def err1(dt,I):
t=np.linspace(t1,t2,1000)
return sum((photonPDF(t-dt)*I-speedExp.pdf(t))**2)
def err2(v,I):
t=np.linspace(t2,t3,1000)
return sum((muonPDF(t-dt,v)*I-speedExp.pdf(t))**2)
from peakShapes import photonPDF, muonPDF
import speedExp
import pylab as pl
import numpy as np
from scipy import trapz
from scipy.optimize import fmin
c=2.99792458e8
t=np.linspace(-40e-9,40e-9,2500)
pl.plot(t, speedExp.pdf(t),'k',label='Experimental')
t1=6.6e-9
t2=1.66e-8
t3=3.6e-8
#for x in [t1,t2,t3]:
# pl.plot([x]*2,[0,1e8],'-k')
#dt=how much p2 is delayed compared to p1
def err1(dt,I):
t=np.linspace(t1,t2,1000)
return sum((photonPDF(t-dt)*I-speedExp.pdf(t))**2)
def err2(v,I):
t=np.linspace(t2,t3,1000)
return sum((muonPDF(t-dt,v)*I-speedExp.pdf(t))**2)
t=np.linspace(t1,t2,1000)
#I1=sum(speedExp.pdf(t))*(t[1]-t[0])
