,,,,,,,
I1
6 3 a5c4,,
O1
3 9 5a4,,,,,,,,
I2
12 5 a6a0a6c0a8,c1a6a4a8a1,a1c4a8c1,c0a8a6c0,c1c0c1
O2
6 15 606a08,,,a16481,,,1a48a1,,,a086a0,,,a1a0a1,,
I3
18 5 4,,,,
O3
9 15 4,,,,,,,,,,,,,,
I4T
20 3 i6a3g6,i6a3a4a6a4a6,6
O4T
None

Output: 10 9 d63c6,,,d634646,,,6,,

dataset=solve_scale group=x2down_y3up predict=image image_width=medium image_height=medium task_pixels=b


Instruction: SIMON-SOLVE-VERSION1 predict image for O3T

Input:
I0
2 7 84,4,48,,,68,8
O0
7 2 d8a4,86c48
I1
7 5 3,,,,
O1
5 7 3,,,,,,
I2T
5 1 b8a7
O2T
None
I3T
1 2 6,7
O3T
None

Output: 2 1 76

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


Instruction: SimonsArcImageShape identify places where shape3x3opposite contains bit 0

Output: 30 11 0,c0a1a01a0a1a0d1010a1b010,e0a1d0b1a010101a01c0,a010a1f01c010a1g0,a010101k01c01d0,a0c1i01g0b1a0,a010a1b01f01i010,0101c0b1r0,0a1o0a1h0,0a10a1a0a1e0a1b01b01c0,0

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


Instruction: SIMONSOLVEVERSION1 'O4T' predict the image

Input:
I0
4 4 9b2,9,,
O0
20 4 c9b2a9b2g9,9,,b2h9b2a9b2
I1
4 3 2123,a2a8,a5a2
O1
20 3 a2a5321a2123a2c5a2,a8a2a8c2c8c2a8,321b2c5a2321a2123
I2
3 4 7,,a37,a71
O2
15 4 1g71c71,7a3f7c37,c7c3f7,b71c71e7
I3
4 2 3437,a3a4
O3
20 2 a4a3734a3437a4c3a4,7343a4c3a4734a3437
I4T
2 2 81,84
O4T
None

Output: 10 2 481a814a84,184a841a81

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


Instruction: Simons-Image-Mass max mass 2, connectivity tlbr2

Input: 7 4 6a528a2,6a2b52,26d2,2

Output: 7 4 1,1a0c1,a1a0b1,b1a0a1

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


Instruction: simonsolveversion1 predict image for 'O4T'

Input:
I0
6 12 6c03,6a8303,01a3a0,0103a0,1a03a0,1a06a0,051630,b03a0,a03b0,03a030,3d0,a03b0
O0
6 12 0,,,,,,,,,,,
I1
12 3 7a5a7b272a7,a5a0a5a27272,7a2c7a2a72
O1
12 3 7,,
I2
3 4 0a7,907,9a7,a70
O2
3 4 7,,,
I3T
4 4 b40,4,5a40,4a68
O3T
None
I4T
4 14 4,,,,,,,,,,,,,
O4T
None

Output: 4 14 4,,,,,,,,,,,,,

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


Instruction: SimonsArcImageShape find shape3x3opposite bit 0

Input: 13 13 a61a61c63a1,63a63d61a6,61j6,a363e6363,363a161a6b13,6361c63a1a6,31b636a1b61,6a13161c636,1616a1b63636,b63c6c31,a3g63a6,3c6a3b6a36,6a16a13136363

Output: 13 13 0,0a10a10c1a0,0c10b101a0,a01010a1d0,b010a1b01a0,a01c0b1010,a01b0b1c0,d0101b010,01c01e0,a0101a0a1a010,0c10d1a0,g010a10,0

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


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

Input:
I0
2 1 78
O0
14 7 f7f8,,,,,,
I1
1 1 3
O1
7 7 3,,,,,,
I2
1 1 1
O2
7 7 1,,,,,,
I3
1 1 8
O3
7 7 8,,,,,,
I4T
1 2 3,7
O4T
None
I5T
2 2 10,65
O5T
None

Output: 14 14 f1f0,,,,,,,f6f5,,,,,,

dataset=solve_scale group=x7up_y7up predict=image image_width=medium image_height=small task_pixels=a


Instruction: SIMONSOLVEVERSION1 'O3T' predict the image

Input:
I0
3 4 874,878,018,a84
O0
3 4 4a8,810,878,478
I1
4 2 b93,a639
O1
4 2 93a6,3b9
I2
2 5 50,,93,53,25
O2
2 5 52,35,39,05,
I3T
5 4 49452,a2b6,a6a42,2a4a2
O3T
None
I4T
4 8 2a86,a216,a286,2,a028,2,1a21,8b2
O4T
None

Output: 5 4 a2a42,2a4a6,b6a2,25494

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


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

Input: 29 6 9,x98b9,,y98a9,,9

Output: 58 12 9,y98z98b9,,x98z9a98a9,,9,,b98z9w98a9,,a98z9w98b9,,9

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


Instruction: SIMONSARCIMAGEMASS max mass 4, connectivity corner4

Input: 6 11 3a7b5,53a575,a5a3a5,c535,d57,5,,,,,

Output: 6 11 b1a01,01a010,a0a101,c010,d01,0,,,,,

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


Instruction: simonsolvev1 predict image for O3T

Input:
I0
9 5 9,d90b9,a9b50b9,c96a5a9,9
O0
5 9 9,,a95a9,,965a9,95a09,95b9,9,
I1
5 4 b787,2a787,7a985,a7987
O1
4 5 a727,79a7,a9a7,8,75a7
I2
4 1 0
O2
1 4 0,,,
I3T
1 5 1,,,,2
O3T
None

Output: 5 1 2c1

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


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

Input: 5 19 421a4,24192,a2b4,24162,29649,26192,62142,42414,42914,421a2,42b4,a2b4,12b4,b4a9,a9b4,2c4,c42,4b21,94124

Output: 19 5 9a429412c46d24,42a494f2694242,12f4194a1614a1,a2b49b42a14946494,412a49b42a4a292424

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


Instruction: SIMONARCRLEIMAGE rotated halfway

Input: 22 5 97a4878b9a7a828982b8,2718b4829a78798728797,821a928c48a78792a8a7,29187b8287b489a87279,q09878

Output: 22 5 8789q0,9727a898b4782b878192,a7a82978a78c482a9128,7978278978a7928b48172,b828982a8a7b9878a479

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


Instruction: SIMON-SOLVE-V1 predict image for O4T

Input:
I0
4 3 1213,b18,
O0
4 6 1213,b18,,1213,b18,
I1
3 3 867,617,
O1
3 6 867,617,,867,617,
I2
3 3 7a1,7,
O2
3 6 7a1,7,,7a1,7,
I3
3 2 1a4,a40
O3
3 4 1a4,a40,1a4,a40
I4T
2 4 75,,71,75
O4T
None
I5T
4 3 a346,3a43,4
O5T
None

Output: 2 8 75,,71,75,,,71,75

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


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

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


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

Input:
I0
2 7 5,53,,93,53,5,56
O0
2 7 5,,,,,,
I1
7 5 2,b21b2,,a021b2,a201b2
O1
7 5 2,,,,
I2
5 11 9c7,7,9b79,79729,b727,,a7927,9a727,79727,b727,79797
O2
5 11 7,,,,,,,,,,
I3
11 1 e3a2b0
O3
11 1 3
I4T
1 4 8,,,
O4T
None

Output: 1 4 8,,,

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


Instruction: Simons-Cellular-Automaton, Identify the transformation. highlife_nowrap,highlife_wrap,maze_wrap

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

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


Instruction: simon-cellular-automata, Given two images, recognize the transformations. gameoflife_wrap,gameoflife_nowrap,serviettes_nowrap,serviettes_wrap,highlife_nowrap

Input:
17 22 3,,,,,i34e3,,3,,,,,,,,,,,,,,
17 22 3,,,,,,,,,,,,,,,,,,,,,

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

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


Instruction: SimonsArcRleImagePair, Histogram-B without colors of Histogram-a

Input:
11 5 b26f2,i26,c2d0a8,6c2a9a8a2,d2a896a2
9 1 c64b28

Output: 4:1

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


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

Input: 21 9 c62b62a6i9,62h91h6,626a5a61c62g6,12561b5e626161a6,625a6b8a5c62a62b6,65b61a6c86a2b61a6,e61d62b6a1b6,b61a626a2d61a6a26,d61b62a61b62b61

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


Instruction: simon-cellular-automaton, Cave with nowrap. steps=1. 8 is dead. 6 is alive.

