spectre.Domain

class spectre.Domain._Pybindings.Block1D

has_distorted_frame(self: spectre.Domain._Pybindings.Block1D) → bool

property id

is_time_dependent(self: spectre.Domain._Pybindings.Block1D) → bool

property moving_mesh_distorted_to_inertial_map

property moving_mesh_grid_to_distorted_map

property moving_mesh_grid_to_inertial_map

property moving_mesh_logical_to_grid_map

property name

property stationary_map

class spectre.Domain._Pybindings.Block2D

has_distorted_frame(self: spectre.Domain._Pybindings.Block2D) → bool

property id

is_time_dependent(self: spectre.Domain._Pybindings.Block2D) → bool

property moving_mesh_distorted_to_inertial_map

property moving_mesh_grid_to_distorted_map

property moving_mesh_grid_to_inertial_map

property moving_mesh_logical_to_grid_map

property name

property stationary_map

class spectre.Domain._Pybindings.Block3D

has_distorted_frame(self: spectre.Domain._Pybindings.Block3D) → bool

property id

is_time_dependent(self: spectre.Domain._Pybindings.Block3D) → bool

property moving_mesh_distorted_to_inertial_map

property moving_mesh_grid_to_distorted_map

property moving_mesh_grid_to_inertial_map

property moving_mesh_logical_to_grid_map

property name

property stationary_map

class spectre.Domain._Pybindings.BlockId

get_index(self: spectre.Domain._Pybindings.BlockId) → int

class spectre.Domain._Pybindings.BlockIdAndLogicalCoord1D

class spectre.Domain._Pybindings.BlockIdAndLogicalCoord2D

class spectre.Domain._Pybindings.BlockIdAndLogicalCoord3D

class spectre.Domain._Pybindings.Domain1D

property block_groups

property blocks

dim = 1

is_time_dependent(self: spectre.Domain._Pybindings.Domain1D) → bool

class spectre.Domain._Pybindings.Domain2D

property block_groups

property blocks

dim = 2

is_time_dependent(self: spectre.Domain._Pybindings.Domain2D) → bool

class spectre.Domain._Pybindings.Domain3D

property block_groups

property blocks

dim = 3

is_time_dependent(self: spectre.Domain._Pybindings.Domain3D) → bool

class spectre.Domain._Pybindings.ElementId1D

property block_id

static external_boundary_id() → spectre.Domain._Pybindings.ElementId1D

id_of_child(self: spectre.Domain._Pybindings.ElementId1D, dim: int, side: spectre.Domain._Pybindings.Side) → spectre.Domain._Pybindings.ElementId1D

id_of_parent(self: spectre.Domain._Pybindings.ElementId1D, dim: int) → spectre.Domain._Pybindings.ElementId1D

property segment_ids

class spectre.Domain._Pybindings.ElementId2D

property block_id

static external_boundary_id() → spectre.Domain._Pybindings.ElementId2D

id_of_child(self: spectre.Domain._Pybindings.ElementId2D, dim: int, side: spectre.Domain._Pybindings.Side) → spectre.Domain._Pybindings.ElementId2D

id_of_parent(self: spectre.Domain._Pybindings.ElementId2D, dim: int) → spectre.Domain._Pybindings.ElementId2D

property segment_ids

class spectre.Domain._Pybindings.ElementId3D

property block_id

static external_boundary_id() → spectre.Domain._Pybindings.ElementId3D

id_of_child(self: spectre.Domain._Pybindings.ElementId3D, dim: int, side: spectre.Domain._Pybindings.Side) → spectre.Domain._Pybindings.ElementId3D

id_of_parent(self: spectre.Domain._Pybindings.ElementId3D, dim: int) → spectre.Domain._Pybindings.ElementId3D

property segment_ids

class spectre.Domain._Pybindings.ElementLogicalCoordHolder1D

property element_logical_coords

property offsets

class spectre.Domain._Pybindings.ElementLogicalCoordHolder2D

property element_logical_coords

property offsets

class spectre.Domain._Pybindings.ElementLogicalCoordHolder3D

property element_logical_coords

property offsets

spectre.Domain._Pybindings.ElementMap(*args, **kwargs)

Overloaded function.

