def scanThresholdByVFAT(device,gtx,vfat,
scanmin=0x0,scanmax=0xff,
stepsize=0x1,numtrigs=1000,
trkmode=False,debug=False):
"""
Run a firmware threshold scan on the selected VFAT
trkmode=True requires a trigger source
@returns an array containing the scan results
"""
optofuncs.configureScanModule(device,gtx,
optofuncs.scanmode.THRESHTRG if trkmode else optofuncs.scanmode.THRESHTRK,
vfat,
scanmin,scanmax,stepsize,numtrigs,
debug=debug)
optofuncs.startScanModule(device,gtx)
if (debug):
optofuncs.printScanConfiguration(device,gtx)
pass
msg = "LocalT1Controller status %d"%(optofuncs.getLocalT1Status(device,gtx))
scanlogger.debug(colormsg(msg,logging.DEBUG))
data_threshold = optofuncs.getScanResults(device,gtx,scanmax-scanmin,debug=debug)
return data_threshold
def scanThresholdByChannel(device,gtx,vfat,channel,
scanmin=0x0,scanmax=0xff,
stepsize=0x1,numtrigs=1000,
debug=False):
"""
Run a firmware threshold scan on the selected VFAT/channel combination
@returns an array containing the scan results
"""
try:
checkScanParams(vfat,scanmin,scanmax,stepsize)
except ValueError:
msg = "Invalid scan configuration specified"
scanlogger.error(colormsg(msg,logging.ERROR))
return None
optofuncs.configureScanModule(device,gtx,
optofuncs.scanmode.THRESHCH,
vfat,channel,
scanmin,scanmax,stepsize,numtrigs,
debug=debug)
optofuncs.startScanModule(device,gtx)
if (debug):
optofuncs.printScanConfiguration(device,gtx)
pass
msg = "LocalT1Controller status %d"%(optofuncs.getLocalT1Status(device,gtx))
scanlogger.debug(colormsg(msg,logging.DEBUG))
data_threshold = optofuncs.getScanResults(device,gtx,scanmax-scanmin,debug=debug)
return data_threshold
def scanVCalByVFAT(device,gtx,vfat,channel,trim,
scanmin=0x0,scanmax=0xff,
stepsize=0x1,numtrigs=1000,
debug=False):
"""
Run a firmware VCal scan on the selected VFAT/channel combination
requires a trigger source, cal pulse source, channel enabled
@returns an array containing the scan results
"""
try:
checkScanParams(vfat,scanmin,scanmax,stepsize)
except ValueError:
msg = "Invalid scan configuration specified"
scanlogger.error(colormsg(msg,logging.ERROR))
return None
originalChannel = vfatfuncs.getChannelRegister(device,gtx,vfat,channel)
vfatfuncs.setChannelRegister(device,gtx,vfat,channel,
mask=0x0,pulse=0x1,trim=trim)
msg = "Channel %d register 0x%08x"%(channel,getChannelRegister(device,gtx,vfat,channel))
scanlogger.debug(colormsg(msg,logging.DEBUG))
optofuncs.configureScanModule(device,gtx,
optofuncs.scanmode.SCURVE,
vfat,
channel=channel,
scanmin=scanmin,
scanmax=scanmax,
stepsize=stepsize,
numtrigs=numtrigs,
debug=debug)
optofuncs.startScanModule(device,gtx)
if (debug):
optofuncs.printScanConfiguration(device,gtx)
pass
msg = "LocalT1Controller status %d"%(optofuncs.getLocalT1Status(device,gtx))
scanlogger.debug(colormsg(msg,logging.DEBUG))
data_scurve = optofuncs.getScanResults(device,gtx,
scanmax-scanmin,
debug=debug)
# return settings to start
mask = (originalChannel>>5)&0x1
pulse = (originalChannel>>6)&0x1
trim = originalChannel&0x1f
vfatfuncs.setChannelRegister(device,gtx,vfat,channel,
mask=mask,pulse=pulse,trim=trim,
debug=debug)
msg = "Channel %d register 0x%08x"%(channel,vfatfuncs.getChannelRegister(device,gtx,vfat,channel))
scanlogger.debug(colormsg(msg,logging.DEBUG))
return data_scurve
def scanLatencyByVFAT(device,gtx,vfat,
scanmin=0x0,scanmax=0xff,
stepsize=0x1,numtrigs=1000,
debug=False):
"""
Run a firmware latency scan on the selected VFAT
requires a trigger source
@returns an array containing the scan results
"""
try:
checkScanParams(vfat,scanmin,scanmax,stepsize)
except ValueError:
msg = "Invalid scan configuration specified"
scanlogger.error(colormsg(msg,logging.ERROR))
return None
channel = 10
originalChannel = vfatfuncs.getChannelRegister(device,gtx,vfat,channel)
originalVCal = vfatfuncs.readVFAT(device,gtx,vfat,"VCal")
