/* dMvdPar.idl */

struct dMvdPar
{
	float zoff;	/* Lots of the MVD code uses ZOFF, the half-length of*/ 
			/*a ladder -- for convenience, this variable is included*/
			/* here, but it is actually intended to be the same as */
			/*dvisl[3] -- the initialization should be in ver_ini.*/
	float xnum_mip; /* the (approximate) number of electron-hole pairs*/
			/*produced in Si for one mip passing through 300 microns.*/
			
	float skev_mip; /* the (approximate) energy deposition in keV for one*/
			/*mip passing through 300 microns of Si. */
	float skev_noise;/* the average noise level in units of keV deposited */
			/*by a mip passing through 300 microns of Si.*/
			/*Expressed as a fraction of skev_mip. */
	float factor_noise;/* the "fudge-factor" by which the sigma of the noise*/
			/* distribution is increased above a simple estimate */
			/*based of the square-root of the number of electron-hole*/
			/*pairs. */
	float smax_mip;	/* the full scale signal, when digitized, in units*/
			/*of the signal deposited by a mip in 300 microns of Si.*/
			/*For example, smax_mip=8. means that 8-mips = the full*/ 
			/*scale signal when digitized.*/
	float smax_kev; /* The equivalent of smax_mip, but expressed in keV*/
			/*deposited in Si.                                   */
	float full_scale;/* The number of channels full-scale used for the*/
			/*digitized signal. */
	float ver_thrsh_mip; /* an integer version of full_scale  */
	float ver_thrsh; /* The threshold in mip's */
        float cross_talk; /*  the value of cross talk between channels  */
	short maxadc_ver;    /* The threshold in keV */
         
};