org.opensha.sha.earthquake.griddedForecast
Class STEP_CombineForecastModels

java.lang.Object
  org.opensha.sha.earthquake.griddedForecast.GriddedHypoMagFreqDistForecast
      org.opensha.sha.earthquake.griddedForecast.AfterShockHypoMagFreqDistForecast
          org.opensha.sha.earthquake.griddedForecast.STEP_CombineForecastModels

All Implemented Interfaces:

Serializable, Comparable<BaseERF>, EventListener, Named, ParameterChangeListener, BaseERF, HypoMagFreqDistAtMultLocsAPI

public class STEP_CombineForecastModels
extends AfterShockHypoMagFreqDistForecast

Title:

Description:

Copyright: Copyright (c) 2002

Company:

Version:

1.0

Author:

not attributable

See Also:

Serialized Form

Field Summary

double	addToMc
double	minForecastMag
boolean	useFixed_cValue

Fields inherited from class org.opensha.sha.earthquake.griddedForecast.AfterShockHypoMagFreqDistForecast

afterShocks, mainShock

Fields inherited from class org.opensha.sha.earthquake.griddedForecast.GriddedHypoMagFreqDistForecast

parameterChangeFlag, region

Fields inherited from interface org.opensha.sha.earthquake.BaseERF

NAME

Constructor Summary

STEP_CombineForecastModels(ObsEqkRupture mainshock, BackGroundRatesGrid backgroundRatesGrid, GregorianCalendar currentTime)
STEP_AftershockForecast

Method Summary

void	calcTimeSpan() calcTimeSpan
void	calcTypeI_AftershockZone() calcTypeI_AftershockZone
void	calcTypeII_AfterShockZone(ObsEqkRupList aftershockList, GriddedRegion backGroundRatesGrid) This will calculate the appropriate afershock zone based on the availability of an external model, a circular Type I model, and a sausage shaped Type II model Type II is only calculated if more than 100 events are found in the circular Type II model.
void	createCombinedForecast() createCombinedForecast Combine the 3 forecasts into a single forecast using AIC weighting
void	createSequenceElement() createSequenceElement
void	createSpatialElement() createSpatialElement
double	get_addToMcConst() get_addToMcConst
double	get_AftershockZoneRadius() get_AftershockZoneRadius
double	get_deltaMag() get_deltaMag
SimpleFaultData	get_FaultModel() get_FaultModel
ArrayList	get_griddedMagFreqDistForecast() get_griddedMagFreqDistForecast
double	get_GridSpacing() get_GridSpacing
boolean	get_isPrimary() get_isPrimary
boolean	get_isSecondary() get_isSecondary
boolean	get_isStatic() get_isStatic
double	get_maxForecastMag() get_maxForecastMag
double	get_minForecastMag() get_minForecastMag
boolean	get_UsedInForecast() returns true is this model has been used in a forecast and should be retained.
boolean	get_useSeqAndSpatial() get_useSeqAndSpatial
double	getDaysSinceMainshockEnd() getDaysSinceMainshockEnd
double	getDaysSinceMainshockStart() getDaysSinceMainshockStart
boolean	getExistSeqElement() getExistSeqModel
boolean	getExistSpaElement() getExistSpaModel
GenericAfterHypoMagFreqDistForecast	getGenElement() getGenElement
HypoMagFreqDistAtLoc[]	getGriddedAIC_CombinedForecast() getGriddedAIC_CombinedForecast
boolean	getHasExternalFaultModel() getHasExternalFaultModel
HypoMagFreqDistAtLoc	getHypoMagFreqDistAtLoc(int ithLocation) getHypoMagFreqDistAtLoc this will return the AIC combined forecast at the location
SequenceAfterHypoMagFreqDistForecast	getSeqElement() getSeqElement
SpatialAfterHypoMagFreqDistForecast	getSpaElement() getSpaElement
void	set_addToMcConstant(double mcConst) set_addToMcConstant
void	set_AftershockZoneRadius() set_AftershockZoneRadius set the radius based on Wells and Coppersmith THIS USES A DIFFERENT RADIUS THAN I HAVE PREVIOUSLY USED! NEED TO ADD THE SUBSURFACE RUPTURE LENGTH REL TO WC1994
void	set_CurrentTime(GregorianCalendar currentTime)
void	set_deltaMag(double delta_mag) set_deltaMag the magnitude step for the binning of the forecasted magnitude
void	set_GridSpacing(double grid_spacing) set_GridSpacing
void	set_isPrimary(boolean isPrimary) set_isPrimary if true the sequence can be any model type (generic, sequence, sp.
void	set_isStatic(boolean isStatic) set_isStatic if true the sequence will take no more aftershocks
void	set_maxForecastMag(double max_forecastMag) set_maxForecastMag the maximum forecast magnitude
void	set_minForecastMag(double min_forecastMag) set_minForecastMag the minimum forecast magnitude
void	set_PreviousAftershocks(ObsEqkRupList previousAftershockList) set_PreviousAftershocks this will pass the aftershocks for this sequence that were saved in the last run of the code.
void	set_UsedInForecast(boolean used) set_UsedInForecast This will be set to true is any node in this model forecasts greater rates than the background the default is false.
void	set_useSeqAndSpatial() get_useSeqAndSpatial
void	setDaysSinceMainshock() setDaysSinceMainshock
void	setHasExternalFaultModel(boolean hasExternalFaultModel) setHasExternalFaultModel
void	setUseFixed_cVal(boolean fix_cVal) setUseFixed_cVal if true c will be fixed for the Omori calculations default is fixed

