public static GPLocationProvider getMyLocation()
{
if (myLocation == null)
{
myLocation = new GPLocationProvider();
bool bSucc = false;
string possibleFile = GPFileHelper.getAppDataFile("mylocation.xml");
if (File.Exists(possibleFile))
{
try
{
myLocation.loadXml(possibleFile);
bSucc = true;
}
catch
{
}
}
if (bSucc == false)
{
NumberFormatInfo fmt = new NumberFormatInfo();
GPLocation loc = new GPLocation();
loc.setCity(GPUserDefaults.StringForKey("myloc.city", "Mayapur"));
loc.setCountryCode(GPUserDefaults.StringForKey("myloc.country", "IN"));
loc.setLatitudeNorthPositive(double.Parse(GPUserDefaults.StringForKey("myloc.lat", "23.423413"), fmt));
loc.setLongitudeEastPositive(double.Parse(GPUserDefaults.StringForKey("myloc.lon", "88.388079"), fmt));
loc.setTimeZoneName(GPUserDefaults.StringForKey("myloc.tzname", "Asia/Calcutta"));
myLocation.setDefaultLocation(loc);
}
}
return(myLocation);
}
public int GetArg_Date(string str, out GPGregorianTime vc)
{
vc = new GPGregorianTime(GPLocation.getEmptyLocation());
string[] parts = str.Replace('/', '-').Split('-');
if (parts.Length < 3)
{
return(1);
}
int day, month, year;
int.TryParse(parts[0], out day);
if (day == 0)
{
day = 1;
}
int.TryParse(parts[1], out month);
if (month == 0)
{
month = 1;
}
int.TryParse(parts[2], out year);
vc.setDate(year, month, day);
return(0);
}
/// <summary>
/// Recalculation of sunrise time for given travelling
/// </summary>
/// <param name="sun"></param>
/// <param name="locChange"></param>
private static void recalculateSunriseTravel(GPSun sun, GPLocationChange locChange)
{
GPSun newSun = new GPSun();
double drStep = 0.5;
double dr = 0.0;
int steps = 0;
while (steps < 25)
{
GPLocation lp = locChange.getTravellingLocation(dr);
double jd = locChange.julianStart + (locChange.julianEnd - locChange.julianStart) * dr;
GPGregorianTime gt = new GPGregorianTime(lp);
gt.setJulianGreenwichTime(jd);
GPLocationProvider lpr = new GPLocationProvider(lp);
newSun.calculateRise(sun.rise, lpr);
newSun.updateSunriseTimes(sun.rise, lpr);
if (gt.getJulianGreenwichTime() > newSun.rise.getJulianGreenwichTime())
{
drStep = drStep / 2;
dr -= drStep;
}
else
{
dr += drStep;
}
steps++;
}
sun.rise = newSun.rise;
sun.sunrise_deg = newSun.sunrise_deg;
sun.eclipticalLongitude = newSun.eclipticalLongitude;
}
public bool readXmlNode(XmlElement elem)
{
changes = new List <GPLocationChange>();
bool succ = false;
foreach (XmlElement e1 in elem.ChildNodes)
{
if (e1.Name.Equals("Change"))
{
GPLocationChange chng = new GPLocationChange();
chng.loadFromXmlNode(e1);
changes.Add(chng);
}
else if (e1.Name.Equals("DefaultLocation"))
{
defaultLocation = new GPLocation();
defaultLocation.loadFromXmlNode(e1);
succ = true;
if (e1.HasAttribute("type"))
{
int i = TYPE_SELECTED;
if (int.TryParse(e1.GetAttribute("type"), out i))
{
this.setType(i);
}
}
}
}
return(succ);
}
private void addLocationToList(GPLocation lc, List <GPLocation> list)
{
if (list.IndexOf(lc) < 0)
{
list.Add(lc);
}
}
public int GetArg_Time(string str, out GPGregorianTime vc)
{
vc = new GPGregorianTime(GPLocation.getEmptyLocation());
double l = 0.0;
double coma = 10.0;
bool after_coma = false;
bool is_deg = false;
string s = str;
foreach (char ch in str)
{
switch (ch)
{
case '0':
case '1':
case '2':
case '3':
case '4':
case '5':
case '6':
case '7':
