def extract_O2_sat(self, edf_path, fname):
a = EDF(edf_path + '\\' + fname + '.edf')
if 'sao2' not in a.channels:
print "sao2 channel not found in %s.edf" % fname
return None
o2 = a.channel_to_tuples('sao2', self.start_time) # o2 is a list of tuples (t, value)
return o2
def run(self):
"""create the EDF file"""
myPatient = Patient('12345', 'Julius Miguel' , 'Juarez', 'Broma', 'Rosal', 'Male', '02.17.86', 22)
myEDF = EDF(myPatient, self.parentPanel.BioSignals, self.strDate, self.strStarttime, self.strY2KDate + \
': LifeLink 15 second data of CorScience modules', \
'15', '1')
edffile = open('EDF Files/' + myPatient.LastName + '_' + self.timestamp + '.edf', 'wb+')
edffile.write(myEDF.get())
edffile.close()
print "created edf file"
# clear BioSignals
self.parentPanel.BioSignals = []
### FIX ME: Add sendEDF method here!
# -----
# stop thread
self.stop()
def edf_scheduler(string):
global preview
task_sets = scheduling_setup(string)
edf = EDF(task_sets)
l_c_m = edf.lcm_edf(task_sets)
p_ord = edf.priority_order(task_sets)[0]
flag = edf.utilization_test(task_sets)
if flag is False:
label = tk.Label(
root, text="The task set can not be scheduled for EDF")
label.pack()
else:
edf_schedule = edf.edf_schedule(p_ord, l_c_m, task_sets)
element = ''
for i in range(len(edf_schedule)):
element = element + edf_schedule[i] + ' '
if preview == 1:
label = tk.Label(root, text="This is EDF")
label2 = tk.Label(root, text=element)
label.pack()
label2.pack()
preview = 0
return edf_schedule
def init(self):
self.edf = EDF(self.phases)