Methods inherited from class org.opensha.sha.earthquake.griddedForecast.AfterShockHypoMagFreqDistForecast

addToAftershockList, getAfterShocks, getAfterShockZone, getMainShock, setAfterShocks, setMainShock

Methods inherited from class org.opensha.sha.earthquake.griddedForecast.GriddedHypoMagFreqDistForecast

compareTo, getAdjustableParameterList, getAdjustableParamsIterator, getApplicableRegion, getIncludedTectonicRegionTypes, getName, getNumHypoLocs, getRegion, getTimeSpan, parameterChange, setParameter, setRegion, setTimeSpan, timeSpanChange, updateAndSaveForecast, updateForecast

Methods inherited from class java.lang.Object

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

Field Detail

minForecastMag

public double minForecastMag

useFixed_cValue

public boolean useFixed_cValue

addToMc

public double addToMc

Constructor Detail

STEP_CombineForecastModels

public STEP_CombineForecastModels(ObsEqkRupture mainshock,
                                  BackGroundRatesGrid backgroundRatesGrid,
                                  GregorianCalendar currentTime)

STEP_AftershockForecast

Method Detail

createSequenceElement

public void createSequenceElement()

createSequenceElement

createSpatialElement

public void createSpatialElement()

createSpatialElement

createCombinedForecast

public void createCombinedForecast()

createCombinedForecast Combine the 3 forecasts into a single forecast using AIC weighting

set_minForecastMag

public void set_minForecastMag(double min_forecastMag)

set_minForecastMag the minimum forecast magnitude

set_maxForecastMag

public void set_maxForecastMag(double max_forecastMag)

set_maxForecastMag the maximum forecast magnitude

set_deltaMag

public void set_deltaMag(double delta_mag)

set_deltaMag the magnitude step for the binning of the forecasted magnitude

set_GridSpacing

public void set_GridSpacing(double grid_spacing)

set_GridSpacing

setUseFixed_cVal

public void setUseFixed_cVal(boolean fix_cVal)

setUseFixed_cVal if true c will be fixed for the Omori calculations default is fixed

set_UsedInForecast

public void set_UsedInForecast(boolean used)

set_UsedInForecast This will be set to true is any node in this model forecasts greater rates than the background the default is false.

