persis_times 1.0.22 
persis_times: ^1.0.22 copied to clipboard
Astronomical calculations for Islamic prayer times, qibla direction, hijri calendar, and eclipses.
example/main.dart
import 'package:persis_times/persis_times.dart';
// import '../model/solar_eclipse/solar_eclipse_local_result.dart';
// import '../model/solar_eclipse/solar_eclipse_global_result.dart';
// import '../model/lunar_eclipse/lunar_eclipse_global_range_result.dart';
// import '../model/lunar_eclipse/lunar_eclipse_local_range_result.dart';
void main() {
final cs = CalendarService();
final le = LunarEclipseService();
final se = SolarEclipseService();
final jd = JulianDay();
final mf = MathFunction();
final moonService = MoonService();
final sunService = SunService();
print("======================");
print("DATA MATAHARI");
print("======================");
final res2 = sunService.calculate(
tglM: 19,
blnM: 5,
thnM: 2026,
jam: 6,
menit: 32,
detik: 5,
gLon: (107 + 31 / 60.0 + 2.73 / 3600.0),
gLat: -(6 + 58 / 60.0 + 15.83 / 3600.0),
elev: 738,
tmZn: 7.0,
temp: 10.0,
pres: 1010.0,
deltaTOverride:
0.0, //default kalau tanpa deltaToverride maka otomatis menggunakan rumus deltaT
);
print("JD : ${res2.jd}");
print("DeltaT : ${res2.deltaT}");
print("======================");
print("GEOCENTRIC");
print("======================");
print(
"Longitude True : ${mf.dddms(res2.geoLongitudeTrue, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Longitude Apparent : ${mf.dddms(res2.geoLongitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Latitude True : ${mf.dddms(res2.geoLatitudeTrue, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Latitude Apparent : ${mf.dddms(res2.geoLatitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("Distance KM : ${res2.geoDistanceKm}");
print("Distance AU : ${res2.geoDistanceAu}");
print("Distance ER : ${res2.geoDistanceEr}");
print(
"Right Ascension : ${mf.dddms(res2.geoRightAscensionApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Declination : ${mf.dddms(res2.geoDeclinationApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Greenwich HA : ${mf.dhhms(res2.geoGreenwichHourAngleApparent / 15, optResult: "HHMMSS", posNegSign: "", secDecPlaces: 2)}",
);
print(
"Local HA : ${mf.dhhms(res2.geoLocalHourAngleApparent / 15, optResult: "HHMMSS", posNegSign: "", secDecPlaces: 2)}",
);
print(
"Azimuth : ${mf.dddms(res2.geoAzimuthApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude : ${mf.dddms(res2.geoAltitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Horizontal Parallax : ${mf.dddms(res2.geoHorizontalParallax, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Semidiameter : ${mf.dddms(res2.geoSemidiameter, optResult: "MMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"equation of Time : ${mf.dhhms(res2.equationOfTime, optResult: "MMSS", secDecPlaces: 0, posNegSign: "+-")}",
);
print("");
print("======================");
print("TOPOCENTRIC (APPARENT)");
print("======================");
print(
"Longitude : ${mf.dddms(res2.topoLongitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Latitude : ${mf.dddms(res2.topoLatitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Right Ascension : ${mf.dddms(res2.topoRightAscensionApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Declination : ${mf.dddms(res2.topoDeclinationApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Greenwich HA : ${mf.dhhms(res2.topoGreenwichHourAngleApparent / 15, optResult: "HHMMSS", posNegSign: "", secDecPlaces: 2)}",
);
print(
"Local HA : ${mf.dhhms(res2.topoLocalHourAngleApparent / 15, optResult: "HHMMSS", posNegSign: "", secDecPlaces: 2)}",
);
print(
"Semidiameter : ${mf.dddms(res2.topoSemidiameterApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Azimuth : ${mf.dddms(res2.topoAzimuthApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print("----------------------");
print("Airless Altitude");
print("----------------------");
print(
"Upper : ${mf.dddms(res2.topoAltitudeUpperAirless, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Center : ${mf.dddms(res2.topoAltitudeCenterAirless, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Lower : ${mf.dddms(res2.topoAltitudeLowerAirless, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print("----------------------");
print("Apparent Altitude");
print("----------------------");
print(
"Upper : ${mf.dddms(res2.topoAltitudeUpperApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Center : ${mf.dddms(res2.topoAltitudeCenterApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Lower : ${mf.dddms(res2.topoAltitudeLowerApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print("----------------------");
print("Observed Altitude");
print("----------------------");
print(
"Upper : ${mf.dddms(res2.topoAltitudeUpperObserved, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Center : ${mf.dddms(res2.topoAltitudeCenterObserved, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Lower : ${mf.dddms(res2.topoAltitudeLowerObserved, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print("======================");
print("DATA BULAN");
print("======================");
final res = moonService.calculate(
tglM: 3,
blnM: 3,
thnM: 2026,
jam: 6,
menit: 32,
detik: 5,
gLon: (107 + 31 / 60.0 + 2.73 / 3600.0),
gLat: -(6 + 58 / 60.0 + 15.83 / 3600.0),
elev: 738.0,
tmZn: 7.0,
temp: 10.0,
pres: 1010.0,
deltaTOverride:
0.0, //default kalau tanpa deltaToverride maka otomatis menggunakan rumus deltaT
);
print("JD : ${res.jd}");
print("DeltaT : ${res.deltaT}");
print("======================");
print("GEOCENTRIC");
print("======================");
print(
"Longitude True : ${mf.dddms(res.geoLongitudeTrue, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Longitude Apparent : ${mf.dddms(res.geoLongitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Latitude True : ${mf.dddms(res.geoLatitudeTrue, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Latitude Apparent : ${mf.dddms(res.geoLatitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("Distance KM : ${res.geoDistanceKm}");
print("Distance AU : ${res.geoDistanceAu}");
print("Distance ER : ${res.geoDistanceEr}");
print(
"Right Ascension : ${mf.dddms(res.geoRightAscensionApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Declination : ${mf.dddms(res.geoDeclinationApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Greenwich HA : ${mf.dhhms(res.geoGreenwichHourAngleApparent / 15, optResult: "HHMMSS", posNegSign: "", secDecPlaces: 2)}",
);
print(
"Local HA : ${mf.dhhms(res.geoLocalHourAngleApparent / 15, optResult: "HHMMSS", posNegSign: "", secDecPlaces: 2)}",
);
print(
"Azimuth : ${mf.dddms(res.geoAzimuthApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude : ${mf.dddms(res.geoAltitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Horizontal Parallax : ${mf.dddms(res.geoHorizontalParallax, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Semidiameter : ${mf.dddms(res.geoSemidiameter, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Phase Angle : ${mf.dddms(res.geoPhaseAngle, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("Illuminated Fraction : ${res.geoIlluminatedFraction}");
print(
"Bright Limb Angle : ${mf.dddms(res.geoBrightLimbAngle, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Sun-Moon Elongation : ${mf.dddms(res.geoSunElongation, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print("======================");
print("TOPOCENTRIC (APPARENT)");
print("======================");
print(
"Longitude : ${mf.dddms(res.topoLongitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Latitude : ${mf.dddms(res.topoLatitudeApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Right Ascension : ${mf.dddms(res.topoRightAscensionApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Declination : ${mf.dddms(res.topoDeclinationApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Greenwich HA : ${mf.dhhms(res.topoGreenwichHourAngleApparent / 15, optResult: "HHMMSS", posNegSign: "", secDecPlaces: 2)}",
);
print(
"Local HA : ${mf.dhhms(res.topoLocalHourAngleApparent / 15, optResult: "HHMMSS", posNegSign: "", secDecPlaces: 2)}",
);
print(