1. ElementMap(element_id: spectre.Domain._Pybindings.ElementId1D, domain: spectre.Domain._Pybindings.Domain1D) -> spectre.Domain.CoordinateMaps._Pybindings.CoordinateMapElementLogicalToInertial1D

2. ElementMap(element_id: spectre.Domain._Pybindings.ElementId2D, domain: spectre.Domain._Pybindings.Domain2D) -> spectre.Domain.CoordinateMaps._Pybindings.CoordinateMapElementLogicalToInertial2D

3. ElementMap(element_id: spectre.Domain._Pybindings.ElementId3D, domain: spectre.Domain._Pybindings.Domain3D) -> spectre.Domain.CoordinateMaps._Pybindings.CoordinateMapElementLogicalToInertial3D

class spectre.Domain._Pybindings.FunctionOfTime

func(self: spectre.Domain._Pybindings.FunctionOfTime, t: float) → Annotated[list[spectre.DataStructures._Pybindings.DataVector], FixedSize(1)]

func_and_2_derivs(self: spectre.Domain._Pybindings.FunctionOfTime, t: float) → Annotated[list[spectre.DataStructures._Pybindings.DataVector], FixedSize(3)]

func_and_deriv(self: spectre.Domain._Pybindings.FunctionOfTime, t: float) → Annotated[list[spectre.DataStructures._Pybindings.DataVector], FixedSize(2)]

time_bounds(self: spectre.Domain._Pybindings.FunctionOfTime) → Annotated[list[float], FixedSize(2)]

class spectre.Domain._Pybindings.SegmentId

property index

property refinement_level

class spectre.Domain._Pybindings.Side

Members:

Lower

Upper

Lower = <Side.Lower: 4>

Upper = <Side.Upper: 8>

property name

property value

spectre.Domain._Pybindings.block_logical_coordinates(*args, **kwargs)

Overloaded function.

1. block_logical_coordinates(domain: Domain<1ul>, inertial_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV1Inertial, time: Optional[float], functions_of_time: Optional[dict[str, domain::FunctionsOfTime::FunctionOfTime]]) -> list[Optional[spectre.Domain._Pybindings.BlockIdAndLogicalCoord1D]]

2. block_logical_coordinates(domain: Domain<2ul>, inertial_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV2Inertial, time: Optional[float], functions_of_time: Optional[dict[str, domain::FunctionsOfTime::FunctionOfTime]]) -> list[Optional[spectre.Domain._Pybindings.BlockIdAndLogicalCoord2D]]

3. block_logical_coordinates(domain: Domain<3ul>, inertial_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV3Inertial, time: Optional[float], functions_of_time: Optional[dict[str, domain::FunctionsOfTime::FunctionOfTime]]) -> list[Optional[spectre.Domain._Pybindings.BlockIdAndLogicalCoord3D]]

spectre.Domain._Pybindings.deserialize_domain_1d(serialized_domain: list[str]) → spectre.Domain._Pybindings.Domain1D

spectre.Domain._Pybindings.deserialize_domain_2d(serialized_domain: list[str]) → spectre.Domain._Pybindings.Domain2D

spectre.Domain._Pybindings.deserialize_domain_3d(serialized_domain: list[str]) → spectre.Domain._Pybindings.Domain3D

spectre.Domain._Pybindings.deserialize_functions_of_time(serialized_functions_of_time: list[str]) → dict[str, spectre.Domain._Pybindings.FunctionOfTime]

spectre.Domain._Pybindings.element_logical_coordinates(*args, **kwargs)

Overloaded function.

1. element_logical_coordinates(x_block_logical: spectre.DataStructures.Tensor._Pybindings.TensorID1BlockLogical, element_id: spectre.Domain._Pybindings.ElementId1D) -> Optional[spectre.DataStructures.Tensor._Pybindings.TensorID1ElementLogical]

2. element_logical_coordinates(element_ids: list[spectre.Domain._Pybindings.ElementId1D], block_coord_holders: list[Optional[spectre.Domain._Pybindings.BlockIdAndLogicalCoord1D]]) -> dict[spectre.Domain._Pybindings.ElementId1D, spectre.Domain._Pybindings.ElementLogicalCoordHolder1D]

3. element_logical_coordinates(x_block_logical: spectre.DataStructures.Tensor._Pybindings.TensorID2BlockLogical, element_id: spectre.Domain._Pybindings.ElementId2D) -> Optional[spectre.DataStructures.Tensor._Pybindings.TensorID2ElementLogical]

