qugar.cpp

QUGaR Python interface

Classes

`AddFunctions_2D`	Add functions
`AddFunctions_3D`	Add functions
`AffineTransf_2D`	Affine transformation
`AffineTransf_3D`	Affine transformation
`Annulus`	Annulus class (non-Bezier version)
`AnnulusBzr`	Annulus class (Bezier version)
`BoundBox_2D`	BoundBox object
`BoundBox_3D`	BoundBox object
`CartGridTP_2D`	CartGridTP object
`CartGridTP_3D`	CartGridTP object
`ConstantBzr_2D`	Constant function (Bezier version)
`ConstantBzr_3D`	Constant function (Bezier version)
`Constant_2D`	Constant function (non-Bezier version)
`Constant_3D`	Constant function (non-Bezier version)
`CutCellsQuad_2D`	CutCellsQuad object
`CutCellsQuad_3D`	CutCellsQuad object
`CutIsoBoundsQuad_1D`	CutIsoBoundsQuad object
`CutIsoBoundsQuad_2D`	CutIsoBoundsQuad object
`CutUnfBoundsQuad_2D`	CutUnfBoundsQuad object
`CutUnfBoundsQuad_3D`	CutUnfBoundsQuad object
`Cylinder`	Cylinder function (non-Bezier version)
`CylinderBzr`	Cylinder function (Bezier version)
`DimLinear_2D`	Dim-linear function
`DimLinear_3D`	Dim-linear function
`Disk`	Disk function (non-Bezier version)
`DiskBzr`	Disk function (Bezier version)
`Ellipse`	Ellipse function (non-Bezier version)
`EllipseBzr`	Ellipse function (Bezier version)
`Ellipsoid`	Ellipsoid function (non-Bezier version)
`EllipsoidBzr`	Ellipsoid function (Bezier version)
`FischerKochS_2D`	Fischer-Koch S TPMS
`FischerKochS_3D`	Fischer-Koch S TPMS
`ImmersedStatus`(value[, names, module, ...])
`ImplicitFunc_2D`	Implicit function
`ImplicitFunc_3D`	Implicit function
`Line`	Line function (non-Bezier version)
`LineBzr`	Line function (Bezier version)
`Negative_2D`	Negative function
`Negative_3D`	Negative function
`Plane`	Plane function (non-Bezier version)
`PlaneBzr`	Plane function (Bezier version)
`Quad_1D`	Quadrature object
`Quad_2D`	Quadrature object
`Quad_3D`	Quadrature object
`RefSystem_2D`	Affine transformation
`RefSystem_3D`	Affine transformation
`ReparamMesh_1_2`	ReparamMesh object
`ReparamMesh_2_2`	ReparamMesh object
`ReparamMesh_2_3`	ReparamMesh object
`ReparamMesh_3_3`	ReparamMesh object
`SchoenFRD_2D`	Schoen F-RD TPMS
`SchoenFRD_3D`	Schoen F-RD TPMS
`SchoenIWP_2D`	Schoen I-WP TPMS
`SchoenIWP_3D`	Schoen I-WP TPMS
`Schoen_2D`	Schoen gyroid TPMS
`Schoen_3D`	Schoen gyroid TPMS
`SchwarzDiamond_2D`	Schwarz diamond TPMS
`SchwarzDiamond_3D`	Schwarz diamond TPMS
`SchwarzPrimitive_2D`	Schwarz primitive TPMS
`SchwarzPrimitive_3D`	Schwarz primitive TPMS
`Sphere`	Sphere function (non Bezier version)
`SphereBzr`	Sphere function (Bezier version)
`Square_2D`	Square function
`Square_3D`	Square function
`SubtractFunctions_2D`	Subtract functions
`SubtractFunctions_3D`	Subtract functions
`Torus`	Torus class (non-Bezier version)
`TorusBzr`	Torus class (Bezier version)
`TransformedFunction_2D`	Affinely transformed function
`TransformedFunction_3D`	Affinely transformed function
`UnfittedDomain_2D`	UnfittedDomain object
`UnfittedDomain_3D`	UnfittedDomain object
`UnfittedImplDomain_2D`	UnfittedImplDomain object
`UnfittedImplDomain_3D`	UnfittedImplDomain object

class qugar.cpp.AddFunctions_2D

Bases: ImplicitFunc_2D

Add functions

class qugar.cpp.AddFunctions_3D

Bases: ImplicitFunc_3D

Add functions

class qugar.cpp.AffineTransf_2D

Bases: object

Affine transformation

class qugar.cpp.AffineTransf_3D

Bases: object

Affine transformation

class qugar.cpp.Annulus

Bases: ImplicitFunc_2D

Annulus class (non-Bezier version)