case '8':
case '9':
if (after_coma)
{
if (is_deg)
{
l += (ch - '0') * 5.0 / (coma * 3.0);
}
else
{
l += (ch - '0') / coma;
}
coma *= 10.0;
}
else
{
l = l * 10.0 + (ch - '0');
}
break;
case ':':
after_coma = true;
is_deg = true;
break;
default:
return(SetArgLastError(14));
}
}
vc.setDayHours(l / 24.0);
return(0);
}
public GPLocation(GPLocation loc)
{
_id = loc.getId();
city = loc.city;
setLatitudeNorthPositive(loc.GetLatitudeNorthPositive());
setLongitudeEastPositive(loc.GetLongitudeEastPositive());
countryCode = loc.countryCode;
timezoneName = loc.timezoneName;
timezone = loc.timezone;
}
public bool GetNaksatraTimeRange(GPLocation earth, out GPGregorianTime from, out GPGregorianTime to)
{
GPGregorianTime start = new GPGregorianTime(date);
start.setDayHours(astrodata.sun.getSunriseDayHours());
GPNaksatra.GetNextNaksatra(start, out to);
GPNaksatra.GetPrevNaksatra(start, out from);
return(true);
}
public override void InsertNewObjectFromStrings(string[] parts, FileKey fk)
{
if (parts.Length >= 5 && parts[0].Length > 0)
{
NumberFormatInfo fmt = new NumberFormatInfo();
GPLocation location = new GPLocation();
location.setCity(parts[0]);
location.setLatitudeNorthPositive(double.Parse(parts[1], fmt));
location.setLongitudeEastPositive(double.Parse(parts[2], fmt));
location.setCountryCode(parts[3]);
location.setTimeZoneName(parts[4]);
locations.Add(location);
}
}
/// <summary>
/// Bias of DST time in seconds (s)
/// </summary>
public int getDaylightTimeBias()
{
if (!dstValid)
{
GPLocation loc = getLocation();
if (loc != null && loc.getTimeZone() != null)
{
p_dst_bias = loc.getTimeZone().BiasSecondsForDate(this);
p_dst_on = (p_dst_bias > 0);
}
dstValid = true;
}
return(p_dst_bias);
}
/// <summary>
/// Creates GPLocationProvider object from given data.
/// </summary>
/// <param name="city">Any string</param>
/// <param name="longitude">Unit is degrees. Positive values are to the east, negative values are to the west.</param>
/// <param name="latitude">Unit is degrees. Positive values are for the north hemisphere, negative values are for south hemisphere.</param>
/// <param name="timeZoneName">Name of timezone. This is one of the values returned by function GPTimeZoneList.sharedTimeZones().getTimeZones()</param>
/// <returns></returns>
public static GPLocationProvider EncapsulateLocation(string city, double longitude, double latitude, string timeZoneName)
{
GPLocation loca = new GPLocation();
loca.setCity(city);
loca.setLongitudeEastPositive(longitude);
loca.setLatitudeNorthPositive(latitude);
loca.setTimeZoneName(timeZoneName);
GPLocationProvider locProv = new GPLocationProvider();
locProv.setDefaultLocation(loca);
return(locProv);
}
public void setLocationAtIndex(int i, GPLocation loc)
{
if (changes.Count == 0)
{
setDefaultLocation(loc);
}
if (i < changes.Count)
{
changes[i].LocationA = loc;
}
if (i > 0)
{
changes[i - 1].LocationB = loc;
}
}
public bool getDaylightTimeON()
{
normalizeValues();
if (!dstValid)
{
GPLocation loc = getLocation();
if (loc != null && loc.getTimeZone() != null)
{
p_dst_bias = loc.getTimeZone().BiasSecondsForDate(this);
p_dst_on = (p_dst_bias > 0);
}
dstValid = true;
}
return(p_dst_on);
}
public double getTimeZoneOffsetHours()
{
GPLocation loc = getLocation();
if (loc == null)
{
return(0);
}
GPTimeZone tz = loc.getTimeZone();
