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.
Public Member Functions | List of all members
core.xdmf.Attribute Class Reference

An abc for an XDMF Attribute (e.g., nodal or gauss point results). More...

Inheritance diagram for core.xdmf.Attribute:
Collaboration diagram for core.xdmf.Attribute:

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...
 

Detailed Description

An abc for an XDMF Attribute (e.g., nodal or gauss point results).

Member Function Documentation

◆ attribute_type()

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.

◆ center()

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.

◆ name()

def core.xdmf.Attribute.name (   self)

A descriptive name of the results data.

    Example: "VELOCITY".

Reimplemented in core.xdmf.GeometrycalObjectData, and core.xdmf.NodalData.

◆ xml_tag()

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.


The documentation for this class was generated from the following file: