FastInverseMat3 calculates the inverse of the matrix with a few caveats.

FastInverseMat4 calculates the inverse of the matrix with a few caveats.

InverseMat3 calculates the inverse of the matrix.

InverseMat4 calculates the inverse of the matrix.

Vec3Angle returns the shortest angle between two vectors.

Vec3Projection returns the specified vector flattened along the specified normal.

Vec3ProjectionAngle returns the angle between two vectors projected onto a plane defined by a normal vector.

RotationOrderGlobalXYZ specifies that rotations are applied in the order of X, Y, Z using a global gizmo.

RotationOrderGlobalXZY specifies that rotations are applied in the order of X, Z, Y using a global gizmo.

RotationOrderGlobalYXZ specifies that rotations are applied in the order of Y, X, Z using a global gizmo.

RotationOrderGlobalYZX specifies that rotations are applied in the order of Y, Z, X using a global gizmo.

RotationOrderGlobalZXY specifies that rotations are applied in the order of Z, X, Y using a global gizmo.

RotationOrderGlobalZYX specifies that rotations are applied in the order of Z, Y, X using a global gizmo.

RotationOrderLocalXYZ specifies that rotations are applied in the order of X, Y, Z using a local gizmo (i.e.

RotationOrderLocalXZY specifies that rotations are applied in the order of X, Z, Y using a local gizmo (i.e.

RotationOrderLocalYXZ specifies that rotations are applied in the order of Y, X, Z using a local gizmo (i.e.

RotationOrderLocalYZX specifies that rotations are applied in the order of Y, Z, X using a local gizmo (i.e.

RotationOrderLocalZXY specifies that rotations are applied in the order of Z, X, Y using a local gizmo (i.e.

RotationOrderLocalZYX specifies that rotations are applied in the order of Z, Y, X using a local gizmo (i.e.

RotationOrder specifies the order in which rotations are applied.