"_bbgraph.dot")
else:
ftemp = helper.fileOpen(buildDir + "/" + top + "_bbgraph.dot")
bufBB = []
for line in ftemp:
bufBB.append(line)
ftemp.close()
check = True
for line in buf:
if "bbID= 1," in line:
check = False
if check:
helper.warning("Warning: bb offset found for benchmark " + top +
". Fixing...")
bbMin = 0
bbMax = 0
for line in buf:
if "bbID= " in line:
bb = helper.strFindNumber(line, "bbID= ")
bb = int(bb)
if bbMax < bb and bbMax == 0: bbMin = bb
if bbMax < bb: bbMax = bb
print("BB = 0+" + str(bbMin) + " - " + str(bbMax))
bb = bbMin
i = 1
while (bb <= bbMax):
bufBB = [w.replace("block" + str(bb), "block" + str(i)) for w in bufBB]
buf = [w.replace("bbID= " + str(bb), "bbID= " + str(i)) for w in buf]
i = i + 1
for px in sys.argv:
if px == '-gtk':
g = True
# Define the package manager
E = "apt"
helper.title("Debian")
helper.author("Mirko Brombin")
helper.website("https://linuxhub.it")
supported_versions = ["9.1.0"]
# Check for release
distro = helper.get_distro()
helper.warning("The script for Debian has not been tested yet.")
helper.warning("Production usage is not recommended at this time.")
if distro.release in supported_versions:
class PostInstall:
global E
# Define menu voices
voices_en_US = [
("Install updates ", "install_updates"),
("Install add-apt-repository", "enable_ppa"),
("Install GDebi (deb installer) ", "install_gdebi"),
("Install Qapt (deb installer) ", "install_qapt"),
("Install GNOME (DE)", "install_gnome"),
("Install GNOME (DE)", "install_gnome"),
("Install KDE (DE)", "install_kde"),
("Install XFCE (DE)", "install_xfce"),
def __init__(self, tagger='DeepCSV', wp='medium', sigmabc='central', sigmalight='central', channel='ttbar', year=2016):
"""Load b tag weights from CSV file."""
assert(year in [2016,2017,2018]), "You must choose a year from: 2016, 2017, or 2018."
assert(tagger in ['CSVv2','DeepCSV']), "BTagWeightTool: You must choose a tagger from: CSVv2, DeepCSV!"
assert(wp in ['loose','medium','tight']), "BTagWeightTool: You must choose a WP from: loose, medium, tight!"
assert(sigmabc in ['central','up_correlated','down_correlated','up_uncorrelated','down_uncorrelated']), "BTagWeightTool: You must choose a WP for b/c jets from: central, up_correlated, down_correlated, up_uncorrelated, down_uncorrelated!"
assert(sigmalight in ['central','up_correlated','down_correlated','up_uncorrelated','down_uncorrelated']), "BTagWeightTool: You must choose a WP for light jets from: central, up_correlated, down_correlated, up_uncorrelated, down_uncorrelated!"
#assert(channel in ['mutau','eletau','tautau','mumu']), "BTagWeightTool: You must choose a channel from: mutau, eletau, tautau, mumu!"
# FILE
if year==2016:
if 'deep' in tagger.lower():
csvnamebc = path+'DeepCSV_2016LegacySF_V1_YearCorrelation-V1.csv'
csvnamelight = path+'DeepCSV_2016LegacySF_WP_V1.csv'
effname = path+'DeepCSV_2016_Moriond17_eff.root'
else:
csvnamebc = path+'CSVv2_Moriond17_B_H.csv'
csvnamelight = path+'CSVv2_Moriond17_B_H.csv'
effname = path+'CSVv2_2016_Moriond17_eff.root'
elif year==2017:
if 'deep' in tagger.lower():
csvnamebc = path+'DeepCSV_94XSF_V4_B_F_YearCorrelation-V1.csv'
csvnamelight = path+'DeepCSV_94XSF_WP_V4_B_F.csv'
effname = path+'DeepCSV_2017_Fall17_eff.root'
else:
csvnamebc = path+'CSVv2_Moriond17_B_H.csv'
csvnamelight = path+'CSVv2_Moriond17_B_H.csv'
effname = path+'CSVv2_2017_Fall17_eff.root'
elif year==2018:
if 'deep' in tagger.lower():
csvnamebc = path+'DeepCSV_102XSF_V1_YearCorrelation-V1.csv'
csvnamelight = path+'DeepCSV_102XSF_WP_V1.csv'
effname = path+'DeepCSV_2018_Autumn18_eff.root'
else:
csvnamebc = path+'CSVv2_94XSF_V2_B_F.csv'
csvnamelight = path+'CSVv2_94XSF_V2_B_F.csv'
effname = path+'CSVv2_2018_Autumn18_eff.root'
# TAGGING WP
self.wpname = wp
self.wp = getattr(BTagWPs(tagger,year),wp)
if 'deep' in tagger.lower():
tagged = lambda j: j.btagDeepB>self.wp
else:
tagged = lambda j: j.btagCSVV2>self.wp
# CSV READER
print "Loading BTagWeightTool for %s (%s WP)..."%(tagger,wp)
op = OP_LOOSE if wp=='loose' else OP_MEDIUM if wp=='medium' else OP_TIGHT if wp=='tight' else OP_RESHAPING
type_udsg = 'incl'
type_bc = 'mujets' # 'mujets' for QCD; 'comb' for QCD+TT
#Load reader for b/c jets
calibbc = BTagCalibration(tagger, csvnamebc)
readerbc = BTagCalibrationReader(op, sigmabc)
readerbc.load(calibbc, FLAV_B, type_bc)
readerbc.load(calibbc, FLAV_C, type_bc)
#Load reader for light jets
caliblight = BTagCalibration(tagger, csvnamelight)
readerlight = BTagCalibrationReader(op, sigmalight)
readerlight.load(caliblight, FLAV_UDSG, type_udsg)
# EFFICIENCIES
effmaps = { } # b tag efficiencies in MC to compute b tagging weight for an event
