def addOUconductance(self,
loc,
tau,
mean,
stdev,
e_r,
delay,
dur,
seed=None):
"""
Injects a Ornstein-Uhlenbeck conductance at a given location
Parameters
----------
loc: dict, tuple or :class:`neat.MorphLoc`
The location of the conductance.
tau: float
Time-scale of the OU process (ms)
mean: float
Mean of the OU process (uS)
stdev: float
Standard deviation of the OU process (uS)
e_r: float
Reversal of the current (mV)
delay: float
The delay of current onset from the start of the simulation (ms)
dur: float
The duration of the current input (ms)
seed: int, optional
Seed for the random number generator
"""
seed = np.random.randint(1e16) if seed is None else seed
loc = MorphLoc(loc, self)
# create the current clamp
iclamp = h.OUConductance(self.sections[loc['node']](loc['x']))
iclamp.tau = tau
iclamp.mean = mean # uS
iclamp.stdev = stdev # uS
iclamp.e_r = e_r # mV
iclamp.delay = delay + self.t_calibrate # ms
iclamp.dur = dur # ms
iclamp.seed_usr = seed # ms
iclamp.dt_usr = self.dt # ms
# store the iclamp
self.iclamps.append(iclamp)
def addOUconductance(self,
loc,
tau,
mean,
stdev,
e_r,
delay,
dur,
seed=None):
seed = np.random.randint(1e16) if seed is None else seed
loc = MorphLoc(loc, self)
# create the current clamp
iclamp = h.OUConductance(self.sections[loc['node']](loc['x']))
iclamp.tau = tau
iclamp.mean = mean # uS
iclamp.stdev = stdev # uS
iclamp.e_r = e_r # mV
iclamp.delay = delay + self.t_calibrate # ms
iclamp.dur = dur # ms
iclamp.seed_usr = seed # ms
iclamp.dt_usr = self.dt # ms
# store the iclamp
self.iclamps.append(iclamp)