private IEnumerator DoBuildTile(EnvironmentTile tile)
{
// Go to
List <EnvironmentTile> route = map.Solve(CurrentPosition, tile);
if (route != null && route.Count > 2)
{
Debug.Log("Searching for adjacent route");
List <EnvironmentTile> adjacent_route = map.SolveAdjacent(CurrentPosition, tile);
if (adjacent_route != null)
{
Debug.Log("Adjacent route found");
yield return(DoGoTo(adjacent_route));
Debug.Log("Building");
yield return(DoBuild(tile));
}
}
// Build
else
{
Debug.Log("Searching for adjacent route");
List <EnvironmentTile> adjacent_route = map.SolveAdjacent(CurrentPosition, tile);
if (adjacent_route != null)
{
Debug.Log("Adjacent route found");
yield return(DoGoTo(adjacent_route));
Debug.Log("Upgrading");
yield return(DoUpgrade(tile));
}
}
}
private IEnumerator DoGoTo(List <EnvironmentTile> route, bool full)
{
// Move through each tile in the given route
if (route != null)
{
Vector3 position = CurrentPosition.Position;
for (int count = 0; count < route.Count; ++count)
{
if (!full && count == route.Count - 1)
{
break;
}
Vector3 next = route[count].Position;
yield return(DoMove(position, next));
CurrentPosition = route[count];
position = next;
GetComponent <CharacterManager>().currentTile = route[count];
GetComponent <CharacterManager>().characterState = 1;
CurrentPosition.occupant = gameObject;
}
GetComponent <Animator>().SetBool("walking", false);
GetComponent <CharacterManager>().characterState = 0; // Character is idle after walking
}
}
void placeDecoUpdate(EnvironmentTile tile)
{
if (tile != null)
{
//Shpw the shop at the mouse position in the centre of the tile
spawnedDeco.transform.position = new Vector3(mRaycastHits[0].transform.position.x + 5, mRaycastHits[0].transform.position.y + 3, mRaycastHits[0].transform.position.z + 5);
}
//Rotate the shop using the scroll click or space
if (Input.GetMouseButtonDown(2) || Input.GetKeyDown(KeyCode.Space))
{
spawnedDeco.transform.Rotate(Vector3.up, 90.0f);
}
else if (Input.GetMouseButtonDown(0) && !tile.isPaddock && !tile.isPath)
{
if (tile.IsAccessible)
{
if (currency.sufficientFunds(decorationCost))
{
decoClone = decorations.pickDecoration(decoSelected);
decoClone.transform.rotation = spawnedDeco.transform.rotation;
decoClone.transform.position = new Vector3(tile.transform.position.x + 5, tile.transform.position.y + 3, tile.transform.position.z + 5);
tile.IsAccessible = false;
currency.takeIncome(decorationCost);
decoClone.transform.parent = tile.transform;
level.addExp(standardExp);
}
}
// buttons.setButtons(true);
Destroy(spawnedDeco);
placingDeco = false;
}
}
// Move the player to x tile on the map
private void MovePlayerToStart(Character Character, EnvironmentTile tile)
{
Character.transform.position = tile.Position + new Vector3(0.0f, CharacterYOffset, 0.0f);
Character.CurrentPosition = tile;
Character.transform.rotation = Quaternion.identity;
Character.transform.parent = this.transform;
}
// Generate a new world using the save data
public void GenerateWorld(Character Character, GenerationPayload generationPayload, Game.SaveDataPacket saveData)
{
mMapGenerationPayload = generationPayload;
// Load the world save data
GenerateWaterMap(saveData);
Generate(saveData);
SetupConnections();
// Move the player to there last position
MovePlayerToStart(Character, mMap[saveData.PlayerX][saveData.PlayerY]);
mCharacter = Character;
// Load all entities
for (int i = 0; i < saveData.Entities.Length; i++)
{
foreach (Entity e in EntityInstances)
{
if (saveData.Entities[i].N == e.entityName)