property center: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

property inner_radius: (self) -> float

property outer_radius: (self) -> float

class qugar.cpp.AnnulusBzr

Bases: ImplicitFunc_2D

Annulus class (Bezier version)

property center: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

property inner_radius: (self) -> float

property outer_radius: (self) -> float

class qugar.cpp.BoundBox_2D

Bases: object

BoundBox object

as_array

length

property max_corner: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

property mid_point: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

property min_corner: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

property volume: (self) -> float

class qugar.cpp.BoundBox_3D

Bases: object

BoundBox object

as_array

length

property max_corner: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property mid_point: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property min_corner: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property volume: (self) -> float

class qugar.cpp.CartGridTP_2D

Bases: object

CartGridTP object

property cell_breaks: (self) -> list[numpy.ndarray[dtype=float64, shape=(*), order=’C’, writable=False]]

property dim: (self) -> int

property domain: (self) -> qugar.cpp.BoundBox_2D

get_boundary_cells

get_cell_domain

property num_cells_dir: (self) -> numpy.ndarray[dtype=int32, shape=(2), order=’C’, writable=False]

class qugar.cpp.CartGridTP_3D

Bases: object

CartGridTP object

property cell_breaks: (self) -> list[numpy.ndarray[dtype=float64, shape=(*), order=’C’, writable=False]]

property dim: (self) -> int

property domain: (self) -> qugar.cpp.BoundBox_3D

get_boundary_cells

get_cell_domain

property num_cells_dir: (self) -> numpy.ndarray[dtype=int32, shape=(3), order=’C’, writable=False]

class qugar.cpp.ConstantBzr_2D

Bases: ImplicitFunc_2D

Constant function (Bezier version)

property value: (self) -> float

class qugar.cpp.ConstantBzr_3D

Bases: ImplicitFunc_3D

Constant function (Bezier version)

property value: (self) -> float

class qugar.cpp.Constant_2D

Bases: ImplicitFunc_2D

Constant function (non-Bezier version)

property value: (self) -> float

class qugar.cpp.Constant_3D

Bases: ImplicitFunc_3D

Constant function (non-Bezier version)

property value: (self) -> float

class qugar.cpp.CutCellsQuad_2D

Bases: object

CutCellsQuad object

property cells: Cell ids.

property n_pts_per_entity: Number of quadratures points per cell.

property points: Quadrature point coordinates.

property weights: Quadrature weights.

class qugar.cpp.CutCellsQuad_3D

Bases: object

CutCellsQuad object

property cells: Cell ids.

property n_pts_per_entity: Number of quadratures points per cell.

property points: Quadrature point coordinates.

property weights: Quadrature weights.

class qugar.cpp.CutIsoBoundsQuad_1D

Bases: object

CutIsoBoundsQuad object

property cells: Cell ids.

property facets: Local facet ids (referred to the cells).

property n_pts_per_entity: Number of quadratures points per facet.

property points: Quadrature point coordinates.

property weights: Quadrature weights.

class qugar.cpp.CutIsoBoundsQuad_2D

Bases: object

CutIsoBoundsQuad object

property cells: Cell ids.

property facets: Local facet ids (referred to the cells).

property n_pts_per_entity: Number of quadratures points per facet.

property points: Quadrature point coordinates.

property weights: Quadrature weights.

class qugar.cpp.CutUnfBoundsQuad_2D

Bases: object

CutUnfBoundsQuad object

property cells: Cell ids.

property n_pts_per_entity: Number of quadratures points per cell.

property normals: Unit normal vectors at the quadrature points.

property points: Quadrature point coordinates.

property weights: Quadrature weights.

class qugar.cpp.CutUnfBoundsQuad_3D

Bases: object

CutUnfBoundsQuad object

property cells: Cell ids.

property n_pts_per_entity: Number of quadratures points per cell.

property normals: Unit normal vectors at the quadrature points.

property points: Quadrature point coordinates.

property weights: Quadrature weights.

