Rukyah Hilal
UtamaPetaBandarNegara12 Bulan Akan DatangKalendarAcaraSejarahPemerhatianSembang AITentangHubungi
Rukyah Hilal

Ramalan keterlihatan anak bulan (Hilal) berdasarkan pengiraan astronomi dan pembelajaran mesin.

Bandar Utama

  • New York
  • Los Angeles
  • Chicago
  • Toronto
  • London
  • Istanbul
  • Makkah
  • Dubai
  • Riyadh
  • Cairo
  • Karachi
  • Lahore
  • Dhaka
  • Jakarta
  • Mumbai
  • Kuala Lumpur
  • Tehran
  • Houston
  • Dearborn
  • Nairobi

Sumber Data

  • Efemeris JPL DE421 (NASA)
  • Pemerhatian CrescentWatch.org
  • Pemerhatian MoonSighting.org.co.uk
  • Pemerhatian Jawatankuasa Hilal Chicago
  • Pustaka astronomi Skyfield

Metodologi

  • 7 parameter keterlihatan astronomi
  • Model ML Random Forest
  • 2,000+ rekod latihan sejarah
Maklum Balas & Permintaan Ciri

Projek Rukyah Hilal · Ramalan astronomi adalah anggaran dan harus digunakan bersama amalan rukyah hilal tradisional

  1. Utama
  2. Acara

Kalendar Acara Islam

Tarikh dijangka untuk acara Islam utama berdasarkan pengiraan keterlihatan anak bulan sabit. Pilih acara dan tahun untuk melihat ramalan mengikut bandar.

Ramadan

The holy month of fasting, prayer, and reflection observed by Muslims worldwide.

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Eid al-Fitr

The Festival of Breaking the Fast, celebrating the end of Ramadan.

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Eid al-Adha

The Festival of Sacrifice, the holiest of the two Islamic holidays, marking the culmination of Hajj.

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Islamic New Year

The first day of Muharram, marking the beginning of a new Islamic (Hijri) year.

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Tentang Ramalan Tarikh Acara Islam

The Islamic (Hijri) calendar is a purely lunar calendar consisting of 12 months of 29 or 30 days. Each month begins with the sighting of the new crescent moon (Hilal) after sunset. Because the lunar year is approximately 354 days, Islamic events shift earlier by about 10-11 days each Gregorian year.

Our predictions use NASA JPL DE421 ephemeris data to calculate precise astronomical conditions — including moonset lag, moon age, altitude, elongation, and illumination — at each location. A machine learning model trained on over 2,000 historical observations then produces a confidence score for crescent visibility, allowing us to predict when each Islamic month is most likely to begin.