RPnearTrackANN.cxx

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#include "NCUtils/Extraction/RPnearTrackANN.h"
#include <iostream>
#include <cmath>

#include "MessageService/MsgService.h"

CVSID("");

double RPnearTrackANN::value(int index,double in0,double in1,double in2,double in3,double in4,double in5,double in6) {
   input0 = (in0 - 2358.24)/2668.84;
   input1 = (in1 - 830.77)/308.1;
   input2 = (in2 - -794.133)/2705.09;
   input3 = (in3 - 39.8048)/32.0241;
   input4 = (in4 - 0.600125)/0.719635;
   input5 = (in5 - 28.4664)/31.1874;
   input6 = (in6 - 0.847811)/1.51083;
   switch(index) {
     case 0:
         return ((neuron0x101c92d8()*1)+0);
     default:
         return 0.;
   }
}

double RPnearTrackANN::neuron0x101c7640() {
   return input0;
}

double RPnearTrackANN::neuron0x101c7830() {
   return input1;
}

double RPnearTrackANN::neuron0x101c7a08() {
   return input2;
}

double RPnearTrackANN::neuron0x101c7c08() {
   return input3;
}

double RPnearTrackANN::neuron0x101c7de0() {
   return input4;
}

double RPnearTrackANN::neuron0x101c7fe0() {
   return input5;
}

double RPnearTrackANN::neuron0x101c81e8() {
   return input6;
}

double RPnearTrackANN::input0x101c84e0() {
   double input = -2.61757;
   input += synapse0x101a9568();
   input += synapse0x101a9540();
   input += synapse0xd8ace68();
   input += synapse0xd8acea8();
   input += synapse0x101c8670();
   input += synapse0x101c8698();
   input += synapse0x101c86c0();
   return input;
}

double RPnearTrackANN::neuron0x101c84e0() {
   double input = input0x101c84e0();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101c86e8() {
   double input = 5.82815;
   input += synapse0x101c88c0();
   input += synapse0x101c88e8();
   input += synapse0x101c8910();
   input += synapse0x101c8938();
   input += synapse0x101c8960();
   input += synapse0x101c8988();
   input += synapse0x101c89b0();
   return input;
}

double RPnearTrackANN::neuron0x101c86e8() {
   double input = input0x101c86e8();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101c89d8() {
   double input = 0.463981;
   input += synapse0x101c8bb0();
   input += synapse0x101c8bd8();
   input += synapse0x101c8c00();
   input += synapse0x101c8cb0();
   input += synapse0x101c8cd8();
   input += synapse0x101c8d00();
   input += synapse0x101c8d28();
   return input;
}

double RPnearTrackANN::neuron0x101c89d8() {
   double input = input0x101c89d8();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101c8d50() {
   double input = 0.647326;
   input += synapse0x101c8f00();
   input += synapse0x101c8f28();
   input += synapse0x101c8f50();
   input += synapse0x101c8f78();
   input += synapse0x101c8fa0();
   input += synapse0x101c8fc8();
   input += synapse0x101c8ff0();
   return input;
}

double RPnearTrackANN::neuron0x101c8d50() {
  double input = input0x101c8d50();
  if (input<-700) {
    largeArgErr(input);
    return 0;
  }  
  return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101c9018() {
   double input = 0.559255;
   input += synapse0x101c9210();
   input += synapse0x101c9238();
   input += synapse0x101c9260();
   input += synapse0x101c9288();
   input += synapse0x101c92b0();
   input += synapse0x101c8c28();
   input += synapse0x101c8c50();
   return input;
}

double RPnearTrackANN::neuron0x101c9018() {
   double input = input0x101c9018();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101c93e0() {
   double input = 0.037462;
   input += synapse0x101c95d8();
   input += synapse0x101c9600();
   input += synapse0x101c9628();
   input += synapse0x101c9650();
   input += synapse0x101c9678();
   input += synapse0x101c96a0();
   input += synapse0x101c96c8();
   return input;
}