Input: 7 7 a86a868,6a86868,a868a68,6d86,a8b6a8,a68b68,a86c8

Output: 7 7 8,,,,b8a6a8,,8

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


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

Input:
I0
4 4 03a0,91a0,0910,a061
O0
8 8 a061a030,091b019,91b0190,03a016a0,a06a16a0,091a0190,91c019,03c030
I1
4 4 57a5,87a5,5a85,5908
O1
8 8 5908a575,5a8b578,87b5a85,57a58095,590a8095,5a8a5a85,87c578,57c575
I2
4 2 9095,96a0
O2
8 4 96a05909,9095a069,96c069,909a5909
I3
2 2 50,5
O3
4 4 a505,50a5,5,5a05
I4T
2 3 6,,60
O4T
None
I5T
3 2 3a5,435
O5T
None

Output: 4 6 60a6,6,a606,6a06,6,

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


Instruction: SIMONSOLVEV1 predict image for 'O3T'

Input:
I0
8 8 b5a8595,d5495,a5858985,b5849a5,c54958,8b59856,a5b6865,f68
O0
8 8 f68,b5a8595,d5495,a5858985,b5849a5,c54958,8b59856,a5b6865
I1
8 4 1a0d1,7071a7a1,7b1c7,a107a101
O1
8 4 a107a101,1a0d1,7071a7a1,7b1c7
I2
4 3 6034,b10,93a1
O2
4 3 93a1,6034,b10
I3T
3 6 7,,,a47,753,a78
O3T
None
I4T
6 7 4,3b413,31b43,a7a4a1,147351,b4154,131434
O4T
None

Output: 3 6 a78,7,,,a47,753

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


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

Input:
I0
16 3 a13b13a1a3a1a31,13b13c13b131,1a3a1a3a13b13a1
O0
4 3 1a31,a131,13a1
I1
12 3 906906096096,90290a209209,690690609609
O1
3 3 096,209,609
I2T
12 2 015015201201,102102510510
O2T
None
I3T
8 3 26267575,656a5656,57576262
O3T
None

Output: 2 3 75,56,62

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


Instruction: simon-histogram, perform min

Input:
1:917,0:558
5:1341,7:1298,6:1160,3:1104,2:940,9:806,1:536,4:497,8:486

Output: 1:536


Instruction: simon-solve-v1 predict image for O3T

Input:
I0
6 6 2,25a2a5,d25,25b27,d27,2a5a97
O0
6 6 2a5a97,d27,25b27,d25,25a2a5,2
I1
6 8 a82728,a287a8,a82818,b8168,a81a86,a818a2,81a2a8,a2b83
O1
6 8 a2b83,81a2a8,a818a2,a81a86,b8168,a82818,a287a8,a82728
I2
8 4 a6262a62,626a2a62,26a2b62,b62c6
O2
8 4 b62c6,26a2b62,626a2a62,a6262a62
I3T
4 4 a542,a727,4857,57a4
O3T
None

Output: 4 4 57a4,4857,a727,a542

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


Instruction: SIMONIMAGESCALE, Given two images, recognize the transformation. x1_y3down,x2up_y1

Input:
13 30 6286a8d628,,,a68c6862b6,,,a6a8606a2a628,,,62i76,,,286a020c686,,,26862060b632,,,d68a09a328,,,b6a8b306286,,,a6b3b489626,,,a3a4h6,,
13 10 6286a8d628,a68c6862b6,a6a8606a2a628,62i76,286a020c686,26862060b632,d68a09a328,b6a8b306286,a6b3b489626,a3a4h6

Output: x1_y3down=1,x2up_y1=0

dataset=scale group=recognize_transformation image_width=medium image_height=large scalex=up1 scaley=down3


Instruction: SimonCellularAutomata, What transformation happens. gameoflife_nowrap,maze_wrap

Output: gameoflife_nowrap=0,maze_wrap=0

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


Instruction: simonsolvev1, O3T, predict image

Input:
I0
7 2 c71a7,790a707
O0
7 2 790a707,c71a7
I1
2 3 92,32,23
O1
2 3 23,32,92
I2
3 8 a31,313,129,932,832,839,823,8a9
O2
3 8 8a9,823,839,832,932,129,313,a31
I3T
8 8 4b9a696,64a6a9a6,9b6b96,9674c6,96b94a6,469b6a9,a9b6496,69a69b6
O3T
None
I4T
8 6 b50b56,4a80a546,5a40a565,54054b5,a54a5b4,5b45b4
O4T
None

Output: 8 8 69a69b6,a9b6496,469b6a9,96b94a6,9674c6,9b6b96,64a6a9a6,4b9a696

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


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

Input: 2 7 7,61,67,69,67,,7

Output: 8 7 7,67161a61,6a767a67,6a969a69,6a767a67,61767a67,7

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


Instruction: SIMONSOLVEVERSION1 predict image for 'O3T'

Input:
I0
8 3 90a95a97,9095c9,795a90a9
O0
3 8 7a9,9a0,5a9,959,a95,0a9,9,a97
I1
3 3 483,a53,8
O1
3 3 854,858,8a3
I2
3 6 a07,087,,870,070,
O2
6 3 a08b0,b7a80,b0b7
I3T
6 3 1b424,5a14a2,2a4154
O3T
None
I4T
3 2 a70,1
O4T
None

Output: 3 6 251,414,,1a4,5a2,424

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


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

Input:
I0
4 3 a0a8,1219,b12
O0
4 3 b12,1219,a0a8
I1
3 8 a76,617,a16,1a7,1,a61,161,6a1
O1
3 8 6a1,161,a61,1,1a7,a16,617,a76
I2
8 9 2a848101,0a418101,4a1a0a18,10101b0,b0b101,0b10101,0108a0a1,0b1c0,18a01010
O2
8 9 18a01010,0b1c0,0108a0a1,0b10101,b0b101,10101b0,4a1a0a18,0a418101,2a848101
I3
9 6 76a8d5,485c1a5,6b51c5,5671d5,a51e5,5
O3
9 6 5,a51e5,5671d5,6b51c5,485c1a5,76a8d5
I4T
6 10 36a5a4,59a496,74a956,79c5,735959,76a535,c595,3956a5,353539,a53595
O4T
None
I5T
10 1 3b634a646
O5T
None

Output: 6 10 a53595,353539,3956a5,c595,76a535,735959,79c5,74a956,59a496,36a5a4

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


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

Input:
I0
8 5 e171,e091,1a2179a1,a1329b1,b13c1
O0
8 5 b13c1,a1329b1,1a2179a1,e091,e171
I1
5 1 0b13
O1
5 1 0b13
I2
1 1 1
O2
1 1 1
I3
1 1 9
O3
1 1 9
I4T
1 8 3,0,9,,,,8,3
O4T
None
I5T
8 6 a02a07a0,d20a7,2a07a2a0,a072b02,27a06020,02020a60
O5T
None

Output: 1 8 3,8,9,,,,0,3

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


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

Input:
I0
5 7 7a020,0a207,75250,b270,a2502,20205,7b25
O0
5 7 7b25,7a020,0a207,75250,b270,a2502,20205
I1
7 7 5a92909,2594039,2a90523,b94653,959a5a9,9a54b9,a9a0a92
O1
7 7 a9a0a92,5a92909,2594039,2a90523,b94653,959a5a9,9a54b9
I2
7 8 5,,,,,,,b5c3
O2
7 8 b5c3,5,,,,,,
I3T
8 5 8f1,f18,816161a8,8c1681,16e1
O3T
None
I4T
5 1 c01
O4T
None

Output: 8 5 16e1,8f1,f18,816161a8,8c1681

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


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

Input:
I0
12 9 e5e0,,,,,,,,
O0
2 3 50,,
I1
12 6 3,,,9,,
O1
2 2 3,9
I2
6 15 4,,,,,,,,,8,,,4,,
O2
1 5 4,,,8,4
I3T
18 18 k5e0,,,e0e7e5,,,e0k3,,,e0e7e0,,,e0e8e7,,,e0e3e0,,
O3T
None
I4T
18 3 k8e6,,
O4T
None

Output: 3 6 a50,075,0a3,070,087,030

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


Instruction: SIMONARCIMAGESYMMETRY Symmetry hstack(180 flipx)

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


Instruction: SIMONSARCIMAGESYMMETRY Symmetry vstack(flipx 180 180)

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


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

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


Instruction: Simon-Cellular-Automaton, Maze without wrap. Steps=1. Dead cells have value 6. Alive cells have value 0.

