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25 // 25 //
26 // INCL++ intra-nuclear cascade model 26 // INCL++ intra-nuclear cascade model
27 // Alain Boudard, CEA-Saclay, France 27 // Alain Boudard, CEA-Saclay, France
28 // Joseph Cugnon, University of Liege, Belgium 28 // Joseph Cugnon, University of Liege, Belgium
29 // Jean-Christophe David, CEA-Saclay, France 29 // Jean-Christophe David, CEA-Saclay, France
30 // Pekka Kaitaniemi, CEA-Saclay, France, and H 30 // Pekka Kaitaniemi, CEA-Saclay, France, and Helsinki Institute of Physics, Finland
31 // Sylvie Leray, CEA-Saclay, France 31 // Sylvie Leray, CEA-Saclay, France
32 // Davide Mancusi, CEA-Saclay, France 32 // Davide Mancusi, CEA-Saclay, France
33 // 33 //
34 #define INCLXX_IN_GEANT4_MODE 1 34 #define INCLXX_IN_GEANT4_MODE 1
35 35
36 #include "globals.hh" 36 #include "globals.hh"
37 37
38 #include "G4INCLNKbToLpiChannel.hh" 38 #include "G4INCLNKbToLpiChannel.hh"
39 #include "G4INCLKinematicsUtils.hh" 39 #include "G4INCLKinematicsUtils.hh"
40 #include "G4INCLBinaryCollisionAvatar.hh" 40 #include "G4INCLBinaryCollisionAvatar.hh"
41 #include "G4INCLRandom.hh" 41 #include "G4INCLRandom.hh"
42 #include "G4INCLGlobals.hh" 42 #include "G4INCLGlobals.hh"
43 #include "G4INCLLogger.hh" 43 #include "G4INCLLogger.hh"
44 #include <algorithm> 44 #include <algorithm>
45 #include "G4INCLPhaseSpaceGenerator.hh" 45 #include "G4INCLPhaseSpaceGenerator.hh"
46 46
47 namespace G4INCL { 47 namespace G4INCL {
48 48
49 NKbToLpiChannel::NKbToLpiChannel(Particle *p 49 NKbToLpiChannel::NKbToLpiChannel(Particle *p1, Particle *p2)
50 : particle1(p1), particle2(p2) 50 : particle1(p1), particle2(p2)
51 {} 51 {}
52 52
53 NKbToLpiChannel::~NKbToLpiChannel(){} 53 NKbToLpiChannel::~NKbToLpiChannel(){}
54 54
55 void NKbToLpiChannel::fillFinalState(FinalSt 55 void NKbToLpiChannel::fillFinalState(FinalState *fs) {
56 56
57 Particle *nucleon; 57 Particle *nucleon;
58 Particle *kaon; 58 Particle *kaon;
59 59
60 if(particle1->isNucleon()){ 60 if(particle1->isNucleon()){
61 nucleon = particle1; 61 nucleon = particle1;
62 kaon = particle2; 62 kaon = particle2;
63 } 63 }
64 else{ 64 else{
65 nucleon = particle2; 65 nucleon = particle2;
66 kaon = particle1; 66 kaon = particle1;
67 } 67 }
68 const G4int iso = ParticleTable::getIsospi 68 const G4int iso = ParticleTable::getIsospin(nucleon->getType()) + ParticleTable::getIsospin(kaon->getType());
69 69
70 70
71 ThreeVector mom_pion = KaonMomentum(kaon,n 71 ThreeVector mom_pion = KaonMomentum(kaon,nucleon); // based on K- p -> Lambda pi0
72 72
73 kaon->setType(ParticleTable::getPionType(i 73 kaon->setType(ParticleTable::getPionType(iso));
74 nucleon->setType(Lambda); 74 nucleon->setType(Lambda);
75 75
76 G4double norm = KinematicsUtils::momentumI 76 G4double norm = KinematicsUtils::momentumInCM(kaon,nucleon);
77 77
78 kaon->setMomentum(mom_pion*norm); 78 kaon->setMomentum(mom_pion*norm);
79 nucleon->setMomentum(-mom_pion*norm); 79 nucleon->setMomentum(-mom_pion*norm);
80 80
81 kaon->adjustEnergyFromMomentum(); 81 kaon->adjustEnergyFromMomentum();
82 nucleon->adjustEnergyFromMomentum(); 82 nucleon->adjustEnergyFromMomentum();
83 83
84 fs->addModifiedParticle(nucleon); 84 fs->addModifiedParticle(nucleon);
85 fs->addModifiedParticle(kaon); 85 fs->addModifiedParticle(kaon);
86 86
87 } 87 }
88 88
89 ThreeVector NKbToLpiChannel::KaonMomentum(Pa 89 ThreeVector NKbToLpiChannel::KaonMomentum(Particle const * const kaon, Particle const * const nucleon){
