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Ich möchte "in meinem Himmel" sehen, wie viele Satelliten ich sehen kann. Ich verwende diesen Code:So verifizieren Sie die Ergebnisse von Pyephem
sat_alt, sat_az, sat_name = [], [], []
observer = ephem.Observer()
observer.long = Longitude
observer.lat = Latitude
observer.date = TimeNow
HowMany = 0
print "TIME: ", TimeNow
print
GPS_list = 'http://www.celestrak.com/NORAD/elements/gps-ops.txt'
GPS2_list = 'http://www.tle.info/data/gps-ops.txt'
GLONASS_list = 'http://www.celestrak.com/NORAD/elements/glo-ops.txt'
GLONASS2_list = 'http://www.tle.info/data/glo-ops.txt'
#'http://www.amsat.org/amsat/ftp/keps/current/nasabare.txt').readlines()
tles = urllib2.urlopen(GPS_list).readlines()
tles = [item.strip() for item in tles]
tles = [(tles[i],tles[i+1],tles[i+2]) for i in xrange(0,len(tles)-2,3)]
for tle in tles:
try:
sat = ephem.readtle(tle[0], tle[1], tle[2])
rt, ra, tt, ta, st, sa = observer.next_pass(sat)
if rt is not None and st is not None:
sat.compute(observer)
if TimeNow >= ephem.localtime(st) and TimeNow <= ephem.localtime(rt):
text = tle[0]
sat_alt.append(np.rad2deg(sat.alt))
sat_az.append(np.rad2deg(sat.az))
text2 = text.rsplit(')', 1)[0]
NamePRN = text2.rsplit('(', 1)[1]
sat_name.append(NamePRN)
#I wanna Try just with the PRN 1
if 1 == 1: # NamePRN = 'PRN 01':
print NamePRN
print "Elev:" , np.rad2deg(sat.alt), "Azimuth: ",np.rad2deg(sat.az) #sat.alt/ephem.degree
print "original rise time: ",rt
print 'rise time: ', ephem.localtime(rt)
print 'set time: ', ephem.localtime(st)
print
print 'Time until rise: ', ephem.localtime(rt) - TimeNow
print 'Time until set: ',ephem.localtime(st) - TimeNow
timeuntilrise = ephem.localtime(rt)-TimeNow
HowMany += 1
minutesaway = timeuntilrise.seconds/60.0
if sys.platform == 'darwin':
say = 'say "%s WILL BE MAKING A PASS IN %d MINUTES."' % (NamePRN,minutesaway)
os.system(say)
else:
print "Minutes Away: ",minutesaway
#print ' Rise Azimuth: ', ra
#print ' Transit Time: ', tt
#print ' Transit Altitude: ', ta
#print ' Set Time: ', st
#print ' Set Azimuth: ', sa
#print 'rise time: ', ephem.localtime(rt)
#print 'set time: ', ephem.localtime(st)
#print
except ValueError as e:
print e
print
print "How Many: ", HowMany
Die Ergebnisse sind:
TIME: 2017-03-23 09:32:30.445831
PRN 14
Elev: 23.5719168541 Azimuth: 186.783257119
original rise time: 2017/3/23 18:15:23
rise time: 2017-03-23 13:15:23.000003
set time: 2017-03-23 05:56:40.000003
Time until rise: 3:42:52.554172
Time until set: -1 day, 20:24:09.554172
Minutes Away: 222.866666667
PRN 22
Elev: 27.8617383982 Azimuth: 135.529777134
original rise time: 2017/3/23 18:59:39
rise time: 2017-03-23 13:59:38.000003
set time: 2017-03-23 05:52:54.000003
Time until rise: 4:27:07.554172
Time until set: -1 day, 20:20:23.554172
Minutes Away: 267.116666667
PRN 19
Elev: 63.2536032619 Azimuth: 23.0164551349
original rise time: 2017/3/23 19:01:01
rise time: 2017-03-23 14:01:00.000003
