geometry_cot_dataset.jsonl

{"instruction": "Label the point Q as Q.", "reasoning": "The user's instruction is to 'Label the point Q as Q.'. This translates to the geometric action: drawText(point='Q', label='Q').", "output": "drawText(point='Q', label='Q')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Draw a line from P to A.", "reasoning": "The user's instruction is to 'Draw a line from P to A.'. This translates to the geometric action: drawLine(from='P', to='A').", "output": "drawLine(from='P', to='A')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Mark midpoint between B and O.", "reasoning": "The user's instruction is to 'Mark midpoint between B and O.'. This translates to the geometric action: markMidpoint(p1='B', p2='O').", "output": "markMidpoint(p1='B', p2='O')"}
{"instruction": "Mark midpoint between P and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between P and Q.'. This translates to the geometric action: markMidpoint(p1='P', p2='Q').", "output": "markMidpoint(p1='P', p2='Q')"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Draw a line from P to B.", "reasoning": "The user's instruction is to 'Draw a line from P to B.'. This translates to the geometric action: drawLine(from='P', to='B').", "output": "drawLine(from='P', to='B')"}
{"instruction": "Mark midpoint between B and P.", "reasoning": "The user's instruction is to 'Mark midpoint between B and P.'. This translates to the geometric action: markMidpoint(p1='B', p2='P').", "output": "markMidpoint(p1='B', p2='P')"}
{"instruction": "Draw a circle centered at A with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 8.'. This translates to the geometric action: drawCircle(center='A', radius=8).", "output": "drawCircle(center='A', radius=8)"}
{"instruction": "Draw a line from Q to O.", "reasoning": "The user's instruction is to 'Draw a line from Q to O.'. This translates to the geometric action: drawLine(from='Q', to='O').", "output": "drawLine(from='Q', to='O')"}
{"instruction": "Mark midpoint between O and A.", "reasoning": "The user's instruction is to 'Mark midpoint between O and A.'. This translates to the geometric action: markMidpoint(p1='O', p2='A').", "output": "markMidpoint(p1='O', p2='A')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a line from P to C.", "reasoning": "The user's instruction is to 'Draw a line from P to C.'. This translates to the geometric action: drawLine(from='P', to='C').", "output": "drawLine(from='P', to='C')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Mark midpoint between O and A.", "reasoning": "The user's instruction is to 'Mark midpoint between O and A.'. This translates to the geometric action: markMidpoint(p1='O', p2='A').", "output": "markMidpoint(p1='O', p2='A')"}
{"instruction": "Draw a line from P to A.", "reasoning": "The user's instruction is to 'Draw a line from P to A.'. This translates to the geometric action: drawLine(from='P', to='A').", "output": "drawLine(from='P', to='A')"}
{"instruction": "Mark midpoint between C and A.", "reasoning": "The user's instruction is to 'Mark midpoint between C and A.'. This translates to the geometric action: markMidpoint(p1='C', p2='A').", "output": "markMidpoint(p1='C', p2='A')"}
{"instruction": "Draw a circle centered at Q with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 5.'. This translates to the geometric action: drawCircle(center='Q', radius=5).", "output": "drawCircle(center='Q', radius=5)"}
{"instruction": "Label the point O as Z.", "reasoning": "The user's instruction is to 'Label the point O as Z.'. This translates to the geometric action: drawText(point='O', label='Z').", "output": "drawText(point='O', label='Z')"}
{"instruction": "Draw a circle centered at P with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 6.'. This translates to the geometric action: drawCircle(center='P', radius=6).", "output": "drawCircle(center='P', radius=6)"}
{"instruction": "Label the point P as Z.", "reasoning": "The user's instruction is to 'Label the point P as Z.'. This translates to the geometric action: drawText(point='P', label='Z').", "output": "drawText(point='P', label='Z')"}
{"instruction": "Mark midpoint between C and A.", "reasoning": "The user's instruction is to 'Mark midpoint between C and A.'. This translates to the geometric action: markMidpoint(p1='C', p2='A').", "output": "markMidpoint(p1='C', p2='A')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Draw a line from A to O.", "reasoning": "The user's instruction is to 'Draw a line from A to O.'. This translates to the geometric action: drawLine(from='A', to='O').", "output": "drawLine(from='A', to='O')"}
{"instruction": "Mark midpoint between O and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between O and Q.'. This translates to the geometric action: markMidpoint(p1='O', p2='Q').", "output": "markMidpoint(p1='O', p2='Q')"}
{"instruction": "Draw a circle centered at Q with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 7.'. This translates to the geometric action: drawCircle(center='Q', radius=7).", "output": "drawCircle(center='Q', radius=7)"}
{"instruction": "Mark midpoint between C and B.", "reasoning": "The user's instruction is to 'Mark midpoint between C and B.'. This translates to the geometric action: markMidpoint(p1='C', p2='B').", "output": "markMidpoint(p1='C', p2='B')"}
{"instruction": "Mark midpoint between B and A.", "reasoning": "The user's instruction is to 'Mark midpoint between B and A.'. This translates to the geometric action: markMidpoint(p1='B', p2='A').", "output": "markMidpoint(p1='B', p2='A')"}
{"instruction": "Mark midpoint between B and P.", "reasoning": "The user's instruction is to 'Mark midpoint between B and P.'. This translates to the geometric action: markMidpoint(p1='B', p2='P').", "output": "markMidpoint(p1='B', p2='P')"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Mark midpoint between A and C.", "reasoning": "The user's instruction is to 'Mark midpoint between A and C.'. This translates to the geometric action: markMidpoint(p1='A', p2='C').", "output": "markMidpoint(p1='A', p2='C')"}
{"instruction": "Draw a line from Q to A.", "reasoning": "The user's instruction is to 'Draw a line from Q to A.'. This translates to the geometric action: drawLine(from='Q', to='A').", "output": "drawLine(from='Q', to='A')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Draw a line from C to O.", "reasoning": "The user's instruction is to 'Draw a line from C to O.'. This translates to the geometric action: drawLine(from='C', to='O').", "output": "drawLine(from='C', to='O')"}
{"instruction": "Draw a circle centered at B with radius 3.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 3.'. This translates to the geometric action: drawCircle(center='B', radius=3).", "output": "drawCircle(center='B', radius=3)"}
{"instruction": "Draw a circle centered at C with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 5.'. This translates to the geometric action: drawCircle(center='C', radius=5).", "output": "drawCircle(center='C', radius=5)"}
{"instruction": "Mark midpoint between C and A.", "reasoning": "The user's instruction is to 'Mark midpoint between C and A.'. This translates to the geometric action: markMidpoint(p1='C', p2='A').", "output": "markMidpoint(p1='C', p2='A')"}
{"instruction": "Label the point P as Y.", "reasoning": "The user's instruction is to 'Label the point P as Y.'. This translates to the geometric action: drawText(point='P', label='Y').", "output": "drawText(point='P', label='Y')"}
{"instruction": "Draw a circle centered at C with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 5.'. This translates to the geometric action: drawCircle(center='C', radius=5).", "output": "drawCircle(center='C', radius=5)"}
{"instruction": "Draw a circle centered at C with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 7.'. This translates to the geometric action: drawCircle(center='C', radius=7).", "output": "drawCircle(center='C', radius=7)"}
{"instruction": "Mark midpoint between B and A.", "reasoning": "The user's instruction is to 'Mark midpoint between B and A.'. This translates to the geometric action: markMidpoint(p1='B', p2='A').", "output": "markMidpoint(p1='B', p2='A')"}
{"instruction": "Draw a circle centered at C with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 2.'. This translates to the geometric action: drawCircle(center='C', radius=2).", "output": "drawCircle(center='C', radius=2)"}
{"instruction": "Mark midpoint between O and B.", "reasoning": "The user's instruction is to 'Mark midpoint between O and B.'. This translates to the geometric action: markMidpoint(p1='O', p2='B').", "output": "markMidpoint(p1='O', p2='B')"}
{"instruction": "Mark midpoint between Q and B.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and B.'. This translates to the geometric action: markMidpoint(p1='Q', p2='B').", "output": "markMidpoint(p1='Q', p2='B')"}
{"instruction": "Draw a line from B to Q.", "reasoning": "The user's instruction is to 'Draw a line from B to Q.'. This translates to the geometric action: drawLine(from='B', to='Q').", "output": "drawLine(from='B', to='Q')"}
{"instruction": "Label the point Q as X.", "reasoning": "The user's instruction is to 'Label the point Q as X.'. This translates to the geometric action: drawText(point='Q', label='X').", "output": "drawText(point='Q', label='X')"}
{"instruction": "Label the point A as Q.", "reasoning": "The user's instruction is to 'Label the point A as Q.'. This translates to the geometric action: drawText(point='A', label='Q').", "output": "drawText(point='A', label='Q')"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Mark midpoint between B and O.", "reasoning": "The user's instruction is to 'Mark midpoint between B and O.'. This translates to the geometric action: markMidpoint(p1='B', p2='O').", "output": "markMidpoint(p1='B', p2='O')"}
{"instruction": "Draw a line from A to P.", "reasoning": "The user's instruction is to 'Draw a line from A to P.'. This translates to the geometric action: drawLine(from='A', to='P').", "output": "drawLine(from='A', to='P')"}
{"instruction": "Draw a circle centered at B with radius 3.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 3.'. This translates to the geometric action: drawCircle(center='B', radius=3).", "output": "drawCircle(center='B', radius=3)"}
{"instruction": "Label the point C as Z.", "reasoning": "The user's instruction is to 'Label the point C as Z.'. This translates to the geometric action: drawText(point='C', label='Z').", "output": "drawText(point='C', label='Z')"}
{"instruction": "Draw a line from B to P.", "reasoning": "The user's instruction is to 'Draw a line from B to P.'. This translates to the geometric action: drawLine(from='B', to='P').", "output": "drawLine(from='B', to='P')"}
{"instruction": "Label the point P as Y.", "reasoning": "The user's instruction is to 'Label the point P as Y.'. This translates to the geometric action: drawText(point='P', label='Y').", "output": "drawText(point='P', label='Y')"}
{"instruction": "Draw a circle centered at O with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 4.'. This translates to the geometric action: drawCircle(center='O', radius=4).", "output": "drawCircle(center='O', radius=4)"}
{"instruction": "Mark midpoint between C and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between C and Q.'. This translates to the geometric action: markMidpoint(p1='C', p2='Q').", "output": "markMidpoint(p1='C', p2='Q')"}
{"instruction": "Label the point O as X.", "reasoning": "The user's instruction is to 'Label the point O as X.'. This translates to the geometric action: drawText(point='O', label='X').", "output": "drawText(point='O', label='X')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Mark midpoint between O and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between O and Q.'. This translates to the geometric action: markMidpoint(p1='O', p2='Q').", "output": "markMidpoint(p1='O', p2='Q')"}
