internal Unit(
float posX,
float posY,
string name,
Map context
)
{
_job = name;
_lifePoints = Convert.ToUInt32(context.GetVillage.Beasts.Beasts[name]["Vie"]);
_maxLifePoints = Convert.ToUInt32(context.GetVillage.Beasts.Beasts[name]["Vie"]);;
_dmg = Convert.ToUInt32(context.GetVillage.Beasts.Beasts[name]["Dégâts"]);;
_armor = Convert.ToUInt32(context.GetVillage.Beasts.Beasts[name]["Armure"]);;
_isMoving = false;
_aaCooldown = new Cooldown(Convert.ToUInt32(context.GetVillage.Beasts.Beasts[name]["Cooldown"]));
_speed = (float)Convert.ToDouble(context.GetVillage.Beasts.Beasts[name]["Vitesse"]);;
_context = context;
_range = (float)Convert.ToDouble(context.GetVillage.Beasts.Beasts[name]["Range"]);;
_position = new Vectors(posX, posY);
}
internal Building(float posX, float posY,
uint lifePoints, uint maxLifePoints,
uint armor, uint rank,
uint woodCost, uint foodCost, uint stoneCost, uint villagerCost,
Map context, string name, string desc)
{
_position = new Vectors(posX, posY);
_lifePoints = lifePoints;
_maxLifePoints = _lifePoints;
_armor = armor;
_rank = 1;
_woodCost = woodCost;
_stoneCost = stoneCost;
_foodCost = foodCost;
_villagerCost = villagerCost;
_context = context;
_count++;
_name = name;
_desc = desc;
}
Vectors FindClosestEnemy(Map map)
{
List <Building> units = map.BuildList;
if (units.Count == 0)
{
throw new IndexOutOfRangeException("Aucune unité n'est disponible!");
}
var magnitude = Position.X + Position.Y;
float min = Math.Abs((units[0].Position.X + units[0].Position.Y) - magnitude);
Vectors unitToReturn = units[0].Position;
foreach (Building n in units)
{
var newMin = Math.Abs((n.Position.X + n.Position.Y) - magnitude);
if (newMin < min)
{
min = newMin;
unitToReturn = n.Position;
}
}
return(unitToReturn);
}
internal float TotDistance(Vectors origin, Vectors arrival)
{
return((float)(Math.Pow(arrival.X - origin.X, 2) + Math.Pow(arrival.Y - origin.Y, 2)));
}
float SubstractY(Vectors origin, Vectors arrival)
{
float y = Math.Abs((origin._posY) - Math.Abs(arrival._posY));
return(y);
}
float SubstractX(Vectors origin, Vectors arrival)
{
float x = Math.Abs((origin._posX) - Math.Abs(arrival._posX));
return(x);
}
internal bool IsInRange(Vectors origin, Vectors arrival, float range)
{
float result = (float)(Math.Pow(arrival.X - origin.X, 2) + Math.Pow(arrival.Y - origin.Y, 2));
return(result <= (float)Math.Pow(range, 2));
}
internal void SpawnWave()
{
GobAmount = Round * 4;
for (int i = 0; i < GobAmount; i++)
{
Vectors placeToSpawn = SpawnLocation();
Barbar v1 = new Barbar(
placeToSpawn.X,
placeToSpawn.Y,
WavesContext.Vill.Beasts.Beasts["Gobelin"]["Nom"], WavesContext
);
}
uint magesToSpawn;
if (Round >= 4)
{
magesToSpawn = Round;
for (int i = 0; i < magesToSpawn; i++)
{
Vectors placeToSpawn = SpawnLocation();
Mage m = new Mage(
placeToSpawn.X,
placeToSpawn.Y,
WavesContext.Vill.Beasts.Beasts["Mage"]["Nom"], WavesContext
);
}
}
if (Round >= 8)
{
uint gargoylesToSpawn = (uint)Math.Ceiling((double)Round / 2);
for (int i = 0; i < gargoylesToSpawn; i++)
{
Vectors placeToSpawn = SpawnLocation();
Gargoyle g = new Gargoyle(
placeToSpawn.X,
placeToSpawn.Y,
WavesContext.Vill.Beasts.Beasts["Gargoyle"]["Nom"], WavesContext
);
}
}
if (Round >= 12)
{
uint giantsToSpawn = (uint)Math.Ceiling((double)Round / 2);
for (int i = 0; i < giantsToSpawn; i++)
{
Vectors placeToSpawn = SpawnLocation();
Giant g = new Giant(
placeToSpawn.X,
placeToSpawn.Y,
WavesContext.Vill.Beasts.Beasts["Giant"]["Nom"], WavesContext
);
}
}
Round++;
}