private void qtc_DateSelected(object sender, DateRangeEventArgs e)
{
lvDates.BeginUpdate();
try
{
string s;
lvDates.Items.Clear();
DateTime gdt = qtc.SelectionStart;
double jd = CalendarConverter.gregorian_to_jd(gdt.Year, gdt.Month, gdt.Day);
var dtx = CalendarConverter.jd_to_gregorian(jd);
s = d2s(dtx.Day, CalendarData.ClassicMonths[dtx.Month - 1], dtx.Year, CalendarData.ClassicWeekdays[CalendarConverter.jwday(jd)]);
AddItem(fPlugin.LangMan.LS(PLS.LSID_Cal_Gregorian), s);
dtx = CalendarConverter.jd_to_julian(jd);
s = d2s(dtx.Day, CalendarData.ClassicMonths[dtx.Month - 1], dtx.Year, CalendarData.ClassicWeekdays[CalendarConverter.jwday(jd)]);
AddItem(fPlugin.LangMan.LS(PLS.LSID_Cal_Julian), s);
dtx = CalendarConverter.jd_to_hebrew(jd);
s = d2s(dtx.Day, CalendarData.HebrewMonths[dtx.Month - 1], dtx.Year, CalendarData.HebrewWeekdays[CalendarConverter.jwday(jd)]);
AddItem(fPlugin.LangMan.LS(PLS.LSID_Cal_Hebrew), s);
dtx = CalendarConverter.jd_to_islamic(jd);
s = d2s(dtx.Day, CalendarData.IslamicMonths[dtx.Month - 1], dtx.Year, CalendarData.IslamicWeekdays[CalendarConverter.jwday(jd)]);
AddItem(fPlugin.LangMan.LS(PLS.LSID_Cal_Islamic), s);
dtx = CalendarConverter.jd_to_persian(jd);
s = d2s(dtx.Day, CalendarData.PersianMonths[dtx.Month - 1], dtx.Year, CalendarData.PersianWeekdays[CalendarConverter.jwday(jd)]);
AddItem(fPlugin.LangMan.LS(PLS.LSID_Cal_Persian), s);
dtx = CalendarConverter.jd_to_indian_civil(jd);
s = d2s(dtx.Day, CalendarData.IndianCivilMonths[dtx.Month - 1], dtx.Year, CalendarData.IndianCivilWeekdays[CalendarConverter.jwday(jd)]);
AddItem(fPlugin.LangMan.LS(PLS.LSID_Cal_Indian), s);
dtx = CalendarConverter.jd_to_bahai(jd);
s = string.Format(fPlugin.LangMan.LS(PLS.LSID_BahaiCycles), dtx.BahaiMajor, dtx.BahaiCycle) + ", ";
s = s + d2s(dtx.Day, CalendarData.BahaiMonths[dtx.Month - 1], dtx.Year, CalendarData.BahaiWeekdays[CalendarConverter.jwday(jd)]);
AddItem(fPlugin.LangMan.LS(PLS.LSID_Cal_Bahai), s);
}
finally
{
lvDates.EndUpdate();
}
}
public void Test_Common()
{
DateTime gdt = new DateTime(1990, 10, 10);
string s;
double jd = CalendarConverter.gregorian_to_jd2(gdt.Year, gdt.Month, gdt.Day);
Assert.AreEqual(2448175, jd); //
jd = CalendarConverter.gregorian_to_jd2(-4713, 11, 24);
Assert.AreEqual(0.0, jd); //
jd = CalendarConverter.gregorian_to_jd(-4713, 11, 24);
Assert.AreEqual(0.5, jd); // bad result! needs 0.0f!
jd = CalendarConverter.gregorian_to_jd(gdt.Year, gdt.Month, gdt.Day);
Assert.AreEqual(2448174.5, jd); // not checked!
