| BitHacks |
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| Box3f |
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| Circle2f |
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| ColorRGB |
ColorRGB.
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| ColorRGBA |
ColorRGBA.
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| Cone3f |
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| Ellipsoid3f |
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| GMatrixd |
Matrix operations are applied on the left.
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| GMatrixf |
Matrix operations are applied on the left.
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| GVectord |
General sized double vector.
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| GVectorf |
General sized float vector.
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| LinCompf |
The linear component is represented as P+t*D where P is the component origin
and D is a unit-length direction vector.
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| Line2f |
The line is represented as P+t*D where P is the line origin and D is a
unit-length direction vector.
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| Line3f |
The line is represented as P+t*D where P is the line origin and D is a
unit-length direction vector.
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| Mathd |
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| Mathf |
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| Matrix2f |
Matrix operations are applied on the left.
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| Matrix3f |
Matrix operations are applied on the left.
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| Matrix4d |
Matrix operations are applied on the left.
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| Matrix4f |
Matrix operations are applied on the left.
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| Plane3f |
The plane is represented as Dot(N,X) = c where N is a unit-length normal
vector, c is the plane constant, and X is any point on the plane.
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| Polynomial1f |
Limited implementation of a floating-point polynomial of 1 variable.
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| Quaternion |
A quaternion is q = w + x*i + y*j + z*k where (w,x,y,z) is not necessarily a
unit length vector in 4D.
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| Ray2f |
The ray is represented as P+t*D, where P is the ray origin, D is a
unit-length direction vector, and t >= 0.
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| Ray3f |
The ray is represented as P+t*D, where P is the ray origin, D is a
unit-length direction vector, and t >= 0.
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| Segment2f |
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| Segment3f |
The segment is represented as P+t*D, where P is the segment origin, D is a
unit-length direction vector and |t|
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| Sphere3f |
The sphere is represented as |X-C| = R where C is the center and R is the
radius.
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| Triangle2f |
The triangle is represented as an array of three vertices, V0, V1, and V2.
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| Triangle3f |
The triangle is represented as an array of three vertices, V0, V1, and V2.
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| Vector2d |
2D Vector object.
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| Vector2f |
2D Vector object.
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| Vector3d |
3D Vector object.
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| Vector3f |
3D Vector object.
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| Vector4d |
3D Vector object (X,Y,Z,W).
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| Vector4f |
3D Vector object (X,Y,Z,W).
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