def ctr6(d):
global u3channels_saved
i=6
if u3channels_saved[i] == 'ctr':
return d.getFeedback(u3.Counter0( Reset = True ) )
else:
print "Error trying to get counter data from FIO"+str(i)+". You didn't set it up for counter input."
print "ctr"+str(i)+" exiting. Bye bye."
raise RuntimeError('Sorry...')
def ctr7(d):
global u3channels_saved
i=7
if u3channels_saved[i] == 'ctr':
if u3channels_saved[6] == 'ctr': #Then there are two counters, so FIO7 is counter 1 and FIO6 is counter 0
return d.getFeedback(u3.Counter1( Reset = True ) )
else:
return d.getFeedback(u3.Counter0( Reset = True ) )
else:
print "Error trying to get counter data from FIO"+str(i)+". You didn't set it up for counter input."
print "ctr"+str(i)+" exiting. Bye bye."
raise RuntimeError('Sorry...')
def ReadCounter0():
'''
Desc: Reads counter0
!!! Before using it make sure than the counter is really enabled!!!
Ex:
>>> LJU3HV.ResetCounter0()
[]
Conter 0 was reset
'''
return d.getFeedback(u3.Counter0(Reset=True))
def ResetCounter0():
'''
Desc: Performs a reset of counter0
!!! Before using it make sure than the counter is really enabled!!!
Ex:
>>> LJU3HV.ResetCounter0()
Conter 0 was reset
'''
d.getFeedback(u3.Counter0(Reset=True))
class U3Resource(object):
timer0 = u3.Timer0()
timer1 = u3.Timer1()
counter = u3.Counter0()
_reset_offset = 0
def __init__(self, instance, horigin, lorigin, high, low):
self.instance = instance
self.horigin = horigin
self.lorigin = lorigin
self.high = high
self.low = low
def get_monotonic(self):
high, low = self.instance.getFeedback(self.timer1, self.timer0)
b_high = '{:b}00000000000000000000000000000000'.format(high -
self.high)
b_low = '{:032b}'.format(low - self.low)
tick = int(b_high, 2) + int(b_low, 2)
return tick * 2.5e-07
# tick = '{:b}{:032b}'.format(high-self.high, low-self.low)
# return int(tick, 2) * 2.5e-07
def get_time(self):
return self.get_monotonic() - self._reset_offset
def get_origin(self):
high, low = self.instance.getFeedback(self.timer1, self.timer0)
b_high = '{:b}00000000000000000000000000000000'.format(high -
self.high)
b_low = '{:032b}'.format(low - self.low)
tick = int(b_high, 2) + int(b_low, 2)
return tick * 2.5e-07
# high, low = self.instance.getFeedback(self.timer1, self.timer0)
# tick = '{:b}{:032b}'.format(high-self.horigin, low-self.lorigin)
# return int(tick, 2) * 2.5e-07
def get_counter(self):
return self.instance.getFeedback(self.counter)[0]
def reset_counter(self):
raise NotImplementedError
def reset_timer(self):
self._reset_offset = self.get_monotonic()
def resetCounter0(self): # Reset the content counter 0
return self.labjackModule.getFeedback(u3.Counter0(Reset=True))
def readCounter0(self): # Return the content counter 0
return self.labjackModule.getFeedback(u3.Counter0())