var dtx = CalendarConverter.jd_to_julian(jd);
s = d2s(dtx.Day, CalendarData.ClassicMonths[dtx.Month - 1], dtx.Year, "");
Assert.AreEqual("27 September 1990, ", s); // +
dtx = CalendarConverter.jd_to_hebrew(jd);
s = d2s(dtx.Day, CalendarData.HebrewMonths[dtx.Month - 1], dtx.Year, CalendarData.HebrewWeekdays[CalendarConverter.jwday(jd)]);
Assert.AreEqual("21 Tishri 5751, Dalet", s); // +
dtx = CalendarConverter.jd_to_islamic(jd);
s = d2s(dtx.Day, CalendarData.IslamicMonths[dtx.Month - 1], dtx.Year, CalendarData.IslamicWeekdays[CalendarConverter.jwday(jd)]);
Assert.AreEqual("20 Rabi`al-Awwal 1411, Al-'arb`a'", s); // +
dtx = CalendarConverter.jd_to_persian(jd);
s = d2s(dtx.Day, CalendarData.PersianMonths[dtx.Month - 1], dtx.Year, CalendarData.PersianWeekdays[CalendarConverter.jwday(jd)]);
Assert.AreEqual("18 Mehr 1369, Chaharshanbeh", s); // +
dtx = CalendarConverter.jd_to_indian_civil(jd);
s = d2s(dtx.Day, CalendarData.IndianCivilMonths[dtx.Month - 1], dtx.Year, CalendarData.IndianCivilWeekdays[CalendarConverter.jwday(jd)]);
Assert.AreEqual("18 Asvina 1912, Budhavara", s); // +
dtx = CalendarConverter.jd_to_bahai(jd);
s = "major " + dtx.BahaiMajor.ToString() + ", cycle " + dtx.BahaiCycle.ToString() + ", ";
s = s + d2s(dtx.Day, CalendarData.BahaiMonths[dtx.Month - 1], dtx.Year, CalendarData.BahaiWeekdays[CalendarConverter.jwday(jd)]);
Assert.AreEqual("major 1, cycle 8, 14 Mashíyyat 14, ‘Idál", s); // ???
}
private void qtc_DateSelected(object sender, DateRangeEventArgs e)
{
lvDates.BeginUpdate();
try
{
lvDates.Items.Clear();
DateTime gdt = qtc.SelectionStart;
double jd = CalendarConverter.gregorian_to_jd(gdt.Year, gdt.Month, gdt.Day);
int year, month, day;
CalendarConverter.jd_to_gregorian(jd, out year, out month, out day);
AddCItem(jd, year, month, day, fClassicMonths, fClassicWeekdays, "", fPlugin.LangMan.LS(PLS.LSID_Cal_Gregorian));
CalendarConverter.jd_to_julian(jd, out year, out month, out day);
AddCItem(jd, year, month, day, fClassicMonths, fClassicWeekdays, "", fPlugin.LangMan.LS(PLS.LSID_Cal_Julian));
CalendarConverter.jd_to_hebrew(jd, out year, out month, out day);
AddCItem(jd, year, month, day, fHebrewMonths, fHebrewWeekdays, "", fPlugin.LangMan.LS(PLS.LSID_Cal_Hebrew));
CalendarConverter.jd_to_islamic(jd, out year, out month, out day);
AddCItem(jd, year, month, day, fIslamicMonths, fIslamicWeekdays, "", fPlugin.LangMan.LS(PLS.LSID_Cal_Islamic));
CalendarConverter.jd_to_persian(jd, out year, out month, out day);
AddCItem(jd, year, month, day, fPersianMonths, fPersianWeekdays, "", fPlugin.LangMan.LS(PLS.LSID_Cal_Persian));
CalendarConverter.jd_to_indian_civil(jd, out year, out month, out day);
AddCItem(jd, year, month, day, fIndianCivilMonths, fIndianCivilWeekdays, "", fPlugin.LangMan.LS(PLS.LSID_Cal_Indian));
int major, cycle;
CalendarConverter.jd_to_bahai(jd, out major, out cycle, out year, out month, out day);
string s = string.Format(fPlugin.LangMan.LS(PLS.LSID_BahaiCycles), major, cycle) + ", ";
AddCItem(jd, year, month, day, fBahaiMonths, fBahaiWeekdays, s, fPlugin.LangMan.LS(PLS.LSID_Cal_Bahai));
}
finally
{
lvDates.EndUpdate();
}
}
public static void Main(string[] args)
{
Console.WriteLine("Unified Date Numbers Test");
Console.WriteLine();
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2016, 05, 05, "2016/05/05 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2016, 05, 04, "2016/05/04 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctJulian, 2016, 04, 21, "2016/05/04 [g] = 2016/04/21 [j]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctJulian, 2016, 04, 23, "2016/05/06 [g] = 2016/04/23 [j]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2016, 05, UDN.UnknownDay, "2016/05/?? [g]")); // must be first
