public static float getMinionSpeed(MinionColor color, bool isIdle) {
float speed = 0f;
switch(color) {
case MinionColor.BLUE:
speed = MINION_SPEED_IDLE_BLUE;
break;
case MinionColor.GREEN:
speed = MINION_SPEED_IDLE_GREEN;
break;
case MinionColor.RED:
speed = MINION_SPEED_IDLE_RED;
break;
case MinionColor.YELLOW:
speed = MINION_SPEED_IDLE_YELLOW;
break;
default:
return 0f;
}
if(isIdle == true) {
return speed;
} else {
return speed * MINION_SPEED_MULTIPLICATOR;
}
}
private void Initialize(MinionColor color, int count)
{
for (int i = 0; i < count; i++)
{
Minion minion = Game.instance.CreateMinion(color);
_minions.Add(minion);
}
}
public static int getPoints(MinionColor color) {
switch(color) {
case MinionColor.BLUE:
return BLUE_POINT;
case MinionColor.GREEN:
return GREEN_POINT;
case MinionColor.RED:
return RED_POINT;
case MinionColor.YELLOW:
return YELLOW_POINT;
default:
return 0;
}
}
public static TileType getTileTypeForColor(MinionColor color) {
switch(color) {
case MinionColor.BLUE:
return TileType.MINION_BLUE;
case MinionColor.GREEN:
return TileType.MINION_GREEN;
case MinionColor.RED:
return TileType.MINION_RED;
case MinionColor.YELLOW:
return TileType.MINION_YELLOW;
default :
return TileType.DEFAULT;
}
}
// Return the total of minions of the player
public int GetCountMinions(MinionColor color) {
switch(color) {
case MinionColor.BLUE:
return this.GetCountMinionsBlue ();
case MinionColor.GREEN:
return this.GetCountMinionsGreen ();
case MinionColor.RED:
return this.GetCountMinionsRed ();
case MinionColor.YELLOW:
return this.GetCountMinionsYellow ();
default :
return this._minions.Count;
}
}
public List<Minion> GetMinions(MinionColor color) {
if(color == MinionColor.ANY) {
return this.minions;
} else {
List<Minion> minions = new List<Minion> ();
foreach(Minion minion in this._minions) {
if(minion.color == color) {
minions.Add (minion);
}
}
return minions;
}
}
// Return one minion of the selected color
public Minion GetMinion(MinionColor color) {
switch(color) {
case MinionColor.BLUE:
return this.GetOneMinionBlue();
case MinionColor.GREEN:
return this.GetOneMinionGreen ();
case MinionColor.RED:
return this.GetOneMinionRed();
case MinionColor.YELLOW:
return this.GetOneMinionYellow();
default:
return this.GetRandomMinion();
}
}
// Kill one minion, without trigger his effect
public void KillMinion(MinionColor color) {
Minion minion = this.GetMinion (color);
this._minions.Remove (minion);
minion.Kill ();
portrait.GetComponent<PlayerUI>().FillMinionSlots(this.minions);
}
// Sacrifice a minion to get a bonus/special action
public void SacrificeMinion(MinionColor color) {
if(this.canAction == true && this.GetCountMinions (color) > 0) {
// Todo : A décommenter
Minion minion = this.GetMinion(color);
if (minion.canSacrifice == true)
{
Game.instance.numberOfTurnSinceRespawn = 0;
this.RemoveMinion(color);
minion.Sacrifice();
portrait.GetComponent<PlayerUI>().FillMinionSlots(this.minions);
}
else
{
Game.instance.PrepareEndTurn();
}
}
}
// Remove a minion from the player
public void RemoveMinion(MinionColor color) {
if (this._minions.Count > 0) {
Minion minionToRemove = null;
foreach (Minion minion in this._minions) {
if (minion.color == color) {
minionToRemove = minion;
break;
}
}
if (minionToRemove != null) {
this._minions.Remove (minionToRemove);
for(int i = 0; i < this.minions.Count; i++) {
minions[i].setMinionOffset (i);
minions[i].transform.position = this.transform.position + Game.instance.mapManager.map.tiles [this.tileIndex].size / 2.5f * minions[i].offsetPosition;
minions[i].targetPosition = minions[i].transform.position;
}
#if DEBUG
Debug.Log ("One minion with color " + minionToRemove.color + " has been removed");
#endif
} else {
#if DEBUG
Debug.Log ("ERROR NO MINION WITH COLOR " + color + " FOUND !");
#endif
}
} else {
#if DEBUG
Debug.Log ("The player hasn't any minions.");
#endif
}
}
// Create a minion
public Minion CreateMinion(MinionColor color) {
Minion.number++;
switch(color) {
case MinionColor.BLUE:
return Instantiate (this._minionBlue) as MinionBlue;
case MinionColor.GREEN:
return Instantiate (this._minionGreen) as MinionGreen;
case MinionColor.RED:
return Instantiate (this._minionRed) as MinionRed;
case MinionColor.YELLOW:
return Instantiate (this._minionYellow) as MinionYellow;
default:
MinionColor randomColor = (MinionColor) Random.Range (1, System.Enum.GetValues(typeof(MinionColor)).Length);
return this.CreateMinion (randomColor);
}
}