90 90
91 const G4double pLab = KinematicsUtils::mom 91 const G4double pLab = KinematicsUtils::momentumInLab(kaon,nucleon);
92 92
93 if(pLab < 435.) return Random::normVector( 93 if(pLab < 435.) return Random::normVector(); // isotropic
94 94
95 G4double cos_theta = 1.; 95 G4double cos_theta = 1.;
96 G4double sin_theta = 0.; 96 G4double sin_theta = 0.;
97 const G4double cos_phi = std::cos(Random:: 97 const G4double cos_phi = std::cos(Random::shoot()*Math::twoPi);
98 const G4double sin_phi = std::sqrt(1-cos_p 98 const G4double sin_phi = std::sqrt(1-cos_phi*cos_phi);
99 99
100 const G4double x = kaon->getMomentum().get 100 const G4double x = kaon->getMomentum().getX();
101 const G4double y = kaon->getMomentum().get 101 const G4double y = kaon->getMomentum().getY();
102 const G4double z = kaon->getMomentum().get 102 const G4double z = kaon->getMomentum().getZ();
103 103
104 const G4double r = std::sqrt(x*x+y*y+z*z); 104 const G4double r = std::sqrt(x*x+y*y+z*z);
105 const G4double rho = std::sqrt(x*x+y*y); 105 const G4double rho = std::sqrt(x*x+y*y);
106 106
107 if(pLab >= 1845.){ 107 if(pLab >= 1845.){
108 const G4double b = 12. * pLab/2375.; // 108 const G4double b = 12. * pLab/2375.; // correspond to the forward slope description at 2375 MeV/c in K- p elastic
109 cos_theta = std::log(Random::shoot()*(st 109 cos_theta = std::log(Random::shoot()*(std::exp(b)-std::exp(-b))+std::exp(-b))/b;
110 sin_theta = std::sqrt(1-cos_theta*cos_th 110 sin_theta = std::sqrt(1-cos_theta*cos_theta);
111 111
112 } 112 }
113 else{ 113 else{
114 const G4double Legendre_coef[283][8] = { 114 const G4double Legendre_coef[283][8] = {
115 {435,1.29381,0.87668,0.24531,0.00844,- 115 {435,1.29381,0.87668,0.24531,0.00844,-0.0067,4e-05,0},
116 {440,1.28561,0.87491,0.24024,0.00529,- 116 {440,1.28561,0.87491,0.24024,0.00529,-0.00609,3e-05,0},
117 {445,1.27743,0.87315,0.23522,0.00212,- 117 {445,1.27743,0.87315,0.23522,0.00212,-0.00547,3e-05,0},
118 {450,1.26928,0.87139,0.2303,-0.00105,- 118 {450,1.26928,0.87139,0.2303,-0.00105,-0.00485,2e-05,0},
119 {455,1.2612,0.86965,0.22553,-0.00424,- 119 {455,1.2612,0.86965,0.22553,-0.00424,-0.0042,1e-05,0},
120 {460,1.25317,0.86792,0.22099,-0.00745, 120 {460,1.25317,0.86792,0.22099,-0.00745,-0.00354,0,0},
121 {465,1.24512,0.86623,0.21678,-0.01069, 121 {465,1.24512,0.86623,0.21678,-0.01069,-0.00284,0,0},
122 {470,1.23692,0.86461,0.21304,-0.01397, 122 {470,1.23692,0.86461,0.21304,-0.01397,-0.00211,-1e-05,0},
123 {475,1.22848,0.86311,0.20991,-0.01729, 123 {475,1.22848,0.86311,0.20991,-0.01729,-0.00132,-2e-05,0},
124 {480,1.21967,0.86172,0.20749,-0.02066, 124 {480,1.21967,0.86172,0.20749,-0.02066,-0.00048,-3e-05,0},
125 {485,1.21035,0.86044,0.20577,-0.02407, 125 {485,1.21035,0.86044,0.20577,-0.02407,0.00044,-3e-05,0},
126 {490,1.2004,0.85923,0.20473,-0.02748,0 126 {490,1.2004,0.85923,0.20473,-0.02748,0.00143,-4e-05,0},
127 {495,1.18967,0.85804,0.20434,-0.03087, 127 {495,1.18967,0.85804,0.20434,-0.03087,0.00251,-5e-05,0},
128 {500,1.17802,0.85684,0.20455,-0.03423, 128 {500,1.17802,0.85684,0.20455,-0.03423,0.00369,-6e-05,0},
129 {505,1.16533,0.8556,0.20535,-0.03753,0 129 {505,1.16533,0.8556,0.20535,-0.03753,0.00497,-7e-05,0},
130 {510,1.15145,0.85427,0.20669,-0.04075, 130 {510,1.15145,0.85427,0.20669,-0.04075,0.00637,-8e-05,0},
131 {515,1.13624,0.85282,0.20855,-0.04386, 131 {515,1.13624,0.85282,0.20855,-0.04386,0.0079,-9e-05,0},