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


Instruction: Simons-ARC-Image-Shape detect shape3x3 bit 6

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


Instruction: simonsolveversion1, 'O2T', predict the image

Input:
I0
6 14 8a5a85,5854a5,b8b5,589785,a595a7,a59b5,a59858,589585,a89a58,859a85,a59b5,458585,58b58,b8b5
O0
18 14 b8e5e8b5,b5b8b5b4e5,h8h5,b5b8b9b7b8b5,e5b9b5e7,e5b9h5,e5b9b8b5b8,b5b8b9b5b8b5,e8b9e5b8,b8b5b9e8b5,e5b9h5,b4b5b8b5b8b5,b5b8h5b8,h8h5
I1
4 2 a676,3176
O1
12 2 e6b7b6,b3b1b7b6
I2T
1 10 6,,9,6,,,,,,
O2T
None

Output: 3 10 6,,9,6,,,,,,

dataset=solve_scale group=x3up_y1 predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMONSOLVEVERSION1, O4T, predict image

Input:
I0
1 3 8,,
O0
1 3 8,,
I1
3 10 7,050,a02,807,505,0a8,0a5,808,0a5,a58
O1
3 10 a58,0a5,808,0a5,0a8,505,807,a02,050,7
I2
10 4 832398a489,9829423283,239a2a9232,b293a98a9
O2
10 4 b293a98a9,239a2a9232,9829423283,832398a489
I3
4 6 5a09,1a09,80a5,8595,53a5,0320
O3
4 6 0320,53a5,8595,80a5,1a09,5a09
I4T
6 8 2d0,a2a727,7d2,b27a2,727b2,7a27a2,a2c7,7a2b7
O4T
None

Output: 6 8 7a2b7,a2c7,7a27a2,727b2,b27a2,7d2,a2a727,2d0

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


Instruction: SIMONSARCIMAGESHAPE identify places where shape3x3opposite contains bit 0

Input: 7 3 b639a2,6a3a2a6,b2a9a6

Output: 7 3 0,,

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


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

Input:
I0
1 3 5,2,
O0
1 3 2,5,2
I1
3 7 515,,,a57,525,585,5
O1
3 7 a51,7a5,a52,a58,5,a51,
I2
7 1 535c6
O2
7 1 5c653
I3
1 2 5,9
O3
1 2 5,9
I4T
2 7 04,64,67,74,36,,
O4T
None
I5T
7 8 c5b0,a58a545,58a54a5,8b54a5,5a8c5,a568535,a565a85,56d3
O5T
None

Output: 2 7 67,74,36,,,04,64

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


Instruction: simons-arc-image-scale scalex=down6 scaley=down3

Input: 6 9 5,,,4,,,,,

Output: 1 3 5,4,

dataset=scale group=scale_input image_width=small image_height=small scalex=down6 scaley=down3


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

Input: 12 8 7,,b72g7,c7a2e7,e72d7,a7e2c7,7,

Output: 12 32 7,,g72b7,e7a2c7,d72e7,c7e2a7,7,,,,g72b7,e7a2c7,d72e7,c7e2a7,7,,,,a7e2c7,e72d7,c7a2e7,b72g7,7,,,,c7e2a7,d72e7,e7a2c7,g72b7,7,

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


Instruction: what are the shared colors between Simons-Histogram

Input:
2:1591,6:1436,4:1309,9:1193,5:1188,7:1053,1:737,8:622,3:45
0:1202,1:1039,5:640

Output: 1,5


Instruction: SIMONSIMAGESYMMETRY Symmetry 2x2(180 orig orig orig)

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


Instruction: simons-image-shape shape3x3 histogram corners number of unique colors

Input: 26 4 c18c18a18a18b18a1b81,d18618e168b416a818,a18a18a16a16d481818a181,818e1b46e1818c1

Output: 26 4 c1c212c1c21d2a1,121f2d323a21d21,121c232323c2b32323a21,121a21a21c2b1a2c1a2a1

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


Instruction: FlipB SIMONARCIMAGE

Input: 17 1 b1a56a5g15

Output: 1 17 5,1,,,,,,,,5,,6,5,,1,,

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


Instruction: SimonRLEImagePair, Histogram A without colors of Histogram B

Input:
18 1 a7a20a9a0979a709a7
2 6 9,08,09,06,90,9

Output: 7:7,2:2

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


Instruction: SimonsRLEImagePair, histogram a without colors of histogram b

Input:
16 10 b0b32437b3030,4b3782a47303743,c308323d4a3,34a36a32731307a3,b367a42a13a0303,30b4342b3a0b3,34c34023040303,f3020b3043,3034b373a0d3,7b30a340b37303
19 6 e8a6a8f3a8,b8a0363b6a8a4c8,a8d46a58a6e8,f8682b8a6c8,g86i8,

Output: 7:10,1:3

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


Instruction: Rotate counter-clock-wise SIMONARCIMAGE

Input: 8 15 10b10a1,a0e1,d10a1,171b0a1,0760c1,a17010a1,a17a01a0,a170c1,a1706b1,10106b1,b1016a1,0c10a1,b1010a1,d10a1,e1a0

Output: 15 8 e10f10,,01a010c16b01,b10a101a6d1,b1g010a1,c16c7e1,a01a7c10d1,10a10e10b1

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


Instruction: SimonsHistogram, Histogram-B excluding Histogram-a colors

Input:
8:1458,0:1293,5:1080,3:739,2:620,1:538,4:520,6:502
4:1414,8:1176,2:973,0:830

Output: empty


Instruction: Simons-Image-Scale scalex=down3 scaley=up4

Input: 15 7 h3b2b3,b2b3b8b4b2,b2b3h2,b2e4b2b3,b3h2b3,b4b3h2,e2b4e2

Output: 5 28 b323,,,,23842,,,,23b2,,,,2a423,,,,3b23,,,,43b2,,,,a24a2,,,

dataset=scale group=scale_input image_width=medium image_height=small scalex=down3 scaley=up4


Instruction: simon-image-mass identify places where max mass is 6, connectivity toprightbottomleft2

Input: 9 15 c2527a2,b2582721,2125827a2,725282a75,a25287a25,25b28a25,251718275,0c28a25,027028258,0b20a858,c82a058,a21c208,7b27b28,a27e2,2

Output: 9 15 1,,,,,,,,,,,,,,

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


Instruction: Minimum of SIMONS-ARC-HISTOGRAM

Input:
9:1550,2:1324,0:735,8:684,5:411,7:234,6:150
4:1495,7:1448,6:1163,8:1122,9:1110,2:739,3:139,1:123

Output: 9:1110,2:739,8:684,7:234,6:150


Instruction: SIMONSOLVEVERSION1 'O2T' predict the image

Input:
I0
5 6 7,,b727,7b20,a7290,a7297
O0
5 6 29b7,7,,72b7,a2072,290a7
I1
6 5 959b5,b5959,9a5b0,9a5a65,959b5
O1
6 5 9b595,,5959a5,5b095,5a6595
I2T
5 2 c81,71a31
O2T
None

Output: 5 2 a3171,a81a8

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


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

Input:
I0
6 3 b8a48,484a84,84c8
O0
2 3 48,84,8
I1
9 2 12594a949,94912a521
O1
3 2 949,521
I2
6 3 a31a61,464a64,16c3
O2
2 3 61,64,3
I3T
6 2 261a61,162a62
O3T
None

