def plotSimul(axR2, axR2Sca, dirList, strF2B, strB2F, strB2B, strHrad, strBrad, strNtrials ):
lblB2B = latex_float( float(strB2B) )
flag = False
idir = 0
while idir < len(dirList):
try:
sd = SimulData()
#print dirList[idir]
flnPrefix02 = dirList[idir]+flnPrefix
sd.metadata(flnPrefix02, strF2B, strB2F, strB2B, strHrad, strBrad, strNtrials )
sd.getData()
estilo = lineStyDAT(sd)
# titulo = "$p_{FB} = "+lblF2B+", p_{BF} = "+lblB2F+", p_{BB} = "+lblB2B+", R_H = "+strHrad+"$"
# if fit_params[strHrad]["lambFlag"]:
# Figuras[hr], Conexions[hr] = sd.calcDwithLamb(fit_params[strHrad], colorcito, titulo)
# else:
# sd.calcDiffCoeff(fit_params[strHrad])
# DiffCoeff[hr] = sd.DiffCoeff
# D_err_mim[hr] = sd.D_err_min
# D_err_max[hr] = sd.D_err_max
axR2.plot(sd.ttime, sd.DelR2, **estilo)
#axR2.plot(sd.ttime[sd.imin:sd.imax], line(sd.ttime[sd.imin:sd.imax], sd.popt[0], sd.popt[1]), '--', color='k' )
scaXX, scaYY = ScaleFunction(sd)
#linea, = axR2Sca.plot(sd.pB2B*sd.ttime/sd.Hrad**2.0, sd.DelR2/(sd.pB2B*sd.ttime), **estilo)
linea, = axR2Sca.plot(scaXX, scaYY, **estilo)
flag = True
return flag, linea, estilo['label']
break;
except IOError as e:
flag = False
#print e
pass
idir = idir + 1
return False, None, None
#ofile.write(linea)
for b2b in range(len(strB2BList)):
strB2B = strB2BList[b2b]
sd = SimulData()
try:
sd.metadata(flnPrefix,
strF2B,
strB2F,
strB2B,
strHrad,
strBrad,
strNtrials,
loadData=False)
if sd.isDatafile():
sd.getData()
else:
sd.metadata(flnPrefix,
strF2B,
strB2F,
strB2B,
strHrad,
strBrad,
"1000",
loadData=True)
estilo = lineStyle_axR2(sd)
#axR2. plot(sd.ttime, sd.DelR2, linewidth=2, color=plt.cm.Blues(colvals[b2f]), label="$ "+strB2F+" $")
axR2.plot(sd.pB2B * sd.ttime, sd.DelR2 / (sd.pB2B * sd.ttime),
**estilo)