def subint_signal():
"""
Fixture for signal class
- Makes a subintegrated signal
"""
fbsubsig = FilterBankSignal(1400, 400, fold=True)
return fbsubsig
def signal():
"""
Fixture signal class
"""
fbsig = FilterBankSignal(1400,400,Nsubband=2,\
sample_rate=186.49408124993144*2048*10**-6,\
sublen=0.5)
return fbsig
def fbsignal_nofold():
"""
Fixture signal class
"""
fbsig_nofold = FilterBankSignal(1400,400,Nsubband=2,\
sample_rate=1.0*2048*10**-6,\
sublen=None, fold = False)
return fbsig_nofold
def fbsignal():
"""
Fixture signal class
"""
fbsig = FilterBankSignal(1400,400,Nsubband=2,\
sample_rate=1.0*2048*10**-6,\
sublen=0.5)
return fbsig
def signal():
"""
Fixture signal class
"""
fbsig = FilterBankSignal(1400,
400,
fold=False,
sample_rate=(1.0 / 0.005) * 2048 * 10**-6)
return fbsig
def test_fbsignal_errs():
"""
Test Filterbank Signal class errors.
"""
# Test errors
fbsig1 = FilterBankSignal(1400,400,Nsubband=2,\
sample_rate=186.49408124993144*2048*10**-6,\
sublen=0.5)
with pytest.raises(NotImplementedError):
fbsig1.to_RF()
fbsig1.to_Baseband()
def test_fbsignal():
"""
Test Filterbank Signal class.
"""
# standard instantiation
fbsig1 = FilterBankSignal(1400,400,Nsubband=2,\
sample_rate=186.49408124993144*2048*10**-6,\
sublen=0.5)
# minimal instantiation
fbsig2 = FilterBankSignal(1400,-400,Nsubband=2,\
sample_rate=None,\
sublen=None, fold=False)
# Check return of self
fbsig_test = fbsig1.to_FilterBank()
assert (fbsig_test == fbsig1)
# Check _set_draw_norm function
fbsig3 = FilterBankSignal(1400,-400,Nsubband=2,\
sample_rate=None,\
sublen=None, dtype=np.int8, fold=False)
def test_moretxtfile(pulsar):
"""
Test a few additional lines and properties of the txtfile class.
Lines to Test: 59
"""
fbsig = FilterBankSignal(1400,400,Nsubband=101,\
sample_rate=186.49408124993144*2048*10**-6,\
sublen=0.5)
tobs = make_quant(1, 's')
pulsar.make_pulses(fbsig, tobs)
# Initialize without path
tf = TxtFile(path=None)
tf.save_psrchive_pdv(fbsig, pulsar)
os.remove("PsrSigSim_Simulated_Pulsar.ar_1.txt")
os.remove("PsrSigSim_Simulated_Pulsar.ar_2.txt")
# Check attribute
assert (tf.tbin == 1.0 / fbsig.samprate)
assert (tf.obsfreq == fbsig.fcent)
assert (tf.chan_bw == fbsig.bw / fbsig.Nchan)
def signal():
"""
Fixture signal class
"""
fbsig = FilterBankSignal(1400, 400)
return fbsig
def S_lowchan():
"""
Fixture signal class
"""
fbsig = FilterBankSignal(1400, 400, Nsubband=10)
return fbsig