if (tz == null)
{
return(0);
}
return(tz.OffsetSeconds / 3600.0);
}
private void calculateRiseSetMethodM(double D, GPLocationProvider ed)
{
GPLocation obs = ed.getLocation(D);
double a1, a2, a3;
double d1, d2, d3;
double siderealTime = GPAstroEngine.GetSiderealTime(D);
double h0 = -0.833333;
calculateCoordinatesMethodM(D - 1);
a1 = rightAscession;
d1 = declination;
calculateCoordinatesMethodM(D);
a2 = rightAscession;
d2 = declination;
calculateCoordinatesMethodM(D + 1);
a3 = rightAscession;
d3 = declination;
double longitude = -ed.GetLongitudeEastPositive();
double latitude = ed.GetLatitudeNorthPositive();
double cosH0 = (GPMath.sinDeg(h0) - GPMath.sinDeg(latitude) * GPMath.sinDeg(d2))
/ (GPMath.cosDeg(latitude) * GPMath.cosDeg(d2));
double H0 = GPMath.arccosDeg(cosH0);
H0 = GPMath.putIn180(H0);
double m0 = (a2 + longitude - siderealTime) / 360;
double m1 = m0 - H0 / 360;
double m2 = m0 + H0 / 360;
double deltaM = 0;
deltaM = getCorrection(D, a1, a2, a3, d1, d2, d3, siderealTime, h0, longitude, latitude, m0, true);
m0 += deltaM;
deltaM = getCorrection(D, a1, a2, a3, d1, d2, d3, siderealTime, h0, longitude, latitude, m1, false);
m1 += deltaM;
deltaM = getCorrection(D, a1, a2, a3, d1, d2, d3, siderealTime, h0, longitude, latitude, m2, false);
m2 += deltaM;
julianDayRise = julianDay + m1;
julianDayNoon = julianDay + m0;
julianDaySet = julianDay + m2;
sunrise_deg = GPMath.putIn360(m1 * 360);
noon_deg = GPMath.putIn360(m0 * 360);
sunset_deg = GPMath.putIn360(m2 * 360);
}
public static void TestMoonEvents()
{
TRiseSet kind;
GPJulianTime dp = new GPJulianTime();
dp.setLocalJulianDay(defJulian);
GPLocation obs = new GPLocation();
obs.setLatitudeNorthPositive(defLatitude).setLongitudeEastPositive(defLongitude).SetAltitude(0.2);
GPLocationProvider prov = new GPLocationProvider(obs);
for (int k = 0; k < 26; k++)
{
dp = GPAstroEngine.GetNextMoonEvent(dp, prov, out kind);
Log("next event = {0}, {1}\n", dp, kind);
dp.AddHours(1);
}
}
/// <summary>
/// Gets location based on given julian day
/// </summary>
/// <param name="julianDay"></param>
/// <returns></returns>
public GPLocation getLocation(double julianDay)
{
if (changes.Count < 1)
{
return(defaultLocation);
}
double lastStart = 0;
foreach (GPLocationChange lch in changes)
{
if (lch.julianStart > julianDay)
{
currStart = lastStart;
currEnd = lch.julianStart;
currentLocation = lch.LocationA;
currentChange = null;
return(currentLocation);
}
if (lch.julianStart <= julianDay && lch.julianEnd >= julianDay)
{
currStart = lch.julianStart;
currEnd = lch.julianEnd;
currentLocation = null;
currentChange = lch;
GPLocation lp = currentChange.getLocation(julianDay);
return(lp);
}
lastStart = lch.julianEnd;
}
int last = changes.Count - 1;
if (changes[last].julianEnd < julianDay)
{
currStart = changes[last].julianEnd;
currEnd = currStart + 2000000;
currentLocation = changes[last].LocationB;
return(currentLocation);
}
return(defaultLocation);
}
public GPLocation getTravellingLocation(double ratio)
{
double lonA, lonB;
double latA, latB;
lonA = LocationA.GetLongitudeEastPositive();
lonB = LocationB.GetLongitudeEastPositive();
latA = LocationA.GetLatitudeNorthPositive();
latB = LocationB.GetLatitudeNorthPositive();
GPLocation newLoc = new GPLocation();
newLoc.setTimeZone(TimezoneStart ? LocationA.getTimeZone() : LocationB.getTimeZone());
