ResultData

class ansys.dpf.post.result_data.ResultData(operator_name: str, data_sources, model, elem_average: bool, location: str | None = None, element_scoping=None, node_scoping=None, named_selection=None, time=None, grouping=None, phase=None, subresult=None, mapdl_grouping=None, set=None, path=None, time_scoping=None)

Provides the result data for a DPF Result object.

This class is created using the ansys.dpf.core.Result class.

Parameters:

• operator_name (str) –

• data_sources –

• model –

• elem_average (bool) –

• location (str, optional) – The default is None.

• element_scoping (optional) – The default is None.

• node_scoping (optional) – The default is None.

• named_selection (optional) – The default is None.

• time (optional) – The default is None.

• grouping (optional) – The default is None.

• phase (optional) – The default is None.

• subresult (optional) – The default is None.

• mapdl_grouping (optional) – The default is None.

• set (optional) – The default is None.

• path (optional) – The default is None.

• time_scoping (optional) – The default is None.

• parameters (To see all) –

• post.print_available_keywords() (you can use the) –

• method. –

Examples

>>> from ansys.dpf import post
>>> from ansys.dpf.post import examples
>>> solution = post.load_solution(examples.download_all_kinds_of_complexity())
>>> disp = solution.displacement()
>>> disp_on_nodes = solution.displacement(node_scoping = [1, 23])
>>> disp_on_named_selection = solution.displacement(named_selection="SELECTION")

Methods

ResultData.get_all_label_spaces()	Get all label spaces contained in a result.
ResultData.get_data_at_field([field_index])	Get the data for the field with the specified index.
ResultData.get_max_data_at_field([field_index])	Get the maximum values field data for the field with the specified index.
ResultData.get_min_data_at_field([field_index])	Get the minimum values field data for the field with the specified index.
ResultData.get_scoping_at_field([field_index])	Get the scoping of the result for the field with the specified index.
ResultData.plot_contour([display_option, ...])	Plot the contour result on its mesh support.

Attributes

ResultData.max	Maximum value field.
ResultData.max_data	Maximum value field data.
ResultData.min	Minimum values field.
ResultData.min_data	Minimum values field data.
ResultData.num_fields	Number of fields contained in the result.
ResultData.result_fields_container	Result fields container.