def getSimpleLinkMap(ts, orbitDelay=28, outputDirectory = "", slotDict = {}):
print 'Start Get Mapping'
linkMap = {}
# print_links(ts)
getGoodLinks(ts, orbitDelay=orbitDelay, forceInit=True)
setFixRangeModeOff(ts, slotDict)
sleep(2)
for rbx in slotDict:
print 'RBX number:', rbx
for slot in slotDict[rbx]:
uniqueID = getUniqueID(ts, rbx, slot)
print 'Looking at slot %i, id: %s'%(slot, uniqueID)
setFixRangeModeOff(ts, {rbx:[slot]})
sleep(2)
setFixRangeModeOnBottom(ts, {rbx:[slot]}, 3)
sleep(2)
# printDaisyChain(slot)
fName = uhtr.get_histos(ts,n_orbits=10, sepCapID=0, file_out_base = outputDirectory+"mappingHist")
vals = read_histo(fName,False)
for i in range(0,144,6):
link = int(i/6)
#print link, vals[i]
if vals[i]['mean'] > 100:
print "Bottom: Link %i"%link
linkMap[link] = {'unique_ID':uniqueID,
'rbx':rbx,
'slot':slot,
'side':'Bottom',
}
setFixRangeModeOff(ts, {rbx:[slot]})
sleep(2)
setFixRangeModeOnTop(ts, {rbx:[slot]}, 3)
sleep(2)
#printDaisyChain(slot)
fName = uhtr.get_histos(ts,n_orbits=10, sepCapID=0, file_out_base = outputDirectory+"mappingHist")
vals = read_histo(fName,False)
for i in range(0,144,6):
link = int(i/6)
#print link, vals[i]
if vals[i]['mean'] > 100:
print "Top: Link %i"%link
linkMap[link] = {'unique_ID':uniqueID,
'rbx':rbx,
'slot':slot,
'side':'Top',
}
setFixRangeModeOff(ts, slotDict)
sleep(2)
print 'Done with Getting Mapping'
return linkMap
import sys
import subprocess
from hcal_teststand.uhtr import *
from hcal_teststand import *
from hcal_teststand.hcal_teststand import *
from hcal_teststand.qie import *
from read_histo import *
ts = teststand("HEfnalAcc")
uhtr.get_histos(ts=ts, n_orbits=1000, sepCapID=1, file_out_base="histotest")
vals = read_histo("histotest.root",True,0)
for i in vals:
print i, vals[i]