newLoc.setLongitudeEastPositive(lonA + (lonB - lonA) * ratio);
newLoc.setLatitudeNorthPositive(latA + (latB - latA) * ratio);
newLoc.SetAltitude(0);
return(newLoc);
}
public void loadFromXmlNode(XmlElement elem)
{
foreach (XmlElement e1 in elem.ChildNodes)
{
if (e1.Name.Equals("LocationA"))
{
LocationA = new GPLocation();
LocationA.loadFromXmlNode(e1);
}
else if (e1.Name.Equals("LocationB"))
{
LocationB = new GPLocation();
LocationB.loadFromXmlNode(e1);
}
else if (e1.Name.Equals("Time"))
{
bool b;
double d;
if (e1.HasAttribute("TzStart"))
{
b = true;
bool.TryParse(e1.GetAttribute("TzStart"), out b);
TimezoneStart = b;
}
if (e1.HasAttribute("JuStart"))
{
double.TryParse(e1.GetAttribute("JuStart"), out d);
julianStart = d;
}
if (e1.HasAttribute("JuEnd"))
{
double.TryParse(e1.GetAttribute("JuEnd"), out d);
julianEnd = d;
}
}
}
}
/// <summary>
/// recalculation of arunodaya time for given travelling
/// </summary>
/// <param name="sun"></param>
/// <param name="locChange"></param>
private static void recalculateArunodayaTravel(GPSun sun, GPLocationChange locChange)
{
GPSun newSun = new GPSun();
double drStep = 0.5;
double dr = 0.0;
int steps = 0;
while (steps < 25)
{
GPLocation lp = locChange.getTravellingLocation(dr);
double jd = locChange.julianStart + (locChange.julianEnd - locChange.julianStart) * dr;
GPGregorianTime gt = new GPGregorianTime(lp);
gt.setJulianGreenwichTime(jd);
GPLocationProvider lpr = new GPLocationProvider(lp);
newSun.calculateRise(sun.rise, lpr);
newSun.updateSunriseTimes(sun.rise, lpr);
// Debugger.Log(0, "", String.Format("ROW: {0} {1} {2} {3}\n", lp.getLongitudeString(), lp.getLatitudeString(),
// newSun.rise.getLongTimeString(), gt.getLongTimeString()));
if (gt.getJulianGreenwichTime() > newSun.arunodaya.getJulianGreenwichTime())
{
drStep = drStep / 2;
dr -= drStep;
}
else
{
dr += drStep;
}
steps++;
}
sun.arunodaya = newSun.arunodaya;
sun.arunodaya_deg = newSun.arunodaya_deg;
sun.longitude_arun_deg = newSun.longitude_arun_deg;
}
public GPGregorianTime(GPLocation loc, GPJulianTime julianTime)
{
setLocation(loc);
setJulianGreenwichTime(julianTime);
}
public static int FormatEventsRtf(GPCoreEventResults inEvents, StringBuilder res)
{
int i;
AppendRtfHeader(res);
res.AppendFormat("{\\fs{0}\\f2 ", g_Header2Size, g_TextSize);
res.AppendFormat(getSharedStringRtf(983), inEvents.m_vcStart, inEvents.m_vcEnd);
res.AppendLine("} \\par");
List <GPLocation> locList = inEvents.getLocationList();
foreach (GPLocation loc in locList)
{
res.Append(loc.getFullName());
res.AppendLine("\\par");
}
res.AppendLine();
//res.AppendFormat(inEvents.m_location.getFullName());
//res.AppendLine("\\par");
res.AppendLine("\\par");
DateTime prevd = new DateTime(1970, 1, 1);
int prevt = -1;
for (i = 0; i < inEvents.getCount(); i++)
{
GPCoreEvent dnr = inEvents.get(i);
if (inEvents.b_sorted)
{
DateTime dt = dnr.Time.getLocalTime();
if (prevd.Day != dt.Day || prevd.Month != dt.Month || prevd.Year != dt.Year)
{
res.AppendLine("\\par");
res.Append(GPAppHelper.CenterString(dnr.Time.getCompleteLongDateString(), 60, '-'));
res.AppendLine("\\par");
res.AppendLine("\\par");
}
prevd = dt;
}
else
{
if (prevt != dnr.nType)
{
string s = " " + dnr.getTypeTitle() + " ";
res.AppendLine("\\par");
res.Append(GPAppHelper.CenterString(s, 60, '-'));
