Result class

The Result class provides access to different types of result data.

This code shows how you can access result data for displacements, stresses, and elastic strains:

>>> from ansys.dpf import post
>>> from ansys.dpf.post import examples
>>> solution = post.load_solution(examples.multishells_rst)

Displacement result object

>>> displacement = solution.displacement()

Stress result object

>>> stress = solution.stress()

Elastic strain result object

>>> elastic_strain = solution.elastic_strain()

DPF-Post features separate Result classes for each supported result type. For information on the available types and their interfaces, see Access results.

result_object.Result(data_sources, model, ...)	Provides the Result class.
displacement.Displacement(**kwargs)	Defines the displacement object, which is a vector object.
electric_results.ElectricField(**kwargs)	Defines the temperature object for a thermal/electric analysis.
electric_results.ElectricPotential(**kwargs)	Defines the temperature object for a thermal/electric analysis.
misc_results.MecanicMisc(model, data_sources)	Provides the miscellaneous mecanic result.
strain.ElasticStrain(**kwargs)	Defines the elastic strain object, which is a tensor object.
strain.PlasticStrain(**kwargs)	Defines the plastic strain object, which is a tensor object.
stress.Stress(**kwargs)	Defines the stress object, which is a tensor object.
temperature.HeatFlux(**kwargs)	Defines the heat flux object, which is a scalar object, for thermal analysis.
temperature.StructuralTemperature(**kwargs)	Defines the structural temperature object, which is a scalar object.
temperature.Temperature(**kwargs)	Defines the temperature object, which is a scalar object, for thermal analysis.