vfatfuncs.setChannelRegister(device,gtx,vfat,channel,
mask=0x0,pulse=0x1,trim=trim)
vfatfuncs.writeVFAT(device,gtx,vfat,"VCal",0xff)
optofuncs.configureScanModule(device,gtx,
optofuncs.scanmode.LATENCY,
vfat,
scanmin,scanmax,
stepsize=1,numtrigs=numtrigs,
debug=debug)
optofuncs.startScanModule(device,gtx)
if (debug):
optofuncs.printScanConfiguration(device,gtx)
pass
msg = "LocalT1Controller status %d"%(optofuncs.getLocalT1Status(device,gtx))
scanlogger.debug(colormsg(msg,logging.DEBUG))
data_latency = optofuncs.getScanResults(device,gtx,scanmax-scanmin,debug=debug)
# return settings to start
mask = (originalChannel>>5)&0x1
pulse = (originalChannel>>6)&0x1
trim = originalChannel&0x1f
vfatfuncs.setChannelRegister(device,gtx,vfat,channel,
mask=mask,pulse=pulse,trim=trim,
debug=debug)
vfatfuncs.writeVFAT(device,gtx,vfat,"VCal",originalVcal)
return data_latency
def scanThresholdByChannel(device,
gtx,
vfat,
channel,
scanmin=0x0,
scanmax=0xff,
stepsize=0x1,
numtrigs=1000,
debug=False):
"""
Run a firmware threshold scan on the selected VFAT/channel combination
@returns an array containing the scan results
"""
try:
checkScanParams(vfat, scanmin, scanmax, stepsize)
except ValueError:
msg = "Invalid scan configuration specified"
scanlogger.error(colormsg(msg, logging.ERROR))
return None
optofuncs.configureScanModule(device,
gtx,
optofuncs.scanmode.THRESHCH,
vfat,
channel,
scanmin,
scanmax,
stepsize,
numtrigs,
debug=debug)
optofuncs.startScanModule(device, gtx)
if (debug):
optofuncs.printScanConfiguration(device, gtx)
pass
msg = "LocalT1Controller status %d" % (optofuncs.getLocalT1Status(
device, gtx))
scanlogger.debug(colormsg(msg, logging.DEBUG))
data_threshold = optofuncs.getScanResults(device,
gtx,
scanmax - scanmin,
debug=debug)
return data_threshold
def scanThresholdByVFAT(device,
gtx,
vfat,
scanmin=0x0,
scanmax=0xff,
stepsize=0x1,
numtrigs=1000,
trkmode=False,
debug=False):
"""
Run a firmware threshold scan on the selected VFAT
trkmode=True requires a trigger source
@returns an array containing the scan results
"""
optofuncs.configureScanModule(device,
gtx,
optofuncs.scanmode.THRESHTRG
if trkmode else optofuncs.scanmode.THRESHTRK,
vfat,
scanmin,
scanmax,
stepsize,
numtrigs,
debug=debug)
optofuncs.startScanModule(device, gtx)
if (debug):
optofuncs.printScanConfiguration(device, gtx)
pass
msg = "LocalT1Controller status %d" % (optofuncs.getLocalT1Status(
device, gtx))
scanlogger.debug(colormsg(msg, logging.DEBUG))
data_threshold = optofuncs.getScanResults(device,
gtx,
scanmax - scanmin,
debug=debug)
return data_threshold
writeRegister(ohboard,"%s.RESET"%(scanBase),0x1)
time.sleep(0.1)
pass
amc13nL1A = (amc13board.read(amc13board.Board.T1, "STATUS.GENERAL.L1A_COUNT_HI") << 32) | (amc13board.read(amc13board.Board.T1, "STATUS.GENERAL.L1A_COUNT_LO"))
amcnL1A = amc.getL1ACount(amcboard)
ohnL1A = oh.getL1ACount(ohboard,options.gtx)
print "Initial L1A counts:"
print "AMC13: %s"%(amc13nL1A)
print "AMC: %s"%(amcnL1A)
print "OH%s: %s"%(options.gtx,ohnL1A)
oh.configureScanModule(ohboard, options.gtx, mode, mask,
scanmin=LATENCY_MIN, scanmax=LATENCY_MAX,
stepsize=step,
numtrigs=int(options.nevts),
useUltra=True, debug=True)
oh.printScanConfiguration(ohboard, options.gtx, useUltra=True, debug=options.debug)
sys.stdout.flush()
amc13board.enableLocalL1A(True)
if options.internal:
amc.blockL1A(amcboard)
oh.setTriggerSource(ohboard,options.gtx,0x1)
oh.sendL1ACalPulse(ohboard, options.gtx, delay=20, interval=400, number=0)
chanReg = ((1&0x1) << 6)|((0&0x1) << 5)|(0&0x1f)
writeAllVFATs(ohboard, options.gtx, "VFATChannels.ChanReg0", chanReg, mask)
writeAllVFATs(ohboard, options.gtx, "VCal", 250, mask)
else:
if options.amc13local:
amc.enableL1A(amcboard)
amcMask = amc13board.parseInputEnableList("%s"%(options.slot), True)
amc13board.reset(amc13board.Board.T1)
print "Initial L1A counts:"
print "AMC13: %s" % (amc13nL1A)
