fft_phase += code
# send to Alice SLM
gp.write2file(fft_phase, gp.phasemap, SLMpath, '99')
# send decoding matrix to Bob SLM
decode = gp.decrypt(code, xshift, yshift, nrows)
gp.write2file(decode, gp.phasemap, SLMpath, '100')
send(99)
msg = wait()
time.sleep(0.1)
if int(msg) < 0:
print 'Problem with SLM setting'
break
# start taking data
start = buf.datapoints
time.sleep(Tacq)
stop = buf.datapoints
if logtags:
tup = buf[-(stop -
start):] # a tuple of chan tags, and time tags
save_thread = threading.Thread(None,
target=tags2file,
args=(dataPath, tup, cnt))
save_thread.start()
cnts_single, cnts_coin = ttag_wrap.getCnts_nowait(
Tacq, CoincidenceWindow, gate, heraldChan, buf)
fname = 'single_%d_ccode.txt' % dirCnt
write2file(dataPath, fname, cnts_single, xo, yo, cnt)
fname = 'coin_%d_ccode.txt' % dirCnt
write2file(dataPath, fname, cnts_coin, xo, yo, cnt)
cnt += 1
fft_phase = gp.initial_phase_orig(257-xo,257-yo, 512)
fft_phase += code
gp.write2file(fft_phase, gp.phasemap, SLMpath, '99')
for xshift in range(-10,11):
for yshift in range(-10,11):
print 'xshift, yshift: %3d %3d'%(xshift,yshift)
# send decoding matrix to Bob SLM, vary xshift, yshift
decode = gp.decrypt(code, xshift, yshift, nrows)
gp.write2file(decode, gp.phasemap, SLMpath, '100')
send(99)
msg = wait()
if int(msg)<0:
print 'Problem with SLM setting'
raise('Problem with SLM setting')
break
# start taking data
start = buf.datapoints
time.sleep(Tacq)
stop = buf.datapoints
if logtags:
tup = buf[-(stop - start):] # a tuple of chan tags, and time tags
save_thread = threading.Thread(None, target = tags2file, args=(dataPath, tup,cnt))
save_thread.start()
cnts_single, cnts_coin = ttag_wrap.getCnts_nowait(Tacq, CoincidenceWindow,gate, heraldChan,buf)
fname = 'single_%d_ccode.txt'%dirCnt
write2file(dataPath, fname, cnts_single, xshift,yshift,cnt)
fname = 'coin_%d_ccode.txt'%dirCnt
write2file(dataPath, fname,cnts_coin,xshift, yshift,cnt)
cnt += 1
for xshift in range(-10, 11):
for yshift in range(-10, 11):
print 'xshift, yshift: %3d %3d' % (xshift, yshift)
# send decoding matrix to Bob SLM, vary xshift, yshift
decode = gp.decrypt(code, xshift, yshift, nrows)
gp.write2file(decode, gp.phasemap, SLMpath, '100')
send(99)
msg = wait()
if int(msg) < 0:
print 'Problem with SLM setting'
raise ('Problem with SLM setting')
break
# start taking data
start = buf.datapoints
time.sleep(Tacq)
stop = buf.datapoints
if logtags:
tup = buf[-(stop -
start):] # a tuple of chan tags, and time tags
save_thread = threading.Thread(None,
target=tags2file,
args=(dataPath, tup, cnt))
save_thread.start()
cnts_single, cnts_coin = ttag_wrap.getCnts_nowait(
Tacq, CoincidenceWindow, gate, heraldChan, buf)
fname = 'single_%d_ccode.txt' % dirCnt
write2file(dataPath, fname, cnts_single, xshift, yshift, cnt)
fname = 'coin_%d_ccode.txt' % dirCnt
write2file(dataPath, fname, cnts_coin, xshift, yshift, cnt)
cnt += 1
#print 'phase_offset',gp.phase_offset
# generate encoding matrix
seed = cnt+1
code = gp.encrypt(seed,512,128)
fft_phase += code
# send to Alice SLM
gp.write2file(fft_phase, gp.phasemap, SLMpath, '99')
# send decoding matrix to Bob SLM
decode = gp.decrypt(code, xshift, yshift, nrows)
gp.write2file(decode, gp.phasemap, SLMpath, '100')
send(99)
msg = wait()
time.sleep(0.1)
if int(msg)<0:
print 'Problem with SLM setting'
break
# start taking data
start = buf.datapoints
time.sleep(Tacq)
stop = buf.datapoints
if logtags:
tup = buf[-(stop - start):] # a tuple of chan tags, and time tags
save_thread = threading.Thread(None, target = tags2file, args=(dataPath,tup,cnt))
save_thread.start()
cnts_single, cnts_coin = ttag_wrap.getCnts_nowait(Tacq, CoincidenceWindow,gate, heraldChan,buf)
fname = 'single_%d_ccode.txt'%dirCnt
write2file(dataPath, fname, cnts_single, xo,yo,cnt)
fname = 'coin_%d_ccode.txt'%dirCnt
write2file(dataPath, fname,cnts_coin,xo,yo,cnt)
cnt += 1