public List <GPLocation> getLocationList()
{
List <GPLocation> locList = new List <GPLocation>();
double start = m_vcStart.getJulianGreenwichTime();
double end = m_vcEnd.getJulianGreenwichTime();
if (m_location.getChangeCount() > 0)
{
for (int i = 0; i < m_location.getChangeCount(); i++)
{
GPLocationChange lc = m_location.getChangeAtIndex(i);
if ((lc.julianStart >= start && lc.julianStart <= end) &&
(lc.julianEnd >= start && lc.julianEnd <= end))
{
addLocationToList(lc.LocationA, locList);
addLocationToList(lc.LocationB, locList);
}
}
}
else
{
addLocationToList(m_location.getLocationAtIndex(0), locList);
}
return(locList);
}
public void CalculateEvents(GPLocationProvider loc, GPGregorianTime vcStart, GPGregorianTime vcEnd)
{
GPCoreEventResults inEvents = this;
GPLocationProvider earth = loc;
GPGregorianTime vc = new GPGregorianTime(loc);
GPSun sun = new GPSun();
//int ndst = 0;
int nData;
inEvents.clear();
inEvents.m_location = loc;
inEvents.m_vcStart = vcStart;
inEvents.m_vcEnd = vcEnd;
GPGregorianTime vcAdd = new GPGregorianTime(loc);
GPGregorianTime vcTemp = null;
GPGregorianTime vcNext = new GPGregorianTime(loc);
vc.Copy(vcStart);
if (GPDisplays.CoreEvents.Sunrise())
{
vcAdd.Copy(vc);
while (vcAdd.IsBeforeThis(vcEnd))
{
sun.SunCalc(vcAdd, earth);
vcTemp = new GPGregorianTime(sun.arunodaya);
inEvents.AddEvent(vcTemp, GPConstants.CCTYPE_S_ARUN, 0);
//GPJulianTime tr, tt, ts;
//GPAstroEngine.CalculateTimeSun(vcTemp, vcTemp.getLocation(), out tr, out tt, out ts);
vcTemp = new GPGregorianTime(sun.rise);
//vcTemp = new GPGregorianTime(vcTemp.getLocation(), tr);
inEvents.AddEvent(vcTemp, GPConstants.CCTYPE_S_RISE, 0);
vcTemp = new GPGregorianTime(sun.noon);
//vcTemp = new GPGregorianTime(vcTemp.getLocation(), tt);
inEvents.AddEvent(vcTemp, GPConstants.CCTYPE_S_NOON, 0);
vcTemp = new GPGregorianTime(sun.set);
//vcTemp = new GPGregorianTime(vcTemp.getLocation(), ts);
inEvents.AddEvent(vcTemp, GPConstants.CCTYPE_S_SET, 0);
vcAdd.NextDay();
}
}
if (GPDisplays.CoreEvents.Tithi())
{
GPTithi te = new GPTithi();
te.setStartDate(vc);
vcAdd = te.getNext();
while (vcAdd.IsBeforeThis(vcEnd))
{
nData = te.getCurrentPosition();
//ndst = loc.getTimeZone().GetDaylightChangeType(vcNext);
inEvents.AddEvent(vcAdd, GPConstants.CCTYPE_TITHI, nData);
vcAdd = te.getNext();
}
}
if (GPDisplays.CoreEvents.Naksatra())
{
GPNaksatra te = new GPNaksatra();
te.setStartDate(vc);
vcAdd = te.getNext();
while (vcAdd.IsBeforeThis(vcEnd))
{
nData = te.getCurrentNaksatra();
//ndst = loc.getTimeZone().GetDaylightChangeType(vcNext);
inEvents.AddEvent(vcAdd, GPConstants.CCTYPE_NAKS, nData);
vcAdd = te.getNext();
}
}
if (GPDisplays.CoreEvents.Sankranti())
{
GPSankranti te = new GPSankranti();
te.setStartDate(vc);
vcAdd = te.getNext();
while (vcAdd.IsBeforeThis(vcEnd))
{
nData = te.getCurrentPosition();
//ndst = loc.getTimeZone().GetDaylightChangeType(vcNext);
inEvents.AddEvent(vcAdd, GPConstants.CCTYPE_SANK, nData);
vcAdd = te.getNext();
}
}
if (GPDisplays.CoreEvents.Conjunction())
{
