spectre.IO.Exporter¶

Functions

interpolate_tensors_to_points(*args, ...)

Wrapper around 'interpolate_to_points' for tensors.

spectre.IO.Exporter.interpolate_tensors_to_points(*args, tensor_names: Sequence[str], tensor_types: Sequence[Type], **kwargs)¶

Wrapper around ‘interpolate_to_points’ for tensors.

Interpolates volume data to points by calling ‘interpolate_to_points’. However, instead of passing a list of tensor components (like ‘SpatialMetric_xx’) you can pass a list of tensor names (like ‘SpatialMetric’) and their corresponding types (like ‘tnsr.ii[DataVector, 3]’) and this function will assemble the tensors and return them as a list.

Note: It would be nice to move this function into C++, but that’s not trivial because the tensor types are not known at compile time. This can be revisited when we have Python support for Variables.

class spectre.IO.Exporter._Pybindings.ObservationId¶

property value¶

class spectre.IO.Exporter._Pybindings.ObservationStep¶

property value¶

class spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DGrid¶

domain(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DGrid) → spectre.Domain._Pybindings.Domain1D¶

functions_of_time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DGrid) → dict[str, spectre.Domain._Pybindings.FunctionOfTime]¶

interpolate_to_point(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DGrid, target_point: spectre.DataStructures.Tensor._Pybindings.TensorID1Grid) → list[float]¶

obs_id(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DGrid) → int¶

time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DGrid) → float¶

class spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DInertial¶

domain(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DInertial) → spectre.Domain._Pybindings.Domain1D¶

functions_of_time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DInertial) → dict[str, spectre.Domain._Pybindings.FunctionOfTime]¶

interpolate_to_point(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DInertial, target_point: spectre.DataStructures.Tensor._Pybindings.TensorID1Inertial) → list[float]¶

obs_id(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DInertial) → int¶

time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator1DInertial) → float¶

class spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DGrid¶

domain(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DGrid) → spectre.Domain._Pybindings.Domain2D¶

functions_of_time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DGrid) → dict[str, spectre.Domain._Pybindings.FunctionOfTime]¶

interpolate_to_point(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DGrid, target_point: spectre.DataStructures.Tensor._Pybindings.TensorID2Grid) → list[float]¶

obs_id(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DGrid) → int¶

time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DGrid) → float¶

class spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DInertial¶

domain(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DInertial) → spectre.Domain._Pybindings.Domain2D¶

functions_of_time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DInertial) → dict[str, spectre.Domain._Pybindings.FunctionOfTime]¶

interpolate_to_point(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DInertial, target_point: spectre.DataStructures.Tensor._Pybindings.TensorID2Inertial) → list[float]¶

obs_id(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DInertial) → int¶

time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator2DInertial) → float¶

class spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DGrid¶

domain(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DGrid) → spectre.Domain._Pybindings.Domain3D¶

functions_of_time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DGrid) → dict[str, spectre.Domain._Pybindings.FunctionOfTime]¶

interpolate_to_point(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DGrid, target_point: spectre.DataStructures.Tensor._Pybindings.TensorID3Grid) → list[float]¶

obs_id(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DGrid) → int¶

time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DGrid) → float¶

class spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DInertial¶

domain(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DInertial) → spectre.Domain._Pybindings.Domain3D¶

functions_of_time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DInertial) → dict[str, spectre.Domain._Pybindings.FunctionOfTime]¶

interpolate_to_point(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DInertial, target_point: spectre.DataStructures.Tensor._Pybindings.TensorID3Inertial) → list[float]¶

obs_id(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DInertial) → int¶

time(self: spectre.IO.Exporter._Pybindings.PointwiseInterpolator3DInertial) → float¶

class spectre.IO.Exporter._Pybindings.SpacetimeInterpolator1D¶

interpolate_to_point(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator1D, target_point: spectre.DataStructures.Tensor._Pybindings.TensorID1Inertial, time: float) → list[float]¶

load_time_bounds(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator1D, time_bounds: Annotated[list[float], FixedSize(2)]) → None¶

max_time_bounds(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator1D) → Annotated[list[float], FixedSize(2)]¶

time_bounds(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator1D) → Annotated[list[float], FixedSize(2)]¶

