ATM_fb_pv.txt

These are the PVs that is needed for ATM feedback to run

###########################
New PVs
###########################
# LAS:XYZ:VIT:DC_FB_WATCHDOG  # Drift compensation feedback script watchdog
# LAS:XYZ:VIT:DC_FB_VAL       # Drift compensation feedback value
# LAS:XYZ:VIT:DC_FB_EN        # Drift compensation feedback enable/disable
# LAS:XYZ:VIT:ATM_FB_AVGN     # ATM feedback array number
# LAS:XYZ:VIT:ATM_FB_THRES    # ATM feedback acting threshold
# LAS:XYZ:VIT:ATM_FB_FREQ     # ATM feedback loop frequency
# LAS:XYZ:VIT:ATM_FB_EN       # ATM Feedback enable/disable
# LAS:XYZ:VIT:ATM_FB_GAIN     # ATM Feedback gain
# LAS:XYZ:ATM:PIX             # ATM pixel position value
# LAS:XYZ:ATM:TIME            # ATM time position
# LAS:XYZ:ATM:AMP             # ATM amplitude
# LAS:XYZ:ATM:NAMP            # ATM next amplitude
# LAS:XYZ:ATM:RAMP            # ATM Reference amplitude
# LAS:XYZ:ATM:FWHM            # ATM Full width half max
# LAS:XYZ:ATM:LXT_THRE        # Threshold for the ATM feedback to ignore reading
# LAS:XYZ:VIT:PCAV_FB_EN      # PCAVeedback enable/disable
# LAS:XYZ:VIT:PCAV_FB_GAIN    # PCAVeedback gain
# LAS:XYZ:VIT:PCAV_OFFSET     # PCAVeedback offset


###########################
Existing PVs
###########################
DC_sw_PV  = 'LAS:FS11:VIT:TT_DRIFT_ENABLE'  # Put 0 for disable, put 1 for enable
DC_val_PV = 'LAS:FS11:VIT:matlab:04'        # Drift correct value in ns
ATM_PV = 'XPP:TIMETOOL:TTALL'               # ATM waveform PV
TTC_PV = 'XPP:LAS:MMN:16'                   # ATM mech delay stage
IPM_PV = 'XPP:SB2:BMMON:SUM'                # intensity profile monitor PV
LAS_TT_PV = 'LAS:FS11:VIT:FS_TGT_TIME'     # EGU in ns
HXR_CAST_PS_PV_W = 'LAS:UND:MMS:02'        # EGU in ps
HXR_CAST_PS_PV_R = 'LAS:UND:MMS:02.RBV'
SXR_CAST_PS_PV_W = 'LAS:UND:MMS:01'        # EGU in ps
SXR_CAST_PS_PV_R = 'LAS:UND:MMS:01.RBV'