warp.fem.LinearGeometryPartition#

class warp.fem.LinearGeometryPartition( geometry, partition_rank, partition_count, device=None, temporary_store=None, )[source]#

Parameters:

geometry (Geometry)
partition_rank (int)
partition_count (int)
temporary_store (TemporaryStore)

__init__( geometry, partition_rank, partition_count, device=None, temporary_store=None, )[source]#

Creates a geometry partition by uniformly partionning cell indices

Parameters:

geometry (Geometry) – the geometry to partition
partition_rank (int) – the index of the partition being created
partition_count (int) – the number of partitions that will be created over the geometry
device – Warp device on which to perform and store computations
temporary_store (TemporaryStore)

Methods

`__init__`(geometry, partition_rank, ...[, ...])	Creates a geometry partition by uniformly partionning cell indices
`boundary_side_count`()
`cell_arg_value`(device)
`cell_count`()
`compute_side_indices_from_cells`(...[, ...])
`fill_cell_arg`(args, device)
`fill_side_arg`(args, device)
`frontier_side_count`()
`side_arg_value`(device)
`side_count`()

Attributes

`CellArg`
`SideArg`
`boundary_side_index`
`cell_index`
`frontier_side_index`
`name`
`partition_cell_index`
`side_index`
`side_to_cell_arg`
`geometry`	Underlying geometry

cell_count()[source]#

Return type:: int

CellArg = <warp._src.codegen.Struct object>#

fill_cell_arg(args, device)[source]#

Parameters:: args (CellArg)

cell_index = <Function LinearGeometryPartition__cell_index(args: warp._src.fem.geometry.partition.LinearGeometryPartition.CellArg, partition_cell_index: int)>#

Parameters:

args (CellArg)
partition_cell_index (int)

partition_cell_index = <Function LinearGeometryPartition__partition_cell_index(args: warp._src.fem.geometry.partition.LinearGeometryPartition.CellArg, cell_index: int)>#

Parameters:

args (CellArg)
cell_index (int)