RPfarTrackLowEANN.cxx

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

#include "MessageService/MsgService.h"

CVSID("");

double RPfarTrackLowEANN::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 ((neuron0x13b32110()*1)+0);
     default:
         return 0.;
   }
}

double RPfarTrackLowEANN::neuron0x13b30458() {
   return input0;
}

double RPfarTrackLowEANN::neuron0x13b30648() {
   return input1;
}

double RPfarTrackLowEANN::neuron0x13b30820() {
   return input2;
}

double RPfarTrackLowEANN::neuron0x13b30a20() {
   return input3;
}

double RPfarTrackLowEANN::neuron0x13b30bf8() {
   return input4;
}

double RPfarTrackLowEANN::neuron0x13b30df8() {
   return input5;
}

double RPfarTrackLowEANN::neuron0x13b31000() {
   return input6;
}

double RPfarTrackLowEANN::input0x13b312f8() {
   double input = 3.73055;
   input += synapse0x13b12380();
   input += synapse0x13b12358();
   input += synapse0x11ed75e8();
   input += synapse0x11ed7628();
   input += synapse0x13b31488();
   input += synapse0x13b314b0();
   input += synapse0x13b314d8();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b312f8() {
   double input = input0x13b312f8();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b31500() {
   double input = 1.58469;
   input += synapse0x13b316d8();
   input += synapse0x13b31700();
   input += synapse0x13b31728();
   input += synapse0x13b31750();
   input += synapse0x13b31778();
   input += synapse0x13b317a0();
   input += synapse0x13b317c8();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b31500() {
   double input = input0x13b31500();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b317f0() {
   double input = -0.354685;
   input += synapse0x13b319e8();
   input += synapse0x13b31a10();
   input += synapse0x13b31a38();
   input += synapse0x13b31ae8();
   input += synapse0x13b31b10();
   input += synapse0x13b31b38();
   input += synapse0x13b31b60();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b317f0() {
   double input = input0x13b317f0();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b31b88() {
   double input = 0.342341;
   input += synapse0x13b31d38();
   input += synapse0x13b31d60();
   input += synapse0x13b31d88();
   input += synapse0x13b31db0();
   input += synapse0x13b31dd8();
   input += synapse0x13b31e00();
   input += synapse0x13b31e28();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b31b88() {
   double input = input0x13b31b88();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b31e50() {
   double input = 0.194993;
   input += synapse0x13b32048();
   input += synapse0x13b32070();
   input += synapse0x13b32098();
   input += synapse0x13b320c0();
   input += synapse0x13b320e8();
   input += synapse0x13b31a60();
   input += synapse0x13b31a88();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b31e50() {
   double input = input0x13b31e50();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b32218() {
   double input = -0.838017;
   input += synapse0x13b32410();
   input += synapse0x13b32438();
   input += synapse0x13b32460();
   input += synapse0x13b32488();
   input += synapse0x13b324b0();
   input += synapse0x13b324d8();
   input += synapse0x13b32500();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b32218() {
   double input = input0x13b32218();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b32528() {
   double input = 0.268106;
   input += synapse0x13b32720();
   input += synapse0x13b32748();
   input += synapse0x13b32770();
   input += synapse0x13b32798();
   input += synapse0x13b327c0();
   input += synapse0x13b327e8();
   input += synapse0x13b32810();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b32528() {
   double input = input0x13b32528();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b32838() {
   double input = 3.52725;
   input += synapse0x13b32a30();
   input += synapse0x13b32a58();
   input += synapse0x13b32a80();
   input += synapse0x13b32aa8();
   input += synapse0x13b32ad0();
   input += synapse0x13b32af8();
   input += synapse0x13b32b20();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b32838() {
   double input = input0x13b32838();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b32b48() {
   double input = 0.394395;
   input += synapse0x13b32d40();
   input += synapse0x13b32d68();
   input += synapse0x13b32d90();
   input += synapse0x13b32db8();
   input += synapse0x13b32de0();
   input += synapse0x13b32e08();
   input += synapse0x13b32e30();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b32b48() {
   double input = input0x13b32b48();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b32e58() {
   double input = 2.48046;
   input += synapse0x13b330d8();
   input += synapse0x13b33100();
   input += synapse0x11ed7690();
   input += synapse0x11ed7558();
   input += synapse0x13b31ab0();
   input += synapse0x11ed71f0();
   input += synapse0x13aba750();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b32e58() {
   double input = input0x13b32e58();
   if (input<-700) {
     largeArgErr(input);
     return 0;
   }  
   return ((1/(1+exp(-input))) * 1)+0;
}

double RPfarTrackLowEANN::input0x13b32110() {
   double input = -1.29876;
   input += synapse0x13b312b0();
   input += synapse0x13b33330();
   input += synapse0x13b33358();
   input += synapse0x13b33380();
   input += synapse0x13b333a8();
   input += synapse0x13b333d0();
   input += synapse0x13b333f8();
   input += synapse0x13b33420();
   input += synapse0x13b33448();
   input += synapse0x13b33470();
   return input;
}

