def test_detect_spindle_to_data():
detsp = DetectSpindle()
sp = detsp(data)
sp_data = sp.to_data('count')
assert sp_data(0)[0] == 2
sp_freq = sp.to_data('peak_freq')
assert approx(sp_freq(0)[0]) == 14.151831564532694
def test_detect_spindle_to_data():
detsp = DetectSpindle()
sp = detsp(data)
sp_data = sp.to_data('count')
assert sp_data(0)[0] == 1
sp_freq = sp.to_data('peak_freq')
assert approx(sp_freq(0)[0]) == 13.793103448275861
def test_detect_spindle_to_data():
detsp = DetectSpindle()
sp = detsp(data)
sp_data = sp.to_data('count')
assert sp_data(0)[0] == 1
sp_freq = sp.to_data('peak_freq')
assert approx(sp_freq(0)[0]) == 13.114754098360656
sp_ptp = sp.to_data('ptp')
assert approx(sp_ptp(0)[0]) == 63.53406593406595
def test_merge_close():
detsp = DetectSpindle(method='Nir2011')
sp = detsp(data)
assert len(sp.events) == 4
def test_detect_spindle_unknownmethod():
with raises(ValueError):
detsp = DetectSpindle(method='xxx')
def test_detect_spindle_Concordia():
detsp = DetectSpindle(method='Concordia')
sp = detsp(data)
assert (len(sp.events)) == 3
def test_detect_spindle_UCSD():
detsp = DetectSpindle(method='UCSD')
sp = detsp(data)
assert len(sp.events) == 9
def test_detect_spindle_FASST2():
detsp = DetectSpindle(method='FASST2')
sp = detsp(data)
assert len(sp.events) == 8
def test_detect_Lacourse2018():
detsp = DetectSpindle(method='Lacourse2018')
sp = detsp(data)
assert len(sp.events) == 8
def test_detect_Ray2015():
detsp = DetectSpindle(method='Ray2015')
sp = detsp(data)
assert len(sp.events) == 5
def test_detect_Martin2013():
detsp = DetectSpindle(method='Martin2013')
sp = detsp(data)
assert len(sp.events) == 3
def test_detect_spindle_Ferrarelli2007():
detsp = DetectSpindle(method='Ferrarelli2007')
sp = detsp(data)
assert len(sp.events) == 0
def test_detect_spindle_Wamsley2012():
detsp = DetectSpindle(method='Wamsley2012')
sp = detsp(data)
assert len(sp.events) == 4
def test_detect_spindle_Nir2011():
detsp = DetectSpindle(method='Nir2011')
sp = detsp(data)
assert len(sp.events) == 4
def test_detect_spindle_Moelle2011():
detsp = DetectSpindle()
assert repr(detsp) == 'detsp_Moelle2011_12-15Hz_00.5-03.0s'
sp = detsp(data)
assert len(sp.events) == 4
hfile = os.path.join(target_path, 'Hypnogram_excerpt2.txt') # hypnogram
cfile = os.path.join(target_path, 'excerpt2_config.txt') # GUI config
# Define an instance of Sleep :
sp = Sleep(data=dfile, hypno=hfile, config_file=cfile)
###############################################################################
# Define new methods
###############################################################################
###############################################################################
# Spindle function
# ~~~~~~~~~~~~~~~~
# Define a DetectSpindle instance :
opts_spin = DetectSpindle('Moelle2011')
# Define the function to replace :
def fcn_spindle(data, sf, time, hypno): # noqa
"""New spindle detection function.
See : https://wonambi-python.github.io/api/wonambi.detect.spindle.html
for an exhaustive list of implemented detections inside wonambi.
"""
out, _, _ = detect_Moelle2011(data, sf, time, opts_spin)
indices = np.zeros((len(out), 2))
for i, k in enumerate(out):
indices[i, 0] = k['start']
indices[i, 1] = k['end']
indices *= sf
