com.powerdata.openpa

Class PflowModelBuilder

java.lang.Object

com.powerdata.openpa.impl.ModelBuilderI

com.powerdata.openpa.PflowModelBuilder

All Implemented Interfaces:

ModelBuilder

Direct Known Subclasses:

PFlowPsmModelBldr

public abstract class PflowModelBuilder
extends com.powerdata.openpa.impl.ModelBuilderI

Build Models with load options suitable by some power apps (i.e. a power flow)

Constructor Summary

Constructors

Constructor and Description
PflowModelBuilder()

Method Summary

Modifier and Type	Method and Description
static PflowModelBuilder	Create(java.lang.String uri) Create a new PflowModelBuilder
void	decoupleImpedance(boolean e) Enforce a decoupled impedance (R << X)
void	enableFlatVoltage(boolean useflat) ignore case voltage and set flat.
float	getLeastX() limit the branch reactance minimum magnitude, abs(X) > minx, defaults to 0 (no limit)
boolean	getUnitRegOverride() ignore case unit setpoints, and substitute case voltage at unit terminal bus
boolean	isImpedanceDecoupled() Test to see if we are enforcing a decoupled impedance
boolean	isSvcVRegEnabled()
void	setLeastX(float leastx) limit the branch reactance minimum magnitude, abs(X) > minx, defaults to 0 (no limit)
static void	SetSchemeInputClass(java.lang.String scheme, java.lang.String pkg) Set a scheme to input class name translation.
void	setSvcVRegEnabled(boolean enabled)
void	setUnitRegOverride(boolean override) ignore case unit setpoints, and substitute case voltage at unit terminal bus
boolean	useFlatVoltage() ignore case voltage and set flat.

Methods inherited from class com.powerdata.openpa.impl.ModelBuilderI

getErrors, hasErrors, load

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

PflowModelBuilder

public PflowModelBuilder()

Method Detail

SetSchemeInputClass

public static void SetSchemeInputClass(java.lang.String scheme,
                                       java.lang.String pkg)

Set a scheme to input class name translation.

Parameters:

scheme -

pkg -

isSvcVRegEnabled

public boolean isSvcVRegEnabled()

setSvcVRegEnabled

public void setSvcVRegEnabled(boolean enabled)

useFlatVoltage

public boolean useFlatVoltage()

ignore case voltage and set flat. Sets VM to 1 and VA to 0 if true

enableFlatVoltage

public void enableFlatVoltage(boolean useflat)

ignore case voltage and set flat. Sets VM to 1 and VA to 0 if true

isImpedanceDecoupled

public boolean isImpedanceDecoupled()

Test to see if we are enforcing a decoupled impedance

Returns:

true if enforcing decoupling, false otherwise

decoupleImpedance

public void decoupleImpedance(boolean e)

Enforce a decoupled impedance (R << X)

Parameters:

true - to enforce decoupling, false to leave well enough alone

getLeastX

public float getLeastX()

limit the branch reactance minimum magnitude, abs(X) > minx, defaults to 0 (no limit)

setLeastX

public void setLeastX(float leastx)

limit the branch reactance minimum magnitude, abs(X) > minx, defaults to 0 (no limit)

getUnitRegOverride

public boolean getUnitRegOverride()

ignore case unit setpoints, and substitute case voltage at unit terminal bus

setUnitRegOverride

public void setUnitRegOverride(boolean override)

ignore case unit setpoints, and substitute case voltage at unit terminal bus

Create

public static PflowModelBuilder Create(java.lang.String uri)
                                throws PAModelException

Create a new PflowModelBuilder

Parameters:

uri - URI of source data

Returns:

ModelBuilder used to configure and build PAModel

Throws:

PAModelException