#include "Aphi_fct.h"
#include "math.h"

double Aphi_fct::value(int index,double in0,double in1) {
   input0 = (in0 - 12)/6.90411;
   input1 = (in1 - 0)/34.6362;
   switch(index) {
     case 0:
         return neuron0x8a001b0();
     default:
         return 0.;
   }
}

double Aphi_fct::neuron0x89eb498() {
   return input0;
}

double Aphi_fct::neuron0x89ec738() {
   return input1;
}

double Aphi_fct::neuron0x89ea9a8() {
   double input = -1.65993;
   input += synapse0x89fbc20();
   input += synapse0x89fbc48();
   return ((1/(1+exp(-input)))*1)+0;
}

double Aphi_fct::neuron0x89eab58() {
   double input = 1.74309;
   input += synapse0x89eac50();
   input += synapse0x89eac78();
   return ((1/(1+exp(-input)))*1)+0;
}

double Aphi_fct::neuron0x89ffa70() {
   double input = -1.2461;
   input += synapse0x89eace8();
   input += synapse0x89ffb20();
   return ((1/(1+exp(-input)))*1)+0;
}

double Aphi_fct::neuron0x89ffb48() {
   double input = 2.07643;
   input += synapse0x89ffc88();
   input += synapse0x89ffcb0();
   return ((1/(1+exp(-input)))*1)+0;
}

double Aphi_fct::neuron0x89ffcd8() {
   double input = -0.25358;
   input += synapse0x89ffe18();
   input += synapse0x89ffe40();
   return ((1/(1+exp(-input)))*1)+0;
}

double Aphi_fct::neuron0x89ffe68() {
   double input = -0.24437;
   input += synapse0x89fffa8();
   input += synapse0x89fffd0();
   return ((1/(1+exp(-input)))*1)+0;
}

double Aphi_fct::neuron0x89ff600() {
   double input = -2.06782;
   input += synapse0x89eb048();
   input += synapse0x89ffff8();
   return ((1/(1+exp(-input)))*1)+0;
}

double Aphi_fct::neuron0x8a00020() {
   double input = -3.04428;
   input += synapse0x8a00160();
   input += synapse0x8a00188();
   return ((1/(1+exp(-input)))*1)+0;
}

double Aphi_fct::neuron0x8a001b0() {
   double input = 4.13988;
   input += synapse0x89f5178();
   input += synapse0x8a05060();
   input += synapse0x8a05088();
   input += synapse0x8a050b0();
   input += synapse0x8a050d8();
   input += synapse0x89f52d8();
   input += synapse0x89f5300();
   input += synapse0x89f5328();
   return input;
}

double Aphi_fct::synapse0x89fbc20() {
   return (neuron0x89eb498()*0.662167);
}

double Aphi_fct::synapse0x89fbc48() {
   return (neuron0x89ec738()*-8.15265);
}

double Aphi_fct::synapse0x89eac50() {
   return (neuron0x89eb498()*0.328484);
}

double Aphi_fct::synapse0x89eac78() {
   return (neuron0x89ec738()*1.23323);
}

double Aphi_fct::synapse0x89eace8() {
   return (neuron0x89eb498()*0.1585);
}

double Aphi_fct::synapse0x89ffb20() {
   return (neuron0x89ec738()*2.58801);
}

double Aphi_fct::synapse0x89ffc88() {
   return (neuron0x89eb498()*-0.488422);
}

double Aphi_fct::synapse0x89ffcb0() {
   return (neuron0x89ec738()*1.35802);
}

double Aphi_fct::synapse0x89ffe18() {
   return (neuron0x89eb498()*-0.417109);
}

double Aphi_fct::synapse0x89ffe40() {
   return (neuron0x89ec738()*-4.23444);
}

double Aphi_fct::synapse0x89fffa8() {
   return (neuron0x89eb498()*0.216877);
}

double Aphi_fct::synapse0x89fffd0() {
   return (neuron0x89ec738()*4.99861);
}

double Aphi_fct::synapse0x89eb048() {
   return (neuron0x89eb498()*1.83401);
}

double Aphi_fct::synapse0x89ffff8() {
   return (neuron0x89ec738()*-1.34694);
}

double Aphi_fct::synapse0x8a00160() {
   return (neuron0x89eb498()*1.23475);
}

double Aphi_fct::synapse0x8a00188() {
   return (neuron0x89ec738()*-5.5595);
}

double Aphi_fct::synapse0x89f5178() {
   return (neuron0x89ea9a8()*0.702384);
}

double Aphi_fct::synapse0x8a05060() {
   return (neuron0x89eab58()*5.56307);
}

double Aphi_fct::synapse0x8a05088() {
   return (neuron0x89ffa70()*-1.31556);
}

double Aphi_fct::synapse0x8a050b0() {
   return (neuron0x89ffb48()*-5.2125);
}

double Aphi_fct::synapse0x8a050d8() {
   return (neuron0x89ffcd8()*-4.63294);
}

double Aphi_fct::synapse0x89f52d8() {
   return (neuron0x89ffe68()*-4.1264);
}

double Aphi_fct::synapse0x89f5300() {
   return (neuron0x89ff600()*-0.229677);
}

double Aphi_fct::synapse0x89f5328() {
   return (neuron0x8a00020()*0.587242);
}