set time: 2017-03-23 07:01:07.000003
Time until rise: 4:28:29.554172
Time until set: -1 day, 21:28:36.554172
Minutes Away: 268.483333333
PRN 23
Elev: 2.50815303871 Azimuth: 88.104092255
original rise time: 2017/3/23 21:33:06
rise time: 2017-03-23 16:33:06.000003
set time: 2017-03-23 08:35:45.000003
Time until rise: 7:00:35.554172
Time until set: -1 day, 23:03:14.554172
Minutes Away: 420.583333333
PRN 17
Elev: 43.5586196015 Azimuth: 52.03302655
original rise time: 2017/3/23 18:27:16
rise time: 2017-03-23 13:27:15.000003
set time: 2017-03-23 06:12:30.000003
Time until rise: 3:54:44.554172
Time until set: -1 day, 20:39:59.554172
Minutes Away: 234.733333333
PRN 31
Elev: 7.61244305169 Azimuth: 168.667710308
original rise time: 2017/3/23 19:47:23
rise time: 2017-03-23 14:47:23.000003
set time: 2017-03-23 08:03:23.000003
Time until rise: 5:14:52.554172
Time until set: -1 day, 22:30:52.554172
Minutes Away: 314.866666667
PRN 12
Elev: 48.18881167 Azimuth: 258.782917613
original rise time: 2017/3/23 18:42:38
rise time: 2017-03-23 13:42:38.000003
set time: 2017-03-23 07:35:56.000003
Time until rise: 4:10:07.554172
Time until set: -1 day, 22:03:25.554172
Minutes Away: 250.116666667
PRN 25
Elev: 18.8269690697 Azimuth: 222.58247788
original rise time: 2017/3/23 19:39:10
rise time: 2017-03-23 14:39:09.000003
set time: 2017-03-23 08:34:40.000003
Time until rise: 5:06:38.554172
Time until set: -1 day, 23:02:09.554172
Minutes Away: 306.633333333
PRN 01
Elev: 9.20983988345 Azimuth: 117.518172142
original rise time: 2017/3/23 17:53:54
rise time: 2017-03-23 12:53:54.000003
set time: 2017-03-23 04:56:06.000003
Time until rise: 3:21:23.554172
Time until set: -1 day, 19:23:35.554172
Minutes Away: 201.383333333
PRN 24
Elev: 15.4381621753 Azimuth: 284.908746358
original rise time: 2017/3/23 16:23:16
rise time: 2017-03-23 11:23:16.000003
set time: 2017-03-23 05:14:38.000003
Time until rise: 1:50:45.554172
Time until set: -1 day, 19:42:07.554172
Minutes Away: 110.75
PRN 06
Elev: 49.0638613556 Azimuth: 345.92883678
original rise time: 2017/3/23 20:57:05
rise time: 2017-03-23 15:57:04.000003
set time: 2017-03-23 08:25:55.000003
Time until rise: 6:24:33.554172
Time until set: -1 day, 22:53:24.554172
Minutes Away: 384.55
PRN 03
Elev: 41.016662249 Azimuth: 109.881781593
original rise time: 2017/3/23 19:45:53
rise time: 2017-03-23 14:45:53.000003
set time: 2017-03-23 06:43:35.000003
Time until rise: 5:13:22.554172
Time until set: -1 day, 21:11:04.554172
Minutes Away: 313.366666667
PRN 32
Elev: 13.6017761707 Azimuth: 207.711749038
original rise time: 2017/3/23 17:23:22
rise time: 2017-03-23 12:23:22.000003
set time: 2017-03-23 05:14:55.000003
Time until rise: 2:50:51.554172
Time until set: -1 day, 19:42:24.554172
Minutes Away: 170.85
How Many: 13
ich die Seite "http://www.n2yo.com/" im Menü "Satelliten im Orbit" Überprüfung -> "GPS-Satelliten" Aber Wie kann ich sehen, ob ich Recht habe oder nicht? eine andere Webseite? Danke.