// this creates a GameObject with a corresponding Trap on it, and stores it inside of the trapPositionalData
public void SetTrap(Vector2Int position, TrapType trap, Unit source, UnitAbility ability)
{
// parse the spawn location and spawn a new object there
Vector3 pos = MapMath.MapToWorld(position.x, position.y);
GameObject shell = new GameObject();
GameObject newTrap = Instantiate(shell, pos, Quaternion.identity);
Destroy(shell);
// add the correct inherited member of Trap to the object
Trap newTrapComponent = null;
switch (trap)
{
case TrapType.Claymore:
newTrapComponent = newTrap.AddComponent <ClaymoreTrap>() as ClaymoreTrap;
break;
default:
break;
}
newTrapComponent.mapPosition = position;
newTrapComponent.sourceUnit = source;
newTrapComponent.placingAbility = ability;
newTrap.AddComponent <SpriteRenderer>();
Sprite newSprite = Resources.Load <Sprite>(newTrapComponent.GetResourcePath());
newTrap.GetComponent <SpriteRenderer>().sprite = newSprite;
newTrap.GetComponent <SpriteRenderer>().sortingOrder = 98;
trapPositionalData.AddTrap(position, newTrapComponent);
}
public List <Vector2Int> GetAreaOfEffect(Unit source, Direction direction, int pushbackDist)
{
List <Vector2Int> result = new List <Vector2Int>();
Vector2Int origin = source.GetMapPosition();
origin += MapMath.DirToRelativeLoc(direction);
if (!MapMath.InMapBounds(origin))
{
return(result);
}
/*
* Debug.Log( "Unit at (" + source.GetMapPosition().x + ", " + source.GetMapPosition().y + ") "
+ source.GetDirection() + " is Cleaving at Origin Point (" + origin.x + ", " + origin.y + ")" );
*/
//one tile forward
result.Add(origin);
for (int i = 0; i < pushbackDist - 1; i++)
{
origin += MapMath.DirToRelativeLoc(direction);
result.Add(origin);
}
return(result);
}
private IEnumerator SpawnUnit(int unit, Vector2Int position)
{
// parse the spawn location and spawn a new object there
Vector3 playerPos = MapMath.MapToWorld(position.x, position.y);
GameObject shell = new GameObject();
GameObject newUnit = Instantiate(shell, playerPos, Quaternion.identity);
Destroy(shell);
newUnit.AddComponent <SpriteRenderer>();
newUnit.GetComponent <SpriteRenderer>().enabled = false;
Unit newUnitComponent = newUnit.AddComponent <EnemyUnit>() as EnemyUnit;
newUnitComponent.StartData = units[unit];
newUnitComponent.globalPositionalData = TurnController.instance.globalPositionalData;
newUnitComponent.LoadData();
newUnitComponent.SetHealth(0);
EventsManager.instance.AddEvent("spawning");
CameraController.instance.targetPos = playerPos;
yield return(new WaitForSecondsRealtime(0.5f));
Graveyard.NewEnemiesEvent.Invoke(new List <Unit> {
newUnitComponent
});
yield return(new WaitForSecondsRealtime(0.5f));
EventsManager.instance.RemoveEvent("spawning");
}
protected override Size ArrangeOverride(Size finalSize)
{
foreach (UIElement child in Children)
{
var finalRect = new Rect(0.0, 0.0, _ViewportSize.Width, _ViewportSize.Height);
var positionRectangle = GetPositionRectangle(child);
if (positionRectangle is object)
{
finalRect = MapMath.LocationToViewportPoint(ref _NormalizedMercatorToViewport, positionRectangle);
}
else
{
var position = GetPosition(child);
if (position is object && MapMath.TryLocationToViewportPoint(ref _NormalizedMercatorToViewport, position, out var viewportPosition))
{
var positionOrigin = GetPositionOrigin(child);
viewportPosition.X -= positionOrigin.X * child.DesiredSize.Width;
