public Wolf(Texture2D texture,
Color color,
int radius,
Vector2 startingPosition,
Vector2 velocity,
Organism.OrganismType organismType,
float initialEnergy,
float visionRadius,
float reproductionThreshold,
Dictionary<Organism.OrganismType, Reaction> reactionDictionary)
: base(texture, color, radius, startingPosition, velocity, organismType, initialEnergy, visionRadius, reproductionThreshold, reactionDictionary)
{
Texture = texture;
Color = color;
Radius = radius;
Position = startingPosition;
Velocity = velocity;
MyType = organismType;
Energy = initialEnergy;
VisionRadius = visionRadius;
ReproductionThreshold = reproductionThreshold;
ReactionDictionary = reactionDictionary;
Rando = new Random();
alive = true;
}
//called when organism is in direct contact with 'something it can consume'
public override void Consume(Organism o)
{
Velocity = new Vector2(0, 0);
o.Velocity = new Vector2(0, 0);
if (o.Energy > 1f)
{
Energy += o.Energy * .05f;
o.Energy -= o.Energy * .05f;
} else {
Energy += o.Energy;
o.Energy = 0;
o.alive = false;
}
//Velocity = new Vector2(Rando.Next(-5, 5), Rando.Next(-5, 5));
}
public virtual Organism Reproduce()
{
Vector2 startPos = Position + new Vector2(Rando.Next(-25, 25), Rando.Next(-25, 25));
Organism o = new Organism(Texture, Color, Radius, startPos, new Vector2(Rando.Next(-5, 5), Rando.Next(-5, 5)), MyType, Energy / 2, VisionRadius, ReproductionThreshold, ReactionDictionary);
Energy = Energy / 2;
return o;
}
//called when organism is in direct contact with 'something it can consume'
public virtual void Consume(Organism o)
{
Velocity = new Vector2(0, 0);
o.Velocity = new Vector2(0, 0);
Energy += o.Energy;
o.Energy = 0;
o.alive = false;
//Velocity = new Vector2(Rando.Next(-5, 5), Rando.Next(-5, 5));
}
