//method stock aquarium
//int parameter and random object parameter
//return fish array
static public Fish[] StockAquarium(int numFish, Random rand)
{
//declare fish array
Fish[] fishes = new Fish[numFish];
//print infor
Console.WriteLine("*****Stocking the aquariums!*****");
//for loop to create random fishes
for (int i = 0; i < numFish; i++)
{
int gene; //create a viable to hold random number
gene = rand.Next(0, 4); //assign random number
//sweitch to create random fishes
switch (gene)
{
case 0:
fishes[i] = new PShrimp(rand);
break;
case 1:
fishes[i] = new Goby("Goby", rand);
break;
case 2:
fishes[i] = new KnifeFish("Ghost Knife", rand);
break;
default:
fishes[i] = new Fish(rand);
break;
}
}
return(fishes); //return fishes array
}
//constructor
public Goby(string _name, Random _myRand) : base(_myRand)
{
partner = null;
name = _name + " " + name;
shape = " ౨><o))}D> ";
price = (double)myRand.Next(37, 71);
}
//method to choose pshrimp
//fish array parameter
//no return
public void ChoosePShrimp(Fish[] fish)
{
for (int i = 0; i < fish.Length; i++)
{
//condition if fish is shrimp, goby and shrimp does not have partner
if ((fish[i] is PShrimp) && (((PShrimp)fish[i]).Partner == null) && (partner == null))
{
//assign shrimp object to partner
partner = new PShrimp(myRand);
//assign shrimp's partner to goby
((PShrimp)fish[i]).Partner = this;
//display partner information
Console.WriteLine(" {0} partnered with shrimp {1}", name, partner.Name);
}
}
}