{"instruction": "Label the point O as Z.", "reasoning": "The user's instruction is to 'Label the point O as Z.'. This translates to the geometric action: drawText(point='O', label='Z').", "output": "drawText(point='O', label='Z')"}
{"instruction": "Mark midpoint between Q and C.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and C.'. This translates to the geometric action: markMidpoint(p1='Q', p2='C').", "output": "markMidpoint(p1='Q', p2='C')"}
{"instruction": "Draw a circle centered at C with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 4.'. This translates to the geometric action: drawCircle(center='C', radius=4).", "output": "drawCircle(center='C', radius=4)"}
{"instruction": "Label the point Q as Z.", "reasoning": "The user's instruction is to 'Label the point Q as Z.'. This translates to the geometric action: drawText(point='Q', label='Z').", "output": "drawText(point='Q', label='Z')"}
{"instruction": "Draw a circle centered at C with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 8.'. This translates to the geometric action: drawCircle(center='C', radius=8).", "output": "drawCircle(center='C', radius=8)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Mark midpoint between P and B.", "reasoning": "The user's instruction is to 'Mark midpoint between P and B.'. This translates to the geometric action: markMidpoint(p1='P', p2='B').", "output": "markMidpoint(p1='P', p2='B')"}
{"instruction": "Draw a line from C to A.", "reasoning": "The user's instruction is to 'Draw a line from C to A.'. This translates to the geometric action: drawLine(from='C', to='A').", "output": "drawLine(from='C', to='A')"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Draw a circle centered at O with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 4.'. This translates to the geometric action: drawCircle(center='O', radius=4).", "output": "drawCircle(center='O', radius=4)"}
{"instruction": "Mark midpoint between C and B.", "reasoning": "The user's instruction is to 'Mark midpoint between C and B.'. This translates to the geometric action: markMidpoint(p1='C', p2='B').", "output": "markMidpoint(p1='C', p2='B')"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Draw a line from A to B.", "reasoning": "The user's instruction is to 'Draw a line from A to B.'. This translates to the geometric action: drawLine(from='A', to='B').", "output": "drawLine(from='A', to='B')"}
{"instruction": "Draw a line from A to Q.", "reasoning": "The user's instruction is to 'Draw a line from A to Q.'. This translates to the geometric action: drawLine(from='A', to='Q').", "output": "drawLine(from='A', to='Q')"}
{"instruction": "Mark midpoint between Q and A.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and A.'. This translates to the geometric action: markMidpoint(p1='Q', p2='A').", "output": "markMidpoint(p1='Q', p2='A')"}
{"instruction": "Draw a line from B to C.", "reasoning": "The user's instruction is to 'Draw a line from B to C.'. This translates to the geometric action: drawLine(from='B', to='C').", "output": "drawLine(from='B', to='C')"}
{"instruction": "Draw a circle centered at Q with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 7.'. This translates to the geometric action: drawCircle(center='Q', radius=7).", "output": "drawCircle(center='Q', radius=7)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Draw a line from O to Q.", "reasoning": "The user's instruction is to 'Draw a line from O to Q.'. This translates to the geometric action: drawLine(from='O', to='Q').", "output": "drawLine(from='O', to='Q')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Draw a circle centered at P with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 4.'. This translates to the geometric action: drawCircle(center='P', radius=4).", "output": "drawCircle(center='P', radius=4)"}
{"instruction": "Draw a line from Q to B.", "reasoning": "The user's instruction is to 'Draw a line from Q to B.'. This translates to the geometric action: drawLine(from='Q', to='B').", "output": "drawLine(from='Q', to='B')"}
{"instruction": "Label the point A as X.", "reasoning": "The user's instruction is to 'Label the point A as X.'. This translates to the geometric action: drawText(point='A', label='X').", "output": "drawText(point='A', label='X')"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Mark midpoint between Q and B.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and B.'. This translates to the geometric action: markMidpoint(p1='Q', p2='B').", "output": "markMidpoint(p1='Q', p2='B')"}
{"instruction": "Draw a circle centered at B with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 7.'. This translates to the geometric action: drawCircle(center='B', radius=7).", "output": "drawCircle(center='B', radius=7)"}
{"instruction": "Label the point O as Z.", "reasoning": "The user's instruction is to 'Label the point O as Z.'. This translates to the geometric action: drawText(point='O', label='Z').", "output": "drawText(point='O', label='Z')"}
{"instruction": "Draw a circle centered at P with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 7.'. This translates to the geometric action: drawCircle(center='P', radius=7).", "output": "drawCircle(center='P', radius=7)"}
{"instruction": "Label the point C as Z.", "reasoning": "The user's instruction is to 'Label the point C as Z.'. This translates to the geometric action: drawText(point='C', label='Z').", "output": "drawText(point='C', label='Z')"}
{"instruction": "Label the point A as Y.", "reasoning": "The user's instruction is to 'Label the point A as Y.'. This translates to the geometric action: drawText(point='A', label='Y').", "output": "drawText(point='A', label='Y')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Label the point Q as Y.", "reasoning": "The user's instruction is to 'Label the point Q as Y.'. This translates to the geometric action: drawText(point='Q', label='Y').", "output": "drawText(point='Q', label='Y')"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Mark midpoint between O and A.", "reasoning": "The user's instruction is to 'Mark midpoint between O and A.'. This translates to the geometric action: markMidpoint(p1='O', p2='A').", "output": "markMidpoint(p1='O', p2='A')"}
{"instruction": "Mark midpoint between O and B.", "reasoning": "The user's instruction is to 'Mark midpoint between O and B.'. This translates to the geometric action: markMidpoint(p1='O', p2='B').", "output": "markMidpoint(p1='O', p2='B')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Label the point A as P.", "reasoning": "The user's instruction is to 'Label the point A as P.'. This translates to the geometric action: drawText(point='A', label='P').", "output": "drawText(point='A', label='P')"}
{"instruction": "Draw a line from B to C.", "reasoning": "The user's instruction is to 'Draw a line from B to C.'. This translates to the geometric action: drawLine(from='B', to='C').", "output": "drawLine(from='B', to='C')"}
{"instruction": "Draw a line from B to Q.", "reasoning": "The user's instruction is to 'Draw a line from B to Q.'. This translates to the geometric action: drawLine(from='B', to='Q').", "output": "drawLine(from='B', to='Q')"}
{"instruction": "Draw a circle centered at Q with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 7.'. This translates to the geometric action: drawCircle(center='Q', radius=7).", "output": "drawCircle(center='Q', radius=7)"}
{"instruction": "Mark midpoint between B and C.", "reasoning": "The user's instruction is to 'Mark midpoint between B and C.'. This translates to the geometric action: markMidpoint(p1='B', p2='C').", "output": "markMidpoint(p1='B', p2='C')"}
{"instruction": "Draw a line from A to Q.", "reasoning": "The user's instruction is to 'Draw a line from A to Q.'. This translates to the geometric action: drawLine(from='A', to='Q').", "output": "drawLine(from='A', to='Q')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Label the point P as Z.", "reasoning": "The user's instruction is to 'Label the point P as Z.'. This translates to the geometric action: drawText(point='P', label='Z').", "output": "drawText(point='P', label='Z')"}
{"instruction": "Label the point C as Z.", "reasoning": "The user's instruction is to 'Label the point C as Z.'. This translates to the geometric action: drawText(point='C', label='Z').", "output": "drawText(point='C', label='Z')"}
{"instruction": "Draw a line from O to B.", "reasoning": "The user's instruction is to 'Draw a line from O to B.'. This translates to the geometric action: drawLine(from='O', to='B').", "output": "drawLine(from='O', to='B')"}
{"instruction": "Label the point C as Q.", "reasoning": "The user's instruction is to 'Label the point C as Q.'. This translates to the geometric action: drawText(point='C', label='Q').", "output": "drawText(point='C', label='Q')"}
{"instruction": "Draw a circle centered at P with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 5.'. This translates to the geometric action: drawCircle(center='P', radius=5).", "output": "drawCircle(center='P', radius=5)"}
{"instruction": "Mark midpoint between B and O.", "reasoning": "The user's instruction is to 'Mark midpoint between B and O.'. This translates to the geometric action: markMidpoint(p1='B', p2='O').", "output": "markMidpoint(p1='B', p2='O')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Draw a circle centered at C with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 7.'. This translates to the geometric action: drawCircle(center='C', radius=7).", "output": "drawCircle(center='C', radius=7)"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a line from O to A.", "reasoning": "The user's instruction is to 'Draw a line from O to A.'. This translates to the geometric action: drawLine(from='O', to='A').", "output": "drawLine(from='O', to='A')"}
{"instruction": "Label the point A as X.", "reasoning": "The user's instruction is to 'Label the point A as X.'. This translates to the geometric action: drawText(point='A', label='X').", "output": "drawText(point='A', label='X')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Label the point P as Q.", "reasoning": "The user's instruction is to 'Label the point P as Q.'. This translates to the geometric action: drawText(point='P', label='Q').", "output": "drawText(point='P', label='Q')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Draw a line from A to B.", "reasoning": "The user's instruction is to 'Draw a line from A to B.'. This translates to the geometric action: drawLine(from='A', to='B').", "output": "drawLine(from='A', to='B')"}
{"instruction": "Label the point B as X.", "reasoning": "The user's instruction is to 'Label the point B as X.'. This translates to the geometric action: drawText(point='B', label='X').", "output": "drawText(point='B', label='X')"}
{"instruction": "Draw a circle centered at A with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 2.'. This translates to the geometric action: drawCircle(center='A', radius=2).", "output": "drawCircle(center='A', radius=2)"}
{"instruction": "Label the point B as Z.", "reasoning": "The user's instruction is to 'Label the point B as Z.'. This translates to the geometric action: drawText(point='B', label='Z').", "output": "drawText(point='B', label='Z')"}
{"instruction": "Draw a line from P to C.", "reasoning": "The user's instruction is to 'Draw a line from P to C.'. This translates to the geometric action: drawLine(from='P', to='C').", "output": "drawLine(from='P', to='C')"}
{"instruction": "Label the point C as P.", "reasoning": "The user's instruction is to 'Label the point C as P.'. This translates to the geometric action: drawText(point='C', label='P').", "output": "drawText(point='C', label='P')"}
{"instruction": "Mark midpoint between C and O.", "reasoning": "The user's instruction is to 'Mark midpoint between C and O.'. This translates to the geometric action: markMidpoint(p1='C', p2='O').", "output": "markMidpoint(p1='C', p2='O')"}