Parameters:

used -

set_addToMcConstant

public void set_addToMcConstant(double mcConst)

set_addToMcConstant

set_isStatic

public void set_isStatic(boolean isStatic)

set_isStatic if true the sequence will take no more aftershocks

set_isPrimary

public void set_isPrimary(boolean isPrimary)

set_isPrimary if true the sequence can be any model type (generic, sequence, sp. var) set_isPrimary controls both primary and secondary.

set_PreviousAftershocks

public void set_PreviousAftershocks(ObsEqkRupList previousAftershockList)

set_PreviousAftershocks this will pass the aftershocks for this sequence that were saved in the last run of the code.

set_AftershockZoneRadius

public void set_AftershockZoneRadius()

set_AftershockZoneRadius set the radius based on Wells and Coppersmith THIS USES A DIFFERENT RADIUS THAN I HAVE PREVIOUSLY USED! NEED TO ADD THE SUBSURFACE RUPTURE LENGTH REL TO WC1994

calcTypeI_AftershockZone

public void calcTypeI_AftershockZone()

calcTypeI_AftershockZone

calcTypeII_AfterShockZone

public void calcTypeII_AfterShockZone(ObsEqkRupList aftershockList,
                                      GriddedRegion backGroundRatesGrid)

This will calculate the appropriate afershock zone based on the availability of an external model, a circular Type I model, and a sausage shaped Type II model Type II is only calculated if more than 100 events are found in the circular Type II model. This will also set the aftershock list.

set_CurrentTime

public void set_CurrentTime(GregorianCalendar currentTime)

calcTimeSpan

public void calcTimeSpan()

calcTimeSpan

setDaysSinceMainshock

public void setDaysSinceMainshock()

setDaysSinceMainshock

set_useSeqAndSpatial

public void set_useSeqAndSpatial()

get_useSeqAndSpatial

getDaysSinceMainshockStart

public double getDaysSinceMainshockStart()

getDaysSinceMainshockStart

getDaysSinceMainshockEnd

public double getDaysSinceMainshockEnd()

getDaysSinceMainshockEnd

get_UsedInForecast

public boolean get_UsedInForecast()

returns true is this model has been used in a forecast and should be retained.

Returns:

boolean

setHasExternalFaultModel

public void setHasExternalFaultModel(boolean hasExternalFaultModel)

setHasExternalFaultModel

get_minForecastMag

public double get_minForecastMag()

get_minForecastMag

get_maxForecastMag

public double get_maxForecastMag()

get_maxForecastMag

get_deltaMag

public double get_deltaMag()

get_deltaMag

get_useSeqAndSpatial

public boolean get_useSeqAndSpatial()

get_useSeqAndSpatial

get_GridSpacing

public double get_GridSpacing()

get_GridSpacing

get_FaultModel

public SimpleFaultData get_FaultModel()

get_FaultModel

get_addToMcConst

public double get_addToMcConst()

get_addToMcConst

get_isStatic

public boolean get_isStatic()

get_isStatic

get_isPrimary

public boolean get_isPrimary()

get_isPrimary

get_isSecondary

public boolean get_isSecondary()

get_isSecondary

get_AftershockZoneRadius

public double get_AftershockZoneRadius()

get_AftershockZoneRadius

get_griddedMagFreqDistForecast

public ArrayList get_griddedMagFreqDistForecast()

get_griddedMagFreqDistForecast

getHasExternalFaultModel

public boolean getHasExternalFaultModel()

getHasExternalFaultModel

getGenElement

public GenericAfterHypoMagFreqDistForecast getGenElement()

getGenElement

getSeqElement

public SequenceAfterHypoMagFreqDistForecast getSeqElement()

getSeqElement

getSpaElement

public SpatialAfterHypoMagFreqDistForecast getSpaElement()

getSpaElement

getHypoMagFreqDistAtLoc

public HypoMagFreqDistAtLoc getHypoMagFreqDistAtLoc(int ithLocation)

getHypoMagFreqDistAtLoc this will return the AIC combined forecast at the location

Parameters:

ithLocation - int : Index of the location in the region

Returns:

HypoMagFreqDistAtLoc Object. Note : This always gives out yearly Rate.

getGriddedAIC_CombinedForecast

public HypoMagFreqDistAtLoc[] getGriddedAIC_CombinedForecast()

getGriddedAIC_CombinedForecast

Returns:

return an array of HypoMagFreqDistAtLoc for the gridded AIC combined forecast

getExistSeqElement

public boolean getExistSeqElement()

getExistSeqModel

Returns:

boolean returns true if the seq model has been created

getExistSpaElement

public boolean getExistSpaElement()

getExistSpaModel

Returns:

boolean returns true is the spa model has been created