Cevian(A, B, C[, alpha])
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A class to represent a cevian in a triangle. |
Bisector(A, B, C, **kwargs)
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A class to represent a bisector in a triangle. |
Median(A, B, C, **kwargs)
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A class to represent a median in a triangle. |
Perpendicular(line, dot[, length, rotate])
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A class to represent a perpendicular line to another line. |
Altitude(A, B, C, **kwargs)
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A class to represent an altitude in a triangle. |
PerpendicularBisector(line[, length])
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A class to represent a perpendicular bisector to a line. |
Symmedian(A, B, C, **kwargs)
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A class to represent a symmedian in a triangle. |
EuclidLine(A, B, C, **kwargs)
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A class to represent a EuclidLine for a triangle.This line is parallel to AC and we pass through B |
Tangent(circle, dot[, is_other_tangent])
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A class to represent a tangent to a circle. |
Incircle(A, B, C, *args, **kwargs)
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A class to represent the incircle of a triangle. |
Circumcircle(A, B, C, *args, **kwargs)
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A class to represent the circumcircle of a triangle. |
NinePointCircle(A, B, C, *args, **kwargs)
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A class to represent the nine-point circle of a triangle. |
CarnotCircle(A, B, C, *args, **kwargs)
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A class to represent the Carnot circle of a triangle relative to side AC. |
Incenter(A, B, C, **kwargs)
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Excenter(A, B, C, **kwargs)
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Centroid(A, B, C, **kwargs)
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Circumcenter(A, B, C, **kwargs)
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Orthocenter(A, B, C, **kwargs)
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NinePointCenter(A, B, C, **kwargs)
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LemoinePoint(A, B, C, **kwargs)
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GergonnePoint(A, B, C, **kwargs)
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NagelPoint(A, B, C, **kwargs)
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Mittenpunkt(A, B, C, **kwargs)
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SpiekerCenter(A, B, C, **kwargs)
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FeuerbachPoint(A, B, C, **kwargs)
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FermatPoint(A, B, C, **kwargs)
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