res.AppendLine("\\par");
res.AppendLine("\\par");
}
prevt = dnr.nType;
}
if (!inEvents.b_sorted)
{
res.Append(dnr.Time.ToString().PadLeft(20));
}
GPLocation loc = dnr.Time.getLocation();
res.AppendFormat(" {0} {1} {2} {3} {4}", dnr.Time.getLongTimeString(), dnr.getEventTitle().PadRight(45),
loc.getTimeZoneName().PadRight(32), loc.getLongitudeString().PadLeft(6), loc.getLatitudeString().PadLeft(6));
res.AppendLine("\\par");
}
res.AppendLine("\\par");
AddNoteRtf(res);
res.AppendLine("}");
return(1);
}
public static int FormatCalendarICAL(GPCalendarResults daybuff, StringBuilder m_text)
{
int k;
int initialLength = 0;
int lastmasa = -1;
int tzoffset = 0, tzoff;
string str, str2;
StringBuilder dayText = new StringBuilder();
GPCalendarDay pvd, prevd, nextd;
string SPACE_BEFORE_LINE = " , ";
GPGregorianTime vc = new GPGregorianTime(daybuff.m_vcStart);
GPLocation loc = daybuff.CurrentLocation.getLocation(0);
DateTime st = new DateTime();
m_text.Remove(0, m_text.Length);
m_text.Append("BEGIN:VCALENDAR\nVERSION:2.0\nX-WR-CALNAME:VAISNAVA\nPRODID:-//GBC Calendar Comitee//GCAL//EN\n");
m_text.Append("X-WR-RELCALID:");
str2 = string.Format("{0:00000000}-{1:0000}-{2:0000}-{3:0000}-{4:0000}{5:00000000}", st.Year + st.Millisecond, st.Day, st.Month,
st.Hour, st.Minute + st.Millisecond);
m_text.Append(str2);
m_text.Append("\nX-WR-TIMEZONE:");
m_text.Append(loc.getTimeZoneName());
m_text.Append("\n");
m_text.Append("CALSCALE:GREGORIAN\nMETHOD:PUBLISH\n");
m_text.Append("BEGIN:VTIMEZONE\nTZID:");
m_text.Append(loc.getTimeZoneName());
str2 = string.Format("\nLAST-MODIFIED:{0:0000}{1:00}{2:00}T{3:00}{4:00}{5:00}Z", st.Year, st.Month, st.Day, st.Hour, st.Minute, st.Second);
m_text.Append(str2);
tzoffset = Convert.ToInt32(loc.getTimeZone().OffsetSeconds / 60);
tzoff = Convert.ToInt32(loc.getTimeZone().getMaximumOffsetSeconds() / 60);
if (loc.getTimeZone().hasDstInYear(st.Year))
{
DateTime dta = loc.getTimeZone().StartDateInYear(st.Year);
str2 = string.Format("\nBEGIN:DAYLIGHT\nDTSTART:{0:0000}{1:00}{2:00}T{3:00}0000", dta.Year, dta.Month, dta.Day, dta.Hour);
m_text.Append(str2);
str2 = string.Format("\nTZOFFSETTO:{0}{1:00}{2:00}", (tzoff > 0 ? '+' : '-'), Math.Abs(tzoff) / 60, Math.Abs(tzoff) % 60);
m_text.Append(str2);
str2 = string.Format("\nTZOFFSETFROM:{0}{1:00}{2:00}", '+', 0, 0);
m_text.Append(str2);
dta = loc.getTimeZone().EndDateInYear(st.Year);
m_text.Append("\nEND:DAYLIGHT\nBEGIN:STANDARD\nDTSTART:");
str2 = string.Format("{0:0000}{1:00}{2:00}T{3:00}0000", dta.Year, dta.Month, dta.Day, dta.Hour);
m_text.Append(str2);
str2 = string.Format("\nTZOFFSETTO:{0}{1:00}{2:00}", (tzoffset > 0 ? '+' : '-'), Math.Abs(tzoffset) / 60, Math.Abs(tzoffset) % 60);
m_text.Append(str2);
str2 = string.Format("\nTZOFFSETFROM:{0}{1:00}{2:00}", (tzoff > 0 ? '+' : '-'), Math.Abs(tzoff) / 60, Math.Abs(tzoff) % 60);
m_text.Append(str2);
m_text.Append("\nEND:STANDARD\n");
}
else
{
m_text.Append("\nBEGIN:STANDARD\nDTSTART:");
str2 = string.Format("{0:0000}0101T000000", vc.getYear(), vc.getMonth(), vc.getDay(), vc.getHour());
m_text.Append(str2);
str2 = string.Format("\nTZOFFSETTO:%+02d{0:00}", Math.Abs(tzoffset) / 60, Math.Abs(tzoffset) % 60);
m_text.Append(str2);
str2 = string.Format("\nTZOFFSETFROM:+0000");
m_text.Append(str2);
m_text.Append("\nEND:STANDARD\n");
