//  adapted from Andrew Davison, The Babraham Institute, 2003.
// 

nmitx       = 10		// 1st dimension of mitral cell array
nmity       = 1 		// 2nd dimension of mitral cell array

nglom       = nmitx*nmity	// total number of mitral cells
g2m         = 1 		// 
ngranx      = 1   //nmitx*g2m	// 1st dimension of granule cell array
ngrany      = 1   //nmitx*1	// 2nd dimension of granule cell array

seed        = 4			// seed for random number generator

iweight      = 0 //e-6 	// uS	// }
ampaGrweight = 0 	// uS	// }
iGrweight    = 0         // uS	// }

 
tstop	    = 1000	// ms	// total simulation time
ttrans	    = 0		// ms   // when calculating statistics, ignore
				// spikes occuring before this time
cvode.active(1)
dt 	    = 0.01	//ms