Output: 2 2 61,62

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


Instruction: SIMONSIMAGESYMMETRY Symmetry hstack(orig flipx 180)

Input: 19 21 1,,f14j1,,f134i1,,a12c134i1,b1a2b14i1,c10a2134h1,c10a1234h1,d10a1a2h1,e101312g1,f10314a2e1,f10a14a1a2c1,g10a14b12b1,h1014f1,i104f1,,j104e1,k10e1,1

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


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

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


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

Input: 11 3 a943b13974,47a9a1973a9,79319a74739

Output: 33 3 79319a7473979319a7473979319a74739,47a9a1973a947a9a1973a947a9a1973a9,a943b13974a943b13974a943b13974

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


Instruction: SIMONIMAGESCALE, What transformation happens here. x1_y1,x2up_y1

Input:
8 11 7373a707,0b73a70,c730a3,73a73737,b7a3763,370b736,7b10396,70a6a170,70a7a673,0707a0a6,d7a07
24 11 b7b3b7b3e7b0b7,b0h7b3e7b0,k7b3b0e3,b7b3e7b3b7b3b7,h7e3b7b6b3,b3b7b0h7b3b6,b7h1b0b3b9b6,b7b0e6e1b7b0,b7b0e7e6b7b3,b0b7b0b7e0e6,n7e0b7

Output: x1_y1=0,x2up_y1=0

dataset=scale group=recognize_transformation image_width=small image_height=medium scalex=up3 scaley=down1


Instruction: simons-cellular-automata, Maze without wrap. Steps=1. Dead cells have value 1. Alive cells have value 8.

Input: 17 10 1,,,,,,c1818i1,81818k1,1,

Output: 17 10 1,,,,,,b1b8j1,,1,

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


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

Input:
I0
4 2 6b7,7a67
O0
20 2 6c7a6c767a6c76,7a6c767a676c7a67
I1
2 4 25,42,49,45
O1
10 4 2a54524a52,42942a4924,49249a4294,4a52542a54
I2T
4 3 9,,
O2T
None
I3T
3 2 a87,6a5
O3T
None

Output: 20 3 9,,

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


Instruction: SIMONSIMAGESHAPE shape3x3 histogram diamond5 number of unique colors

Input: 5 16 a71a7,71727,1a2a7,a71a7,12b7,7,732a7,171a7,7,1a717,a3b7,31721,3a1a7,1a737,1a731,a72a7

Output: 5 16 1a231,2a3a2,b321,2a321,b3a1,232a1,a3421,2a321,21a21,a3b2,23232,2c3,23242,32323,a2b3,b232

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


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

Input: 6 11 a15b1,1a51a5,a5b15,b5156,1a5151,a1a515,7a1751,301657,a10a65,561316,1

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


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

Input: 3 10 568,,5a6,5a8,652,256,856,258,8a6,6

Output: 3 50 568,,5a6,5a8,652,256,856,258,8a6,6,,a68,852,658,652,256,a85,a65,865,,,,a65,a85,256,652,658,852,a68,6,,8a6,258,856,256,652,5a8,5a6,568,,,,5a6,5a8,652,256,856,258,8a6,6

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


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

Input:
I0
7 8 a898b9,8a9a8a9,9898b9,e89,89a8989,a9d8,a898b9,a98a989
O0
7 8 8b98a9,a9a8989,a98a9a8,b98989,89d8,8989a89,a8a9b8,a9a8989
I1
8 1 b231547
O1
8 1 47b2315
I2
1 4 2,,5,
O2
1 4 5,2,,5
I3
4 8 9a17,9a71,1971,7417,1a07,4b7,7171,a7a1
O3
4 8 a1a7,1791,7197,7a19,1a74,0710,a747,7171
I4T
8 1 d5a05
O4T
None

Output: 8 1 0e50

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


Instruction: Simon-Cellular-Automaton, Recognize the transformation between input and output. cave_nowrap,gameoflife_wrap

Input:
17 12 9,,,,,,,,,,,
17 12 9,,,,,,,,,,,

Output: cave_nowrap=1,gameoflife_wrap=1

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


Instruction: simonsolvev1, O3T, predict image

Input:
I0
6 20 a232a6,,,,,a23a26,,,,,2326a2,,,,,6326a2,,,,
O0
18 4 e2b3b2e6,e2b3e2b6,b2b3b2b6e2,b6b3b2b6e2
I1
5 20 94519,,,,,b951,,,,,49454,,,,,8,,,,
O1
15 4 b9b4b5b1b9,h9b5b1,b4b9b4b5b4,8
I2T
6 10 c010,,,,,b01a8,,,,
O2T
None
I3T
2 15 91,,,,,3,,,,,76,,,,
O3T
None

Output: 6 3 b9b1,3,b7b6

dataset=solve_scale group=x3up_y5down predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMONSIMAGEMASS max mass 6, connectivity toprightbottomleft2

Input: 2 13 2,73,,,,,97,,,87,82,,2

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

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


Instruction: SimonsImageSymmetry symmetry hstack(flipy flipx 180 180)

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


Instruction: CCW rotate Simon-ARC-RLE-Image

Input: 20 5 4b2a4b24747a27a204,7024a27042742727b24,4024a727b2a4a24b24,420247k647,c2a47a2a7b47a20a2

Output: 5 20 b472,0a242,b260,b262,a7462,b267,27264,72464,b464,a7267,4a267,24262,20762,27267,42a74,427a4,2a4a2,b202,2a0a2,47a42

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


Instruction: Simon-ARC-Image-Scale scalex=down5 scaley=up2

Input: 20 14 d6n3,d9d3d6d3,d3d9d5d3,3,d3d9i3,3,,d3d9i3,d5n3,d9d3d9d3,d6d5i3,d9n3,i3d5d3,n3d5

Output: 4 28 6b3,,9363,,3953,,3,,39a3,,3,,,,39a3,,5b3,,9393,,65a3,,9b3,,a353,,b35,

dataset=scale group=scale_input image_width=medium image_height=medium scalex=down5 scaley=up2


Instruction: SimonsCellularAutomaton, HighLife wrap=both. steps=1. live=6. dead=3.

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


Instruction: SimonsArcRleImagePair, intersection of colors of the images

Input:
17 2 a40c6g984,a79d4c874749
4 3 85a9,a516,a156

Output: 6,8,9

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


Instruction: simon-arc-image-symmetry make symmetric hstack(flipy flipy)

Input: 9 16 56a565656,a645b6a5,b64a65a6,5a65461a6,5b646156,a61a64165,a615a61a6,b6161a65,b65a15a6,c6a15a6,6a5651a65,e65a6,c65b65,a565a65a6,5d6a56,5c6b56

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


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

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

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


Instruction: SIMONSARCIMAGE rotated by 180 degrees

Input: 5 6 b919,,a9198,92168,21909,2c9

Output: 5 6 c92,90912,86129,891a9,91b9,

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


Instruction: SIMONSARCIMAGEPAIR, exclude histogram b colors from histogram a

Input:
12 9 a02h0,02e01b0,2c02101081,0102b048201,12b0b4b02,01b0a5b4a0,018a0541a5a6,b025141a801,a0210148a1a0
18 8 05053a0730a5050530,3d53b7a50535a0,0a75050b7a3757530,37c503a5735a7305,7573a057573a787a03,a50b537350a378750,350b5a35a36a9a735,303a5a0a3b9035375

Output: 1:17,2:10,4:10

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


Instruction: simonsolveversion1, O4T, predict image

Input:
I0
1 7 2,8,2,8,,2,8
O0
1 7 8,2,8,2,,8,2
I1
3 8 0a1,101,a10,101,1,0a1,1a0,1
O1
3 8 1a0,010,a01,010,0,1a0,0a1,0
I2
9 13 4a94a94a9,9a4a94949,d9b49,94b9a4a9,f4a9,a9a4a9494,a494d9,b49494a9,494d94,d49494,94949b49,c494a94,94a949b4
O2
9 13 9a49a49a4,4a9a49494,d4b94,49b4a9a4,f9a4,a4a9a4949,a949d4,b94949a4,949d49,d94949,49494b94,c949a49,49a494b9
I3
14 4 b5151b515b1,b151515c1a5,5a1b5b1c51,515c1a5151a5
O3
14 4 b1515b151b5,b515151c5a1,1a5b1b5c15,151c5a1515a1
I4T
3 3 626,2a6,6
O4T
None
I5T
14 2 b38c3a83b8,8383838b3c8
O5T
None

