CalculationToolSamplingCurvatureTolerance#

class ansys.stk.core.analysis_workbench.CalculationToolSamplingCurvatureTolerance#

Curvature tolerance definition includes parameters that determine how scalar data should be sampled based on limits on slope changes between samples.

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.
`curvature_tolerance`	Get the curvature tolerance which determines acceptable angular difference between slopes over consecutive steps.

from ansys.stk.core.analysis_workbench import CalculationToolSamplingCurvatureTolerance

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

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

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

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

property CalculationToolSamplingCurvatureTolerance.curvature_tolerance: float#: Get the curvature tolerance which determines acceptable angular difference between slopes over consecutive steps.