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2016, 06, UDN.UnknownDay, "2016/06/?? [g]")); // must be last
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, UDN.UnknownYear, UDN.UnknownMonth, UDN.UnknownDay, "??/??/?? [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, UDN.UnknownYear, 04, 23, "??/04/23 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, UDN.UnknownYear, 03, 23, "??/03/23 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, UDN.UnknownYear, UDN.UnknownMonth, 23, "??/??/23 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2016, UDN.UnknownMonth, UDN.UnknownDay, "2016/??/?? [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2016, UDN.UnknownMonth, 10, "2016/??/10 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2015, 03, 23, "2015/03/23 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2014, UDN.UnknownMonth, 23, "2014/??/23 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2016, 05, 31, "2016/05/31 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2016, 05, 31, "2016/05/31 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, -4712, 1, 2, "-4712/01/02 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, -4712, 1, 3, "-4712/01/03 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctHebrew, 5564, 04, 04, "1804/06/13 [g] = 5564/04/04 [h]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctIslamic, 1216, 01, 04, "1801/05/17 [g] = 1216/01/04 [i]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 1802, 05, 01, "1802/05/01 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 0, 1, 3, "0000/01/03 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, -1, 1, 3, "-0001/01/03 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 1, 1, 3, "0001/01/03 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 2015, 2, 27, "2015/02/27 [g]"));
fDates.Add(new UDNRecord(UDNCalendarType.ctGregorian, 3268, 1, 23, "3268/01/23 [g]"));
// Add dates before.
fDates.Add(new UDNRecord(UDN.CreateBefore(
UDNCalendarType.ctGregorian, 1, 1, 4), UDNCalendarType.ctGregorian, "before 0001/01/04 [g]"));
fDates.Add(new UDNRecord(UDN.CreateBefore(
UDNCalendarType.ctGregorian, 2016, 05, 31), UDNCalendarType.ctGregorian, "before 2016/05/31 [g]"));
fDates.Add(new UDNRecord(UDN.CreateBefore(
UDNCalendarType.ctGregorian, -4712, 1, 2), UDNCalendarType.ctGregorian, "before -4712/01/02 [g]"));
fDates.Add(new UDNRecord(UDN.CreateBefore(
UDNCalendarType.ctGregorian, UDN.UnknownYear, 05, 31), UDNCalendarType.ctGregorian, "before ????/05/31 [g]"));
fDates.Add(new UDNRecord(UDN.CreateBefore(
UDNCalendarType.ctGregorian, 2015, UDN.UnknownMonth, 31), UDNCalendarType.ctGregorian, "before 2015/??/31 [g]"));
// Add dates after.
fDates.Add(new UDNRecord(UDN.CreateAfter(
UDNCalendarType.ctGregorian, 2016, 05, 31), UDNCalendarType.ctGregorian, "after 2016/05/31 [g]"));
fDates.Add(new UDNRecord(UDN.CreateAfter(
UDNCalendarType.ctGregorian, UDN.UnknownYear, 05, 31), UDNCalendarType.ctGregorian, "after ????/05/31 [g]"));
fDates.Add(new UDNRecord(UDN.CreateAfter(
UDNCalendarType.ctGregorian, UDN.UnknownYear, 06, 15), UDNCalendarType.ctGregorian, "after ????/06/15 [g]"));
fDates.Add(new UDNRecord(UDN.CreateAfter(
UDNCalendarType.ctGregorian, 2015, UDN.UnknownMonth, 31), UDNCalendarType.ctGregorian, "after 2015/??/31 [g]"));
fDates.Add(new UDNRecord(UDN.CreateAfter(
UDNCalendarType.ctGregorian, 2015, UDN.UnknownMonth, 30), UDNCalendarType.ctGregorian, "after 2015/??/30 [g]"));
// Add approximate dates.