Output: 3 3 262,6a2,2

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


Instruction: simonshistogram, unique colors

Input:
4:1231,7:1144,6:1118,3:1109,8:820,2:666
4:1179,9:48

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


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

Input: 29 3 c5a0a5080b57a5058b5b6b5,b057c508e5875b685a0a5,8a50b5850a75b87b587575a707

Output: 30 4 0b10101c0a1a01c0a10a10a10,0a1b0b1b0d1c0a1b01010,a01a0a1c01a0a1a0a1e01b0,1

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


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

Input:
17 10 23a5252b53902525,b5254b5a90d5,52b525a950c545,52b5a24302b52a5,545a2a520424a52a5,5a25425402d525,23b545053a5453a5,534b50a52f5,432540a5b2a52545,4525054b54d54
19 10 3,,,,,,,,,

Output: empty

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


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

Input:
I0
3 18 6a3,,,,,6a1,637,697,,937,,a37,a73,,,373,,371
O0
18 18 e6k3,,,,,e6k1,e6e3e7,e6e9e7,,e9e3e7,,k3e7,k7e3,,,e3e7e3,,e3e7e1
I1
3 10 8,,,,,,,,,
O1
18 10 8,,,,,,,,,
I2T
2 8 64,46,6,,86,6,86,6
O2T
None

Output: 12 8 e6e4,e4e6,6,,e8e6,6,e8e6,6

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


Instruction: simon-arc-image-mass max mass 3, connectivity all8

Input: 11 15 a3a4f3,b39a4d3,b39a3a4b3,c39b3a43,d39b353,e3935a3,e395b3,f39b3,e3539a3,e35a393,d35b093,e3a0a39,c3a0d3,a3a0f3,3

Output: 11 15 0,,,,h010,g01a0,f01b0,0,e01c0,,d01d0,0,,,

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


Instruction: SIMONARCIMAGESCALE, Given two images, recognize the transformation. x2up_y1,x1_y1,x3up_y1

Input:
14 3 4,0,f6f4
2 15 4,,,,,0,,,,,64,,,,

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

dataset=scale group=recognize_transformation image_width=medium image_height=small scalex=down7 scaley=up5


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

Input: 14 1 5a047a0a5d1

Output: 14 1 1

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


Instruction: simon-cellular-automaton, Identify the transformation. gameoflife_nowrap,highlife_nowrap

Output: gameoflife_nowrap=0,highlife_nowrap=0

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


Instruction: simon-image-scale, Given two images, recognize the transformation. x4up_y1,x1_y1,x3up_y1,x5up_y1,x2up_y1

Input:
6 30 1,,b0b7,b0b1,,,b0b4,,,,,b0b5,,,b1b5,,,,,b7b5,b1b5,,,,b7b5,b1b6,b6b7,b6b1,,b1b7
2 30 1,,07,01,,,04,,,,,05,,,15,,,,,75,15,,,,75,16,67,61,,17

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

dataset=scale group=recognize_transformation image_width=small image_height=large scalex=down3 scaley=down1


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

Input:
I0
6 6 b7b3,7a3794,32c7,374b7,74c7,7
O0
6 6 7,c747,b7473,c723,497a37,b3b7
I1
6 2 1a2b7,b79a1
O1
6 2 a19b7,b7a21
I2
2 3 09,74,48
O2
2 3 84,47,90
I3
3 1 a57
O3
3 1 7a5
I4T
1 5 7,,,,
O4T
None

Output: 1 5 7,,,,

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


Instruction: Simon-ARC-Image-Shape find shape3x3 bit 4

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


Instruction: simons-image-shape find shape2x2 bit 3

Input: 28 2 u9b68a9,9

Output: 29 3 z001,u1c0b1,z001

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


Instruction: SIMONS-ARC-HISTOGRAM plus

Input:
9:1060,2:512,0:328
1:1336,2:1240,7:767,4:404,8:24

Output: 2:1752,1:1336,9:1060,7:767,4:404,0:328,8:24


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

Input:
I0
1 5 4,,5,4,
O0
1 5 4,,5,4,
I1
5 6 04a50,a03a0,25361,51b3,05860,0a528
O1
5 6 0a540,a03a0,16352,b315,06850,82a50
I2
6 2 a921a2,67b21
O2
6 2 a212a9,1b276
I3T
2 8 9,95,91,,82,52,25,28
O3T
None
I4T
8 3 c02123,3829a494,a06a03a4
O4T
None

Output: 8 3 3212c0,49a49283,a43a06a0

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


Instruction: SIMONIMAGESHAPE shape3x3 histogram diamond5 number of unique colors

Input: 14 1 e3g9

Output: 14 1 d1a2f1

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


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

Input: 12 12 1,,,,1a2h1,a1b2f1,c1b2d1,d121a2b1,e1a21a21,g12b1,1,

Output: 12 12 a1i0,1j0,0,,0a1h0,d1f0,a1a0b1c01,1c010a10a1,e0a10a10,g01b0,f01b01,e01b0a1

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


Instruction: Simon-Cellular-Automata, Given two images, recognize the transformations. serviettes_wrap,cave_nowrap,serviettes_nowrap,maze_nowrap,maze_wrap

Input:
25 23 0,o03g0,0,v030,m03i0,o03g0,0,,,v0a3,w03,h03n0,i03c0a3g0,0,o03g0,0,,,,,,,
25 23 0,,,,,,,,,,,,,,,,,,,,,,

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

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


Instruction: simon-histogram, overlapping colors

Input:
6:459
0:1515,6:1262,7:1255,1:657,3:632,8:503,5:446,2:417,9:78

Output: 6


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

Input:
I0
4 18 a747,,,,,,,,,,,,,,,,,
O0
8 3 c7a4a7,,
I1
10 18 6265a98a56,,,,,,a656a95856,,,,,,b69a52686,,,,,
O1
20 3 a6a2a6a5c9a8c5a6,c6a5a6c9a5a8a5a6,e6a9c5a2a6a8a6
I2
10 6 h37,,,,,
O2
20 1 q3a7
I3T
2 12 97,,,,,,94,,,,,
O3T
None
I4T
6 6 a2b58,,,,,
O4T
None

Output: 12 1 c2e5a8

dataset=solve_scale group=x2up_y6down predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
I0
4 4 1901,21a3,2121,2721
O0
16 4 109a127219012721,a312121a21a32121,1212a31a212121a3,12721091272a1901
I1
4 3 6b3,6016,a616
O1
16 3 b3a61b6b3a616,610a610a601a6016,61a6b3b61a6b3
I2
3 4 1a7,3a1,973,7
O2
12 4 a71b71d7,a1a3793a1973,379a1397a3a1,d71b71a7
I3
4 2 37a6,3b4
O3
16 2 a673b4a37a63b4,b43a67a3b437a6
I4T
2 4 37,70,25,
O4T
None

Output: 8 4 73523725,07527025,52072570,52732537

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


Instruction: Simons-ARC-Image-Symmetry make symmetric hstack(180 flipx)

Input: 9 16 1a70d7,0a17a0a70,d01b0,0701b070,1a010b70,b0170171,7a10171a0,010707a07,017c071,a71a0a1a0,070171a01,c0b101,b01b0a7,b070a171,a70a71b0,07a17a070

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


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

Input:
I0
7 3 23b762,0b5b6,8a20b3
O0
7 3 60b5a6,38a20a3,a23b76
I1
3 2 4a8,614
O1
3 2 848,461
I2
2 8 94,59,91,75,95,,45,95
O2
2 8 54,59,49,95,19,57,59,
I3
8 4 9b89b8,b85a6a4,8a58a405,38d20
O3
8 4 58a58a40,038d2,89b89a8,4b85a64
I4T
4 8 8383,83a8,a839,b89,a891,8391,8a51,89a8
O4T
None
I5T
8 8 b39b31,3939c3,a3139b3,c3a9a3,c39273,39b3924,39b0904,135d3
O5T
None

