GGEMS  1.1
GPU GEant4-based Monte Carlo Simulations
GGEMSIonizationParamsMaterial.hh
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1 #ifndef GUARD_GGEMS_MATERIALS_GGEMSIONIZATIONPARAMSMATERIAL_HH
2 #define GUARD_GGEMS_MATERIALS_GGEMSIONIZATIONPARAMSMATERIAL_HH
3 
4 // ************************************************************************
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21 
34 #include <memory>
35 
36 #include "GGEMS/materials/GGEMSMaterialsDatabaseManager.hh"
37 
42 namespace GGEMSDensityParams
43 {
44  inline static constexpr GGfloat data[96][9] = {
45  // Eplasma, rho, -C, X_0, X_1, a, m, delta_0, delta_max
46  { 0.000f, 0.000f, 0.0000f, 0.0000f, 0.0000f, 0.000000f, 0.0000f, 0.00f, 0.000f},
47  { 0.263f, 1.412f, 9.5835f, 1.8639f, 3.2718f, 0.140920f, 5.7273f, 0.00f, 0.024f},
48  { 0.263f, 1.700f, 11.1393f, 2.2017f, 3.6122f, 0.134430f, 5.8347f, 0.00f, 0.024f},
49  {13.844f, 1.535f, 3.1221f, 0.1304f, 1.6397f, 0.951360f, 2.4993f, 0.14f, 0.062f},
50  {26.096f, 1.908f, 2.7847f, 0.0392f, 1.6922f, 0.803920f, 2.4339f, 0.14f, 0.029f},
51  {30.170f, 2.320f, 2.8477f, 0.0305f, 1.9688f, 0.562240f, 2.4512f, 0.14f, 0.024f},
52  {28.803f, 2.376f, 2.9925f, -0.0351f, 2.4860f, 0.202400f, 3.0036f, 0.10f, 0.038f},
53  { 0.695f, 1.984f, 10.5400f, 1.7378f, 4.1323f, 0.153490f, 3.2125f, 0.00f, 0.086f},
54  { 0.744f, 2.314f, 10.7004f, 1.7541f, 4.3213f, 0.117780f, 3.2913f, 0.00f, 0.101f},
55  { 0.788f, 2.450f, 10.9653f, 1.8433f, 4.4096f, 0.110830f, 3.2962f, 0.00f, 0.121f},
56  { 0.587f, 2.577f, 11.9041f, 2.0735f, 4.6421f, 0.080640f, 3.5771f, 0.00f, 0.110f},
57  {19.641f, 2.648f, 5.0526f, 0.2880f, 3.1962f, 0.077720f, 3.6452f, 0.08f, 0.098f},
58  {26.708f, 2.331f, 4.5297f, 0.1499f, 3.0668f, 0.081163f, 3.6166f, 0.08f, 0.073f},
59  {32.860f, 2.180f, 4.2395f, 0.1708f, 3.0127f, 0.080240f, 3.6345f, 0.12f, 0.061f},
60  {31.055f, 2.103f, 4.4351f, 0.2014f, 2.8715f, 0.149210f, 3.2546f, 0.14f, 0.059f},
61  {29.743f, 2.056f, 4.5214f, 0.1696f, 2.7815f, 0.236100f, 2.9158f, 0.14f, 0.057f},
62  {28.789f, 2.131f, 4.6659f, 0.1580f, 2.7159f, 0.339920f, 2.6456f, 0.14f, 0.059f},
63  { 1.092f, 1.734f, 11.1421f, 1.5555f, 4.2994f, 0.198490f, 2.9702f, 0.00f, 0.041f},
64  { 0.789f, 1.753f, 11.9480f, 1.7635f, 4.4855f, 0.197140f, 2.9618f, 0.00f, 0.037f},
65  {18.650f, 1.830f, 5.6423f, 0.3851f, 3.1724f, 0.198270f, 2.9233f, 0.10f, 0.035f},
66  {25.342f, 1.666f, 5.0396f, 0.3228f, 3.1191f, 0.156430f, 3.0745f, 0.14f, 0.031f},
67  {34.050f, 1.826f, 4.6949f, 0.1640f, 3.0593f, 0.157540f, 3.0517f, 0.10f, 0.027f},
68  {41.619f, 1.969f, 4.4450f, 0.0957f, 3.0386f, 0.156620f, 3.0302f, 0.12f, 0.025f},
69  {47.861f, 2.070f, 4.2659f, 0.0691f, 3.0322f, 0.154360f, 3.0163f, 0.14f, 0.024f},
70  {52.458f, 2.181f, 4.1781f, 0.0340f, 3.0451f, 0.154190f, 2.9896f, 0.14f, 0.023f},
