def __init__(self, dens, temps, energies, getOpac):
self.dens = dens
self.temps = temps
self.energies = energies
self.argGetOpac = getOpac
def getDensTemp(n):
jt = n % len(self.temps)
jd = n / len(self.temps)
return self.dens[jd], self.temps[jt]
def getListOpac(n):
jt = n % len(self.temps)
jd = n / len(self.temps)
return self.go(jd,jt)
OplList.__init__(self,
len(self.dens)*len(self.temps),
getDensTemp,
lambda n: self.energies,
getListOpac)
def __init__(self, dens, temps, energies, getOpac):
"""
temps -> numpy array of temperatures [eV]
dens -> list of numpy arrays. len(dens) = len(temps. dens[n]
stores a sorted list of all of the densities [g/cc]
corresponding to temperature temps[n]
energies -> [eV] energy group structure
"""
self.dens = dens
self.temps = temps
self.energies = energies
self.go = getOpac
def map(n):
count = 0
for jt in xrange(len(self.temps)):
for jd in xrange(len(self.dens[jt])):
if count == n:
return jd, jt
count += 1
raise ValueError("Bad mapping")
def getDensTemp(n):
jd, jt = map(n)
return self.dens[jt][jd], self.temps[jt]
def getListOpac(n):
jd, jt = map(n)
return self.go(jd,jt)
nopac = 0
for jt in xrange(len(self.temps)):
nopac += len(self.dens[jt])
OplList.__init__(self, nopac,
getDensTemp,
lambda n: self.energies,
getListOpac)
def __init__(self, dens, temps, energies, getOpac):
"""
temps -> numpy array of temperatures [eV]
dens -> list of numpy arrays. len(dens) = len(temps. dens[n]
stores a sorted list of all of the densities [g/cc]
corresponding to temperature temps[n]
energies -> [eV] energy group structure
"""
self.dens = dens
self.temps = temps
self.energies = energies
self.go = getOpac
def map(n):
count = 0
for jt in xrange(len(self.temps)):
for jd in xrange(len(self.dens[jt])):
if count == n:
return jd, jt
count += 1
raise ValueError("Bad mapping")
def getDensTemp(n):
jd, jt = map(n)
return self.dens[jt][jd], self.temps[jt]
def getListOpac(n):
jd, jt = map(n)
return self.go(jd, jt)
nopac = 0
for jt in xrange(len(self.temps)):
nopac += len(self.dens[jt])
OplList.__init__(self, nopac, getDensTemp, lambda n: self.energies, getListOpac)
def avgOplList(opllist, ebds, weight="constant", bound="error"):
getEnergies = lambda n: ebds
def getOpac(n):
rho_n, trad_n = opllist.getDensTemp(n)
return avgopac(opllist.getEnergies(n),
opllist.getOpac(n),
trad_n,
ebds,
weight=weight,
bound=bound)
return OplList(opllist.nopacs, opllist.getDensTemp, getEnergies, getOpac)
def oplListScat(self):
return OplList(self.nopacs, lambda n:
(self.opacs[n].rho, self.opacs[n].tele),
lambda n: self.opacs[n].energies,
lambda n: self.opacs[n].opac3)
def oplRosseland(self):
return OplList(len(self.dens),
lambda n: (self.dens[n], self.temps[n]),
lambda n: self.energies,
lambda n: self.rosseland[n])
def oplPlanck(self):
return OplList(len(self.dens),
lambda n: (self.dens[n], self.temps[n]),
lambda n: self.energies,
lambda n: self.planck[n])
def oplAbsorb(self):
return OplList(
len(self.opacs), lambda n: (self.opacs[n].rho, self.opacs[n].tele),
lambda n: self.opacs[n].energies, lambda n: self.opacs[
n].opac_bb + self.opacs[n].opac_bf + self.opacs[n].opac_ff)
def oplScat(self):
return OplList(len(self.opacs), lambda n:
(self.opacs[n].rho, self.opacs[n].tele),
lambda n: self.opacs[n].energies,
lambda n: self.opacs[n].opac_scat)
def oplTotal(self):
return OplList(len(self.opacs), lambda n:
(self.opacs[n].rho, self.opacs[n].tele),
lambda n: self.opacs[n].energies,
lambda n: self.opacs[n].opac_tot)