}
m_text.Append("END:VTIMEZONE\n");
for (k = 0; k < daybuff.m_PureCount; k++)
{
// date.shour = 0.0;
// date.TimeZone = earth.tzone;
prevd = daybuff.get(k - 1);
pvd = daybuff.get(k);
nextd = daybuff.get(k + 1);
if (pvd != null)
{
dayText.Remove(0, dayText.Length);
if (pvd.astrodata.nMasa != lastmasa)
{
str = string.Format("{0} {1}, Gaurabda {2}", GPMasa.GetName(pvd.astrodata.nMasa), getSharedStringHtml(22), pvd.astrodata.nGaurabdaYear);
dayText.Append(str);
dayText.Append("\n");
if ((pvd.astrodata.nMasa == GPMasa.ADHIKA_MASA) && ((lastmasa >= GPMasa.SRIDHARA_MASA) && (lastmasa <= GPMasa.DAMODARA_MASA)))
{
if (dayText.Length > 0)
{
dayText.Append(SPACE_BEFORE_LINE);
}
dayText.Append(getSharedStringHtml(128));
dayText.Append("\n");
}
lastmasa = pvd.astrodata.nMasa;
initialLength = -1;
}
else
{
initialLength = 0;
}
if (dayText.Length > 0)
{
dayText.Append(SPACE_BEFORE_LINE);
}
dayText.Append(GPTithi.getName(pvd.astrodata.nTithi));
if ((pvd.astrodata.nTithi == 10) || (pvd.astrodata.nTithi == 25) || (pvd.astrodata.nTithi == 11) || (pvd.astrodata.nTithi == 26))
{
if (pvd.hasEkadasiParana() == false)
{
dayText.Append(" ");
if (pvd.nMahadvadasiType == GPConstants.EV_NULL)
{
dayText.Append(getSharedStringHtml(58));
}
else
{
dayText.Append(getSharedStringHtml(59));
}
}
}
dayText.Append("\n");
initialLength += dayText.Length;
if (pvd.astrodata.sun.eclipticalLongitude < 0.0)
{
goto _resolve_text;
}
// if (0 != GetShowSetVal(17) == 1)
{
// double h1, m1;
if (pvd.hasEkadasiParana())
{
str = pvd.getEkadasiParanaString();
dayText.Append(SPACE_BEFORE_LINE);
dayText.Append(str);
dayText.Append("\n");
}
}
// if (0 != GetShowSetVal(6) == 1)
{
foreach (GPCalendarDay.Festival fest in pvd.Festivals)
{
if (GPUserDefaults.BoolForKey(fest.ShowSettingItem, true))
{
dayText.Append(SPACE_BEFORE_LINE);
dayText.Append(fest.Text);
dayText.Append("\n");
}
}
}
if (/*GetShowSetVal(16) == 1 &&*/ pvd.sankranti_zodiac >= 0)
{
str = string.Format(" {0} {1}", GPSankranti.getName(pvd.sankranti_zodiac), getSharedStringHtml(56));
dayText.Append(SPACE_BEFORE_LINE);
dayText.Append(str);
dayText.Append("\n");
}
//"Sunrise Time",//2
//"Sunset Time",//3
if (GPDisplays.Calendar.TimeSunriseVisible())
{
str = string.Format("{0} {1}", getSharedStringHtml(51), pvd.astrodata.sun.rise.getShortTimeString());
dayText.Append(SPACE_BEFORE_LINE);
dayText.Append(str);
dayText.Append("\n");
}
if (GPDisplays.Calendar.TimeSunsetVisible())
{
str = string.Format("{0} {1}", getSharedStringHtml(52), pvd.astrodata.sun.set.getShortTimeString());
dayText.Append(SPACE_BEFORE_LINE);
dayText.Append(str);
dayText.Append("\n");
}
{
if (prevd != null)
{
if (prevd.astrodata.nMasa != pvd.astrodata.nMasa)
{
str = string.Format("{0} {1} {2}", getSharedStringHtml(780), GPMasa.GetName(pvd.astrodata.nMasa), getSharedStringHtml(22));
dayText.Append(SPACE_BEFORE_LINE);
dayText.Append(str);
dayText.Append("\n");
}
}
if (nextd != null)
{
if (nextd.astrodata.nMasa != pvd.astrodata.nMasa)
{
str = string.Format("{0} {1} {2}", getSharedStringHtml(781), GPMasa.GetName(pvd.astrodata.nMasa), getSharedStringHtml(22));
dayText.Append(SPACE_BEFORE_LINE);
dayText.Append(str);
dayText.Append("\n");
}
}
}
_resolve_text:
if (dayText.Length > initialLength)
{
m_text.Append("BEGIN:VEVENT\n");