fDates.Add(new UDNRecord(UDN.CreateApproximate(
UDNCalendarType.ctGregorian, 2016, 05, 31), UDNCalendarType.ctGregorian, "~ 2016/05/31 [g]"));
fDates.Add(new UDNRecord(UDN.CreateApproximate(
UDNCalendarType.ctGregorian, 1, 1, 4), UDNCalendarType.ctGregorian, "~ 0001/01/04 [g]"));
fDates.Add(new UDNRecord(UDN.CreateApproximate(
UDNCalendarType.ctGregorian, 1, 1, UDN.UnknownDay), UDNCalendarType.ctGregorian, "~ 0001/01/?? [g]"));
fDates.Add(new UDNRecord(UDN.CreateApproximate(
UDNCalendarType.ctGregorian, UDN.UnknownYear, 05, 31), UDNCalendarType.ctGregorian, "~ ????/05/31 [g]"));
fDates.Add(new UDNRecord(UDN.CreateApproximate(
UDNCalendarType.ctGregorian, 2015, UDN.UnknownMonth, 31), UDNCalendarType.ctGregorian, "~ 2015/??/31 [g]"));
fDates.Add(new UDNRecord(UDN.CreateApproximate(
UDNCalendarType.ctGregorian, 2015, 2, 28), UDNCalendarType.ctGregorian, "~ 2015/02/28 [g]"));
fDates.Sort(delegate(UDNRecord left, UDNRecord right) { return(left.Value.CompareTo(right.Value)); });
Console.WriteLine("Check UDNs ordering");
int[] widths = { 16, 16, 12, 32 };
string format =
#if LEFT_AND_RIGHT_BORDERS
string.Format("{{4}} {{0, {0}}} {{4}} {{1, {1}}} {{4}} {{2, {2}}} {{4}} {{3, {3}}} {{4}}", widths[0], widths[1], widths[2], widths[3]);
#else
string.Format("{{0, {0}}} {{4}} {{1, {1}}} {{4}} {{2, {2}}} {{4}} {{3, {3}}}", widths[0], widths[1], widths[2], widths[3]);
#endif
Object[] a =
{
new string('-', widths[0]),
new string('-', widths[1]),
new string('-', widths[2]),
new string('-', widths[3]),
new string('+', 1)
};
string delimiter = string.Format(format, a);
#if TOP_AND_BOTTOM_BORDERS
Console.WriteLine(delimiter);
#endif
a = new Object[] { "Value", "Unmasked value", "Calendar", "Description", "|" };
Console.WriteLine(format, a);
Console.WriteLine(delimiter);
foreach (UDNRecord udn_rec in fDates)
{
a = new Object[] { udn_rec.Value, udn_rec.Value.GetUnmaskedValue(), udn_rec.Calendar.ToString(), udn_rec.Description, "|" };
Console.WriteLine(format, a);
}
#if TOP_AND_BOTTOM_BORDERS
Console.WriteLine(delimiter);
#endif
Console.WriteLine("\nCheck 'UDN *between* dates'");
widths = new int[] { 32, 32, 48 };
format =
#if LEFT_AND_RIGHT_BORDERS
string.Format("{{3}} {{0, {0}}} {{3}} {{1, {1}}} {{3}} {{2, {2}}} {{3}}", widths[0], widths[1], widths[2]);
#else
string.Format("{{0, {0}}} {{3}} {{1, {1}}} {{3}} {{2, {2}}}}", widths[0], widths[1], widths[2]);
#endif
a = new Object[]
{
new string('-', widths[0]),
new string('-', widths[1]),
new string('-', widths[2]),
new string('+', 1)
};
delimiter = string.Format(format, a);
#if TOP_AND_BOTTOM_BORDERS
Console.WriteLine(delimiter);
#endif
a = new Object[] { "Left", "Right", "Between 'Left' and 'Right'", "|" };
Console.WriteLine(format, a);
Console.WriteLine(delimiter);
for (int i = 0; i < fDates.Count - 1; i++)
{
string between;
try
{
UDN foo = UDN.CreateBetween(fDates[i].Value, fDates[i + 1].Value);
// Always use Gregorian calendar to show "between-date".
int year;
int month;
int day;
CalendarConverter.jd_to_gregorian(foo.GetUnmaskedValue(), out year, out month, out day);
// If 'left' or 'right' dates ain't in the Gregorian calendar, show "+f".
