private void SpawnTerrainTile(int i, int j)
{
if (groundTilePrefab != null)
{
Vector2 currentTilePosition = CoordConverter.HexToPos(new Vector2Int(i, j));
float rand = Random.Range(0f, 1f);
// Water is placed if the random number picked it AND the tile is not protected
Tile newTile = null;
Food newFood = null;
if (!protectedTiles.Contains(new Vector2Int(i, j)) && rand < waterProbability)
{
newTile = Instantiate(waterTilePrefab, CoordConverter.PlanToWorld(currentTilePosition, waterTilePrefab.transform.position.y), waterTilePrefab.transform.rotation);
}
else
{
newTile = Instantiate(groundTilePrefab, CoordConverter.PlanToWorld(currentTilePosition, groundTilePrefab.transform.position.y), groundTilePrefab.transform.rotation);
rand = Random.Range(0f, 1f);
// Food is placed if the random number picked it AND the tile is not protected (AND the tile is not water)
if (!protectedTiles.Contains(new Vector2Int(i, j)) && rand < foodProbability)
{
newFood = Instantiate(foodPrefab, CoordConverter.PlanToWorld(currentTilePosition, foodPrefab.transform.position.y), foodPrefab.transform.rotation);
foods.Add(newFood);
}
}
terrain[i][j] = new TileContent(newTile, newFood);
}
}
public void MoveToTarget(float elapsedTime, float totalTime)
{
// The remaining time might be 0 (especially if the animation time by turn is set to 0)
if (elapsedTime >= totalTime)
{
return;
}
float elapsedPercentage = elapsedTime / totalTime;
Vector3 targetPosition = CoordConverter.PlanToWorld(CoordConverter.HexToPos(gameCoordinates), transform.position.y);
transform.position = Vector3.Slerp(transform.position, targetPosition, elapsedPercentage);
}
private TurnError ActEgg(Ant ant, HexDirection direction)
{
if (direction == HexDirection.CENTER)
{
return(TurnError.ILLEGAL);
}
if (ant.Type != AntType.QUEEN)
{
return(TurnError.NOT_QUEEN);
}
Vector2Int eggCoord = CoordConverter.MoveHex(ant.gameCoordinates, direction);
TurnError tileError = CheckWalkability(eggCoord);
if (tileError != TurnError.NONE)
{
if (tileError == TurnError.COLLISION_ANT)
{
terrain[eggCoord.x][eggCoord.y].ant.eventInputs.Add(new EventInputBump(CoordConverter.InvertDirection(direction)));
}
return(tileError);
}
if (ant.CheckEnergy(Const.EGG_COST))
{
ant.UpdateEnergy(-Const.EGG_COST);
}
else
{
return(TurnError.NO_ENERGY);
}
Vector3 newEggWorldPosition = CoordConverter.PlanToWorld(CoordConverter.HexToPos(eggCoord), eggPrefab.transform.position.y);
Egg newEgg = Instantiate(eggPrefab, newEggWorldPosition, eggPrefab.transform.rotation);
newEgg.Init(ant.team, eggCoord, ant.team.color);
ant.team.eggs.Add(newEgg);
terrain[eggCoord.x][eggCoord.y].egg = newEgg;
isPermanentModif = true;
return(TurnError.NONE);
}
public void RotateToTarget(float elapsedTime, float totalTime)
{
// The remaining time might be 0 (especially if the animation time by turn is set to 0)
if (elapsedTime >= totalTime)
{
return;
}
if (displayDirection == HexDirection.CENTER)
{
return;
}
float elapsedPercentage = elapsedTime / totalTime;
// FIXME Quite inelegant way to rotate slowly to face the next tile
Quaternion formerRotation = transform.rotation;
transform.LookAt(CoordConverter.PlanToWorld(CoordConverter.HexToPos(CoordConverter.MoveHex(displayCoordinates, displayDirection)), transform.position.y));
transform.rotation = Quaternion.Slerp(formerRotation, transform.rotation, elapsedPercentage);
}
public void UpdateCell(List <PheromoneDescriptor>[][][] pheromoneMaps, int x, int y)
{
// Removing all the displayers from the cell
foreach (List <PheromoneDisplayer>[][] displayMap in displayMaps)
{
foreach (PheromoneDisplayer displayer in displayMap[x][y])
{
Destroy(displayer.gameObject);
}
displayMap[x][y] = new List <PheromoneDisplayer>();
}
// Adding all the needed displayers to the cell
for (int i = 0; i < pheromoneMaps.Length; i++)
{
List <PheromoneDescriptor>[][] pheromoneMap = pheromoneMaps[i];
