/*---------------------------
defining # of excitatory and inhibitory synapses per 100 microns 
of proximal & distal ssc dendrtie, and the ratio of identified 
input sources. arrays of 5 numbers correspond to synapses from:
0 - empty
1 - LGN
2 - other SSC from L4
3 - L6 pyramids
4 - Inhibitory synapses from basket cell
These correspnd to Stratford et al. 1996 whoc clasfified inputs to
class1 to class 3 for the excitatory inputs.
(If array has only 4 cells, it is only for the three excitatory 
inputs).
------------------------------*/

//only about 80% of the synapses were accounted for by ahmed et al. 1994:
KnownExcSyn = 0.79				//excitatory
KnownInSyn  = 0.84				//inhibitory

/*****************************
//# of excitatory and inhibitory synappses on soma and per 100 
microns of proximal and distal dendrites:
****************************/
DensOfSomaExcSyn = 0 			//excitatory synapses on soma
DensOfSomaInSyn  = 0  			//inhibitory synapses on soma
DensOfProxExcSyn = 62			//excitatory synapses per proximal dendrite
DensOfProxInSyn  = 33			//inhibitory synapses per proximal dendrite
DensOfDistExcSyn = 117			//excitatory synapses per distal dendrite
DensOfDistInSyn  = 5			//inhibitory synapses per distal dendrite

//# of synapses on the soma is 0 for the ssc, the following is for compatability with basket cell:
double RatioSomaExcSyn[5]

//ratio of each input source out of the proximal excitatory synapses:
double RatioProxExcSyn[4]
RatioProxExcSyn[1] = 0.15		//LGN
RatioProxExcSyn[2] = 0.35		//L4
RatioProxExcSyn[3] = 0.5		//L6

//ratio of each input source out of the distal excitatory synapses:
double RatioDistExcSyn[4]
RatioDistExcSyn[1] = 0.07		//thalmaic afferents
RatioDistExcSyn[2] = 0.29		//othe L4 input
RatioDistExcSyn[3] = 0.64		//L6 input