"Semidiameter : ${mf.dddms(res.topoSemidiameterApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Phase Angle : ${mf.dddms(res.topoPhaseAngleApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("Illuminated Fraction : ${res.topoIlluminatedFractionApparent}");
print(
"Bright Limb Angle : ${mf.dddms(res.topoBrightLimbAngleApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Azimuth : ${mf.dddms(res.topoAzimuthApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print("----------------------");
print("Airless Altitude");
print("----------------------");
print(
"Upper : ${mf.dddms(res.topoAltitudeUpperAirless, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Center : ${mf.dddms(res.topoAltitudeCenterAirless, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Lower : ${mf.dddms(res.topoAltitudeLowerAirless, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print("----------------------");
print("Apparent Altitude");
print("----------------------");
print(
"Upper : ${mf.dddms(res.topoAltitudeUpperApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Center : ${mf.dddms(res.topoAltitudeCenterApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Lower : ${mf.dddms(res.topoAltitudeLowerApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print("----------------------");
print("Observed Altitude");
print("----------------------");
print(
"Upper : ${mf.dddms(res.topoAltitudeUpperObserved, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Center : ${mf.dddms(res.topoAltitudeCenterObserved, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Lower : ${mf.dddms(res.topoAltitudeLowerObserved, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print(
"Sun-Moon Elongation : ${mf.dddms(res.topoSunElongationApparent, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
//terbit-transit-terbenam Bulan
final tmZn5 = 7.0;
print(
"Bulan Terbit : "
"${res.jdMoonRise == null ? "-" : mf.dhhms(double.parse(jd.jdkm(res.jdMoonRise!, tmZn5, "JAMDES")), optResult: "HH:MM:SS", secDecPlaces: 0, posNegSign: "")}",
);
print(
"Bulan Transit : "
"${res.jdMoonTransit == null ? "-" : mf.dhhms(double.parse(jd.jdkm(res.jdMoonTransit!, tmZn5, "JAMDES")), optResult: "HH:MM:SS", secDecPlaces: 0, posNegSign: "")}",
);
print(
"Bulan Terbenam : "
"${res.jdMoonSet == null ? "-" : mf.dhhms(double.parse(jd.jdkm(res.jdMoonSet!, tmZn5, "JAMDES")), optResult: "HH:MM:SS", secDecPlaces: 0, posNegSign: "")}",
);
print("");
print("========================================");
print(" WAKTU SALAT HARIAN");
print("========================================");
final ss = SalatService();
final result4 = ss.waktuSalatHarian(
tglM: 19,
blnM: 4,
thnM: 2026,
gLon: (107 + 31 / 60 + 2.80 / 3600),
gLat: -(6 + 58 / 60 + 15.84 / 3600),
elev: 0,
tmZn: 7,
prayerMethod:
PrayerMethod.persatuanIslam, // opsi tinggi matahari subuh dan isya
ihtySubuh: 2,
ihtySyuruk: -2,
ihtyZuhur: 2,
ihtyAsar: 2,
ihtyMagrib: 2,
ihtyIsya: 2,
);
void printSalat(String nama, SalatValue value) {
if (value.isNormal) {
print(
//"${nama.padRight(12)} : ${value.time!}",
"${nama.padRight(12)} : ${mf.dhhm(value.time!, optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
} else {
print("${nama.padRight(12)} : ${value.status.label}");
}
}
printSalat("Subuh", result4.subuh);
printSalat("Syuruq", result4.syuruk);
printSalat("Duha", result4.duha);
printSalat("Zuhur", result4.zuhur);
printSalat("Asar", result4.asar);
printSalat("Magrib", result4.magrib);
printSalat("Isya", result4.isya);
printSalat("Nisfu Lail", result4.nisfuLail);
print("");
//penjelasan
// DAFTAR METODE PREDEFINED
// ------------------------
// Format: 'Nama Organisasi', hm Subuh = X°, hm Isya = Y°
// 1. PrayerMethod.persatuanIslam
// hm Subuh = -20°, hm Isya = -18°
// 2. PrayerMethod.kemenagRI
// hm Subuh = -20°, hm Isya = -18°
// 3. PrayerMethod.nahdlatulUlama
// hm Subuh = -20°, hm Isya = -18°
// 4. PrayerMethod.muhammadiyah
// hm Subuh = -18°, hm Isya = -18°
// 5. PrayerMethod.egyptianGeneralAuthority
// hm Subuh = -19.5°, hm Isya = -17.5°
// 6. PrayerMethod.islamicSocietyNorthAmerica
// hm Subuh = -18°, hm Isya = -18°
// 7. PrayerMethod.muslimWorldLeague
// hm Subuh = -18°, hm Isya = -17°
// 8. PrayerMethod.universityIslamicScienceKarachi
// hm Subuh = -18°, hm Isya = -18°
// 9. PrayerMethod.custom(nama, hmSubuh, hmIsya)
// Untuk nilai custom yang bisa diinput oleh user
// CONTOH PENGGUNAAN
// -----------------
// 1. Menggunakan Metode Predefined:
// final result = salatService.waktuSalatHarian(
// tglM: 19, blnM: 4, thnM: 2026,
// gLon: 107.517, gLat: -6.971,
// elev: 0, tmZn: 7,
// prayerMethod: PrayerMethod.persatuanIslam,
// );
// 2. Menggunakan Metode Custom:
// final customMethod = PrayerMethod.custom(
// 'Kriteria Masjid Raya',
// hmSubuh: -21.0,
// hmIsya: -19.0,
// );
// final result = salatService.waktuSalatHarian(
// // ... parameter lainnya ...
// prayerMethod: customMethod,
// );
// 3. Lookup dari String:
// final selected = PrayerMethod.fromName('Muslim World League');
// if (selected != null) {
// final result = salatService.waktuSalatHarian(
// // ... parameter lainnya ...
// prayerMethod: selected,
// );
// }
//Waktu salat untuk rentang tanggal
print("========================================");
print(" WAKTU SALAT BULANAN");
print("========================================");
final jadwal = ss.getSalatRange(
tglAwal: 24,
blnAwal: 2,
thnAwal: 2026,
tglAkhir: 3,
blnAkhir: 3,
thnAkhir: 2026,
gLon: 107.6,
gLat: -7.08,
elev: 0,
tmZn: 7,
prayerMethod:
PrayerMethod.persatuanIslam, // opsi tinggi matahari subuh dan isya
ihtySubuh: 2,
ihtySyuruk: -2,
ihtyZuhur: 2,
ihtyAsar: 2,
ihtyMagrib: 2,
ihtyIsya: 2,
);
for (final item in jadwal) {
// ignore: unnecessary_string_interpolations
print("${jd.jdkm(item["jd"], 0, "")}");
print(
"Subuh : ${mf.dhhm(item["subuh"], optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Syuruk : ${mf.dhhm(item["syuruk"], optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Duha : ${mf.dhhm(item["duha"], optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Zuhur : ${mf.dhhm(item["zuhur"], optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Asar : ${mf.dhhm(item["asar"], optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Magrib : ${mf.dhhm(item["magrib"], optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Isya : ${mf.dhhm(item["isya"], optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Nisfu Lail : ${mf.dhhm(item["nisfuLail"], optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print("----------------------------------");
}
print("========================================");
print(" ARAH KIBLAT");
print("========================================");
final qiblaService = QiblaService();
final res3 = qiblaService.getQibla(
tglM: 23,
blnM: 2,
thnM: 2026,
gLon: 107.6576575,
gLat: -6.9754746,
tmZn: 7.0,
azQiblat: "spherical", // "spherical", "ellipsoid", atau "vincenty"
);
print(
"Arah Spherical : ${mf.dddms(res3.arahSpherical, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Arah Ellipsoid : ${mf.dddms(res3.arahEllipsoid, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Arah Vincenty : ${mf.dddms(res3.arahVincenty, optResult: "DDDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("Jarak Spherical : ${res3.jarakSphericalKm} KM");
print("Jarak Ellipsoid : ${res3.jarakEllipsoidKm} KM");
print("Jarak Vincenty : ${res3.jarakVincentyKm} KM");
print(
"BQ1 : ${mf.dhhms(res3.bayangan1, optResult: "HH:MM:SS", posNegSign: "", secDecPlaces: 0)}",
);
print(
"BQ2 : ${mf.dhhms(res3.bayangan2, optResult: "HH:MM:SS", posNegSign: "", secDecPlaces: 0)}",
);
print("");
print("=== RASHDUL QIBLAT ===");
print("Rashdul Qiblat Pertama");
print("Tgl : ${jd.jdkm(res3.rashdul1.jd, 0, "")}");
print(
"Jam : ${mf.dhhm(res3.rashdul1.jamDes, optResult: "HH:MM:SS", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Tinggi : ${mf.dddms(res3.rashdul1.tinggi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print(
"Deklinasi : ${mf.dddms(res3.rashdul1.deklinasi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print("");
print("Rashdul Qibllat Kedua");
print("tgl : ${jd.jdkm(res3.rashdul2.jd, 0, "")}");
print(
