def dopplerTracking(self, maxFrequency, wavReader):
print("Deze pakt hij")
freq = []
for maxfreq in maxFrequency:
freq.append(maxfreq)
time = wavReader.getTimes()
timefreq = [time,freq]
rangerate = rangerateconvert(timefreq, self.carrierfrequency)
self.timedeltav = [time,rangerate]
newcarrier = self.Differential(timefreq[0],timefreq[1])[2]
print "New Carrier:",newcarrier
print "Old Carrier:",self.carrierfrequency
newrangerate = rangerateconvert(timefreq, newcarrier)
self.newtimedeltav = [time,newrangerate]
self.trr=tlerangerate()
self.tletime=range(len(self.trr[0][1]))
index,mint,miny=self.Differential(self.tletime,self.trr[0][1])
newIndex=0
i=0
while time[i]<=mint:
newIndex=i
i=i+1
newValue = self.interpolation(timefreq[1][newIndex],timefreq[1][newIndex+1],mint,timefreq[0][newIndex],timefreq[0][newIndex+1])
newrangerate = rangerateconvert(timefreq,newValue)
self.newtimedeltav2 = [time,newrangerate]
return timefreq
def dopplerTracking(self, maxFrequency, wavReader):
freq = []
for maxfreq in maxFrequency:
freq.append(maxfreq)
time = wavReader.getTimes()
print time
timefreq = [time,freq]
rangerate = rangerateconvert(timefreq, self.carrierfrequency)
self.timedeltav = [time,rangerate]
newcarrier = self.Differential(timefreq[0],timefreq[1])[2]
newtime = self.Differential(timefreq[0],timefreq[1])[1]
print "Old Carrier:",self.carrierfrequency
print "TCA experiment: ",newtime+240.5
print "New Carrier:",newcarrier
newrangerate = rangerateconvert(timefreq, newcarrier)
self.newtimedeltav = [time,newrangerate]
self.trr=tlerangerate()
self.tletime=range(len(self.trr[0][1]))
index,mint,miny=self.Differential(self.tletime,self.trr[0][1])
print "TCA TLE: ",mint
newIndex=0
i=0
while time[i]>=mint:
newIndex=i
i=i+1
print 'Carrier frequency from the tle data :'
print timefreq[0][newIndex]
newValue = self.interpolation(timefreq[1][newIndex],timefreq[1][newIndex+1],mint,timefreq[0][newIndex],timefreq[0][newIndex+1])
newrangerate = rangerateconvert(timefreq,newValue)
self.newtimedeltav2 = [time,newrangerate]
return timefreq