KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
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An abc for an XDMF Attribute (e.g., nodal or gauss point results). More...
Public Member Functions | |
def | xml_tag (self) |
Return the XML tag for the XDMF item as a string. More... | |
def | name (self) |
A descriptive name of the results data. More... | |
def | center (self) |
Specifies where the data is centered. More... | |
def | attribute_type (self) |
Specifies the rank of the data. More... | |
Public Member Functions inherited from core.xdmf.XdmfItem | |
def | create_xml_element (self) |
Return the XDMF item as an XML element node in the XML document tree. More... | |
An abc for an XDMF Attribute (e.g., nodal or gauss point results).
def core.xdmf.Attribute.attribute_type | ( | self | ) |
Specifies the rank of the data.
Options: "Scalar", "Vector", "Tensor", "Tensor6", "Matrix".
Reimplemented in core.xdmf.GeometrycalObjectData, and core.xdmf.NodalData.
def core.xdmf.Attribute.center | ( | self | ) |
Specifies where the data is centered.
Options: "Node", "Edge", "Face", "Cell", "Grid", "Other".
Reimplemented in core.xdmf.GeometrycalObjectData, and core.xdmf.NodalData.
def core.xdmf.Attribute.name | ( | self | ) |
A descriptive name of the results data.
Example: "VELOCITY".
Reimplemented in core.xdmf.GeometrycalObjectData, and core.xdmf.NodalData.
def core.xdmf.Attribute.xml_tag | ( | self | ) |
Return the XML tag for the XDMF item as a string.
Every XML element is identified by a tag. Valid tags are specified by the XDMF model format.
Reimplemented from core.xdmf.XdmfItem.