#include "TpcConfig.h"

TpcConfig::TpcConfig() {
  //
  // The position of the configurations in the vector fConfigName have to be in sync with the
  // return value of the corresponding function (see TpcConfig.h). 
  //
  fConfigName.push_back("Test configuration black data");
  fConfigName.push_back("Test configuration with ZS");
  fConfigName.push_back("Configuration for Pedestal data taking");
  fConfigName.push_back("Configuration for Pulser data taking");
  fConfigName.push_back("Configuration for Laser data taking");
  fConfigName.push_back("Configuration for Cosmics data taking");
  fConfigName.push_back("Physics configuration with 3.5 sigma thresholds");
  fConfigName.push_back("Physics configuration with 3.0 sigma thresholds");
  fConfigName.push_back("Physics configuration with 2.5 sigma thresholds");
  fConfigName.push_back("Test configuration for data taking with ITF, CMC and offset");
  fConfigName.push_back("Test configuration for data taking with no filters");
  fConfigName.push_back("Physics config, 2.0/2.5 sigma thresholds (IROC/OROC)");
  fConfigName.push_back("Physics config for Pb-Pb. As tag 7 but different CMC settings");
}

TpcConfig::~TpcConfig() {
}

string TpcConfig::getConfigName(uint32_t configID) {
  if ( configID >= fConfigName.size() ) {
    cerr << "Error in TpcConfig::getConfigName(). ConfigID " << configID << " out of range (0.."
	 << fConfigName.size()-1 << ")" << endl;
    return "";
  }
  return fConfigName[configID];
}