132 {520,1.11972,0.85121,0.21086,-0.0468,0 132 {520,1.11972,0.85121,0.21086,-0.0468,0.00955,-1e-04,0},
133 {525,1.10208,0.84953,0.21379,-0.04947, 133 {525,1.10208,0.84953,0.21379,-0.04947,0.01133,-0.00011,0},
134 {530,1.0835,0.84789,0.21759,-0.05178,0 134 {530,1.0835,0.84789,0.21759,-0.05178,0.01323,-0.00012,0},
135 {535,1.06417,0.84639,0.2225,-0.05361,0 135 {535,1.06417,0.84639,0.2225,-0.05361,0.01525,-0.00013,0},
136 {540,1.04423,0.8451,0.22862,-0.05493,0 136 {540,1.04423,0.8451,0.22862,-0.05493,0.01738,-0.00014,0},
137 {545,1.02374,0.844,0.23576,-0.05583,0. 137 {545,1.02374,0.844,0.23576,-0.05583,0.0196,-0.00015,0},
138 {550,1.00274,0.84308,0.2437,-0.05642,0 138 {550,1.00274,0.84308,0.2437,-0.05642,0.02189,-0.00016,0},
139 {555,0.98125,0.8423,0.25219,-0.05681,0 139 {555,0.98125,0.8423,0.25219,-0.05681,0.02423,-0.00017,0},
140 {560,0.95932,0.84165,0.26101,-0.0571,0 140 {560,0.95932,0.84165,0.26101,-0.0571,0.02659,-0.00017,0},
141 {565,0.93696,0.84108,0.26988,-0.05743, 141 {565,0.93696,0.84108,0.26988,-0.05743,0.02895,-0.00018,0},
142 {570,0.91408,0.84053,0.27837,-0.05801, 142 {570,0.91408,0.84053,0.27837,-0.05801,0.03126,-0.00018,0},
143 {575,0.89056,0.83994,0.28602,-0.05907, 143 {575,0.89056,0.83994,0.28602,-0.05907,0.03345,-0.00018,0},
144 {580,0.86629,0.8393,0.29249,-0.06069,0 144 {580,0.86629,0.8393,0.29249,-0.06069,0.03543,-0.00017,0},
145 {585,0.84122,0.83869,0.29765,-0.06277, 145 {585,0.84122,0.83869,0.29765,-0.06277,0.0371,-0.00016,0},
146 {590,0.81531,0.83818,0.30154,-0.06516, 146 {590,0.81531,0.83818,0.30154,-0.06516,0.03842,-0.00015,0},
147 {595,0.78853,0.83781,0.30425,-0.06771, 147 {595,0.78853,0.83781,0.30425,-0.06771,0.03943,-0.00012,0},
148 {600,0.76086,0.83762,0.30587,-0.07025, 148 {600,0.76086,0.83762,0.30587,-0.07025,0.04015,-9e-05,1e-05},
149 {605,0.73242,0.83777,0.30661,-0.07259, 149 {605,0.73242,0.83777,0.30661,-0.07259,0.0406,-6e-05,1e-05},
150 {610,0.7034,0.8385,0.30673,-0.07453,0. 150 {610,0.7034,0.8385,0.30673,-0.07453,0.04081,-1e-05,1e-05},
151 {615,0.67402,0.84003,0.3065,-0.07588,0 151 {615,0.67402,0.84003,0.3065,-0.07588,0.0408,5e-05,1e-05},
152 {620,0.6445,0.8426,0.30618,-0.07642,0. 152 {620,0.6445,0.8426,0.30618,-0.07642,0.0406,0.00012,1e-05},
153 {625,0.61503,0.84637,0.30581,-0.07599, 153 {625,0.61503,0.84637,0.30581,-0.07599,0.04021,2e-04,2e-05},
154 {630,0.5858,0.85147,0.30525,-0.07444,0 154 {630,0.5858,0.85147,0.30525,-0.07444,0.03962,3e-04,2e-05},
155 {635,0.557,0.85801,0.30443,-0.07169,0. 155 {635,0.557,0.85801,0.30443,-0.07169,0.03881,0.00041,2e-05},
156 {640,0.5289,0.86611,0.30346,-0.06786,0 156 {640,0.5289,0.86611,0.30346,-0.06786,0.03772,0.00053,3e-05},
157 {645,0.50176,0.87586,0.30245,-0.06312, 157 {645,0.50176,0.87586,0.30245,-0.06312,0.03626,0.00068,3e-05},
158 {650,0.47582,0.8874,0.30153,-0.05762,0 158 {650,0.47582,0.8874,0.30153,-0.05762,0.03438,0.00084,3e-05},
159 {655,0.45135,0.90083,0.30082,-0.05148, 159 {655,0.45135,0.90083,0.30082,-0.05148,0.03201,0.00101,4e-05},
160 {660,0.42865,0.91629,0.30054,-0.0447,0 160 {660,0.42865,0.91629,0.30054,-0.0447,0.0292,0.0012,4e-05},
161 {665,0.40794,0.93393,0.30079,-0.03707, 161 {665,0.40794,0.93393,0.30079,-0.03707,0.02606,0.00141,4e-05},
162 {670,0.38927,0.95387,0.30149,-0.0283,0 162 {670,0.38927,0.95387,0.30149,-0.0283,0.02276,0.00163,5e-05},
163 {675,0.37268,0.97623,0.30251,-0.01806, 163 {675,0.37268,0.97623,0.30251,-0.01806,0.01946,0.00187,5e-05},
164 {680,0.35818,1.0011,0.30373,-0.00607,0 164 {680,0.35818,1.0011,0.30373,-0.00607,0.01635,0.0021,5e-05},
