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Again..., Thank you! Time to review chapter 5. I adjusted it to something like (and for all range variables): def set_extracellular(self): idx_count = 0 for sec in self.all: sec.insert('extracellular') sec.insert('xstim') for node in sec.allseg(): if 0 < node.x < 1: node.xg[0] = self._xg0 node.xg[1]...

Thank you Ted! I implemented the program in Python using the suggestions you provided. In this version, I evaluated the electric potential, exported from the data obtained in COMSOL (V). Now, I would like to check the magnitude and the individual components of the Electric Field (Ex, Ey, and Ez) in ...

(In response to Extracellular stimulation and recording https://www.neuron.yale.edu/phpBB/viewtopic.php?t=168) Dear colleagues, I'm working on a direct current model of transcutaneous electrical stimulation of the spinal cord. The volume conductor model was thought to be purely resistive, with multi...