model.component(<tag>) represents a component node in the model tree.
model.component().create(<tag>) creates a component node of type
Component with the given tag and
defineAllFrames set to
false.
model.component().create(<tag>,<type>) creates a component node with the tag
<tag> of one of the following types, set as the string
<type>:
Component, for a normal geometry component;
ExtraDim, for an extra dimension; or
MeshComponent, for a mesh component. For example, to create a mesh component:
model.component().create(<tag>, boolean) creates a model component node of type
Component with the specified value of the
defineAllFrames flag.
model.component(<tag>).defineAllFrames() returns the current value of the
defineAllFrames flag.
model.component(<tag>).defineAllFrames(boolean) sets the
defineAllFrames flag controlling whether all four logical frames (spatial, material, geometry, and mesh frame) should be created as separate Frame objects in
model.frame() when a geometry is added to the component.
model.component(<tag>).getType() returns the type of component that the component with the tag
<tag> is an instance of:
Component, for a normal model component;
ExtraDim for an extra dimension component; and
MeshComponent for a mesh component.
model.component(<tag>).scope() returns the fully qualified scope name.
model.component(<tag>).baseSystem(<system>) use the given base system as unit system for the component node. This overrides the global unit system specified for the entire model object. To use global system again, set the base system of the component node to
null.
model.component(<tag>).sorder() returns the geometry shape function used for the component node and its descendants.
model.component(<tag>).sorder(<stype>) Sets the geometry shape function. Allowed values are
automatic (the default),
linear,
quadratic,
cubic,
quartic,
quintic,
sextic,
septic,
linear_serp,
quadratic_serp,
cubic_serp, and
quartic_serp (the latter four values represent serendipity elements). With an automatic shape function, the physics interfaces under the component node decide the most optimum shape function. The shape function set here is also used for the discretization of the mesh displacement when using ALE functionality.
model.component(<tag>).defineLocalCoord() returns true if element local coordinate variables exist. By default, this is the case.
model.component(<tag>)).defineLocalCoord(boolean) sets a flag that determines whether element local coordinate variables exist.
model.component(<tag>).curvedInterior() returns true if curved interior mesh is activated in the component.
model.component(<tag>).curvedInterior(boolean) sets the curved interior mesh setting in the component. If
true, the interior domain mesh elements can be curved to avoid inverted elements.
model.component(<tag>).geometricModel() returns the component’s geometric model on which the physics is defined. The returned tag is prefixed with
geom/ or
mesh/ to indicate if it is a geometry or mesh.
model.component(<tag>).geometricModel(<sequencetag>) specifies the geometric model used in the component. Enter the tag for the geometry or meshing sequence
<sequencetag> to be specified as the component’s geometric model. Use the prefix
/geom or
/mesh if the tag only is ambiguous. Only meshing sequences that define their own geometric models can be specified as the component’s geometric model. For more information, see
Geometric Model for more information.
