public Fish(List <Food> _foodList, int frames, string type, string fishName, string description) : base(fishName + ".png", frames, 1, frames)
{
foodList = _foodList;
this.type = type;
this.fishName = fishName;
this.description = description;
_frames = frames;
SetOrigin(width / 2, height / 2);
_position = new Vec2(Utils.Random(50, game.width - 200), Utils.Random(50, game.height - 200));
_radius = width / 2;
hungerIcon = new Sprite("square.png");
timer = 100;
buyToUnlock = new Sprite("square.png");
this.x = Utils.Random(50, game.width - 50);
this.y = Utils.Random(_position.y - 100, _position.y + 100);
}
void calcDistToPoint()
{
if (currentPoint.x != 0 && currentPoint.y != 0)
{
velocity.SetXY(0, 0);
if (isFishHungry <= 3000)
{
if (isFoodPresent())
{
calcNearestFood();
}
}
Vec2 deltaVector = currentPoint - _position;
if (deltaVector.Magnitude() <= 0.5f)
{
currentPoint.SetXY(0, 0);
if (isFoodPresent())
{
if (currentFood != null && isFishHungry <= 3000)
{
RemoveFood(currentFood);
currentFood.LateDestroy();
isFishHungry += 4000;
}
}
}
else
{
deltaVector.Normalize();
//deltaVector *= 0.2f;
velocity += deltaVector;
}
}
else
{
currentPoint.SetXY(Utils.Random(50, game.width - 50), Utils.Random(_position.y - 100, _position.y + 100));
if (isFoodPresent())
{
if (isFishHungry <= 3000)
{
calcNearestFood();
}
}
}
}
public Dirt(ref int meter) : base("dirt.png")
{
x = Utils.Random(50, game.width - 50);
y = Utils.Random(50, game.height - 50);
_position.SetXY(x, y);
int type = Utils.Random(1, 100);
if (type <= 50)
{
width /= 5;
height /= 5;
cleanImpact = 5;
}
else
{
width /= 10;
height /= 10;
cleanImpact = 3;
}
meter += cleanImpact;
_radius = width / 2;
}
public static Vec2 RandomUnitVector()
{
return(GetUnitVectorDegrees(Utils.Random(0, 359)));
}
public static Vec2 RandomUnitVector()
{
float rand_angle = Utils.Random(0.0f, 2f * (float)Math.PI);
return(new Vec2(Mathf.Cos(rand_angle), Mathf.Sin(rand_angle)));
}
public static Vec2 RandomUnitVector()
{
float randomAngle = Deg2Rad(Utils.Random(0, 361));
return(new Vec2(Mathf.Cos(randomAngle), Mathf.Sin(randomAngle)));
}
public static Vec2 GetRandomVector()
{
float a = Utils.Random(0, 360);
return(GetUnitVectorDegrees(a));
}