165 {685,0.34574,1.02858,0.30527,0.00796,0 165 {685,0.34574,1.02858,0.30527,0.00796,0.0136,0.00234,5e-05},
166 {690,0.33527,1.05871,0.30741,0.02426,0 166 {690,0.33527,1.05871,0.30741,0.02426,0.01138,0.00257,5e-05},
167 {695,0.32658,1.09138,0.31026,0.04292,0 167 {695,0.32658,1.09138,0.31026,0.04292,0.00982,0.0028,5e-05},
168 {700,0.31939,1.12634,0.31382,0.06382,0 168 {700,0.31939,1.12634,0.31382,0.06382,0.00895,0.003,5e-05},
169 {705,0.31344,1.16334,0.31815,0.08676,0 169 {705,0.31344,1.16334,0.31815,0.08676,0.00879,0.00317,4e-05},
170 {710,0.3086,1.20215,0.32345,0.11138,0. 170 {710,0.3086,1.20215,0.32345,0.11138,0.00935,0.00328,4e-05},
171 {715,0.30471,1.24255,0.32994,0.13731,0 171 {715,0.30471,1.24255,0.32994,0.13731,0.01061,0.00334,3e-05},
172 {720,0.30161,1.28419,0.33773,0.16421,0 172 {720,0.30161,1.28419,0.33773,0.16421,0.01265,0.00332,2e-05},
173 {725,0.29909,1.32659,0.34682,0.19187,0 173 {725,0.29909,1.32659,0.34682,0.19187,0.01564,0.0032,0},
174 {730,0.29695,1.36945,0.35725,0.22005,0 174 {730,0.29695,1.36945,0.35725,0.22005,0.01956,0.00296,-2e-05},
175 {735,0.29502,1.41255,0.36915,0.24854,0 175 {735,0.29502,1.41255,0.36915,0.24854,0.0243,0.00258,-4e-05},
176 {740,0.29311,1.45571,0.38262,0.27709,0 176 {740,0.29311,1.45571,0.38262,0.27709,0.02974,0.00202,-7e-05},
177 {745,0.29109,1.49871,0.39781,0.3055,0. 177 {745,0.29109,1.49871,0.39781,0.3055,0.03575,0.00127,-0.00011},
178 {750,0.28898,1.54138,0.41503,0.33366,0 178 {750,0.28898,1.54138,0.41503,0.33366,0.0422,0.00029,-0.00015},
179 {755,0.28683,1.58345,0.43457,0.36147,0 179 {755,0.28683,1.58345,0.43457,0.36147,0.04894,-0.00094,-0.00019},
180 {760,0.28451,1.6243,0.45625,0.38871,0. 180 {760,0.28451,1.6243,0.45625,0.38871,0.05591,-0.00244,-0.00025},
181 {765,0.28175,1.66337,0.47979,0.41518,0 181 {765,0.28175,1.66337,0.47979,0.41518,0.06308,-0.00425,-0.00031},
182 {770,0.27835,1.70025,0.50482,0.44067,0 182 {770,0.27835,1.70025,0.50482,0.44067,0.07042,-0.00639,-0.00037},
183 {775,0.27417,1.73456,0.53095,0.46502,0 183 {775,0.27417,1.73456,0.53095,0.46502,0.07785,-0.00889,-0.00044},
184 {780,0.26902,1.76599,0.55773,0.48808,0 184 {780,0.26902,1.76599,0.55773,0.48808,0.08531,-0.01176,-0.00052},
185 {785,0.26276,1.79435,0.58464,0.50969,0 185 {785,0.26276,1.79435,0.58464,0.50969,0.09264,-0.01503,-6e-04},
186 {790,0.2552,1.81947,0.61114,0.52972,0. 186 {790,0.2552,1.81947,0.61114,0.52972,0.09971,-0.0187,-0.00068},
187 {795,0.24617,1.84117,0.6367,0.54802,0. 187 {795,0.24617,1.84117,0.6367,0.54802,0.10638,-0.02279,-0.00077},
188 {800,0.23554,1.85933,0.66076,0.56451,0 188 {800,0.23554,1.85933,0.66076,0.56451,0.11244,-0.0273,-0.00086},
189 {805,0.22322,1.87397,0.68275,0.57917,0 189 {805,0.22322,1.87397,0.68275,0.57917,0.11765,-0.03222,-0.00095},
190 {810,0.20914,1.8851,0.70209,0.592,0.12 190 {810,0.20914,1.8851,0.70209,0.592,0.12173,-0.03752,-0.00104},
191 {815,0.1932,1.89272,0.7182,0.60299,0.1 191 {815,0.1932,1.89272,0.7182,0.60299,0.12443,-0.04319,-0.00113},
192 {820,0.17533,1.89686,0.73052,0.61214,0 192 {820,0.17533,1.89686,0.73052,0.61214,0.1255,-0.04922,-0.00121},
193 {825,0.15565,1.89756,0.73887,0.61947,0 193 {825,0.15565,1.89756,0.73887,0.61947,0.12491,-0.05557,-0.00128},
194 {830,0.13439,1.89493,0.74336,0.62504,0 194 {830,0.13439,1.89493,0.74336,0.62504,0.12283,-0.06219,-0.00134},
195 {835,0.11178,1.88905,0.74408,0.62889,0 195 {835,0.11178,1.88905,0.74408,0.62889,0.11942,-0.06905,-0.00139},