class spectre.IO.Exporter._Pybindings.SpacetimeInterpolator2D¶

interpolate_to_point(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator2D, target_point: spectre.DataStructures.Tensor._Pybindings.TensorID2Inertial, time: float) → list[float]¶

load_time_bounds(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator2D, time_bounds: Annotated[list[float], FixedSize(2)]) → None¶

max_time_bounds(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator2D) → Annotated[list[float], FixedSize(2)]¶

time_bounds(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator2D) → Annotated[list[float], FixedSize(2)]¶

class spectre.IO.Exporter._Pybindings.SpacetimeInterpolator3D¶

interpolate_to_point(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator3D, target_point: spectre.DataStructures.Tensor._Pybindings.TensorID3Inertial, time: float) → list[float]¶

load_time_bounds(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator3D, time_bounds: Annotated[list[float], FixedSize(2)]) → None¶

max_time_bounds(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator3D) → Annotated[list[float], FixedSize(2)]¶

time_bounds(self: spectre.IO.Exporter._Pybindings.SpacetimeInterpolator3D) → Annotated[list[float], FixedSize(2)]¶

spectre.IO.Exporter._Pybindings.interpolate_to_points(*args, **kwargs)¶

Overloaded function.

interpolate_to_points(volume_files_or_glob: Union[list[str], str], subfile_name: str, observation: Union[spectre.IO.Exporter._Pybindings.ObservationId, spectre.IO.Exporter._Pybindings.ObservationStep, float], tensor_components: list[str], target_points: spectre.DataStructures.Tensor._Pybindings.TensorIDV1Grid, extrapolate_into_excisions: bool = False, error_on_missing_points: bool = False, num_threads: Optional[int] = None) -> list[spectre.DataStructures._Pybindings.DataVector]
interpolate_to_points(volume_files_or_glob: Union[list[str], str], subfile_name: str, observation: Union[spectre.IO.Exporter._Pybindings.ObservationId, spectre.IO.Exporter._Pybindings.ObservationStep, float], tensor_components: list[str], target_points: spectre.DataStructures.Tensor._Pybindings.TensorIDV2Grid, extrapolate_into_excisions: bool = False, error_on_missing_points: bool = False, num_threads: Optional[int] = None) -> list[spectre.DataStructures._Pybindings.DataVector]
interpolate_to_points(volume_files_or_glob: Union[list[str], str], subfile_name: str, observation: Union[spectre.IO.Exporter._Pybindings.ObservationId, spectre.IO.Exporter._Pybindings.ObservationStep, float], tensor_components: list[str], target_points: spectre.DataStructures.Tensor._Pybindings.TensorIDV3Grid, extrapolate_into_excisions: bool = False, error_on_missing_points: bool = False, num_threads: Optional[int] = None) -> list[spectre.DataStructures._Pybindings.DataVector]
interpolate_to_points(volume_files_or_glob: Union[list[str], str], subfile_name: str, observation: Union[spectre.IO.Exporter._Pybindings.ObservationId, spectre.IO.Exporter._Pybindings.ObservationStep, float], tensor_components: list[str], target_points: spectre.DataStructures.Tensor._Pybindings.TensorIDV1Inertial, extrapolate_into_excisions: bool = False, error_on_missing_points: bool = False, num_threads: Optional[int] = None) -> list[spectre.DataStructures._Pybindings.DataVector]
interpolate_to_points(volume_files_or_glob: Union[list[str], str], subfile_name: str, observation: Union[spectre.IO.Exporter._Pybindings.ObservationId, spectre.IO.Exporter._Pybindings.ObservationStep, float], tensor_components: list[str], target_points: spectre.DataStructures.Tensor._Pybindings.TensorIDV2Inertial, extrapolate_into_excisions: bool = False, error_on_missing_points: bool = False, num_threads: Optional[int] = None) -> list[spectre.DataStructures._Pybindings.DataVector]
interpolate_to_points(volume_files_or_glob: Union[list[str], str], subfile_name: str, observation: Union[spectre.IO.Exporter._Pybindings.ObservationId, spectre.IO.Exporter._Pybindings.ObservationStep, float], tensor_components: list[str], target_points: spectre.DataStructures.Tensor._Pybindings.TensorIDV3Inertial, extrapolate_into_excisions: bool = False, error_on_missing_points: bool = False, num_threads: Optional[int] = None) -> list[spectre.DataStructures._Pybindings.DataVector]

Modules

InterpolateToPoints