bool forced =
(UDNCalendarType.ctGregorian != fDates[i].Calendar) ||
(UDNCalendarType.ctGregorian != fDates[i + 1].Calendar);
between = string.Format(
"{0}/{1}/{2} [g{3}]",
year,
foo.HasKnownMonth() ? month.ToString() : "??",
foo.HasKnownDay() ? day.ToString() : "??",
forced ? "+f" : "");
}
catch (Exception e)
{
between = e.Message;
}
a = new Object[] { fDates[i].Description, fDates[i + 1].Description, between, "|" };
Console.WriteLine(format, a);
}
#if TOP_AND_BOTTOM_BORDERS
Console.WriteLine(delimiter);
#endif
List <date> dates = new List <date>();
dates.Add(new date(UDNCalendarType.ctGregorian, -4713, 11, 24));
dates.Add(new date(UDNCalendarType.ctGregorian, -4712, 1, 2));
dates.Add(new date(UDNCalendarType.ctGregorian, -4712, 1, 3));
dates.Add(new date(UDNCalendarType.ctGregorian, -4700, 2, 28));
dates.Add(new date(UDNCalendarType.ctGregorian, -4528, 2, 29));
dates.Add(new date(UDNCalendarType.ctGregorian, -4528, 2, 28));
dates.Add(new date(UDNCalendarType.ctGregorian, -4529, 2, 28));
dates.Add(new date(UDNCalendarType.ctGregorian, -1, 1, 25));
dates.Add(new date(UDNCalendarType.ctGregorian, 0, 1, 25));
dates.Add(new date(UDNCalendarType.ctGregorian, 1, 1, 25));
dates.Add(new date(UDNCalendarType.ctGregorian, 2015, 5, 30));
dates.Add(new date(UDNCalendarType.ctGregorian, 2000, 2, 29));
dates.Add(new date(UDNCalendarType.ctGregorian, 2016, 5, 30));
dates.Add(new date(UDNCalendarType.ctGregorian, 2016, 5, 31));
dates.Add(new date(UDNCalendarType.ctGregorian, 2016, 6, 30));
dates.Add(new date(UDNCalendarType.ctGregorian, 2016, 7, 1));
dates.Add(new date(UDNCalendarType.ctGregorian, 2016, 7, 15));
dates.Add(new date(UDNCalendarType.ctGregorian, 2016, 7, 31));
dates.Add(new date(UDNCalendarType.ctJulian, -1, 10, 15));
dates.Add(new date(UDNCalendarType.ctJulian, 0, 10, 15));
dates.Add(new date(UDNCalendarType.ctJulian, 1, 10, 15));
dates.Add(new date(UDNCalendarType.ctJulian, 2013, 10, 15));
dates.Add(new date(UDNCalendarType.ctJulian, 2016, 1, 31));
dates.Add(new date(UDNCalendarType.ctJulian, 2016, 2, 29));
dates.Add(new date(UDNCalendarType.ctIslamic, 1432, 8, 29));
dates.Add(new date(UDNCalendarType.ctIslamic, 2000, 2, 29));
dates.Add(new date(UDNCalendarType.ctIslamic, 2016, 8, 29));
dates.Add(new date(UDNCalendarType.ctHebrew, 4682, 3, 18));
dates.Add(new date(UDNCalendarType.ctHebrew, 4684, 7, 1));
dates.Add(new date(UDNCalendarType.ctHebrew, 3761, 10, 18));
dates.Add(new date(UDNCalendarType.ctHebrew, 3761, 12, 1));
dates.Add(new date(UDNCalendarType.ctHebrew, 3761, 12, 2));
dates.Add(new date(UDNCalendarType.ctHebrew, 3762, 10, 29));
dates.Add(new date(UDNCalendarType.ctHebrew, 3762, 11, 1));
dates.Add(new date(UDNCalendarType.ctHebrew, 3762, 12, 2));
dates.Add(new date(UDNCalendarType.ctHebrew, 3762, 13, 29));
dates.Add(new date(UDNCalendarType.ctHebrew, 3763, 1, 1));
Console.WriteLine("\nCheck does a JDN algorithm make reversible dates");
widths = new int[] { 32, 48, 35 };
format =
#if LEFT_AND_RIGHT_BORDERS
string.Format("{{3}} {{0, {0}}} {{3}} {{1, {1}}} {{3}} {{2, {2}}} {{3}}", widths[0], widths[1], widths[2]);
#else
string.Format("{{0, {0}}} {{3}} {{1, {1}}} {{3}} {{2, {2}}}}", widths[0], widths[1], widths[2]);
#endif
a = new Object[]
{
new string('-', widths[0]),
new string('-', widths[1]),
new string('-', widths[2]),
new string('+', 1)
};
delimiter = string.Format(format, a);
#if TOP_AND_BOTTOM_BORDERS
Console.WriteLine(delimiter);
#endif
a = new Object[] { "Date", "JDN", "Date restored from JDN", "|" };
Console.WriteLine(format, a);
Console.WriteLine(delimiter);
for (int i = 0; i < dates.Count; i++)
{
date d = dates[i];
string original = string.Format("{0}/{1}/{2}", d.Year, d.Month, d.Day);
int year;
int month;
int day;
string recDate;
char ok;
if (UDNCalendarType.ctGregorian == d.Calendar)
{
int jdn;