71  {53.022f, 2.347f, 4.2702f, 0.0447f, 3.1074f, 0.149730f, 2.9796f, 0.14f, 0.021f},
72  {55.172f, 2.504f, 4.2911f, -0.0012f, 3.1531f, 0.146000f, 2.9632f, 0.12f, 0.021f},
73  {58.188f, 2.626f, 4.2601f, -0.0187f, 3.1790f, 0.144740f, 2.9502f, 0.12f, 0.019f},
74  {59.385f, 2.889f, 4.3115f, -0.0566f, 3.1851f, 0.164960f, 2.8430f, 0.10f, 0.020f},
75  {58.270f, 2.956f, 4.4190f, -0.0254f, 3.2792f, 0.143390f, 2.9044f, 0.08f, 0.019f},
76  {52.132f, 3.142f, 4.6906f, 0.0049f, 3.3668f, 0.147140f, 2.8652f, 0.08f, 0.019f},
77  {46.688f, 2.747f, 4.9353f, 0.2267f, 3.5434f, 0.094400f, 3.1314f, 0.14f, 0.019f},
78  {44.141f, 2.461f, 5.1411f, 0.3376f, 3.6096f, 0.071880f, 3.3306f, 0.14f, 0.025f},
79  {45.779f, 2.219f, 5.0510f, 0.1767f, 3.5702f, 0.066330f, 3.4176f, 0.00f, 0.030f},
80  {40.112f, 2.104f, 5.3210f, 0.2258f, 3.6264f, 0.065680f, 3.4317f, 0.10f, 0.024f},
81  { 1.604f, 1.845f, 11.7307f, 1.5262f, 4.9899f, 0.063350f, 3.4670f, 0.00f, 0.022f},
82  { 1.114f, 1.770f, 12.5115f, 1.7158f, 5.0748f, 0.074460f, 3.4051f, 0.00f, 0.025f},
83  {23.467f, 1.823f, 6.4776f, 0.5737f, 3.7995f, 0.072610f, 3.4177f, 0.14f, 0.026f},
84  {30.244f, 1.707f, 5.9867f, 0.4585f, 3.6778f, 0.071650f, 3.4435f, 0.14f, 0.026f},
85  {40.346f, 1.649f, 5.4801f, 0.3608f, 3.5542f, 0.071380f, 3.4565f, 0.14f, 0.027f},
86  {48.671f, 1.638f, 5.1774f, 0.2957f, 3.4890f, 0.071770f, 3.4533f, 0.14f, 0.028f},
87  {56.039f, 1.734f, 5.0141f, 0.1785f, 3.2201f, 0.138830f, 3.0930f, 0.14f, 0.036f},
88  {60.951f, 1.658f, 4.8793f, 0.2267f, 3.2784f, 0.105250f, 3.2549f, 0.14f, 0.030f},
89  {64.760f, 1.727f, 4.7769f, 0.0949f, 3.1253f, 0.165720f, 2.9738f, 0.14f, 0.040f},
90  {66.978f, 1.780f, 4.7694f, 0.0599f, 3.0834f, 0.193420f, 2.8707f, 0.14f, 0.046f},
91  {67.128f, 1.804f, 4.8008f, 0.0576f, 3.1069f, 0.192050f, 2.8633f, 0.14f, 0.046f},
92  {65.683f, 1.911f, 4.9358f, 0.0563f, 3.0555f, 0.241780f, 2.7239f, 0.14f, 0.047f},
93  {61.635f, 1.933f, 5.0630f, 0.0657f, 3.1074f, 0.245850f, 2.6899f, 0.14f, 0.052f},
94  {55.381f, 1.895f, 5.2727f, 0.1281f, 3.1667f, 0.246090f, 2.6772f, 0.14f, 0.051f},
95  {50.896f, 1.851f, 5.5211f, 0.2406f, 3.2032f, 0.238790f, 2.7144f, 0.14f, 0.044f},
96  {50.567f, 1.732f, 5.5340f, 0.2879f, 3.2959f, 0.186890f, 2.8576f, 0.14f, 0.037f},
97  {48.242f, 1.645f, 5.6241f, 0.3189f, 3.3489f, 0.166520f, 2.9319f, 0.14f, 0.034f},
98  {45.952f, 1.577f, 5.7131f, 0.3296f, 3.4418f, 0.138150f, 3.0354f, 0.14f, 0.033f},
99  {41.348f, 1.498f, 5.9488f, 0.0549f, 3.2596f, 0.237660f, 2.7276f, 0.00f, 0.045f},
100  { 1.369f, 1.435f, 12.7281f, 1.5630f, 4.7371f, 0.233140f, 2.7414f, 0.00f, 0.043f},
101  {25.370f, 1.462f, 6.9135f, 0.5473f, 3.5914f, 0.182330f, 2.8866f, 0.14f, 0.035f},
102  {34.425f, 1.410f, 6.3153f, 0.4190f, 3.4547f, 0.182680f, 2.8906f, 0.14f, 0.035f},
103  {45.792f, 1.392f, 5.7850f, 0.3161f, 3.3293f, 0.185910f, 2.8828f, 0.14f, 0.036f},
