public void setAdvancedValues() {
// get pretty ranges for the current parameters
// get the range for the station value
double min = 10000;
double max = 0;
for (int fc = 0; fc < mFileViewer.mNumOpenFiles; fc++) {
OpenDataFile of = (OpenDataFile) mFileViewer.mOpenFiles.elementAt(fc);
for (int sec = 0; sec < of.mNumSections; sec++) {
Section sech = (Section) of.mSections.elementAt(sec);
if (sech.mNumCasts == 0) {
continue;
}
for (int stc = 0; stc < sech.mStations.size(); stc++) {
Station sh = (Station) sech.mStations.elementAt(stc);
if (!sh.mUseStn) {
continue;
}
// get the station value
double y = sh.getStnValue(mSelYParam);
if (y == JOAConstants.MISSINGVALUE || y >= JOAConstants.EPICMISSINGVALUE) {
continue;
} else {
min = y < min ? y : min;
max = y > max ? y : max;
}
}
}
}
Triplet newRange = JOAFormulas.GetPrettyRange(min, max);
double yMinv = newRange.getVal1();
double yMaxv = newRange.getVal2();
double yIncv = newRange.getVal3();
yMin.setText(JOAFormulas.formatDouble(String.valueOf(yMinv), 3, false));
yMax.setText(JOAFormulas.formatDouble(String.valueOf(yMaxv), 3, false));
yInc.setText(JOAFormulas.formatDouble(String.valueOf(yIncv), 3, false));
yTics.setValue(new Integer(yTicsVal));
if (b1.isSelected()) {
mOffset = JOAConstants.PROFSEQUENCE;
setXRangeToSequence();
} else if (b2.isSelected()) {
mOffset = JOAConstants.PROFDISTANCE;
setXRangeToDistance();
} else if (b3.isSelected()) {
mOffset = JOAConstants.PROFTIME;
setXRangeToTime();
}
}
public void generatePlotName() {
String yVarText = (String) mYParamList.getJList().getSelectedValue();
if (yVarText == null || yVarText.length() == 0) {
yVarText = "?";
}
String offsetStr = null;
if (b1.isSelected()) {
offsetStr = "Seq";
} else if (b2.isSelected()) {
offsetStr = "Dist";
} else {
offsetStr = "Time";
}
String nameString =
new String(yVarText + "-" + offsetStr + " (" + mFileViewer.mFileViewerName + ")");
mNameField.setText(nameString);
}