NeuralNet updates from Paola
[u/mrichter/AliRoot.git] / EMCAL / AliCaloNeuralFit.h
1 #ifndef ALICALONEURALFIT_H
2 #define ALICALONEURALFIT_H
3
4 /* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *
5  * See cxx source for full Copyright notice     */
6
7 /* $Id: $ */
8
9 //_________________________________________________________________________
10 //  Utility Class for Neural Network fit
11 //
12 //  currently uses 5 input neurons
13 //  network configured via TMultiLayerPerceptron
14 //
15 //*-- Author: Paola La Rocca (Catania)
16 //
17
18 #include <TObject.h>
19
20 class AliCaloNeuralFit : public TObject
21
22 public:
23    AliCaloNeuralFit(): fInput0(0.0), fInput1(0.0), fInput2(0.0), fInput3(0.0), fInput4(0.0) {}
24    ~AliCaloNeuralFit() {}
25    Double_t Value(int index, Double_t in0, Double_t in1, Double_t in2, Double_t in3, Double_t in4);
26    Double_t Value(int index, Double_t* input) { return Value(index, input[0], input[1], input[2], input[3], input[4]); }
27 private:
28    Double_t fInput0;   // neural network input neuron #1
29    Double_t fInput1;   // neural network input neuron #2
30    Double_t fInput2;   // neural network input neuron #3
31    Double_t fInput3;   // neural network input neuron #4
32    Double_t fInput4;   // neural network input neuron #5
33
34    // private functions as exported by TMultiLayerPerceptron
35    // containing the network data processing
36    Double_t Neuron0x9fd0208() const;
37    Double_t Neuron0x9fd0398() const;
38    Double_t Neuron0x9fd0570() const;
39    Double_t Neuron0x9fd0748() const;
40    Double_t Neuron0x9fdec20() const;
41    Double_t Input0x9fdef28() const;
42    Double_t Neuron0x9fdef28() const;
43    Double_t Input0x9fdf1a0() const;
44    Double_t Neuron0x9fdf1a0() const;
45    Double_t Input0x9fdf460() const;
46    Double_t Neuron0x9fdf460() const;
47    Double_t Input0x9fdf720() const;
48    Double_t Neuron0x9fdf720() const;
49    Double_t Input0x9fdfa68() const;
50    Double_t Neuron0x9fdfa68() const;
51    Double_t Input0x9fdfce0() const;
52    Double_t Neuron0x9fdfce0() const;
53    Double_t Input0x9fdffa0() const;
54    Double_t Neuron0x9fdffa0() const;
55    Double_t Input0x9fe0318() const;
56    Double_t Neuron0x9fe0318() const;
57    Double_t Input0x9fe05b8() const;
58    Double_t Neuron0x9fe05b8() const;
59    Double_t Input0x9fe0878() const;
60    Double_t Neuron0x9fe0878() const;
61    Double_t Input0x9fdedf8() const;
62    Double_t Neuron0x9fdedf8() const;
63    Double_t Input0x9fe0da0() const;
64    Double_t Neuron0x9fe0da0() const;
65    Double_t Synapse0x9fdf0d8() const;
66    Double_t Synapse0x9fdf100() const;
67    Double_t Synapse0x9fdf128() const;
68    Double_t Synapse0x9fdf150() const;
69    Double_t Synapse0x9fdf178() const;
70    Double_t Synapse0x9fdf398() const;
71    Double_t Synapse0x9fdf3c0() const;
72    Double_t Synapse0x9fdf3e8() const;
73    Double_t Synapse0x9fdf410() const;
74    Double_t Synapse0x9fdf438() const;
75    Double_t Synapse0x9fdf658() const;
76    Double_t Synapse0x9fdf680() const;
77    Double_t Synapse0x9fdf6a8() const;
78    Double_t Synapse0x9fdf6d0() const;
79    Double_t Synapse0x9fdf6f8() const;
80    Double_t Synapse0x9fdf918() const;
81    Double_t Synapse0x9fdf940() const;
82    Double_t Synapse0x9fdf9f0() const;
83    Double_t Synapse0x9fdfa18() const;
84    Double_t Synapse0x9fdfa40() const;
85    Double_t Synapse0x9fdfc18() const;
86    Double_t Synapse0x9fdfc40() const;
87    Double_t Synapse0x9fdfc68() const;
88    Double_t Synapse0x9fdfc90() const;
89    Double_t Synapse0x9fdfcb8() const;
90    Double_t Synapse0x9fdfed8() const;
91    Double_t Synapse0x9fdff00() const;
92    Double_t Synapse0x9fdff28() const;
93    Double_t Synapse0x9fdff50() const;
94    Double_t Synapse0x9fdff78() const;
95    Double_t Synapse0x9fe0198() const;
96    Double_t Synapse0x9fe01c0() const;
97    Double_t Synapse0x9fe01e8() const;
98    Double_t Synapse0x9fdf968() const;
99    Double_t Synapse0x9fdf990() const;
100    Double_t Synapse0x9fe04f0() const;
101    Double_t Synapse0x9fe0518() const;
102    Double_t Synapse0x9fe0540() const;
103    Double_t Synapse0x9fe0568() const;
104    Double_t Synapse0x9fe0590() const;
105    Double_t Synapse0x9fe07b0() const;
106    Double_t Synapse0x9fe07d8() const;
107    Double_t Synapse0x9fe0800() const;
108    Double_t Synapse0x9fe0828() const;
109    Double_t Synapse0x9fe0850() const;
110    Double_t Synapse0x9fe0a70() const;
111    Double_t Synapse0x9fe0a98() const;
112    Double_t Synapse0x9fe0ac0() const;
113    Double_t Synapse0x9fe0ae8() const;
114    Double_t Synapse0x9fe0b10() const;
115    Double_t Synapse0x9fe0c10() const;
116    Double_t Synapse0x9fe0c38() const;
117    Double_t Synapse0x9fe0c60() const;
118    Double_t Synapse0x9fe0c88() const;
119    Double_t Synapse0x9fe0cb0() const;
120    Double_t Synapse0x9fe0cd8() const;
121    Double_t Synapse0x9fe0d00() const;
122    Double_t Synapse0x9fe0d28() const;
123    Double_t Synapse0x9fe0d50() const;
124    Double_t Synapse0x9fe0d78() const;
125    Double_t Synapse0x9fe0fa0() const;
126    Double_t Synapse0x9fe0fc8() const;
127    Double_t Synapse0x9fe0ff0() const;
128    Double_t Synapse0x9fe1018() const;
129    Double_t Synapse0x9fe1040() const;
130    Double_t Synapse0x9882b78() const;
131    Double_t Synapse0x9fd0158() const;
132    Double_t Synapse0x9fd0180() const;
133    Double_t Synapse0x9fd01a8() const;
134    Double_t Synapse0x9fd01d0() const;
135
136          ClassDef(AliCaloNeuralFit,1)
137 };
138
139 #endif // AliCaloNeuralFit_h
140