[u/mrichter/AliRoot.git] / TFluka / TFlukaCodes.h

#ifndef TFLUKACODES
#define TFLUKACODES 
typedef enum {
    kNoProcess         =   0,
    kKASKAD            =   1,  // KASKAD code first digit
    kKASKADelarecoil   =  10,  // elastic interaction recoil
    kKASKADinelarecoil =  11,  // inelastic interaction recoil   
    kKASKADstopping    =  12,  // stopping particle
    kKASKADpseudon     =  13,  // pseudo-neutron deposition
    kKASKADescape      =  14,  // escape
    kKASKADtimekill    =  15,  // time kill 
    kKASKADboundary    =  19,  // boundary crossing
    kKASKADnelint      = 100,  // elastic   interaction 
    kKASKADinelint     = 101,  // inelastic interaction 
    kKASKADdecay       = 102,  // particle decay  
    kKASKADdray        = 103,  // delta ray  generation 
    kKASKADpair        = 104,  // pair production
    kKASKADbrems       = 105,  // bremsstrahlung
    kEMFSCO            =   2,  // EMFSCO code first digit
    kEMFSCOlocaldep    =  20,  // local energy deposition (i.e. photoelectric)
    kEMFSCOstopping1   =  21,  // below user-defined cut-off
    kEMFSCOstopping2   =  22,  // below user cut-off
    kEMFSCOescape      =  23,  // escape  
    kEMFSCOtimekill    =  24,  // time kill
    kEMFSCOboundary    =  29,  // boundary crossing
    kEMFSCObrems       = 208,  // bremsstrahlung
    kEMFSCOmoller      = 210,  // Moller
    kEMFSCObhabha      = 212,  // Bhabha
    kEMFSCOanniflight  = 214,  // in-flight annihilation
    kEMFSCOannirest    = 215,  // annihilation at rest
    kEMFSCOpair        = 217,  // pair production
    kEMFSCOcompton     = 219,  // Compton scattering
    kEMFSCOphotoel     = 221,  // photoelectric effect 
    kEMFSCOrayleigh    = 225,  // Rayleigh scattering  
    kKASNEU            =   3,  // KASNEU code first digit
    kKASNEUtargrecoil  =  30,  // target recoil
    kKASNEUstopping    =  31,  // neutron below threshold
    kKASNEUescape      =  32,  // escape 
    kKASNEUtimekill    =  33,  // time kill
    kKASNEUboundary    =  39,  // boundary crossing
    kKASNEUhadronic    = 300,  // neutron interaction
    kKASHEA            =   4,  // KASHEA code first digit
    kKASHEAescape      =  40,  // escape
    kKASHEAtimekill    =  41,  // time kill 
    kKASHEAboundary    =  49,  // boundary crossing
    kKASHEAdray        = 400,  // delta ray generation
    kKASOPH            =   5,  // KASOPH code first digit
    kKASOPHabsorption  =  50,  // optical photon absorption 
    kKASOPHescape      =  51,  // escape 
    kKASOPHtimekill    =  52,  // time kill
    kKASOPHrefraction  =  59   // boundary crossing (i.e. refraction)
}
FlukaProcessCode_t;	  

typedef enum {
    kNoCaller       =  0,
    kEEDRAW         =  2,      // Stepping called from eedraw 
    kENDRAW         =  3,      // Stepping called from endraw      
    kMGDRAW         =  4,      // Stepping called from mgdraw 
    kSODRAW         =  5,      // Stepping called from sodraw 
    kUSDRAW         =  6,      // Stepping called from usdraw 
    kBXEntering     = 11,      // Stepping called from bxdraw (entering track) 
    kBXExiting      = 12,      // Stepping called from bxdraw (exiting  track) 
    kMGResumedTrack = 40,      // Stepping called from mgdraw (resumed  track) 
    kUSTCKV         = 50       // Stepping called from ustckv 
}
FlukaCallerCode_t;	  

typedef enum {
    kFLUKAcodemin  = -  6,     // minimum particle code used by FLUKA
    kFLUKAcodemax  =  250,     // maximum particle code used by FLUKA
    kFLUKAoptical  = -  1,     // code for optical photon
    kFLUKAelectron =    3,     // electron
    kFLUKApositron =    4,     // positron
    kFLUKAphoton   =    7,     // photon
    kFLUKAmuplus   =   10,     // mu+
    kFLUKAmuminus  =   11      // mu-
}
FlukaParticleCode_t;	  