{"instruction": "Mark midpoint between P and O.", "reasoning": "The user's instruction is to 'Mark midpoint between P and O.'. This translates to the geometric action: markMidpoint(p1='P', p2='O').", "output": "markMidpoint(p1='P', p2='O')"}
{"instruction": "Mark midpoint between O and A.", "reasoning": "The user's instruction is to 'Mark midpoint between O and A.'. This translates to the geometric action: markMidpoint(p1='O', p2='A').", "output": "markMidpoint(p1='O', p2='A')"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Draw a circle centered at O with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 4.'. This translates to the geometric action: drawCircle(center='O', radius=4).", "output": "drawCircle(center='O', radius=4)"}
{"instruction": "Draw a circle centered at O with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 2.'. This translates to the geometric action: drawCircle(center='O', radius=2).", "output": "drawCircle(center='O', radius=2)"}
{"instruction": "Draw a line from A to B.", "reasoning": "The user's instruction is to 'Draw a line from A to B.'. This translates to the geometric action: drawLine(from='A', to='B').", "output": "drawLine(from='A', to='B')"}
{"instruction": "Label the point A as Q.", "reasoning": "The user's instruction is to 'Label the point A as Q.'. This translates to the geometric action: drawText(point='A', label='Q').", "output": "drawText(point='A', label='Q')"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Mark midpoint between A and O.", "reasoning": "The user's instruction is to 'Mark midpoint between A and O.'. This translates to the geometric action: markMidpoint(p1='A', p2='O').", "output": "markMidpoint(p1='A', p2='O')"}
{"instruction": "Mark midpoint between A and O.", "reasoning": "The user's instruction is to 'Mark midpoint between A and O.'. This translates to the geometric action: markMidpoint(p1='A', p2='O').", "output": "markMidpoint(p1='A', p2='O')"}
{"instruction": "Label the point A as X.", "reasoning": "The user's instruction is to 'Label the point A as X.'. This translates to the geometric action: drawText(point='A', label='X').", "output": "drawText(point='A', label='X')"}
{"instruction": "Label the point C as X.", "reasoning": "The user's instruction is to 'Label the point C as X.'. This translates to the geometric action: drawText(point='C', label='X').", "output": "drawText(point='C', label='X')"}
{"instruction": "Label the point A as X.", "reasoning": "The user's instruction is to 'Label the point A as X.'. This translates to the geometric action: drawText(point='A', label='X').", "output": "drawText(point='A', label='X')"}
{"instruction": "Label the point A as P.", "reasoning": "The user's instruction is to 'Label the point A as P.'. This translates to the geometric action: drawText(point='A', label='P').", "output": "drawText(point='A', label='P')"}
{"instruction": "Label the point B as X.", "reasoning": "The user's instruction is to 'Label the point B as X.'. This translates to the geometric action: drawText(point='B', label='X').", "output": "drawText(point='B', label='X')"}
{"instruction": "Mark midpoint between A and B.", "reasoning": "The user's instruction is to 'Mark midpoint between A and B.'. This translates to the geometric action: markMidpoint(p1='A', p2='B').", "output": "markMidpoint(p1='A', p2='B')"}
{"instruction": "Draw a line from A to B.", "reasoning": "The user's instruction is to 'Draw a line from A to B.'. This translates to the geometric action: drawLine(from='A', to='B').", "output": "drawLine(from='A', to='B')"}
{"instruction": "Draw a circle centered at A with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 5.'. This translates to the geometric action: drawCircle(center='A', radius=5).", "output": "drawCircle(center='A', radius=5)"}
{"instruction": "Draw a line from C to P.", "reasoning": "The user's instruction is to 'Draw a line from C to P.'. This translates to the geometric action: drawLine(from='C', to='P').", "output": "drawLine(from='C', to='P')"}
{"instruction": "Mark midpoint between P and O.", "reasoning": "The user's instruction is to 'Mark midpoint between P and O.'. This translates to the geometric action: markMidpoint(p1='P', p2='O').", "output": "markMidpoint(p1='P', p2='O')"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Label the point C as Q.", "reasoning": "The user's instruction is to 'Label the point C as Q.'. This translates to the geometric action: drawText(point='C', label='Q').", "output": "drawText(point='C', label='Q')"}
{"instruction": "Draw a circle centered at A with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 5.'. This translates to the geometric action: drawCircle(center='A', radius=5).", "output": "drawCircle(center='A', radius=5)"}
{"instruction": "Draw a circle centered at Q with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 5.'. This translates to the geometric action: drawCircle(center='Q', radius=5).", "output": "drawCircle(center='Q', radius=5)"}
{"instruction": "Draw a circle centered at C with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 2.'. This translates to the geometric action: drawCircle(center='C', radius=2).", "output": "drawCircle(center='C', radius=2)"}
{"instruction": "Draw a circle centered at A with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 8.'. This translates to the geometric action: drawCircle(center='A', radius=8).", "output": "drawCircle(center='A', radius=8)"}
{"instruction": "Draw a line from B to P.", "reasoning": "The user's instruction is to 'Draw a line from B to P.'. This translates to the geometric action: drawLine(from='B', to='P').", "output": "drawLine(from='B', to='P')"}
{"instruction": "Draw a line from P to O.", "reasoning": "The user's instruction is to 'Draw a line from P to O.'. This translates to the geometric action: drawLine(from='P', to='O').", "output": "drawLine(from='P', to='O')"}
{"instruction": "Mark midpoint between P and A.", "reasoning": "The user's instruction is to 'Mark midpoint between P and A.'. This translates to the geometric action: markMidpoint(p1='P', p2='A').", "output": "markMidpoint(p1='P', p2='A')"}
{"instruction": "Draw a line from Q to A.", "reasoning": "The user's instruction is to 'Draw a line from Q to A.'. This translates to the geometric action: drawLine(from='Q', to='A').", "output": "drawLine(from='Q', to='A')"}
{"instruction": "Draw a circle centered at P with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 2.'. This translates to the geometric action: drawCircle(center='P', radius=2).", "output": "drawCircle(center='P', radius=2)"}
{"instruction": "Draw a circle centered at O with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 5.'. This translates to the geometric action: drawCircle(center='O', radius=5).", "output": "drawCircle(center='O', radius=5)"}
{"instruction": "Label the point A as P.", "reasoning": "The user's instruction is to 'Label the point A as P.'. This translates to the geometric action: drawText(point='A', label='P').", "output": "drawText(point='A', label='P')"}
{"instruction": "Draw a circle centered at O with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 5.'. This translates to the geometric action: drawCircle(center='O', radius=5).", "output": "drawCircle(center='O', radius=5)"}
{"instruction": "Draw a line from O to A.", "reasoning": "The user's instruction is to 'Draw a line from O to A.'. This translates to the geometric action: drawLine(from='O', to='A').", "output": "drawLine(from='O', to='A')"}
{"instruction": "Draw a circle centered at C with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 6.'. This translates to the geometric action: drawCircle(center='C', radius=6).", "output": "drawCircle(center='C', radius=6)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Mark midpoint between B and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between B and Q.'. This translates to the geometric action: markMidpoint(p1='B', p2='Q').", "output": "markMidpoint(p1='B', p2='Q')"}
{"instruction": "Draw a line from C to B.", "reasoning": "The user's instruction is to 'Draw a line from C to B.'. This translates to the geometric action: drawLine(from='C', to='B').", "output": "drawLine(from='C', to='B')"}
{"instruction": "Draw a line from C to B.", "reasoning": "The user's instruction is to 'Draw a line from C to B.'. This translates to the geometric action: drawLine(from='C', to='B').", "output": "drawLine(from='C', to='B')"}
{"instruction": "Mark midpoint between Q and A.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and A.'. This translates to the geometric action: markMidpoint(p1='Q', p2='A').", "output": "markMidpoint(p1='Q', p2='A')"}
{"instruction": "Draw a line from C to Q.", "reasoning": "The user's instruction is to 'Draw a line from C to Q.'. This translates to the geometric action: drawLine(from='C', to='Q').", "output": "drawLine(from='C', to='Q')"}
{"instruction": "Label the point C as P.", "reasoning": "The user's instruction is to 'Label the point C as P.'. This translates to the geometric action: drawText(point='C', label='P').", "output": "drawText(point='C', label='P')"}
{"instruction": "Draw a circle centered at O with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 4.'. This translates to the geometric action: drawCircle(center='O', radius=4).", "output": "drawCircle(center='O', radius=4)"}
{"instruction": "Draw a line from O to A.", "reasoning": "The user's instruction is to 'Draw a line from O to A.'. This translates to the geometric action: drawLine(from='O', to='A').", "output": "drawLine(from='O', to='A')"}
{"instruction": "Mark midpoint between Q and O.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and O.'. This translates to the geometric action: markMidpoint(p1='Q', p2='O').", "output": "markMidpoint(p1='Q', p2='O')"}
{"instruction": "Draw a circle centered at C with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 2.'. This translates to the geometric action: drawCircle(center='C', radius=2).", "output": "drawCircle(center='C', radius=2)"}
{"instruction": "Draw a line from P to C.", "reasoning": "The user's instruction is to 'Draw a line from P to C.'. This translates to the geometric action: drawLine(from='P', to='C').", "output": "drawLine(from='P', to='C')"}
{"instruction": "Mark midpoint between P and C.", "reasoning": "The user's instruction is to 'Mark midpoint between P and C.'. This translates to the geometric action: markMidpoint(p1='P', p2='C').", "output": "markMidpoint(p1='P', p2='C')"}
{"instruction": "Label the point P as Y.", "reasoning": "The user's instruction is to 'Label the point P as Y.'. This translates to the geometric action: drawText(point='P', label='Y').", "output": "drawText(point='P', label='Y')"}
{"instruction": "Draw a line from C to Q.", "reasoning": "The user's instruction is to 'Draw a line from C to Q.'. This translates to the geometric action: drawLine(from='C', to='Q').", "output": "drawLine(from='C', to='Q')"}
{"instruction": "Mark midpoint between A and P.", "reasoning": "The user's instruction is to 'Mark midpoint between A and P.'. This translates to the geometric action: markMidpoint(p1='A', p2='P').", "output": "markMidpoint(p1='A', p2='P')"}
{"instruction": "Draw a circle centered at C with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 8.'. This translates to the geometric action: drawCircle(center='C', radius=8).", "output": "drawCircle(center='C', radius=8)"}
{"instruction": "Mark midpoint between O and A.", "reasoning": "The user's instruction is to 'Mark midpoint between O and A.'. This translates to the geometric action: markMidpoint(p1='O', p2='A').", "output": "markMidpoint(p1='O', p2='A')"}
{"instruction": "Label the point O as X.", "reasoning": "The user's instruction is to 'Label the point O as X.'. This translates to the geometric action: drawText(point='O', label='X').", "output": "drawText(point='O', label='X')"}
