private void eventMapOverlayView1_OnClick(object o, EventmapOverlayEventArgs e)
{
GregorianDateTime dt = new GregorianDateTime(SelectedDate);
dt.PreviousDay();
dt.PreviousDay();
GCLocation loc = new GCLocation();
TTimeZone tz = new TTimeZone();
loc.Latitude = 0;
loc.Longitude = 0;
loc.TimeZone = tz;
TResultCalendar cal = new TResultCalendar();
cal.EkadasiOnly = true;
VAISNAVADAY vd = GetCalcDay(dt, loc, cal, e.Longitude, e.Latitude);
string str = string.Format("{0}, sunrise: {1}, longitude: {2}, latitude: {3}"
, vd.date.ToString(), vd.astrodata.sunRise.ToLongTimeString()
, e.Longitude, e.Latitude);
labelStatus.Text = str;
}
private void FunctionCalcBoundariesSync(Quadrant map, GregorianDateTime date)
{
GCLog.Write("Ekadasi Boundaries Calculation START");
RootArray = null;
CalculationFinished = false;
GregorianDateTime dt = new GregorianDateTime(date);
dt.PreviousDay();
dt.PreviousDay();
GCLocation loc = new GCLocation();
TTimeZone tz = new TTimeZone();
loc.Latitude = 0;
loc.Longitude = 0;
loc.TimeZone = tz;
TResultCalendar cal = new TResultCalendar();
cal.EkadasiOnly = true;
List <Quadrant> quandrantList = new List <Quadrant>();
quandrantList.Add(map);
QuadrantArray qa;
map = null;
int count = 0, maxCount = 2000;
while (quandrantList.Count > 0)
{
map = quandrantList[0];
quandrantList.RemoveAt(0);
if (stopRequested)
{
break;
}
map.Details = CalculateQuadrantArray(map, dt, loc, cal, quandrantList);
if (RootArray == null)
{
RootArray = map.Details;
}
// for testing
count++;
if (count >= maxCount)
{
break;
}
}
CalculationFinished = true;
GCLog.Write("Ekadasi Boundaries Calculation END");
StopMethodDelegate stopMethod = new StopMethodDelegate(PerformeStop);
this.Invoke(stopMethod);
}