List <PheromoneDisplayer>[][] displayMap = displayMaps[i];
foreach (PheromoneDescriptor pheromone in pheromoneMap[x][y])
{
Color validityColor = CheckValidity(pheromone, i);
if (validityColor != NULL_COLOR)
{
PheromoneDisplayer newDisplayer = Instantiate(
displayerPrefab,
CoordConverter.PlanToWorld(CoordConverter.HexToPos(new Vector2Int(x, y)), displayerPrefab.transform.position.y),
displayerPrefab.transform.rotation);
newDisplayer.displayDirection = pheromone.direction;
newDisplayer.transform.LookAt(CoordConverter.PlanToWorld(CoordConverter.HexToPos(CoordConverter.MoveHex(new Vector2Int(x, y), newDisplayer.displayDirection)), newDisplayer.transform.position.y));
newDisplayer.SetColor(validityColor);
displayMap[x][y].Add(newDisplayer);
}
}
}
}
public void FixAnimation()
{
transform.position = CoordConverter.PlanToWorld(CoordConverter.HexToPos(gameCoordinates), transform.position.y);
displayCoordinates = gameCoordinates;
transform.LookAt(CoordConverter.PlanToWorld(CoordConverter.HexToPos(CoordConverter.MoveHex(displayCoordinates, displayDirection)), transform.position.y));
}
private void Act()
{
// Get the new turn order
randomOrderAntList = nextRandomOrderAntList;
nextRandomOrderAntList = new List <Ant>();
// Makes the queen and all the workers resolve their actions
foreach (Ant ant in randomOrderAntList)
{
ResolveDecision(ant);
}
// Manages the eggs of all the teams
foreach (Team team in teams)
{
// Makes all the eggs get older, and make the ready ones open
List <int> emptyIndexes = new List <int>();
for (int i = 0; i < team.eggs.Count; i++)
{
Egg egg = team.eggs[i];
egg.roundsBeforeCracking--;
if (egg.roundsBeforeCracking <= 0)
{
Vector3 newAntWorldPosition = CoordConverter.PlanToWorld(CoordConverter.HexToPos(egg.gameCoordinates), workerPrefab.transform.position.y);
Worker newWorker = Instantiate(workerPrefab, newAntWorldPosition, workerPrefab.transform.rotation);
terrain[egg.gameCoordinates.x][egg.gameCoordinates.y].ant = newWorker;
newWorker.Init(egg.team, egg.gameCoordinates, egg.team.color);
team.workers.Add(newWorker);
egg.Die();
team.eggs[i] = null;
emptyIndexes.Add(i);
}
}
for (int i = emptyIndexes.Count - 1; i >= 0; i--)
{
if (team.eggs[i] != null)
{
Debug.Log("Wait. That's illegal.");
}
team.eggs.RemoveAt(i);
}
}
// Check which teams have ended
List <Team> finishedTeams = new List <Team>();
foreach (Team team in teams)
{
// Makes all the ands that shoudl die die
if (team.queen.shouldDie)
{
finishedTeams.Add(team);
}
List <Worker> toDie = new List <Worker>();
foreach (Worker worker in team.workers)
{
if (worker.shouldDie)
{
toDie.Add(worker);
}
}
foreach (Worker worker in toDie)
{
team.workers.Remove(worker);
Destroy(worker.gameObject);
}
}
foreach (Team team in finishedTeams)
{
team.Die();
teams.Remove(team);
}
}
/*
* HEXAGONAL TERRAIN REPRESENTATION
*
* Hex form:
* A B C
* D E F
* G H I
*
* Hex coordinates:
* (0|0) (1|0) (2|0)
* (0|1) (1|1) (2|1)
* (0|2) (1|2) (2|2)
*
* Terrain table form:
* A D G
* B E H
* C F I
*
* Terrain table coordinates :
* (0|0) (0|1) (0|2)
* (1|0) (1|1) (1|2)
* (2|0) (2|1) (2|2)
*/
// Start is called before the first frame update
void Start()
{
// If the map too small
if (terrainSideLength < 5)
{
return;
}
// Just a convenient variable
terrainLength = 2 * terrainSideLength - 1;
// Creates the protected tiles
protectedTiles = new List <Vector2Int>();
int index = 0;
// Stores the six corner sanctuaries of the map
Dictionary <HexDirection, List <Vector2Int> > possibleSanctuaries = BuildSanctuaries();
// Gives a starting position for each future queen and declares the protected tiles (cannot contain food or water)
List <Vector2Int> currSanct;
List <Vector2Int> queenPositions = new List <Vector2Int>();
switch (aisToCompete.Count)
{
case 1:
currSanct = possibleSanctuaries[HexDirection.UPLEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
break;
case 2:
