directionselectivityNcell_GsynAP

  INTFIRELEAKY_GSYNAP - Empirically determine minimum synaptic strength for AP

    GSYNAP=DIRECTIONSELECTIVITYNCELL_GSYNAP(SEARCHRANGE, SIZEINPUTS, RESPONSE, WEIGHT, DIR, PARAM1, VALUE1, ...);

    Determine minimum conducance necessary to generate RESPONSE action potentials
    in a single sweep over a model generated by DIRECTIONSELECTIVITYNCELLDEMO.
    By default, RESPONSE is 1.

    The variable SEARCHRANGE = [ MIN MAX STEPS ] specifies the search domain.
    The conductance values will be searched between MIN and MAX in a
    binary search fashion of STEPS number of steps.  (Default: [0 10e-9 30])

    SIZEINPUTS is the dimension of the inputs ([N R]). By default, SIZEINPUTS is [2 2].

    WEIGHT is a matrix the same size as SIZEINPUTS that will be used to weight the
    GsynAP across the network. Default value is a matrix the size
    of SIZEINPUTS that is all 1's. One could specify TRUI(ONES(N,R)) to specify that only
    the upper triangle of the inputs should be connected.

    DIR is 0 for 'up', 1 for 'down'. (default 0)

    If empty ([]) is passed for any of the inputs, then the defaults will be used.

    Examples:
     % using default parameters:
     GsynAP = directionselectivityNcell_GsynAP([],[2 2],[],[]); % use defaults

     GsynAP = directionselectivityNcell_GsynAP([],[5 5],[],[],'N',5,'R',5,'isi',2);


    See also: DIRECTIONSELECTIVITYNCELLDEMO