"Jam : ${mf.dhhm(res3.rashdul2.jamDes, optResult: "HH:MM:SS", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Tinggi : ${mf.dddms(res3.rashdul2.tinggi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print(
"Deklinasi : ${mf.dddms(res3.rashdul2.deklinasi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print("");
print("=== ANTIPODA QIBLAT ===");
print("Antipoda Qiblat Pertama");
print("Tgl : ${jd.jdkm(res3.antipoda1.jd, 0, "")}");
print(
"Jam : ${mf.dhhm(res3.antipoda1.jamDes, optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Tinggi : ${mf.dddms(res3.antipoda1.tinggi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print(
"Deklinasi : ${mf.dddms(res3.antipoda1.deklinasi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print("");
print("Antipoda Qiblat Kedua");
print("Tgl : ${jd.jdkm(res3.antipoda2.jd, 0, "")}");
print(
"Jam : ${mf.dhhm(res3.antipoda2.jamDes, optResult: "HH:MM", posNegSign: "", minDecPlaces: 0)}",
);
print(
"Tinggi : ${mf.dddms(res3.antipoda2.tinggi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print(
"Deklinasi : ${mf.dddms(res3.antipoda2.deklinasi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print("");
//Bayangan kiblat harian untuk rentang tanggal
print("=== BAYANGAN KIBLAT HARIAN ===");
final hasil = qiblaService.getQiblaRange(
tglAwal: 20,
blnAwal: 2,
thnAwal: 2026,
tglAkhir: 25,
blnAkhir: 2,
thnAkhir: 2026,
gLon: 107.6576575,
gLat: -6.9754746,
tmZn: 7,
azQiblat: "spherical", // "spherical", "ellipsoid", atau "vincenty"
);
for (var data in hasil) {
print("TGL : ${jd.jdkm(data["jd"], 0, "")}");
print(
"BQ1 : ${mf.dhhms(data["bayangan1"], optResult: "HH:MM:SS", posNegSign: "", secDecPlaces: 0)}",
);
print(
"BQ2 : ${mf.dhhms(data["bayangan2"], optResult: "HH:MM:SS", posNegSign: "", secDecPlaces: 0)}",
);
print("------------------------");
}
// Rashdul Qiblat untuk rentang tahun
print("=== RASHDUL QIBLAT ===");
final hasil2 = qiblaService.getRashdulRange(
tahunAwal: 2026,
tahunAkhir: 2030,
tmZn: 7,
);
for (var item in hasil2) {
print("========== Tahun ${item["tahun"]} ==========");
final r1 = item["rashdul1"];
final r2 = item["rashdul2"];
print("Hari : ${jd.jdkm(r1.jd, 0, "NMHRM")}");
print("RQ 1 Tgl : ${jd.jdkm(r1.jd, 0, "")}");
print(
"RQ 1 Jam : ${mf.dhhm(r1.jamDes, optResult: "HH:MM:SS", posNegSign: "", minDecPlaces: 0)}",
);
print(
"RQ 1 Tinggi : ${mf.dddms(r1.tinggi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print(
"RQ 1 Deklinasi : ${mf.dddms(r1.deklinasi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print("");
print("Hari : ${jd.jdkm(r2.jd, 0, "NMHRM")}");
print("RQ 2 Tgl : ${jd.jdkm(r2.jd, 0, "")}");
print(
"RQ 2 Jam : ${mf.dhhm(r2.jamDes, optResult: "HH:MM:SS", posNegSign: "", minDecPlaces: 0)}",
);
print(
"RQ 2 Tinggi : ${mf.dddms(r2.tinggi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print(
"RQ 2 Deklinasi : ${mf.dddms(r2.deklinasi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print("\n");
}
// Antipoda Qiblat untuk rentang tahun
print("=== ANTIPODA QIBLAT ===");
final hasil3 = qiblaService.getAntipodaRange(
tahunAwal: 2026,
tahunAkhir: 2030,
tmZn: 7,
);
for (var item in hasil3) {
print("========== Tahun ${item["tahun"]} ==========");
final r1 = item["antipoda1"];
final r2 = item["antipoda2"];
print("AQ 1 Tgl : ${jd.jdkm(r1.jd, 0, "")}");
print(
"AQ 1 Jam : ${mf.dhhm(r1.jamDes, optResult: "HH:MM:SS", posNegSign: "", minDecPlaces: 0)}",
);
print(
"AQ 1 Tinggi : ${mf.dddms(r1.tinggi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print(
"AQ 1 Deklinasi : ${mf.dddms(r1.deklinasi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print("");
print("AQ 2 Tgl : ${jd.jdkm(r2.jd, 0, "")}");
print(
"AQ 2 Jam : ${mf.dhhm(r2.jamDes, optResult: "HH:MM:SS", posNegSign: "", minDecPlaces: 0)}",
);
print(
"AQ 2 Tinggi : ${mf.dddms(r2.tinggi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print(
"AQ 2 Deklinasi : ${mf.dddms(r2.deklinasi, optResult: "DDDMMSS", sdp: 0, posNegSign: "+-")}",
);
print("\n");
}
// RASHDUL QIBLAT DENGAN BULAN
print("RASHDUL QIBLAT DENGAN BULAN");
final arah = qiblaService.getRashdulBulanRange(
tahunAwal: 2025,
tahunAkhir: 2026,
tmZn: 7,
);
for (var yearly in arah.data) {
print("Tahun : ${yearly.tahun}");
int no = 1;
for (var e in yearly.events) {
print("Event : $no");
print("JD : ${jd.jdkm(e.jd, 7, "")}");
print("Jam Des : ${mf.dhhms(e.jamDes)}");
print("Tinggi : ${mf.dddms(e.tinggi)}");
print("Deklinasi : ${mf.dddms(e.deklinasi)}");
print("---------------------------");
no++;
}
print(""); // spasi antar tahun
}
print("========================================");
print(" HISAB AWAL BULAN HIJRIAH");
print("========================================");
final String loc = "Banda Aceh";
final int blnH = 3;
final int thnH = 1448;
final double gLon = (95 + 19 / 60 + 1.92 / 3600);
final double gLat = (5 + 33 / 60 + 12.96 / 3600);
final double tmZn = 7;
final double elev = 20;
final double pres = 1010;
final double temp = 10;
final int tbhHari = 0;
final int optKriteria = 1; // 1. imkan rukyat 2. Wujudul Hilal
final service = HisabAwalBulanService();
final rs = service.hitung(
blnH: blnH,
thnH: thnH,
gLon: gLon,
gLat: gLat,
tmZn: tmZn,
elev: elev,
pres: pres,
temp: temp,
tbhHari: tbhHari,
optKriteria: optKriteria,
);
print("Lokasi : $loc");
print(
"Bujur : ${mf.dddms(gLon, optResult: "BBBT", sdp: 0, posNegSign: "+-")}",
);
print(
"Lintang : ${mf.dddms(gLat, optResult: "LULS", sdp: 0, posNegSign: "+-")}",
);
print("Time Zone : $tmZn");
print("Elevasi : $elev");
print("deltaT : ${rs.deltaT}");
print("");
print(
"Ijtimak Geosentris : "
"${jd.jdkm(rs.geojdIjtimak, tmZn, "")} | "
"${mf.dhhms(double.parse(jd.jdkm(rs.geojdIjtimak, tmZn, "JAMDES")), optResult: "HH:MM:SS", secDecPlaces: 0, posNegSign: "")}",
);
print(
"Ijtimak Toposentris : "
"${jd.jdkm(rs.topojdIjtimak, tmZn, "")} | "
"${mf.dhhms(double.parse(jd.jdkm(rs.topojdIjtimak, tmZn, "JAMDES")), optResult: "HH:MM:SS", secDecPlaces: 0, posNegSign: "")}",
);
print(
"Ghurub Matahari : ${mf.dhhms(double.parse(jd.jdkm(rs.sunsetJD, tmZn, "JAMDES")), optResult: "HH:MM:SS", secDecPlaces: 0, posNegSign: "")}",
);
print(
"Ghurub Bulan : "
"${rs.moonsetJD == null ? "Tidak terbenam" : mf.dhhms(double.parse(jd.jdkm(rs.moonsetJD!, tmZn, "JAMDES")), optResult: "HH:MM:SS", secDecPlaces: 0, posNegSign: "")}",
);
print(
"Imkan Rukyat MABIMS : ${rs.imkanMabimsStatus == 1 ? "Visible" : "Not Visible"}",
);
print(
"Imkan Rukyat Turki : ${rs.imkanTurkiStatus == 1 ? "Visible" : "Not Visible"}",
);
print(
"wujudul Hilal : ${rs.wujudHilalStatus == 1 ? "Wujud" : "Tidak Wujud"}",
);
//print("JD Awal Bulan : ${jd.jdkm(rs.hilal.awalBulanJD)}");
print("");
print(".......Data Matahari Geosentris.......");
print(
"True Longitude : ${mf.dddms(rs.sunGeo.longitudeTrue, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"True Latitude : ${mf.dddms(rs.sunGeo.latitudeTrue, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Longitude : ${mf.dddms(rs.sunGeo.longitudeApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Latitude : ${mf.dddms(rs.sunGeo.latitudeApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Right Ascensioan : ${mf.dddms(rs.sunGeo.rightAscension, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Declination : ${mf.dddms(rs.sunGeo.declination, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Greenwich Sideral Time : ${mf.dddms(rs.sunGeo.greenwichApparentSiderealTime, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Local Sidereal Time : ${mf.dddms(rs.sunGeo.localApparentSiderealTime, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Greenwich Hour Angle : ${mf.dddms(rs.sunGeo.greenwichHourAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Local Hour Angle : ${mf.dddms(rs.sunGeo.localHourAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Azimuth : ${mf.dddms(rs.sunGeo.azimuth, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude : ${mf.dddms(rs.sunGeo.altitude, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print(".......Data Matahari Toposentris.......");
print(