{
EnvironmentTile tile = mMap[saveData.Entities[i].X][saveData.Entities[i].Y];
Entity ent = GameObject.Instantiate(e, Environment.instance.transform);
RegisterEntity(ent);
ent.transform.position = tile.Position;
ent.transform.rotation = Quaternion.identity;
ent.CurrentPosition = tile;
break;
}
}
}
}
// Generate the world using the save data
private void Generate(Game.SaveDataPacket saveData)
{
Vector2Int Size = mMapGenerationPayload.size;
mMap = new EnvironmentTile[Size.x][];
// Loop through for each tile coordinate
for (int x = 0; x < Size.x; ++x)
{
mMap[x] = new EnvironmentTile[Size.y];
for (int y = 0; y < Size.y; ++y)
{
bool isWater = mWaterMap[x, y];
EnvironmentTile tile = null;
Vector3 position = GetRawPosition(x, y);
// Check to see if the tile should be a water tile or not
if (isWater)
{
AddWaterTile(position, ref tile, mMapGenerationPayload.size, x, y);
}
else
{
Game.TileSaveData saveInstance = saveData.TileData[x + (y * Size.x)];
AddLandTile(position, ref tile, mMapGenerationPayload.size, x, y, saveInstance.N, saveInstance.R);
}
}
}
}
// Walk x range from its current location to a random free tile if available
public void Walk(int range)
{
Vector2Int mapSize = Environment.instance.mMapGenerationPayload.size;
// Calculate the mins and maxes for the possible touching tile coordinates
int xMin = CurrentPosition.PositionTile.x - range < 0 ? 0 : CurrentPosition.PositionTile.x - range;
int yMin = CurrentPosition.PositionTile.y - range < 0 ? 0 : CurrentPosition.PositionTile.y - range;
int xMax = CurrentPosition.PositionTile.x + range < mapSize.x ? CurrentPosition.PositionTile.x + range : mapSize.x - 1;
int yMax = CurrentPosition.PositionTile.y + range < mapSize.y ? CurrentPosition.PositionTile.y + range : mapSize.y - 1;
int randomX = Random.Range(xMin, xMax);
int randomY = Random.Range(yMin, yMax);
EnvironmentTile destination = Environment.instance.GetTile(randomX, randomY);
List <EnvironmentTile> route = Environment.instance.Solve(CurrentPosition, destination);
// If the animal is already there, break
if (route == null)
{
mPreformingAction = false;
return;
}
if (route.Count > 0)
{
StopAllCoroutines();
StartCoroutine(DoWalk(route, destination));
}
else
{
mPreformingAction = false;
return;
}
}
// Make sure that at least one of the touching tiles is land
public override bool Valid(Entity entity)
{
EnvironmentTile tile = environmentTile;
// Is the current tile water
if (PlaceEarth != Environment.instance.mWaterMap[tile.PositionTile.x, tile.PositionTile.y] || !base.Valid(entity))
{
return(false);
}
if (!PlaceEarth && tile.Type != EnvironmentTile.TileType.Accessible)
{
return(false);
}
int xMin = (tile.PositionTile.x - 1 < 0) ? 0 : tile.PositionTile.x - 1;
int yMin = (tile.PositionTile.y - 1 < 0) ? 0 : tile.PositionTile.y - 1;
int xMax = (tile.PositionTile.x + 1 < Environment.instance.mMapGenerationPayload.size.x) ? (tile.PositionTile.x + 1) : (Environment.instance.mMapGenerationPayload.size.x - 1);
int yMax = (tile.PositionTile.y + 1 < Environment.instance.mMapGenerationPayload.size.y) ? (tile.PositionTile.y + 1) : (Environment.instance.mMapGenerationPayload.size.x - 1);
// Check the 4 edges of the water tile for land to see if its remotely possible to path to it later on
if (!Environment.instance.mWaterMap[xMin, tile.PositionTile.y] ||
!Environment.instance.mWaterMap[xMax, tile.PositionTile.y] ||
!Environment.instance.mWaterMap[tile.PositionTile.x, yMin] ||
!Environment.instance.mWaterMap[tile.PositionTile.x, yMax])
