Mondaic DocumentationRequired
npoint| Type: | int |
| Description: | The shape order of the element. |
Version:
2026.5.0
Salvus documentation version
2026.5.0
2025.1.3
2024.1.3
0.12.16
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salvus.mesh.algorithms.tensorized_elements
salvus.mesh.algorithms.tensorized_elements salvus mesh algorithms tensorized_elementsTensor finite elements.
Functions
angles()
Get the indices for computing angles for the equiangular skewness of
elements.
SIGNATURE
def angles(npoint: int, ndim: int) -> npt.NDArray: ...ARGUMENTS
Required
ndim| Type: | int |
| Description: | The dimensionality. |
RETURNS
Return type:
npt.NDArrayedges()
Get the edge array.
SIGNATURE
def edges(npoint: int, ndim: int) -> npt.NDArray: ...ARGUMENTS
Required
npoint| Type: | int |
| Description: | The shape order of the element. |
Required
ndim| Type: | int |
| Description: | The dimensionality. |
RETURNS
Return type:
npt.NDArrayfacet_gll_indices()
Return the indices of all dofs on the facets of the quad / hex.
SIGNATURE
def facet_gll_indices(order: int, ndim: int) -> list[list[float]]: ...ARGUMENTS
Required
order| Type: | int |
| Description: | Shape order of the element |
Required
ndim| Type: | int |
| Description: | Dimension |
RETURNS
Return type:
list[list[float]]facets()
Get the first-order facets.
SIGNATURE
def facets(npoint: int, ndim: int) -> npt.NDArray: ...ARGUMENTS
Required
npoint| Type: | int |
| Description: | The shape order of the element. |
Required
ndim| Type: | int |
| Description: | The dimensionality. |
RETURNS
Return type:
npt.NDArrayfacets_tensor()
Get the tensorized facets.
SIGNATURE
def facets_tensor(npoint: int, ndim: int) -> npt.NDArray: ...ARGUMENTS
Required
npoint| Type: | int |
| Description: | The shape order of the element. |
Required
ndim| Type: | int |
| Description: | The dimensionality. |
RETURNS
Return type:
npt.NDArrayfirst_order_connectivity()
Get the first-order connectivity.
SIGNATURE
def first_order_connectivity(npoint: int, ndim: int) -> npt.NDArray: ...ARGUMENTS
Required
npoint| Type: | int |
| Description: | The shape order of the element. |
Required
ndim| Type: | int |
| Description: | The dimensionality. |
RETURNS
Return type:
npt.NDArrayget_Dn_hex()
Derivative matrices to compute the jacobian from the nodes.
SIGNATURE
def get_Dn_hex(n: int) -> npt.NDArray: ...ARGUMENTS
Required
n| Type: | int |
| Description: | index |
RETURNS
Return type:
npt.NDArrayget_Dn_quad()
Derivative matrices to compute the jacobian from the nodes.
SIGNATURE
def get_Dn_quad(n: int) -> npt.NDArray: ...ARGUMENTS
Required
n| Type: | int |
| Description: | index |
RETURNS
Return type:
npt.NDArrayplot_line()
Get lines for plotting.
SIGNATURE
def plot_line(npoint: int, ndim: int) -> npt.NDArray: ...ARGUMENTS
Required
npoint| Type: | int |
| Description: | The shape order of the element. |
Required
ndim| Type: | int |
| Description: | The dimensionality. |
RETURNS
Return type:
npt.NDArrayside_set_mask()
Get masks for the sides of elements.
SIGNATURE
def side_set_mask(npoint: int, ndim: int) -> list[npt.NDArray]: ...ARGUMENTS
Required
npoint| Type: | int |
| Description: | The shape order of the element. |
Required
ndim| Type: | int |
| Description: | The dimensionality. |
RETURNS
Return type:
list[npt.NDArray]
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