class genome
{
  gene strain[];
  int strainLength;
  genome(int sl)
  {
    strainLength=sl;
    strain=new gene[strainLength];
    for(int i=0;i<strainLength;i++)
    {
    
    
//INITIAL CONDITIONS FOR RANDOM GENES    
      boolean isNeuron=false;      
      if(random(100)>70)
        isNeuron=true;
      float neuronWeight;
      if(random(100)>50)
        neuronWeight=1;
      else
        neuronWeight=-1;
      int extraSynapse=-1;
      if(isNeuron)
      {
        extraSynapse=int(random(strainLength));
//        println("OMFG"+extraSynapse);
      }
      strain[i]=new gene(i,int(random(maxRepeat)),random(360),isNeuron,neuronWeight,extraSynapse);      
      
      
    }
    int maxConnections=int(strainLength*.8);
//    println("---");    
    for(int s=0;s<maxConnections;s++)
    {
      int r=int(random(strainLength));
      
      do
      {
        r=int(random(strainLength));
        boolean repeat=true;      
        gene temp;
        temp=new gene(strain[s]);        
        temp.child=strain[r];        
        do
        {
          if(temp.child.child==null)
          {
            repeat=false;
          }      
          else
          {
            if(temp.child.child.id==s)
            {
              r=s;
              break;
            }                                        
            temp.child=temp.child.child;                
          }    
        }
        while(repeat);

      }
      while(r==s);
        
      strain[s].child=strain[r];
//      println(s+","+r);
    }
  }
  gene returnChild(int id)
  {
    if(id>0&&id<strainLength)
    {
      return strain[id];
    }
    else return null;
  }
}