| Package | Description |
|---|---|
| com.interpss.dstab.controller.block | |
| com.interpss.dstab.controller.block.adapt | |
| com.interpss.dstab.controller.cml.func |
| Modifier and Type | Interface and Description |
|---|---|
interface |
ICMLFunction
We have two basic concepts: Block (StaticBlock and ControlBlock) and Function
Block is two-way, which means you can find y from u and u(0) from y(0)
Function is only way.
|
interface |
ICMLFunctionExpression
We have two basic concepts: Block (StaticBlock and ControlBlock) and Function
Block is two-way, which means you can find y from u and u(0) from y(0)
Function is only way.
|
interface |
ICMLLookupTableFunction
We have two basic concepts: Block (StaticBlock and ControlBlock) and Function
Block is two-way, which means you can find y from u and u(0) from y(0)
Function is only way.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CMLFunctionAdapter
ICMLFunction interface implementation adapter
|
class |
CMLFunctionExpressionAdapter
ICMLFunctionExpression interface implementation adapter
|
class |
CMLLookupTableFunctionAdapter
ICMLLookupTableFunction interface implementation adapter
|
| Modifier and Type | Class and Description |
|---|---|
class |
FexComboFunction
Use the input of VE and IFD to calculate and return the Fex function result fex(IN).
|
class |
FexFunction
A Function to calculate Rectifier regulation Fex(In) per IEEE 421.5, Appendix-D
|
class |
GainExpFunction
A function for calculating y = k * (u1-u2+u3)
|
class |
GainFunction
A function for calculating y = k * u
|
class |
GateValueExpFunction |
class |
HighValueExpFunction
A function to select high input value y = max[u1Expression, u2Expression].
|
class |
HighValueFunction
A function to select high input value y = max[u1, u2]
|
class |
LoadCompFunction |
class |
LookupTableFunction
A function for calculating y = k * u
|
class |
LowValueExpFunction
A function to select low input value y = min[u1Expression, u2Expression].
|
class |
LowValueFunction
A function to select low input value y = min[u1, u2]
|
class |
MultiplyFunction |
class |
PowerFunction
An implementation of Power function: output = input ^ k, k = 0, 1, 2, ...
|
class |
SeFunction
An implementation of function y = Se(Efd)
|
class |
SwitchFunction
A function for calculating y = k * u
|
class |
VthevFunction
Function : y = | Kp * Vt + j Ki * It |
|