RPfarTrackANN.cxx

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#include "RPfarTrackANN.h"
#include <iostream>
#include <cmath>

#include "MessageService/MsgService.h"

CVSID("");

double RPfarTrackANN::value(int index,double in0,double in1,double in2,double in3,double in4,double in5,double in6) {
   input0 = (in0 - 1950.89)/2092.23;
   input1 = (in1 - 646.79)/197.868;
   input2 = (in2 - -582.851)/2344.33;
   input3 = (in3 - 66.6347)/78.7082;
   input4 = (in4 - 0.647874)/0.683446;
   input5 = (in5 - 52.486)/76.95;
   input6 = (in6 - 0.906835)/1.57151;
   switch(index) {
     case 0:
         return ((neuron0x1314b0b8()*1)+0);
     default:
         return 0.;
   }
}

double RPfarTrackANN::neuron0x13149400() {
   return input0;
}

double RPfarTrackANN::neuron0x131495f0() {
   return input1;
}

double RPfarTrackANN::neuron0x131497c8() {
   return input2;
}

double RPfarTrackANN::neuron0x131499c8() {
   return input3;
}

double RPfarTrackANN::neuron0x13149ba0() {
   return input4;
}

double RPfarTrackANN::neuron0x13149da0() {
   return input5;
}

double RPfarTrackANN::neuron0x13149fa8() {
   return input6;
}

double RPfarTrackANN::input0x1314a2a0() {
   double input = -0.0933324;
   input += synapse0x1312b328();
   input += synapse0x1312b300();
   input += synapse0x114f0590();
   input += synapse0x114f05d0();
   input += synapse0x1314a430();
   input += synapse0x1314a458();
   input += synapse0x1314a480();
   return input;
}

double RPfarTrackANN::neuron0x1314a2a0() {
   double input = input0x1314a2a0();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314a4a8() {
   double input = 1.68486;
   input += synapse0x1314a680();
   input += synapse0x1314a6a8();
   input += synapse0x1314a6d0();
   input += synapse0x1314a6f8();
   input += synapse0x1314a720();
   input += synapse0x1314a748();
   input += synapse0x1314a770();
   return input;
}

double RPfarTrackANN::neuron0x1314a4a8() {
   double input = input0x1314a4a8();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314a798() {
   double input = 0.781616;
   input += synapse0x1314a990();
   input += synapse0x1314a9b8();
   input += synapse0x1314a9e0();
   input += synapse0x1314aa90();
   input += synapse0x1314aab8();
   input += synapse0x1314aae0();
   input += synapse0x1314ab08();
   return input;
}

double RPfarTrackANN::neuron0x1314a798() {
   double input = input0x1314a798();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314ab30() {
   double input = -1.07042;
   input += synapse0x1314ace0();
   input += synapse0x1314ad08();
   input += synapse0x1314ad30();
   input += synapse0x1314ad58();
   input += synapse0x1314ad80();
   input += synapse0x1314ada8();
   input += synapse0x1314add0();
   return input;
}

double RPfarTrackANN::neuron0x1314ab30() {
   double input = input0x1314ab30();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314adf8() {
   double input = -9.30462;
   input += synapse0x1314aff0();
   input += synapse0x1314b018();
   input += synapse0x1314b040();
   input += synapse0x1314b068();
   input += synapse0x1314b090();
   input += synapse0x1314aa08();
   input += synapse0x1314aa30();
   return input;
}

double RPfarTrackANN::neuron0x1314adf8() {
   double input = input0x1314adf8();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314b1c0() {
   double input = -1.47495;
   input += synapse0x1314b3b8();
   input += synapse0x1314b3e0();
   input += synapse0x1314b408();
   input += synapse0x1314b430();
   input += synapse0x1314b458();
   input += synapse0x1314b480();
   input += synapse0x1314b4a8();
   return input;
}