196 {840,0.08807,1.88001,0.74115,0.63106,0 196 {840,0.08807,1.88001,0.74115,0.63106,0.11484,-0.07609,-0.00143},
197 {845,0.0635,1.86791,0.73467,0.63161,0. 197 {845,0.0635,1.86791,0.73467,0.63161,0.10925,-0.08327,-0.00144},
198 {850,0.03831,1.85283,0.72475,0.63058,0 198 {850,0.03831,1.85283,0.72475,0.63058,0.10282,-0.09055,-0.00144},
199 {855,0.01278,1.83488,0.7116,0.62802,0. 199 {855,0.01278,1.83488,0.7116,0.62802,0.09574,-0.09784,-0.00142},
200 {860,-0.01274,1.81419,0.69565,0.624,0. 200 {860,-0.01274,1.81419,0.69565,0.624,0.0883,-0.105,-0.00136},
201 {865,-0.03789,1.79087,0.67736,0.61858, 201 {865,-0.03789,1.79087,0.67736,0.61858,0.08079,-0.11186,-0.00127},
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321 {1465,0.43774,0.64808,0.04933,0.12335, 321 {1465,0.43774,0.64808,0.04933,0.12335,-0.50424,0.49143,-0.13736},
322 {1470,0.42855,0.64906,0.08361,0.14764, 322 {1470,0.42855,0.64906,0.08361,0.14764,-0.49758,0.49559,-0.13154},
323 {1475,0.41997,0.6498,0.11691,0.17201,- 323 {1475,0.41997,0.6498,0.11691,0.17201,-0.4898,0.49979,-0.12566},
324 {1480,0.41199,0.65025,0.14924,0.19638, 324 {1480,0.41199,0.65025,0.14924,0.19638,-0.48094,0.50402,-0.11983},
325 {1485,0.4046,0.65039,0.1806,0.2207,-0. 325 {1485,0.4046,0.65039,0.1806,0.2207,-0.47103,0.50827,-0.11413},
326 {1490,0.39781,0.65018,0.211,0.2449,-0. 326 {1490,0.39781,0.65018,0.211,0.2449,-0.4601,0.51253,-0.10866},
327 {1495,0.39161,0.6496,0.24043,0.26892,- 327 {1495,0.39161,0.6496,0.24043,0.26892,-0.44819,0.51679,-0.10352},
328 {1500,0.38599,0.64862,0.26889,0.29269, 328 {1500,0.38599,0.64862,0.26889,0.29269,-0.43534,0.52104,-0.09879},
329 {1505,0.38096,0.64719,0.2964,0.31615,- 329 {1505,0.38096,0.64719,0.2964,0.31615,-0.42158,0.52526,-0.09457},
330 {1510,0.37651,0.6453,0.32295,0.33923,- 330 {1510,0.37651,0.6453,0.32295,0.33923,-0.40693,0.52944,-0.09095},
331 {1515,0.37264,0.6429,0.34854,0.36186,- 331 {1515,0.37264,0.6429,0.34854,0.36186,-0.39144,0.53359,-0.08803},
332 {1520,0.36933,0.63998,0.37315,0.38401, 332 {1520,0.36933,0.63998,0.37315,0.38401,-0.37512,0.53773,-0.08583},
333 {1525,0.36653,0.63654,0.39667,0.40564, 333 {1525,0.36653,0.63654,0.39667,0.40564,-0.35794,0.54203,-0.08422},
334 {1530,0.3642,0.63257,0.41901,0.42676,- 334 {1530,0.3642,0.63257,0.41901,0.42676,-0.33984,0.54668,-0.08304},
335 {1535,0.36228,0.62809,0.44005,0.44733, 335 {1535,0.36228,0.62809,0.44005,0.44733,-0.3208,0.55185,-0.08216},
336 {1540,0.36072,0.62309,0.45968,0.46736, 336 {1540,0.36072,0.62309,0.45968,0.46736,-0.30076,0.55773,-0.08141},
337 {1545,0.35948,0.61757,0.47781,0.48683, 337 {1545,0.35948,0.61757,0.47781,0.48683,-0.27969,0.5645,-0.08065},
338 {1550,0.35851,0.61154,0.49434,0.50572, 338 {1550,0.35851,0.61154,0.49434,0.50572,-0.25756,0.57231,-0.07974},
339 {1555,0.35781,0.60502,0.50929,0.52405, 339 {1555,0.35781,0.60502,0.50929,0.52405,-0.23439,0.58116,-0.07861},
340 {1560,0.35738,0.59804,0.52273,0.54186, 340 {1560,0.35738,0.59804,0.52273,0.54186,-0.21023,0.59098,-0.07724},
341 {1565,0.35725,0.59063,0.53473,0.55915, 341 {1565,0.35725,0.59063,0.53473,0.55915,-0.18514,0.60169,-0.07558},
342 {1570,0.35742,0.58282,0.54538,0.57597, 342 {1570,0.35742,0.58282,0.54538,0.57597,-0.15918,0.61322,-0.07362},
343 {1575,0.35792,0.57463,0.55473,0.59234, 343 {1575,0.35792,0.57463,0.55473,0.59234,-0.13239,0.62549,-0.07132},
344 {1580,0.35874,0.5661,0.56287,0.60828,- 344 {1580,0.35874,0.5661,0.56287,0.60828,-0.10484,0.63843,-0.06864},
