api.ast.linalg#

Functions#

`Mod`(a, b)
`compute_diag_len`(p, md, mc[, return_padding])
`toInteger`(a)
`variable_to_sympy`(x)

Classes#

Inheritance diagram of psydac.api.ast.linalg

`LinearOperatorDot`(ndim, block_shape[, comm])	Generate the Matrix Vector Product function for a BlockLinearOperator,StencilMatrix or StencilInterfaceMatrix.
`VectorDot`(ndim[, backend])

Details#

variable_to_sympy(x)[source]#

compute_diag_len(p, md, mc, return_padding=False)[source]#

Mod(a, b)[source]#

toInteger(a)[source]#

class LinearOperatorDot(ndim, block_shape, comm=None, **kwargs)[source]#

Bases: SplBasic

Generate the Matrix Vector Product function for a BlockLinearOperator,StencilMatrix or StencilInterfaceMatrix. In case of a BlockLinearOperator we give the number of blocks along the rows and columns specified with the block_shape. In case of StencilMatrix or StencilInterfaceMatrix the block_shape = (1,1).

Parameters:

ndimint: Number of dimensions.
block_shape: tuple of ints: The number of blocks along the rows and columns.
comm: MPI.Comm: MPI intra-communicator.

property func#

property arguments#

property code#

property folder#

class VectorDot(ndim, backend=None)[source]#

Bases: SplBasic

property ndim#

property func#

property backend#