import numpy
import struct

N = numpy.linspace(0,.08,6e6)
N = N * (1.57542e9 * numpy.pi * 2)
signal = numpy.sin(N)

IQ = struct.Struct("!ff")
with open("L1sin.bin", "wb") as f_out:

    for I in signal:
        f_out.write(IQ.pack(I,0))
    

ac51cd09b11f7db81ad356be24ad74851efcc073
<mask token>

<mask token>
with open('L1sin.bin', 'wb') as f_out:
    for I in signal:
        f_out.write(IQ.pack(I, 0))

<mask token>
N = numpy.linspace(0, 0.08, 6000000.0)
N = N * (1575420000.0 * numpy.pi * 2)
signal = numpy.sin(N)
IQ = struct.Struct('!ff')
with open('L1sin.bin', 'wb') as f_out:
    for I in signal:
        f_out.write(IQ.pack(I, 0))

import numpy
import struct
N = numpy.linspace(0, 0.08, 6000000.0)
N = N * (1575420000.0 * numpy.pi * 2)
signal = numpy.sin(N)
IQ = struct.Struct('!ff')
with open('L1sin.bin', 'wb') as f_out:
    for I in signal:
        f_out.write(IQ.pack(I, 0))

import numpy
import struct

N = numpy.linspace(0,.08,6e6)
N = N * (1.57542e9 * numpy.pi * 2)
signal = numpy.sin(N)

IQ = struct.Struct("!ff")
with open("L1sin.bin", "wb") as f_out:

    for I in signal:
        f_out.write(IQ.pack(I,0))
    