345 {1585,0.35991,0.55725,0.56986,0.62383, 345 {1585,0.35991,0.55725,0.56986,0.62383,-0.07657,0.65196,-0.06557},
346 {1590,0.36144,0.54811,0.57578,0.63899, 346 {1590,0.36144,0.54811,0.57578,0.63899,-0.04764,0.66601,-0.06206},
347 {1595,0.36335,0.53871,0.5807,0.65382,- 347 {1595,0.36335,0.53871,0.5807,0.65382,-0.0181,0.6805,-0.05809},
348 {1600,0.36564,0.52909,0.5847,0.66832,0 348 {1600,0.36564,0.52909,0.5847,0.66832,0.01199,0.69536,-0.05363},
349 {1605,0.36833,0.51926,0.58783,0.68253, 349 {1605,0.36833,0.51926,0.58783,0.68253,0.04258,0.7105,-0.04864},
350 {1610,0.37143,0.50926,0.59019,0.69647, 350 {1610,0.37143,0.50926,0.59019,0.69647,0.07361,0.72586,-0.0431},
351 {1615,0.37496,0.49911,0.59183,0.71017, 351 {1615,0.37496,0.49911,0.59183,0.71017,0.10503,0.74137,-0.03697},
352 {1620,0.37894,0.48885,0.59284,0.72365, 352 {1620,0.37894,0.48885,0.59284,0.72365,0.13679,0.75693,-0.03023},
353 {1625,0.38336,0.47851,0.59329,0.73695, 353 {1625,0.38336,0.47851,0.59329,0.73695,0.16883,0.77249,-0.02284},
354 {1630,0.38826,0.46811,0.59324,0.75008, 354 {1630,0.38826,0.46811,0.59324,0.75008,0.2011,0.78797,-0.01477},
355 {1635,0.39363,0.45767,0.59277,0.76308, 355 {1635,0.39363,0.45767,0.59277,0.76308,0.23354,0.80328,-0.00599},
356 {1640,0.39951,0.44724,0.59195,0.77597, 356 {1640,0.39951,0.44724,0.59195,0.77597,0.26611,0.81836,0.00352},
357 {1645,0.40588,0.43684,0.59086,0.78878, 357 {1645,0.40588,0.43684,0.59086,0.78878,0.29874,0.83312,0.01381},
358 {1650,0.41278,0.4265,0.58956,0.80153,0 358 {1650,0.41278,0.4265,0.58956,0.80153,0.33138,0.84751,0.0249},
359 {1655,0.42022,0.41624,0.58813,0.81425, 359 {1655,0.42022,0.41624,0.58813,0.81425,0.36397,0.86143,0.03681},
360 {1660,0.4282,0.40614,0.58665,0.82695,0 360 {1660,0.4282,0.40614,0.58665,0.82695,0.39646,0.87483,0.04954},
361 {1665,0.43672,0.39632,0.58517,0.83966, 361 {1665,0.43672,0.39632,0.58517,0.83966,0.42876,0.88768,0.06298},
362 {1670,0.44579,0.38689,0.58378,0.85238, 362 {1670,0.44579,0.38689,0.58378,0.85238,0.46079,0.89994,0.07703},
363 {1675,0.45542,0.37799,0.58253,0.86511, 363 {1675,0.45542,0.37799,0.58253,0.86511,0.49245,0.91158,0.09161},
364 {1680,0.46559,0.36972,0.5815,0.87787,0 364 {1680,0.46559,0.36972,0.5815,0.87787,0.52367,0.92256,0.1066},
365 {1685,0.47631,0.36223,0.58075,0.89067, 365 {1685,0.47631,0.36223,0.58075,0.89067,0.55437,0.93285,0.12193},
366 {1690,0.48759,0.35562,0.58036,0.90351, 366 {1690,0.48759,0.35562,0.58036,0.90351,0.58446,0.94242,0.13748},
367 {1695,0.49943,0.35002,0.58039,0.91642, 367 {1695,0.49943,0.35002,0.58039,0.91642,0.61386,0.95122,0.15316},
368 {1700,0.51182,0.34555,0.58092,0.92938, 368 {1700,0.51182,0.34555,0.58092,0.92938,0.64248,0.95923,0.16887},
369 {1705,0.52478,0.34234,0.58201,0.94243, 369 {1705,0.52478,0.34234,0.58201,0.94243,0.67025,0.96642,0.18453},
370 {1710,0.5383,0.34049,0.58374,0.95556,0 370 {1710,0.5383,0.34049,0.58374,0.95556,0.69713,0.97277,0.20007},
371 {1715,0.55239,0.34002,0.58616,0.96883, 371 {1715,0.55239,0.34002,0.58616,0.96883,0.72336,0.97841,0.21569},
372 {1720,0.56707,0.34092,0.58936,0.98229, 372 {1720,0.56707,0.34092,0.58936,0.98229,0.74924,0.98349,0.23159},
373 {1725,0.58235,0.34319,0.59342,0.99599, 373 {1725,0.58235,0.34319,0.59342,0.99599,0.77504,0.98814,0.24802},
374 {1730,0.59825,0.34683,0.59839,1.00998, 374 {1730,0.59825,0.34683,0.59839,1.00998,0.80106,0.99252,0.26518},
375 {1735,0.61478,0.35185,0.60435,1.02432, 375 {1735,0.61478,0.35185,0.60435,1.02432,0.82759,0.99678,0.28332},