{
return(true);
}
return(false);
}
private void RegulateNewTile(EnvironmentTile oldTile, bool onGeneration, int tileType)
{
if (oldTile.IsPickupable == true && mCharacter.CurrentPosition == oldTile)
{
oldTile.Random = 0;
oldTile.IsPickupable = false;
}
newTile = mMap.GenerateTile(onGeneration, tileType, oldTile.Random, oldTile.Position, oldTile.Rotation, oldTile.X, oldTile.Y, oldTile.IsAccessible, oldTile.IsPickupable);
if (mCharacter.CurrentPosition == oldTile)
{
mCharacter.CurrentPosition = newTile;
}
for (int j = 0; j < mMap.Enemies.Count; j++)
{
if (mMap.Enemies[j].CurrentPosition == oldTile)
{
mMap.Enemies[j].CurrentPosition = newTile;
}
}
for (int x = 0; x < oldTile.Connections.Count; x++)
{
oldTile.Connections[x].Connections.Add(newTile);
oldTile.Connections[x].Connections.Remove(oldTile);
}
Destroy(oldTile.gameObject);
mMap.Connect(newTile, newTile.X, newTile.Y);
}
// Helper func to find the closest tile around another tile (mainly for forager)
public EnvironmentTile CheckAround(EnvironmentTile tile, EnvironmentTile objective)
{
EnvironmentTile temp = null;
int dist = int.MaxValue;
// Ensure parameters are valid
if (tile != null && objective != null)
{
// Check through all tiles connected to initial tile
foreach (EnvironmentTile e in tile.Connections)
{
// Ensure tile is accessible
if (e.IsAccessible == true)
{
// Calculate length of route from the objective (forager tile pos) to the tile
List <EnvironmentTile> route = mMap.Solve(objective, e, "Game");
// Ensure route calculated is possible
if (route != null)
{
if (route.Count < dist)
{
// Found a shortest route to a surrounding tile
dist = route.Count;
temp = e;
}
}
}
}
}
return(temp);
}
private int getTileClearCost(EnvironmentTile tile)
{
//Get the cost to remove the tile or the sell price of the turret if tile is a turret
//Decrement turret cost of the tile to get the price that was paid for it
incrementTurretCost(tile, -1);
Turret turret = tile.GetComponentInChildren <Turret>();
int cost;
if (turret is MachineGun)
{
cost = (int)(-(machineGunCost + tile.costToRemove) * sellMoneyBackPercent);
}
else if (turret is Mortar)
{
cost = (int)(-(mortarCost + tile.costToRemove) * sellMoneyBackPercent);
}
else
{
cost = tile.costToRemove;
}
//Increment cost again to ensure turret cost stays the same
incrementTurretCost(tile, 1);
return(cost);
}
bool cycleThrough(RaycastHit[] hit)
{
//Check to see if the immediate tiles are in-fact paths
for (int i = 0; i < hit.Length; i++)
{
RaycastHit hits = hit[i];
EnvironmentTile tl = hits.transform.GetComponent <EnvironmentTile>();
if (tl.isPath)
{
//If it is a path, the shop can be accessed by customers
pathConnecting = true;
incomeSprite.GetComponent <SpriteRenderer>().sprite = producing;
return(true);
}
else
{
pathConnecting = false;
incomeSprite.GetComponent <SpriteRenderer>().sprite = notProducing;
return(false);
}
}
return(false);
}
private void SetupConnections()
{
// Currently we are only setting up connections between adjacnt nodes
for (int x = 0; x < Size.x; ++x)
{
for (int y = 0; y < Size.y; ++y)
{
EnvironmentTile tile = mMap[x][y];
tile.Connections = new List <EnvironmentTile>();
if (x > 0)
{
tile.Connections.Add(mMap[x - 1][y]);
}
if (x < Size.x - 1)
{
tile.Connections.Add(mMap[x + 1][y]);
}
if (y > 0)
{
tile.Connections.Add(mMap[x][y - 1]);
}
if (y < Size.y - 1)
{
tile.Connections.Add(mMap[x][y + 1]);
}
}
}
}
public void Extract()
{
if (Extractor)
{
EnvironmentTile eTile = GameTiles.instance.environmentTiles[LocalPlace];