string reconstructed;
try
{
jdn = CalendarAltConverter.gregorian_to_jd5(d.Year, d.Month, d.Day);
CalendarAltConverter.jd_to_gregorian5(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
}
catch (Exception)
{
jdn = 0;
ok = 'o';
reconstructed = "**** error";
}
a = new Object[] { original, "by `gregorian_to_jd5`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
jdn = CalendarAltConverter.gregorian_to_jd4(d.Year, d.Month, d.Day);
CalendarAltConverter.jd_to_gregorian4(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
a = new Object[] { original, "by `gregorian_to_jd4`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
try
{
jdn = CalendarAltConverter.gregorian_to_jd3(d.Year, d.Month, d.Day);
CalendarAltConverter.jd_to_gregorian3(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
}
catch (Exception)
{
jdn = 0;
ok = 'o';
reconstructed = "**** error";
}
a = new Object[] { original, "by `gregorian_to_jd3`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
jdn = CalendarConverter.gregorian_to_jd2(d.Year, d.Month, d.Day);
CalendarConverter.jd_to_gregorian2(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
a = new Object[] { original, "by `gregorian_to_jd2`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
jdn = (int)CalendarConverter.gregorian_to_jd(d.Year, d.Month, d.Day);
CalendarConverter.jd_to_gregorian(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
a = new Object[] { original, "by `gregorian_to_jd`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
}
else if (UDNCalendarType.ctJulian == d.Calendar)
{
int jdn = CalendarAltConverter.julian_to_jd3(d.Year, d.Month, d.Day);
CalendarAltConverter.jd_to_julian3(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
string reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
a = new Object[] { original, "by `julian_to_jd3`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
jdn = (int)CalendarConverter.julian_to_jd(d.Year, d.Month, d.Day);
CalendarConverter.jd_to_julian(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
a = new Object[] { original, "by `julian_to_jd`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
}
else if (UDNCalendarType.ctIslamic == d.Calendar)
{
int jdn = CalendarConverter.islamic_to_jd3(d.Year, d.Month, d.Day);
CalendarConverter.jd_to_islamic3(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
string reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
a = new Object[] { original, "by `islamic_to_jd3`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
jdn = (int)CalendarConverter.islamic_to_jd(d.Year, d.Month, d.Day);
CalendarConverter.jd_to_islamic(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
a = new Object[] { original, "by `islamic_to_jd`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
}
else if (UDNCalendarType.ctHebrew == d.Calendar)
{
int jdn = CalendarConverter.hebrew_to_jd3(d.Year, d.Month, d.Day);
CalendarConverter.jd_to_hebrew3(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
string reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
a = new Object[] { original, "by `hebrew_to_jd3`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
jdn = (int)CalendarConverter.hebrew_to_jd(d.Year, d.Month, d.Day);
CalendarConverter.jd_to_hebrew(jdn, out year, out month, out day);
recDate = string.Format("{0}/{1}/{2}", year, month, day);
ok = (recDate == original) ? '+' : 'o';
reconstructed = string.Format("{0}/{1}/{2} (must be {3})", year, month, day, original);
a = new Object[] { original, "by `hebrew_to_jd`: " + jdn.ToString(), reconstructed + " " + ok, "|" };
Console.WriteLine(format, a);
}
if (dates.Count - 1 > i)
{
Console.WriteLine(delimiter);
}
}
#if TOP_AND_BOTTOM_BORDERS
Console.WriteLine(delimiter);
#endif
Console.WriteLine();
Console.Write("Press any key to continue . . . ");
Console.ReadKey(true);
}