"Apparent Longitude : ${mf.dddms(rs.sunTopo.longitudeApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Latitude : ${mf.dddms(rs.sunTopo.latitudeApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Right Ascension : ${mf.dddms(rs.sunTopo.rightAscension, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Declination : ${mf.dddms(rs.sunTopo.declination, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Greenwich Hour Angle : ${mf.dddms(rs.sunTopo.greenwichHourAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Local Hour Angle : ${mf.dddms(rs.sunTopo.localHourAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Azimuth : ${mf.dddms(rs.sunTopo.azimuth, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Airless Upper : ${mf.dddms(rs.sunTopo.altitudeAirlessUpper, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Airless Center : ${mf.dddms(rs.sunTopo.altitudeAirlessCenter, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Airless Lower : ${mf.dddms(rs.sunTopo.altitudeAirlessLower, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Apparent Upper : ${mf.dddms(rs.sunTopo.altitudeApparentUpper, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Apparent Center : ${mf.dddms(rs.sunTopo.altitudeApparentCenter, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Apparent Lower : ${mf.dddms(rs.sunTopo.altitudeApparentLower, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Observered Upper : ${mf.dddms(rs.sunTopo.altitudeObserveredUpper, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Observered Center : ${mf.dddms(rs.sunTopo.altitudeObserveredCenter, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Observered Lower : ${mf.dddms(rs.sunTopo.altitudeObserveredLower, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print(".......Data Bulan Geosentris.......");
print(
"True Longitude : ${mf.dddms(rs.moonGeo.longitudeTrue, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"True Latitude : ${mf.dddms(rs.moonGeo.latitudeTrue, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Longitude : ${mf.dddms(rs.moonGeo.longitudeApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Latitude : ${mf.dddms(rs.moonGeo.latitudeApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Right Ascension : ${mf.dddms(rs.moonGeo.rightAscension, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Declination : ${mf.dddms(rs.moonGeo.declination, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Greenwich Hour Angle : ${mf.dddms(rs.moonGeo.greenwichHourAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Local Hour Angle : ${mf.dddms(rs.moonGeo.localHourAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Azimuth : ${mf.dddms(rs.moonGeo.azimuth, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude : ${mf.dddms(rs.moonGeo.altitude, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("Illumination Fraction : ${rs.moonGeo.diskIlluminationFraction}");
print(
"Phase Angle : ${mf.dddms(rs.moonGeo.phaseAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Bright Limb Angle : ${mf.dddms(rs.moonGeo.brightLimbAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Moon-Sun Elongation : ${mf.dddms(rs.hilal.elongationGeo, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Crescent Width : ${mf.dddms(rs.hilal.crescentWidthGeo, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Relative Altitude : ${mf.dddms(rs.hilal.relativeAltitudeGeo, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print(".......Data Bulan Toposentris.......");
print(
"Apparent Longitude : ${mf.dddms(rs.moonTopo.longitudeApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Latitude : ${mf.dddms(rs.moonTopo.latitudeApparent, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Right Ascension : ${mf.dddms(rs.moonTopo.rightAscension, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Apparent Declination : ${mf.dddms(rs.moonTopo.declination, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Greenwich Hour Angle : ${mf.dddms(rs.moonTopo.greenwichHourAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Local Hour Angle : ${mf.dddms(rs.moonTopo.localHourAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Azimuth : ${mf.dddms(rs.moonTopo.azimuth, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Airless Upper : ${mf.dddms(rs.moonTopo.altitudeAirlessUpper, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Airless Center : ${mf.dddms(rs.moonTopo.altitudeAirlessCenter, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Airless Lower : ${mf.dddms(rs.moonTopo.altitudeAirlessLower, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Apparent Upper : ${mf.dddms(rs.moonTopo.altitudeApparentUpper, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Apparent Center : ${mf.dddms(rs.moonTopo.altitudeApparentCenter, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Apparent Lower : ${mf.dddms(rs.moonTopo.altitudeApparentLower, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Observered Upper : ${mf.dddms(rs.moonTopo.altitudeObservedUpper, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Observered Center : ${mf.dddms(rs.moonTopo.altitudeObservedCenter, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Altitude Observered Lower : ${mf.dddms(rs.moonTopo.altitudeObservedLower, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("Illumination Fraction : ${rs.moonTopo.diskIlluminationFraction}");
print(
"Phase Angle : ${mf.dddms(rs.moonTopo.phaseAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Bright Limb Angle : ${mf.dddms(rs.moonTopo.brightLimbAngle, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Moon-Sun Elongation : ${mf.dddms(rs.hilal.elongationTopo, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Crescent Width : ${mf.dddms(rs.hilal.crescentWidthTopo, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print(
"Relative Altitude : ${mf.dddms(rs.hilal.relativeAltitudeTopo, optResult: "DDMMSS", sdp: 2, posNegSign: "+-")}",
);
print("");
print(".......Data-data lainnya.......");
print("Range-q Odeh : ${rs.hilal.qOdeh}");
// if (rs.hilal.bestTime != null) {
// print(
// "Best Time : ${mf.dhhms(double.parse(jd.jdkm(rs.hilal.bestTime!, 0, "JAMDES")), optResult: "HH:MM:SS", secDecPlaces: 0, posNegSign: "")}",
// );
// } else {
// "Best Time : - ";
// }
if (rs.hilal.bestTime != null) {
print(
"Best Time : ${mf.dhhms(rs.hilal.bestTime!, optResult: "HH:MM:SS", secDecPlaces: 0, posNegSign: "")}",
);
} else {
"Best Time : - ";
}
print("");
// print("========================================");
// print(" HISAB AWAL BULN HIJRIAH");
// print("========================================");
final namaBulanHijriah = [
"Al-Muharram",
"Shafar",
"Rabiul Awwal",
"Rabiul Akhir",
"Jumadal Ula",
"Jumadal Akhirah",
"Rajab",
"Syaban",
"Ramadhan",
"Syawwal",
"Zulqadah",
"Zulhijjah",
];
// //input Bulan dan Tahun Hijri
// final blnH = 10;
// final thnH = 1447;
// final abqSesuaiLokasi = ab.hisabAwalBulanHijriahSesuaiLokasi(
// nmLokasi: "Pelabuhan Ratu",
// blnH: blnH,
// thnH: thnH,
// gLon: (106 + 33 / 60 + 27.8 / 3600),
// gLat: -(7 + 1 / 60 + 44.6 / 3600),
// elev: 52.685,
// tmZn: 7,
// pres: 1010,
// temp: 10,
// sdp: 2,
// tbhHari: 0,
// optKriteria: 2,
// );
//Konversi Hijri ke Masehi
print(".......KESIMPULAN.......");
final namaBlnH = namaBulanHijriah[blnH - 1];
final jdAbqMabims = cs.abqMabims(blnH, thnH);
print("1 $namaBlnH $thnH H (MABIMS) : ${jd.jdkm(jdAbqMabims)}");
final jdAbqWH = cs.abqWujudulHilal(blnH, thnH);
print("1 $namaBlnH $thnH H (Wujud Hilal) : ${jd.jdkm(jdAbqWH)}");
final jdAbqTurki = cs.abqTurki(blnH, thnH);
print("1 $namaBlnH $thnH H (TURKI/KHGT) : ${jd.jdkm(jdAbqTurki)}");
final jdAbqUmmulQura = cs.abqUmmulQura(blnH, thnH);
print("1 $namaBlnH $thnH H (Ummul Qura) : ${jd.jdkm(jdAbqUmmulQura)}");
print("");
//Konversi Masehi ke Hijri Hakiki
final tglM = 14;
final blnM = 8;
final thnM = 2026;
final abqMabimsNow = cs.serviceKalenderHijriahMABIMS(tglM, blnM, thnM);
print("MABIMS : $abqMabimsNow");
final abqWHNow = cs.serviceKalenderHijriahWH(tglM, blnM, thnM);
print("Wujudu Hilal : $abqWHNow");
final abqTurkiNow = cs.serviceKalenderHijriahTURKI(tglM, blnM, thnM);
print("Turki/KHGT : $abqTurkiNow");
final abqUQNow = cs.serviceKalenderHijriahUQ(tglM, blnM, thnM);
print("Ummul Qura : $abqUQNow");
print(" ");
// INPUT GERHANA BULAN
