charge.append(sumadc)
# hpmp.Fill(peak-pedestal)
#if index < 1500:
countgood+=1
deltats.append((htime-ctime)*15.625*10**-3)
pedestal_v.append(pedestal)
pedestal_rms_v.append(pedestal_rms)
dt=(htime-ctime)*15.625*10**-3
if printfile:
fileout.write("%d %3.1f %5.1f %3.2f %3.1f %12.9f \n" % (chmap[channel],pedestal,peak-pedestal,dt,pedestal_rms,(filecount-1)*100+realtime))
s.channel=chmap[channel]
s.peak=peak-pedestal
s.pedestal=pedestal
s.pedrms=pedestal_rms
s.deltat=dt
s.time=realtime
s.caltemp=float(run_settings[1]["calenv"][0])/100.
s.hvtemp=float(run_settings[1]["hvenv"][0])/100.
s.thr0=int(run_settings[0]["threshold"][0])
s.thr1=int(run_settings[0]["threshold"][1])
s.thr2=int(run_settings[0]["threshold"][2])
s.thr3=int(run_settings[0]["threshold"][3])
s.thr4=int(run_settings[0]["threshold"][4])
s.thr5=int(run_settings[0]["threshold"][5])
s.thr6=int(run_settings[0]["threshold"][6])
s.thr7=int(run_settings[0]["threshold"][7])
s.vthrcal0=float(run_settings[0]["threshmv"][1])
s.vthrcal1=float(run_settings[0]["threshmv"][4])
s.vthrcal2=float(run_settings[0]["threshmv"][7])
