liblaf.apple.jax.fem.geometry

Classes:

• Geometry –
• GeometryTetra –
• GeometryTriangle –

Geometry

Parameters:

• mesh

  (str) –

Returned by:

• Reference Liblaf apple jax
  •  jax  Region  geometry
  • fem
    •  fem  Region  geometry
    • region  region  Region  geometry

Used by:

• Reference Liblaf apple jax
  •  jax  Region
  • fem
    •  fem  Region
    • region  region  Region  from_geometry

Methods:

• from_pyvista –

Attributes:

• cell_data (DataSetAttributes) –
• cells (Integer[Array, 'c a']) –
• cells_global (Integer[Array, 'c a']) –
• element (Element) –
• mesh (DataSet) –
• n_cells (int) –
• point_data (DataSetAttributes) –
• point_id (Integer[Array, 'p J']) –
• points (Float[Array, 'p J']) –

cell_data property

cell_data: DataSetAttributes

cells property

cells: Integer[Array, 'c a']

cells_global property

cells_global: Integer[Array, 'c a']

element property

element: Element

mesh class-attribute instance-attribute

mesh: DataSet = field()

n_cells property

n_cells: int

point_data property

point_data: DataSetAttributes

point_id property

point_id: Integer[Array, 'p J']

points property

points: Float[Array, 'p J']

from_pyvista classmethod

from_pyvista(mesh: DataObject) -> Geometry

Source code in src/liblaf/apple/jax/fem/geometry/_geometry.py

@classmethod
def from_pyvista(cls, mesh: pv.DataObject) -> Geometry:
    from ._tetra import GeometryTetra
    from ._triangle import GeometryTriangle

    if isinstance(mesh, pv.PolyData):
        return GeometryTriangle.from_pyvista(mesh)
    if isinstance(mesh, pv.UnstructuredGrid):
        return GeometryTetra.from_pyvista(mesh)
    raise NotImplementedError

GeometryTetra

Bases: Geometry

              flowchart TD
              liblaf.apple.jax.fem.geometry.GeometryTetra[GeometryTetra]
              liblaf.apple.jax.fem.geometry._geometry.Geometry[Geometry]

                              liblaf.apple.jax.fem.geometry._geometry.Geometry --> liblaf.apple.jax.fem.geometry.GeometryTetra
                


              click liblaf.apple.jax.fem.geometry.GeometryTetra href "" "liblaf.apple.jax.fem.geometry.GeometryTetra"
              click liblaf.apple.jax.fem.geometry._geometry.Geometry href "" "liblaf.apple.jax.fem.geometry._geometry.Geometry"
            

Parameters:

• mesh

  (UnstructuredGrid) –

Methods:

• from_pyvista –

Attributes:

• cell_data (DataSetAttributes) –
• cells (Integer[Array, 'c a']) –
• cells_global (Integer[Array, 'c a']) –
• element (ElementTetra) –
• mesh (UnstructuredGrid) –
• n_cells (int) –
• point_data (DataSetAttributes) –
• point_id (Integer[Array, 'p J']) –
• points (Float[Array, 'p J']) –

cell_data property

cell_data: DataSetAttributes

cells property

cells: Integer[Array, 'c a']

cells_global property

cells_global: Integer[Array, 'c a']

element property

element: ElementTetra

mesh class-attribute instance-attribute

mesh: UnstructuredGrid = field()

n_cells property

n_cells: int

point_data property

point_data: DataSetAttributes

point_id property

point_id: Integer[Array, 'p J']

points property

points: Float[Array, 'p J']

from_pyvista classmethod

from_pyvista(mesh: UnstructuredGrid) -> Self

Source code in src/liblaf/apple/jax/fem/geometry/_tetra.py

@override
@classmethod
def from_pyvista(cls, mesh: pv.UnstructuredGrid) -> Self:  # pyright: ignore[reportIncompatibleMethodOverride]
    self: Self = cls(mesh=mesh)
    return self

GeometryTriangle

Bases: Geometry

              flowchart TD
              liblaf.apple.jax.fem.geometry.GeometryTriangle[GeometryTriangle]
              liblaf.apple.jax.fem.geometry._geometry.Geometry[Geometry]

                              liblaf.apple.jax.fem.geometry._geometry.Geometry --> liblaf.apple.jax.fem.geometry.GeometryTriangle
                


              click liblaf.apple.jax.fem.geometry.GeometryTriangle href "" "liblaf.apple.jax.fem.geometry.GeometryTriangle"
              click liblaf.apple.jax.fem.geometry._geometry.Geometry href "" "liblaf.apple.jax.fem.geometry._geometry.Geometry"
            

Parameters:

• mesh

  (PolyData) –

Methods:

• from_pyvista –

Attributes:

• cell_data (DataSetAttributes) –
• cells (Integer[Array, 'c a']) –
• cells_global (Integer[Array, 'c a']) –
• element (Element) –
• mesh (PolyData) –
• n_cells (int) –
• point_data (DataSetAttributes) –
• point_id (Integer[Array, 'p J']) –
• points (Float[Array, 'p J']) –

cell_data property

cell_data: DataSetAttributes

cells property

cells: Integer[Array, 'c a']

cells_global property

cells_global: Integer[Array, 'c a']

element property

element: Element

mesh class-attribute instance-attribute

mesh: PolyData = field()

n_cells property

n_cells: int

point_data property

point_data: DataSetAttributes

point_id property

point_id: Integer[Array, 'p J']

points property

points: Float[Array, 'p J']

from_pyvista classmethod

from_pyvista(mesh: PolyData) -> Self

Source code in src/liblaf/apple/jax/fem/geometry/_triangle.py

@override
@classmethod
def from_pyvista(cls, mesh: pv.PolyData) -> Self:  # pyright: ignore[reportIncompatibleMethodOverride]
    mesh = mesh.triangulate()  # pyright: ignore[reportAssignmentType]
    self: Self = cls(mesh=mesh)
    return self