final int blnH2 = 9;
final int thnH2 = 1447;
final double gLon2 = 107 + 36 / 60.0 + 22 / 3600.0;
final double gLat2 = -(6 + 55 / 60.0 + 18 / 3600.0);
final double elev2 = 10.0;
final double pres2 = 1010;
final double temp2 = 10;
double tmZn2 = 7;
// ========================================
// DATA GERHANA BULAN LOKAL
// ========================================
final resLEL = le.lunarEclipseLocal(
blnH: blnH2,
thnH: thnH2,
gLon: gLon2,
gLat: gLat2,
elev: elev2,
pres: pres2,
temp: temp2,
tmZn: tmZn2,
);
print("========================================");
print(" DATA GERHANA BULAN LOKAL");
print("========================================");
print("");
// ================= PRINT BESSELIAN =================
final bessel = le.lBesselian(blnH2, thnH2);
if (bessel != null && bessel.isValid) {
print("========================================");
print(" DATA BESSELIAN");
print("========================================");
print("JDE : ${bessel.jde.toStringAsFixed(5)}");
print("Delta T : ${bessel.deltaT.toStringAsFixed(2)}");
print("T0 : ${bessel.t0}");
//print("x : ${bessel.x[0].toStringAsFixed(5)}"); contoh ambil per nilai
print("");
void printList(String label, List<double> list) {
for (int i = 0; i < list.length; i++) {
print(" $label$i : ${list[i].toStringAsFixed(5).padLeft(10)}");
}
print("");
}
printList("x", bessel.x);
printList("y", bessel.y);
printList("f1", bessel.f1);
printList("f2", bessel.f2);
printList("sm", bessel.sm);
printList("mu", bessel.mu);
printList("hp", bessel.hp);
printList("dm", bessel.dm);
printList("d", bessel.d);
}
if (resLEL == null || !resLEL.isValid) {
print("Tidak ada gerhana di lokasi ini.");
} else {
// =====================================
// KONTAK GERHANA
// =====================================
void printContact(String label, double? jd, double? azm, double? alt) {
if (jd == null && azm == null && alt == null) return;
print(label);
if (jd != null) print(" JD : $jd");
if (azm != null) print(" Azm : $azm");
if (alt != null) print(" Alt : $alt");
print("");
}
print("KONTAK GERHANA");
print("----------------------------------------");
printContact("Penumbral Awal (P1)", resLEL.p1, resLEL.azmP1, resLEL.altP1);
printContact("Umbra Awal (U1)", resLEL.u1, resLEL.azmU1, resLEL.altU1);
printContact("Totalitas Mulai (U2)", resLEL.u2, resLEL.azmU2, resLEL.altU2);
printContact("Puncak Gerhana (MX)", resLEL.mx, resLEL.azmMx, resLEL.altMx);
printContact("Totalitas Akhir (U3)", resLEL.u3, resLEL.azmU3, resLEL.altU3);
printContact("Umbra Akhir (U4)", resLEL.u4, resLEL.azmU4, resLEL.altU4);
printContact("Penumbral Akhir (P4)", resLEL.p4, resLEL.azmP4, resLEL.altP4);
// =====================================
// INFORMASI GERHANA
// =====================================
print("----------------------------------------");
print("Jenis Gerhana : ${resLEL.jenis}");
print("Magnitude Umbra : ${resLEL.magnitudeUmbral ?? '-'}");
print("Magnitude Penumbral : ${resLEL.magnitudePenumbral ?? '-'}");
print("Durasi Umbra : ${resLEL.durasiUmbral ?? '-'}");
print("Durasi Total : ${resLEL.durasiTotal ?? '-'}");
print("Durasi Penumbral : ${resLEL.durasiPenumbral ?? '-'}");
// =====================================
// DATA BULAN & MATAHARI SAAT PUNCAK
// =====================================
print("");
print("========================================");
print("DATA BULAN & MATAHARI SAAT PUNCAK");
print("========================================");
if (resLEL.sun != null) {
print("MATAHARI");
if (resLEL.sun!.ra != null) print(" RA : ${resLEL.sun!.ra}");
if (resLEL.sun!.dec != null) print(" DEC : ${resLEL.sun!.dec}");
if (resLEL.sun!.sd != null) print(" SD : ${resLEL.sun!.sd}");
if (resLEL.sun!.hp != null) print(" HP : ${resLEL.sun!.hp}");
print("");
}
if (resLEL.moon != null) {
print("BULAN");
if (resLEL.moon!.ra != null) print(" RA : ${resLEL.moon!.ra}");
if (resLEL.moon!.dec != null) print(" DEC : ${resLEL.moon!.dec}");
if (resLEL.moon!.sd != null) print(" SD : ${resLEL.moon!.sd}");
if (resLEL.moon!.hp != null) print(" HP : ${resLEL.moon!.hp}");
}
}
print("==========================================");
print("DATA GERHANA BULAN LOKAL PER RENTANG TAHUN");
print("==========================================");
// GERHANA BULAN LOKAL PER RENTANG TAHUN
final thnAwwalHijri2 = 1440;
final thnAkhirHijri2 = 1441;
final gLon7 = (107 + 36 / 60.0 + 22 / 3600.0);
final gLat7 = -(6 + 55 / 60.0 + 18 / 3600.0);
final elev7 = 10.0;
final pres7 = 1010.0;
final temp7 = 10.0;
double tmZn7 = 7.0;
final selRange2 = le.lunarEclipseLocalRangeHijri(
tahunAwalH: thnAwwalHijri2,
tahunAkhirH: thnAkhirHijri2,
gLon: gLon7,
gLat: gLat7,
elev: elev7,
pres: pres7,
temp: temp7,
tmZn: tmZn7,
timeScale: TimeScale.jdTD,
);
for (final e in selRange2) {
print("=================================");
print("Tahun H : ${e.tahunHijri}");
print("Bulan H : ${e.bulanHijri}");
print("Jenis : ${e.jenis}");
print("ΔT : ${e.deltaT?.toStringAsFixed(2) ?? '-'} s");
print("");
// ✅ Cek visibilitas gerhana
List<double?> altitudes = [
e.altP1,
e.altU1,
e.altU2,
e.altMx,
e.altU3,
e.altU4,
e.altP4,
];
bool terlihat = altitudes.any((alt) => alt != null && alt > 0);
if (!terlihat) {
print("❌ Gerhana tidak terlihat di lokasi");
print("========================================");
continue;
}
// =====================================
// KONTAK GERHANA (Format Tanggal & Waktu)
// =====================================
print("📅 KONTAK GERHANA");
// Helper untuk format JD → tanggal + jam
void printContact(String label, double? jdValue) {
if (jdValue == null) {
print("$label : -");
return;
}
final tanggal = jd.jdkm(jdValue, tmZn7, 'THNMHYNS');
final jamDes = jd.jdkm(jdValue, tmZn7, 'JAMDES');
final jam = mf.dhhms(
double.parse(jamDes),
optResult: 'HH:MM:SS',
secDecPlaces: 0,
);
print("$label :");
print(" 🗓️ $tanggal");
print(" 🕐 $jam");
}
printContact("P₁ (Penumbral Awal)", e.p1);
printContact("U₁ (Umbra Awal)", e.u1);
printContact("U₂ (Totalitas Mulai)", e.u2);
printContact("MX (Puncak Gerhana)", e.mx);
printContact("U₃ (Totalitas Akhir)", e.u3);
printContact("U₄ (Umbra Akhir)", e.u4);
printContact("P₄ (Penumbral Akhir)", e.p4);
print("");
// =====================================
// ALTITUDE & AZIMUTH
// =====================================
print("📐 ALTITUDE & AZIMUTH");
print(
"P₁ Alt/Azm : ${e.altP1 != null ? '${e.altP1!.toStringAsFixed(2)}°' : '-'} / ${e.azmP1 != null ? '${e.azmP1!.toStringAsFixed(2)}°' : '-'}",
);
print(
"U₁ Alt/Azm : ${e.altU1 != null ? '${e.altU1!.toStringAsFixed(2)}°' : '-'} / ${e.azmU1 != null ? '${e.azmU1!.toStringAsFixed(2)}°' : '-'}",
);
print(
"U₂ Alt/Azm : ${e.altU2 != null ? '${e.altU2!.toStringAsFixed(2)}°' : '-'} / ${e.azmU2 != null ? '${e.azmU2!.toStringAsFixed(2)}°' : '-'}",
);
print(
"MX Alt/Azm : ${e.altMx != null ? '${e.altMx!.toStringAsFixed(2)}°' : '-'} / ${e.azmMx != null ? '${e.azmMx!.toStringAsFixed(2)}°' : '-'}",
);
print(
"U₃ Alt/Azm : ${e.altU3 != null ? '${e.altU3!.toStringAsFixed(2)}°' : '-'} / ${e.azmU3 != null ? '${e.azmU3!.toStringAsFixed(2)}°' : '-'}",
);
print(
"U₄ Alt/Azm : ${e.altU4 != null ? '${e.altU4!.toStringAsFixed(2)}°' : '-'} / ${e.azmU4 != null ? '${e.azmU4!.toStringAsFixed(2)}°' : '-'}",
);
print(
"P₄ Alt/Azm : ${e.altP4 != null ? '${e.altP4!.toStringAsFixed(2)}°' : '-'} / ${e.azmP4 != null ? '${e.azmP4!.toStringAsFixed(2)}°' : '-'}",
);
print("");
// =====================================
// PARAMETER GERHANA
// =====================================
print("📊 PARAMETER GERHANA");
print(
"Magnitude Umbra : ${e.magnitudeUmbral?.toStringAsFixed(4) ?? '-'}",
);
print(
"Magnitude Penumbra : ${e.magnitudePenumbral?.toStringAsFixed(4) ?? '-'}",
);
print(
"Radius Umbra : ${e.radiusUmbral?.toStringAsFixed(4) ?? '-'}°",
);
print(
"Radius Penumbra : ${e.radiusPenumbral?.toStringAsFixed(4) ?? '-'}°",
);
print(
"Durasi Penumbra : ${e.durasiPenumbral != null ? mf.dhhms(e.durasiPenumbral!, optResult: 'HH:MM:SS', secDecPlaces: 0) : '-'}",
);
print(
"Durasi Umbra : ${e.durasiUmbral != null ? mf.dhhms(e.durasiUmbral!, optResult: 'HH:MM:SS', secDecPlaces: 0) : '-'}",
);
print(
"Durasi Totalitas : ${e.durasiTotal != null ? mf.dhhms(e.durasiTotal!, optResult: 'HH:MM:SS', secDecPlaces: 0) : '-'}",