print "AMC: %s" % (amcnL1A)
print "OH%s: %s" % (options.gtx, ohnL1A)
oh.configureScanModule(ohboard,
options.gtx,
gemData.getMode(),
mask,
scanmin=LATENCY_MIN,
scanmax=LATENCY_MAX,
stepsize=step,
numtrigs=int(options.nevts),
useUltra=True,
debug=True)
oh.printScanConfiguration(ohboard,
options.gtx,
useUltra=True,
debug=options.debug)
sys.stdout.flush()
amc13board.enableLocalL1A(True)
if options.internal:
amc.blockL1A(amcboard)
oh.setTriggerSource(ohboard, options.gtx, 0x1)
oh.sendL1ACalPulse(ohboard,
options.gtx,
delay=20,
interval=400,
number=0)
chanReg = ((1 & 0x1) << 6) | ((0 & 0x1) << 5) | (0 & 0x1f)
writeAllVFATs(ohboard, options.gtx, "VFATChannels.ChanReg0", chanReg,
mask)
def scanVCalByVFAT(device,
gtx,
vfat,
channel,
trim,
scanmin=0x0,
scanmax=0xff,
stepsize=0x1,
numtrigs=1000,
debug=False):
"""
Run a firmware VCal scan on the selected VFAT/channel combination
requires a trigger source, cal pulse source, channel enabled
@returns an array containing the scan results
"""
try:
checkScanParams(vfat, scanmin, scanmax, stepsize)
except ValueError:
msg = "Invalid scan configuration specified"
scanlogger.error(colormsg(msg, logging.ERROR))
return None
originalChannel = vfatfuncs.getChannelRegister(device, gtx, vfat, channel)
vfatfuncs.setChannelRegister(device,
gtx,
vfat,
channel,
mask=0x0,
pulse=0x1,
trim=trim)
msg = "Channel %d register 0x%08x" % (
channel, getChannelRegister(device, gtx, vfat, channel))
scanlogger.debug(colormsg(msg, logging.DEBUG))
optofuncs.configureScanModule(device,
gtx,
optofuncs.scanmode.SCURVE,
vfat,
channel=channel,
scanmin=scanmin,
scanmax=scanmax,
stepsize=stepsize,
numtrigs=numtrigs,
debug=debug)
optofuncs.startScanModule(device, gtx)
if (debug):
optofuncs.printScanConfiguration(device, gtx)
pass
msg = "LocalT1Controller status %d" % (optofuncs.getLocalT1Status(
device, gtx))
scanlogger.debug(colormsg(msg, logging.DEBUG))
data_scurve = optofuncs.getScanResults(device,
gtx,
scanmax - scanmin,
debug=debug)
# return settings to start
mask = (originalChannel >> 5) & 0x1
pulse = (originalChannel >> 6) & 0x1
trim = originalChannel & 0x1f
vfatfuncs.setChannelRegister(device,
gtx,
vfat,
channel,
mask=mask,
pulse=pulse,
trim=trim,
debug=debug)
msg = "Channel %d register 0x%08x" % (
channel, vfatfuncs.getChannelRegister(device, gtx, vfat, channel))
scanlogger.debug(colormsg(msg, logging.DEBUG))
return data_scurve
def scanLatencyByVFAT(device,
gtx,
vfat,
scanmin=0x0,
scanmax=0xff,
stepsize=0x1,
numtrigs=1000,
debug=False):
"""
Run a firmware latency scan on the selected VFAT
requires a trigger source
@returns an array containing the scan results
"""
try:
checkScanParams(vfat, scanmin, scanmax, stepsize)
except ValueError:
msg = "Invalid scan configuration specified"
scanlogger.error(colormsg(msg, logging.ERROR))
return None
channel = 10
originalChannel = vfatfuncs.getChannelRegister(device, gtx, vfat, channel)
originalVCal = vfatfuncs.readVFAT(device, gtx, vfat, "VCal")
vfatfuncs.setChannelRegister(device,
gtx,
vfat,
channel,
mask=0x0,
pulse=0x1,
trim=trim)
vfatfuncs.writeVFAT(device, gtx, vfat, "VCal", 0xff)
optofuncs.configureScanModule(device,
gtx,
optofuncs.scanmode.LATENCY,
vfat,
scanmin,
scanmax,
stepsize=1,
numtrigs=numtrigs,
debug=debug)
optofuncs.startScanModule(device, gtx)
if (debug):
optofuncs.printScanConfiguration(device, gtx)
pass
msg = "LocalT1Controller status %d" % (optofuncs.getLocalT1Status(
device, gtx))
scanlogger.debug(colormsg(msg, logging.DEBUG))
data_latency = optofuncs.getScanResults(device,
gtx,
scanmax - scanmin,
debug=debug)
# return settings to start
mask = (originalChannel >> 5) & 0x1
pulse = (originalChannel >> 6) & 0x1
trim = originalChannel & 0x1f
vfatfuncs.setChannelRegister(device,
gtx,
vfat,
channel,
mask=mask,
pulse=pulse,
trim=trim,
debug=debug)
vfatfuncs.writeVFAT(device, gtx, vfat, "VCal", originalVcal)
return data_latency