G4FFGEnumerations.hh

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/*
 * File:   G4FFGEnumerations.hh
 * Author: B. Wendt ([email protected])
 *
 * Created on June 6, 2011, 9:12 AM
 */
 
#ifndef G4FFGENUMAERATIONS_HH
#define G4FFGENUMAERATIONS_HH
 
#include "G4Types.hh"
 
/** G4FFGEnumerations is a namespace that contains all the enumerations that
 *  are used in the fission fragment generator code.
 */
namespace G4FFGEnumerations
{
/** The two types of fission data available. Independent yields are taken
 *  directly from  prompt fission products, while cumulative fission yields are
 *  taken some time after the fission event so that the products have had a
 *  moment to stabilize.
 */
enum YieldType
{
  INDEPENDENT = 454,
  CUMULATIVE = 459
};
/** The first value of YieldType */
static const G4int YieldTypeFirst = INDEPENDENT;
/** The last value of YieldType */
static const G4int YieldTypeLast = CUMULATIVE;
 
/** Causes of fission.
 *  Currently only yields for spontaneous and neutron induced fission are
 *  included in the data libraries. Photon and gamma induced fission are
 *  included here only to provide potential forward compatibility.
 *  <b> G4FissionFragmentGenerator::G4SetCause() must be modified if the data
 *  sets are expanded to include photon and gamma induced fission. </b>
 */
enum FissionCause
{
  SPONTANEOUS,
  NEUTRON_INDUCED,
  PROTON_INDUCED,
  GAMMA_INDUCED
};
/** The first value of FissionCause */
static const G4int FissionCauseFirst = SPONTANEOUS;
/** The last value of FissionCause.
 * This is set to NEUTRON_INDUCED becuase neither PROTON_INDUCED
 * nor GAMMA_INDUCED are currently supporded.
 */
static const G4int FissionCauseLast = NEUTRON_INDUCED;
 
/** The possible fission sampling methods */
enum FissionSamplingScheme
{
  NORMAL,
  LIGHT_FRAGMENT
};
/** The first value of FissionSamplingScheme */
static const G4int FissionSamplingSchemeFirst = NORMAL;
/** The last value of FissionSamplingScheme */
static const G4int FissionSamplingSchemeLast = LIGHT_FRAGMENT;
 
/** Truncate the Gaussian distribution at 0 (\p POSITIVE) or sample all values
 *  (\p ALL)
 */
enum GaussianRange
{
  POSITIVE,
  ALL
};
 
/** Sample a discretized Gaussian distribution (\p INT) or continuous (\p DOUBLE) */
enum GaussianReturnType
{
  INT,
  DOUBLE
};
 
/** ENDF format provides for 3 isomers - 1 ground state and 2 meta states */
enum MetaState
{
  GROUND_STATE,
  META_1,
  META_2
};
/** The first value of MetaState */
static const G4int MetaStateFirst = GROUND_STATE;
/** The last value of MetaState */
static const G4int MetaStateLast = META_2;
 
/** These are the source shapes available */
enum SourceType
{
  RECTANGLE,
  CYLINDER,
  SPHERE
};
/** The first value of SourceType */
static const G4int SourceTypeFirst = RECTANGLE;
/** The last value of SourceType */
static const G4int SourceTypeLast = SPHERE;
 
/** These are the verbosity levels */
enum Verbosity
{
  SILENT = 0x0,
  UPDATES = 0x1,
  DAUGHTER_INFO = 0x2,
  NEUTRON_INFO = 0x4,
  GAMMA_INFO = 0x8,
  ALPHA_INFO = 0x10,
  MOMENTUM_INFO = 0x20,
  ENERGY_INFO = 0x40,
  EXTRAPOLATION_INTERPOLATION_INFO = 0x80,
  WARNING = 0x100,
  DEBUG = 0x200,
  PRINT_ALL = 0x3FF,
  REPRESS_FUNCTION_ENTER_LEAVE_MESSAGES = 0x1000,
  REPRESS_RANDOM_SAMPLING_MESSAGES = 0x2000,
  REPRESS_RECURSIVE_DEBUG_MESSAGES = 0x4000,
  REPRESS_DATA_STRUCTURE_DEBUG_MESSAGES = 0x8000
};
/** This is the maximum value of Verbosity */
static const G4int VerbosityLast = (REPRESS_DATA_STRUCTURE_DEBUG_MESSAGES << 1) - 1;
}  // namespace G4FFGEnumerations
 
#endif /* G4FFGENUMAERATIONS_HH */