List <string> extractResources = GameTiles.instance.EnvironmentResourceNames;
// if there are still resources in the ground
if (GroundHasResources())
{
// extract it
foreach (string resourceName in extractResources)
{
eTile.Resources[resourceName] -= Resources[resourceName];
if (eTile.Resources[resourceName] < 0)
{
eTile.Resources[resourceName] = 0;
}
}
// update health bar
float ratio = GetResourcesRatio();
HealthBar.SetValue(ratio);
}
}
}
public void StartSpawning(List <EnvironmentTile> tiles, EnvironmentTile target)
{
StopAllCoroutines();
spawningTiles = tiles;
this.target = target;
StartCoroutine(Spawner());
}
private float Heuristic(EnvironmentTile a, EnvironmentTile b)
{
// Use the locations of the node to estimate how close they are by line of sight
// experiment here with better ways of estimating the distance. This is used to
// calculate the global goal and work out the best order to prossess nodes in
return(Vector3.Distance(a.Position, b.Position));
}
public float GetResourcesRatio()
{
EnvironmentTile ground = GameTiles.instance.environmentTiles[LocalPlace];
var groundTypeResources = GameTiles.instance.GetEnvironmentTypes().FindTypeByName(ground.Name).GenerateResourcesDictionary();
Dictionary <string, int> extractedResources = new Dictionary <string, int>();
// get ratio in function of ground resources
// list the resources consumed by the facility and record their amount in the ground tile
foreach (string resourceName in GameTiles.instance.EnvironmentResourceNames)
{
if (Resources[resourceName] > 0)
{
extractedResources[resourceName] = ground.Resources[resourceName];
}
}
// total in the ground among all resources extracted
float groundTotal = 0;
// total in the ground before any mining was performed
float groundMax = 0;
foreach (KeyValuePair <string, int> entry in extractedResources)
{
groundTotal += entry.Value;
groundMax += groundTypeResources[entry.Key];
}
return(groundTotal / groundMax);
}
// Override the "TileActionCollection" DoCollection function
// Remove the entity that this script is attached to and preform all the lower level inventory adding code
public override IEnumerator DoCollection(Entity entity, EnvironmentTile tile)
{
yield return(base.DoCollection(entity, tile));
Environment.instance.RemoveEntity(GatherEntity);
Destroy(GatherEntity.gameObject);
}
// Randomly returns a neighbouring tile to the tile given
public EnvironmentTile GetNeighbourTile(EnvironmentTile tile)
{
int numNeighbours = tile.Connections.Count;
int x = Random.Range(0, numNeighbours);
return(tile.Connections[x]);
}
// Override the "TileActionCollection" DoCollection function
// Pause and rotate the tile
public override IEnumerator DoCollection(Entity entity, EnvironmentTile tile)
{
yield return(base.DoCollection(entity, tile));
// Rotate the tile 90 degrees clockwise
Environment.instance.SetTileRotation(ref tile, (tile.Rotation + 1) % 4);
}
// Make sure there is a pair of opposing tiles that we can jump between
public override bool Valid(Entity entity)
{
Vector2Int targetPosition = environmentTile.PositionTile;
int xMin = (targetPosition.x - 1 < 0) ? 0 : targetPosition.x - 1;
int yMin = (targetPosition.y - 1 < 0) ? 0 : targetPosition.y - 1;
int xMax = (targetPosition.x + 1 < Environment.instance.mMapGenerationPayload.size.x) ? (targetPosition.x + 1) : (Environment.instance.mMapGenerationPayload.size.x - 1);
int yMax = (targetPosition.y + 1 < Environment.instance.mMapGenerationPayload.size.y) ? (targetPosition.y + 1) : (Environment.instance.mMapGenerationPayload.size.x - 1);
