CalculationToolSamplingRelativeTolerance#

class ansys.stk.core.analysis_workbench.CalculationToolSamplingRelativeTolerance#

Bases: ICalculationToolSamplingMethod

Relative tolerance definition includes parameters that determine how scalar data should be sampled based on limits on difference between actual changes between samples and changes predicted by dead reckoning.

Overview#

Properties

`minimum_time_step`	Get the minimum allowed time step.
`maximum_time_step`	Get the maximum allowed time step.
`step_at_boundaries`	Get the step taken at boundaries of discontinuity or availability.
`relative_tolerance`	Get the relative tolerance which determines acceptable difference between predicted and actual changes in values of sampled data over a step relative to the sampled values.
`absolute_tolerance`	Get the absolute tolerance which determines acceptable difference between predicted and actual changes in values of sampled data over a step.

Import detail#

from ansys.stk.core.analysis_workbench import CalculationToolSamplingRelativeTolerance

Property detail#

property CalculationToolSamplingRelativeTolerance.minimum_time_step: float#: Get the minimum allowed time step.

property CalculationToolSamplingRelativeTolerance.maximum_time_step: float#: Get the maximum allowed time step.

property CalculationToolSamplingRelativeTolerance.step_at_boundaries: float#: Get the step taken at boundaries of discontinuity or availability.

property CalculationToolSamplingRelativeTolerance.relative_tolerance: float#: Get the relative tolerance which determines acceptable difference between predicted and actual changes in values of sampled data over a step relative to the sampled values.

property CalculationToolSamplingRelativeTolerance.absolute_tolerance: float#: Get the absolute tolerance which determines acceptable difference between predicted and actual changes in values of sampled data over a step.