double RPfarTrackLowEANN::neuron0x13b32110() {
   double input = input0x13b32110();
   return (input * 1)+0;
}

double RPfarTrackLowEANN::synapse0x13b12380() {
   return (neuron0x13b30458()*-0.525504);
}

double RPfarTrackLowEANN::synapse0x13b12358() {
   return (neuron0x13b30648()*0.0679205);
}

double RPfarTrackLowEANN::synapse0x11ed75e8() {
   return (neuron0x13b30820()*1.65904);
}

double RPfarTrackLowEANN::synapse0x11ed7628() {
   return (neuron0x13b30a20()*6.27173);
}

double RPfarTrackLowEANN::synapse0x13b31488() {
   return (neuron0x13b30bf8()*-1.79104);
}

double RPfarTrackLowEANN::synapse0x13b314b0() {
   return (neuron0x13b30df8()*2.00357);
}

double RPfarTrackLowEANN::synapse0x13b314d8() {
   return (neuron0x13b31000()*-0.122366);
}

double RPfarTrackLowEANN::synapse0x13b316d8() {
   return (neuron0x13b30458()*-1.70753);
}

double RPfarTrackLowEANN::synapse0x13b31700() {
   return (neuron0x13b30648()*0.220936);
}

double RPfarTrackLowEANN::synapse0x13b31728() {
   return (neuron0x13b30820()*-0.24914);
}

double RPfarTrackLowEANN::synapse0x13b31750() {
   return (neuron0x13b30a20()*2.16586);
}

double RPfarTrackLowEANN::synapse0x13b31778() {
   return (neuron0x13b30bf8()*-1.1526);
}

double RPfarTrackLowEANN::synapse0x13b317a0() {
   return (neuron0x13b30df8()*3.71575);
}

double RPfarTrackLowEANN::synapse0x13b317c8() {
   return (neuron0x13b31000()*-0.118184);
}

double RPfarTrackLowEANN::synapse0x13b319e8() {
   return (neuron0x13b30458()*-1.56912);
}

double RPfarTrackLowEANN::synapse0x13b31a10() {
   return (neuron0x13b30648()*0.0513786);
}

double RPfarTrackLowEANN::synapse0x13b31a38() {
   return (neuron0x13b30820()*0.331343);
}

double RPfarTrackLowEANN::synapse0x13b31ae8() {
   return (neuron0x13b30a20()*-0.961956);
}

double RPfarTrackLowEANN::synapse0x13b31b10() {
   return (neuron0x13b30bf8()*-1.05093);
}

double RPfarTrackLowEANN::synapse0x13b31b38() {
   return (neuron0x13b30df8()*0.45598);
}

double RPfarTrackLowEANN::synapse0x13b31b60() {
   return (neuron0x13b31000()*-0.0981743);
}

double RPfarTrackLowEANN::synapse0x13b31d38() {
   return (neuron0x13b30458()*-0.971815);
}

double RPfarTrackLowEANN::synapse0x13b31d60() {
   return (neuron0x13b30648()*-0.48146);
}

double RPfarTrackLowEANN::synapse0x13b31d88() {
   return (neuron0x13b30820()*-0.0903829);
}

double RPfarTrackLowEANN::synapse0x13b31db0() {
   return (neuron0x13b30a20()*-0.192094);
}

double RPfarTrackLowEANN::synapse0x13b31dd8() {
   return (neuron0x13b30bf8()*-0.770197);
}

double RPfarTrackLowEANN::synapse0x13b31e00() {
   return (neuron0x13b30df8()*0.389551);
}

double RPfarTrackLowEANN::synapse0x13b31e28() {
   return (neuron0x13b31000()*0.179866);
}

double RPfarTrackLowEANN::synapse0x13b32048() {
   return (neuron0x13b30458()*-1.04733);
}

double RPfarTrackLowEANN::synapse0x13b32070() {
   return (neuron0x13b30648()*-0.661286);
}

double RPfarTrackLowEANN::synapse0x13b32098() {
   return (neuron0x13b30820()*0.0892959);
}

double RPfarTrackLowEANN::synapse0x13b320c0() {
   return (neuron0x13b30a20()*0.302743);
}

double RPfarTrackLowEANN::synapse0x13b320e8() {
   return (neuron0x13b30bf8()*-1.22128);
}

double RPfarTrackLowEANN::synapse0x13b31a60() {
   return (neuron0x13b30df8()*0.476645);
}

double RPfarTrackLowEANN::synapse0x13b31a88() {
   return (neuron0x13b31000()*-0.997147);
}

double RPfarTrackLowEANN::synapse0x13b32410() {
   return (neuron0x13b30458()*-0.728603);
}

double RPfarTrackLowEANN::synapse0x13b32438() {
   return (neuron0x13b30648()*0.0678744);
}

double RPfarTrackLowEANN::synapse0x13b32460() {
   return (neuron0x13b30820()*-0.225258);
}

double RPfarTrackLowEANN::synapse0x13b32488() {
   return (neuron0x13b30a20()*-3.87617);
}

double RPfarTrackLowEANN::synapse0x13b324b0() {
   return (neuron0x13b30bf8()*1.1588);
}