double RPnearTrackANN::neuron0x101c93e0() {
   double input = input0x101c93e0();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101c96f0() {
   double input = -3.92668;
   input += synapse0x101c98e8();
   input += synapse0x101c9910();
   input += synapse0x101c9938();
   input += synapse0x101c9960();
   input += synapse0x101c9988();
   input += synapse0x101c99b0();
   input += synapse0x101c99d8();
   return input;
}

double RPnearTrackANN::neuron0x101c96f0() {
   double input = input0x101c96f0();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101c9a00() {
   double input = 2.3273;
   input += synapse0x101c9bf8();
   input += synapse0x101c9c20();
   input += synapse0x101c9c48();
   input += synapse0x101c9c70();
   input += synapse0x101c9c98();
   input += synapse0x101c9cc0();
   input += synapse0x101c9ce8();
   return input;
}

double RPnearTrackANN::neuron0x101c9a00() {
   double input = input0x101c9a00();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101c9d10() {
   double input = -0.842372;
   input += synapse0x101c9f08();
   input += synapse0x101c9f30();
   input += synapse0x101c9f58();
   input += synapse0x101c9f80();
   input += synapse0x101c9fa8();
   input += synapse0x101c9fd0();
   input += synapse0x101c9ff8();
   return input;
}

double RPnearTrackANN::neuron0x101c9d10() {
   double input = input0x101c9d10();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101ca020() {
   double input = 2.22293;
   input += synapse0x101ca2a0();
   input += synapse0x101ca2c8();
   input += synapse0xd8acdd8();
   input += synapse0x101c8c78();
   input += synapse0xd8aca88();
   input += synapse0xd8a8d98();
   input += synapse0x10151920();
   return input;
}

double RPnearTrackANN::neuron0x101ca020() {
   double input = input0x101ca020();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPnearTrackANN::input0x101c92d8() {
   double input = -0.413907;
   input += synapse0x101c8498();
   input += synapse0x101ca4f8();
   input += synapse0x101ca520();
   input += synapse0x101ca548();
   input += synapse0x101ca570();
   input += synapse0x101ca598();
   input += synapse0x101ca5c0();
   input += synapse0x101ca5e8();
   input += synapse0x101ca610();
   input += synapse0x101ca638();
   return input;
}

double RPnearTrackANN::neuron0x101c92d8() {
   double input = input0x101c92d8();
   return (input * 1)+0;
}

double RPnearTrackANN::synapse0x101a9568() {
   return (neuron0x101c7640()*-1.50596);
}

double RPnearTrackANN::synapse0x101a9540() {
   return (neuron0x101c7830()*0.00977177);
}

double RPnearTrackANN::synapse0xd8ace68() {
   return (neuron0x101c7a08()*-0.0610464);
}

double RPnearTrackANN::synapse0xd8acea8() {
   return (neuron0x101c7c08()*-3.40721);
}

double RPnearTrackANN::synapse0x101c8670() {
   return (neuron0x101c7de0()*1.61433);
}

double RPnearTrackANN::synapse0x101c8698() {
   return (neuron0x101c7fe0()*-0.36262);
}

double RPnearTrackANN::synapse0x101c86c0() {
   return (neuron0x101c81e8()*0.0213261);
}

double RPnearTrackANN::synapse0x101c88c0() {
   return (neuron0x101c7640()*-0.698112);
}

double RPnearTrackANN::synapse0x101c88e8() {
   return (neuron0x101c7830()*-0.00679292);
}

double RPnearTrackANN::synapse0x101c8910() {
   return (neuron0x101c7a08()*4.15574);
}

double RPnearTrackANN::synapse0x101c8938() {
   return (neuron0x101c7c08()*4.5703);
}

double RPnearTrackANN::synapse0x101c8960() {
   return (neuron0x101c7de0()*-7.60015);
}

double RPnearTrackANN::synapse0x101c8988() {
   return (neuron0x101c7fe0()*1.05528);
}

