warp.fem.Sides#

class warp.fem.Sides(geometry)[source]#

A Domain containing all (interior and boundary) sides of the geometry or geometry partition

__init__(geometry)[source]#

Methods

`__init__`(geometry)
`cell_domain`()
`element_arg_value`(device)
`element_count`()
`element_index_arg_value`(device)
`fill_element_arg`(arg, device)
`fill_element_index_arg`(arg, device)
`geometry_element_count`()
`notify_operator_usage`(ops)	Makes the Domain aware that the operators ops will be applied
`reference_element`()
`supports_lookup`(device)

Attributes

`DomainArg`
`ElementArg`
`ElementIndexArg`
`cell_to_element_coords`
`dimension`
`domain_cell_arg`
`element_closest_point`
`element_coordinates`
`element_deformation_gradient`
`element_index`
`element_inner_cell_coords`
`element_inner_cell_index`
`element_kind`
`element_measure`
`element_measure_ratio`
`element_normal`
`element_outer_cell_coords`
`element_outer_cell_index`
`element_position`
`name`
`geometry_partition`	Geometry partition containing the elements of the domain
`geometry`	Underlying geometry
`element_partition_index`	Device function for retrieving linearized index in the domain's partition from an ElementIndex
`element_lookup`	Device function returning the sample point in the domain's geometry corresponding to a world position
`element_partition_lookup`	Device function returning the sample point in the domain's geometry partition corresponding to a world position

reference_element()[source]#

element_count()[source]#

geometry_element_count()[source]#

element_index_arg_value(device)[source]#

fill_element_index_arg(arg, device)[source]#

Parameters:

element_arg_value(device)[source]#

fill_element_arg(arg, device)[source]#

Parameters: