Math

Note

The math package works with numpy arrays representing points in affine coordinates (if not stated otherwise). The geometry package on the other hand works with geometric objects, generically in homogeneous coordinates.

See the Examples section in the corresponding function to understand how it’s used.

• ddg.math.complex - Functions for complex analysis of plane geometry

• ddg.math.euclidean - Functions for Euclidean space

• ddg.math.grids - Functions to create quad and triangle grids

• ddg.math.discrete_objects - Parametrizations for various discrete objects

• ddg.math.functions - Basic functions and math expressions

• ddg.math.linalg - Linear algebra functions and utilities

• ddg.math.projective - Functions for projective geometry

• ddg.math.quaternion - Quaternion arithmetic functions

• ddg.math.symmetric_matrices - Symmetric matrix and signature utilities