class qugar.cpp.Cylinder

Bases: ImplicitFunc_3D

Cylinder function (non-Bezier version)

property axis: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property origin: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property radius: (self) -> float

class qugar.cpp.CylinderBzr

Bases: ImplicitFunc_3D

Cylinder function (Bezier version)

property axis: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property origin: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property radius: (self) -> float

class qugar.cpp.DimLinear_2D

Bases: ImplicitFunc_2D

Dim-linear function

class qugar.cpp.DimLinear_3D

Bases: ImplicitFunc_3D

Dim-linear function

class qugar.cpp.Disk

Bases: ImplicitFunc_2D

Disk function (non-Bezier version)

property center: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

property radius: (self) -> float

class qugar.cpp.DiskBzr

Bases: ImplicitFunc_2D

Disk function (Bezier version)

property center: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

property radius: (self) -> float

class qugar.cpp.Ellipse

Bases: ImplicitFunc_2D

Ellipse function (non-Bezier version)

property ref_system: (self) -> qugar.cpp.RefSystem_2D

property semi_axes: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

class qugar.cpp.EllipseBzr

Bases: ImplicitFunc_2D

Ellipse function (Bezier version)

property ref_system: (self) -> qugar.cpp.RefSystem_2D

property semi_axes: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

class qugar.cpp.Ellipsoid

Bases: ImplicitFunc_3D

Ellipsoid function (non-Bezier version)

property ref_system: (self) -> qugar.cpp.RefSystem_3D

property semi_axes: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

class qugar.cpp.EllipsoidBzr

Bases: ImplicitFunc_3D

Ellipsoid function (Bezier version)

property ref_system: (self) -> qugar.cpp.RefSystem_3D

property semi_axes: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

class qugar.cpp.FischerKochS_2D

Bases: ImplicitFunc_2D

Fischer-Koch S TPMS

class qugar.cpp.FischerKochS_3D

Bases: ImplicitFunc_3D

Fischer-Koch S TPMS

class qugar.cpp.ImmersedStatus(value, names=<not given>, *values, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Enum

cut = 0

empty = 2

full = 1

class qugar.cpp.ImplicitFunc_2D

Bases: object

Implicit function

property dim: (self) -> int

class qugar.cpp.ImplicitFunc_3D

Bases: object

Implicit function

property dim: (self) -> int

class qugar.cpp.Line

Bases: ImplicitFunc_2D

Line function (non-Bezier version)

property normal: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

property origin: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

class qugar.cpp.LineBzr

Bases: ImplicitFunc_2D

Line function (Bezier version)

property normal: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

property origin: (self) -> numpy.ndarray[dtype=float64, shape=(2), order=’C’, writable=False]

class qugar.cpp.Negative_2D

Bases: ImplicitFunc_2D

Negative function

class qugar.cpp.Negative_3D

Bases: ImplicitFunc_3D

Negative function

class qugar.cpp.Plane

Bases: ImplicitFunc_3D

Plane function (non-Bezier version)

property normal: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property origin: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

class qugar.cpp.PlaneBzr

Bases: ImplicitFunc_3D

Plane function (Bezier version)

property normal: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property origin: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

class qugar.cpp.Quad_1D

Bases: object

Quadrature object

property points: Quadrature point coordinates.

property weights: Quadrature weights.

class qugar.cpp.Quad_2D

Bases: object

Quadrature object

property points: Quadrature point coordinates.

property weights: Quadrature weights.

class qugar.cpp.Quad_3D

Bases: object

Quadrature object

property points: Quadrature point coordinates.

property weights: Quadrature weights.

class qugar.cpp.RefSystem_2D

Bases: object

Affine transformation

class qugar.cpp.RefSystem_3D

Bases: object

Affine transformation

class qugar.cpp.ReparamMesh_1_2

Bases: object

ReparamMesh object

property cells_conn: Mesh cells connectivity.

property chebyshev: Whether Chebyshev nodes are used.

property dim: Mesh parametric dimension.

property order: Mesh order.

property points: Mesh points.

property range: Mesh geometric dimension.

property wirebasket_conn: Wirebasket connectivity.

class qugar.cpp.ReparamMesh_2_2

Bases: object

ReparamMesh object

property cells_conn: Mesh cells connectivity.

property chebyshev: Whether Chebyshev nodes are used.

property dim: Mesh parametric dimension.

property order: Mesh order.

property points: Mesh points.

property range: Mesh geometric dimension.

property wirebasket_conn: Wirebasket connectivity.

class qugar.cpp.ReparamMesh_2_3

Bases: object

ReparamMesh object

property cells_conn: Mesh cells connectivity.

property chebyshev: Whether Chebyshev nodes are used.

property dim: Mesh parametric dimension.

property order: Mesh order.

property points: Mesh points.

property range: Mesh geometric dimension.

property wirebasket_conn: Wirebasket connectivity.

class qugar.cpp.ReparamMesh_3_3

Bases: object

ReparamMesh object

property cells_conn: Mesh cells connectivity.

property chebyshev: Whether Chebyshev nodes are used.