double RPfarTrackANN::neuron0x1314b1c0() {
   double input = input0x1314b1c0();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314b4d0() {
   double input = -1.90534;
   input += synapse0x1314b6c8();
   input += synapse0x1314b6f0();
   input += synapse0x1314b718();
   input += synapse0x1314b740();
   input += synapse0x1314b768();
   input += synapse0x1314b790();
   input += synapse0x1314b7b8();
   return input;
}

double RPfarTrackANN::neuron0x1314b4d0() {
   double input = input0x1314b4d0();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314b7e0() {
   double input = 1.34801;
   input += synapse0x1314b9d8();
   input += synapse0x1314ba00();
   input += synapse0x1314ba28();
   input += synapse0x1314ba50();
   input += synapse0x1314ba78();
   input += synapse0x1314baa0();
   input += synapse0x1314bac8();
   return input;
}

double RPfarTrackANN::neuron0x1314b7e0() {
   double input = input0x1314b7e0();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314baf0() {
   double input = 0.582021;
   input += synapse0x1314bce8();
   input += synapse0x1314bd10();
   input += synapse0x1314bd38();
   input += synapse0x1314bd60();
   input += synapse0x1314bd88();
   input += synapse0x1314bdb0();
   input += synapse0x1314bdd8();
   return input;
}

double RPfarTrackANN::neuron0x1314baf0() {
   double input = input0x1314baf0();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314be00() {
   double input = 1.40976;
   input += synapse0x1314c080();
   input += synapse0x1314c0a8();
   input += synapse0x114f0638();
   input += synapse0x114f06c8();
   input += synapse0x114f0500();
   input += synapse0x130d3710();
   input += synapse0x1314aa58();
   return input;
}

double RPfarTrackANN::neuron0x1314be00() {
   double input = input0x1314be00();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackANN::input0x1314b0b8() {
   double input = -0.760451;
   input += synapse0x114e8190();
   input += synapse0x1314a258();
   input += synapse0x1314c2d8();
   input += synapse0x1314c300();
   input += synapse0x1314c328();
   input += synapse0x1314c350();
   input += synapse0x1314c378();
   input += synapse0x1314c3a0();
   input += synapse0x1314c3c8();
   input += synapse0x1314c3f0();
   return input;
}

double RPfarTrackANN::neuron0x1314b0b8() {
   double input = input0x1314b0b8();
   return (input * 1)+0;
}

double RPfarTrackANN::synapse0x1312b328() {
   return (neuron0x13149400()*-0.510344);
}

double RPfarTrackANN::synapse0x1312b300() {
   return (neuron0x131495f0()*0.13076);
}

double RPfarTrackANN::synapse0x114f0590() {
   return (neuron0x131497c8()*1.39495);
}

double RPfarTrackANN::synapse0x114f05d0() {
   return (neuron0x131499c8()*-0.962948);
}

double RPfarTrackANN::synapse0x1314a430() {
   return (neuron0x13149ba0()*0.078688);
}

double RPfarTrackANN::synapse0x1314a458() {
   return (neuron0x13149da0()*1.30931);
}

double RPfarTrackANN::synapse0x1314a480() {
   return (neuron0x13149fa8()*-0.43541);
}

double RPfarTrackANN::synapse0x1314a680() {
   return (neuron0x13149400()*-1.70753);
}

double RPfarTrackANN::synapse0x1314a6a8() {
   return (neuron0x131495f0()*0.29955);
}

double RPfarTrackANN::synapse0x1314a6d0() {
   return (neuron0x131497c8()*-0.116263);
}

double RPfarTrackANN::synapse0x1314a6f8() {
   return (neuron0x131499c8()*-1.68027);
}

double RPfarTrackANN::synapse0x1314a720() {
   return (neuron0x13149ba0()*-0.135303);
}

double RPfarTrackANN::synapse0x1314a748() {
   return (neuron0x13149da0()*3.01648);
}

double RPfarTrackANN::synapse0x1314a770() {
   return (neuron0x13149fa8()*-0.00700384);
}

double RPfarTrackANN::synapse0x1314a990() {
   return (neuron0x13149400()*0.747928);
}

