Description:
It represents the COM object for the parameter Stochastic
Properties:
| Name | Name | |
| ID | Identification number | |
| Value | Actual Value | |
| Lower | Lower boundary | |
| Upper | Upper boundary | |
| Accuracy | Accuracy | |
| Nominal | Nominal value | |
| Tolerance | Tolerance value | |
| Distribution | Kind of
distribution 0 = Normal Distribution 1 = Uniform Distribution 2 = Lambda Distribution |
|
| Type | Type: 0 = Fix 1 = Variable 2 = Discrete 3 = Binary 4 = Random |
|
| ValueList | Return the discrete value list | |
| DesignParameter | If it True, the virtual parameter will be used as optimzation variable for robust design process. Otherwise, it will be fix | |
| VDTolerance | Virtual tolerance | |
| VDValue | Virtual actual value | |
| VDDistribution |
|
|
| VDType | Virtual type 0 = Fix 1 = Variable 2 = Discrete 3 = Binary |
|
| VDAccuracy | Virtual accuracy | |
| VDUpper | virtual upper boundary | |
| VDLower | virtual lower boundary | |
| VDCost | Virtual cost factor | |
| VDValueList | Return the virtual discrete value list | |
| Lambda | Return a Lambda-object for the distribution of the parameter | |
| LoadVariable | If it is True, the parameter will be used as load variable for fatigue life prediction | |
| LoadScript | The script for computing the cycle load function: Load = f(Time) | |
| Load | The variable "Load" of the cycle load function | |
| Time | The variable "Time" of the cycle load function |
Methods:
| InitValueList() | Initialize the value list |
| AddValueList(Double, String) | Add (Double, String) to the value list. |
| VDInitValueList() | Initialize the virtual value list |
| VDAddValueList(Double) | Add to the virtual value list. |