);
print("");
// =====================================
// DATA BESSELIAN (Jika tersedia)
// =====================================
if (e.besselian != null && e.besselian!.isValid) {
print("📐 DATA BESSELIAN");
print("----------------------------------------");
print("JDE : ${e.besselian!.jde.toStringAsFixed(5)}");
print("Delta T : ${e.besselian!.deltaT.toStringAsFixed(2)} s");
print("T0 : ${e.besselian!.t0.toStringAsFixed(2)} jam");
print("");
// Helper untuk print list koefisien
void printList(String label, List<double>? list) {
if (list == null) return;
for (int i = 0; i < list.length; i++) {
final sub = i == 0
? '₀'
: i == 1
? '₁'
: i == 2
? '₂'
: i == 3
? '₃'
: '₄';
print(" ${label}$sub : ${list[i].toStringAsFixed(5).padLeft(10)}");
}
print("");
}
printList("x", e.besselian!.x); // Koordinat x
printList("y", e.besselian!.y); // Koordinat y
printList("f₁", e.besselian!.f1); // Radius penumbra
printList("f₂", e.besselian!.f2); // Radius umbra
printList("δ", e.besselian!.sm); // Semi-diameter bayangan
printList("μ", e.besselian!.mu); // Hour angle Greenwich
printList("HP", e.besselian!.hp); // Horizontal parallax Bulan
printList("d", e.besselian!.d); // Declination Matahari
printList("δₘ", e.besselian!.dm); // Declination Bulan
print("----------------------------------------");
print("");
}
// =====================================
// DATA MATAHARI SAAT PUNCAK (Format DMS/HMS)
// =====================================
print("🌞 DATA MATAHARI SAAT PUNCAK");
if (e.sunData != null) {
final raSun = e.sunData!.ra != null
? mf.dhhms(e.sunData!.ra! / 15, optResult: 'HHMMSS', secDecPlaces: 2)
: '-';
final decSun = e.sunData!.dec != null
? mf.dddms(e.sunData!.dec!, optResult: 'DDMMSS', sdp: 2)
: '-';
final sdSun = e.sunData!.sd != null
? mf.dddms(e.sunData!.sd!, optResult: 'DDMMSS', sdp: 2)
: '-';
final hpSun = e.sunData!.hp != null
? mf.dddms(e.sunData!.hp!, optResult: 'DDMMSS', sdp: 2)
: '-';
print(" RA (HMS) : $raSun");
print(" Dec (DMS) : $decSun");
print(" SD (DMS) : $sdSun");
print(" HP (DMS) : $hpSun");
} else {
print(" Data tidak tersedia");
}
print("");
// =====================================
// DATA BULAN SAAT PUNCAK (Format DMS/HMS)
// =====================================
print("🌙 DATA BULAN SAAT PUNCAK");
if (e.moonData != null) {
final raMoon = e.moonData!.ra != null
? mf.dhhms(e.moonData!.ra! / 15, optResult: 'HHMMSS', secDecPlaces: 2)
: '-';
final decMoon = e.moonData!.dec != null
? mf.dddms(e.moonData!.dec!, optResult: 'DDMMSS', sdp: 2)
: '-';
final sdMoon = e.moonData!.sd != null
? mf.dddms(e.moonData!.sd!, optResult: 'DDMMSS', sdp: 2)
: '-';
final hpMoon = e.moonData!.hp != null
? mf.dddms(e.moonData!.hp!, optResult: 'DDMMSS', sdp: 2)
: '-';
print(" RA (HMS) : $raMoon");
print(" Dec (DMS) : $decMoon");
print(" SD (DMS) : $sdMoon");
print(" HP (DMS) : $hpMoon");
} else {
print(" Data tidak tersedia");
}
print("========================================");
}
// INPUT GERHANA BULAN GLOBAL
final int blnH5 = 9;
final int thnH5 = 1447;
// ========================================
// DATA GERHANA BULAN GLOBAL
// ========================================
final resLEG = le.lunarEclipseGlobal(blnH: blnH5, thnH: thnH5);
print("========================================");
print(" DATA GERHANA BULAN GLOBAL");
print("========================================");
print("");
// ================= PRINT BESSELIAN =================
final bessel2 = resLEG?.besselian;
if (bessel2 != null && bessel2.isValid) {
print("========================================");
print(" DATA BESSELIAN");
print("========================================");
// ✅ Hapus '?.' karena jde, deltaT, t0 adalah non-nullable (double)
print("JDE : ${bessel2.jde.toStringAsFixed(5)}");
print("Delta T : ${bessel2.deltaT.toStringAsFixed(2)} s");
print("T0 : ${bessel2.t0.toStringAsFixed(2)} jam");
print("");
// ✅ Helper function untuk print list
void printList(String label, List<double>? list) {
if (list == null) return;
for (int i = 0; i < list.length; i++) {
print(" $label$i : ${list[i].toStringAsFixed(5).padLeft(10)}");
}
print("");
}
// ✅ Print semua koefisien Besselian
printList("x", bessel2.x);
printList("y", bessel2.y);
printList("f₁", bessel2.f1);
printList("f₂", bessel2.f2);
printList("δ", bessel2.sm); // sm = semi-diameter bayangan
printList("μ", bessel2.mu); // mu = hour angle
printList("HP", bessel2.hp); // hp = horizontal parallax
printList("d", bessel2.d); // d = declination
printList("δₘ", bessel2.dm); // dm = declination moon
}
if (resLEG == null || !resLEG.isValid) {
print("❌ Tidak ada gerhana pada bulan/tahun ini.");
} else {
// =====================================
// KONTAK GERHANA (Format JD + Waktu)
// =====================================
print("📅 KONTAK GERHANA");
print("----------------------------------------");
void printContact(String label, double? jdValue) {
// ✅ Ganti nama parameter
if (jdValue == null) {
print("$label : -");
return;
}
// Format: JD + Tanggal + Jam
final tanggal = jd.jdkm(jdValue, 7.0, 'THNMHYNS');
final jamDes = jd.jdkm(jdValue, 7.0, 'JAMDES');
final jam = mf.dhhms(
double.parse(jamDes),
optResult: 'HH:MM:SS',
secDecPlaces: 0,
);
print("$label :");
//print(" JD : ${jdValue.toStringAsFixed(5)}");
print(" 🗓️ $tanggal");
print(" 🕐 $jam");
print("");
}
printContact("P₁ (Penumbral Awal)", resLEG.p1);
printContact("U₁ (Umbra Awal)", resLEG.u1);
printContact("U₂ (Totalitas Mulai)", resLEG.u2);
printContact("MX (Puncak Gerhana)", resLEG.mx);
printContact("U₃ (Totalitas Akhir)", resLEG.u3);
printContact("U₄ (Umbra Akhir)", resLEG.u4);
printContact("P₄ (Penumbral Akhir)", resLEG.p4);
// =====================================
// INFORMASI GERHANA (Parameter)
// =====================================
print("----------------------------------------");
print("📊 PARAMETER GERHANA");
print("Jenis Gerhana : ${resLEG.jenis}");
// Magnitude (4 desimal)
print(
"Magnitude Umbra : ${resLEG.magnitudeUmbral?.toStringAsFixed(4) ?? '-'}",
);
print(
"Magnitude Penumbra : ${resLEG.magnitudePenumbral?.toStringAsFixed(4) ?? '-'}",
);
// Radius (4 desimal + °)
print(
"Radius Umbra : ${resLEG.radiusUmbral?.toStringAsFixed(4) ?? '-'}°",
);
print(
"Radius Penumbra : ${resLEG.radiusPenumbral?.toStringAsFixed(4) ?? '-'}°",
);
// ✅ Durasi dalam format HH:MM:SS
print(
"Durasi Penumbra : ${resLEG.durasiPenumbral != null ? mf.dhhms(resLEG.durasiPenumbral!, optResult: 'HH:MM:SS', secDecPlaces: 0) : '-'}",
);
print(
"Durasi Umbra : ${resLEG.durasiUmbral != null ? mf.dhhms(resLEG.durasiUmbral!, optResult: 'HH:MM:SS', secDecPlaces: 0) : '-'}",
);
print(
"Durasi Totalitas : ${resLEG.durasiTotal != null ? mf.dhhms(resLEG.durasiTotal!, optResult: 'HH:MM:SS', secDecPlaces: 0) : '-'}",
);
print("");
// =====================================
// DATA MATAHARI & BULAN SAAT PUNCAK (Format DMS/HMS)
// =====================================
print("========================================");
print("🌞🌙 DATA EPHEMERIS SAAT PUNCAK");
print("========================================");
// 🌞 Matahari
print("MATAHARI");
if (resLEG.sun != null) {
// RA dalam jam → HMS
final raSun = resLEG.sun!.ra != null
? mf.dhhms(resLEG.sun!.ra! / 15, optResult: 'HHMMSS', secDecPlaces: 2)
: '-';
// Dec/SD/HP dalam derajat → DMS
final decSun = resLEG.sun!.dec != null
? mf.dddms(resLEG.sun!.dec!, optResult: 'DDMMSS', sdp: 2)
: '-';
final sdSun = resLEG.sun!.sd != null
? mf.dddms(resLEG.sun!.sd!, optResult: 'DDMMSS', sdp: 2)
: '-';
final hpSun = resLEG.sun!.hp != null
? mf.dddms(resLEG.sun!.hp!, optResult: 'DDMMSS', sdp: 2)
: '-';
print(" RA (HMS) : $raSun");
print(" Dec (DMS) : $decSun");
print(" SD (DMS) : $sdSun");
print(" HP (DMS) : $hpSun");
} else {
print(" Data tidak tersedia");
}
print("");
// 🌙 Bulan
print("BULAN");
if (resLEG.moon != null) {
// RA dalam jam → HMS
final raMoon = resLEG.moon!.ra != null
? mf.dhhms(
resLEG.moon!.ra! / 15,
optResult: 'HHMMSS',
secDecPlaces: 2,
)
: '-';
// Dec/SD/HP dalam derajat → DMS
final decMoon = resLEG.moon!.dec != null
? mf.dddms(resLEG.moon!.dec!, optResult: 'DDMMSS', sdp: 2)
: '-';
final sdMoon = resLEG.moon!.sd != null
? mf.dddms(resLEG.moon!.sd!, optResult: 'DDMMSS', sdp: 2)
: '-';