{"instruction": "Mark midpoint between O and B.", "reasoning": "The user's instruction is to 'Mark midpoint between O and B.'. This translates to the geometric action: markMidpoint(p1='O', p2='B').", "output": "markMidpoint(p1='O', p2='B')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Draw a line from B to P.", "reasoning": "The user's instruction is to 'Draw a line from B to P.'. This translates to the geometric action: drawLine(from='B', to='P').", "output": "drawLine(from='B', to='P')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Label the point C as Q.", "reasoning": "The user's instruction is to 'Label the point C as Q.'. This translates to the geometric action: drawText(point='C', label='Q').", "output": "drawText(point='C', label='Q')"}
{"instruction": "Label the point P as Z.", "reasoning": "The user's instruction is to 'Label the point P as Z.'. This translates to the geometric action: drawText(point='P', label='Z').", "output": "drawText(point='P', label='Z')"}
{"instruction": "Draw a circle centered at P with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 8.'. This translates to the geometric action: drawCircle(center='P', radius=8).", "output": "drawCircle(center='P', radius=8)"}
{"instruction": "Mark midpoint between A and B.", "reasoning": "The user's instruction is to 'Mark midpoint between A and B.'. This translates to the geometric action: markMidpoint(p1='A', p2='B').", "output": "markMidpoint(p1='A', p2='B')"}
{"instruction": "Draw a circle centered at Q with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 5.'. This translates to the geometric action: drawCircle(center='Q', radius=5).", "output": "drawCircle(center='Q', radius=5)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Mark midpoint between B and A.", "reasoning": "The user's instruction is to 'Mark midpoint between B and A.'. This translates to the geometric action: markMidpoint(p1='B', p2='A').", "output": "markMidpoint(p1='B', p2='A')"}
{"instruction": "Label the point P as Y.", "reasoning": "The user's instruction is to 'Label the point P as Y.'. This translates to the geometric action: drawText(point='P', label='Y').", "output": "drawText(point='P', label='Y')"}
{"instruction": "Draw a circle centered at A with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 5.'. This translates to the geometric action: drawCircle(center='A', radius=5).", "output": "drawCircle(center='A', radius=5)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Label the point B as Q.", "reasoning": "The user's instruction is to 'Label the point B as Q.'. This translates to the geometric action: drawText(point='B', label='Q').", "output": "drawText(point='B', label='Q')"}
{"instruction": "Draw a circle centered at Q with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 2.'. This translates to the geometric action: drawCircle(center='Q', radius=2).", "output": "drawCircle(center='Q', radius=2)"}
{"instruction": "Draw a circle centered at B with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 7.'. This translates to the geometric action: drawCircle(center='B', radius=7).", "output": "drawCircle(center='B', radius=7)"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Mark midpoint between B and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between B and Q.'. This translates to the geometric action: markMidpoint(p1='B', p2='Q').", "output": "markMidpoint(p1='B', p2='Q')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a circle centered at P with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 5.'. This translates to the geometric action: drawCircle(center='P', radius=5).", "output": "drawCircle(center='P', radius=5)"}
{"instruction": "Draw a line from P to Q.", "reasoning": "The user's instruction is to 'Draw a line from P to Q.'. This translates to the geometric action: drawLine(from='P', to='Q').", "output": "drawLine(from='P', to='Q')"}
{"instruction": "Label the point Q as X.", "reasoning": "The user's instruction is to 'Label the point Q as X.'. This translates to the geometric action: drawText(point='Q', label='X').", "output": "drawText(point='Q', label='X')"}
{"instruction": "Label the point B as P.", "reasoning": "The user's instruction is to 'Label the point B as P.'. This translates to the geometric action: drawText(point='B', label='P').", "output": "drawText(point='B', label='P')"}
{"instruction": "Draw a line from O to B.", "reasoning": "The user's instruction is to 'Draw a line from O to B.'. This translates to the geometric action: drawLine(from='O', to='B').", "output": "drawLine(from='O', to='B')"}
{"instruction": "Mark midpoint between Q and P.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and P.'. This translates to the geometric action: markMidpoint(p1='Q', p2='P').", "output": "markMidpoint(p1='Q', p2='P')"}
{"instruction": "Draw a circle centered at O with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 7.'. This translates to the geometric action: drawCircle(center='O', radius=7).", "output": "drawCircle(center='O', radius=7)"}
{"instruction": "Draw a line from P to A.", "reasoning": "The user's instruction is to 'Draw a line from P to A.'. This translates to the geometric action: drawLine(from='P', to='A').", "output": "drawLine(from='P', to='A')"}
{"instruction": "Mark midpoint between B and O.", "reasoning": "The user's instruction is to 'Mark midpoint between B and O.'. This translates to the geometric action: markMidpoint(p1='B', p2='O').", "output": "markMidpoint(p1='B', p2='O')"}
{"instruction": "Label the point C as P.", "reasoning": "The user's instruction is to 'Label the point C as P.'. This translates to the geometric action: drawText(point='C', label='P').", "output": "drawText(point='C', label='P')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Label the point O as P.", "reasoning": "The user's instruction is to 'Label the point O as P.'. This translates to the geometric action: drawText(point='O', label='P').", "output": "drawText(point='O', label='P')"}
{"instruction": "Label the point O as P.", "reasoning": "The user's instruction is to 'Label the point O as P.'. This translates to the geometric action: drawText(point='O', label='P').", "output": "drawText(point='O', label='P')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Draw a circle centered at B with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 8.'. This translates to the geometric action: drawCircle(center='B', radius=8).", "output": "drawCircle(center='B', radius=8)"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Label the point O as X.", "reasoning": "The user's instruction is to 'Label the point O as X.'. This translates to the geometric action: drawText(point='O', label='X').", "output": "drawText(point='O', label='X')"}
{"instruction": "Mark midpoint between P and B.", "reasoning": "The user's instruction is to 'Mark midpoint between P and B.'. This translates to the geometric action: markMidpoint(p1='P', p2='B').", "output": "markMidpoint(p1='P', p2='B')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Draw a line from P to Q.", "reasoning": "The user's instruction is to 'Draw a line from P to Q.'. This translates to the geometric action: drawLine(from='P', to='Q').", "output": "drawLine(from='P', to='Q')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Label the point Q as X.", "reasoning": "The user's instruction is to 'Label the point Q as X.'. This translates to the geometric action: drawText(point='Q', label='X').", "output": "drawText(point='Q', label='X')"}
{"instruction": "Draw a circle centered at Q with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 4.'. This translates to the geometric action: drawCircle(center='Q', radius=4).", "output": "drawCircle(center='Q', radius=4)"}
{"instruction": "Draw a line from O to B.", "reasoning": "The user's instruction is to 'Draw a line from O to B.'. This translates to the geometric action: drawLine(from='O', to='B').", "output": "drawLine(from='O', to='B')"}
{"instruction": "Mark midpoint between O and P.", "reasoning": "The user's instruction is to 'Mark midpoint between O and P.'. This translates to the geometric action: markMidpoint(p1='O', p2='P').", "output": "markMidpoint(p1='O', p2='P')"}
{"instruction": "Mark midpoint between C and O.", "reasoning": "The user's instruction is to 'Mark midpoint between C and O.'. This translates to the geometric action: markMidpoint(p1='C', p2='O').", "output": "markMidpoint(p1='C', p2='O')"}
{"instruction": "Label the point C as X.", "reasoning": "The user's instruction is to 'Label the point C as X.'. This translates to the geometric action: drawText(point='C', label='X').", "output": "drawText(point='C', label='X')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a circle centered at Q with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 5.'. This translates to the geometric action: drawCircle(center='Q', radius=5).", "output": "drawCircle(center='Q', radius=5)"}
{"instruction": "Draw a line from Q to A.", "reasoning": "The user's instruction is to 'Draw a line from Q to A.'. This translates to the geometric action: drawLine(from='Q', to='A').", "output": "drawLine(from='Q', to='A')"}
{"instruction": "Draw a line from A to C.", "reasoning": "The user's instruction is to 'Draw a line from A to C.'. This translates to the geometric action: drawLine(from='A', to='C').", "output": "drawLine(from='A', to='C')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Mark midpoint between B and P.", "reasoning": "The user's instruction is to 'Mark midpoint between B and P.'. This translates to the geometric action: markMidpoint(p1='B', p2='P').", "output": "markMidpoint(p1='B', p2='P')"}
{"instruction": "Draw a circle centered at Q with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 4.'. This translates to the geometric action: drawCircle(center='Q', radius=4).", "output": "drawCircle(center='Q', radius=4)"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Draw a line from Q to O.", "reasoning": "The user's instruction is to 'Draw a line from Q to O.'. This translates to the geometric action: drawLine(from='Q', to='O').", "output": "drawLine(from='Q', to='O')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a circle centered at O with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 6.'. This translates to the geometric action: drawCircle(center='O', radius=6).", "output": "drawCircle(center='O', radius=6)"}
{"instruction": "Draw a circle centered at C with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 5.'. This translates to the geometric action: drawCircle(center='C', radius=5).", "output": "drawCircle(center='C', radius=5)"}
{"instruction": "Draw a line from B to A.", "reasoning": "The user's instruction is to 'Draw a line from B to A.'. This translates to the geometric action: drawLine(from='B', to='A').", "output": "drawLine(from='B', to='A')"}
{"instruction": "Mark midpoint between C and O.", "reasoning": "The user's instruction is to 'Mark midpoint between C and O.'. This translates to the geometric action: markMidpoint(p1='C', p2='O').", "output": "markMidpoint(p1='C', p2='O')"}
{"instruction": "Draw a circle centered at P with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 4.'. This translates to the geometric action: drawCircle(center='P', radius=4).", "output": "drawCircle(center='P', radius=4)"}
{"instruction": "Mark midpoint between B and P.", "reasoning": "The user's instruction is to 'Mark midpoint between B and P.'. This translates to the geometric action: markMidpoint(p1='B', p2='P').", "output": "markMidpoint(p1='B', p2='P')"}
{"instruction": "Mark midpoint between P and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between P and Q.'. This translates to the geometric action: markMidpoint(p1='P', p2='Q').", "output": "markMidpoint(p1='P', p2='Q')"}