double[] times = null;
GPConjunction te = new GPConjunction();
te.setStartDate(vc);
vcAdd = te.getNext();
while (vcAdd.IsBeforeThis(vcEnd))
{
nData = te.getCurrentPosition();
//ndst = loc.getTimeZone().GetDaylightChangeType(vcNext);
inEvents.AddEvent(vcAdd, GPConstants.CCTYPE_CONJ, nData);
if (GPDisplays.CoreEvents.SunEclipse())
{
GPAstroEngine.CalculateTimesSunEclipse(vcAdd.getJulianGreenwichTime(), vcAdd.getLocation(), out times);
if (times != null && times[2] > 0)
{
for (int i = 0; i < 5; i++)
{
if (times[i] > 0)
{
GPGregorianTime gt = new GPGregorianTime(vcAdd.getLocation());
gt.setJulianGreenwichTime(new GPJulianTime(times[i], 0.0));
inEvents.AddEvent(gt, GPConstants.SUNECLIPSE_CONSTS[i], 0);
}
}
}
}
vcAdd = te.getNext();
}
}
// moon eclipses
if (GPDisplays.CoreEvents.MoonEclipse())
{
double[] times = null;
GPConjunction te = new GPConjunction();
te.setOpositeConjunction(true);
te.setStartDate(vc);
vcAdd = te.getNext();
while (vcAdd.IsBeforeThis(vcEnd))
{
GPAstroEngine.CalculateTimesMoonEclipse(vcAdd.getJulianGreenwichTime(), vcAdd.getLocation(), out times);
if (times != null && times[4] > 0)
{
for (int i = 0; i < 9; i++)
{
if (times[i] > 0 && GPConstants.MOONECLIPSE_CONSTS[i] > 0)
{
GPGregorianTime gt = new GPGregorianTime(vcAdd.getLocation());
gt.setJulianGreenwichTime(new GPJulianTime(times[i], 0.0));
inEvents.AddEvent(gt, GPConstants.MOONECLIPSE_CONSTS[i], 0);
}
}
}
vcAdd = te.getNext();
}
}
// rise and set of the moon
if (GPDisplays.CoreEvents.Moonrise())
{
GPJulianTime julian = vc.getJulian();
GPJulianTime julianEnd = vcEnd.getJulian();
GPJulianTime nextJulian;
TRiseSet kind;
while (julian.getGreenwichJulianDay() < julianEnd.getGreenwichJulianDay())
{
nextJulian = GPAstroEngine.GetNextMoonEvent(julian, vc.getLocationProvider(), out kind);
if (kind == TRiseSet.RISE)
{
inEvents.AddEvent(new GPGregorianTime(loc, nextJulian), GPConstants.CoreEventMoonRise, 0);
}
else if (kind == TRiseSet.SET)
{
inEvents.AddEvent(new GPGregorianTime(loc, nextJulian), GPConstants.CoreEventMoonSet, 0);
}
julian.setGreenwichJulianDay(nextJulian.getGreenwichJulianDay() + 10.0 / 1440.0);
}
}
// travellings
{
GPJulianTime julian = vc.getJulian();
GPJulianTime julianEnd = vcEnd.getJulian();
double start, end;
start = julian.getGreenwichJulianDay();
end = julianEnd.getGreenwichJulianDay();
for (int i = 0; i < loc.getChangeCount(); i++)
{
GPLocationChange chn = loc.getChangeAtIndex(i);
if ((chn.julianStart >= start && chn.julianStart <= end) ||
(chn.julianStart >= start && chn.julianEnd <= end))
{
GPGregorianTime startTime = new GPGregorianTime(chn.LocationA);
startTime.setJulianGreenwichTime(new GPJulianTime(chn.julianStart, 0));
GPGregorianTime endTime = new GPGregorianTime(chn.LocationB);
endTime.setJulianGreenwichTime(new GPJulianTime(chn.julianEnd, 0));
inEvents.AddEvent(startTime, GPConstants.CCTYPE_TRAVELLING_START, 0);
inEvents.AddEvent(endTime, GPConstants.CCTYPE_TRAVELLING_END, 0);
}
}
}
// eventual sorting
inEvents.Sort(GPDisplays.CoreEvents.Sort());
}