ResultData#
- class ansys.dpf.post.result_data.ResultData(operator_name: str, data_sources, model, elem_average: bool, location: Optional[str] = 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_averagebool
- 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
.- To see all parameters, you can use the ``post.print_available_keywords()``
- method.
- operator_name
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
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
Maximum value field.
Maximum value field data.
Minimum values field.
Minimum values field data.
Number of fields contained in the result.
Result fields container.