def biexp_current(input, tau1, tau2, current_name=None, unit=amp):
'''
Biexponential synaptic current.
current_name = name of current variable
'''
current_name = current_name or unique_id()
current = Current() + biexp_synapse(input, tau1, tau2, unit, current_name)
current.set_current_name(current_name)
return current
def alpha_current(input, tau, current_name=None, unit=amp):
'''
Alpha synaptic current.
current_name = name of current variable
'''
current_name = current_name or unique_id()
current = Current() + alpha_synapse(input, tau, unit, current_name)
current.set_current_name(current_name)
return current
def biexp_current(input, tau1, tau2, current_name=None, unit=amp):
'''
Biexponential synaptic current.
current_name = name of current variable
'''
current_name = current_name or unique_id()
current = Current() + biexp_synapse(input, tau1, tau2, unit, current_name)
current.set_current_name(current_name)
return current
def alpha_current(input, tau, current_name=None, unit=amp):
'''
Alpha synaptic current.
current_name = name of current variable
'''
current_name = current_name or unique_id()
current = Current() + alpha_synapse(input, tau, unit, current_name)
current.set_current_name(current_name)
return current
def exp_current(input, tau, current_name=None, unit=amp):
'''
Exponential synaptic current.
input = name of input variable (where presynaptic spikes act).
current_name = name of current variable
'''
current_name = current_name or unique_id()
current = Current() + exp_synapse(input, tau, unit, current_name)
current.set_current_name(current_name)
return current
def exp_current(input, tau, current_name=None, unit=amp):
'''
Exponential synaptic current.
input = name of input variable (where presynaptic spikes act).
current_name = name of current variable
'''
current_name = current_name or unique_id()
current = Current() + exp_synapse(input, tau, unit, current_name)
current.set_current_name(current_name)
return current
