public EqkRuptureDataForNrml(EqkRupture rup) {
averageRake = rup.getAveRake();
if (rup.getTectRegType() != null) {
tectonicRegion = rup.getTectRegType().toString();
} else {
tectonicRegion = unknownTectonicRegionType;
}
magRupture = rup.getMag();
EvenlyGriddedSurfaceAPI grid = rup.getRuptureSurface();
/*
* the site data
*/
numberOfColumns = grid.getNumCols();
numberOfRows = grid.getNumRows();
int countSites = numberOfColumns * numberOfRows;
latGrid = new double[countSites];
lonGrid = new double[countSites];
depthGrid = new double[countSites];
for (int row = 0; row < numberOfRows; row++) {
for (int col = 0; col < numberOfColumns; col++) {
Location l = grid.get(row, col);
int index = (row) * numberOfColumns + (col);
latGrid[index] = l.getLatitude();
lonGrid[index] = l.getLongitude();
depthGrid[index] = l.getDepth();
} // for columns
} // for rows
} // constructor()
public String toString() {
String str = new String();
str += "sectionId = " + this.getSectionId() + "\n";
str += "sectionName = " + this.getSectionName() + "\n";
str += "shortName = " + this.getShortName() + "\n";
str += "aveLongTermSlipRate = " + this.getOrigAveSlipRate() + "\n";
str += "slipRateStdDev = " + this.getOrigSlipRateStdDev() + "\n";
str += "aveDip = " + this.getAveDip() + "\n";
str += "aveRake = " + this.getAveRake() + "\n";
str += "aveUpperDepth = " + this.getOrigAveUpperDepth() + "\n";
str += "aveLowerDepth = " + this.getAveLowerDepth() + "\n";
str += "aseismicSlipFactor = " + this.getAseismicSlipFactor() + "\n";
str += "couplingCoeff = " + this.getCouplingCoeff() + "\n";
str += "dipDirection = " + this.getDipDirection() + "\n";
str += "dateOfLastEventMillis = " + this.getDateOfLastEvent() + "\n";
str += "slipInLastEvent = " + this.getSlipInLastEvent() + "\n";
str += "faultTrace:\n";
for (int i = 0; i < this.getFaultTrace().size(); i++) {
Location loc = this.getFaultTrace().get(i);
str += "\t" + loc.getLatitude() + ", " + loc.getLongitude() + ", " + loc.getDepth() + "\n";
}
return str;
}