{"instruction": "Draw a circle centered at B with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 2.'. This translates to the geometric action: drawCircle(center='B', radius=2).", "output": "drawCircle(center='B', radius=2)"}
{"instruction": "Draw a line from B to C.", "reasoning": "The user's instruction is to 'Draw a line from B to C.'. This translates to the geometric action: drawLine(from='B', to='C').", "output": "drawLine(from='B', to='C')"}
{"instruction": "Draw a line from C to P.", "reasoning": "The user's instruction is to 'Draw a line from C to P.'. This translates to the geometric action: drawLine(from='C', to='P').", "output": "drawLine(from='C', to='P')"}
{"instruction": "Mark midpoint between O and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between O and Q.'. This translates to the geometric action: markMidpoint(p1='O', p2='Q').", "output": "markMidpoint(p1='O', p2='Q')"}
{"instruction": "Label the point C as Z.", "reasoning": "The user's instruction is to 'Label the point C as Z.'. This translates to the geometric action: drawText(point='C', label='Z').", "output": "drawText(point='C', label='Z')"}
{"instruction": "Draw a line from Q to C.", "reasoning": "The user's instruction is to 'Draw a line from Q to C.'. This translates to the geometric action: drawLine(from='Q', to='C').", "output": "drawLine(from='Q', to='C')"}
{"instruction": "Mark midpoint between C and P.", "reasoning": "The user's instruction is to 'Mark midpoint between C and P.'. This translates to the geometric action: markMidpoint(p1='C', p2='P').", "output": "markMidpoint(p1='C', p2='P')"}
{"instruction": "Mark midpoint between P and B.", "reasoning": "The user's instruction is to 'Mark midpoint between P and B.'. This translates to the geometric action: markMidpoint(p1='P', p2='B').", "output": "markMidpoint(p1='P', p2='B')"}
{"instruction": "Draw a circle centered at C with radius 3.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 3.'. This translates to the geometric action: drawCircle(center='C', radius=3).", "output": "drawCircle(center='C', radius=3)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Mark midpoint between C and B.", "reasoning": "The user's instruction is to 'Mark midpoint between C and B.'. This translates to the geometric action: markMidpoint(p1='C', p2='B').", "output": "markMidpoint(p1='C', p2='B')"}
{"instruction": "Draw a circle centered at C with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 4.'. This translates to the geometric action: drawCircle(center='C', radius=4).", "output": "drawCircle(center='C', radius=4)"}
{"instruction": "Label the point B as P.", "reasoning": "The user's instruction is to 'Label the point B as P.'. This translates to the geometric action: drawText(point='B', label='P').", "output": "drawText(point='B', label='P')"}
{"instruction": "Draw a circle centered at A with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 2.'. This translates to the geometric action: drawCircle(center='A', radius=2).", "output": "drawCircle(center='A', radius=2)"}
{"instruction": "Draw a circle centered at C with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 4.'. This translates to the geometric action: drawCircle(center='C', radius=4).", "output": "drawCircle(center='C', radius=4)"}
{"instruction": "Draw a line from P to A.", "reasoning": "The user's instruction is to 'Draw a line from P to A.'. This translates to the geometric action: drawLine(from='P', to='A').", "output": "drawLine(from='P', to='A')"}
{"instruction": "Draw a circle centered at B with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 7.'. This translates to the geometric action: drawCircle(center='B', radius=7).", "output": "drawCircle(center='B', radius=7)"}
{"instruction": "Draw a line from C to Q.", "reasoning": "The user's instruction is to 'Draw a line from C to Q.'. This translates to the geometric action: drawLine(from='C', to='Q').", "output": "drawLine(from='C', to='Q')"}
{"instruction": "Draw a line from C to B.", "reasoning": "The user's instruction is to 'Draw a line from C to B.'. This translates to the geometric action: drawLine(from='C', to='B').", "output": "drawLine(from='C', to='B')"}
{"instruction": "Draw a line from B to A.", "reasoning": "The user's instruction is to 'Draw a line from B to A.'. This translates to the geometric action: drawLine(from='B', to='A').", "output": "drawLine(from='B', to='A')"}
{"instruction": "Draw a line from P to O.", "reasoning": "The user's instruction is to 'Draw a line from P to O.'. This translates to the geometric action: drawLine(from='P', to='O').", "output": "drawLine(from='P', to='O')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Label the point Q as P.", "reasoning": "The user's instruction is to 'Label the point Q as P.'. This translates to the geometric action: drawText(point='Q', label='P').", "output": "drawText(point='Q', label='P')"}
{"instruction": "Draw a line from O to C.", "reasoning": "The user's instruction is to 'Draw a line from O to C.'. This translates to the geometric action: drawLine(from='O', to='C').", "output": "drawLine(from='O', to='C')"}
{"instruction": "Draw a line from Q to A.", "reasoning": "The user's instruction is to 'Draw a line from Q to A.'. This translates to the geometric action: drawLine(from='Q', to='A').", "output": "drawLine(from='Q', to='A')"}
{"instruction": "Draw a circle centered at Q with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 5.'. This translates to the geometric action: drawCircle(center='Q', radius=5).", "output": "drawCircle(center='Q', radius=5)"}
{"instruction": "Label the point Q as P.", "reasoning": "The user's instruction is to 'Label the point Q as P.'. This translates to the geometric action: drawText(point='Q', label='P').", "output": "drawText(point='Q', label='P')"}
{"instruction": "Draw a line from P to B.", "reasoning": "The user's instruction is to 'Draw a line from P to B.'. This translates to the geometric action: drawLine(from='P', to='B').", "output": "drawLine(from='P', to='B')"}
{"instruction": "Label the point Q as P.", "reasoning": "The user's instruction is to 'Label the point Q as P.'. This translates to the geometric action: drawText(point='Q', label='P').", "output": "drawText(point='Q', label='P')"}
{"instruction": "Draw a circle centered at C with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 8.'. This translates to the geometric action: drawCircle(center='C', radius=8).", "output": "drawCircle(center='C', radius=8)"}
{"instruction": "Draw a circle centered at Q with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 2.'. This translates to the geometric action: drawCircle(center='Q', radius=2).", "output": "drawCircle(center='Q', radius=2)"}
{"instruction": "Mark midpoint between Q and A.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and A.'. This translates to the geometric action: markMidpoint(p1='Q', p2='A').", "output": "markMidpoint(p1='Q', p2='A')"}
{"instruction": "Draw a circle centered at Q with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 4.'. This translates to the geometric action: drawCircle(center='Q', radius=4).", "output": "drawCircle(center='Q', radius=4)"}
{"instruction": "Label the point A as Q.", "reasoning": "The user's instruction is to 'Label the point A as Q.'. This translates to the geometric action: drawText(point='A', label='Q').", "output": "drawText(point='A', label='Q')"}
{"instruction": "Draw a circle centered at Q with radius 3.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 3.'. This translates to the geometric action: drawCircle(center='Q', radius=3).", "output": "drawCircle(center='Q', radius=3)"}
{"instruction": "Mark midpoint between B and A.", "reasoning": "The user's instruction is to 'Mark midpoint between B and A.'. This translates to the geometric action: markMidpoint(p1='B', p2='A').", "output": "markMidpoint(p1='B', p2='A')"}
{"instruction": "Label the point P as X.", "reasoning": "The user's instruction is to 'Label the point P as X.'. This translates to the geometric action: drawText(point='P', label='X').", "output": "drawText(point='P', label='X')"}
{"instruction": "Draw a line from P to A.", "reasoning": "The user's instruction is to 'Draw a line from P to A.'. This translates to the geometric action: drawLine(from='P', to='A').", "output": "drawLine(from='P', to='A')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Label the point C as Z.", "reasoning": "The user's instruction is to 'Label the point C as Z.'. This translates to the geometric action: drawText(point='C', label='Z').", "output": "drawText(point='C', label='Z')"}
{"instruction": "Draw a circle centered at B with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 5.'. This translates to the geometric action: drawCircle(center='B', radius=5).", "output": "drawCircle(center='B', radius=5)"}
{"instruction": "Label the point O as X.", "reasoning": "The user's instruction is to 'Label the point O as X.'. This translates to the geometric action: drawText(point='O', label='X').", "output": "drawText(point='O', label='X')"}
{"instruction": "Mark midpoint between C and O.", "reasoning": "The user's instruction is to 'Mark midpoint between C and O.'. This translates to the geometric action: markMidpoint(p1='C', p2='O').", "output": "markMidpoint(p1='C', p2='O')"}
{"instruction": "Label the point O as Y.", "reasoning": "The user's instruction is to 'Label the point O as Y.'. This translates to the geometric action: drawText(point='O', label='Y').", "output": "drawText(point='O', label='Y')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a line from O to C.", "reasoning": "The user's instruction is to 'Draw a line from O to C.'. This translates to the geometric action: drawLine(from='O', to='C').", "output": "drawLine(from='O', to='C')"}
{"instruction": "Draw a line from A to B.", "reasoning": "The user's instruction is to 'Draw a line from A to B.'. This translates to the geometric action: drawLine(from='A', to='B').", "output": "drawLine(from='A', to='B')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a circle centered at C with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 4.'. This translates to the geometric action: drawCircle(center='C', radius=4).", "output": "drawCircle(center='C', radius=4)"}
{"instruction": "Draw a circle centered at Q with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 7.'. This translates to the geometric action: drawCircle(center='Q', radius=7).", "output": "drawCircle(center='Q', radius=7)"}
{"instruction": "Draw a circle centered at A with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 4.'. This translates to the geometric action: drawCircle(center='A', radius=4).", "output": "drawCircle(center='A', radius=4)"}
{"instruction": "Draw a line from B to O.", "reasoning": "The user's instruction is to 'Draw a line from B to O.'. This translates to the geometric action: drawLine(from='B', to='O').", "output": "drawLine(from='B', to='O')"}
{"instruction": "Label the point Q as P.", "reasoning": "The user's instruction is to 'Label the point Q as P.'. This translates to the geometric action: drawText(point='Q', label='P').", "output": "drawText(point='Q', label='P')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Draw a line from A to C.", "reasoning": "The user's instruction is to 'Draw a line from A to C.'. This translates to the geometric action: drawLine(from='A', to='C').", "output": "drawLine(from='A', to='C')"}
{"instruction": "Label the point P as P.", "reasoning": "The user's instruction is to 'Label the point P as P.'. This translates to the geometric action: drawText(point='P', label='P').", "output": "drawText(point='P', label='P')"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Label the point P as X.", "reasoning": "The user's instruction is to 'Label the point P as X.'. This translates to the geometric action: drawText(point='P', label='X').", "output": "drawText(point='P', label='X')"}
