/**
* This method applies an "uncertainty" rule to a subduction source data object
*
* @param subFaultSrc : source data object subject to uncertainty
* @param rule : GEMLogicTreeRule specifing parameter uncertainty
* @return: a new GEMSubductionSourceData object with the parameter subject to uncertainty changed
* according to the rule. In case the rule is not recognized an error is thrown and execution
* stops
*/
private static GEMSubductionFaultSourceData applyRuleToSubductionFaultSource(
GEMSubductionFaultSourceData subFaultSrc, LogicTreeRule rule) {
// if uncertainties on GR Mmax or GR b value
if (rule.getRuleName().toString().equalsIgnoreCase(LogicTreeRuleParam.mMaxGRRelative.toString())
|| rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.bGRRelative.toString())) {
// mfd
IncrementalMagFreqDist mfd = subFaultSrc.getMfd();
if (mfd instanceof GutenbergRichterMagFreqDist) {
GutenbergRichterMagFreqDist newMfdGr = null;
// create new mfd by applying rule
if (rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.mMaxGRRelative.toString())) {
newMfdGr =
applyMmaxGrRelative(
(GutenbergRichterMagFreqDist) mfd, rule.getVal(), subFaultSrc.getName());
} else if (rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.bGRRelative.toString())) {
newMfdGr =
applybGrRelative(
(GutenbergRichterMagFreqDist) mfd, rule.getVal(), subFaultSrc.getName());
}
// return new subduction fault source with the new mfd
return new GEMSubductionFaultSourceData(
subFaultSrc.getID(),
subFaultSrc.getName(),
subFaultSrc.getTectReg(),
subFaultSrc.getTopTrace(),
subFaultSrc.getBottomTrace(),
subFaultSrc.getRake(),
newMfdGr,
subFaultSrc.getFloatRuptureFlag());
} // end if mfd is GR
// if uncertainty does not apply return unchanged object
else {
return subFaultSrc;
}
} // end if rule == mMaxGRRelative || == bGRRelative
else {
String msg =
"Rule: "
+ rule.getRuleName().toString()
+ " not supported.\n"
+ "Check your input. Execution is stopped.";
logger.info(msg);
throw new IllegalArgumentException(msg);
}
} // applyRuleToSubductionFaultSource()
/**
* This method applies an "uncertainty" rule to a fault source data object
*
* @param faultSrc : source data object subject to uncertainty
* @param rule : GEMLogicTreeRule specifing parameter uncertainty
* @return: a new GEMFaultSourceData object with the parameter subject to the uncertainty changed
* according to the rule. In case the rule is not recognized an error is thrown and execution
* stops
*/
private static GEMFaultSourceData applyRuleToFaultSource(
GEMFaultSourceData faultSrc, LogicTreeRule rule) {
// if uncertainties on GR Mmax or GR b value
if (rule.getRuleName().toString().equalsIgnoreCase(LogicTreeRuleParam.mMaxGRRelative.toString())
|| rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.bGRRelative.toString())) {
// mfd
IncrementalMagFreqDist mfd = faultSrc.getMfd();
if (mfd instanceof GutenbergRichterMagFreqDist) {
GutenbergRichterMagFreqDist newMfdGr = null;
// create new mfd by applying rule
if (rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.mMaxGRRelative.toString())) {
newMfdGr =
applyMmaxGrRelative(
(GutenbergRichterMagFreqDist) mfd, rule.getVal(), faultSrc.getName());
} else if (rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.bGRRelative.toString())) {
newMfdGr =
applybGrRelative(
(GutenbergRichterMagFreqDist) mfd, rule.getVal(), faultSrc.getName());
}
// return new fault source with new mfd
return new GEMFaultSourceData(
faultSrc.getID(),
faultSrc.getName(),
faultSrc.getTectReg(),
newMfdGr,
faultSrc.getTrace(),
faultSrc.getDip(),
faultSrc.getDip(),
faultSrc.getSeismDepthLow(),
faultSrc.getSeismDepthUpp(),
faultSrc.getFloatRuptureFlag());
} else {
// mfd is not GR
// if the uncertainty do not apply return the unchanged object
return faultSrc;
}
} else {
// not(rule == mMaxGRRelative || == bGRRelative)
String msg =
"Rule: "
+ rule.getRuleName().toString()
+ " not supported.\n"
+ "Check your input. Execution is stopped.";
logger.info(msg);