double RPnearTrackANN::synapse0x101c89b0() {
   return (neuron0x101c81e8()*-0.139121);
}

double RPnearTrackANN::synapse0x101c8bb0() {
   return (neuron0x101c7640()*-0.160225);
}

double RPnearTrackANN::synapse0x101c8bd8() {
   return (neuron0x101c7830()*0.00036438);
}

double RPnearTrackANN::synapse0x101c8c00() {
   return (neuron0x101c7a08()*0.574205);
}

double RPnearTrackANN::synapse0x101c8cb0() {
   return (neuron0x101c7c08()*1.70474);
}

double RPnearTrackANN::synapse0x101c8cd8() {
   return (neuron0x101c7de0()*0.858173);
}

double RPnearTrackANN::synapse0x101c8d00() {
   return (neuron0x101c7fe0()*1.60482);
}

double RPnearTrackANN::synapse0x101c8d28() {
   return (neuron0x101c81e8()*-0.0662385);
}

double RPnearTrackANN::synapse0x101c8f00() {
   return (neuron0x101c7640()*-1.22482);
}

double RPnearTrackANN::synapse0x101c8f28() {
   return (neuron0x101c7830()*0.184888);
}

double RPnearTrackANN::synapse0x101c8f50() {
   return (neuron0x101c7a08()*-0.537937);
}

double RPnearTrackANN::synapse0x101c8f78() {
   return (neuron0x101c7c08()*1.92537);
}

double RPnearTrackANN::synapse0x101c8fa0() {
   return (neuron0x101c7de0()*-0.952801);
}

double RPnearTrackANN::synapse0x101c8fc8() {
   return (neuron0x101c7fe0()*2.173);
}

double RPnearTrackANN::synapse0x101c8ff0() {
   return (neuron0x101c81e8()*-0.0495471);
}

double RPnearTrackANN::synapse0x101c9210() {
   return (neuron0x101c7640()*2.40958);
}

double RPnearTrackANN::synapse0x101c9238() {
   return (neuron0x101c7830()*0.0417586);
}

double RPnearTrackANN::synapse0x101c9260() {
   return (neuron0x101c7a08()*-0.368103);
}

double RPnearTrackANN::synapse0x101c9288() {
   return (neuron0x101c7c08()*3.50134);
}

double RPnearTrackANN::synapse0x101c92b0() {
   return (neuron0x101c7de0()*0.974253);
}

double RPnearTrackANN::synapse0x101c8c28() {
   return (neuron0x101c7fe0()*-3.22211);
}

double RPnearTrackANN::synapse0x101c8c50() {
   return (neuron0x101c81e8()*0.254995);
}

double RPnearTrackANN::synapse0x101c95d8() {
   return (neuron0x101c7640()*-0.569362);
}

double RPnearTrackANN::synapse0x101c9600() {
   return (neuron0x101c7830()*0.134455);
}

double RPnearTrackANN::synapse0x101c9628() {
   return (neuron0x101c7a08()*1.29052);
}

double RPnearTrackANN::synapse0x101c9650() {
   return (neuron0x101c7c08()*-0.495642);
}

double RPnearTrackANN::synapse0x101c9678() {
   return (neuron0x101c7de0()*-4.07864);
}

double RPnearTrackANN::synapse0x101c96a0() {
   return (neuron0x101c7fe0()*-0.442103);
}

double RPnearTrackANN::synapse0x101c96c8() {
   return (neuron0x101c81e8()*-0.0594045);
}

double RPnearTrackANN::synapse0x101c98e8() {
   return (neuron0x101c7640()*-1.89131);
}

double RPnearTrackANN::synapse0x101c9910() {
   return (neuron0x101c7830()*0.277883);
}

double RPnearTrackANN::synapse0x101c9938() {
   return (neuron0x101c7a08()*-1.23078);
}

double RPnearTrackANN::synapse0x101c9960() {
   return (neuron0x101c7c08()*-3.29134);
}

double RPnearTrackANN::synapse0x101c9988() {
   return (neuron0x101c7de0()*-0.149546);
}