double RPfarTrackLowEANN::synapse0x13b324d8() {
   return (neuron0x13b30df8()*3.89547);
}

double RPfarTrackLowEANN::synapse0x13b32500() {
   return (neuron0x13b31000()*0.0654444);
}

double RPfarTrackLowEANN::synapse0x13b32720() {
   return (neuron0x13b30458()*-0.896607);
}

double RPfarTrackLowEANN::synapse0x13b32748() {
   return (neuron0x13b30648()*-0.604024);
}

double RPfarTrackLowEANN::synapse0x13b32770() {
   return (neuron0x13b30820()*0.287665);
}

double RPfarTrackLowEANN::synapse0x13b32798() {
   return (neuron0x13b30a20()*0.235694);
}

double RPfarTrackLowEANN::synapse0x13b327c0() {
   return (neuron0x13b30bf8()*-0.339809);
}

double RPfarTrackLowEANN::synapse0x13b327e8() {
   return (neuron0x13b30df8()*1.09677);
}

double RPfarTrackLowEANN::synapse0x13b32810() {
   return (neuron0x13b31000()*-0.5562);
}

double RPfarTrackLowEANN::synapse0x13b32a30() {
   return (neuron0x13b30458()*-1.31528);
}

double RPfarTrackLowEANN::synapse0x13b32a58() {
   return (neuron0x13b30648()*0.197443);
}

double RPfarTrackLowEANN::synapse0x13b32a80() {
   return (neuron0x13b30820()*2.07211);
}

double RPfarTrackLowEANN::synapse0x13b32aa8() {
   return (neuron0x13b30a20()*2.01238);
}

double RPfarTrackLowEANN::synapse0x13b32ad0() {
   return (neuron0x13b30bf8()*-1.81746);
}

double RPfarTrackLowEANN::synapse0x13b32af8() {
   return (neuron0x13b30df8()*3.74542);
}

double RPfarTrackLowEANN::synapse0x13b32b20() {
   return (neuron0x13b31000()*-0.186607);
}

double RPfarTrackLowEANN::synapse0x13b32d40() {
   return (neuron0x13b30458()*-0.362581);
}

double RPfarTrackLowEANN::synapse0x13b32d68() {
   return (neuron0x13b30648()*-0.315645);
}

double RPfarTrackLowEANN::synapse0x13b32d90() {
   return (neuron0x13b30820()*-0.726962);
}

double RPfarTrackLowEANN::synapse0x13b32db8() {
   return (neuron0x13b30a20()*-0.0348637);
}

double RPfarTrackLowEANN::synapse0x13b32de0() {
   return (neuron0x13b30bf8()*0.21199);
}

double RPfarTrackLowEANN::synapse0x13b32e08() {
   return (neuron0x13b30df8()*0.136467);
}

double RPfarTrackLowEANN::synapse0x13b32e30() {
   return (neuron0x13b31000()*0.0216468);
}

double RPfarTrackLowEANN::synapse0x13b330d8() {
   return (neuron0x13b30458()*-0.170445);
}

double RPfarTrackLowEANN::synapse0x13b33100() {
   return (neuron0x13b30648()*0.0452607);
}

double RPfarTrackLowEANN::synapse0x11ed7690() {
   return (neuron0x13b30820()*0.284388);
}

double RPfarTrackLowEANN::synapse0x11ed7558() {
   return (neuron0x13b30a20()*0.830244);
}

double RPfarTrackLowEANN::synapse0x13b31ab0() {
   return (neuron0x13b30bf8()*1.30783);
}

double RPfarTrackLowEANN::synapse0x11ed71f0() {
   return (neuron0x13b30df8()*0.449188);
}

double RPfarTrackLowEANN::synapse0x13aba750() {
   return (neuron0x13b31000()*0.0385002);
}

double RPfarTrackLowEANN::synapse0x13b312b0() {
   return (neuron0x13b312f8()*-4.44398);
}

double RPfarTrackLowEANN::synapse0x13b33330() {
   return (neuron0x13b31500()*3.99641);
}

double RPfarTrackLowEANN::synapse0x13b33358() {
   return (neuron0x13b317f0()*-3.29398);
}

double RPfarTrackLowEANN::synapse0x13b33380() {
   return (neuron0x13b31b88()*0.549389);
}

double RPfarTrackLowEANN::synapse0x13b333a8() {
   return (neuron0x13b31e50()*0.577193);
}

double RPfarTrackLowEANN::synapse0x13b333d0() {
   return (neuron0x13b32218()*-3.20289);
}

double RPfarTrackLowEANN::synapse0x13b333f8() {
   return (neuron0x13b32528()*-1.00457);
}

double RPfarTrackLowEANN::synapse0x13b33420() {
   return (neuron0x13b32838()*3.86862);
}

double RPfarTrackLowEANN::synapse0x13b33448() {
   return (neuron0x13b32b48()*1.74687);
}

double RPfarTrackLowEANN::synapse0x13b33470() {
   return (neuron0x13b32e58()*2.58429);
}

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

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