def __init__(self, fid, location):
self.SubjectID = h5getstr(fid, location + '/SubjectID')
self.MeasurementDate = h5getstr(fid, location + '/MeasurementDate')
self.MeasurementTime = h5getstr(fid, location + '/MeasurementTime')
self.LengthUnit = h5getstr(fid, location + '/LengthUnit')
self.TimeUnit = h5getstr(fid, location + '/TimeUnit')
ErrorClass.__init__(self)
def __init__(self, fname):
fid = h5py.File(fname, 'r')
# formatVersion
self.formatVersion = h5getstr(fid, 'formatVersion')
# metaDataTags
self.metaDataTags = MetaDataTagsClass(fid, '/nirs/metaDataTags')
# data
self.data = []
ii = 1
while 1:
temp = DataClass(fid, '/nirs/data' + str(ii))
if temp.GetError() < 0:
break
self.data.append(temp)
ii = ii + 1
# stim
self.stim = []
ii = 1
while 1:
temp = StimClass(fid, '/nirs/stim' + str(ii))
if temp.GetError() < 0:
break
self.stim.append(temp)
ii = ii + 1
# probe
self.probe = ProbeClass(fid, '/nirs/probe')
# aux
self.aux = []
ii = 1
while 1:
temp = AuxClass(fid, '/nirs/aux' + str(ii))
if temp.GetError() < 0:
break
self.aux.append(temp)
ii = ii + 1
fid.close()
ErrorClass.__init__(self)
def __init__(self, fid, location):
self.name = h5getstr(fid, location + '/name')
self.time = np.array(fid.get(location + '/time'))
self.dataTimeSeries = np.array(fid.get(location + '/dataTimeSeries'))
ErrorClass.__init__(self)
def __init__(self, fid, location):
self.name = h5getstr(fid, location + '/name')
self.data = np.array(fid.get(location + '/data'))
ErrorClass.__init__(self)
