public AllColors()
{
Stone = new SoulColor("Stone", "Defense", new Weapon("Rock Fists", 60, 10), new Ammo("Rock Shards", 5, 1, 30));
Metal = new SoulColor("Metal", "Defense", new Weapon("Metal Pole", 50, 20), new Ammo("Knives", 12, 3, 15));
Grass = new SoulColor("Grass", "Speed", new Weapon("Thorn Whip", 40, 10), new Ammo("Ninja Stars", 10, 1, 20));
Wood = new SoulColor("Wood", "Attack Range", new Weapon("Wood Beam", 100, 15), new Ammo("Logs", 2, 1, 50));
ColorList = new SoulColor[] { Stone, Metal, Grass, Wood };
}
void PrintColors()
{
Debug.Log(sappedColors.Count + " Colors Stored");
for (int i = 0; i < sappedColors.Count; i++)
{
SoulColor currentColor = sappedColors.Dequeue();
Debug.Log("Color " + (i + 1) + ": " + currentColor.Name);
sappedColors.Enqueue(currentColor);
}
}
void UseBoost()
{
if (sappedColors.Count > 0)
{
SoulColor currentColor = sappedColors.Dequeue();
Debug.Log(currentColor.BoostEffect + " increased");
}
else
{
Debug.Log("No color available to use boost");
}
}
void CreateWeapon()
{
if (sappedColors.Count > 0)
{
SoulColor currentColor = sappedColors.Dequeue();
equippedWeapon = currentColor.ColorWeapon;
Debug.Log("Equipped Weapon is " + equippedWeapon.Name);
}
else
{
Debug.Log("No color available to create weapon");
}
}
void SapColor()
{
if (sappedColors.Count < 3)
{
SoulColor sappedColor = GetColor();
sappedColors.Enqueue(sappedColor);
Debug.Log("Sapped " + sappedColor.Name);
}
else
{
Debug.Log("Colors full");
}
}
void PrintInfo()
{
string info = "Player\nEquipped Weapon: ";
info += equippedWeapon == null ? "None" : equippedWeapon.Name;
info += "\nColors[" + sappedColors.Count + "]: ";
for (int i = 0; i < sappedColors.Count; i++)
{
SoulColor currentColor = sappedColors.Dequeue();
info += currentColor.Name + ", ";
sappedColors.Enqueue(currentColor);
}
Debug.Log(info);
}
void CreateRounds()
{
if (sappedColors.Count > 0)
{
SoulColor currentColor = sappedColors.Dequeue();
roundsToFire.Enqueue(currentColor.AmmoType.RoundsPerShot);
roundCount.Enqueue(currentColor.AmmoType.NumOfRounds);
if (roundCount.Count == 1)
{
currentRoundCount = currentColor.AmmoType.NumOfRounds;
}
for (int i = 0; i < currentColor.AmmoType.NumOfRounds; i++)
{
rounds.Enqueue(new Round(currentColor.AmmoType.Damage));
}
}
else
{
Debug.Log("No color available to create ammo");
}
}
void NextColor()
{
SoulColor currentColor = sappedColors.Dequeue();
sappedColors.Enqueue(currentColor);
}
public void SapTiles(GameObject[] tiles)
{
//Gets tiles in range
List <Tile> tilesInRange = new List <Tile>();
int checkedTiles = 0;
//Checks all tiles in tiles array
while (checkedTiles < tiles.Length)
{
//Finds distance between
Vector3 tileDistance = tiles[checkedTiles].transform.position - transform.position;
//Stores tile if it within range
if (tileDistance.magnitude < SapRange && !tiles[checkedTiles].GetComponent <Tile>().IsSapped)
{
tilesInRange.Add(tiles[checkedTiles].GetComponent <Tile>());
}
checkedTiles++;
}
if (tilesInRange.Count == 0)
{
Debug.Log("No Tiles To Sap");
return;
}
//Creates ditionary to track the number of tiles with a certain color
Dictionary <SoulColor, List <Tile> > tileColors = new Dictionary <SoulColor, List <Tile> >();
foreach (Tile t in tilesInRange)
{
//Gets current tile's color
SoulColor currentTileColor = allColors.ColorList[t.TileSoul];
//If other tiles already have this color
if (!tileColors.ContainsKey(currentTileColor))
{
//Add this color too the dictionary
tileColors.Add(currentTileColor, new List <Tile>());
}
//Increase that color's count
tileColors[currentTileColor].Add(t);
}
//Determines color to sap, one with most tiles
SoulColor colorToSap = null;
foreach (SoulColor s in tileColors.Keys)
{
if (colorToSap == null)
{
colorToSap = s;
}
else
{
if (tileColors[s].Count >= tileColors[colorToSap].Count)
{
colorToSap = s;
}
}
}
foreach (Tile t in tileColors[colorToSap])
{
t.SapTile();
}
sappedColors.Enqueue(colorToSap);
Debug.Log("Sapped " + colorToSap.Name);
}
