TransientSolver
TransientSolver runs transient analysis on a given design
To run a transient solver analysis:
- Call first the NewJob() methods. It will return a TransientAnalysisJob instance that will be updated with the results while the simulation is ongoing.
| Properties | |
|---|---|
| BaseFrequency | Optional Base Frequency parameter. Used for: - Improve accuracy of the steady State Detection. - Enable to option to save only a selected number of periods in the scopes |
| BaseFrequencyParameterEnabled | To enable or disable the base frequency parameter |
| CompressScopes | if false, the scopes are not compressed (local error). |
| DualStageElectroThermalAnalysis | if true, the dual stage electro-thermal analysis is enabled. |
| EndTime | End Time of the analysis |
| FixedTimeStep | If true the Time Step is fixed. If false, predictive time-step is used. |
| Name | TransientSolver Name |
| NumberOfBasePeriodsSaved | Optional Number Of Periods Saved parameter (Optional). If set, only the specified number of base periods will be saved in the scope. The base period is calculated as "1/Base Frequency". Will only work if the "Base Frequency" parameter is set. |
| NumberOfBasePeriodsSavedParameterEnabled | To enable or disable the base frequency parameter |
| NumberOfPointsToSimulate | If > 0, EndTime is not considered and the simulation stops when the number of points is reached. |
| SaveInitialPoint | If false, the initial point is not saved into scopes. |
| StopAtSteadyState | If true, End Time is not considered and we use the SSD algorithm to detect if the steady state is reached. |
| TimeStep | Simulation Time Step (Fixed-time step) Simulation Min Time Step (Predictive time-step) |
| Methods | |
|---|---|
| NewJob(IProgress |
Create a new simulation job |