4. element_logical_coordinates(element_ids: list[spectre.Domain._Pybindings.ElementId2D], block_coord_holders: list[Optional[spectre.Domain._Pybindings.BlockIdAndLogicalCoord2D]]) -> dict[spectre.Domain._Pybindings.ElementId2D, spectre.Domain._Pybindings.ElementLogicalCoordHolder2D]

5. element_logical_coordinates(x_block_logical: spectre.DataStructures.Tensor._Pybindings.TensorID3BlockLogical, element_id: spectre.Domain._Pybindings.ElementId3D) -> Optional[spectre.DataStructures.Tensor._Pybindings.TensorID3ElementLogical]

6. element_logical_coordinates(element_ids: list[spectre.Domain._Pybindings.ElementId3D], block_coord_holders: list[Optional[spectre.Domain._Pybindings.BlockIdAndLogicalCoord3D]]) -> dict[spectre.Domain._Pybindings.ElementId3D, spectre.Domain._Pybindings.ElementLogicalCoordHolder3D]

spectre.Domain._Pybindings.jacobian_diagnostic(*args, **kwargs)

Overloaded function.

1. jacobian_diagnostic(jacobian: spectre.DataStructures.Tensor._Pybindings.JacobianDV1ElementLogicalToGrid, grid_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV1Grid, mesh: Mesh<1ul>) -> spectre.DataStructures.Tensor._Pybindings.TensoriDV1ElementLogical

2. jacobian_diagnostic(jacobian: spectre.DataStructures.Tensor._Pybindings.JacobianDV2ElementLogicalToGrid, grid_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV2Grid, mesh: Mesh<2ul>) -> spectre.DataStructures.Tensor._Pybindings.TensoriDV2ElementLogical

3. jacobian_diagnostic(jacobian: spectre.DataStructures.Tensor._Pybindings.JacobianDV3ElementLogicalToGrid, grid_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV3Grid, mesh: Mesh<3ul>) -> spectre.DataStructures.Tensor._Pybindings.TensoriDV3ElementLogical

4. jacobian_diagnostic(jacobian: spectre.DataStructures.Tensor._Pybindings.JacobianDV1ElementLogicalToInertial, inertial_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV1Inertial, mesh: Mesh<1ul>) -> spectre.DataStructures.Tensor._Pybindings.TensoriDV1ElementLogical

5. jacobian_diagnostic(jacobian: spectre.DataStructures.Tensor._Pybindings.JacobianDV2ElementLogicalToInertial, inertial_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV2Inertial, mesh: Mesh<2ul>) -> spectre.DataStructures.Tensor._Pybindings.TensoriDV2ElementLogical

6. jacobian_diagnostic(jacobian: spectre.DataStructures.Tensor._Pybindings.JacobianDV3ElementLogicalToInertial, inertial_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV3Inertial, mesh: Mesh<3ul>) -> spectre.DataStructures.Tensor._Pybindings.TensoriDV3ElementLogical

spectre.Domain._Pybindings.radially_compressed_coordinates(*args, **kwargs)

Overloaded function.

1. radially_compressed_coordinates(inertial_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV1Inertial, inner_radius: float, outer_radius: float, compression: spectre.Domain.CoordinateMaps._Pybindings.Distribution) -> spectre.DataStructures.Tensor._Pybindings.TensorIDV1Inertial

2. radially_compressed_coordinates(inertial_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV2Inertial, inner_radius: float, outer_radius: float, compression: spectre.Domain.CoordinateMaps._Pybindings.Distribution) -> spectre.DataStructures.Tensor._Pybindings.TensorIDV2Inertial

3. radially_compressed_coordinates(inertial_coords: spectre.DataStructures.Tensor._Pybindings.TensorIDV3Inertial, inner_radius: float, outer_radius: float, compression: spectre.Domain.CoordinateMaps._Pybindings.Distribution) -> spectre.DataStructures.Tensor._Pybindings.TensorIDV3Inertial

spectre.Domain._Pybindings.serialize_domain(*args, **kwargs)

Overloaded function.

1. serialize_domain(arg0: spectre.Domain._Pybindings.Domain1D) -> list[str]

2. serialize_domain(arg0: spectre.Domain._Pybindings.Domain2D) -> list[str]

3. serialize_domain(arg0: spectre.Domain._Pybindings.Domain3D) -> list[str]

Modules

CoordinateMaps
Creators