recording_point

class nrv.fmod.recording_point(x=0, y=0, z=0, ID=0, method='PSA')

Object equivalent to a point source electrode for extracellular potential recording only (No stimulation)

Methods

recording_point.__init__([x, y, z, ID, method])	Instantiation of a recording point.
recording_point.add_axon_contribution(...)	Adds the and axon extracellular potential to the recording computed as the matrix product of I_membrane computed from neuron with the footprint computed below and stored in the object for a specific axons ID.
recording_point.compute_LSA_isotropic_footprint(...)	Compute the footprint for Linear Source approximation an isotropic material
recording_point.compute_PSA_anisotropic_footprint(...)	Compute the footprint for Point Source approximation an anisotropic material
recording_point.compute_PSA_isotropic_footprint(...)	Compute the footprint for Point Source approximation an isotropic material
recording_point.get_ID()	get the ID of a recording point
recording_point.get_method()	get the method for a recording point
recording_point.get_parameters()	Generic method returning all the atributes of an NRV_class instance
recording_point.init_recording(N_points)	Initializes the recorded extracellular potential.
recording_point.load(data[, blacklist])	Generic loading method for NRV_class instance
recording_point.load_recording_point([data])
recording_point.reset_recording(N_points)	Sets the recorded extracellular potential to zero whatever the conditions
recording_point.save([save, fname, blacklist])	Generic saving method for NRV_class instance.
recording_point.save_recording_point([save, ...])
recording_point.set_method(method)	Set the approximation to compute the extracellular potential
recording_point.set_parameters(**kawrgs)	Generic method to set any attribute of NRV_class instance
recording_point.translate([x, y, z])	Move recording point by translation