104  {47.834f, 1.461f, 5.7837f, 0.2713f, 3.3432f, 0.188850f, 2.8592f, 0.14f, 0.040f},
105  {48.301f, 1.520f, 5.8096f, 0.2333f, 3.2773f, 0.232650f, 2.7331f, 0.14f, 0.041f},
106  {48.819f, 1.588f, 5.8290f, 0.1984f, 3.3063f, 0.235300f, 2.7050f, 0.14f, 0.044f},
107  {50.236f, 1.672f, 5.8224f, 0.1627f, 3.3199f, 0.242800f, 2.6674f, 0.14f, 0.048f},
108  {50.540f, 1.749f, 5.8597f, 0.1520f, 3.3460f, 0.246980f, 2.6403f, 0.14f, 0.053f},
109  {42.484f, 1.838f, 6.2278f, 0.1888f, 3.4633f, 0.244480f, 2.6245f, 0.14f, 0.060f},
110  {51.672f, 1.882f, 5.8738f, 0.1058f, 3.3932f, 0.251090f, 2.5977f, 0.14f, 0.061f},
111  {52.865f, 1.993f, 5.9045f, 0.0947f, 3.4224f, 0.244530f, 2.6056f, 0.14f, 0.063f},
112  {53.698f, 2.081f, 5.9183f, 0.0822f, 3.4474f, 0.246650f, 2.5849f, 0.14f, 0.061f},
113  {54.467f, 2.197f, 5.9587f, 0.0761f, 3.4782f, 0.246380f, 2.5726f, 0.14f, 0.062f},
114  {55.322f, 2.260f, 5.9521f, 0.0648f, 3.4922f, 0.248230f, 2.5573f, 0.14f, 0.061f},
115  {56.225f, 2.333f, 5.9677f, 0.0812f, 3.5085f, 0.241890f, 2.5469f, 0.14f, 0.062f},
116  {47.546f, 2.505f, 6.3325f, 0.1199f, 3.6246f, 0.252950f, 2.5141f, 0.14f, 0.071f},
117  {57.581f, 2.348f, 5.9785f, 0.1560f, 3.5218f, 0.240330f, 2.5643f, 0.14f, 0.054f},
118  {66.770f, 2.174f, 5.7139f, 0.1965f, 3.4337f, 0.229180f, 2.6155f, 0.14f, 0.035f},
119  {74.692f, 2.070f, 5.5262f, 0.2117f, 3.4805f, 0.177980f, 2.7623f, 0.14f, 0.030f},
120  {80.315f, 1.997f, 5.4059f, 0.2167f, 3.4960f, 0.155090f, 2.8447f, 0.14f, 0.027f},
121  {83.846f, 1.976f, 5.3445f, 0.0559f, 3.4845f, 0.151840f, 2.8627f, 0.08f, 0.026f},
122  {86.537f, 1.947f, 5.3083f, 0.0891f, 3.5414f, 0.127510f, 2.9608f, 0.10f, 0.023f},
123  {86.357f, 1.927f, 5.3418f, 0.0819f, 3.5480f, 0.126900f, 2.9658f, 0.10f, 0.023f},
124  {84.389f, 1.965f, 5.4732f, 0.1484f, 3.6212f, 0.111280f, 3.0417f, 0.12f, 0.021f},
125  {80.215f, 1.926f, 5.5747f, 0.2021f, 3.6979f, 0.097560f, 3.1101f, 0.14f, 0.020f},
126  {66.977f, 1.904f, 5.9605f, 0.2756f, 3.7275f, 0.110140f, 3.0519f, 0.14f, 0.021f},
127  {62.104f, 1.814f, 6.1365f, 0.3491f, 3.8044f, 0.094550f, 3.1450f, 0.14f, 0.019f},
128  {61.072f, 1.755f, 6.2018f, 0.3776f, 3.8073f, 0.093590f, 3.1608f, 0.14f, 0.019f},
129  {56.696f, 1.684f, 6.3505f, 0.4152f, 3.8248f, 0.094100f, 3.1671f, 0.14f, 0.020f},
130  {55.773f, 1.637f, 6.4003f, 0.4267f, 3.8293f, 0.092820f, 3.1830f, 0.14f, 0.020f},
131  { 1.708f, 1.458f, 13.2839f, 1.5368f, 4.9889f, 0.207980f, 2.7409f, 0.00f, 0.057f},
132  {40.205f, 1.403f, 7.0452f, 0.5991f, 3.9428f, 0.088040f, 3.2454f, 0.14f, 0.022f},
133  {57.254f, 1.380f, 6.3742f, 0.4559f, 3.7966f, 0.085670f, 3.2683f, 0.14f, 0.023f},
134  {61.438f, 1.363f, 6.2473f, 0.4202f, 3.7681f, 0.086550f, 3.2610f, 0.14f, 0.025f},
135  {70.901f, 1.420f, 6.0327f, 0.3144f, 3.5079f, 0.147700f, 2.9845f, 0.14f, 0.036f},
