JacobianElement

All Known Implementing Classes:

JacobianElement.JacobianElementContainer, JacobianList.Element, JacobianMatrix.Element
```
public interface JacobianElement
```
Jacobian Element Store and access Jacobian results.

Nested Class Summary

Nested Classes
Modifier and Type Interface and Description

static class JacobianElement.JacobianElementContainer
A simple container for the partial derivatives in our Jacobian Element.

Nested Classes
Modifier and Type	Interface and Description
`static class`	`JacobianElement.JacobianElementContainer` A simple container for the partial derivatives in our Jacobian Element.

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`void`	`dec(JacobianElement e)` Decrement all partial derivatives of this element with the given element
`void`	`decDpda(float v)` decrement the partial derivative of active power with respect to voltage angle
`void`	`decDpdv(float v)` decrement the partial derivative of active power with respect to voltage magnitude
`void`	`decDqda(float v)` decrement the partial derivative of reactive power with respect to voltage angle
`void`	`decDqdv(float v)` decrement the partial derivative of reactive power with respect to voltage magnitude
`float`	`getDpda()` get the partial derivative of active power with respect to voltage angle
`float`	`getDpdv()` get the partial derivative of active power with respect to voltage magnitude
`float`	`getDqda()` get the partial derivative of reactive power with respect to voltage angle
`float`	`getDqdv()` get the partial derivative of reactive power with respect to voltage magnitude
`void`	`inc(JacobianElement e)` Increment all partial derivatives of this element with the given element
`void`	`incDpda(float v)` increment the partial derivative of active power with respect to voltage angle
`void`	`incDpdv(float v)` increment the partial derivative of active power with respect to voltage magnitude
`void`	`incDqda(float v)` increment the partial derivative of reactive power with respect to voltage angle
`void`	`incDqdv(float v)` increment the partial derivative of reactive power with respect to voltage magnitude
`void`	`setDpda(float v)` set the partial derivative of active power with respect to voltage angle
`void`	`setDpdv(float v)` set the partial derivative of active power with respect to voltage magnitude
`void`	`setDqda(float v)` set the partial derivative of reactive power with respect to voltage angle
`void`	`setDqdv(float v)` set the partial derivative of reactive power with respect to voltage magnitude

- Method Detail
  - getDpda
```
float getDpda()
```
    get the partial derivative of active power with respect to voltage angle
  - getDpdv
```
float getDpdv()
```
    get the partial derivative of active power with respect to voltage magnitude
  - getDqda
```
float getDqda()
```
    get the partial derivative of reactive power with respect to voltage angle
  - getDqdv
```
float getDqdv()
```
    get the partial derivative of reactive power with respect to voltage magnitude
  - setDpda
```
void setDpda(float v)
```
    set the partial derivative of active power with respect to voltage angle
  - setDpdv
```
void setDpdv(float v)
```
    set the partial derivative of active power with respect to voltage magnitude
  - setDqda
```
void setDqda(float v)
```
    set the partial derivative of reactive power with respect to voltage angle
  - setDqdv
```
void setDqdv(float v)
```
    set the partial derivative of reactive power with respect to voltage magnitude
  - incDpda
```
void incDpda(float v)
```
    increment the partial derivative of active power with respect to voltage angle
  - incDpdv
```
void incDpdv(float v)
```
    increment the partial derivative of active power with respect to voltage magnitude
  - incDqda
```
void incDqda(float v)
```
    increment the partial derivative of reactive power with respect to voltage angle
  - incDqdv
```
void incDqdv(float v)
```
    increment the partial derivative of reactive power with respect to voltage magnitude
  - decDpda
```
void decDpda(float v)
```
    decrement the partial derivative of active power with respect to voltage angle
  - decDpdv
```
void decDpdv(float v)
```
    decrement the partial derivative of active power with respect to voltage magnitude
  - decDqda
```
void decDqda(float v)
```
    decrement the partial derivative of reactive power with respect to voltage angle
  - decDqdv
```
void decDqdv(float v)
```
    decrement the partial derivative of reactive power with respect to voltage magnitude
  - inc
```
void inc(JacobianElement e)
```
    Increment all partial derivatives of this element with the given element
  - dec
```
void dec(JacobianElement e)
```
    Decrement all partial derivatives of this element with the given element

Interface JacobianElement

Nested Class Summary

Method Summary

Method Detail

getDpda

getDpdv

getDqda

getDqdv

setDpda

setDpdv

setDqda

setDqdv

incDpda

incDpdv

incDqda

incDqdv

decDpda

decDpdv

decDqda

decDqdv

inc

dec