final hpMoon = resLEG.moon!.hp != null
? mf.dddms(resLEG.moon!.hp!, optResult: 'DDMMSS', sdp: 2)
: '-';
print(" RA (HMS) : $raMoon");
print(" Dec (DMS) : $decMoon");
print(" SD (DMS) : $sdMoon");
print(" HP (DMS) : $hpMoon");
} else {
print(" Data tidak tersedia");
}
}
print("========================================");
print("");
print("==============================================");
print("DATA GERHANA BULAN GLOBAL PER RENTANG TAHUN");
print("==============================================");
// GERHANA BULAN GLOBAL PER RENTANG TAHUN
final thnAwwalHijri3 = 1440;
final thnAkhirHijri3 = 1441;
final segRange2 = le.lunarEclipseGlobalRangeHijri(
tahunAwalH: thnAwwalHijri3,
tahunAkhirH: thnAkhirHijri3,
);
for (final e in segRange2) {
print("=================================");
print("Tahun H : ${e.tahunHijri}");
print("Bulan H : ${e.bulanHijri}");
print("Jenis : ${e.jenis}");
print("");
// =====================================
// KONTAK GERHANA (Format Tanggal & Waktu)
// =====================================
print("📅 KONTAK GERHANA");
// Helper function untuk format JD menjadi tanggal + waktu
void printContact(String label, double? jdValue) {
if (jdValue == null) {
print("$label : -");
return;
}
final tanggal = jd.jdkm(jdValue, 0.0, 'THNMHYNS');
final jamDes = jd.jdkm(jdValue, 0.0, 'JAMDES');
final jam = mf.dhhms(
double.parse(jamDes),
optResult: 'HH:MM:SS',
secDecPlaces: 0,
);
print("$label :");
print(" 🗓️ $tanggal");
print(" 🕐 $jam");
}
printContact("P1 (Penumbral Awal)", e.p1);
printContact("U1 (Umbra Awal)", e.u1);
printContact("U2 (Totalitas Mulai)", e.u2);
printContact("MX (Puncak Gerhana)", e.mx);
printContact("U3 (Totalitas Akhir)", e.u3);
printContact("U4 (Umbra Akhir)", e.u4);
printContact("P4 (Penumbral Akhir)", e.p4);
print("");
// =====================================
// DURASI (Format HH:MM:SS)
// =====================================
print("⏱️ DURASI");
print(
"Durasi Penumbra : ${e.durasiPenumbral != null ? mf.dhhms(e.durasiPenumbral!, optResult: 'HH:MM:SS', secDecPlaces: 0) : '-'}",
);
print(
"Durasi Umbra : ${e.durasiUmbral != null ? mf.dhhms(e.durasiUmbral!, optResult: 'HH:MM:SS', secDecPlaces: 0) : '-'}",
);
print(
"Durasi Totalitas : ${e.durasiTotal != null ? mf.dhhms(e.durasiTotal!, optResult: 'HH:MM:SS', secDecPlaces: 0) : '-'}",
);
print("");
// =====================================
// DATA BESSELIAN (Jika tersedia)
// =====================================
if (e.besselian != null && e.besselian!.isValid) {
print("📐 DATA BESSELIAN");
print("----------------------------------------");
// Header: JDE, Delta T, T0
print("JDE : ${e.besselian!.jde.toStringAsFixed(5)}");
print("Delta T : ${e.besselian!.deltaT.toStringAsFixed(2)} s");
print("T0 : ${e.besselian!.t0.toStringAsFixed(2)} jam");
print("");
// ✅ Helper function untuk print list koefisien
void printList(String label, List<double>? list) {
if (list == null) return;
for (int i = 0; i < list.length; i++) {
// Format: label₀ : 0.02000 (rata kanan 10 karakter)
print(
" $label${i == 0
? '₀'
: i == 1
? '₁'
: i == 2
? '₂'
: i == 3
? '₃'
: '₄'} : ${list[i].toStringAsFixed(5).padLeft(10)}",
);
}
print("");
}
// ✅ Print semua koefisien Besselian
printList("x", e.besselian!.x); // Koordinat x bayangan
printList("y", e.besselian!.y); // Koordinat y bayangan
printList("f₁", e.besselian!.f1); // Radius penumbra
printList("f₂", e.besselian!.f2); // Radius umbra
printList("δ", e.besselian!.sm); // Semi-diameter bayangan
printList("μ", e.besselian!.mu); // Hour angle Greenwich
printList("HP", e.besselian!.hp); // Horizontal parallax Bulan
printList("d", e.besselian!.d); // Declination Matahari
printList("δₘ", e.besselian!.dm); // Declination Bulan
print("----------------------------------------");
}
// =====================================
// DATA MATAHARI & BULAN SAAT PUNCAK
// =====================================
print("🌞🌙 DATA EPHEMERIS SAAT PUNCAK");
// Matahari
print("MATAHARI");
if (e.sun != null) {
final raSun = e.sun!.ra != null
? mf.dhhms(e.sun!.ra! / 15, optResult: 'HH:MM:SS', secDecPlaces: 2)
: '-';
final decSun = e.sun!.dec != null
? mf.dddms(e.sun!.dec!, optResult: 'DDMMSS', sdp: 2)
: '-';
final sdSun = e.sun!.sd != null
? mf.dddms(e.sun!.sd!, optResult: 'DDMMSS', sdp: 2)
: '-';
final hpSun = e.sun!.hp != null
? mf.dddms(e.sun!.hp!, optResult: 'DDMMSS', sdp: 2)
: '-';
print(" RA (HMS) : $raSun");
print(" Dec (DMS) : $decSun");
print(" SD (DMS) : $sdSun");
print(" HP (DMS) : $hpSun");
} else {
print(" Data tidak tersedia");
}
print("");
// Bulan
print("BULAN");
if (e.moon != null) {
final raMoon = e.moon!.ra != null
? mf.dhhms(e.moon!.ra! / 15, optResult: 'HH:MM:SS', secDecPlaces: 2)
: '-';
final decMoon = e.moon!.dec != null
? mf.dddms(e.moon!.dec!, optResult: 'DDMMSS', sdp: 2)
: '-';
final sdMoon = e.moon!.sd != null
? mf.dddms(e.moon!.sd!, optResult: 'DDMMSS', sdp: 2)
: '-';
final hpMoon = e.moon!.hp != null
? mf.dddms(e.moon!.hp!, optResult: 'DDMMSS', sdp: 2)
: '-';
print(" RA (HMS) : $raMoon");
print(" Dec (DMS) : $decMoon");
print(" SD (DMS) : $sdMoon");
print(" HP (DMS) : $hpMoon");
} else {
print(" Data tidak tersedia");
}
print("========================================");
}
print("");
// INPUT GERHANA MATAHARI LOKAL
final blnH3 = 5;
final thnH3 = 1437;
final gLon3 = (108 + 17 / 60.0 + 50 / 3600.0);
final gLat3 = -(2 + 51 / 60.0 + 25 / 3600.0);
final elev3 = 2.0;
final pres3 = 1010.0;
final temp3 = 10.0;
double tmZn3 = 7.0;
// ========================================
// DATA GERHANA MATAHARI LOKAL
// ========================================
final resSEL = se.solarEclipseLocal(
blnH: blnH3,
thnH: thnH3,
gLon: gLon3,
gLat: gLat3,
elev: elev3,
pres: pres3,
temp: temp3,
tmZn: tmZn3,
);
print("========================================");
print(" DATA GERHANA MATAHARI LOKAL");
print("========================================");
print("");
if (resSEL == null || !resSEL.ada) {
print("Tidak ada gerhana di lokasi ini.");
} else {
final b = resSEL.besselian;
print("========================================");
print("ELEMEN BESSELIAN");
print("========================================");
void printList(String label, List<double>? list) {
if (list == null || list.isEmpty) return;
for (int i = 0; i < list.length; i++) {
print(" $label$i : ${list[i].toStringAsFixed(5).padRight(12)}");
}
print("");
}
// tampilkan jde, deltaT, t0 (hanya jika tidak null)
if (b.jde != null) print("JDE : ${b.jde}");
if (b.deltaT != null) print("Delta T : ${b.deltaT}");
if (b.t0 != null) print("T0 : ${b.t0}");
print("");
printList("x", b.x);
printList("y", b.y);
printList("d", b.d);
printList("mu", b.mu);
printList("l1", b.l1);
printList("l2", b.l2);
if (b.tanf1 != null) print("tanf1 : ${b.tanf1}");
if (b.tanf2 != null) print("tanf2 : ${b.tanf2}");
print("");
print("----------------------------------");
if (resSEL.jenis != null) {
print("Jenis Gerhana : ${resSEL.jenis}");
}
if (resSEL.magnitude != null) {
print("Magnitude : ${resSEL.magnitude}");
}
if (resSEL.obscuration != null) {
print("Obskurasi : ${resSEL.obscuration}");
}
if (resSEL.durasiGerhana != null) {
print("Durasi Umbra : ${resSEL.durasiGerhana}");
}
if (resSEL.durasiTotalitas != null) {
print("Durasi Total : ${resSEL.durasiTotalitas}");
}
print("");
print("KONTAK GERHANA");
print("----------------------------------------");
// helper kontak lokal
void printContact(String label, EclipseContact? c) {
if (c == null) return;
if (c.jd == null && c.azimuth == null && c.altitude == null) {
return;
}
print(label);
if (c.jd != null) print(" JD : ${c.jd}");
if (c.azimuth != null) print(" Azm : ${c.azimuth}");
if (c.altitude != null) print(" Alt : ${c.altitude}");
print("");
}
printContact("U1 (Kontak Awal Umbra)", resSEL.u1);
printContact("U2 (Totalitas Mulai)", resSEL.u2);
printContact("MX (Puncak Gerhana)", resSEL.mx);
printContact("U3 (Totalitas Akhir)", resSEL.u3);
printContact("U4 (Kontak Akhir Umbra)", resSEL.u4);
// print("KONTAK GERHANA");
// print("----------------------------------------");
// // U1
// if (resSEL.u1 != null) {
// final c = resSEL.u1!;
// if (c.jd != null || c.azimuth != null || c.altitude != null) {
// print("U1 (Kontak Awal Umbra)");
