def get_membrane_potential(self, **kwargs):
"""Returns a neo.core.AnalogSignal object"""
if self.sim_path is None or self.ran is False:
self.run(**kwargs)
if self.sim_path == '':
vm = None
else:
print("Getting membrane potential from %s/%s" \
% (self.sim_path,self.population_name))
vm = nc_neurotools.get_analog_signal(self.sim_path,
self.population_name)
vm_sig = vm.data
t = nc_neurotools.get_analog_signal(self.sim_path, 'time')
t_sig = t.data
t_new = np.arange(t_sig.min(), t_sig.max(), 0.01)
from scipy import interpolate
f = interpolate.interp1d(t_sig, vm_sig)
vm_new = f(t_new)
vm.data = vm_new
# An AnalogSignal instance.
return vm
def get_membrane_potential(self,**kwargs):
"""Returns a neo.core.AnalogSignal object"""
if self.sim_path is None or self.ran is False:
self.run(**kwargs)
if self.sim_path == '':
vm = None
else:
print("Getting membrane potential from %s/%s" \
% (self.sim_path,self.population_name))
vm = nc_neurotools.get_analog_signal(self.sim_path,
self.population_name)
vm_sig = vm.data
t = nc_neurotools.get_analog_signal(self.sim_path,
'time')
t_sig = t.data
t_new = np.arange(t_sig.min(),t_sig.max(),0.01)
from scipy import interpolate
f = interpolate.interp1d(t_sig,vm_sig)
vm_new = f(t_new)
vm.data = vm_new
# An AnalogSignal instance.
return vm
def get_membrane_potential(self, **kwargs):
"""Returns a neo.core.AnalogSignal object"""
if self.sim_path is None or self.ran is False \
or self.rerun or self.always_rerun:
self.run(**kwargs)
if self.sim_path == '':
vm = None
else:
#print("Getting membrane potential...")#" from %s/%s" \
# % (self.sim_path,self.population_name))
vm = nc_neurotools.get_analog_signal(self.sim_path,
self.population_name)
# An AnalogSignal instance.
return vm
def get_membrane_potential(self,**kwargs):
"""Returns a neo.core.AnalogSignal object"""
if self.sim_path is None or self.ran is False \
or self.rerun or self.always_rerun:
self.run(**kwargs)
if self.sim_path == '':
vm = None
else:
#print("Getting membrane potential...")#" from %s/%s" \
# % (self.sim_path,self.population_name))
vm = nc_neurotools.get_analog_signal(self.sim_path,
self.population_name)
# An AnalogSignal instance.
return vm
