Clifford
v1.0.0
Installation
Quick Start (G2)
The Algebra Of Space (G3)
Rotations in Space: Euler Angles, Matrices, and Quaternions
Conformal Geometric Algebra
Space Time Algebra
Interfacing Other Mathematical Systems
Predefined Geometric Algebras
Writing high(ish) performance code with Clifford and Numba via Numpy
Example 1 Interpolating Conformal Objects
Example 2 Clustering Geometric Objects
Classes
clifford.MultiVector
clifford.Layout
clifford.Layout.basis_vectors
clifford.Layout.basis_vectors_lst
clifford.Layout.blades
clifford.Layout.blades_list
clifford.Layout.pseudoScalar
clifford.Layout.scalar
clifford.Layout.MultiVector
clifford.Layout.__init__
clifford.Layout.bases
clifford.Layout.blades_of_grade
clifford.Layout.dict_to_multivector
clifford.Layout.parse_multivector
clifford.Layout.randomMV
clifford.Layout.randomRotor
clifford.Layout.randomV
clifford.Frame
Helper Functions
Issues
ChangeLog
Determining Rotors From Frame Pairs or Orthogonal Matrices
Clifford
Docs
»
Classes
»
clifford.Layout
»
clifford.Layout.MultiVector
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clifford.Layout.MultiVector
¶
Layout.
MultiVector
(
*args
,
**kw
)
¶
create a multivector in this layout
convenience func to Multivector(layout)
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v: v1.0.0
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v1.0.0
v0.83
v0.82
tools_merge
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