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    timetable
  
        
  
    
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  | import math | |
| from datetime import datetime | |
| cmonth = datetime.now().month | |
| day = datetime.now().day | |
| print("Bulan "+ str(cmonth)) | |
| print("Hari" +str(day)) | |
| #Masukkan longtiude (west = negative) | |
| lamd = 102.99793 | |
| #Masukkan latitude (south = negative) | |
| phi = -6.09564 | |
| #Masukkan zona waktu (GMT+/-) | |
| td = 7 | |
| rad = 3.14159 / 180 | |
| lamd = (lamd / 360) * 24 | |
| phi = phi * rad | |
| n0 = 0 | |
| def something(): | |
| global x, tloc,st | |
| t = n + ((a - lamd)/24) | |
| m = ((0.9856*t) - 3.289)*rad | |
| l = m + (1.916*rad*math.sin(m)) + (0.02*rad*math.sin(2*m)) + (282.634*rad) | |
| lh = (l/3.14159)*12 | |
| ql = int(lh/6) + 1 | |
| if ((int(ql/2)*2)-ql) != 0: | |
| ql = ql -1 | |
| ra = math.atan(0.91746*math.tan(l))/3.14159*12 | |
| ra = ra + (ql*6) | |
| sind = 0.39782*math.sin(l) | |
| cosd = math.sqrt(1-sind*sind) | |
| x = (math.cos(z) - sind*math.sin(phi))/(cosd*math.cos(phi)) | |
| if abs(x) > 1: | |
| return | |
| else: | |
| atnx = math.atan(math.sqrt(1-x*x)/x)/rad | |
| if atnx < 0: | |
| atnx = atnx + 180 | |
| h = (360-atnx)*24/360 | |
| if a == 18: | |
| h = 24-h | |
| tloc = h + ra - (0.06571*t) - 6.622 | |
| tloc = tloc + 24 | |
| tloc = tloc - (int(tloc/24)*24) | |
| st = tloc - lamd + td | |
| month = [31,28,31,30,31,30,31,31,30,31,30,31] | |
| currentmonth = 1 | |
| currentday = 0 | |
| for d in month: | |
| for k in range(1,d+1): | |
| t = [0,0,0,0,0,0] | |
| currentday = currentday + 1 | |
| #n = n0 + k | |
| n = currentday | |
| #subuh azimut 108 | |
| a = 6 | |
| z = 108*rad | |
| something() | |
| if abs(x) <= 1: | |
| t[0] = st | |
| #sunrise azimut 90+5/6 | |
| z = (90+5/6)*rad | |
| something() | |
| t[1] = st | |
| #sunset azimut 90+5/6 | |
| a = 18 | |
| z = (90+5/6)*rad | |
| something() | |
| sunset = st | |
| #magrib = sunset + toleransi 2/60 | |
| t[4] = st + 2/60 | |
| #isya azimut 108 | |
| z = 108*rad | |
| something() | |
| if abs(x) <= 1: | |
| t[5] = st | |
| #midday = (sunrise + sunset)/2 | |
| midday = (t[1] + sunset)/2 | |
| #zuhur = midday + padding 2/60 | |
| t[2] = midday + 2/60 | |
| #ashar = (zuhur + magrib)/2 | |
| t[3] = (t[2] + t[4])/2 | |
| #if (k == day) and (currentmonth == cmonth): | |
| if (currentmonth == cmonth): | |
| print(str(k)+"\t",end='') | |
| for jadwal in t: | |
| th = int(jadwal) | |
| tm = int((jadwal-th)*60) | |
| print(str(th)+":"+str(tm)+"\t",end='') | |
| print("\n") | |
| currentmonth = currentmonth + 1 | |
  
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Perhitungan waktu dengan koordinat Kota Bekasi pada bulan Maret
Kiri : Data Kemenag Jakarta Pusat
Kanan : Program Ini