136  {77.986f, 1.447f, 5.8694f, 0.2260f, 3.3721f, 0.196770f, 2.8171f, 0.14f, 0.043f},
137  {81.221f, 1.468f, 5.8149f, 0.1869f, 3.3690f, 0.197410f, 2.8082f, 0.14f, 0.043f},
138  {80.486f, 1.519f, 5.8748f, 0.1557f, 3.3981f, 0.204190f, 2.7679f, 0.14f, 0.057f},
139  {66.607f, 1.552f, 6.2813f, 0.2274f, 3.5021f, 0.203080f, 2.7615f, 0.14f, 0.056f},
140  {66.022f, 1.559f, 6.3097f, 0.2484f, 3.5160f, 0.202570f, 2.7579f, 0.14f, 0.056f},
141  {67.557f, 1.574f, 6.2912f, 0.2378f, 3.5186f, 0.201920f, 2.7560f, 0.14f, 0.062f}
142  };
143 }
144 
149 class GGEMS_EXPORT GGEMSIonizationParamsMaterial
150 {
151  public:
156  explicit GGEMSIonizationParamsMaterial(GGEMSSingleMaterial const* material);
157 
161  ~GGEMSIonizationParamsMaterial(void);
162 
168  GGEMSIonizationParamsMaterial(GGEMSIonizationParamsMaterial const& ionization_params) = delete;
169 
175  GGEMSIonizationParamsMaterial& operator=(GGEMSIonizationParamsMaterial const& ionization_params) = delete;
176 
182  GGEMSIonizationParamsMaterial(GGEMSIonizationParamsMaterial const&& ionization_params) = delete;
183 
189  GGEMSIonizationParamsMaterial& operator=(GGEMSIonizationParamsMaterial const&& ionization_params) = delete;
190 
196  inline GGfloat GetMeanExcitationEnergy(void) const {return mean_excitation_energy_;}
197 
203  inline GGfloat GetLogMeanExcitationEnergy(void) const {return log_mean_excitation_energy_;}
204 
210  inline GGfloat GetRadiationLength(void) const {return radiation_length_;}
211 
217  inline GGfloat GetX0Density(void) const {return x0_density_;}
218 
224  inline GGfloat GetX1Density(void) const {return x1_density_;}
225 
231  inline GGfloat GetD0Density(void) const {return d0_density_;}
232 
238  inline GGfloat GetCDensity(void) const {return c_density_;}
239 
245  inline GGfloat GetADensity(void) const {return a_density_;}
246 
252  inline GGfloat GetMDensity(void) const {return m_density_;}
253 
259  inline GGfloat GetF1Fluct(void) const {return f1_fluct_;}
260 
266  inline GGfloat GetF2Fluct(void) const {return f2_fluct_;}
267 
273  inline GGfloat GetEnergy0Fluct(void) const {return energy0_fluct_;}
274 
280  inline GGfloat GetEnergy1Fluct(void) const {return energy1_fluct_;}
281 
287  inline GGfloat GetEnergy2Fluct(void) const {return energy2_fluct_;}
288 
294  inline GGfloat GetLogEnergy1Fluct(void) const {return log_energy1_fluct_;}
295 
301  inline GGfloat GetLogEnergy2Fluct(void) const {return log_energy2_fluct_;}
302 
303  private:
308  void ComputeIonizationParameters(void);
309 
310  private:
311  // parameters for mean energy loss calculation
312  GGfloat mean_excitation_energy_;
313  GGfloat log_mean_excitation_energy_;
314  GGfloat radiation_length_;
316  // parameters of the density correction
317  GGfloat x0_density_;
318  GGfloat x1_density_;
319  GGfloat d0_density_;