376 {1740,0.63195,0.35823,0.61138,1.03905, 376 {1740,0.63195,0.35823,0.61138,1.03905,0.85493,1.00106,0.30266},
377 {1745,0.64977,0.36598,0.61954,1.05422, 377 {1745,0.64977,0.36598,0.61954,1.05422,0.88333,1.00549,0.32339},
378 {1750,0.66822,0.37504,0.6288,1.06985,0 378 {1750,0.66822,0.37504,0.6288,1.06985,0.91282,1.01013,0.34556},
379 {1755,0.68725,0.38533,0.6391,1.08592,0 379 {1755,0.68725,0.38533,0.6391,1.08592,0.94333,1.01496,0.36913},
380 {1760,0.70685,0.39679,0.65037,1.10245, 380 {1760,0.70685,0.39679,0.65037,1.10245,0.9748,1.01998,0.39406},
381 {1765,0.72695,0.40934,0.66257,1.11943, 381 {1765,0.72695,0.40934,0.66257,1.11943,1.00714,1.02519,0.42031},
382 {1770,0.74754,0.42291,0.67563,1.13684, 382 {1770,0.74754,0.42291,0.67563,1.13684,1.0403,1.03058,0.44784},
383 {1775,0.76857,0.43743,0.68947,1.15471, 383 {1775,0.76857,0.43743,0.68947,1.15471,1.07419,1.03615,0.47661},
384 {1780,0.79,0.45282,0.70406,1.17301,1.1 384 {1780,0.79,0.45282,0.70406,1.17301,1.10875,1.04191,0.50658},
385 {1785,0.81179,0.46902,0.71931,1.19174, 385 {1785,0.81179,0.46902,0.71931,1.19174,1.14391,1.04784,0.53771},
386 {1790,0.83392,0.48594,0.73518,1.21092, 386 {1790,0.83392,0.48594,0.73518,1.21092,1.17959,1.05394,0.56997},
387 {1795,0.85634,0.50352,0.75159,1.23052, 387 {1795,0.85634,0.50352,0.75159,1.23052,1.21573,1.06022,0.60332},
388 {1800,0.87901,0.52169,0.76849,1.25055, 388 {1800,0.87901,0.52169,0.76849,1.25055,1.25225,1.06666,0.63771},
389 {1805,0.9019,0.54038,0.78582,1.27101,1 389 {1805,0.9019,0.54038,0.78582,1.27101,1.28908,1.07326,0.6731},
390 {1810,0.92496,0.5595,0.80351,1.2919,1. 390 {1810,0.92496,0.5595,0.80351,1.2919,1.32615,1.08003,0.70946},
391 {1815,0.94817,0.57899,0.82151,1.31321, 391 {1815,0.94817,0.57899,0.82151,1.31321,1.36339,1.08695,0.74675},
392 {1820,0.97149,0.59878,0.83975,1.33493, 392 {1820,0.97149,0.59878,0.83975,1.33493,1.40073,1.09403,0.78493},
393 {1825,0.99487,0.61879,0.85816,1.35707, 393 {1825,0.99487,0.61879,0.85816,1.35707,1.4381,1.10125,0.82396},
394 {1830,1.01828,0.63895,0.8767,1.37963,1 394 {1830,1.01828,0.63895,0.8767,1.37963,1.47543,1.10863,0.86381},
395 {1835,1.04168,0.65919,0.89529,1.4026,1 395 {1835,1.04168,0.65919,0.89529,1.4026,1.51264,1.11616,0.90442},
396 {1840,1.06504,0.67943,0.91388,1.42598, 396 {1840,1.06504,0.67943,0.91388,1.42598,1.54966,1.12382,0.94576},
397 {1845,1.08832,0.69962,0.93241,1.44973, 397 {1845,1.08832,0.69962,0.93241,1.44973,1.58645,1.13162,0.98775}};
398 398
399 const G4int coef_ener = G4int((pLab-Lege 399 const G4int coef_ener = G4int((pLab-Legendre_coef[0][0])/5);
400 const G4double sup_ener = pLab/5. - coef 400 const G4double sup_ener = pLab/5. - coef_ener -Legendre_coef[0][0]/5;
401 401
402 // assert(pLab >= Legendre_coef[coef_ener][0] 402 // assert(pLab >= Legendre_coef[coef_ener][0] && pLab < Legendre_coef[coef_ener+1][0]);
403 403
404 // Legendre coefficient normalized 404 // Legendre coefficient normalized
405 const G4double A0 = 1.; 405 const G4double A0 = 1.;
406 const G4double A1 = (1-sup_ener)*Legendr 406 const G4double A1 = (1-sup_ener)*Legendre_coef[coef_ener][1] + sup_ener*Legendre_coef[coef_ener+1][1];
407 const G4double A2 = (1-sup_ener)*Legendr 407 const G4double A2 = (1-sup_ener)*Legendre_coef[coef_ener][2] + sup_ener*Legendre_coef[coef_ener+1][2];
408 const G4double A3 = (1-sup_ener)*Legendr 408 const G4double A3 = (1-sup_ener)*Legendre_coef[coef_ener][3] + sup_ener*Legendre_coef[coef_ener+1][3];
409 const G4double A4 = (1-sup_ener)*Legendr 409 const G4double A4 = (1-sup_ener)*Legendre_coef[coef_ener][4] + sup_ener*Legendre_coef[coef_ener+1][4];