{"instruction": "Mark midpoint between C and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between C and Q.'. This translates to the geometric action: markMidpoint(p1='C', p2='Q').", "output": "markMidpoint(p1='C', p2='Q')"}
{"instruction": "Draw a line from P to Q.", "reasoning": "The user's instruction is to 'Draw a line from P to Q.'. This translates to the geometric action: drawLine(from='P', to='Q').", "output": "drawLine(from='P', to='Q')"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Mark midpoint between Q and B.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and B.'. This translates to the geometric action: markMidpoint(p1='Q', p2='B').", "output": "markMidpoint(p1='Q', p2='B')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Label the point P as X.", "reasoning": "The user's instruction is to 'Label the point P as X.'. This translates to the geometric action: drawText(point='P', label='X').", "output": "drawText(point='P', label='X')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Mark midpoint between A and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between A and Q.'. This translates to the geometric action: markMidpoint(p1='A', p2='Q').", "output": "markMidpoint(p1='A', p2='Q')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Draw a circle centered at B with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 7.'. This translates to the geometric action: drawCircle(center='B', radius=7).", "output": "drawCircle(center='B', radius=7)"}
{"instruction": "Draw a circle centered at A with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 6.'. This translates to the geometric action: drawCircle(center='A', radius=6).", "output": "drawCircle(center='A', radius=6)"}
{"instruction": "Draw a line from Q to B.", "reasoning": "The user's instruction is to 'Draw a line from Q to B.'. This translates to the geometric action: drawLine(from='Q', to='B').", "output": "drawLine(from='Q', to='B')"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Draw a circle centered at O with radius 3.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 3.'. This translates to the geometric action: drawCircle(center='O', radius=3).", "output": "drawCircle(center='O', radius=3)"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Draw a line from O to Q.", "reasoning": "The user's instruction is to 'Draw a line from O to Q.'. This translates to the geometric action: drawLine(from='O', to='Q').", "output": "drawLine(from='O', to='Q')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Mark midpoint between O and B.", "reasoning": "The user's instruction is to 'Mark midpoint between O and B.'. This translates to the geometric action: markMidpoint(p1='O', p2='B').", "output": "markMidpoint(p1='O', p2='B')"}
{"instruction": "Draw a line from A to O.", "reasoning": "The user's instruction is to 'Draw a line from A to O.'. This translates to the geometric action: drawLine(from='A', to='O').", "output": "drawLine(from='A', to='O')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Draw a line from Q to B.", "reasoning": "The user's instruction is to 'Draw a line from Q to B.'. This translates to the geometric action: drawLine(from='Q', to='B').", "output": "drawLine(from='Q', to='B')"}
{"instruction": "Draw a circle centered at Q with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 2.'. This translates to the geometric action: drawCircle(center='Q', radius=2).", "output": "drawCircle(center='Q', radius=2)"}
{"instruction": "Label the point C as Q.", "reasoning": "The user's instruction is to 'Label the point C as Q.'. This translates to the geometric action: drawText(point='C', label='Q').", "output": "drawText(point='C', label='Q')"}
{"instruction": "Mark midpoint between O and B.", "reasoning": "The user's instruction is to 'Mark midpoint between O and B.'. This translates to the geometric action: markMidpoint(p1='O', p2='B').", "output": "markMidpoint(p1='O', p2='B')"}
{"instruction": "Mark midpoint between P and O.", "reasoning": "The user's instruction is to 'Mark midpoint between P and O.'. This translates to the geometric action: markMidpoint(p1='P', p2='O').", "output": "markMidpoint(p1='P', p2='O')"}
{"instruction": "Draw a line from C to P.", "reasoning": "The user's instruction is to 'Draw a line from C to P.'. This translates to the geometric action: drawLine(from='C', to='P').", "output": "drawLine(from='C', to='P')"}
{"instruction": "Draw a line from O to A.", "reasoning": "The user's instruction is to 'Draw a line from O to A.'. This translates to the geometric action: drawLine(from='O', to='A').", "output": "drawLine(from='O', to='A')"}
{"instruction": "Label the point B as P.", "reasoning": "The user's instruction is to 'Label the point B as P.'. This translates to the geometric action: drawText(point='B', label='P').", "output": "drawText(point='B', label='P')"}
{"instruction": "Mark midpoint between O and P.", "reasoning": "The user's instruction is to 'Mark midpoint between O and P.'. This translates to the geometric action: markMidpoint(p1='O', p2='P').", "output": "markMidpoint(p1='O', p2='P')"}
{"instruction": "Label the point B as Z.", "reasoning": "The user's instruction is to 'Label the point B as Z.'. This translates to the geometric action: drawText(point='B', label='Z').", "output": "drawText(point='B', label='Z')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Draw a line from A to O.", "reasoning": "The user's instruction is to 'Draw a line from A to O.'. This translates to the geometric action: drawLine(from='A', to='O').", "output": "drawLine(from='A', to='O')"}
{"instruction": "Draw a line from B to C.", "reasoning": "The user's instruction is to 'Draw a line from B to C.'. This translates to the geometric action: drawLine(from='B', to='C').", "output": "drawLine(from='B', to='C')"}
{"instruction": "Draw a circle centered at P with radius 3.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 3.'. This translates to the geometric action: drawCircle(center='P', radius=3).", "output": "drawCircle(center='P', radius=3)"}
{"instruction": "Mark midpoint between A and O.", "reasoning": "The user's instruction is to 'Mark midpoint between A and O.'. This translates to the geometric action: markMidpoint(p1='A', p2='O').", "output": "markMidpoint(p1='A', p2='O')"}
{"instruction": "Draw a line from B to O.", "reasoning": "The user's instruction is to 'Draw a line from B to O.'. This translates to the geometric action: drawLine(from='B', to='O').", "output": "drawLine(from='B', to='O')"}
{"instruction": "Draw a circle centered at A with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 2.'. This translates to the geometric action: drawCircle(center='A', radius=2).", "output": "drawCircle(center='A', radius=2)"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a circle centered at B with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 2.'. This translates to the geometric action: drawCircle(center='B', radius=2).", "output": "drawCircle(center='B', radius=2)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Draw a line from B to C.", "reasoning": "The user's instruction is to 'Draw a line from B to C.'. This translates to the geometric action: drawLine(from='B', to='C').", "output": "drawLine(from='B', to='C')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a circle centered at B with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 2.'. This translates to the geometric action: drawCircle(center='B', radius=2).", "output": "drawCircle(center='B', radius=2)"}
{"instruction": "Label the point A as Y.", "reasoning": "The user's instruction is to 'Label the point A as Y.'. This translates to the geometric action: drawText(point='A', label='Y').", "output": "drawText(point='A', label='Y')"}
{"instruction": "Label the point C as Y.", "reasoning": "The user's instruction is to 'Label the point C as Y.'. This translates to the geometric action: drawText(point='C', label='Y').", "output": "drawText(point='C', label='Y')"}
{"instruction": "Draw a circle centered at P with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 2.'. This translates to the geometric action: drawCircle(center='P', radius=2).", "output": "drawCircle(center='P', radius=2)"}
{"instruction": "Draw a line from C to B.", "reasoning": "The user's instruction is to 'Draw a line from C to B.'. This translates to the geometric action: drawLine(from='C', to='B').", "output": "drawLine(from='C', to='B')"}
{"instruction": "Draw a circle centered at Q with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 4.'. This translates to the geometric action: drawCircle(center='Q', radius=4).", "output": "drawCircle(center='Q', radius=4)"}
{"instruction": "Label the point O as Z.", "reasoning": "The user's instruction is to 'Label the point O as Z.'. This translates to the geometric action: drawText(point='O', label='Z').", "output": "drawText(point='O', label='Z')"}
{"instruction": "Draw a line from O to C.", "reasoning": "The user's instruction is to 'Draw a line from O to C.'. This translates to the geometric action: drawLine(from='O', to='C').", "output": "drawLine(from='O', to='C')"}
{"instruction": "Mark midpoint between A and B.", "reasoning": "The user's instruction is to 'Mark midpoint between A and B.'. This translates to the geometric action: markMidpoint(p1='A', p2='B').", "output": "markMidpoint(p1='A', p2='B')"}
{"instruction": "Mark midpoint between B and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between B and Q.'. This translates to the geometric action: markMidpoint(p1='B', p2='Q').", "output": "markMidpoint(p1='B', p2='Q')"}
{"instruction": "Label the point C as P.", "reasoning": "The user's instruction is to 'Label the point C as P.'. This translates to the geometric action: drawText(point='C', label='P').", "output": "drawText(point='C', label='P')"}
{"instruction": "Draw a circle centered at O with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 7.'. This translates to the geometric action: drawCircle(center='O', radius=7).", "output": "drawCircle(center='O', radius=7)"}
{"instruction": "Mark midpoint between Q and A.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and A.'. This translates to the geometric action: markMidpoint(p1='Q', p2='A').", "output": "markMidpoint(p1='Q', p2='A')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a circle centered at O with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 4.'. This translates to the geometric action: drawCircle(center='O', radius=4).", "output": "drawCircle(center='O', radius=4)"}
{"instruction": "Draw a circle centered at P with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 8.'. This translates to the geometric action: drawCircle(center='P', radius=8).", "output": "drawCircle(center='P', radius=8)"}
{"instruction": "Label the point P as Z.", "reasoning": "The user's instruction is to 'Label the point P as Z.'. This translates to the geometric action: drawText(point='P', label='Z').", "output": "drawText(point='P', label='Z')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Mark midpoint between Q and B.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and B.'. This translates to the geometric action: markMidpoint(p1='Q', p2='B').", "output": "markMidpoint(p1='Q', p2='B')"}
{"instruction": "Draw a line from C to O.", "reasoning": "The user's instruction is to 'Draw a line from C to O.'. This translates to the geometric action: drawLine(from='C', to='O').", "output": "drawLine(from='C', to='O')"}
{"instruction": "Draw a circle centered at A with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 6.'. This translates to the geometric action: drawCircle(center='A', radius=6).", "output": "drawCircle(center='A', radius=6)"}
{"instruction": "Label the point A as Z.", "reasoning": "The user's instruction is to 'Label the point A as Z.'. This translates to the geometric action: drawText(point='A', label='Z').", "output": "drawText(point='A', label='Z')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Label the point B as Y.", "reasoning": "The user's instruction is to 'Label the point B as Y.'. This translates to the geometric action: drawText(point='B', label='Y').", "output": "drawText(point='B', label='Y')"}