320  GGfloat c_density_;
321  GGfloat a_density_;
322  GGfloat m_density_;
324  // parameters of the energy loss fluctuation model
325  GGfloat f1_fluct_;
326  GGfloat f2_fluct_;
327  GGfloat energy0_fluct_;
328  GGfloat energy1_fluct_;
329  GGfloat energy2_fluct_;
330  GGfloat log_energy1_fluct_;
331  GGfloat log_energy2_fluct_;
333  GGEMSSingleMaterial const* material_;
334 };
335 
336 #endif // End of GUARD_GGEMS_PHYSICS_GGEMSIONIZATIONPARAMSMATERIAL_HH
GGEMSIonizationParamsMaterial::log_energy1_fluct_
GGfloat log_energy1_fluct_
Definition: GGEMSIonizationParamsMaterial.hh:330
GGEMSIonizationParamsMaterial::log_mean_excitation_energy_
GGfloat log_mean_excitation_energy_
Definition: GGEMSIonizationParamsMaterial.hh:313
GGEMSIonizationParamsMaterial::GetLogMeanExcitationEnergy
GGfloat GetLogMeanExcitationEnergy(void) const
get the log mean excitation energy
Definition: GGEMSIonizationParamsMaterial.hh:203
GGEMSSingleMaterial
GGEMS structure managing a specific material.
Definition: GGEMSMaterialsDatabaseManager.hh:64
GGEMSIonizationParamsMaterial::a_density_
GGfloat a_density_
Definition: GGEMSIonizationParamsMaterial.hh:321
GGEMSIonizationParamsMaterial::energy1_fluct_
GGfloat energy1_fluct_
Definition: GGEMSIonizationParamsMaterial.hh:328
GGEMSIonizationParamsMaterial::GetX0Density
GGfloat GetX0Density(void) const
get the x0 density
Definition: GGEMSIonizationParamsMaterial.hh:217
GGEMSIonizationParamsMaterial::GGEMSIonizationParamsMaterial
GGEMSIonizationParamsMaterial(GGEMSIonizationParamsMaterial const &&ionization_params)=delete
Avoid copy by rvalue reference.
GGEMSIonizationParamsMaterial::GetF2Fluct
GGfloat GetF2Fluct(void) const
get the f2 fluctuation
Definition: GGEMSIonizationParamsMaterial.hh:266
GGEMSIonizationParamsMaterial::GetEnergy2Fluct
GGfloat GetEnergy2Fluct(void) const
get the energy 2 fluctuation
Definition: GGEMSIonizationParamsMaterial.hh:287
GGEMSIonizationParamsMaterial::c_density_
GGfloat c_density_
Definition: GGEMSIonizationParamsMaterial.hh:320
GGEMSIonizationParamsMaterial::operator=
GGEMSIonizationParamsMaterial & operator=(GGEMSIonizationParamsMaterial const &&ionization_params)=delete
Avoid copy by rvalue reference.
GGEMSIonizationParamsMaterial::mean_excitation_energy_
GGfloat mean_excitation_energy_
Definition: GGEMSIonizationParamsMaterial.hh:312
GGEMSIonizationParamsMaterial::GetEnergy1Fluct
GGfloat GetEnergy1Fluct(void) const
get the energy 1 fluctuation
Definition: GGEMSIonizationParamsMaterial.hh:280
GGEMSIonizationParamsMaterial::f1_fluct_
GGfloat f1_fluct_
Definition: GGEMSIonizationParamsMaterial.hh:325
GGEMSIonizationParamsMaterial::GGEMSIonizationParamsMaterial
GGEMSIonizationParamsMaterial(GGEMSIonizationParamsMaterial const &ionization_params)=delete
Avoid copy by reference.
