def test():
print 'here we go'
uc = uControl()
try:
print 'uc.cuff_pressure', uc.cuff_pressure
uc.record(True)
start = time.time()
print "recording..."
try:
while 1:
print 'uc.cuff_pressure', uc.cuff_pressure
serial_interact()
except KeyboardInterrupt:
pass
uc.record(False)
print 'len(uc.hirate)', len(uc.hirate)
hirate = array(uc.hirate)
if len(uc.hirate) > 0:
pfn = 'hirate.pkl'
pickle.dump(hirate, open(pfn, 'w'))
print 'wrote', pfn
print 'done'
finally:
# uc.deflate(50)
send_cmd(pump_rate=False, valve=True)
time.sleep(2)
send_cmd(pump_rate=False, valve=False, interval=0)
def test(basename, port=None):
print 'here we go'
uc = uControl(port=port)
try:
print 'uc.cuff_pressure', uc.cuff_pressure
print 'maintain(100, 130, 3)'
print 'pump to 100 mmHG'
uc.inflate(130, lambda *args:None)
uc.deflate(100)
uc.send_cmd(pump_state=False, valve_state=False)
# time.sleep(30)
uc.record(True)
print "recording..."
start = time.time()
# uc.deflate(3)
try:
while uc.cuff_pressure > 2:
print 'uc.cuff_pressure', uc.cuff_pressure
for i in range(10):
serial_interact()
except KeyboardInterrupt:
pass
uc.record(False)
print 'len(uc.hirate)', len(uc.hirate)
hirate = array(uc.hirate)
if len(uc.hirate) > 0:
pfn = '%s%03d.pkl' % (basename, len(glob.glob('%s*.pkl' % basename)))
pickle.dump(hirate, open(pfn, 'w'))
print 'wrote', pfn
# plot_hirate(hirate)
print 'done'
finally:
# uc.deflate(50)
send_cmd(pump_rate=False, valve=True)
time.sleep(2)
send_cmd(pump_rate=False, valve=False, interval=0)
pylab.show()