{"instruction": "Draw a circle centered at Q with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 7.'. This translates to the geometric action: drawCircle(center='Q', radius=7).", "output": "drawCircle(center='Q', radius=7)"}
{"instruction": "Draw a circle centered at C with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 5.'. This translates to the geometric action: drawCircle(center='C', radius=5).", "output": "drawCircle(center='C', radius=5)"}
{"instruction": "Draw a circle centered at C with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 5.'. This translates to the geometric action: drawCircle(center='C', radius=5).", "output": "drawCircle(center='C', radius=5)"}
{"instruction": "Label the point O as Z.", "reasoning": "The user's instruction is to 'Label the point O as Z.'. This translates to the geometric action: drawText(point='O', label='Z').", "output": "drawText(point='O', label='Z')"}
{"instruction": "Draw a circle centered at C with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 7.'. This translates to the geometric action: drawCircle(center='C', radius=7).", "output": "drawCircle(center='C', radius=7)"}
{"instruction": "Draw a circle centered at A with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 5.'. This translates to the geometric action: drawCircle(center='A', radius=5).", "output": "drawCircle(center='A', radius=5)"}
{"instruction": "Draw a line from P to B.", "reasoning": "The user's instruction is to 'Draw a line from P to B.'. This translates to the geometric action: drawLine(from='P', to='B').", "output": "drawLine(from='P', to='B')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Mark midpoint between P and O.", "reasoning": "The user's instruction is to 'Mark midpoint between P and O.'. This translates to the geometric action: markMidpoint(p1='P', p2='O').", "output": "markMidpoint(p1='P', p2='O')"}
{"instruction": "Label the point P as X.", "reasoning": "The user's instruction is to 'Label the point P as X.'. This translates to the geometric action: drawText(point='P', label='X').", "output": "drawText(point='P', label='X')"}
{"instruction": "Label the point B as X.", "reasoning": "The user's instruction is to 'Label the point B as X.'. This translates to the geometric action: drawText(point='B', label='X').", "output": "drawText(point='B', label='X')"}
{"instruction": "Mark midpoint between B and C.", "reasoning": "The user's instruction is to 'Mark midpoint between B and C.'. This translates to the geometric action: markMidpoint(p1='B', p2='C').", "output": "markMidpoint(p1='B', p2='C')"}
{"instruction": "Draw a line from P to B.", "reasoning": "The user's instruction is to 'Draw a line from P to B.'. This translates to the geometric action: drawLine(from='P', to='B').", "output": "drawLine(from='P', to='B')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Draw a circle centered at C with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 6.'. This translates to the geometric action: drawCircle(center='C', radius=6).", "output": "drawCircle(center='C', radius=6)"}
{"instruction": "Draw a circle centered at O with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 4.'. This translates to the geometric action: drawCircle(center='O', radius=4).", "output": "drawCircle(center='O', radius=4)"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Draw a circle centered at C with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 5.'. This translates to the geometric action: drawCircle(center='C', radius=5).", "output": "drawCircle(center='C', radius=5)"}
{"instruction": "Label the point P as Z.", "reasoning": "The user's instruction is to 'Label the point P as Z.'. This translates to the geometric action: drawText(point='P', label='Z').", "output": "drawText(point='P', label='Z')"}
{"instruction": "Draw a line from B to O.", "reasoning": "The user's instruction is to 'Draw a line from B to O.'. This translates to the geometric action: drawLine(from='B', to='O').", "output": "drawLine(from='B', to='O')"}
{"instruction": "Draw a circle centered at O with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 8.'. This translates to the geometric action: drawCircle(center='O', radius=8).", "output": "drawCircle(center='O', radius=8)"}
{"instruction": "Label the point A as P.", "reasoning": "The user's instruction is to 'Label the point A as P.'. This translates to the geometric action: drawText(point='A', label='P').", "output": "drawText(point='A', label='P')"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}
{"instruction": "Draw a line from C to Q.", "reasoning": "The user's instruction is to 'Draw a line from C to Q.'. This translates to the geometric action: drawLine(from='C', to='Q').", "output": "drawLine(from='C', to='Q')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Draw a line from A to Q.", "reasoning": "The user's instruction is to 'Draw a line from A to Q.'. This translates to the geometric action: drawLine(from='A', to='Q').", "output": "drawLine(from='A', to='Q')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Label the point O as Q.", "reasoning": "The user's instruction is to 'Label the point O as Q.'. This translates to the geometric action: drawText(point='O', label='Q').", "output": "drawText(point='O', label='Q')"}
{"instruction": "Label the point B as X.", "reasoning": "The user's instruction is to 'Label the point B as X.'. This translates to the geometric action: drawText(point='B', label='X').", "output": "drawText(point='B', label='X')"}
{"instruction": "Draw a line from C to O.", "reasoning": "The user's instruction is to 'Draw a line from C to O.'. This translates to the geometric action: drawLine(from='C', to='O').", "output": "drawLine(from='C', to='O')"}
{"instruction": "Label the point Q as Z.", "reasoning": "The user's instruction is to 'Label the point Q as Z.'. This translates to the geometric action: drawText(point='Q', label='Z').", "output": "drawText(point='Q', label='Z')"}
{"instruction": "Draw a circle centered at C with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 2.'. This translates to the geometric action: drawCircle(center='C', radius=2).", "output": "drawCircle(center='C', radius=2)"}
{"instruction": "Mark midpoint between C and O.", "reasoning": "The user's instruction is to 'Mark midpoint between C and O.'. This translates to the geometric action: markMidpoint(p1='C', p2='O').", "output": "markMidpoint(p1='C', p2='O')"}
{"instruction": "Draw a circle centered at O with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 8.'. This translates to the geometric action: drawCircle(center='O', radius=8).", "output": "drawCircle(center='O', radius=8)"}
{"instruction": "Draw a line from P to Q.", "reasoning": "The user's instruction is to 'Draw a line from P to Q.'. This translates to the geometric action: drawLine(from='P', to='Q').", "output": "drawLine(from='P', to='Q')"}
{"instruction": "Draw a circle centered at C with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 6.'. This translates to the geometric action: drawCircle(center='C', radius=6).", "output": "drawCircle(center='C', radius=6)"}
{"instruction": "Label the point C as Y.", "reasoning": "The user's instruction is to 'Label the point C as Y.'. This translates to the geometric action: drawText(point='C', label='Y').", "output": "drawText(point='C', label='Y')"}
{"instruction": "Draw a circle centered at Q with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 6.'. This translates to the geometric action: drawCircle(center='Q', radius=6).", "output": "drawCircle(center='Q', radius=6)"}
{"instruction": "Label the point Q as Z.", "reasoning": "The user's instruction is to 'Label the point Q as Z.'. This translates to the geometric action: drawText(point='Q', label='Z').", "output": "drawText(point='Q', label='Z')"}
{"instruction": "Mark midpoint between B and P.", "reasoning": "The user's instruction is to 'Mark midpoint between B and P.'. This translates to the geometric action: markMidpoint(p1='B', p2='P').", "output": "markMidpoint(p1='B', p2='P')"}
{"instruction": "Mark midpoint between A and P.", "reasoning": "The user's instruction is to 'Mark midpoint between A and P.'. This translates to the geometric action: markMidpoint(p1='A', p2='P').", "output": "markMidpoint(p1='A', p2='P')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Place a point Q at coordinates [-5, 5].", "reasoning": "The user's instruction is to 'Place a point Q at coordinates [-5, 5].'. This translates to the geometric action: drawPoint(name='Q', x=-5, y=5).", "output": "drawPoint(name='Q', x=-5, y=5)"}
{"instruction": "Draw a line from B to P.", "reasoning": "The user's instruction is to 'Draw a line from B to P.'. This translates to the geometric action: drawLine(from='B', to='P').", "output": "drawLine(from='B', to='P')"}
{"instruction": "Draw a line from C to Q.", "reasoning": "The user's instruction is to 'Draw a line from C to Q.'. This translates to the geometric action: drawLine(from='C', to='Q').", "output": "drawLine(from='C', to='Q')"}
{"instruction": "Draw a circle centered at A with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 5.'. This translates to the geometric action: drawCircle(center='A', radius=5).", "output": "drawCircle(center='A', radius=5)"}
{"instruction": "Draw a line from C to B.", "reasoning": "The user's instruction is to 'Draw a line from C to B.'. This translates to the geometric action: drawLine(from='C', to='B').", "output": "drawLine(from='C', to='B')"}
{"instruction": "Mark midpoint between P and O.", "reasoning": "The user's instruction is to 'Mark midpoint between P and O.'. This translates to the geometric action: markMidpoint(p1='P', p2='O').", "output": "markMidpoint(p1='P', p2='O')"}
{"instruction": "Draw a line from C to B.", "reasoning": "The user's instruction is to 'Draw a line from C to B.'. This translates to the geometric action: drawLine(from='C', to='B').", "output": "drawLine(from='C', to='B')"}
{"instruction": "Draw a line from C to O.", "reasoning": "The user's instruction is to 'Draw a line from C to O.'. This translates to the geometric action: drawLine(from='C', to='O').", "output": "drawLine(from='C', to='O')"}
{"instruction": "Draw a circle centered at Q with radius 3.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 3.'. This translates to the geometric action: drawCircle(center='Q', radius=3).", "output": "drawCircle(center='Q', radius=3)"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Draw a line from Q to A.", "reasoning": "The user's instruction is to 'Draw a line from Q to A.'. This translates to the geometric action: drawLine(from='Q', to='A').", "output": "drawLine(from='Q', to='A')"}
{"instruction": "Draw a line from O to C.", "reasoning": "The user's instruction is to 'Draw a line from O to C.'. This translates to the geometric action: drawLine(from='O', to='C').", "output": "drawLine(from='O', to='C')"}
{"instruction": "Draw a line from C to O.", "reasoning": "The user's instruction is to 'Draw a line from C to O.'. This translates to the geometric action: drawLine(from='C', to='O').", "output": "drawLine(from='C', to='O')"}
{"instruction": "Draw a circle centered at O with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 7.'. This translates to the geometric action: drawCircle(center='O', radius=7).", "output": "drawCircle(center='O', radius=7)"}
{"instruction": "Draw a line from C to Q.", "reasoning": "The user's instruction is to 'Draw a line from C to Q.'. This translates to the geometric action: drawLine(from='C', to='Q').", "output": "drawLine(from='C', to='Q')"}
{"instruction": "Label the point O as P.", "reasoning": "The user's instruction is to 'Label the point O as P.'. This translates to the geometric action: drawText(point='O', label='P').", "output": "drawText(point='O', label='P')"}