Output: 8 8 439b090,3135c3,1b39b3,a3939b3,b3139a3,d3a93,d3927,439b392

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


Instruction: Convert Simons-ARC-RLE-Image and return the transposed

Input: 6 16 1,,a19b1,,,,,a194a1,a19413,a19431,,a193a1,,a195a1,a15b1,

Output: 16 6 1,,a1k9a5,f1c4a35a1,h1a3d1,g13f1

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


Instruction: simons-arc-image-shape identify places where shape3x3 contains bit 0

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


Instruction: Sum these Simon-ARC-Histogram

Input:
9:1407,2:1273
5:1293,0:1060,2:768,9:645,8:426,3:98

Output: 9:2052,2:2041,5:1293,0:1060,8:426,3:98


Instruction: Rotate CounterClockwise Simons-ARC-RLE-Image

Input: 5 18 07b0,075a0,37503,07b0,37b0,7c0,7a303,7a340,70340,10343,13830,10830,18030,183a0,a1b0,03b0,0,03b0

Output: 18 5 a03b03a03g0,f0b4b3d0,0a5b0c3a803c0,d70a3a030a81303,a0303c7e1b0

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


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

Input:
I0
3 2 929,
O0
6 4 92a929,,,
I1
2 3 08,90,06
O1
4 6 6a08,0a90,8a06,6080,0909,8060
I2T
3 4 303,306,,a13
O2T
None
I3T
4 2 a8a6,b86
O3T
None

Output: 8 4 6d8a6,a6d86,6b8a6a8,a6a86b8

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


Instruction: simonsolveversion1, 'O5T', predict the image

Input:
I0
7 2 d0a1,b7a517
O0
7 2 a1d0,1c7a5
I1
2 5 63,35,3,62,
O1
2 5 63,35,3,62,
I2
5 2 c21,b212
O2
5 2 21b2,1c2
I3
2 1 14
O3
2 1 14
I4T
1 2 6,0
O4T
None
I5T
2 8 04,,08,70,,74,54,
O5T
None

Output: 2 8 04,,08,70,,74,54,

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


Instruction: SIMONSOLVEVERSION1 predict image for O2T

Input:
I0
4 1 0b4
O0
20 7 d0n4,,,,,,
I1
1 2 2,
O1
5 14 2,,,,,,,,,,,,,
I2T
3 1 a84
O2T
None
I3T
1 2 6,
O3T
None

Output: 15 7 i8d4,,,,,,

dataset=solve_scale group=x5up_y7up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: SIMONSOLVEV1 predict image for 'O4T'

Input:
I0
2 2 0,4
O0
10 4 0,,4,
I1
1 8 6,5,,,2,,,
O1
5 16 6,,5,,,,,,2,,,,,,,
I2
4 10 2,b20,,a202,,,,20a2,a8a2,2
O2
20 20 2,,n2d0,,,,i2d0d2,,,,,,,,d2d0i2,,i8i2,,2,
I3
3 4 709,901,a03,039
O3
15 8 d7d0d9,,d9d0d1,,i0d3,,d0d3d9,
I4T
2 2 45,46
O4T
None

Output: 10 4 d4d5,,d4d6,

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


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

Input:
I0
5 14 9a6a4,,,,,,,1a4a7,,,,,,
O0
10 2 a9c6c4,a1c4c7
I1
5 14 280a9,,,,,,,289a7,,,,,,
O1
10 2 a2a8a0c9,a2a8a9c7
I2
7 7 4b56a5,,,,,,
O2
14 1 a4e5a6c5
I3T
1 14 8,,,,,,,2,,,,,,
O3T
None
I4T
8 14 2a7256a2,,,,,,,264a7b2,,,,,,
O4T
None

Output: 2 2 8,2

dataset=solve_scale group=x2up_y7down predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
I0
12 2 c76a46a842,a428d7b4
O0
12 2 7,
I1
2 8 93,35,85,07,97,87,,
O1
2 8 7,,,,,,,
I2
8 3 b7a9b3,b3b763,b36a306
O2
8 3 3,,
I3T
3 11 543,347,,745,415,a45,457,454,474,354,734
O3T
None

Output: 3 11 4,,,,,,,,,,

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 3 4a35,b47,2
O0
4 6 2,7b4,5a34,4a35,b47,2
I1
3 3 696,296,6
O1
3 6 6,692,696,,296,6
I2
3 4 7a8,835,a75,805
O2
3 8 508,5a7,538,a87,7a8,835,a75,805
I3
4 2 3010,2125
O3
4 4 5212,0103,3010,2125
I4T
2 4 16,82,,12
O4T
None

Output: 2 8 21,28,,61,16,82,,12

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


Instruction: simons-arc-image-scale scale-x down by 4, scale-y up by 2

Input: 12 8 c4g8,,g8c4,c8c4c8,,c4g8,c4c6c8,8

Output: 3 16 4a8,,,,a84,,848,,,,4a8,,468,,8,

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


Instruction: SIMONSOLVEV1 'O4T' predict the image

Input:
I0
16 12 c6c0g9,,,c4c0g9,c3c0g9,c9c8g9,c1c5g9,c9c1g9,c9c5c1c9,c9c5g9,9,
O0
4 12 60a9,,,40a9,30a9,98a9,15a9,91a9,9519,95a9,9,
I1
12 10 c2g3,,c4c2c4,,c4c3c4,g4c9,c7c4c3,,c4c6c3,c4g3
O1
3 10 2a3,,424,,434,a49,743,,463,4a3
I2
12 4 6,c6g3,c3g6,3
O2
3 4 6,6a3,3a6,3
I3
4 3 1,,
O3
1 3 1,,
I4T
4 18 4,,,,,,,,,,1,,3,,,,,
O4T
None

Output: 1 18 4,,,,,,,,,,1,,3,,,,,

dataset=solve_scale group=x4down_y1 predict=image image_width=medium image_height=medium task_pixels=b


Instruction: simons-cellular-automaton, Identify the transformation. cave_nowrap,gameoflife_nowrap,cave_wrap,serviettes_wrap,highlife_wrap

Input:
14 18 8,h83c8,g8a3c8,j83a8,8,,,,,,,,,83k8,8,e83f8,,e8a3e8
14 18 8,,,,,,,,,,,,,,,,,

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

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


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

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


Instruction: SIMONARCRLEIMAGE rotated by 180 degrees

Input: 20 6 89a5904a80a50505a0a5,b595940a8d5a0505,58a5a0849a50a150b50,858a5054a0a58b59b5,85058b54g50a5,509505054a8908050598

Output: 20 6 895050809a8450505905,a50g54b585058,b59b58a5a0450a5858,0b505a10a5948a0a585,505a0d5a804959b5,a5a05050a50a8409a598

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


Instruction: SIMONSCELLULARAUTOMATA, Recognize the transformation. maze_nowrap,highlife_wrap

Input:
12 15 5,,,,,,,,,,,,,,
12 15 5,,,,,,,,,,,,,,

Output: maze_nowrap=1,highlife_wrap=1

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


Instruction: simons-image-pair, add histograms

Input:
13 5 93c932a93a9,29a32a92b9a3,a9423c93b9,393i9,a9393c932a9
9 9 0616a10a1,106a10a16,106a06a10,1a06060a1,101061010,a106a0b1,a01a0c1,61c0b1,1a01610a1

Output: 9:44,1:39,0:30,3:14,6:12,2:6,4:1

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


Instruction: Maximum of SIMON-ARC-HISTOGRAM

Input:
4:764,7:538
4:1068,5:759,7:685,1:619,9:593,2:367

Output: 4:1068,5:759,7:685,1:619,9:593,2:367


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

Input: 6 25 75b75,a78757,a78b7,a781a7,5871a7,58c7,7475a7,74a575,74c7,745b7,5475a7,4d7,4a7a57,45c7,47b57,4575a7,75b75,a75a75,b7575,a7a5a7,b7a57,5b7a5,7,575b7,b75a7

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


Instruction: simon-image-mass identify places where max mass is 4, connectivity tlbr2