410 const G4double A5 = (1-sup_ener)*Legendr 410 const G4double A5 = (1-sup_ener)*Legendre_coef[coef_ener][5] + sup_ener*Legendre_coef[coef_ener+1][5];
411 const G4double A6 = (1-sup_ener)*Legendr 411 const G4double A6 = (1-sup_ener)*Legendre_coef[coef_ener][6] + sup_ener*Legendre_coef[coef_ener+1][6];
412 const G4double A7 = (1-sup_ener)*Legendr 412 const G4double A7 = (1-sup_ener)*Legendre_coef[coef_ener][7] + sup_ener*Legendre_coef[coef_ener+1][7];
413 413
414 // Theoritical max if all Ai > 0 (often 414 // Theoritical max if all Ai > 0 (often the case)
415 const G4double A = std::fabs(A0) + std:: 415 const G4double A = std::fabs(A0) + std::fabs(A1) + std::fabs(A2) + std::fabs(A3) + std::fabs(A4) + std::fabs(A5) + std::fabs(A6) + std::fabs(A7);
416 416
417 G4bool success = false; 417 G4bool success = false;
418 G4int maxloop = 0; 418 G4int maxloop = 0;
419 419
420 while(!success && maxloop < 1000){ 420 while(!success && maxloop < 1000){
421 421
422 cos_theta = Random::shoot()*2-1.; // n 422 cos_theta = Random::shoot()*2-1.; // not optimized
423 423
424 // Legendre Polynomial 424 // Legendre Polynomial
425 G4double P0 = A0; 425 G4double P0 = A0;
426 G4double P1 = A1*cos_theta; 426 G4double P1 = A1*cos_theta;
427 G4double P2 = A2/2.*(3*std::pow(cos_th 427 G4double P2 = A2/2.*(3*std::pow(cos_theta,2)-1);
428 G4double P3 = A3/2.*(5*std::pow(cos_th 428 G4double P3 = A3/2.*(5*std::pow(cos_theta,3)-3*cos_theta);
429 G4double P4 = A4/8.*(35*std::pow(cos_t 429 G4double P4 = A4/8.*(35*std::pow(cos_theta,4)-30*std::pow(cos_theta,2)+3);
430 G4double P5 = A5/8.*(63*std::pow(cos_t 430 G4double P5 = A5/8.*(63*std::pow(cos_theta,5)-70*std::pow(cos_theta,3)+15*cos_theta);
431 G4double P6 = A6/16.*(231*std::pow(cos 431 G4double P6 = A6/16.*(231*std::pow(cos_theta,6)-315*std::pow(cos_theta,4)+105*std::pow(cos_theta,2)-5);
432 G4double P7 = A7/16.*(429*std::pow(cos 432 G4double P7 = A7/16.*(429*std::pow(cos_theta,7)-693*std::pow(cos_theta,5)+315*std::pow(cos_theta,3)-35*cos_theta);
433 433
434 G4double P = (P0 + P1 + P2 + P3 + P4 + 434 G4double P = (P0 + P1 + P2 + P3 + P4 + P5 + P6 + P7)/2; // /2 for the normalisation
435 435
436 if(Random::shoot()*A < P) success = tr 436 if(Random::shoot()*A < P) success = true;
437 maxloop +=1 ; 437 maxloop +=1 ;
438 if(maxloop==1000) cos_theta = std::log 438 if(maxloop==1000) cos_theta = std::log(Random::shoot()*(std::exp(10.)-std::exp(-10.))+std::exp(-10.))/10.; // if no success in 1E4 shoot, probably angulard distribution piked very forward
439 } 439 }
440 sin_theta = std::sqrt(1-cos_theta*cos_th 440 sin_theta = std::sqrt(1-cos_theta*cos_theta);
441 } 441 }
442 442
443 if(rho == 0) return ThreeVector(sin_theta* 443 if(rho == 0) return ThreeVector(sin_theta*cos_phi,sin_theta*sin_phi,cos_theta);
444 // Rotation in the direction of the incide 444 // Rotation in the direction of the incident kaon
445 const G4double px = x/r*cos_theta - y/rho* 445 const G4double px = x/r*cos_theta - y/rho*sin_theta*cos_phi + z/r*x/rho*sin_theta*sin_phi;
446 const G4double py = y/r*cos_theta + x/rho* 446 const G4double py = y/r*cos_theta + x/rho*sin_theta*cos_phi + z/r*y/rho*sin_theta*sin_phi;
447 const G4double pz = z/r*cos_theta - rho/r* 447 const G4double pz = z/r*cos_theta - rho/r*sin_theta*sin_phi;
448 448
449 return ThreeVector(px,py,pz); 449 return ThreeVector(px,py,pz);
450 } 450 }
451 451
452 } 452 }
453 453