#include "Br_fct.h"
#include "math.h"

double Br_fct::value(int index,double in0,double in1) {
   input0 = (in0 - 12.5)/6.90411;
   input1 = (in1 - -0.5)/34.6362;
   switch(index) {
     case 0:
         return neuron0x8a1ceb0();
     default:
         return 0.;
   }
}

double Br_fct::neuron0x8a09b20() {
   return input0;
}

double Br_fct::neuron0x8a09dc8() {
   return input1;
}

double Br_fct::neuron0x8a08620() {
   double input = 0.164463;
   input += synapse0x8a079d0();
   input += synapse0x8a194d0();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a12fd0() {
   double input = 0.128573;
   input += synapse0x8a130c8();
   input += synapse0x8a130f0();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a1d320() {
   double input = -2.75059;
   input += synapse0x8a19540();
   input += synapse0x8a1d418();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a1d440() {
   double input = -0.393082;
   input += synapse0x8a1d580();
   input += synapse0x8a1d5a8();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a1d5d0() {
   double input = -1.65833;
   input += synapse0x8a1d710();
   input += synapse0x8a1d738();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a1d760() {
   double input = 1.25328;
   input += synapse0x8a1d8a0();
   input += synapse0x8a1d8c8();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a1d8f0() {
   double input = 1.9823;
   input += synapse0x8a1da30();
   input += synapse0x8a1da58();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a1da80() {
   double input = 2.80567;
   input += synapse0x8a1dbc0();
   input += synapse0x8a1dbe8();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a1dc10() {
   double input = -2.96023;
   input += synapse0x8a1dd50();
   input += synapse0x8a1de00();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a1de28() {
   double input = 0.639542;
   input += synapse0x8a1df20();
   input += synapse0x8a1df48();
   return ((1/(1+exp(-input)))*1)+0;
}

double Br_fct::neuron0x8a1ceb0() {
   double input = -0.891337;
   input += synapse0x8a082f8();
   input += synapse0x8a08320();
   input += synapse0x8a08348();
   input += synapse0x8a08370();
   input += synapse0x8a22ce0();
   input += synapse0x8a22d08();
   input += synapse0x8a22d30();
   input += synapse0x8a22d58();
   input += synapse0x8a08460();
   input += synapse0x8a08488();
   return input;
}

double Br_fct::synapse0x8a079d0() {
   return (neuron0x8a09b20()*0.138429);
}

double Br_fct::synapse0x8a194d0() {
   return (neuron0x8a09dc8()*8.59195);
}

double Br_fct::synapse0x8a130c8() {
   return (neuron0x8a09b20()*1.58762);
}

double Br_fct::synapse0x8a130f0() {
   return (neuron0x8a09dc8()*-6.939);
}

double Br_fct::synapse0x8a19540() {
   return (neuron0x8a09b20()*0.578066);
}

double Br_fct::synapse0x8a1d418() {
   return (neuron0x8a09dc8()*-6.87832);
}

double Br_fct::synapse0x8a1d580() {
   return (neuron0x8a09b20()*-0.66838);
}

double Br_fct::synapse0x8a1d5a8() {
   return (neuron0x8a09dc8()*6.34451);
}

double Br_fct::synapse0x8a1d710() {
   return (neuron0x8a09b20()*-0.637312);
}

double Br_fct::synapse0x8a1d738() {
   return (neuron0x8a09dc8()*-6.96712);
}

double Br_fct::synapse0x8a1d8a0() {
   return (neuron0x8a09b20()*-0.382446);
}

double Br_fct::synapse0x8a1d8c8() {
   return (neuron0x8a09dc8()*-4.04069);
}

double Br_fct::synapse0x8a1da30() {
   return (neuron0x8a09b20()*0.213043);
}

double Br_fct::synapse0x8a1da58() {
   return (neuron0x8a09dc8()*8.10338);
}

double Br_fct::synapse0x8a1dbc0() {
   return (neuron0x8a09b20()*-0.0230519);
}

double Br_fct::synapse0x8a1dbe8() {
   return (neuron0x8a09dc8()*-5.16592);
}

double Br_fct::synapse0x8a1dd50() {
   return (neuron0x8a09b20()*-0.486881);
}

double Br_fct::synapse0x8a1de00() {
   return (neuron0x8a09dc8()*2.67379);
}

double Br_fct::synapse0x8a1df20() {
   return (neuron0x8a09b20()*-0.925501);
}

double Br_fct::synapse0x8a1df48() {
   return (neuron0x8a09dc8()*6.35924);
}

double Br_fct::synapse0x8a082f8() {
   return (neuron0x8a08620()*7.43637);
}

double Br_fct::synapse0x8a08320() {
   return (neuron0x8a12fd0()*-4.92186);
}

double Br_fct::synapse0x8a08348() {
   return (neuron0x8a1d320()*-2.29881);
}

double Br_fct::synapse0x8a08370() {
   return (neuron0x8a1d440()*-8.5241);
}

double Br_fct::synapse0x8a22ce0() {
   return (neuron0x8a1d5d0()*9.75617);
}

double Br_fct::synapse0x8a22d08() {
   return (neuron0x8a1d760()*-5.7886);
}

double Br_fct::synapse0x8a22d30() {
   return (neuron0x8a1d8f0()*11.7947);
}

double Br_fct::synapse0x8a22d58() {
   return (neuron0x8a1da80()*3.51779);
}

double Br_fct::synapse0x8a08460() {
   return (neuron0x8a1dc10()*-0.917973);
}

double Br_fct::synapse0x8a08488() {
   return (neuron0x8a1de28()*-9.5232);
}