// if (c.jd != null) print(" JD : ${c.jd}");
// if (c.azimuth != null) print(" Azm : ${c.azimuth}");
// if (c.altitude != null) print(" Alt : ${c.altitude}");
// print("");
// }
// }
// // U2
// if (resSEL.u2 != null) {
// final c = resSEL.u2!;
// if (c.jd != null || c.azimuth != null || c.altitude != null) {
// print("U2 (Totalitas Mulai)");
// if (c.jd != null) print(" JD : ${c.jd}");
// if (c.azimuth != null) print(" Azm : ${c.azimuth}");
// if (c.altitude != null) print(" Alt : ${c.altitude}");
// print("");
// }
// }
// // MX
// if (resSEL.mx != null) {
// final c = resSEL.mx!;
// if (c.jd != null || c.azimuth != null || c.altitude != null) {
// print("MX (Puncak Gerhana)");
// if (c.jd != null) print(" JD : ${c.jd}");
// if (c.azimuth != null) print(" Azm : ${c.azimuth}");
// if (c.altitude != null) print(" Alt : ${c.altitude}");
// print("");
// }
// }
// // U3
// if (resSEL.u3 != null) {
// final c = resSEL.u3!;
// if (c.jd != null || c.azimuth != null || c.altitude != null) {
// print("U3 (Totalitas Akhir)");
// if (c.jd != null) print(" JD : ${c.jd}");
// if (c.azimuth != null) print(" Azm : ${c.azimuth}");
// if (c.altitude != null) print(" Alt : ${c.altitude}");
// print("");
// }
// }
// // U4
// if (resSEL.u4 != null) {
// final c = resSEL.u4!;
// if (c.jd != null || c.azimuth != null || c.altitude != null) {
// print("U4 (Kontak Akhir Umbra)");
// if (c.jd != null) print(" JD : ${c.jd}");
// if (c.azimuth != null) print(" Azm : ${c.azimuth}");
// if (c.altitude != null) print(" Alt : ${c.altitude}");
// print("");
// }
// }
// print("========================================");
// print("DATA MATAHARI & BULAN SAAT PUNCAK");
// print("========================================");
// final eph = resSEL.ephemerisMaximum;
// if (eph != null) {
// if (eph.sun != null) {
// if (eph.sun!.ra != null) print("MATAHARI");
// if (eph.sun!.ra != null) print(" RA : ${eph.sun!.ra}");
// if (eph.sun!.dec != null) print(" DEC : ${eph.sun!.dec}");
// if (eph.sun!.sd != null) print(" SD : ${eph.sun!.sd}");
// if (eph.sun!.hp != null) print(" HP : ${eph.sun!.hp}");
// print("");
// }
// if (eph.moon != null) {
// if (eph.moon!.ra != null) print("BULAN");
// if (eph.moon!.ra != null) print(" RA : ${eph.moon!.ra}");
// if (eph.moon!.dec != null) print(" DEC : ${eph.moon!.dec}");
// if (eph.moon!.sd != null) print(" SD : ${eph.moon!.sd}");
// if (eph.moon!.hp != null) print(" HP : ${eph.moon!.hp}");
// }
// }
}
print("========================================");
print(" DATA GERHANA MATAHARI GLOBAL");
print("========================================");
print("");
// INPUT GERHANA MATAHARI GLOBAL
final blnH4 = 11;
final thnH4 = 1439;
final resSEG = se.solarEclipseGlobal(blnH: blnH4, thnH: thnH4);
print("Bulan Hijriah : $blnH4");
print("Tahun Hijriah : $thnH4");
print("");
if (resSEG == null || !resSEG.ada) {
print("Tidak ada gerhana");
} else {
final bs = resSEG.besselian;
print("========================================");
print("ELEMEN BESSELIAN");
print("========================================");
void printList2(String label, List<double>? list) {
if (list == null) {
print("$label : -");
return;
}
for (int i = 0; i < list.length; i++) {
print(" $label$i : ${list[i].toStringAsFixed(5).padRight(10)}");
}
}
// tampilkan jde, deltaT, t0
print("JDE : ${bs.jde}");
print("Delta T : ${bs.deltaT}");
print("T0 : ${bs.t0}");
print("");
printList2("x", bs.x);
print("");
printList2("y", bs.y);
print("");
printList2("d", bs.d);
print("");
printList2("mu", bs.mu);
print("");
printList2("l1", bs.l1);
print("");
printList2("l2", bs.l2);
print("");
print("tanf1 : ${bs.tanf1}");
print("tanf2 : ${bs.tanf2}");
print("");
print("----------------------------------");
if (resSEG.jenis != null) {
print("Jenis Gerhana : ${resSEG.jenis}");
}
if (resSEG.magnitude != null) {
print("Magnitude : ${resSEG.magnitude}");
}
if (resSEG.lebar != null) {
print("Lebar : ${resSEG.lebar}");
}
if (resSEG.durasiGerhana != null) {
print("Durasi Gerhana : ${resSEG.durasiGerhana}");
}
if (resSEG.durasiTotalitas != null) {
print("Durasi Totalitas : ${resSEG.durasiTotalitas}");
}
print("");
// helper untuk kontak gerhana
void printContactGlobal(String label, EclipseContactGlobal? c) {
if (c == null) return;
if (c.jd == null &&
c.jd2 == null &&
c.longitude == null &&
c.latitude == null &&
c.azimuth == null &&
c.altitude == null) {
return;
}
print(label);
if (c.jd != null) print(" JDTD : ${c.jd}");
if (c.jd2 != null) print(" JDUT : ${c.jd2}");
if (c.longitude != null) print(" lon : ${c.longitude}");
if (c.latitude != null) print(" lat : ${c.latitude}");
if (c.azimuth != null) print(" Azm : ${c.azimuth}");
if (c.altitude != null) print(" Alt : ${c.altitude}");
print("");
}
print("KONTAK GERHANA");
print("----------------------------------------");
printContactGlobal("P1 (Kontak Awal Umbra)", resSEG.p1);
printContactGlobal("U1 (Kontak Awal Umbra)", resSEG.u1);
printContactGlobal("C1 (Kontak Awal Umbra)", resSEG.c1);
printContactGlobal("U2 (Totalitas Mulai)", resSEG.u2);
printContactGlobal("P2 (Kontak Awal Umbra)", resSEG.p2);
printContactGlobal("MX (Puncak Gerhana)", resSEG.mx);
printContactGlobal("P3 (Kontak Awal Umbra)", resSEG.p3);
printContactGlobal("U3 (Totalitas Akhir)", resSEG.u3);
printContactGlobal("C2 (Kontak Awal Umbra)", resSEG.c2);
printContactGlobal("U4 (Kontak Akhir Umbra)", resSEG.u4);
printContactGlobal("P4 (Kontak Awal Umbra)", resSEG.p4);
print("========================================");
print("DATA MATAHARI & BULAN SAAT PUNCAK");
print("========================================");
final eph2 = resSEG.ephemerisMaximum;
if (eph2 != null) {
print("MATAHARI");
print(" RA : ${eph2.sun?.ra}");
print(" DEC : ${eph2.sun?.dec}");
print(" SD : ${eph2.sun?.sd}");
print(" HP : ${eph2.sun?.hp}");
print("");
print("BULAN");
print(" RA : ${eph2.moon?.ra}");
print(" DEC : ${eph2.moon?.dec}");
print(" SD : ${eph2.moon?.sd}");
print(" HP : ${eph2.moon?.hp}");
}
}
print("");
print("=============================================");
print("DATA GERHANA MATAHARI LOKAL PER RENTANG TAHUN");
print("=============================================");
//GERHANA PER RENTANG TAHUN
final thnAwwalHijri = 1440;
final thnAkhirHijri = 1450;
final gLon6 = (108 + 17 / 60.0 + 50 / 3600.0);
final gLat6 = -(2 + 51 / 60.0 + 25 / 3600.0);
final elev6 = 2.0;
final pres6 = 1010.0;
final temp6 = 10.0;
double tmZn6 = 7.0;
final selRange = se.solarEclipseLocalRangeHijri(
tahunAwalH: thnAwwalHijri,
tahunAkhirH: thnAkhirHijri,
gLon: gLon6,
gLat: gLat6,
elev: elev6,
pres: pres6,
temp: temp6,
tmZn: tmZn6,
timeScale: TimeScale.jdTD,
);
for (final e in selRange) {
print("=================================");
print("Tahun H : ${e.tahunHijri}");
print("Bulan H : ${e.bulanHijri}");
List<double?> altitudes = [e.altU1, e.altU2, e.altMx, e.altU3, e.altU4];
bool terlihat = altitudes.any((alt) => alt != null && alt > 0);
if (!terlihat) {
print("Gerhana tidak terlihat di lokasi");
continue;
}
print("Jenis : ${e.jenis}");
print("U1 : ${e.u1 ?? "-"}");
print("U2 : ${e.u2 ?? "-"}");
print("Max : ${e.mx ?? "-"}");
print("U3 : ${e.u3 ?? "-"}");
print("U4 : ${e.u4 ?? "-"}");
print("Durasi Totalitas : ${e.durasiTotal ?? "-"}");
print("Durasi Gerhana : ${e.durasiGerhana ?? "-"}");
}
print("");
print("==============================================");
print("DATA GERHANA MATAHARI GLOBAL PER RENTANG TAHUN");
print("=============================================");
//GERHANA PER RENTANG TAHUN
final thnAwwalHijri4 = 1440;
final thnAkhirHijri4 = 1450;
final segRange = se.solarEclipseGlobalRangeHijri(
tahunAwalH: thnAwwalHijri4,
tahunAkhirH: thnAkhirHijri4,
timeScale: TimeScale.jdUT,
);
for (final e in segRange) {
print("=================================");
print("Tahun H : ${e.tahunHijri}");
print("Bulan H : ${e.bulanHijri}");
print("Jenis : ${e.jenis}");
print("P1 : ${e.p1}");
print("Max : ${e.max}");
print("P4 : ${e.p4}");
print("Durasi : ${e.durasi}");
}
}Metadata
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Astronomical calculations for Islamic prayer times, qibla direction, hijri calendar, and eclipses.
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