/**
* This methods makes the GCIM results in a string for output to either console or external window
*/
public String getGcimResultsString() {
for (int i = 0; i < numIMi; i++) {
HashMap<TectonicRegionType, ScalarIMR> imriMap = imiAttenRels.get(i);
ScalarIMR firstIMRiFromMap = TRTUtils.getFirstIMR(imriMap);
GcimResultsString += "----------------------" + "\n";
// Get the IM name for printing
if (firstIMRiFromMap.getIntensityMeasure().getName() == SA_Param.NAME) {
GcimResultsString +=
"Results for SA period: "
+ ((SA_Param) firstIMRiFromMap.getIntensityMeasure()).getPeriodParam().getValue()
+ "\n";
} else if (firstIMRiFromMap.getIntensityMeasure().getName() == SA_InterpolatedParam.NAME) {
GcimResultsString +=
"Results for SA Interpolated period: "
+ ((SA_InterpolatedParam) firstIMRiFromMap.getIntensityMeasure())
.getPeriodInterpolatedParam()
.getValue()
+ "\n";
} else {
GcimResultsString +=
"Results for " + firstIMRiFromMap.getIntensityMeasure().getName() + "\n";
}
for (int j = 0; j < zApprox.length; j++) {
GcimResultsString += imiArray[j][i] + "\t" + cdfIMi_IMjArray[j][i] + "\n";
}
GcimResultsString += "----------------------" + "\n";
GcimResultsString += "\n";
}
return GcimResultsString;
}
private static void setSAPeriodInIMR(ScalarIMR imr, double period) {
((Parameter<Double>) imr.getIntensityMeasure())
.getIndependentParameter(PeriodParam.NAME)
.setValue(new Double(period));
}
