inc/F77/level1.f

*************************************************************************
*     
*     Common level1.f
*     
*     contains LEVEL1 ntuple variables definitions
*     
*************************************************************************

      parameter (nclstrmax_view = 200) ! maximum number of clusters per view
      parameter (nclstrmax      = nclstrmax_view * nviews)
      parameter (nclstrp        = 20) ! maximum number of stored strips per cluster
      parameter (maxlength      = nclstrmax * nclstrp) 

      integer good1(nviews)

c     CLUSTER block:
      integer nclstr1           !cluster number
      integer view(nclstrmax)   !view the cluster belongs to     
      integer ladder(nclstrmax) !ladder the strip carrying the largest signal 
                                ! value belongs to
      integer maxs(nclstrmax)   !cluster strip carrying the largest signal value
      integer mult(nclstrmax)   !cluster multiplicity
      real    sgnl(nclstrmax)   !cluster multiplicity
      integer indstart(nclstrmax) !cluster starting point index in clsignal array
      integer indmax(nclstrmax) !cluster maximum point index in clsignal array
      integer totCLlength       !sum of all clusters length (to assign
                                ! dimension to clsignal array)
      real clsignal(maxlength)  !sgnal values of all strips belonging to clusters
      real clsigma(maxlength)
      integer cladc(maxlength)
      integer clbad(maxlength)

      real    cnev(nviews,nva1_view)     !CN of the event for a certain view and VA1
      real    cnrmsev(nviews,nva1_view) !RMS of CN
      integer cnnev(nviews,nva1_view)    !n.strips used for CN computation 
      integer fshower(nviews)            !flag to tag views with too many clusters
c                                        !(in this case clusters are not saved)
      integer whichtrack(nclstrmax)      !flag to tag clusters associated to a track
      common/level1event/good1,nclstr1,view,ladder,maxs
     $     ,mult,sgnl,indstart
     $     ,indmax,totCLlength,clsignal,clsigma,cladc,clbad
     $     ,cnev,cnnev,cnrmsev,fshower,whichtrack
      
      SAVE/level1event/
1	*************************************************************************
2	*
3	* Common level1.f
4	*
5	* contains LEVEL1 ntuple variables definitions
6	*
7	*************************************************************************
8
9	parameter (nclstrmax_view = 200) ! maximum number of clusters per view
10	parameter (nclstrmax = nclstrmax_view * nviews)
11	parameter (nclstrp = 20) ! maximum number of stored strips per cluster
12	parameter (maxlength = nclstrmax * nclstrp)
13
14	integer good1(nviews)
15
16	c CLUSTER block:
17	integer nclstr1 !cluster number
18	integer view(nclstrmax) !view the cluster belongs to
19	integer ladder(nclstrmax) !ladder the strip carrying the largest signal
20	! value belongs to
21	integer maxs(nclstrmax) !cluster strip carrying the largest signal value
22	integer mult(nclstrmax) !cluster multiplicity
23	real sgnl(nclstrmax) !cluster multiplicity
24	integer indstart(nclstrmax) !cluster starting point index in clsignal array
25	integer indmax(nclstrmax) !cluster maximum point index in clsignal array
26	integer totCLlength !sum of all clusters length (to assign
27	! dimension to clsignal array)
28	real clsignal(maxlength) !sgnal values of all strips belonging to clusters
29	real clsigma(maxlength)
30	integer cladc(maxlength)
31	integer clbad(maxlength)
32
33	real cnev(nviews,nva1_view) !CN of the event for a certain view and VA1
34	real cnrmsev(nviews,nva1_view) !RMS of CN
35	integer cnnev(nviews,nva1_view) !n.strips used for CN computation
36	integer fshower(nviews) !flag to tag views with too many clusters
37	c !(in this case clusters are not saved)
38	integer whichtrack(nclstrmax) !flag to tag clusters associated to a track
39	common/level1event/good1,nclstr1,view,ladder,maxs
40	$ ,mult,sgnl,indstart
41	$ ,indmax,totCLlength,clsignal,clsigma,cladc,clbad
42	$ ,cnev,cnnev,cnrmsev,fshower,whichtrack
43
44	SAVE/level1event/