Datasets:

Strudel7182
/

random_wires

prompt unknown	completion unknown	wire_repr stringlengths 163 626	num_segments int8 1 10	points array 2D
[ { "role": "user", "content": [ { "type": "image" }, { "type": "text", "text": "Please predict the structure of this shape using this XML format:\n\n- Use <wire> as the enclosing tags\n- wire must have a diameter attribute of type float\n- wire has two child elements...	[ { "role": "assistant", "reasoning": "I need to build a wire resembling the part in the provided multi-view image.\nReading off the axes, the wire begins near (-0.2, 23.0, 4.4) and is rotated (-135.0, 15.0, 133.0) degrees (xyz Euler). I'll use a diameter of 7.3 cm. I'll lay the segments down head-to-tail.\nT...	<wire diameter="7.3"><transform><pos x="-0.2" y="23.0" z="4.4" /><rot x="-135.4" y="14.5" z="132.8" /></transform><segments><bend radius="18.4" angle="146.5" roll="67.8" /><straight length="5.0" /><bend radius="22.1" angle="61.7" roll="155.7" /><bend radius="20.1" angle="126.6" roll="-59.3" /></segments></wire>	4	[ [ -10.129695892333984, -6.487985610961914, -48.00432586669922 ], [ -17.266340255737305, 30.253679275512695, -12.15652847290039 ], [ -9.316363334655762, 19.34404754638672, -29.350723266601562 ], [ -14.307884216308594, 22.11091423034668, -19.455888748168945 ...
[ { "role": "user", "content": [ { "type": "image" }, { "type": "text", "text": "Please predict the structure of this shape using this XML format:\n\n- Use <wire> as the enclosing tags\n- wire must have a diameter attribute of type float\n- wire has two child elements...	[ { "role": "assistant", "reasoning": "I'll work out the wire geometry from the views I've been given.\nReading off the axes, the wire begins near (-23.2, 15.1, -25.5) and is rotated (100.0, -57.0, -112.0) degrees (xyz Euler). I'll use a diameter of 5.5 cm. I'll lay the segments down head-to-tail.\nTracing it...	<wire diameter="5.5"><transform><pos x="-23.2" y="15.1" z="-25.5" /><rot x="100.4" y="-57.2" z="-111.9" /></transform><segments><straight length="8.0" /><bend radius="23.5" angle="101.8" roll="-174.8" /><straight length="10.6" /><bend radius="13.5" angle="134.5" roll="156.7" /></segments></wire>	4	[ [ -33.445831298828125, -19.163833618164062, -10.470561027526855 ], [ -23.254554748535156, 7.782682418823242, -16.816089630126953 ], [ -28.05015754699707, -41.339351654052734, -26.497095108032227 ], [ -27.322206497192383, 4.881435871124268, -15.308826446533...
[ { "role": "user", "content": [ { "type": "image" }, { "type": "text", "text": "Please predict the structure of this shape using this XML format:\n\n- Use <wire> as the enclosing tags\n- wire must have a diameter attribute of type float\n- wire has two child elements...	[ { "role": "assistant", "reasoning": "I'll work out the wire geometry from the views I've been given.\nThe local frame appears anchored at (13.5, 16.3, -8.4) with an orientation of (46.0, -26.0, 66.0) degrees in xyz Euler angles. I'll use a diameter of 5.6 cm. Every segment is relative to the end of the prev...	<wire diameter="5.6"><transform><pos x="13.5" y="16.3" z="-8.4" /><rot x="45.7" y="-26.5" z="66.1" /></transform><segments><bend radius="24.2" angle="99.4" roll="-5.5" /><straight length="15.4" /><bend radius="14.8" angle="140.6" roll="-145.9" /></segments></wire>	3	[ [ -26.459558486938477, 47.580894470214844, 31.67776870727539 ], [ -27.923450469970703, 53.92708206176758, 31.528179168701172 ], [ 15.011048316955566, 23.129613876342773, -7.3771209716796875 ], [ 15.138864517211914, 21.341670989990234, -1.7217082977294922 ...
