Special#

This module provides special (linear algebra) math functions.

`ddot`(A, B)
`dev`(A)	Deviatoric part of a Tensor.
`erf`(z)	The (Gauss) error function.
`from_triu_1d`(A[, like])	Recover full Tensor from upper triangle entries of a Tensor.
`from_triu_2d`(A)	Recover full Tensor from upper triangle entries of a Tensor.
`sym`(A)	Symmetric part of a Tensor.
`tresca`(A)	Tresca Invariant.
`triu_1d`(A)	Flattened upper triangle entries of a Tensor.
`try_stack`(arrays[, fallback])	Try to unpack and stack the list of tensors/arrays and return the fallback array otherwise.
`von_mises`(A)	Von Mises Invariant.

Detailed API Reference

tensortrax.math.special.dev(A)[source]#: Deviatoric part of a Tensor.

tensortrax.math.special.erf(z)[source]#: The (Gauss) error function.

tensortrax.math.special.from_triu_1d(A, like=None)[source]#: Recover full Tensor from upper triangle entries of a Tensor.

tensortrax.math.special.from_triu_2d(A)[source]#: Recover full Tensor from upper triangle entries of a Tensor.

tensortrax.math.special.sym(A)[source]#: Symmetric part of a Tensor.

tensortrax.math.special.tresca(A)[source]#: Tresca Invariant.

tensortrax.math.special.triu_1d(A)[source]#: Flattened upper triangle entries of a Tensor.

tensortrax.math.special.try_stack(arrays, fallback=None)[source]#: Try to unpack and stack the list of tensors/arrays and return the fallback array otherwise.

tensortrax.math.special.von_mises(A)[source]#: Von Mises Invariant.