Input: 8 13 2,,,b25c2,,,,,2,,,,

Output: 8 13 1b0c1,a1b0b1,b1b0a1,c1b01,d1b0,0d1a0,a0d10,b0d1,c0c1,1c0b1,a1c0a1,b1c01,c1c0

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


Instruction: SIMONSIMAGESYMMETRY make symmetric hstack(orig orig)

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


Instruction: simonsolveversion1 'O4T' predict the image

Input:
I0
2 4 5,95,65,
O0
2 16 65,,95,5,,95,65,,56,,59,5,,95,65,
I1
4 3 5,59a5,a5a3
O1
4 12 a5a3,59a5,5,,59a5,a5a3,a3a5,a595,5,,59a5,a5a3
I2
3 4 8,a86,,836
O2
3 16 836,a86,,8,,a86,,836,638,6a8,,8,,a86,,836
I3T
4 2 a691,a171
O3T
None
I4T
2 2 15,35
O4T
None

Output: 2 8 35,15,,35,53,51,15,35

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


Instruction: simonsolvev1 predict image for O3T

Input:
I0
5 6 3c4,c43,a4b3,43534,45a84,58a43
O0
5 6 3a485,4a854,43534,b3a4,3c4,c43
I1
6 2 b3b5,b5b2
O1
6 2 b2b5,b5b3
I2
2 4 1,19,9,
O2
2 4 9,,91,1
I3T
4 4 0b5,0147,a378,4187
O3T
None

Output: 4 4 7814,87a3,7410,b50

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


Instruction: simonsolvev1 predict image for O3T

Input:
I0
5 3 10323,07395,13b1
O0
5 3 07395,13b1,10323
I1
3 5 853,358,351,3,5a8
O1
3 5 3,5a8,853,358,351
I2
5 7 a4204,,a4240,c90,42b4,4,
O2
5 7 4,,a4204,,a4240,c90,42b4
I3T
7 4 c5a35,5,a302a53,3a503a5
O3T
None

Output: 7 4 a302a53,3a503a5,c5a35,5

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


Instruction: Process SIMONSARCRLEIMAGEPAIR and return the sum of histograms

Input:
1 8 7,8,,,,,,
16 9 k73737,d73d73c7,e73a7373a737,3b7b3f7a3,j73c7,3c73a7373d7,e73b73d7,b7a373h7,a3c73c73c7

Output: 7:117,3:28,8:7

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


Instruction: process Simon-ARC-RLE-Image and return flipa

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


Instruction: SimonCellularAutomaton, What transformation happens. cave_wrap,serviettes_wrap,highlife_nowrap

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

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


Instruction: simon-solve-v1 predict image for O3T

Input:
I0
4 3 0,6b0,6060
O0
8 6 c06060,b0a6b0,0606c0,d0606,6e06,606d0
I1
3 4 239,2a0,290,2a0
O1
6 8 93a2a0,a0a290,09a2a0,a0a239,239a02,2b092,29b02,2a0932
I2
4 3 2608,2808,83a8
O2
8 6 806283a8,808a2808,a8382608,260b838,280a8082,83b8062
I3T
3 4 878,078,039,304
O3T
None
I4T
4 2 a9a6,5b4
O4T
None

Output: 6 8 878304,87a039,93a078,403878,878403,078930,039870,304878

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


Instruction: SimonImageMass max mass 5, connectivity topleftbottomright2

Input: 13 13 0,,5k0,05j0,a05i0,b05h0,c0a5f0,e05e0,f05d0,g05c0,h05b0,0,

Output: 13 13 g0d1,1g0c1,a1g0b1,0a1g0a1,a0a1g01,b0a1g0,c0a1f0,e01e0,1e01d0,a1e01c0,b1e01b0,c1e01a0,d1e010

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


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

Input:
11 2 7a17a186717,7f1a71
3 4 252,152,752,

Output: 2:5,5:4

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


Instruction: SimonsImageSymmetry apply symmetry vstack(orig flipy 180 180 180)

Input: 27 25 3,,e3b8q3,h3e8k3,n3d8f3,s3a89c3,t39d3,s39e3,r39f3,q39g3,p39h3,o39i3,n39j3,m39k3,k3a93d9d8a3,d3i9d8f3,d39c39o3,c39c39p3,c39b39q3,c39a39r3,b39a39s3,b3939t3,b3a9u3,a3a9v3,a39w3

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


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

Input: 18 27 5,,d52k5,,c52l5,,,,b52m5,,5,,,,,,,,,,,,,,,,

Output: 18 108 5,,,,,,,,,,,,,,,,,m52b5,,l52c5,,,,k52d5,,5,,,,,,,,,,,,,,,,,,,b52m5,,c52l5,,,,d52k5,,5,,,,,,,,,,,,,,,,,,,m52b5,,l52c5,,,,k52d5,,5,,,,d52k5,,c52l5,,,,b52m5,,5,,,,,,,,,,,,,,,,

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


Instruction: SIMONSCELLULARAUTOMATA, Identify the transformation. maze_wrap,cave_nowrap,serviettes_wrap,highlife_wrap

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

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


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

Input:
I0
6 16 3,,,,,,,,,,,,,,,
O0
12 4 3,,,
I1
7 8 b30935,,,,8a0b71,,,
O1
14 2 e3a0a9a3a5,a8c0e7a1
I2
3 4 8,,,
O2
6 1 8
I3
1 12 0,,,,,,,,8,,,
O3
2 3 0,,8
I4T
6 4 7b913,,,
O4T
None
I5T
1 20 9,,,,4,,,,,,,,,,,,,,,
O5T
None

Output: 2 5 9,4,,,

dataset=solve_scale group=x2up_y4down predict=image image_width=medium image_height=medium task_pixels=a


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

Input:
I0
2 13 67,,76,72,92,,,97,,,7,,
O0
8 13 c6c7,,c7c6,c7c2,c9c2,,,c9c7,,,7,,
I1
4 13 a939,3a93,2939,3949,9349,34a9,9493,9492,4b9,,3939,9,9293
O1
16 13 g9c3c9,c3g9c3,c2c9c3c9,c3c9c4c9,c9c3c4c9,c3c4g9,c9c4c9c3,c9c4c9c2,c4k9,,c3c9c3c9,9,c9c2c9c3
I2
4 4 a616,a619,6519,9616
O2
16 4 g6c1c6,g6c1c9,c6c5c1c9,c9c6c1c6
I3T
1 12 5,,,,,,,,,,,
O3T
None

Output: 4 12 5,,,,,,,,,,,

dataset=solve_scale group=x4up_y1 predict=image image_width=medium image_height=medium task_pixels=a


Instruction: Simons-ARC-Image flip-b

Input: 1 17 2,,3,,,8,,,,,,,,,,,2

Output: 17 1 2j8b3a2

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


Instruction: simon-arc-image-mass identify places where max mass is 1, connectivity 4

Input: 10 2 f13a1,

Output: 10 2 0,

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


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

Input:
I0
8 4 64356240,62406435,,64356240
O0
4 2 6240,6435
I1
8 8 9490c9,4a9490a9,90a94a94,d9490,,90a94a94,4a9490a9,9490c9
O1
4 4 9,90a9,4a94,9490
I2T
4 8 6170,0840,4a08,7061,,4a08,0840,6170
O2T
None
I3T
8 4 a57a5357,5357a575,,a57a5357
O3T
None

Output: 2 4 70,40,08,61

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


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

Input:
2 9 53,5,35,17,35,75,57,37,76
18 9 n23a2,m237a2,l2327a2,k23b272,j23c272,i23d272,2,,m2b42

Output: 3,7

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


Instruction: SIMONCELLULARAUTOMATON, Cave wrap=no. steps=1. alive=5. dead=8.

