def say(self, det=None):
"""print header/detector information"""
if det is None:
self.sayHeader()
else:
bin = self.detector[det]
say("Bin : ", bin.nb)
say("Title : ", bin.name)
say("Type : ", bin.type)
say("E : [", bin.elow, "-", bin.ehigh, "] x", bin.ne, "dx=", bin.de)
def say(self, det=None):
"""print header/detector information"""
if det is None:
self.sayHeader()
else:
bin = self.detector[det]
say("Bin : ", bin.nb)
say("Title : ", bin.name)
say("Type : ", bin.type)
say("E : [", bin.elow, "-", bin.ehigh, "] x", bin.ne, "dx=",
bin.de)
def say(self, det=None):
"""print header/detector information"""
if det is None:
self.sayHeader()
else:
bin = self.detector[det]
say("Bin : ", bin.nb)
say("Title : ", bin.name)
say("Type : ", bin.type)
say("Score : ", bin.score)
say("X : [", bin.xlow, "-", bin.xhigh, "] x", bin.nx, "dx=",
bin.dx)
say("Y : [", bin.ylow, "-", bin.yhigh, "] x", bin.ny, "dy=",
bin.dy)
say("Z : [", bin.zlow, "-", bin.zhigh, "] x", bin.nz, "dz=",
bin.dz)
say("L : ", bin.lntzer)
say("bk : ", bin.bk)
say("b2 : ", bin.b2)
say("tc : ", bin.tc)
def say(self, det=None):
"""print header/detector information"""
if det is None:
self.sayHeader()
else:
det = self.detector[det]
say("BDX : ", det.nb)
say("Title : ", det.name)
say("Type : ", det.type)
say("Dist : ", det.dist)
say("Reg1 : ", det.reg1)
say("Reg2 : ", det.reg2)
say("Area : ", det.area)
say("2way : ", det.twoway)
say("Fluence: ", det.fluence)
say("LowNeu : ", det.lowneu)
say("Energy : [", det.elow, "..", det.ehigh, "] ne=", det.ne,
"de=", det.de)
if det.lowneu:
say("LOWNeut : [", det.egroup[-1], "..", det.egroup[0],
"] ne=", det.ngroup)
say("Angle : [", det.alow, "..", det.ahigh, "] na=", det.na,
"da=", det.da)
say("Total : ", det.total, "+/-", det.totalerror)
def say(self, det=None):
"""print header/detector information"""
if det is None:
self.sayHeader()
else:
bin = self.detector[det]
say("Bin : ", bin.nb)
say("Title : ", bin.name)
say("Type : ", bin.type)
say("Region : ", bin.region)
say("Volume : ", bin.volume)
say("Mhigh : ", bin.mhigh)
say("Zhigh : ", bin.zhigh)
say("NMZmin : ", bin.nmzmin)
def sayHeader(self):
say("File : ", self.file)
say("Title : ", self.title)
say("Time : ", self.time)
say("Weight : ", self.weight)
say("NCase : ", self.ncase)
say("NBatch : ", self.nbatch)
return icode
# ----------------------------------------------------------------------
def readSource(self, ncase, npflka, nstmax, tkesum, weipri):
self.ncase = ncase
self.npflka = npflka
self.nstmax = nstmax
self.tkesum = tkesum
self.weipri = weipri
data = fortran.read(self.hnd)
if data is None:
raise IOError("Invalid source event")
fmt = "=" + ("i8f" * npflka)
self.data = struct.unpack(fmt, data)
return ncase
# ===============================================================================
if __name__ == "__main__":
import sys
say("=" * 80)
usr = Usrbdx(sys.argv[1])
usr.say()
for i, _ in enumerate(usr.detector):
say("-" * 50)
usr.say(i)
data = unpackArray(usr.readData(i))
stat = unpackArray(usr.readStat(i))
def say(self, det=None):
"""print header/detector information"""
if det is None:
self.sayHeader()
else:
bin = self.detector[det]
say("Bin : ", bin.nb)
say("Title : ", bin.name)
say("Type : ", bin.type)
say("Score : ", bin.score)
say("X : [", bin.xlow, "-", bin.xhigh, "] x", bin.nx, "dx=", bin.dx)
say("Y : [", bin.ylow, "-", bin.yhigh, "] x", bin.ny, "dy=", bin.dy)
say("Z : [", bin.zlow, "-", bin.zhigh, "] x", bin.nz, "dz=", bin.dz)
say("L : ", bin.lntzer)
say("bk : ", bin.bk)
say("b2 : ", bin.b2)