efffile = ensureTFile(effname)
default = False
if not efffile:
warning("File %s with efficiency histograms does not exist! Reverting to default efficiency histogram..."%(effname),title="BTagWeightTool")
default = True
for flavor in [0,4,5]:
flavor = flavorToString(flavor)
histname = "%s_%s_%s"%(tagger,flavor,wp)
effname = "%s/eff_%s_%s_%s"%(channel,tagger,flavor,wp)
if efffile:
effmaps[flavor] = efffile.Get(effname)
if not effmaps[flavor]:
warning("histogram '%s' does not exist in %s! Reverting to default efficiency histogram..."%(effname,efffile.GetName()),title="BTagWeightTool")
default = True
effmaps[flavor] = createDefaultEfficiencyMap(effname,flavor,wp)
else:
effmaps[flavor] = createDefaultEfficiencyMap(effname,flavor,wp)
effmaps[flavor].SetDirectory(0)
efffile.Close()
if default:
warning("Made use of default efficiency histograms! The b tag weights from this module should be regarded as placeholders only,\n"+\
"and should NOT be used for analyses. B (mis)tag efficiencies in MC are analysis dependent. Please create your own\n"+\
"efficiency histogram with corrections/btag/getBTagEfficiencies.py after running all MC samples with BTagWeightTool.",title="BTagWeightTool")
self.tagged = tagged
self.calibbc = calibbc
self.readerbc = readerbc
self.caliblight = caliblight
self.readerlight = readerlight
self.effmaps = effmaps
g = False
for px in sys.argv:
if px == '-gtk':
g = True
# Define the package manager
E = "pacman"
helper.title("Arch Linux")
helper.author("Mirko Brombin")
helper.website("https://linuxhub.it")
# Check for release
distro = helper.get_distro()
helper.warning("This script may not be stable.")
class PostInstall:
global E
# Define menu voices
voices_en_US = [
("Install updates", "install_updates"),
]
voices_it_IT = [
("Installa aggiornamenti", "install_updates"),
]
# Define functions for each menu voice
def install_updates(self, g=False):
helper.pkg_update(E)
syn = open(top + "/syn.tcl", "w")
cosim = open(top + "/cosim.tcl", "w")
buff = ""
tb = ""
buff = buff + "open_project -reset proj\nset_top " + top + "\nadd_files {"
for h in hL:
buff = buff + os.path.relpath(h, top) + " "
for f in fL:
if top + "_tb" not in f:
buff = buff + os.path.relpath(f, top) + " "
else:
tb = os.path.relpath(f, top)
if tb == "":
helper.warning("No test bench found for " + top)
buff = buff + "}\n"
else:
buff = buff + "}\nadd_files -tb {" + tb + "}\n"
buff = buff + "open_solution -reset \"soluion1\"\nset_part {xc7z020clg484-1}\ncreate_clock -period 10 -name default\n"
syn.write(buff)
syn.write("csynth_design\nexit\n")
cosim.write(buff)
cosim.write("csim_design\ncsynth_design\ncosim_design -O -rtl vhdl\nexit\n")
syn.close()
cosim.close()
print("tcl files generated successfully.")
"/solution1/syn/report/" + function +
"_csynth.rpt")
while True:
line = ftemp.readline()
if "Pipeline" in line:
break
line = ftemp.readline()
line = ftemp.readline()
line = ftemp.readline()
ftemp.close()
line = line.split("|")
fL.latency.append(int(line[2].replace(" ", "")))
fL.compName.append("Unknown")
if int(line[3].replace(" ", "")) != int(fL.ii[fL.name.index(function)]):
helper.warning("Warning: function " + function +
" does not achieve the expected II of " +
fL.ii[fL.name.index(function)] + ". The final II is " +
line[3].replace(" ", "") + "!")
fL.ii[fL.name.index(function)] = int(line[3].replace(" ", ""))
if len(fL.latency) != len(fL.ii):
helper.error("Error: latency extraction failed.")
assert 0
print("Timing information of SS components extracted.")
# added the time constraint of the static component into the dot graph of the dynamic circuit
dotGraph = []
ftemp = helper.fileOpen(buildDir + "/ds_" + top.name + "/" + top.name + ".dot")
for line in ftemp:
dotGraph.append(line)
ftemp.close()
funcConnect = []
ftemp = helper.fileOpen(buildDir + "/ds_" + top.name + "/" + top.name +
for px in sys.argv:
if px == '-gtk':
g = True
# Define the package manager
E = "yum"
helper.title("Centos")
helper.author("Mirko Brombin")
helper.website("https://linuxhub.it")
supported_versions = ["7 (Core)"]
# Check for release
distro = helper.get_distro()
helper.warning("TThis script is intended for use in server environments.")
if distro.release in supported_versions:
class PostInstall:
global E
# Define menu voices
voices_en_US = [
("Install updates", "install_updates"),
("Install EPEL repo", "install_epel"),
("Install postfix", "install_postfix"),
("Install dovecot", "install_dovecot"),
("Install nginx", "install_nginx"),
("Install apache2", "install_apache"),
("Install php-fpm", "install_php_fpm"),
]
voices_it_IT = [