public void LoadContent(ContentManager content, GraphicsDevice graphics)
{
FontSeparation.Character.Content = content;
Fish.Content = content;
for (int x = 0; x < fishList.Length; x++)
{
fishList[x] = new Fish();
fishList[x].fishIndex = x;
characterList.Add(new FontSeparation.Character("font.png", x.ToString() + ":" + fishList[x].collisionCircle.life, new Vector2(0, x * 25)));
}
characterList.Add(new FontSeparation.Character("font.png", "", new Vector2(10, Game1.screenHeight - 64)));
characterList.Add(new FontSeparation.Character("font.png", "", new Vector2(10, Game1.screenHeight - 32)));
Food.Content = content;
for (int x = 0; x < FOODCOUNT; x++)
foodList.Add(new Food());
}
public bool ReturnZeroScore(Fish[] fishList)
{
bool containsZero = true;
foreach (Fish fish in fishList)
if (fish.collisionCircle.Score > 0) containsZero = false;
return containsZero;
}
public double CheckTrend(Fish[] fishList)
{
double cumulative = 0;
int counter = generation;
int greater = 0;
if (fishList.Length > 1)
{
if (fishList[generation].collisionCircle.Score > fishList[generation - 1].collisionCircle.Score)
{
generationScore += 1;
greater = 1;
if (generationScore > peakScore) peakScore = generationScore;
}
if (fishList[generation].collisionCircle.Score < fishList[generation - 1].collisionCircle.Score)
{
generationScore -= 1;
greater = -1;
}
if (fishList[generation].collisionCircle.Score == fishList[generation - 1].collisionCircle.Score)
greater = 2;
while (counter > 1)
{
if (greater == 1)
{
if (fishList[counter].collisionCircle.Score > fishList[counter - 1].collisionCircle.Score)
{
cumulative += 1;
counter -= 1;
}
else
{
trendState = cumulative;
return cumulative;
}
}
if (greater == -1)
{
if (fishList[counter].collisionCircle.Score < fishList[counter - 1].collisionCircle.Score)
{
cumulative -= 1;
counter -= 1;
}
else
{
trendState = cumulative;
return cumulative;
}
}
if (greater == 2)
{
if (fishList[counter].collisionCircle.Score == fishList[counter - 1].collisionCircle.Score)
{
cumulative += .01;
counter -= 1;
}
else
{
trendState = cumulative;
return cumulative;
}
}
if (greater == 0)
{
trendState = cumulative;
return cumulative;
}
}
}
trendState = cumulative;
return cumulative;
}
public Fish[] ReturnFittestStream(int count)
{
if (fittest.Count < count)
count = fittest.Count;
Fish[] fishList = new Fish[count];
for (int x = 0; x < count; x++)
{
fishList[x] = new Fish(RankFittest(fittest.ToArray())[x].brain);
}
Console.WriteLine("!!!!!!!!!!!!!!!!!!!!!!!!!!! SET TO FITTEST !!!!!!!!!!!!!!!!!!!!!!!!!!!");
return fishList;
}
public Fish[] RankFittest(Fish[] fishList)
{
Fish[] newFishList = fishList;
Fish temp;
for (int x = 0; x < fishList.Length; x++)
{
for (int y = 1; y < fishList.Length - x; y++)
{
if (newFishList[y - 1].collisionCircle.Score < newFishList[y].collisionCircle.Score)
{
temp = newFishList[y - 1];
newFishList[y - 1] = newFishList[y];
newFishList[y] = temp;
}
}
}
return newFishList;
}
public bool GetGenerationState(Fish[] fishList)
{
if (generationTimer > 30f)
{
generationTimer = 0f;
return true;
}
foreach (Fish fish in fishList)
if (fish.collisionCircle.dead == false)
return false;
generationTimer = 0f;
return true;
}
public Fish GetFittest(Fish[] fishList)
{
return RankFittest(fishList)[0];
}
public Fish[] ExterminatePopulation(Fish[] fishList, int percent)
{
List<Fish> newFishList = new List<Fish>();
foreach (Fish fish in fishList)
newFishList.Add(fish);
List<Fish> tempNewFishList = new List<Fish>();
foreach (Fish fish in fishList)
tempNewFishList.Add(fish);
int amountRemoved = 0;
int randomInt = random.Next(101);
while ((amountRemoved / fishList.Length) * 100 < percent)
{
for (int x = 0; x < fishList.Length; x++)
{
if ((x / fishList.Length) * 100 >= randomInt)
tempNewFishList.Remove(newFishList[x]);
amountRemoved += 1;
if ((amountRemoved / fishList.Length) * 100 >= percent) return newFishList.ToArray();
randomInt = random.Next(101);
}
}
return tempNewFishList.ToArray();
}