clifford.conformalize¶
- clifford.conformalize(layout: clifford._layout.Layout, added_sig=[1, -1], *, mvClass=<class 'clifford._multivector.MultiVector'>, **kwargs)[source]¶
Conformalize a Geometric Algebra
Given the Layout for a GA of signature (p, q), this will produce a GA of signature (p+1, q+1), as well as return a new list of blades and some stuff. stuff is a dict containing the null basis blades, and some up/down functions for projecting in/out of the CGA.
- Parameters
layout (clifford.Layout) – layout of the GA to conformalize (the base)
added_sig (list-like) – list of +1, -1 denoted the added signatures
**kwargs – extra arguments to pass on into the
Layout
constructor.
- Returns
layout_c (
ConformalLayout
) – layout of the base GAblades_c (dict) – blades for the CGA
stuff (dict) – dict mapping the following members of
ConformalLayout
by their names, for easy unpacking into the global namespace:up
(x)up-project a vector from GA to CGA
down
(x)down-project a vector from CGA to GA
homo
(x)homogenize a CGA vector
Examples
>>> from clifford import Cl, conformalize >>> G2, blades = Cl(2) >>> G2c, bladesc, stuff = conformalize(G2) >>> locals().update(bladesc) >>> locals().update(stuff)