MAP:YBOS
When you map to shared memory (or restore a YBOS histogram file),
for histogram number j, you get the following PHYSICA variables:
variable name type YBOS structure name or description
------------------------------------------------------------------------
HRUNNO scalar YBS.I_RUNNO
HTITLE[j] array text YBS.HISTO_ST(j).DOT_NAME
HTEST[j] array text YBS.HISTO_ST(j).TEST_NAME
HDATA[j] array text YBS.HISTO_ST(j).DATA_NAME
HIST vector YBS.HISTO
HSTART[j] vector starting index for histo #j
HNBIN[j] vector YBS.HISTO_ST(j).N_BINS
HLOW[j] vector YBS.HISTO_ST(j).XLOW
HHI[j] vector YBS.HISTO_ST(j).XHI
HBINW[j] vector (HHI[j]-HLOW[j])/HNBIN[j]
HUNDER[j] vector YBS.HISTO_ST(j).XUNDER
HOVER[j] vector YBS.HISTO_ST(j).XOVER
HSUM[j] vector sum of histo #j
HMEAN[j] vector mean value of histo #j
HSIGMA[j] vector sigma of histo #j
Syntax: RESTORE\YBOS\DOTPLOT filename
When you map to shared memory (or restore a YBOS dot plot file),
for dot plot number j, you get the following PHYSICA variables:
PHYSICA name type YBOS structure name or description
------------------------------------------------------------------------
DRUNNO scalar YBS.I_RUNNO
X_SYMBOL[j] array text YBS.DOT_EXTRA(j).X_SYMBOL
Y_SYMBOL[j] array text YBS.DOT_EXTRA(j).Y_SYMBOL
STEST_ALL[j] array text YBS.DOT_EXTRA(j).STEST_ALL
DOT_NAME[j] array text YBS.DOT_ST(j).DOT_NAME
SCTEST[j] array text YBS.DOT_EXTRA(j).SCTEST[1-4]
XDOT vector YBS.XDOT
YDOT vector YBS.YDOT
XLOW[j] vector YBS.DOT_ST(j).X_LOW
XHIGH[j] vector YBS.DOT_ST(j).X_HIGH
YLOW[j] vector YBS.DOT_ST(j).Y_LOW
YHIGH[j] vector YBS.DOT_ST(j).Y_HIGH
SCTEST_START[j,1:4] matrix starting char. index for SCTEST[j]
SCTEST_END[j,1:4] matrix final char. index for SCTEST[j]
COL_DEF[j,1:4] matrix YBS.DOT_ST(j).COL_ST(1:4).COL_DEF
COL_POINTER[j,1:4] matrix YBS.DOT_ST(j).COL_ST(1:4).COL_POINTER
COL_OFF[j,1:4] matrix YBS.DOT_ST(j).COL_ST(1:4).COL_OFF
------------------------------------------------------------------------
Furthermore: SCTEST[j][SCTEST_START[j,k]:SCTEST_END[j,k]] =
YBS.DOT_EXTRA(j).SCTEST[k]
To plot histogram n:
label\xaxis htitle[n]
scalar\dummy j
graph loop(hlow[n]+(j-1)*hbinw[n],j,1:hnbin[n]) -
hist[hstart[n]:hstart[n]+hnbin[n]-1]
To plot dotplot n:
do j = [1:4]
if (col_off[n,j] > 0 ) then
scale xlow[n] xhigh[n] 5 ylow[n] yhigh[n] 5
graph\axesonly
colour j
graph\noaxes -
xdot[col_pointer[n,j]:col_pointer[n,j]+col_off[n,j]-1] -
ydot[col_pointer[n,j]:col_pointer[n,j]+col_off[n,j]-1]
set
%xloc 32
%yloc 90-3*j
%txthit 2.0
cursor -2
text rchar(col_off[n,j],`F6.0')//`/'//sctest[n]
endif
enddo