double RPnearTrackANN::synapse0x101c99b0() {
   return (neuron0x101c7fe0()*3.32871);
}

double RPnearTrackANN::synapse0x101c99d8() {
   return (neuron0x101c81e8()*0.0105908);
}

double RPnearTrackANN::synapse0x101c9bf8() {
   return (neuron0x101c7640()*-0.0483081);
}

double RPnearTrackANN::synapse0x101c9c20() {
   return (neuron0x101c7830()*0.0760012);
}

double RPnearTrackANN::synapse0x101c9c48() {
   return (neuron0x101c7a08()*0.444424);
}

double RPnearTrackANN::synapse0x101c9c70() {
   return (neuron0x101c7c08()*0.590545);
}

double RPnearTrackANN::synapse0x101c9c98() {
   return (neuron0x101c7de0()*-0.585467);
}

double RPnearTrackANN::synapse0x101c9cc0() {
   return (neuron0x101c7fe0()*2.38157);
}

double RPnearTrackANN::synapse0x101c9ce8() {
   return (neuron0x101c81e8()*-0.0425589);
}

double RPnearTrackANN::synapse0x101c9f08() {
   return (neuron0x101c7640()*-1.52041);
}

double RPnearTrackANN::synapse0x101c9f30() {
   return (neuron0x101c7830()*0.105492);
}

double RPnearTrackANN::synapse0x101c9f58() {
   return (neuron0x101c7a08()*-0.265257);
}

double RPnearTrackANN::synapse0x101c9f80() {
   return (neuron0x101c7c08()*-1.35504);
}

double RPnearTrackANN::synapse0x101c9fa8() {
   return (neuron0x101c7de0()*2.76945);
}

double RPnearTrackANN::synapse0x101c9fd0() {
   return (neuron0x101c7fe0()*0.225072);
}

double RPnearTrackANN::synapse0x101c9ff8() {
   return (neuron0x101c81e8()*-0.0048268);
}

double RPnearTrackANN::synapse0x101ca2a0() {
   return (neuron0x101c7640()*-1.07416);
}

double RPnearTrackANN::synapse0x101ca2c8() {
   return (neuron0x101c7830()*0.117156);
}

double RPnearTrackANN::synapse0xd8acdd8() {
   return (neuron0x101c7a08()*0.41925);
}

double RPnearTrackANN::synapse0x101c8c78() {
   return (neuron0x101c7c08()*2.36023);
}

double RPnearTrackANN::synapse0xd8aca88() {
   return (neuron0x101c7de0()*-1.50135);
}

double RPnearTrackANN::synapse0xd8a8d98() {
   return (neuron0x101c7fe0()*0.425589);
}

double RPnearTrackANN::synapse0x10151920() {
   return (neuron0x101c81e8()*-0.925346);
}

double RPnearTrackANN::synapse0x101c8498() {
   return (neuron0x101c84e0()*1.64994);
}

double RPnearTrackANN::synapse0x101ca4f8() {
   return (neuron0x101c86e8()*1.31738);
}

double RPnearTrackANN::synapse0x101ca520() {
   return (neuron0x101c89d8()*-3.86082);
}

double RPnearTrackANN::synapse0x101ca548() {
   return (neuron0x101c8d50()*2.58499);
}

double RPnearTrackANN::synapse0x101ca570() {
   return (neuron0x101c9018()*0.716741);
}

double RPnearTrackANN::synapse0x101ca598() {
   return (neuron0x101c93e0()*-2.05536);
}

double RPnearTrackANN::synapse0x101ca5c0() {
   return (neuron0x101c96f0()*-1.3871);
}

double RPnearTrackANN::synapse0x101ca5e8() {
   return (neuron0x101c9a00()*1.59738);
}

double RPnearTrackANN::synapse0x101ca610() {
   return (neuron0x101c9d10()*-1.11744);
}

double RPnearTrackANN::synapse0x101ca638() {
   return (neuron0x101ca020()*0.684235);
}

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

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