Home > SaliencyToolbox > defaultLeakyIntFire.m

defaultLeakyIntFire

PURPOSE ^

defaultLeakyIntFire - creates a default LIF neuron.

SYNOPSIS ^

function LIF = defaultLeakyIntFire

DESCRIPTION ^

 defaultLeakyIntFire - creates a default LIF neuron.

 LIF = defaultLeakyIntFire
    Creates an integrate and fire neuron data structure with
    default values.

 See also initializeWTA, evolveLeakyIntFire, dataStructures.

CROSS-REFERENCE INFORMATION ^

This function calls: This function is called by:

SOURCE CODE ^

0001 % defaultLeakyIntFire - creates a default LIF neuron.
0002 %
0003 % LIF = defaultLeakyIntFire
0004 %    Creates an integrate and fire neuron data structure with
0005 %    default values.
0006 %
0007 % See also initializeWTA, evolveLeakyIntFire, dataStructures.
0008 
0009 % This file is part of the SaliencyToolbox - Copyright (C) 2006-2013
0010 % by Dirk B. Walther and the California Institute of Technology.
0011 % See the enclosed LICENSE.TXT document for the license agreement.
0012 % More information about this project is available at:
0013 % http://www.saliencytoolbox.net
0014 
0015 % all in SI units!!!
0016 
0017 function LIF = defaultLeakyIntFire
0018 
0019 LIF.timeStep = 0.0001; % seconds
0020 LIF.Eleak = 0;         % Volts
0021 LIF.Eexc = 100e-3;     % Volts
0022 LIF.Einh = -20e-3;     % Volts
0023 LIF.Gleak = 1e-8;      % Siemens
0024 LIF.Gexc = 0;          % Siemens
0025 LIF.Ginh = 0;          % Siemens
0026 LIF.GinhDecay = 1;     % Siemens
0027 LIF.Ginput = 5e-8;     % Siemens
0028 LIF.Vthresh = 0.001;   % Volts
0029 LIF.C = 1e-9;          % Farad
0030 LIF.time = 0;          % seconds
0031 LIF.V = 0;             % Volts
0032 LIF.I = 0;             % Ampere
0033 LIF.DoesFire = 1;      % binary

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