double RPfarTrackANN::synapse0x1314a9b8() {
   return (neuron0x131495f0()*-0.181948);
}

double RPfarTrackANN::synapse0x1314a9e0() {
   return (neuron0x131497c8()*0.463674);
}

double RPfarTrackANN::synapse0x1314aa90() {
   return (neuron0x131499c8()*0.628169);
}

double RPfarTrackANN::synapse0x1314aab8() {
   return (neuron0x13149ba0()*-1.17349);
}

double RPfarTrackANN::synapse0x1314aae0() {
   return (neuron0x13149da0()*-2.35565);
}

double RPfarTrackANN::synapse0x1314ab08() {
   return (neuron0x13149fa8()*-0.143273);
}

double RPfarTrackANN::synapse0x1314ace0() {
   return (neuron0x13149400()*0.26432);
}

double RPfarTrackANN::synapse0x1314ad08() {
   return (neuron0x131495f0()*-0.397229);
}

double RPfarTrackANN::synapse0x1314ad30() {
   return (neuron0x131497c8()*-0.00343309);
}

double RPfarTrackANN::synapse0x1314ad58() {
   return (neuron0x131499c8()*-1.0513);
}

double RPfarTrackANN::synapse0x1314ad80() {
   return (neuron0x13149ba0()*0.305074);
}

double RPfarTrackANN::synapse0x1314ada8() {
   return (neuron0x13149da0()*-0.283172);
}

double RPfarTrackANN::synapse0x1314add0() {
   return (neuron0x13149fa8()*1.62856);
}

double RPfarTrackANN::synapse0x1314aff0() {
   return (neuron0x13149400()*0.655959);
}

double RPfarTrackANN::synapse0x1314b018() {
   return (neuron0x131495f0()*-0.120248);
}

double RPfarTrackANN::synapse0x1314b040() {
   return (neuron0x131497c8()*-0.202017);
}

double RPfarTrackANN::synapse0x1314b068() {
   return (neuron0x131499c8()*-7.56805);
}

double RPfarTrackANN::synapse0x1314b090() {
   return (neuron0x13149ba0()*3.53555);
}

double RPfarTrackANN::synapse0x1314aa08() {
   return (neuron0x13149da0()*-4.78172);
}

double RPfarTrackANN::synapse0x1314aa30() {
   return (neuron0x13149fa8()*0.382951);
}

double RPfarTrackANN::synapse0x1314b3b8() {
   return (neuron0x13149400()*0.385362);
}

double RPfarTrackANN::synapse0x1314b3e0() {
   return (neuron0x131495f0()*-0.139391);
}

double RPfarTrackANN::synapse0x1314b408() {
   return (neuron0x131497c8()*-0.766264);
}

double RPfarTrackANN::synapse0x1314b430() {
   return (neuron0x131499c8()*-3.06386);
}

double RPfarTrackANN::synapse0x1314b458() {
   return (neuron0x13149ba0()*-1.70862);
}

double RPfarTrackANN::synapse0x1314b480() {
   return (neuron0x13149da0()*-0.744023);
}

double RPfarTrackANN::synapse0x1314b4a8() {
   return (neuron0x13149fa8()*0.402307);
}

double RPfarTrackANN::synapse0x1314b6c8() {
   return (neuron0x13149400()*-0.813901);
}

double RPfarTrackANN::synapse0x1314b6f0() {
   return (neuron0x131495f0()*-0.882043);
}

double RPfarTrackANN::synapse0x1314b718() {
   return (neuron0x131497c8()*-0.174996);
}

double RPfarTrackANN::synapse0x1314b740() {
   return (neuron0x131499c8()*0.336501);
}

double RPfarTrackANN::synapse0x1314b768() {
   return (neuron0x13149ba0()*-1.46176);
}

double RPfarTrackANN::synapse0x1314b790() {
   return (neuron0x13149da0()*0.543208);
}

