asyncScan.cxx

.L testAsyncScan.cxx
 
{
  // tapi.changeRunMode(0);
 
  // only needed for cosmics...
  //  writeRegister(0x217, 1, 1, 1);
  //  tapi.timRegLoad(0, 0x200)

  // No S-link
  //  writeRegister(0x202, 7, 1, 1);
  //  writeRegister(0x202, 3, 1, 1);

  // ROD triggers
//   TTrigger trig;
//   trig.singleL1A();
//   for(int i=0; i<100; i++) tapi.sendRodTrigger(0, trig);

  tapi.timSetFrequency(10, 0.01);

  // Optional configuration of modules...
//   tapi.modifyABCDVar(11, 1.0);
//   tapi.modifyABCDVar(13, 0.0);
//   tapi.modifyABCDVar(14, 0.0);

//   tapi.modifyABCDVar(41, 2.5);  // QTHR Set to 1fC
//   tapi.modifyABCDVar(42, 0.0);  // 0 fC injection

  tapi.changeRunMode(0);

  TScanMonitor *monitor = testAsyncScan();
  //  writeRegister(0x217, 1, 1, 0);
  tapi.changeRunMode(0);

  // Add l1a and clock to what's already there
  tapi.timRegLoad(0x18, 0x603);
  // Add resets as well
  tapi.timRegLoad(0x18, 0x62f);

  // Correct BC offset (should only be necessary when resets come from TIM)
  tapi.timRegLoad(0x14, 0x4000);

#if 0
  // Trigger types   hi TIM, lo TTC 
  tapi.timRegLoad(0x16, 0x102);
  // ROD TTC match
  writeRegister(0x203, 0, 8, 2);
  // ROD TIM match
  writeRegister(0x203, 8, 8, 1);
  // Match ATLAS(1), TIM(2), ROD(4)
  writeRegister(0x202, 0, 3, 1);
#endif

  tapi.timSoftReset(0, 0);
  tapi.timBCReset(0, 0);
  tapi.sendTimBurst(1000, true);
  monitor->newBin(1000, 1);
  monitor->finishScan();

  tapi.scanEvents(0);
  tapi.decodeEvent(0, 0, 6, 0, 1);
  printf("%x\n", 2987);
  tapi.changeRunMode(1);
}

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