#endif //TFLUKACODE
Commit	Line	Data
60cdbb7d	1	#ifndef TFLUKACODES
60cdbb7d	2	#define TFLUKACODES
60cdbb7d	3	typedef enum {
60cdbb7d	4	kNoProcess = 0,
c1f3e2aa	5	kKASKAD = 1, // KASKAD code first digit
60cdbb7d	6	kKASKADelarecoil = 10, // elastic interaction recoil
	7	kKASKADinelarecoil = 11, // inelastic interaction recoil
	8	kKASKADstopping = 12, // stopping particle
	9	kKASKADpseudon = 13, // pseudo-neutron deposition
	10	kKASKADescape = 14, // escape
	11	kKASKADtimekill = 15, // time kill
	12	kKASKADboundary = 19, // boundary crossing
	13	kKASKADnelint = 100, // elastic interaction
	14	kKASKADinelint = 101, // inelastic interaction
	15	kKASKADdecay = 102, // particle decay
	16	kKASKADdray = 103, // delta ray generation
	17	kKASKADpair = 104, // pair production
	18	kKASKADbrems = 105, // bremsstrahlung
c1f3e2aa	19	kEMFSCO = 2, // EMFSCO code first digit
a9923346	20	kEMFSCOlocaldep = 20, // local energy deposition (i.e. photoelectric)
60cdbb7d	21	kEMFSCOstopping1 = 21, // below user-defined cut-off
	22	kEMFSCOstopping2 = 22, // below user cut-off
	23	kEMFSCOescape = 23, // escape
	24	kEMFSCOtimekill = 24, // time kill
	25	kEMFSCOboundary = 29, // boundary crossing
	26	kEMFSCObrems = 208, // bremsstrahlung
	27	kEMFSCOmoller = 210, // Moller
	28	kEMFSCObhabha = 212, // Bhabha
	29	kEMFSCOanniflight = 214, // in-flight annihilation
	30	kEMFSCOannirest = 215, // annihilation at rest
	31	kEMFSCOpair = 217, // pair production
	32	kEMFSCOcompton = 219, // Compton scattering
	33	kEMFSCOphotoel = 221, // photoelectric effect
	34	kEMFSCOrayleigh = 225, // Rayleigh scattering
c1f3e2aa	35	kKASNEU = 3, // KASNEU code first digit
60cdbb7d	36	kKASNEUtargrecoil = 30, // target recoil
	37	kKASNEUstopping = 31, // neutron below threshold
	38	kKASNEUescape = 32, // escape
	39	kKASNEUtimekill = 33, // time kill
	40	kKASNEUboundary = 39, // boundary crossing
	41	kKASNEUhadronic = 300, // neutron interaction
c1f3e2aa	42	kKASHEA = 4, // KASHEA code first digit
60cdbb7d	43	kKASHEAescape = 40, // escape
	44	kKASHEAtimekill = 41, // time kill
	45	kKASHEAboundary = 49, // boundary crossing
	46	kKASHEAdray = 400, // delta ray generation
c1f3e2aa	47	kKASOPH = 5, // KASOPH code first digit
60cdbb7d	48	kKASOPHabsorption = 50, // optical photon absorption
	49	kKASOPHescape = 51, // escape
	50	kKASOPHtimekill = 52, // time kill
	51	kKASOPHrefraction = 59 // boundary crossing (i.e. refraction)
	52	}
	53	FlukaProcessCode_t;
	54
	55	typedef enum {
4aba9d66	56	kNoCaller = 0,
c1f3e2aa	57	kEEDRAW = 2, // Stepping called from eedraw
	58	kENDRAW = 3, // Stepping called from endraw
	59	kMGDRAW = 4, // Stepping called from mgdraw
	60	kSODRAW = 5, // Stepping called from sodraw
	61	kUSDRAW = 6, // Stepping called from usdraw
	62	kBXEntering = 11, // Stepping called from bxdraw (entering track)
	63	kBXExiting = 12, // Stepping called from bxdraw (exiting track)
	64	kMGResumedTrack = 40, // Stepping called from mgdraw (resumed track)
	65	kUSTCKV = 50 // Stepping called from ustckv
60cdbb7d	66	}
	67	FlukaCallerCode_t;
	68
	69	typedef enum {
c1f3e2aa	70	kFLUKAcodemin = - 6, // minimum particle code used by FLUKA
	71	kFLUKAcodemax = 250, // maximum particle code used by FLUKA
	72	kFLUKAoptical = - 1, // code for optical photon
	73	kFLUKAelectron = 3, // electron
	74	kFLUKApositron = 4, // positron
	75	kFLUKAphoton = 7, // photon
	76	kFLUKAmuplus = 10, // mu+
	77	kFLUKAmuminus = 11 // mu-
60cdbb7d	78	}
	79	FlukaParticleCode_t;
	80
	81	#endif //TFLUKACODE