int overallHeat;
boolean left, right;

void coolOverall(){
   overallHeat--;
   growFractals();
   if(overallHeat < -10){
     deleteACutie();
     overallHeat=0;
     triggerFractals();
   }
}


void heatOverall(){
   overallHeat++;
   if(overallHeat >=10){
         addCutie();
         overallHeat=0;
   }
}


//tree[0] is assigned to the fractal

void triggerFractals(){
   left = right = true;
    
  //determine how many fractals alive and print ones
   if(t[0].alive) {
      if(t[0].x < (width/3)) { left = false; }
      if(t[0].x > (2*width/3)) {  right = false;  }
   }
   else { 
       if(mySBX < (width/3)) { left = false; }
       if(mySBX > (2*width/3)) { right = false;  }
   } 
 
   for(int i=1; i<maxFractals; i++){
     if(t[i].alive) {
        if(t[i].x < (width/3)) { left = false; }
        if(t[i].x > (2*width/3)) { right = false;  }
     }        
   }

  if(left) {
    for(int i =1; i<maxFractals; i++){
      if(!t[i].alive) { t[i].treeSetup((int)(Math.random()*(width/3)), 30, true); i=maxFractals; }
    }
  }
  if(right){
    for(int i =1; i<maxFractals; i++){
      if(!t[i].alive) { t[i].treeSetup((int)(random((2*width/3), width)),height-50, true); i=maxFractals; }
    }
  }
 
}

public void growFractals(){
  for(int i=0; i<maxFractals; i++){
     if(t[i].alive) {
        t[i].maxNodes+=3; 
     }        
   } 
  
  
}





public void uncool(){
  for(int i = 0; i<maxFractals; i++){
    if(t[i].alive) t[i].SBalpha -=0.3;
  }
}