throw new IllegalArgumentException(msg);
}
} // applyRuleToFaultSource()
/**
* This method applies an "uncertainty" rule to an area source data object
*
* @param areaSrc : source data object subject to uncertainty
* @param rule : GEMLogicTreeRule specifing parameter uncertainty
* @return: a new GEMAreaSourceData object with the parameter subject to the uncertainty changed
* according to the rule. In case the rule is not recognized an error is thrown and execution
* stops
*/
private static GEMAreaSourceData applyRuleToAreaSource(
GEMAreaSourceData areaSrc, LogicTreeRule rule) {
// define new area source
GEMAreaSourceData newAreaSrc = areaSrc;
// if uncertainties on GR Mmax or GR b value
if (rule.getRuleName().toString().equalsIgnoreCase(LogicTreeRuleParam.mMaxGRRelative.toString())
|| rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.bGRRelative.toString())) {
// loop over mfds
// mfd index
int mfdIndex = 0;
for (IncrementalMagFreqDist mfd : areaSrc.getMagfreqDistFocMech().getMagFreqDistList()) {
if (mfd instanceof GutenbergRichterMagFreqDist) {
// new mfd
GutenbergRichterMagFreqDist newMfdGr = null;
if (rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.mMaxGRRelative.toString())) {
// uncertainties on Mmax
newMfdGr =
applyMmaxGrRelative(
(GutenbergRichterMagFreqDist) mfd, rule.getVal(), areaSrc.getName());
} else if (rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.bGRRelative.toString())) {
// uncertainties on b value
newMfdGr =
applybGrRelative(
(GutenbergRichterMagFreqDist) mfd, rule.getVal(), areaSrc.getName());
}
// substitute old mfd with new mfd
newAreaSrc.getMagfreqDistFocMech().getMagFreqDistList()[mfdIndex] = newMfdGr;
} // end if mfd is GR
mfdIndex = mfdIndex + 1;
} // for (loop over mfds)
// return new area source
return newAreaSrc;
} else {
// not(rule == mMaxGRRelative || == bGRRelative)
String msg =
"Rule: "
+ rule.getRuleName().toString()
+ " not supported.\n"
+ "Check your input. Execution is stopped.";
logger.info(msg);
throw new IllegalArgumentException(msg);
}
} // applyRuleToAreaSource()
/**
* This method applies an "uncertainty" rule to a point source data object
*
* @param pntSrc : source data object subject to uncertainty
* @param rule : GEMLogicTreeRule specifing parameter uncertainty
* @return: a new GEMPointSourceData object with the parameter subject to the uncertainty changed
* according to the rule. In case the rule is not recognized an error is thrown and execution
* stops
*/
private static GEMPointSourceData applyRuleToPointSource(
GEMPointSourceData pntSrc, LogicTreeRule rule) {
// new point source
GEMPointSourceData newPntSource = pntSrc;
// if uncertainties on GR Mmax or GR b value
if (rule.getRuleName().toString().equalsIgnoreCase(LogicTreeRuleParam.mMaxGRRelative.toString())
|| rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.bGRRelative.toString())) {
// loop over mfds
// mfd index
int mfdIndex = 0;
for (IncrementalMagFreqDist mfd : pntSrc.getHypoMagFreqDistAtLoc().getMagFreqDistList()) {
if (mfd instanceof GutenbergRichterMagFreqDist) {
GutenbergRichterMagFreqDist newMfdGr = null;
// create new mfd by applying rule
if (rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.mMaxGRRelative.toString())) {
newMfdGr =
applyMmaxGrRelative(
(GutenbergRichterMagFreqDist) mfd, rule.getVal(), pntSrc.getName());
} else if (rule.getRuleName()
.toString()
.equalsIgnoreCase(LogicTreeRuleParam.bGRRelative.toString())) {
newMfdGr =
applybGrRelative(
(GutenbergRichterMagFreqDist) mfd, rule.getVal(), pntSrc.getName());
}
// substitute old mfd with new mfd
newPntSource.getHypoMagFreqDistAtLoc().getMagFreqDistList()[mfdIndex] = newMfdGr;
} // if mfd is GR
mfdIndex = mfdIndex + 1;
} // for (loop over mfd)
return newPntSource;
} else {
// not(rule == mMaxGRRelative || == bGRRelative)
String msg =
"Rule: "
+ rule.getRuleName().toString()
+ " not supported.\n"
+ "Check your input. Execution is stopped.";
logger.info(msg);
throw new IllegalArgumentException(msg);
}
} // applyRuleToPointSource()