currSanct = possibleSanctuaries[HexDirection.UPLEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.DOWNRIGHT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
break;
case 3:
currSanct = possibleSanctuaries[HexDirection.UPLEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.DOWNLEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.RIGHT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
break;
case 4:
currSanct = possibleSanctuaries[HexDirection.UPLEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.DOWNRIGHT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.LEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.RIGHT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
break;
case 5:
currSanct = possibleSanctuaries[HexDirection.UPLEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.DOWNRIGHT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.LEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.RIGHT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.DOWNLEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
break;
case 6:
currSanct = possibleSanctuaries[HexDirection.UPLEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.DOWNRIGHT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.LEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.RIGHT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.DOWNLEFT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
currSanct = possibleSanctuaries[HexDirection.UPRIGHT];
queenPositions.Add(currSanct[0]);
protectedTiles.AddRange(currSanct);
break;
default:
break;
}
// Fills the terrain with tiles
terrain = new TileContent[terrainLength][];
foods = new List <Food>();
for (int i = 0; i < terrainLength; i++)
{
terrain[i] = new TileContent[terrainLength];
for (int j = 0; j < terrainSideLength; j++)
{
// The condition trucates a part of the map, to shape it like an hexagon
if (i < terrainSideLength + j)
{
SpawnTerrainTile(i, j);
}
}
for (int j = terrainSideLength; j < terrainLength; j++)
{
// The condition trucates a part of the map, to shape it like an hexagon
if (i > j - terrainSideLength)
{
SpawnTerrainTile(i, j);
}
}
}
nextRandomOrderAntList = new List <Ant>();
// Instantiate the teams (number inferior or equal to 4)
teams = new List <Team>();
index = 0;
foreach (AntAI ai in aisToCompete)
{
if (index >= Const.MAX_PLAYERS)
{
break;
}
Vector2Int queenPosition = queenPositions[index];
Vector3 queenWorldPosition = CoordConverter.PlanToWorld(CoordConverter.HexToPos(queenPosition), queenPrefab.transform.position.y);
Queen newQueen = Instantiate(queenPrefab, queenWorldPosition, queenPrefab.transform.rotation);
terrain[queenPosition.x][queenPosition.y].ant = newQueen;
Color teamColor = teamColors.Count > index ? teamColors[index] : new Color(255, 255, 255);
Team newTeam = new Team(ai.GetType().ToString() + index, index, newQueen, ai, teamColor);
teams.Add(newTeam);
newQueen.Init(newTeam, queenPosition, teamColor);
index++;
}
// Create all the pheromone maps
pheromoneMaps = new List <PheromoneDescriptor> [teams.Count][][];
foreach (Team team in teams)
{
List <PheromoneDescriptor>[][] pheromoneMap = new List <PheromoneDescriptor> [terrainLength][];
pheromoneMaps[team.teamId] = pheromoneMap;
for (int i = 0; i < terrainLength; i++)
{
pheromoneMap[i] = new List <PheromoneDescriptor> [terrainLength];
for (int j = 0; j < terrainSideLength; j++)
{
// The condition trucates a part of the map, to shape it like an hexagon
if (i < terrainSideLength + j)
{
pheromoneMap[i][j] = new List <PheromoneDescriptor>();
}
}
for (int j = terrainSideLength; j < terrainLength; j++)
{
// The condition trucates a part of the map, to shape it like an hexagon
if (i > j - terrainSideLength)
{
pheromoneMap[i][j] = new List <PheromoneDescriptor>();
}
}
}
}
tornamentManager.InitLeaderboard(teams);
pheromoneMapDisplayer.InitMap(teams, terrainLength, terrainLength);
}
