def testConversion_readChannel(self):
#loadFiles()
print("Reading the .sig file...")
readerSIG = HarmonieReader(os.path.join(parentdir, "test.SIG"))
print("Saving a copy in the BDF format...")
readerSIG.saveAsEDF(os.path.join(parentdir, "test.bdf"),
"BDF",
annotationFileName=os.path.join(
parentdir, "test Annotations.bdf"))
print("Reading the saved BDF file...")
readerEDF = EDFReader(os.path.join(parentdir, "test.bdf"),
annotationFileName=os.path.join(
parentdir, "test Annotations.bdf"))
channelListSig = readerSIG.getChannelLabels()
channelListEdf = readerEDF.getChannelLabels()
for channelSig, channelEdf in zip(channelListSig, channelListEdf):
data1 = readerSIG.readChannel(channelSig, False)
Y1 = data1.signal
T1 = readerSIG.getChannelTime(channelSig)
#fsSIG = data.samplingRate
data2 = readerEDF.readChannel(channelEdf)
Y2 = data2.signal
T2 = readerEDF.getChannelTime(channelEdf)
#fsEDF = data.samplingRate
print(("1:", np.mean(abs(Y1)), np.mean(abs(Y2))))
def testDoubleDetection(self):
fpath = parentdir #u'C:/DATA/Vickie_spindles/'
fileName = "/test.bdf" #'PETCHn1.bdf'
channels = ["C4-A1"]
print("Converting .sig file to .bdf file...")
readerSIG = HarmonieReader(fpath + fileName[:-3] + 'SIG')
readerSIG.saveAsEDF(fpath + fileName, "BDF", verbose=False)
reader = EDFReader(fpath + fileName)
data = reader.readChannel(channels[0], usePickled=False)
signal = data.signal
print(signal[[1, 100, 200, 300, 400, 500]])
data = reader.readChannel(channels[0], usePickled=False)
signal = data.signal
print(signal[[1, 100, 200, 300, 400, 500]])