coltrims_analysis.h

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//Copyright (C) 2011-2013 Lutz Foucar

/**
 * @file coltrims_analysis.h file contains the processor specific for
 *                           coltrims analysis
 *
 * @author Lutz Foucar
 */

#ifndef _COLTRIMSANALYSIS_H
#define _COLTRIMSANALYSIS_H

#include "processor.h"
#include "acqiris_detectors_helper.h"
#include "signal_producer.h"
#include "delayline_detector.h"

namespace cass
{


/** Electron energy.
 *
 * @PPList "5000":  Electron energy
 *
 * retrieve electron energy from recoil momentum of Particle that belong to a
 * detector
 *
 * To set up the channel assignment for the requested detector one needs to
 * set up the detector parameters.
 * @see cass::ACQIRIS::TofDetector or cass::ACQIRIS::DelaylineDetector and
 *      cass::ACQIRIS::Signal
 *
 * @see Processor for a list of all commonly available cass.ini
 *      settings.
 *
 * @cassttng Processor/\%name\%/{XNbrBins|XLow|XUp}\n
 *           properties of the 1d histogram
 * @cassttng Processor/\%name\%/{Detector}\n
 *           Name of the first detector that we work on. Default is "blubb"
 * @cassttng Processor/\%name\%/{Particle}\n
 *           Name of the particle whose momentum we want to convert to
 *           electron energy in eV
 *
 * @author Daniel Rolles
 * @author Benedikt Rudek
 */
class pp5000 : public Processor
{
public:
  /** Constructor for Number of Signals*/
  pp5000(const name_t &);

  /** Retrieve the number of Signals and histogram it */
  virtual void process(const CASSEvent&, result_t&);

  /** load the histogram settings from file*/
  virtual void loadSettings(size_t);

protected:
  /** The detector we are there for*/
  ACQIRIS::HelperAcqirisDetectors::helperinstancesmap_t::key_type _detector;

  /** the particle we are working on */
  ACQIRIS::DelaylineDetector::particles_t::key_type _particle;
};



/** Tripple coincidence spectra.
 *
 * @PPList "5001": Tripple coincidence spectra
 *
 * This processor will create Tripple Photo-Ion Coincidence Spectra.
 *
 * To set up the channel assignment for the requested detector one needs to set
 * up the detector parameters.
 * @see cass::ACQIRIS::TofDetector or cass::ACQIRIS::DelaylineDetector and
 *      cass::ACQIRIS::Signal
 *
 * @see Processor for a list of all commonly available cass.ini
 *      settings.
 *
 * @cassttng Processor/\%name\%/{XNbrBins|XLow|XUp|YNbrBins|YLow|YUp}\n
 *           properties of the 2d histogram
 * @cassttng Processor/\%name\%/{Detector}\n
 *           Name of the first detector that we work on. Default is "blubb"
 *
 * @author Lutz Foucar
 */
class pp5001 : public Processor
{
public:
  /** Constructor for Number of Signals*/
  pp5001(const name_t &);

  /** Retrieve the number of Signals and histogram it */
  virtual void process(const CASSEvent&, result_t&);

  /** load the histogram settings from file*/
  virtual void loadSettings(size_t);

protected:
  /** The first detector of the cooincdence*/
  ACQIRIS::HelperAcqirisDetectors::helperinstancesmap_t::key_type _detector;
};

}//end namespace cass
#endif