Model

class compas_fea2.model.Model[source]

Bases: FEAData

Class representing an FEA model.

Parameters:

descriptionstr, optional: Some description of the model, by default None. This will be added to the input file and can be useful for future reference.
authorstr, optional: The name of the author of the model, by default None. This will be added to the input file and can be useful for future reference.

Attributes:

descriptionstr: Some description of the model.
authorstr: The name of the author of the model.
partsSet[compas_fea2.model.Part]: Return all the parts registered to the Model.
bcsDict[compas_fea2.model._BoundaryCondition, Set[compas_fea2.model.Node]]: Return the boundary conditions of the model.
tbcsDict[compas_fea2.model._ThermalBoundaryCondition, Set[compas_fea2.model.Node]]: Dictionary with the thermal boundary conditions of the model and the nodes where these are applied.
icsDict[compas_fea2.model._InitialCondition, Set[Union[compas_fea2.model.Node, compas_fea2.model._Element]]]: Return the initial conditions of the model.
constraintsSet[compas_fea2.model._Constraint]: Return the constraints of the model.
partgroupsSet[compas_fea2.model.PartsGroup]: The part groups of the model.
materialsSet[compas_fea2.model.Material]: Return a set of all materials in the model.
sectionsSet[compas_fea2.model.Section]: Return a set of all sections in the model.
problemsSet[compas_fea2.problem.Problem]: Return all the problems registered to the Model.
pathpathlib.Path: Return the path of the model.

Notes

Quantities such as volume and gravity are exposed in the active unit system. See compas_fea2.units for configuration.

Methods

Construct an object of this type from a JSON file.

Convert an object to its native data representation and save it to a JSON file.

Adds a Part to the Model.

Return all the parts registered to the Model.

Return the total volume of the model in the active unit system.