from ROOT import larlite as fmwk
from ROOT import opana
from ROOT import TH1D,TCanvas
import sys
algo = opana.PulseFinder()
wf=fmwk.fifo()
for x in xrange(20):
wf.push_back(x%10)
cnt = 0
for i in algo.Reconstruct(wf) :
print "i: " + str(cnt)
i.dump()
cnt += 1
c=TCanvas("c","",600,500)
h=TH1D("h","",wf.size(),-0.5,wf.size()-0.5)
for x in xrange(wf.size()):
h.SetBinContent(x+1,wf[x])
h.Draw()
c.Update()
sys.stdin.readline()
from ROOT import larlite as fmwk
from ROOT import opana
from ROOT import TH1D,TCanvas
import sys
import ROOT
logic_pf = opana.LogicPulseFinder()
logic_pf.Configure()
wf1=fmwk.fifo()
wf1.set_channel_number(41)
wf3=fmwk.fifo()
wf3.set_channel_number(41)
for i in xrange(2000):
if i >= 50 and i <= 100:
wf1.push_back(200 + 2048)
wf3.push_back(2048)
continue
if i >= 125 and i <= 135:
wf1.push_back(2048)
wf3.push_back(300 + 2048)
continue
if i >= 250 and i <= 375:
wf1.push_back(200 + 2048)
wf3.push_back(2048)
from ROOT import larlite as fmwk
from ROOT import opana
from ROOT import TH1D,TCanvas
import sys
logic_pf = opana.LogicPulseFinder()
logic_pf.Configure()
wf1=fmwk.fifo()
wf1.set_channel_number(41)
wf2=fmwk.fifo()
wf2.set_channel_number(42)
wf3=fmwk.fifo()
wf3.set_channel_number(41)
for i in xrange(2000):
if i >= 50 and i <= 100:
wf1.push_back(200 + 2048)
wf3.push_back(2048)
continue
if i >= 125 and i <= 135:
wf1.push_back(2048)
wf3.push_back(300 + 2048)
continue
if i >= 250 and i <= 375:
wf1.push_back(200 + 2048)
wf3.push_back(2048)
