Package affine allows for combinations of points where the sum of the coefficients is zero.

GetTInv of a TGen will call TInv if available.

GetTPair of a TGen will call Pair if available.

Identity returns a copy of the identity transform.

Max returns a Pt with the highest X, highest Y and highest Z.

Min returns a Pt with the lowest X, lowest Z and the lowest Y.

MinMax takes any number of points and returns a min point with the lowest X and the lowest Y in the entire set and a max point with the highest X and highest Y in the set.

NewTSet creates a TransformSet.

QV produces an instance of Q such that Q applied to V{1,0,0} will point in the same direction as the argument v.

QX returns Q rotated around the X axis.

QY returns Q rotated around the Y axis.

QY returns Q rotated around the Z axis.

ScaleF returns Scale with all dimensions equal to f.

TProd returns the product of multiple transforms.

The 3 planes for rotation.

The 3 planes for rotation.

The 3 planes for rotation.

Prec is the precision for the String method on F.

D3 is an abstract two dimensional struct holding the methods shared by both Pt and V.

Q is a quaternion used for rotations.

Rotation fulfill TGen.

TransformSet builds up a chain of transformaitions.

Point can return an instance of Pt.

Pt1 is a one dimensional parametric curve.

Pt2 is a two dimensional parametric surface.

Pt2c1 is a two dimensional parametric surface that returns a curve on the surface.

TGen represents a type that can generate a Transform.

TGenInv represents a type that can generate the inverse of a Transform.

TGenPair provides a way to get both the Transform and it's Inverse at the same time which can sometimes be more efficient.

V1 is a one dimensional parametric curve.

Vector can return an instance of V.

Pt represets a three dimensional point.

RotationPlane represents the planes for rotation.

Scale fulfills TGen and produces a T that scales by V.

T is a 3D transform.

Translate fulfills TGen that translates by V.

V is a 3D vector.