def printTable(rbxes={}, header="", zero=" ", onlyDet=None, excludeDet=None):
if header:
header = "| %s |" % header
print "-" * len(header)
print header
print "-" * len(header)
rbxList = conf.rbxes()
boxes = sorted(list(set([rbx[-2:] for rbx in rbxList])))
dets = sorted(list(set([rbx[:-2] for rbx in rbxList])))
nSpaces = 5
header = " ".join(["RBX".ljust(nSpaces)] + boxes)
print header
print "-" * len(header)
for det in dets:
if onlyDet and (onlyDet not in det):
continue
if excludeDet and (excludeDet in det):
continue
row = []
for box in boxes:
key = det + box
nFibers = rbxes.get(key)
if nFibers is None:
row.append(zero)
else:
row.append("%2d" % nFibers)
print " ".join([det.ljust(nSpaces)] + row)
print
def printTable(rbxes={}, header="", zero=" "):
if header:
header = "| %s |" % header
print "-"*len(header)
print header
print "-"*len(header)
rbxList = conf.rbxes()
boxes = sorted(list(set([rbx[-2:] for rbx in rbxList])))
dets = sorted(list(set([rbx[:-2] for rbx in rbxList])))
nSpaces = 5
header = " ".join(["RBX".ljust(nSpaces)] + boxes)
print header
print "-" * len(header)
for det in dets:
row = []
for box in boxes:
key = det + box
nFibers = rbxes.get(key)
if nFibers is None:
row.append(zero)
else:
row.append("%2d" % nFibers)
print " ".join([det.ljust(nSpaces)] + row)
print
def ngReformMap(iMapfile="",
ofile="",
oFileOpenMode="w",
rbx_whitelist=None,
h_rbx="rbx",
h_rmFi="rm_fi"):
valid_rbxes = rbx_whitelist if rbx_whitelist else rbxes()
output = open(ofile, oFileOpenMode) #opens & write the file
lines = open(iMapfile, "r").readlines()
columns = lines[0].split()
# BE
iCrate = columns.index("crate")
iSlot = columns.index("uhtr")
iUf = columns.index("uhtr_fib")
iFc = columns.index("fib_ch")
# FE
iRbx = columns.index(h_rbx)
iRm = columns.index("rm")
iRf = columns.index(h_rmFi)
for iLine, line in enumerate(lines):
if not iLine or line[0] == "#":
continue
fields = line.split()
if fields[1] == "N/C":
print "hacking line %d" % (1 + iLine)
fields = fields[:3] + ["8"] + fields[3:]
if len(fields) != len(columns):
print "problem on line %d: %d fields vs. %d columns" % (
1 + iLine, len(fields), len(columns))
print columns
print fields
for i in range(min(len(fields), len(columns))):
print i, columns[i], fields[i]
sys.exit()
# BE
crate = int(fields[iCrate])
slot = int(fields[iSlot])
uhtr_fib = int(fields[iUf])
# FE
rbx = fields[iRbx]
rm = int(fields[iRm])
rm_fib = int(fields[iRf])
if rbx in valid_rbxes:
if fields[iFc] == "0":
output.writelines(
"%su%2d %02d %02d: %s %1d %1d\n" %
(lineStart, crate, slot, uhtr_fib, rbx, rm, rm_fib))
output.close()
def ngHFMap(iMapfile="", ofile="", oFileOpenMode="w"):
valid_rbxes = rbxes()
output = open(ofile, oFileOpenMode) #opens & write the file
lines = open(iMapfile, "r").readlines()
columns = lines[0].split()
# BE
iCrate = columns.index("Crate")
iSlot = columns.index("uHTR")
iUf = columns.index("uHTR_FI")
iFc = columns.index("FI_CH")
# FE
iRbx = columns.index("ngRBX")
iRm = columns.index("QIE10")
iTb = columns.index("QIETB")
iQf = columns.index("QIEFI")
for iLine, line in enumerate(lines):
if not iLine or line[0] == "#":
continue
fields = line.split()
if len(fields) != 1 + len(columns):
print "problem on line %d: %d fields vs. %d columns" % (