property dim: Mesh parametric dimension.

property order: Mesh order.

property points: Mesh points.

property range: Mesh geometric dimension.

property wirebasket_conn: Wirebasket connectivity.

class qugar.cpp.SchoenFRD_2D

Bases: ImplicitFunc_2D

Schoen F-RD TPMS

class qugar.cpp.SchoenFRD_3D

Bases: ImplicitFunc_3D

Schoen F-RD TPMS

class qugar.cpp.SchoenIWP_2D

Bases: ImplicitFunc_2D

Schoen I-WP TPMS

class qugar.cpp.SchoenIWP_3D

Bases: ImplicitFunc_3D

Schoen I-WP TPMS

class qugar.cpp.Schoen_2D

Bases: ImplicitFunc_2D

Schoen gyroid TPMS

class qugar.cpp.Schoen_3D

Bases: ImplicitFunc_3D

Schoen gyroid TPMS

class qugar.cpp.SchwarzDiamond_2D

Bases: ImplicitFunc_2D

Schwarz diamond TPMS

class qugar.cpp.SchwarzDiamond_3D

Bases: ImplicitFunc_3D

Schwarz diamond TPMS

class qugar.cpp.SchwarzPrimitive_2D

Bases: ImplicitFunc_2D

Schwarz primitive TPMS

class qugar.cpp.SchwarzPrimitive_3D

Bases: ImplicitFunc_3D

Schwarz primitive TPMS

class qugar.cpp.Sphere

Bases: ImplicitFunc_3D

Sphere function (non Bezier version)

property center: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property radius: (self) -> float

class qugar.cpp.SphereBzr

Bases: ImplicitFunc_3D

Sphere function (Bezier version)

property center: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property radius: (self) -> float

class qugar.cpp.Square_2D

Bases: ImplicitFunc_2D

Square function

class qugar.cpp.Square_3D

Bases: ImplicitFunc_3D

Square function

class qugar.cpp.SubtractFunctions_2D

Bases: ImplicitFunc_2D

Subtract functions

class qugar.cpp.SubtractFunctions_3D

Bases: ImplicitFunc_3D

Subtract functions

class qugar.cpp.Torus

Bases: ImplicitFunc_3D

Torus class (non-Bezier version)

property axis: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property center: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property major_radius: (self) -> float

property minor_radius: (self) -> float

class qugar.cpp.TorusBzr

Bases: ImplicitFunc_3D

Torus class (Bezier version)

property axis: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property center: (self) -> numpy.ndarray[dtype=float64, shape=(3), order=’C’, writable=False]

property major_radius: (self) -> float

property minor_radius: (self) -> float

class qugar.cpp.TransformedFunction_2D

Bases: ImplicitFunc_2D

Affinely transformed function

class qugar.cpp.TransformedFunction_3D

Bases: ImplicitFunc_3D

Affinely transformed function

class qugar.cpp.UnfittedDomain_2D

Bases: object

UnfittedDomain object

property cut_cells: (self) -> numpy.ndarray[dtype=int32, shape=(*), order=’C’, writable=False]

property cut_facets: (self) -> tuple

property dim: (self) -> int

property empty_cells: (self) -> numpy.ndarray[dtype=int32, shape=(*), order=’C’, writable=False]

property empty_facets: (self) -> tuple

property full_cells: (self) -> numpy.ndarray[dtype=int32, shape=(*), order=’C’, writable=False]

property full_facets: (self) -> tuple

property grid: (self) -> qugar.cpp.CartGridTP_2D

class qugar.cpp.UnfittedDomain_3D

Bases: object

UnfittedDomain object

property cut_cells: (self) -> numpy.ndarray[dtype=int32, shape=(*), order=’C’, writable=False]

property cut_facets: (self) -> tuple

property dim: (self) -> int

property empty_cells: (self) -> numpy.ndarray[dtype=int32, shape=(*), order=’C’, writable=False]

property empty_facets: (self) -> tuple

property full_cells: (self) -> numpy.ndarray[dtype=int32, shape=(*), order=’C’, writable=False]

property full_facets: (self) -> tuple

property grid: (self) -> qugar.cpp.CartGridTP_3D

class qugar.cpp.UnfittedImplDomain_2D

Bases: UnfittedDomain_2D

UnfittedImplDomain object

property impl_func: (self) -> qugar::impl::DomainFunc<2, 1>

class qugar.cpp.UnfittedImplDomain_3D

Bases: UnfittedDomain_3D

UnfittedImplDomain object

property impl_func: (self) -> qugar::impl::DomainFunc<3, 1>