private boolean validateDatumLine() {
// System.out.println("Validating Datum Line");
double datumLineDSP1Lat = datumLineInputPanel.getLKPLat();
if (datumLineDSP1Lat == -9999) {
return false;
}
double datumLineDSP1Lon = datumLineInputPanel.getLKPLon();
Position dsp1;
if (datumLineDSP1Lat != -9999 && datumLineDSP1Lon != -9999) {
dsp1 = Position.create(datumLineDSP1Lat, datumLineDSP1Lon);
} else {
// msgbox
// System.out.println("Failed lat");
return false;
}
double datumLineDSP2Lat = datumLineInputPanel.getDsp2LKPLat();
if (datumLineDSP2Lat == -9999) {
return false;
}
double datumLineDSP2Lon = datumLineInputPanel.getDsp2LKPLon();
Position dsp2;
if (datumLineDSP2Lat != -9999 && datumLineDSP2Lon != -9999) {
dsp2 = Position.create(datumLineDSP2Lat, datumLineDSP2Lon);
} else {
// msgbox
// System.out.println("Failed lat");
return false;
}
double datumLineDSP3Lat = datumLineInputPanel.getDsp3LKPLat();
if (datumLineDSP3Lat == -9999) {
return false;
}
double datumLineDSP3Lon = datumLineInputPanel.getDsp3LKPLon();
Position dsp3;
if (datumLineDSP3Lat != -9999 && datumLineDSP3Lon != -9999) {
dsp3 = Position.create(datumLineDSP3Lat, datumLineDSP3Lon);
} else {
// msgbox
// System.out.println("Failed lat");
return false;
}
// System.out.println("All validated correctly, we got positions");
// System.out.println("DSp1 Date is " +
// datumLineInputPanel.getLKPDate());
// System.out.println("DSp2 Date is " +
// datumLineInputPanel.getDSP2Date());
// System.out.println("DSp3 Date is " +
// datumLineInputPanel.getDSP2Date());
// System.out.println("CSS Date is " +
// datumLineInputPanel.getCSSDate());
// Time and date will be automatically sorted
List<SurfaceDriftPanel> weatherList = datumLineInputPanel.getSurfaceDriftPanelList();
List<SARWeatherData> sarWeatherDataPoints = new ArrayList<SARWeatherData>();
for (int i = 0; i < weatherList.size(); i++) {
// Get weather
SurfaceDriftPanel weatherPanel = weatherList.get(i);
double TWCKnots = weatherPanel.getTWCKnots();
if (TWCKnots == -9999) {
// Error message is handled within function
return false;
}
double leewayKnots = weatherPanel.getLeeway();
if (leewayKnots == -9999) {
// Error message is handled within function
return false;
}
double twcHeading = weatherPanel.getTWCHeading();
if (twcHeading == -9999) {
// Error message is handled within function
return false;
}
double leewayHeading = weatherPanel.getLeewayHeading();
if (leewayHeading == -9999) {
// Error message is handled within function
return false;
}
DateTime dateTime = new DateTime(weatherPanel.getDateTime().getTime());
SARWeatherData sarWeatherData =
new SARWeatherData(twcHeading, TWCKnots, leewayKnots, leewayHeading, dateTime);
sarWeatherDataPoints.add(sarWeatherData);
}
double xError = datumLineInputPanel.getInitialPositionError();
if (xError == -9999) {
// Error message is handled within function
return false;
}
double yError = datumLineInputPanel.getNavError();
if (yError == -9999) {
// Error message is handled within function
return false;
}
double safetyFactor = datumLineInputPanel.getSafetyFactor();
if (safetyFactor == -9999) {
// Error message is handled within function
return false;
}
int searchObject = datumLineInputPanel.getSearchItemID();
// Only valid search objects is value 0 to 19
if (searchObject < 0 || searchObject > 20) {
// Error message is handled within function
// System.out.println("failed search object with id " +
// searchObject);
return false;
}
// rapidResponsePosition
// commenceStartPosition
// TWCKnots
// twcHeading
// leewayKnots
// leewayHeading
// xError
// yError
// safetyFactor
// searchObject
if (!datumLineInputPanel.checkTime()) {
return false;
}
if (!datumLineInputPanel.checkMetocTime()) {
return false;
}
voctManager.inputDatumLineData(
datumLineInputPanel.getSARID(),
datumLineInputPanel.getLKPDate(),
datumLineInputPanel.getDSP2Date(),
datumLineInputPanel.getDSP3Date(),
datumLineInputPanel.getCSSDate(),
dsp1,
dsp2,
dsp3,
xError,
yError,
safetyFactor,
searchObject,
sarWeatherDataPoints);
return true;
}