1 + iLine, len(fields), len(columns))
print columns
print fields
for i in range(min(len(fields), len(columns))):
print i, columns[i], fields[i]
sys.exit()
# BE
crate = int(fields[iCrate])
slot = int(fields[iSlot])
uhtr_fib = int(fields[iUf])
# FE
rbx = fields[iRbx]
rm = int(fields[iRm])
rm_fib = int(fields[iQf]) - 4
if rbx in valid_rbxes:
if fields[iFc] == "0":
output.writelines(
"%su%2d %02d %02d: %s %1d %1d\n" %
(lineStart, crate, slot, uhtr_fib, rbx, rm, rm_fib))
output.close()
def ReformMap(iMapfile="", ofile="", oFileOpenMode="w"):
lines = open(iMapfile, "r").readlines() #opens & read the file
output = open(ofile, oFileOpenMode) #opens & write the file
RBXnameRange = rbxes()
rmRange = ['1', '2', '3', '4']
if "CALIB" in iMapfile: rmRange = ['4', '5']
keyPosition = getKeyPosition(iMapfile)
for i in range(0, len(lines)): #loop through Map file
if "## file created" in lines[i]: continue #over pass un_needed lines
if "# side eta phi dphi" in lines[i]: continue
current_line = lines[i]
RBXname = WordStrip(current_line, keyPosition["RBXname"])
rm = str(WordStrip(current_line, keyPosition["rm"]))
rm_fib = str(WordStrip(current_line, keyPosition["rm_fib"]))
fi_ch = str(WordStrip(current_line, keyPosition["fi_ch"]))
htr_fib = str(WordStrip(current_line, keyPosition["htr_fib"]))
if 'uHTR' in iMapfile:
fedid = 'u' + str(WordStrip(current_line, keyPosition["crate"]))
spigo = str(WordStrip(current_line, keyPosition["slot"]))
else:
fedid = str(WordStrip(current_line, keyPosition["fedid"]))
spigo = str(WordStrip(current_line, keyPosition["spigo"]))
spigo = WordSpace(spigo, 2)
htr_fib = WordSpace(htr_fib, 2)
if RBXname in RBXnameRange:
if rm in rmRange and fi_ch == "0": #save only once per 3 channels
output.writelines("%s%3s %02d %02d: %s %1d %1d\n" %
(lineStart, fedid, int(spigo), int(htr_fib),
RBXname, int(rm), int(rm_fib)))
output.close()
def ReformMap(iMapfile = "", ofile = "", oFileOpenMode = "w"):
lines = open(iMapfile, "r").readlines() #opens & read the file
output = open(ofile, oFileOpenMode) #opens & write the file
RBXnameRange = rbxes()
rmRange = ['1','2','3','4']
if "CALIB" in iMapfile: rmRange = ['4','5']
keyPosition = getKeyPosition(iMapfile)
for i in range(0, len(lines)): #loop through Map file
if "## file created" in lines[i]: continue #over pass un_needed lines
if "# side eta phi dphi" in lines[i]: continue
current_line = lines[i]
RBXname = WordStrip(current_line, keyPosition["RBXname"])
rm = str(WordStrip(current_line, keyPosition["rm"]))
rm_fib = str(WordStrip(current_line, keyPosition["rm_fib"]))
fi_ch = str(WordStrip(current_line, keyPosition["fi_ch"]))
htr_fib = str(WordStrip(current_line, keyPosition["htr_fib"]))
if 'uHTR' in iMapfile:
fedid = 'u' + str(WordStrip(current_line, keyPosition["crate"]))
spigo = str(WordStrip(current_line, keyPosition["slot"]))
else:
fedid = str(WordStrip(current_line, keyPosition["fedid"]))
spigo = str(WordStrip(current_line, keyPosition["spigo"]))
spigo = WordSpace(spigo,2)
htr_fib = WordSpace(htr_fib,2)
if RBXname in RBXnameRange:
if rm in rmRange and fi_ch == "0": #save only once per 3 channels
output.writelines("%s%3s %02d %02d: %s %1d %1d\n" % (lineStart, fedid, int(spigo), int(htr_fib), RBXname, int(rm), int(rm_fib)))
output.close()