// Make sure we are not going out of the map bounds
if (xMin != targetPosition.x && xMax != targetPosition.x)
{
EnvironmentTile tile2 = Environment.instance.GetTile(targetPosition.x + 1, targetPosition.y);
EnvironmentTile tile4 = Environment.instance.GetTile(targetPosition.x - 1, targetPosition.y);
if (tile2 != null && tile2.Type == EnvironmentTile.TileType.Accessible && tile4 != null && tile4.Type == EnvironmentTile.TileType.Accessible)
{
return(true);
}
}
else if (xMin != targetPosition.x && xMax != targetPosition.x)// Make sure we are not going out of the map bounds
{
EnvironmentTile tile1 = Environment.instance.GetTile(targetPosition.x, targetPosition.y + 1);
EnvironmentTile tile3 = Environment.instance.GetTile(targetPosition.x, targetPosition.y - 1);
if (tile1 != null && tile1.Type == EnvironmentTile.TileType.Accessible && tile3 != null && tile3.Type == EnvironmentTile.TileType.Accessible)
{
return(true);
}
}
return(false);
}
private List <EnvironmentTile> GetAbility2Tiles()
{
if (SpellTiles != null)
{
SpellTiles.Clear();
}
EnvironmentTile CP = mCharacter.CurrentPosition;
List <EnvironmentTile> C = CP.Connections;
for (int i = 0; i < C.Count; i++)
{
SpellTiles.Add(C[i]);
for (int j = 0; j < C[i].Connections.Count; j++)
{
if (C[i].Connections[j].X == CP.X + 2 || C[i].Connections[j].X == CP.X - 2 || C[i].Connections[j].Y == CP.Y + 2 || C[i].Connections[j].Y == CP.Y - 2)
{
if (!SpellTiles.Contains(C[i].Connections[j]))
{
SpellTiles.Add(C[i].Connections[j]);
}
}
}
}
return(SpellTiles);
}
public void releaseTheHound(EnvironmentTile tilePassedIn)
{
CancelInvoke();
List <EnvironmentTile> visRoute = mMap.Solve(this.CurrentPosition, tilePassedIn, 0);
this.GoTo(visRoute);
}
public EnvironmentTile GetRandom()
{
int x = Random.Range(0, Size.x - 1);
int y = Random.Range(0, Size.y - 1);
EnvironmentTile target = mMap[x][y];
return(target);
}
public void HighlightTile(EnvironmentTile tile)
{
// turn tile green
tile.TilemapMember.SetTileFlags(tile.LocalPlace, TileFlags.None);
tile.TilemapMember.SetColor(tile.LocalPlace, Color.green);
highlightedPositions.Add(tile.LocalPlace);
}
protected InteractableObject(GameWorld owner, EnvironmentTile owningTile, string texture,
string action)
: base(owner)
{
OwningTile = owningTile;
Texture = texture;
Action = action;
}
public void setTile(EnvironmentTile tile)
{
placedTile = tile;
this.transform.position = placedTile.transform.position;
this.transform.rotation = Quaternion.identity;
this.CurrentPosition = placedTile;
}
// Start is called before the first frame update
void Start()
{
// Define health and references to game/environment
Health = 100;
game = GameObject.FindGameObjectWithTag("GameController");
mMap = game.GetComponentInChildren <Environment>();
baseTile = game.GetComponentInChildren <Environment>().baseTile;
}
// Given an Vector2 containing two integers, return the tile at that location in the map
public EnvironmentTile GetTileAtPosition(Vector2Int position)
{
int tile = position.y + position.x * Size.y;
EnvironmentTile result = mAll[tile];
return(result);
}
/// <summary>
/// Starts construction of this building.
/// </summary>
public void StartBuilding()
{
_buildingState = BuildingStates.UnderConstruction;
foreach (BuildingTile buildingTile in _buildingTiles)
{
EnvironmentTile targetTile = Owner.Environment[_position.X + buildingTile.Position.X, _position.Y + buildingTile.Position.Y];
targetTile.CanAccess = false;
}
}