str2 = string.Format("DTSTART;VALUE=DATE:{0:0000}{1:00}{2:00}\n", pvd.date.getYear(), pvd.date.getMonth(), pvd.date.getDay());
m_text.Append(str2);
/*str2 = string.Format("DTEND;VALUE=DATE:{0:0000}{0:00}{0:00}T{0:00}{0:00}{0:00}\n", pvd.date.year, pvd.date.month, pvd.date.day,
* pvd.astrodata.sun.set.hour, pvd.astrodata.sun.set.min, pvd.astrodata.sun.set.sec);
* m_text.Append(str2);*/
str2 = string.Format("LOCATION:{0}\n", loc.getFullName());
str2.Replace(",", "\\,");
m_text.Append(str2);
m_text.Append("SUMMARY:");
dayText.Replace(",", "\\,");
m_text.Append(dayText.ToString().TrimStart());
str2 = string.Format("UID:{0:00000000}-{1:0000}-{2:0000}-{3:0000}-{4:00000000}{5:0000}\n", st.Year, st.Month * 30 + st.Day, st.Hour * 60 + st.Minute, st.Second, st.Millisecond, k);
m_text.Append(str2);
m_text.Append("DURATION:P1D\nSEQUENCE:1\nEND:VEVENT\n");
}
}
}
m_text.Append("END:VCALENDAR\n");
return(1);
}
public GPLocationProvider(GPLocation loc)
{
defaultLocation = loc;
}
public void setLocation(GPLocation value)
{
p_locationProvider = new GPLocationProvider();
p_locationProvider.setDefaultLocation(value);
}
/// <summary>
/// Main function of this class
/// </summary>
/// <param name="args"></param>
/// <returns></returns>
public bool ParseCommandArguments(string[] args)
{
GPLocationProvider loc = new GPLocationProvider();
GPLocation loc1 = new GPLocation();
GPGregorianTime vcStart = new GPGregorianTime(loc), vcEnd = new GPGregorianTime(loc);
GPVedicTime vaStart = new GPVedicTime(), vaEnd = new GPVedicTime();
int nCount;
int nReq = 0;
string strFileOut = "";
try
{
loc1.setLatitudeNorthPositive(0.0);
loc1.setLongitudeEastPositive(0.0);
loc1.setTimeZoneName("");
loc.setDefaultLocation(loc1);
vcStart.Clear();
vcEnd = vcStart;
vaStart.tithi = vaStart.masa = vaStart.gyear = 0;
vaEnd = vaStart;
nCount = -1;
int argc = args.Length;
for (int i = 0; i < argc; i++)
{
//TRACE2("arg %d = %s\n", i, args[i]);
if (args[i] == "-L")
{
if (argc >= i + 2)
{
loc1.setLongitudeString(args[i + 1]);
double lat = 0.0;
double longi = 0.0;
GetArg_EarthPos(args[i + 1], ref lat, ref longi);
loc1.setLongitudeEastPositive(longi);
loc1.setLatitudeNorthPositive(lat);
//TRACE2("-L latitude=%f longitude=%f\n", loc.m_fLatitude, loc.m_fLongitude);
}
i++;
}
else if (args[i] == "-N")
{
if (argc >= i + 2)
{
loc1.setCity(args[i + 1]);
//TRACE1("-N name=%s\n", loc.m_strName);
}
i++;
}
else if (args[i] == "-SV")
{
if (argc >= i + 2)
{
GetArg_VaisnDate(args[i + 1], out vaStart);
}
i++;
}
else if (args[i] == "-SG")
{
if (argc >= i + 2)
{
GetArg_Date(args[i + 1], out vcStart);
}
i++;
}
else if (args[i] == "-ST")
{
if (argc >= i + 2)
{
GetArg_Time(args[i + 1], out vcStart);
}
i++;
}
else if (args[i] == "-EG")
{
if (argc >= i + 2)
{
GetArg_Date(args[i + 1], out vcEnd);
//AfxTrace("-EG day=%d month=%d year=%d\n", vcEnd.day, vcEnd.month, vcEnd.year);
}
i++;
}
else if (args[i] == "-EV")
{
if (argc >= i + 2)
{
GetArg_VaisnDate(args[i + 1], out vaEnd);
//AfxTrace("-EV tithi=%d masa=%d gyear=%d\n", vaEnd.tithi, vaEnd.masa, vaEnd.gyear);
}
i++;
}
else if (args[i] == "-EC")
{
if (argc >= i + 2)
{
int.TryParse(args[i + 1], out nCount);
}
i++;
}
else if (args[i] == "-TZ")
{
if (argc >= i + 2)
{
loc1.setTimeZoneName(args[i + 1]);
}
i++;
}
else if (args[i] == "-O")
{
if (argc >= i + 2)
{
strFileOut = args[i + 1];
}
i++;
}