Input: 25 8 b8a5s8,c85s8,c8a5r8,c85s8,j8a5b8a5e85,j8a5c85f8,h8a5e8a5e8,h85f85f8

Output: 25 8 8,c85s8,8,,,j85d85f8,8,

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


Instruction: SimonCellularAutomata, What transformation happens. cave_wrap,highlife_nowrap,serviettes_nowrap,serviettes_wrap,highlife_wrap

Input:
14 14 k828,8,a8a2i8,8,,,,,,,,,,
14 14 8,,,,,,,,,,,,,

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

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


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

Input:
I0
9 7 a6363a626,3c8a276,636a2a676,68283a637,a8b3a637,g67,36a3a8b3
O0
1 1 6
I1
7 10 8,b86b8,b846a8,c82a8,,b58248,8585258,85a82a8,a8586a8,a8a36a8
O1
1 1 8
I2
10 6 a3a4a34934,a3c4a3a9,4a13a43434,43b13a434,c43c09,4c3a4a34
O2
1 1 4
I3
6 13 85a858,8,8c58,8585a8,a85b8,285a85,82a8a5,528585,a52858,a8a2a8,85a8a5,8585a8,8c58
O3
1 1 8
I4T
13 13 264a6a2a40424,a26264a0b426,2464a60b6020,a462a4024a240,46b4026206a4,a2a462e40,6264026a404a0,4246242426a20,042a464264264,464a6a84a6a26,464a2b6a4246,a4624a6a24606,464242a020a24
O4T
None

Output: 1 1 4

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


Instruction: SimonsArcImageSymmetry symmetry hstack(flipy 180)

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


Instruction: Simons-Image-Scale scalex=up3 scaley=up6

Input: 5 1 c56

Output: 15 6 k5b6,,,,,

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


Instruction: SIMONSARCIMAGEPAIR, remove histogram a colors from histogram b

Input:
4 9 9,,90a9,9209,a920,a929,b92,,9
18 5 d94d94e9,e9d6b94a94,494c90i2,c9b0d3a7b94,a9a0a340a7f94

Output: 4:9,3:7,6:5,7:4

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


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

Input:
I0
5 13 5b67,a6b5,67a56,5a656,65657,c62,7a625,a6527,96265,a92a5,62676,92b6,2a659
O0
5 13 9,,,,,,,,,,,,
I1
13 5 6,,,,
O1
13 5 6,,,,
I2
5 11 2c7,7a2a7,a7427,a74a7,,,,a7417,b717,b727,
O2
5 11 1,,,,,,,,,,
I3T
11 1 h4a7
O3T
None
I4T
3 11 0a5,a09,020,0a2,025,,,029,1a9,292,5
O4T
None

Output: 11 1 7

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


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

Input:
14 8 31b35b315a31,1f3a5a353,3a72d35c3,3a1b7a2a3c1,35a313b75b31,31531a353a7a35,13153535d35,13135a351313a5
15 1 1i2c4

Output: 2

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


Instruction: SimonsHistogram, histogram a without colors of histogram b

Input:
4:754,8:250,1:207
3:650,0:621,2:574,4:263,5:99

Output: 8:250,1:207


Instruction: Simon-ARC-RLE-Image-Pair, exclude histogram-a colors from histogram-b

Input:
5 7 a1a31,c31,5c3,59319,31931,131a3,1a315
14 1 4

Output: 4:14

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


Instruction: rotate CCW SimonsRLEImage

Input: 14 8 e9b3c93,f93b9a39,3f9a39a39,c9b3e93,c9a3a93c93,c9c3e9,9393a939a3b93,b93e93a93

Output: 8 14 3a9a39a3,9a3d9,,f93,a93b939,39393939,a3b93a9,3a939a39,b9b3a9,,e9a3,9,e939,a93d9

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


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

Input:
I0
15 1 4
O0
5 4 4,,,
I1
3 4 2,,,7
O1
1 16 2,,,,,,,,,,,,7,,,
I2
18 4 e5e1b9b5,e7b8b5b2b5,e5b9b2e5,5
O2
6 16 a5a195,,,,a78525,,,,a592a5,,,,5,,,
I3T
12 1 b7b4e7
O3T
None
I4T
18 2 b7b4k8,b3h8e3
O4T
None

Output: 4 4 74a7,,,

dataset=solve_scale group=x3down_y4up predict=image image_width=medium image_height=medium task_pixels=a


Instruction: simonsolvev1 'O2T' predict the image

Input:
I0
9 5 6,,,,
O0
3 1 6
I1
3 10 0,,,,,,,,,
O1
1 2 0,
I2T
6 10 b4b9,,,,,b9b4,,,,
O2T
None
I3T
6 5 b4b1,,,,
O3T
None

Output: 2 2 49,94

dataset=solve_scale group=x3down_y5down predict=image image_width=small image_height=small task_pixels=a


Instruction: Two images of type simon-rle-image-pair, add histograms

Input:
7 10 a0a86a8,86580a7,0850708,87a6a83,0678638,a678618,0680167,5806168,8081876,6c806
20 3 83c1318a18a138a181,b1813818a1a08b18a1,b1c8a1a831a0c18

Output: 8:42,1:38,0:16,6:16,7:8,3:7,5:3

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


Instruction: SimonsArcImageMass max mass 1, connectivity leftright2

Input: 9 2 61d961,16068c6

Output: 9 2 a1d0a1,d1c0

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


Instruction: Simon-Solve-Version1 predict image for O4T

Input:
I0
1 2 3,4
O0
1 2 4,3
I1
2 9 46,76,46,43,31,64,,4,47
O1
2 9 74,4,46,,13,34,64,67,64
I2
9 2 b8a7c8,9a7a9a5a8
O2
9 2 a8a5a9a79,c8a7b8
I3
2 6 42,02,0,20,04,0
O3
2 6 0,40,02,0,20,24
I4T
6 2 a59a51,b1956
O4T
None

Output: 6 2 659b1,1a59a5

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


Instruction: simonsolvev1, O4T, predict image

Input:
I0
6 3 9c61,9,
O0
3 6 9,6a9,,,,1a9
I1
3 4 1a3,1a9,1a3,3
O1
4 3 b13,39a3,
I2
4 1 a720
O2
1 4 7,,2,0
I3T
1 4 8,7,,
O3T
None
I4T
4 3 a545,54a5,67a5
O4T
None

Output: 3 4 a56,547,4a5,5

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


Instruction: SIMONIMAGESHAPE identify places where shape2x2 contains bit 4

Input: 8 15 4,,45e4,a4a5c4,c4a5a4,d45a4,,,,c48b4,a4a8c4,48e4,4,,

Output: 9 16 g01,0f10,a0e10,0a10c10,0a1010a10,0d1010,0c1a010,,,0b101010,01a010a10,a01a0b10,010d10,0f10,,1g0

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


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

Input: 12 14 a537c5a3a5,b3573a5c3,a3a57b5b35,b35373a5a35,3535375353a5,535a357353a5,a535a37b3a5,35353a57b35,c5b373b4,b2e02a5,b3c2a5235,a3a5b3b253,a3b535b3a5,a5a3535c35

Output: 12 14 f1010a1,0a10b1010a1,0a10b101010,0a1a0a101010,0a1a0c1010,c10c1010,,,c10f1,1,,,,

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


Instruction: simons-cellular-automaton, Serviettes with wrapx and wrapy. Steps=1. Dead cells have value 1. Alive cells have value 2.

Input: 18 9 1,d1a2j1,e12j1,1,h12g1,g12h1,1,,j1a2d1

Output: 18 9 d1a2c1a2d1,f12i1,d1212i1,1,g12h1,h12g1,1,j1a2d1,1

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


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

Input:
I0
7 14 2b52a5,c5425,b54b5,a5452a5,,54d5,42b525,2c5a2,5252b5,a2d5,5,b5a252,52d5,e52
O0
7 14 5,,,,,,,,,,,,,
I1
14 10 f41e4,b41a4a148b41,1c4a198d4,e4918a41a4,d4948e4,a4a91c41c4,491j4,b4141a41a41a4,141i41,c4141d414
O1
14 10 4,,,,,,,,,
I2
10 3 h24,b28282a48,8d24b2
O2
10 3 2,,
I3
3 4 024,a20,240,9a0
O3
3 4 0,,,
I4T
4 12 1561,9561,,8561,,18a1,,1,,,,
O4T
None

Output: 4 12 1,,,,,,,,,,,

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


Instruction: SIMONIMAGESYMMETRY Symmetry vstack(180 flipx)

Input: 16 2 c0a7d51c6,6b7a1d6d5

Output: 16 4 d5d6a1b76,c61d5a7c0,,d5d6a1b76

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