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def find_peaks(x,num=8):
d = x;
#figure();
#plot(d);
peaks = r_[0.:num];
i = 0;
mmm = max(d)
for p in range(0,int(num)):
while (d[i] < mmm*.2):
i += 1;
peaks[p] = 0.;
for n in range(-1,10):
peaks[p] += r_[i+n]*d[i+n]
peaks[p] = peaks[p]/sum(d[i-1:i+9])
i += 13
return peaks;
def fit_peaks(p):
l=lambda a,x:a[0]*x+a[1]
print p;
plotfit(fittodata_linear(r_[0.:size(p)],p,[25.,1.],err=.5*ones(size(p)),ret_all=True));
def plot_mcacalib():
figure();
plot(fmca_calib[0:450]);
txt = text(0.22,.75,"delta-T/",
horizontalalignment='center',
verticalalignment='center',
transform = ax.transAxes)
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