else if (args[i] == "-R")
{
if (argc >= i + 2)
{
if (args[i + 1] == "calendar")
{
nReq = 10;
}
else if (args[i + 1] == "appday")
{
nReq = 11;
}
else if (args[i + 1] == "tithi")
{
nReq = 12;
}
else if (args[i + 1] == "sankranti")
{
nReq = 13;
}
else if (args[i + 1] == "naksatra")
{
nReq = 14;
}
else if (args[i + 1] == "firstday")
{
nReq = 15;
}
else if (args[i + 1] == "gcalendar")
{
nReq = 16;
}
else if (args[i + 1] == "gtithi")
{
nReq = 17;
}
else if (args[i + 1] == "next")
{
nReq = 18;
}
else if (args[i + 1] == "help")
{
nReq = 60;
}
/*else if (args[i+1] == "")
* {
* } else if (args[i+1] == "")
* {
* } else if (args[i+1] == "")
* {
* } else if (args[i+1] == "")
* {
* }*/
}
i++;
}
}
vcStart.setLocationProvider(loc);
vcEnd.setLocationProvider(loc);
switch (nReq)
{
case 10:
case 13:
case 14:
if (vcStart.getYear() == 0 && vaStart.gyear != 0)
{
GPEngine.VATIMEtoVCTIME(vaStart, out vcStart, loc);
}
if (vcEnd.getYear() == 0 && vaEnd.gyear != 0)
{
GPEngine.VATIMEtoVCTIME(vaEnd, out vcEnd, loc);
}
break;
default:
break;
}
if (vcStart.getYear() != 0 && vcEnd.getYear() != 0 && nCount < 0)
{
nCount = Convert.ToInt32(vcEnd.getJulianLocalNoon() - vcStart.getJulianLocalNoon());
}
if (nCount < 0)
{
nCount = 30;
}
GPAppDayResults appday = new GPAppDayResults();
GPCalendarResults calendar = new GPCalendarResults();
//AfxTrace("Count === %d\n", nCount);
StringBuilder fout = new StringBuilder();
switch (nReq)
{
case 10:
// -R -O -LAT -LON -SG -C [-DST -NAME]
vcStart.NextDay();
vcStart.PreviousDay();
calendar.CalculateCalendar(vcStart, nCount);
FormaterXml.WriteXml(FormaterXml.GetCalendarXmlDocument(calendar), fout);
break;
case 11:
// -R -O -LAT -LON -SG -ST [-NAME]
appday.calculateAppearanceDayData(loc, vcStart);
FormaterXml.FormatAppDayXML(appday, fout);
break;
case 12:
FormaterXml.WriteXML_Tithi(fout, loc, vcStart);
break;
case 13:
if (vcEnd.getYear() == 0)
{
vcEnd = vcStart;
vcEnd.AddDays(nCount);
}
FormaterXml.WriteXml(FormaterXml.GetSankrantiXml(loc, vcStart, vcEnd), fout);
break;
case 14:
FormaterXml.WriteXML_Naksatra(fout, loc, vcStart, nCount);
break;
case 15:
FormaterXml.WriteXML_FirstDay_Year(fout, vcStart);
break;
case 16:
vcStart = GPGaurabdaYear.getFirstDayOfYear(loc, vcStart.getYear());
vcEnd = GPGaurabdaYear.getFirstDayOfYear(loc, vcStart.getYear() + 1);
nCount = Convert.ToInt32(vcEnd.getJulianLocalNoon() - vcStart.getJulianLocalNoon());
calendar.CalculateCalendar(vcStart, nCount);
FormaterXml.WriteXml(FormaterXml.GetCalendarXmlDocument(calendar), fout);
break;
case 17:
FormaterXml.WriteXML_GaurabdaTithi(fout, loc, vaStart, vaEnd);
break;
case 18:
FormaterXml.WriteXML_GaurabdaNextTithi(fout, loc, vcStart, vaStart);
break;
}
// application should be windowless
// since some parameters are present
File.WriteAllText(strFileOut, fout.ToString());
}
catch (Exception ex)
{
Console.WriteLine("Exception during execution: " + ex.Message);
}
return(true);
}
public GPGregorianTime(GPLocation loc)
{
setLocation(loc);
Today();
setDayHours(0.0);
}
public void setDefaultLocation(GPLocation def)
{
defaultLocation = def;
}
public bool Equals(GPLocation loc)
{
return(loc.getCity().Equals(getCity()) &&
Math.Abs(loc.GetLatitudeNorthPositive() - GetLatitudeNorthPositive()) < 0.01 &&
Math.Abs(loc.GetLongitudeEastPositive() - GetLongitudeEastPositive()) < 0.01);
}
