this.team = team;

  this.fitness = 0;

}

​

Dna.prototype.generate = function(){

  this.seperateMult = round(random(1,3),2); //2

  //align

  this.alignRange = round(random(10,150),2); //50

  this.alignMult = round(random(0.1,2),2); //1

  //cohesion

  this.cohesionRange = round(random(1,20),2); //10

  this.cohesionMult = round(random(0.1,2),2); //1  

  this.runRange = 0; //240

  this.runMult = 0; //2

  this.foodRange = 0; //200

  this.foodMult = 0; //1.2

​

  this.chaseRange = 0;

  this.chaseMult = 0;

  if(this.team == 0){

    //speed;

    this.speed = round(random(4,7),2);

    //run

    this.runRange = round(random(100,300),2); //240

    this.runMult = round(random(0.1,3),2); //2

    //seperate

    this.seperateRange = round(random(10,30),2); //24

    //food

    this.foodRange = round(random(100,300),2); //200

    this.foodMult = round(random(0.1,3),2); //1.2

  }  

  if(this.team == 1){

    //speed;

    this.speed = round(random(4,6),2);

    //chase

    this.chaseRange = round(random(200,500),2); //300

    this.chaseMult = round(random(1.5,2),2); //1.6

    //seperate

    this.seperateRange = round(random(20,50),2); //36

  }

}

​

Dna.prototype.copy = function(others){

  let chance = 10;

  let mutation = round(random(1,10),1);

  if(chance == 1){

    this.seperateMult = round(random(1,3),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.seperateMult = other.seperateMult; //2

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.seperateRange = round(random(10,40),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.seperateRange = other.seprateRange;

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.alignRange = round(random(30,80),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.alignRange = other.alignRange; //50

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.alignMult = round(random(0.1,3),2);  

  }else{

    let other = others[round(random(others.length-1))];

    this.alignMult = other.alignMult; //1

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.cohesionRange = round(random(5,25),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.cohesionRange = other.cohesionRange; //10

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.cohesionRange = round(random(5,25),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.cohesionMult = other.cohesionMult;

  }

  mutation = round(random(1,10),1);  

  if(chance == 1){

    this.runRange = round(random(200,300),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.runRange = other.runRange; //240

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.runMult = round(random(1.5,2.5),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.runMult = other.runMult; //2

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.foodRange = round(random(150,250),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.foodRange = other.foodRange; //200

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.foodMult = round(random(1,2),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.foodMult = other.foodMult; //1.2

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.chaseRange = round(random(250,350),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.chaseRange = other.chaseRange;

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.chaseMult = round(random(1.5,2.5),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.chaseMult = other.chaseMult;

  }

  mutation = round(random(1,10),1);

  if(chance == 1){

    this.speed = round(random(4,8),2);

  }else{

    let other = others[round(random(others.length-1))];

    this.speed = other.speed;

  }

}

​

Dna.prototype.fit = function(lifeTime,score){

  this.fitness = lifeTime*0.25 + score*0.75;

}