GGEMSIonizationParamsMaterial::GetLogEnergy1Fluct
GGfloat GetLogEnergy1Fluct(void) const
get the log energy 1 fluctuation
Definition: GGEMSIonizationParamsMaterial.hh:294
GGEMSIonizationParamsMaterial::GetEnergy0Fluct
GGfloat GetEnergy0Fluct(void) const
get the energy 0 fluctuation
Definition: GGEMSIonizationParamsMaterial.hh:273
GGEMSIonizationParamsMaterial::GetLogEnergy2Fluct
GGfloat GetLogEnergy2Fluct(void) const
get the log energy 2 fluctuation
Definition: GGEMSIonizationParamsMaterial.hh:301
GGEMSIonizationParamsMaterial::f2_fluct_
GGfloat f2_fluct_
Definition: GGEMSIonizationParamsMaterial.hh:326
GGEMSIonizationParamsMaterial::operator=
GGEMSIonizationParamsMaterial & operator=(GGEMSIonizationParamsMaterial const &ionization_params)=delete
Avoid assignement by reference.
GGEMSIonizationParamsMaterial::GetCDensity
GGfloat GetCDensity(void) const
get the c density
Definition: GGEMSIonizationParamsMaterial.hh:238
GGEMSIonizationParamsMaterial::GetADensity
GGfloat GetADensity(void) const
get the a density
Definition: GGEMSIonizationParamsMaterial.hh:245
GGEMSIonizationParamsMaterial::GetX1Density
GGfloat GetX1Density(void) const
get the x1 density
Definition: GGEMSIonizationParamsMaterial.hh:224
GGEMSIonizationParamsMaterial::x1_density_
GGfloat x1_density_
Definition: GGEMSIonizationParamsMaterial.hh:318
GGEMSIonizationParamsMaterial::x0_density_
GGfloat x0_density_
Definition: GGEMSIonizationParamsMaterial.hh:317
GGEMSIonizationParamsMaterial
GGEMS class handling material(s) for a specific navigator.
Definition: GGEMSIonizationParamsMaterial.hh:150
GGEMSIonizationParamsMaterial::energy2_fluct_
GGfloat energy2_fluct_
Definition: GGEMSIonizationParamsMaterial.hh:329
GGEMSDensityParams
namespace data for density correction
GGEMSIonizationParamsMaterial::GetRadiationLength
GGfloat GetRadiationLength(void) const
get the radiation length
Definition: GGEMSIonizationParamsMaterial.hh:210
GGEMSIonizationParamsMaterial::d0_density_
GGfloat d0_density_
Definition: GGEMSIonizationParamsMaterial.hh:319
GGEMSIonizationParamsMaterial::log_energy2_fluct_
GGfloat log_energy2_fluct_
Definition: GGEMSIonizationParamsMaterial.hh:331
GGEMSIonizationParamsMaterial::material_
GGEMSSingleMaterial const * material_
Definition: GGEMSIonizationParamsMaterial.hh:333
GGEMSIonizationParamsMaterial::m_density_
GGfloat m_density_
Definition: GGEMSIonizationParamsMaterial.hh:322
GGEMSIonizationParamsMaterial::GetF1Fluct
GGfloat GetF1Fluct(void) const
get the f1 fluctuation
Definition: GGEMSIonizationParamsMaterial.hh:259
GGEMSIonizationParamsMaterial::GetMDensity
GGfloat GetMDensity(void) const
get the m density
Definition: GGEMSIonizationParamsMaterial.hh:252
GGEMSIonizationParamsMaterial::radiation_length_
GGfloat radiation_length_
Definition: GGEMSIonizationParamsMaterial.hh:314
GGEMSIonizationParamsMaterial::energy0_fluct_
GGfloat energy0_fluct_
Definition: GGEMSIonizationParamsMaterial.hh:327
GGEMSMaterialsDatabaseManager.hh
GGEMS singleton class managing the material database.
GGEMSIonizationParamsMaterial::GetD0Density
GGfloat GetD0Density(void) const
get the d0 density
Definition: GGEMSIonizationParamsMaterial.hh:231
GGEMSIonizationParamsMaterial::GetMeanExcitationEnergy
GGfloat GetMeanExcitationEnergy(void) const
get the mean excitation energy
Definition: GGEMSIonizationParamsMaterial.hh:196
GGfloat
#define GGfloat
Definition: GGEMSTypes.hh:273