DrapingData

class compolyx.plot_data.DrapingData(graph, obj, parent=None)

Attributes

Name	Description
DrapingData.active	Whether the plot is active or not; an inactive plot is not updated and it does not contain data
DrapingData.active_display_data	Returns a dictionary containing display data for this plot owned by the active scene
DrapingData.all_display_data	Returns a list of all display data classes in existence for this object
DrapingData.changed	Status boolean
DrapingData.color_table
DrapingData.component	The requested result component for a specific plot, e.g. s1 for the stress in the 1-direction
DrapingData.components	Return the possible component set on this plot type
DrapingData.data_scope	Data scope of the plot where results will be evaluated
DrapingData.definition_id
DrapingData.description_changed	Status boolean
DrapingData.enabled	Whether this object is currently enabled or not
DrapingData.eval_position	The finite element position at which the results are given, e.g. centroid or nodal
DrapingData.has_element_wise	Whether the plot offers element-wise data
DrapingData.has_ply_wise	Whether the plot offers ply-wise data
DrapingData.id	ID of object
DrapingData.is_dict_item	Specifies whether the object is an item of a dict
DrapingData.is_list_item	Specifies whether the object is an item of a list
DrapingData.link_path	Root path of the current node in the tree for links to this object
DrapingData.locked	Returns the locked status of the plot
DrapingData.name	Name of object
DrapingData.parent	Parent object in tree
DrapingData.ply_wise	Whether to plot ply-wise or element-wise
DrapingData.requires_solution
DrapingData.root_path	Root path of the current node in the tree
DrapingData.scope_entire_model	Whether the plot scope is the entire model or a subset defined by the data_scope
DrapingData.show_draping_mesh	Whether to plot the draping mesh
DrapingData.show_flatwrap	Whether to plot the flatwrap
DrapingData.show_on_solids	Whether to plot results on solid or shell elements
DrapingData.solution	Solution underlying the plot
DrapingData.solution_set	Solution Set selection
DrapingData.spot	Whether to plot data at bot, mid, or top of the layer or laminate
DrapingData.spots	Return the possible spot set on this plot type
DrapingData.status	Status of the object
DrapingData.status_changed	Boolean flag which is set to true in C++ when up-to-date status of object changes
DrapingData.uid	UID of object
DrapingData.updated	Status boolean
DrapingData.uptodate	Whether the plot is uptodate
DrapingData.vertex	This will throw an error if the object has been removed from the graph

Methods

Name	Description
DrapingData.add_data_scope_entity(entity)	Add 1 entity to the Data Scope of a plot
DrapingData.clear_data_scope()	Cleares the complete data scope of a plot, i.e. all scope entities are removed at once
DrapingData.display_data_create([parent])	Function for internal use, not meant for scripting
DrapingData.find_parent(type)	Function steps up the tree and returns the first parent with given type
DrapingData.get_data([visible, selected])	Get data of plot
DrapingData.get_deformations([visible, selected])	Function used internally to query matching nodal deformations for a given plot
DrapingData.get_element_indices([visible, ...])	Get element indices (ACP internal element numbers starting from 0) of plot
DrapingData.get_element_labels([visible, ...])	Get element labels (element numbers as read from / written to mesh files) of plot
DrapingData.get_full_description()	This function returns information displayed together with the legend
DrapingData.obj_exists()	Checks if __obj still references the C++ object (i.e. has not been reset to None by self._delete) and exists in the graph
DrapingData.remove_data_scope_entity(entity)	Remove 1 entity to the Data Scope of a plot
DrapingData.serialize()	Serialize to Python string
DrapingData.serialize_create_function()
DrapingData.serialize_name_and_id()	Helper function to serialize name and ID
DrapingData.serialize_properties()	Serialize to Python string
DrapingData.serialize_python_only_attributes()
DrapingData.update()
DrapingData.visit(visitor)	Walk through the tree and let the visitor perform action on every descendant node