miv_simulator.lfp#

An approximation to the LFP generated by the cells in the network, based on the method developed by Schomburg et al., J Neurosci 2012.

The approximate LFP is calculated as the sum of current contributions of all compartments, scaled by the distances to the recording electrode and extracellular medium resistivity. The time resolution of the LFP calculation may be lower than that of the simulation by setting dt_lfp.

Functions

interpxyz(nn, nsegs, xx, yy, zz, ll, xint, ...)

Computes xyz coords of nodes in a model cell whose topology & geometry are defined by pt3d data.

Classes

LFP(label, pc, pop_gid_dict, pos[, rho, ...])

miv_simulator.lfp.interpxyz(nn, nsegs, xx, yy, zz, ll, xint, yint, zint)[source]#

Computes xyz coords of nodes in a model cell whose topology & geometry are defined by pt3d data. Code by Ted Carnevale.

Return type:: None