def getSatXYZ_m(self, prn, t_start, t_end):
time = Timing()
df_ephemeris = pd.DataFrame(self.nav_data, columns=['prn', 'year', 'month', 'day', 'hour', 'min', 'sec',
'sv_clock_bias', 'sv_clock_drift', 'sv_clock_drift_rate',
'IODE', 'Crs', 'Delta_n', 'M0', 'Cuc', 'e', 'Cus', 'sqrt_A',
'Toe', 'Cic', 'OMEGA', 'CIS', 'i0', 'Crc', 'omega',
'OMEGA_DOT', 'IDOT', 'Codes_L2_channel', 'GPS_week',
'L2_P_data_flag', 'SV_accuracy', 'SV_health', 'TGD',
'IODC', 'transmission_time', 'fit_interval'])
df_ephemeris["UnixGPSTime"] = time.iso_ToGPSUnixTime(df_ephemeris.year, df_ephemeris.month, df_ephemeris.day)
subDataFrame = df_ephemeris.query('prn == @prn')
def buildDoubleDifferences(self):
"""Construire les doubles differences"""
coord_sat_tmp = [0.0, 0.0, 0.0]
t = Timing()
flag = 0
# Il faut d'abord choisir le satellite pivot
for i in range(0, self.obs[0].rxm_raw.shape[0]):
for j in range(0, self.eph.nav_data.shape[0]):
year = int(self.eph.nav_data[j, 1]) + 2000
month = int(self.eph.nav_data[j, 2])
day = int(self.eph.nav_data[j, 3])
hour = int(self.eph.nav_data[j, 4])
minute = int(self.eph.nav_data[j, 5])
sec = int(self.eph.nav_data[j, 6])
if self.obs[0].rxm_raw[i,7] == self.eph.nav_data[j,0] and math.fabs(t.weekToW_ToGPSUnixTime(
self.obs[0].rxm_raw[i,1], self.obs[0].rxm_raw[i,0]) - t.iso_ToGPSUnixTime(
year, month, day, hour, minute, sec
)) < 7200000:
coord_sat_tmp = self.eph.getSatXYZ(int(self.obs[0].rxm_raw[i, 0] / 1000), self.eph.nav_data[j])
print(coord_sat_tmp)
if 10 < float(180 * self.getSatElevation(coord_sat_tmp[0], coord_sat_tmp[1], coord_sat_tmp[2],
self.coord_pivot[0],self.coord_pivot[1],self.coord_pivot[2])/math.pi):
print(float(180 * self.getSatElevation(coord_sat_tmp[0], coord_sat_tmp[1], coord_sat_tmp[2],
self.coord_pivot[0],self.coord_pivot[1],self.coord_pivot[2])/math.pi))
print(self.eph.nav_data[j,0])
print(str(year)+"/"+str(month)+"/"+str(day)+"/"+str(hour)+"/"+str(minute)+"/"+str(sec))
print(str(self.obs[0].rxm_raw[i,0])+"/"+str(self.obs[0].rxm_raw[i,1]))
flag = 1
break
if flag == 1:
break
for i in range(1, len(self.obs)):
# Le nombre des DD = Nbre de cubes fixes x Nbre de cube mobile
print("OK2")