if DL.probekill ==1:
if (-DL.probekilltime) > DL.image:
analoghfimg = [wfm.wave('analogimg', DL.probekill_hfimg, EVAP.evapss)]
elif DL.braggkill == 1:
if (-DL.braggkilltime) > DL.image:
print "...braggkill will be inserted in DIMPLE part of sequence"
hfimgwfm = wfm.wave('analogimg', DL.braggkill_hfimg, EVAP.evapss)
analoghfimg = [hfimgwfm]
# Evaporate into the dimple
s, cpowend = odt.crossbeam_dimple_evap(s, toENDBFIELD,analoghfimg)
# Ramp up the lattice
s, noatomswfms, lockwfms, bgdictPRETOF = lattice.dimple_to_lattice(s,cpowend)
#########################################
## PICTURES
## For the background pictures one needs to consider what is the noatoms time
#########################################
#INDICATE WHICH CHANNELS ARE TO BE CONSIDERED FOR THE BACKGROUND
s, toENDBFIELD = highfield_uvmot.go_to_highfield(s)
analoghfimg = []
# THis section used to resolve the issue we have probe or bragg kill in dimple section
if DL.probekill == 1:
if (-DL.probekilltime) > DL.image:
analoghfimg = [wfm.wave('analogimg', DL.probekill_hfimg, EVAP.evapss)]
elif DL.braggkill == 1:
if (-DL.braggkilltime) > DL.image:
print "...braggkill will be inserted in DIMPLE part of sequence"
hfimgwfm = wfm.wave('analogimg', DL.braggkill_hfimg, EVAP.evapss)
analoghfimg = [hfimgwfm]
# Evaporate into the dimple
s, cpowend = odt.crossbeam_dimple_evap(s, toENDBFIELD, analoghfimg)
# Ramp up the lattice
s = lattice.dimple_to_lattice(s, cpowend)
#########################################
## OTHER TTL EVENTS: probekill, braggkill, rf, quick2
#########################################
# Braggkill
if DL.braggkill == 1:
print "Using Bragg Kill"
s.wait(DL.braggkilltime)
s = manta.OpenShutterBragg(s, DL.shutterdelay)
s.digichg('bragg', 1)
s.wait(DL.braggkilldt)
s.digichg('brshutter', 1) # to close shutter
if ANDOR.analoghfimg == 1:
s.digichg('analogimgttl',1)
if EVAP.andor2 == 1:
print "\n...SEQ:camera will be modified in report"
print "\tNEW SEQ:camera = andor,andor2\n"
gen.save_to_report('SEQ','camera', 'andor,andor2')
# Do CNC, UVMOT, and field ramps
s, toENDBFIELD = highfield_uvmot.go_to_highfield(s)
# Evaporate into the dimple
s, cpowend = odt.crossbeam_dimple_evap(s, toENDBFIELD)
buffer = 20.
s.wait(buffer)
# Go to scattering length zero-crossing
fieldF = EVAP.fieldrampfinal if DIMPLE.image > EVAP.fieldrampt0 else FB.bias
bfield = wfm.wave('bfield', fieldF, DIMPLE.analogss)
if DIMPLE.zct0 > buffer:
bfield.appendhold( DIMPLE.zct0 - buffer)
bfield.linear(ZC.zcbias, ZC.zcrampdt)
s.digichg('hfimg', 1)
#If using analoghfimg get it ready
if ANDOR.analoghfimg == 1:
s.digichg('analogimgttl', 1)
if EVAP.andor2 == 1:
print "\n...SEQ:camera will be modified in report"
print "\tNEW SEQ:camera = andor,andor2\n"
gen.save_to_report('SEQ', 'camera', 'andor,andor2')
# Do CNC, UVMOT, and field ramps
s, toENDBFIELD = highfield_uvmot.go_to_highfield(s)
# Evaporate into the dimple
s, cpowend = odt.crossbeam_dimple_evap(s, toENDBFIELD)
zcbuffer = 40.
s.wait(zcbuffer)
# Go to scattering length zero-crossing
if DIMPLE.Bramp == 1:
fieldF = DIMPLE.B
else:
fieldF = EVAP.fieldrampfinal if DIMPLE.image > EVAP.fieldrampt0 else FB.bias
bfield = wfm.wave('bfield', fieldF, DIMPLE.analogss)
#if DIMPLE.zct0 > zcbuffer:
# bfield.appendhold( DIMPLE.zct0 - zcbuffer)
bfield.linear(ZC.zcbias, ZC.zcrampdt)
bfield.appendhold(ZC.zcdt)