def RandomWindowDataCollectionLoop(self,cmd,f):
ETH.send(cmd.THoff())
if (self.DEBUG): ETH.KLMprint(cmd.THoff(), "THoff")
time.sleep(0.01)
for ASIC in range(10):
if ((2**ASIC & int(self.ASICmask,2)) > 0):
if (self.DEBUG): Print("Sending run configuration to FPGA", SOFT)
ETH.send(cmd.ASIC_HV_DAC_w_offset())
if (self.DEBUG): ETH.KLMprint(cmd.ASIC_HV_DAC_w_offset, "ASIC_HV_DAC_w_offset")
time.sleep(0.01)
self.RunConfig = cmd.Generate_Software_triggered_run_config_cmd(ASIC)
ETH.send(self.RunConfig)
if (self.DEBUG): ETH.KLMprint(self.RunConfig, "Software-triggered Run configuration")
time.sleep(0.01)
t0 = time.time()
Print("Taking %s events for ASIC %d . . ." % (self.NumEvts, ASIC), SOFT)
for evtNum in range(1,self.NumEvts+1):
ETH.send(cmd.RandomWindow())
time.sleep(0.005)
ETH.send(cmd.forceTrig)
rcv = ETH.receive(20000)# rcv is string of Hex
time.sleep(0.005)
self.printStatusBar(evtNum)
rcv = linkEth.hexToBin(rcv)
f.write(rcv) # write received binary data into file
self.EvtRate = float(evtNum)/(time.time()-t0)
Print("\nOverall hit rate was %s%.2f Hz" % (OKGREEN,self.EvtRate), SOFT)
def SoftwareTriggeredDataCollectionLoop(self,cmd,f):
ETH.send(cmd.HVoff())
if (self.DEBUG): ETH.KLMprint(cmd.HVoff(), "HVoff")
time.sleep(0.01)
ETH.send(cmd.THoff())
if (self.DEBUG): ETH.KLMprint(cmd.THoff(), "THoff")
time.sleep(0.01)
for ASIC in range(10):
if ((2**ASIC & int(self.ASICmask,2)) > 0):
if (self.DEBUG): Print("Sending run configuration to FPGA", SOFT)
self.RunConfig = cmd.Generate_Software_triggered_run_config_cmd(ASIC)
ETH.send(self.RunConfig)
if (self.DEBUG): ETH.KLMprint(self.RunConfig, "RunConfig")
time.sleep(0.01)
t0 = time.time()
self.NumEvts = 128*self.NumSoftwareEvtsPerWin
Print("Taking %s events for ASIC %d . . ." % (self.NumEvts, ASIC), SOFT)
for evtNum in range(1,self.NumEvts+1):
ETH.send(cmd.Set_Readout_Window(((evtNum-1)*4)%512))
if (self.DEBUG): ETH.KLMprint(cmd.Set_Readout_Window(((evtNum-1)*4)%512),"Set Readout Window")
time.sleep(0.005)
ETH.send(cmd.forceTrig)
rcv = ETH.receive(20000)# rcv is string of Hex
time.sleep(0.005)
self.printStatusBar(evtNum)
rcv = linkEth.hexToBin(rcv)
f.write(rcv) # write received binary data into file
self.EvtRate = float(evtNum)/(time.time()-t0)
Print("\nOverall hit rate was %s%.2f Hz" % (OKGREEN,self.EvtRate), SOFT)
def MainDataCollectionLoop(self,cmd,f):
if (self.DEBUG): Print("Sending run configuration to FPGA", SOFT)
self.RunConfig = cmd.Generate_ASIC_triggered_run_config_cmd()
ETH.send(self.RunConfig)
if (self.DEBUG): ETH.KLMprint(self.RunConfig, "Self-triggered Run Configuration")
tExtra = 0
evtNum = 0
tProg = t0 = time.time()
hs = FileHandshake.FileHandshake()
Print("\nTaking %s events. . ." % (self.NumEvts), SOFT)
for evtNum in range(1, self.NumEvts+1):
if (self.CheckTimeSinceLastReprogram(tProg)):
tExtra += self.pauseForReprogram(hs,cmd)
tProg = time.time()
rcv = ETH.receive(20000)# rcv is string of Hex
time.sleep(0.001)
self.printStatusBar(evtNum)
rcv = linkEth.hexToBin(rcv)
f.write(rcv) # write received binary data into file
self.EvtRate = float(evtNum)/(time.time()-t0-tExtra)
Print("\nOverall hit rate was %s%.2f Hz" % (OKGREEN,self.EvtRate), SOFT)
cmd_pedConfig += "AF4A0000"+"AE000100"+"AF4F0000"#set outmode to "waveforms" & trigBit search range to +/- 0 windows & ext. trig. bit format to zero.
ctrl.send(cmd_pedConfig)
infostr = "ASIC "+str(ASIC)+": "
sys.stdout.write(infostr)
time.sleep(0.1)
#ctrl.send(cmd_FIFO_reset)
#time.sleep(0.1)
for i in range(0, 128):
ctrl.send(syncwd+hex(int('AF3E0000',16) | 2**15 | (i*4)%512 ).split('x')[1]) #set win start
time.sleep(0.01)
ctrl.send(trig_cmd)
rcv = ctrl.receive(20000)# rcv is string of Hex
time.sleep(0.001)
if (i%10==0): sys.stdout.write('.')
sys.stdout.flush()
rcv = linkEth.hexToBin(rcv)
f.write(rcv)
print
time.sleep(0.1)
f.close()
#---- RUN DATA-PARSING EXECUTABLE ----#
print("\nPARSING EXECUTABLE")
os.system("./bin/tx_ethparse1_ck temp/ASICdata.dat temp/ASICsamps.txt temp/ASICtrigbits.txt 0")
time.sleep(0.1)
#---- WRITE DATA INTO TEMP ROOT FILE ----#
print("\nROOT MACRO")
ROOT.MakePedestalTTree("temp/ASICsamps.txt")
time.sleep(0.1)
os.system("chown -R testbench2:testbench2 temp/pedTemp.root")
