def setX3(self, X3):
"Sets self's X3 value and self's header X3 value to X3."
self.checkHeader(2)
self.X3 = X3
self.h[1] = self.h[1][:45] + endlmisc.headerFunkyDouble2String(
X3) + self.h[1][56:]
def setX4(self, X4):
"Sets self's X4 value and self's header X4 value to X4."
self.checkHeader(2)
self.X4 = X4
self.h[1] = self.h[1][:57] + endlmisc.headerFunkyDouble2String(
X4) + self.h[1][68:]
def setX1(self, X1):
"Sets self's X1 value and self's header X1 value to X1."
self.checkHeader(2)
self.X1 = X1
self.h[1] = self.h[1][:21] + endlmisc.headerFunkyDouble2String(
X1) + self.h[1][32:]
def setX2(self, X2):
"Sets self's X2 value and self's header X2 value to X2."
self.checkHeader(2)
self.X2 = X2
self.h[1] = self.h[1][:33] + endlmisc.headerFunkyDouble2String(
X2) + self.h[1][44:]
def setTemperature(self, T):
"Sets self's Temperature value and self's header Temperature value to T."
self.checkHeader(1)
self.Temperature = T
self.h[0] = self.h[0][:59] + endlmisc.headerFunkyDouble2String(
T) + self.h[0][70:]
def setQ(self, Q):
"Sets self's Q value and self's header Q value to Q."
self.checkHeader(2)
self.Q = Q
self.h[1] = self.h[1][:9] + endlmisc.headerFunkyDouble2String(
Q) + self.h[1][20:]
def setMass(self, Mass):
"Sets self's Mass value and self's header Mass value to Mass."
self.checkHeader(1)
self.Mass = Mass
self.h[0] = self.h[0][:13] + endlmisc.headerFunkyDouble2String(
Mass) + self.h[0][24:]
def setHalflife(self, Halflife):
"Sets self's Halflife value and self's header Halflife value to Halflife."
self.checkHeader(1)
self.Halflife = Halflife
self.h[0] = self.h[0][:47] + endlmisc.headerFunkyDouble2String(
Halflife) + self.h[0][58:]
def setELevel(self, ELevel):
"Sets self's ELevel value and self's header ELevel value to ELevel."
self.checkHeader(1)
self.ELevel = ELevel
self.h[0] = self.h[0][:35] + endlmisc.headerFunkyDouble2String(
ELevel) + self.h[0][46:]
def addData(self,
data=[],
date=None,
interpolation=0,
eLevel=0.,
temperature=2.586e-8,
Q=None,
X1=0.,
X2=0.,
X3=0.,
X4=0.,
mass=None,
halflife=None):
"""Adds data to self with the header information provided."""
i = 0
for l in self.levels:
c = l.compareQXs(Q, X1, X2, X3, X4)
if (c == 0):
raise Exception(
"\nError in endlFile.addData: data already exist for X1 = %e, X2 = %e, X3 = %e, X4 = %e, Q = %e"
% (X1, X2, X3, X4, l.Q))
elif (c > 0):
break
i += 1
if (Q == None):
Q = 0.
if (len(self.levels) > 0): Q = self.levels[0].Q
if (date == None):
date = time.localtime(time.time())
date = 10000 * (date[0] - 2000) + 100 * date[1] + date[2]
if (type(date) == type(1)): date = "%.6d" % date
if (mass == None): mass = self.bdflsFile.mass(self.ZA)
if (mass == None):
raise Exception(
"\nError in endlFile.addData: bdfls file does not have mass for ZA = %d"
% self.ZA)
mass = endlmisc.headerFunkyDouble2String(mass)
if (halflife == None): halflife = self.bdflsFile.halflife(self.ZA)
if (halflife == None): halflife = self.halflife
if (halflife == None):
raise Exception(
"\nError in endlFile.addData: bdfls file does not have halflife for ZA = %d"
% self.ZA)
halflife = endlmisc.headerFunkyDouble2String(halflife)
h = [
"%6d %2d %2d %s %6s%1d12 %s %s %s\n" %
(self.ZA, self.yi, self.yo, mass, date, interpolation,
endlmisc.headerFunkyDouble2String(eLevel), halflife,
endlmisc.headerFunkyDouble2String(temperature)),
"%2d%3d%3d %s %s %s %s %s\n" %
(self.C, self.I, self.S, endlmisc.headerFunkyDouble2String(Q),
endlmisc.headerFunkyDouble2String(X1),
endlmisc.headerFunkyDouble2String(X2),
endlmisc.headerFunkyDouble2String(X3),
endlmisc.headerFunkyDouble2String(X4))
]
#
# ???? Need to check that data is proper type of data.
#
d = endlIClasses.endlAddIObject(None,
self.yo,
self.C,
self.I,
self.S,
h,
data,
bdflsFile=self.bdflsFile)
self.levels.insert(i, d)
return self.levels[i]