stimulation

class nrv.fmod.stimulation(material='endoneurium_ranck')

Stimulation object are designed to connect all other objects requierd to analyticaly compute the external potential voltage for axons : - the material surrounding the axon (only one) - a list of electrode(s) - a list of corresponding current stimuli This class inherits from extracellular_context.

Methods

stimulation.__init__([material])	Implement a stimulation object.
stimulation.add_electrode(electrode, stimulus)	Add a stimulation electrode and its stimulus to the stimulation, only if the electrode is analytically described.
stimulation.change_stimulus_from_electrode(...)	Change the stimulus of the ID_elec electrods
stimulation.clear_electrodes_footprints()	clear the footprints for all electrodes from existing array
stimulation.compute_electrodes_footprints(x, y, z)	Compute the footprints for all electrodes
stimulation.compute_vext(time_index)	Compute the external potential on a array of coordinate for a time sample of all synchronised stimuli with all electrodes.
stimulation.get_parameters()	Generic method returning all the atributes of an NRV_class instance
stimulation.is_empty()	check if a stimulation object is empty (No electrodes and stimuli, no external field can be computed).
stimulation.load(data[, blacklist])	Generic loading method for NRV_class instance
stimulation.load_extracel_context([data])
stimulation.plot(axes[, color])
stimulation.reset_electrodes()
stimulation.reset_stimuli()
stimulation.save([save, fname, blacklist])	Generic saving method for NRV_class instance.
stimulation.save_extracel_context([save, fname])
stimulation.set_electrodes_footprints(footprints)	set the footprints for all electrodes from existing array
stimulation.set_parameters(**kawrgs)	Generic method to set any attribute of NRV_class instance
stimulation.synchronise_stimuli([snap_time, ...])	Synchronise all stimuli before simulation.
stimulation.translate([x, y, z])	Move extracellular context electrodes by group translation