{"instruction": "Label the point B as Q.", "reasoning": "The user's instruction is to 'Label the point B as Q.'. This translates to the geometric action: drawText(point='B', label='Q').", "output": "drawText(point='B', label='Q')"}
{"instruction": "Label the point A as X.", "reasoning": "The user's instruction is to 'Label the point A as X.'. This translates to the geometric action: drawText(point='A', label='X').", "output": "drawText(point='A', label='X')"}
{"instruction": "Mark midpoint between B and C.", "reasoning": "The user's instruction is to 'Mark midpoint between B and C.'. This translates to the geometric action: markMidpoint(p1='B', p2='C').", "output": "markMidpoint(p1='B', p2='C')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Draw a line from Q to O.", "reasoning": "The user's instruction is to 'Draw a line from Q to O.'. This translates to the geometric action: drawLine(from='Q', to='O').", "output": "drawLine(from='Q', to='O')"}
{"instruction": "Mark midpoint between P and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between P and Q.'. This translates to the geometric action: markMidpoint(p1='P', p2='Q').", "output": "markMidpoint(p1='P', p2='Q')"}
{"instruction": "Draw a line from O to C.", "reasoning": "The user's instruction is to 'Draw a line from O to C.'. This translates to the geometric action: drawLine(from='O', to='C').", "output": "drawLine(from='O', to='C')"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Draw a circle centered at A with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 6.'. This translates to the geometric action: drawCircle(center='A', radius=6).", "output": "drawCircle(center='A', radius=6)"}
{"instruction": "Draw a circle centered at A with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 8.'. This translates to the geometric action: drawCircle(center='A', radius=8).", "output": "drawCircle(center='A', radius=8)"}
{"instruction": "Mark midpoint between C and B.", "reasoning": "The user's instruction is to 'Mark midpoint between C and B.'. This translates to the geometric action: markMidpoint(p1='C', p2='B').", "output": "markMidpoint(p1='C', p2='B')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Draw a circle centered at O with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 7.'. This translates to the geometric action: drawCircle(center='O', radius=7).", "output": "drawCircle(center='O', radius=7)"}
{"instruction": "Mark midpoint between O and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between O and Q.'. This translates to the geometric action: markMidpoint(p1='O', p2='Q').", "output": "markMidpoint(p1='O', p2='Q')"}
{"instruction": "Label the point P as Z.", "reasoning": "The user's instruction is to 'Label the point P as Z.'. This translates to the geometric action: drawText(point='P', label='Z').", "output": "drawText(point='P', label='Z')"}
{"instruction": "Draw a line from B to P.", "reasoning": "The user's instruction is to 'Draw a line from B to P.'. This translates to the geometric action: drawLine(from='B', to='P').", "output": "drawLine(from='B', to='P')"}
{"instruction": "Mark midpoint between C and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between C and Q.'. This translates to the geometric action: markMidpoint(p1='C', p2='Q').", "output": "markMidpoint(p1='C', p2='Q')"}
{"instruction": "Mark midpoint between O and P.", "reasoning": "The user's instruction is to 'Mark midpoint between O and P.'. This translates to the geometric action: markMidpoint(p1='O', p2='P').", "output": "markMidpoint(p1='O', p2='P')"}
{"instruction": "Draw a circle centered at C with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 7.'. This translates to the geometric action: drawCircle(center='C', radius=7).", "output": "drawCircle(center='C', radius=7)"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Draw a circle centered at B with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 7.'. This translates to the geometric action: drawCircle(center='B', radius=7).", "output": "drawCircle(center='B', radius=7)"}
{"instruction": "Draw a circle centered at C with radius 3.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 3.'. This translates to the geometric action: drawCircle(center='C', radius=3).", "output": "drawCircle(center='C', radius=3)"}
{"instruction": "Draw a circle centered at Q with radius 4.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 4.'. This translates to the geometric action: drawCircle(center='Q', radius=4).", "output": "drawCircle(center='Q', radius=4)"}
{"instruction": "Draw a circle centered at P with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at P with radius 8.'. This translates to the geometric action: drawCircle(center='P', radius=8).", "output": "drawCircle(center='P', radius=8)"}
{"instruction": "Draw a circle centered at C with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 8.'. This translates to the geometric action: drawCircle(center='C', radius=8).", "output": "drawCircle(center='C', radius=8)"}
{"instruction": "Mark midpoint between B and A.", "reasoning": "The user's instruction is to 'Mark midpoint between B and A.'. This translates to the geometric action: markMidpoint(p1='B', p2='A').", "output": "markMidpoint(p1='B', p2='A')"}
{"instruction": "Mark midpoint between O and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between O and Q.'. This translates to the geometric action: markMidpoint(p1='O', p2='Q').", "output": "markMidpoint(p1='O', p2='Q')"}
{"instruction": "Label the point P as Z.", "reasoning": "The user's instruction is to 'Label the point P as Z.'. This translates to the geometric action: drawText(point='P', label='Z').", "output": "drawText(point='P', label='Z')"}
{"instruction": "Mark midpoint between C and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between C and Q.'. This translates to the geometric action: markMidpoint(p1='C', p2='Q').", "output": "markMidpoint(p1='C', p2='Q')"}
{"instruction": "Mark midpoint between Q and C.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and C.'. This translates to the geometric action: markMidpoint(p1='Q', p2='C').", "output": "markMidpoint(p1='Q', p2='C')"}
{"instruction": "Draw a circle centered at B with radius 3.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 3.'. This translates to the geometric action: drawCircle(center='B', radius=3).", "output": "drawCircle(center='B', radius=3)"}
{"instruction": "Draw a circle centered at A with radius 5.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 5.'. This translates to the geometric action: drawCircle(center='A', radius=5).", "output": "drawCircle(center='A', radius=5)"}
{"instruction": "Draw a line from Q to P.", "reasoning": "The user's instruction is to 'Draw a line from Q to P.'. This translates to the geometric action: drawLine(from='Q', to='P').", "output": "drawLine(from='Q', to='P')"}
{"instruction": "Draw a circle centered at O with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at O with radius 7.'. This translates to the geometric action: drawCircle(center='O', radius=7).", "output": "drawCircle(center='O', radius=7)"}
{"instruction": "Draw a circle centered at B with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 2.'. This translates to the geometric action: drawCircle(center='B', radius=2).", "output": "drawCircle(center='B', radius=2)"}
{"instruction": "Label the point P as X.", "reasoning": "The user's instruction is to 'Label the point P as X.'. This translates to the geometric action: drawText(point='P', label='X').", "output": "drawText(point='P', label='X')"}
{"instruction": "Draw a circle centered at A with radius 8.", "reasoning": "The user's instruction is to 'Draw a circle centered at A with radius 8.'. This translates to the geometric action: drawCircle(center='A', radius=8).", "output": "drawCircle(center='A', radius=8)"}
{"instruction": "Place a point O at coordinates [0, 0].", "reasoning": "The user's instruction is to 'Place a point O at coordinates [0, 0].'. This translates to the geometric action: drawPoint(name='O', x=0, y=0).", "output": "drawPoint(name='O', x=0, y=0)"}
{"instruction": "Draw a circle centered at C with radius 6.", "reasoning": "The user's instruction is to 'Draw a circle centered at C with radius 6.'. This translates to the geometric action: drawCircle(center='C', radius=6).", "output": "drawCircle(center='C', radius=6)"}
{"instruction": "Mark midpoint between Q and A.", "reasoning": "The user's instruction is to 'Mark midpoint between Q and A.'. This translates to the geometric action: markMidpoint(p1='Q', p2='A').", "output": "markMidpoint(p1='Q', p2='A')"}
{"instruction": "Draw a line from B to C.", "reasoning": "The user's instruction is to 'Draw a line from B to C.'. This translates to the geometric action: drawLine(from='B', to='C').", "output": "drawLine(from='B', to='C')"}
{"instruction": "Draw a line from A to O.", "reasoning": "The user's instruction is to 'Draw a line from A to O.'. This translates to the geometric action: drawLine(from='A', to='O').", "output": "drawLine(from='A', to='O')"}
{"instruction": "Draw a line from O to Q.", "reasoning": "The user's instruction is to 'Draw a line from O to Q.'. This translates to the geometric action: drawLine(from='O', to='Q').", "output": "drawLine(from='O', to='Q')"}
{"instruction": "Draw a line from Q to A.", "reasoning": "The user's instruction is to 'Draw a line from Q to A.'. This translates to the geometric action: drawLine(from='Q', to='A').", "output": "drawLine(from='Q', to='A')"}
{"instruction": "Place a point B at coordinates [-8, 0].", "reasoning": "The user's instruction is to 'Place a point B at coordinates [-8, 0].'. This translates to the geometric action: drawPoint(name='B', x=-8, y=0).", "output": "drawPoint(name='B', x=-8, y=0)"}
{"instruction": "Label the point P as X.", "reasoning": "The user's instruction is to 'Label the point P as X.'. This translates to the geometric action: drawText(point='P', label='X').", "output": "drawText(point='P', label='X')"}
{"instruction": "Place a point A at coordinates [8, 0].", "reasoning": "The user's instruction is to 'Place a point A at coordinates [8, 0].'. This translates to the geometric action: drawPoint(name='A', x=8, y=0).", "output": "drawPoint(name='A', x=8, y=0)"}
{"instruction": "Draw a circle centered at B with radius 7.", "reasoning": "The user's instruction is to 'Draw a circle centered at B with radius 7.'. This translates to the geometric action: drawCircle(center='B', radius=7).", "output": "drawCircle(center='B', radius=7)"}
{"instruction": "Place a point C at coordinates [4, 3].", "reasoning": "The user's instruction is to 'Place a point C at coordinates [4, 3].'. This translates to the geometric action: drawPoint(name='C', x=4, y=3).", "output": "drawPoint(name='C', x=4, y=3)"}
{"instruction": "Label the point Q as Y.", "reasoning": "The user's instruction is to 'Label the point Q as Y.'. This translates to the geometric action: drawText(point='Q', label='Y').", "output": "drawText(point='Q', label='Y')"}
{"instruction": "Draw a circle centered at Q with radius 2.", "reasoning": "The user's instruction is to 'Draw a circle centered at Q with radius 2.'. This translates to the geometric action: drawCircle(center='Q', radius=2).", "output": "drawCircle(center='Q', radius=2)"}
{"instruction": "Mark midpoint between P and Q.", "reasoning": "The user's instruction is to 'Mark midpoint between P and Q.'. This translates to the geometric action: markMidpoint(p1='P', p2='Q').", "output": "markMidpoint(p1='P', p2='Q')"}
{"instruction": "Place a point P at coordinates [5, 5].", "reasoning": "The user's instruction is to 'Place a point P at coordinates [5, 5].'. This translates to the geometric action: drawPoint(name='P', x=5, y=5).", "output": "drawPoint(name='P', x=5, y=5)"}