double RPfarTrackANN::synapse0x1314b7b8() {
   return (neuron0x13149fa8()*0.204924);
}

double RPfarTrackANN::synapse0x1314b9d8() {
   return (neuron0x13149400()*0.383756);
}

double RPfarTrackANN::synapse0x1314ba00() {
   return (neuron0x131495f0()*-0.0647822);
}

double RPfarTrackANN::synapse0x1314ba28() {
   return (neuron0x131497c8()*-0.224991);
}

double RPfarTrackANN::synapse0x1314ba50() {
   return (neuron0x131499c8()*2.71052);
}

double RPfarTrackANN::synapse0x1314ba78() {
   return (neuron0x13149ba0()*2.07652);
}

double RPfarTrackANN::synapse0x1314baa0() {
   return (neuron0x13149da0()*-0.412203);
}

double RPfarTrackANN::synapse0x1314bac8() {
   return (neuron0x13149fa8()*0.321944);
}

double RPfarTrackANN::synapse0x1314bce8() {
   return (neuron0x13149400()*1.61342);
}

double RPfarTrackANN::synapse0x1314bd10() {
   return (neuron0x131495f0()*-0.20543);
}

double RPfarTrackANN::synapse0x1314bd38() {
   return (neuron0x131497c8()*0.267705);
}

double RPfarTrackANN::synapse0x1314bd60() {
   return (neuron0x131499c8()*0.348941);
}

double RPfarTrackANN::synapse0x1314bd88() {
   return (neuron0x13149ba0()*0.419165);
}

double RPfarTrackANN::synapse0x1314bdb0() {
   return (neuron0x13149da0()*-0.643385);
}

double RPfarTrackANN::synapse0x1314bdd8() {
   return (neuron0x13149fa8()*-0.0208335);
}

double RPfarTrackANN::synapse0x1314c080() {
   return (neuron0x13149400()*-2.15074);
}

double RPfarTrackANN::synapse0x1314c0a8() {
   return (neuron0x131495f0()*0.345819);
}

double RPfarTrackANN::synapse0x114f0638() {
   return (neuron0x131497c8()*-0.182502);
}

double RPfarTrackANN::synapse0x114f06c8() {
   return (neuron0x131499c8()*-5.14274);
}

double RPfarTrackANN::synapse0x114f0500() {
   return (neuron0x13149ba0()*-0.108051);
}

double RPfarTrackANN::synapse0x130d3710() {
   return (neuron0x13149da0()*4.53348);
}

double RPfarTrackANN::synapse0x1314aa58() {
   return (neuron0x13149fa8()*-0.00132424);
}

double RPfarTrackANN::synapse0x114e8190() {
   return (neuron0x1314a2a0()*2.01347);
}

double RPfarTrackANN::synapse0x1314a258() {
   return (neuron0x1314a4a8()*-3.84918);
}

double RPfarTrackANN::synapse0x1314c2d8() {
   return (neuron0x1314a798()*0.981144);
}

double RPfarTrackANN::synapse0x1314c300() {
   return (neuron0x1314ab30()*-0.311259);
}

double RPfarTrackANN::synapse0x1314c328() {
   return (neuron0x1314adf8()*-1.55106);
}

double RPfarTrackANN::synapse0x1314c350() {
   return (neuron0x1314b1c0()*1.88086);
}

double RPfarTrackANN::synapse0x1314c378() {
   return (neuron0x1314b4d0()*-0.581258);
}

double RPfarTrackANN::synapse0x1314c3a0() {
   return (neuron0x1314b7e0()*2.73051);
}

double RPfarTrackANN::synapse0x1314c3c8() {
   return (neuron0x1314baf0()*-2.33541);
}

double RPfarTrackANN::synapse0x1314c3f0() {
   return (neuron0x1314be00()*2.41745);
}

void RPfarTrackANN::largeArgErr(double input) {
  MAXMSG("NCExtractionRPann", Msg::kWarning,10) 
    << "Large Argument in Exponential: " << -input 
    << std::endl;   
}

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