say("tc : ", bin.tc)
def say(self, det=None):
"""print header/detector information"""
if det is None:
self.sayHeader()
else:
det = self.detector[det]
say("BDX : ", det.nb)
say("Title : ", det.name)
say("Type : ", det.type)
say("Dist : ", det.dist)
say("Reg1 : ", det.reg1)
say("Reg2 : ", det.reg2)
say("Area : ", det.area)
say("2way : ", det.twoway)
say("Fluence: ", det.fluence)
say("LowNeu : ", det.lowneu)
say("Energy : [", det.elow, "..", det.ehigh, "] ne=", det.ne, "de=", det.de)
if det.lowneu:
say("LOWNeut : [", det.egroup[-1], "..", det.egroup[0], "] ne=", det.ngroup)
say("Angle : [", det.alow, "..", det.ahigh, "] na=", det.na, "da=", det.da)
say("Total : ", det.total, "+/-", det.totalerror)
def say(self, det=None):
"""print header/detector information"""
if det is None:
self.sayHeader()
else:
bin = self.detector[det]
say("Bin : ", bin.nb)
say("Title : ", bin.name)
say("Type : ", bin.type)
say("Region : ", bin.region)
say("Volume : ", bin.volume)
say("Mhigh : ", bin.mhigh)
say("Zhigh : ", bin.zhigh)
say("NMZmin : ", bin.nmzmin)
def sayHeader(self):
say("File : ", self.file)
say("Title : ", self.title)
say("Time : ", self.time)
say("Weight : ", self.weight)
say("NCase : ", self.ncase)
say("NBatch : ", self.nbatch)
return icode
# ----------------------------------------------------------------------
def readSource(self, ncase, npflka, nstmax, tkesum, weipri):
self.ncase = ncase
self.npflka = npflka
self.nstmax = nstmax
self.tkesum = tkesum
self.weipri = weipri
data = fortran.read(self.hnd)
if data is None:
raise IOError("Invalid source event")
fmt = "=" + ("i8f" * npflka)
self.data = struct.unpack(fmt, data)
return ncase
# ===============================================================================
if __name__ == "__main__":
import sys
say("=" * 80)
usr = Usrbdx(sys.argv[1])
usr.say()
for i, _ in enumerate(usr.detector):
say("-" * 50)
usr.say(i)
data = unpackArray(usr.readData(i))
stat = unpackArray(usr.readStat(i))
if i < l and '0' <= str[i] <= '9':
while i < l and '0' <= str[i] <= '9':
i += 1
else:
return False
if i != l:
return False
return True
if __name__ == "__main__":
from pymchelper.flair.common.log import say
say("abbrev")
assert abbrev('information', 'info', 4)
assert abbrev('information', '', 0)
assert not abbrev('information', 'Info', 4)
assert not abbrev('information', 'info', 5)
assert not abbrev('information', 'info ')
assert abbrev('information', 'info', 3)
assert not abbrev('info', 'information', 3)
assert not abbrev('info', 'info', 5)
say("center")
assert center('****', 0, '-') == ''
assert center('****', 8, '-') == '--****--'
assert center('****', 7, '-') == '-****--'
assert center('*****', 8, '-') == '-*****--'
assert center('*****', 7, '-') == '-*****-'
if i < length and '0' <= str[i] <= '9':
while i < length and '0' <= str[i] <= '9':
i += 1
else:
return False
if i != length:
return False
return True
if __name__ == "__main__":
from pymchelper.flair.common.log import say
say("abbrev")
assert abbrev('information', 'info', 4)
assert abbrev('information', '', 0)
assert not abbrev('information', 'Info', 4)
assert not abbrev('information', 'info', 5)
assert not abbrev('information', 'info ')
assert abbrev('information', 'info', 3)
assert not abbrev('info', 'information', 3)
assert not abbrev('info', 'info', 5)
say("center")
assert center('****', 0, '-') == ''
assert center('****', 8, '-') == '--****--'
assert center('****', 7, '-') == '-****--'
assert center('*****', 8, '-') == '-*****--'
assert center('*****', 7, '-') == '-*****-'