[ { "role": "user", "content": [ { "type": "image" }, { "type": "text", "text": "Please predict the structure of this shape using this XML format:\n\n- Use <wire> as the enclosing tags\n- wire must have a diameter attribute of type float\n- wire has two child elements...	[ { "role": "assistant", "reasoning": "I need to build a wire resembling the part in the provided multi-view image.\nThe start of the wire, as indicated by the axes, seems to be at about position (-0.3, 17.4, 22.1), oriented by the Euler angles (-132.0, 54.0, 15.0) degrees (xyz). I'll use a diameter of 7.5 cm...	<wire diameter="7.5"><transform><pos x="-0.3" y="17.4" z="22.1" /><rot x="-132.1" y="53.7" z="15.0" /></transform><segments><bend radius="24.4" angle="66.2" roll="51.1" /></segments></wire>	1	[ [ 2.198014974594116, 16.1822566986084, -0.9763272404670715 ], [ 7.59696626663208, 20.786314010620117, 7.361507892608643 ], [ 6.250779151916504, 18.72508430480957, 17.510515213012695 ], [ 0.7733256220817566, 21.226417541503906, 21.905969619750977 ], [ ...
[ { "role": "user", "content": [ { "type": "image" }, { "type": "text", "text": "Please predict the structure of this shape using this XML format:\n\n- Use <wire> as the enclosing tags\n- wire must have a diameter attribute of type float\n- wire has two child elements...	[ { "role": "assistant", "reasoning": "Let me reconstruct the wire shown in the multi-view render.\nReading off the axes, the wire begins near (-21.1, 11.3, 24.0) and is rotated (92.0, -64.0, -149.0) degrees (xyz Euler). I'll use a diameter of 6.3 cm. I'll lay the segments down head-to-tail.\nTracing it segme...	<wire diameter="6.3"><transform><pos x="-21.1" y="11.3" z="24.0" /><rot x="91.7" y="-64.2" z="-148.9" /></transform><segments><bend radius="26.9" angle="23.1" roll="112.9" /><bend radius="29.7" angle="69.0" roll="-86.5" /><straight length="19.9" /><bend radius="15.3" angle="21.2" roll="-32.5" /><straight length="24.4" ...	5	[ [ -33.20211410522461, 31.766876220703125, 62.29413604736328 ], [ -32.21603775024414, 15.664305686950684, 47.13475799560547 ], [ -33.20751953125, 13.172922134399414, 49.318660736083984 ], [ -24.171457290649414, 49.50288391113281, 78.6924057006836 ], [ ...
[{"role":"user","content":[{"type":"image"},{"type":"text","text":"Please predict the structure of t(...TRUNCATED)	[{"role":"assistant","reasoning":"Let me reconstruct the wire shown in the multi-view render.\nThe l(...TRUNCATED)	"<wire diameter=\"6.9\"><transform><pos x=\"-29.9\" y=\"21.2\" z=\"-23.3\" /><rot x=\"-121.6\" y=\"-(...TRUNCATED)	3	[[-21.139196395874023,36.52170944213867,-12.473522186279297],[-9.8955659866333,40.96440505981445,-11(...TRUNCATED)
[{"role":"user","content":[{"type":"image"},{"type":"text","text":"Please predict the structure of t(...TRUNCATED)	[{"role":"assistant","reasoning":"Let me reconstruct the wire shown in the multi-view render.\nReadi(...TRUNCATED)	"<wire diameter=\"6.7\"><transform><pos x=\"-8.9\" y=\"23.8\" z=\"25.9\" /><rot x=\"8.4\" y=\"-0.8\"(...TRUNCATED)	8	[[-2.5373141765594482,28.058513641357422,22.264379501342773],[-44.17838668823242,25.140966415405273,(...TRUNCATED)
[{"role":"user","content":[{"type":"image"},{"type":"text","text":"Please predict the structure of t(...TRUNCATED)	[{"role":"assistant","reasoning":"I'll work out the wire geometry from the views I've been given.\nT(...TRUNCATED)	"<wire diameter=\"5.6\"><transform><pos x=\"7.1\" y=\"5.3\" z=\"0.4\" /><rot x=\"14.0\" y=\"-53.2\" (...TRUNCATED)	8	[[-29.96772003173828,7.972288608551025,-40.112979888916016],[-76.8162612915039,-20.857717514038086,-(...TRUNCATED)
[{"role":"user","content":[{"type":"image"},{"type":"text","text":"Please predict the structure of t(...TRUNCATED)	[{"role":"assistant","reasoning":"I need to build a wire resembling the part in the provided multi-v(...TRUNCATED)	"<wire diameter=\"6.7\"><transform><pos x=\"13.7\" y=\"-19.5\" z=\"-17.6\" /><rot x=\"-41.6\" y=\"-3(...TRUNCATED)	7	[[-17.736299514770508,-29.542203903198242,27.988996505737305],[19.097339630126953,-37.22675704956055(...TRUNCATED)
[{"role":"user","content":[{"type":"image"},{"type":"text","text":"Please predict the structure of t(...TRUNCATED)	[{"role":"assistant","reasoning":"I need to build a wire resembling the part in the provided multi-v(...TRUNCATED)	"<wire diameter=\"6.1\"><transform><pos x=\"16.6\" y=\"14.1\" z=\"27.2\" /><rot x=\"126.7\" y=\"-74.(...TRUNCATED)	1	[[11.745306015014648,13.482499122619629,33.4946403503418],[14.977076530456543,10.67589282989502,31.6(...TRUNCATED)