viewportPosition.Y -= positionOrigin.Y * child.DesiredSize.Height;
finalRect = new Rect(viewportPosition.X, viewportPosition.Y, child.DesiredSize.Width, child.DesiredSize.Height);
}
}
var positionOffset = GetPositionOffset(child);
finalRect.X += positionOffset.X;
finalRect.Y += positionOffset.Y;
child.Arrange(finalRect);
}
return(_ViewportSize);
}
protected override Size MeasureOverride(Size availableSize)
{
foreach (UIElement child1 in Children)
{
var positionRectangle = GetPositionRectangle(child1);
if (positionRectangle is object)
{
var viewportPoint = MapMath.LocationToViewportPoint(ref _NormalizedMercatorToViewport, positionRectangle);
child1.Measure(new Size(viewportPoint.Width, viewportPoint.Height));
}
else
{
if (child1 is ContentPresenter && VisualTreeHelper.GetChildrenCount(child1) > 0)
{
if (VisualTreeHelper.GetChild(child1, 0) is IProjectable child2)
{
child2.SetView(_ViewportSize, _NormalizedMercatorToViewport, _ViewportToNormalizedMercator);
(child2 as UIElement)?.InvalidateMeasure();
}
}
(child1 as IProjectable)?.SetView(_ViewportSize, _NormalizedMercatorToViewport, _ViewportToNormalizedMercator);
child1.Measure(_ViewportSize);
}
}
return(_ViewportSize);
}
public Stack <Vector2Int> GetMovementPath(Dictionary <Vector2Int, Direction> possibleMoveLocs, Vector2Int dest)
{
Stack <Vector2Int> path = new Stack <Vector2Int>();
if (!possibleMoveLocs.ContainsKey(dest))
{
return(null);
}
Vector2Int currLoc = dest;
while (currLoc != mapPosition)
{
path.Push(currLoc);
Direction dir = MapMath.GetOppositeDirection(possibleMoveLocs[currLoc]);
switch (dir)
{
case Direction.N:
currLoc = currLoc + MapMath.RelativeNorth;
break;
case Direction.S:
currLoc = currLoc + MapMath.RelativeSouth;
break;
case Direction.E:
currLoc = currLoc + MapMath.RelativeEast;
break;
case Direction.W:
currLoc = currLoc + MapMath.RelativeWest;
break;
}
}
return(path);
}
// We're just doing straight damage here
public override void DealEffects(Unit target, Unit source)
{
if (target != null)
{
//deal core damage to central target
target.ChangeHealth((GetDamage() * (-1)), source, this);
}
Vector2Int origin = source.GetMapPosition();
origin += MapMath.DirToRelativeLoc(source.GetDirection());
List <Vector2Int> area = AttackHelper.GetCircleAOE(origin, source.GetDirection(), GetRange());
//skip first one(center)
for (int i = 0; i < area.Count; i++)
{
if (area[i] == source.GetMapPosition())
{
continue;
}
Unit searchResult = source.globalPositionalData.SearchLocation(area[i]);
if (searchResult != null)
{
searchResult.ChangeHealth((GetDamage() * -1) / 3, source, this);
Vector2Int diff = searchResult.GetMapPosition() - origin;
// AttackHelper.DisplaceUnit(searchResult, source, this, 1, MapMath.LocToDirection(diff));
}
}
source.ChangeHealth((GetDamage() * (-1)), source, this);
}
/// <summary>
/// Takes a single tile on the map and calculates all paths to every other tile, starting from that initial tile.
/// returns those pathways as a Dictionary
/// it's keys are ints representing the distance required to travel
/// its values are dictionaries with keys representing the destination and values representing the Queue path to follow
/// </summary>
/// <param name="start"> (x, y) coordinate to start from</param>
public Dictionary <int, Dictionary <Vector2Int, Queue <Vector2Int> > > ScanFromStart(Vector2Int start)
{
// create two data structures: tiles that need to be visited and tiles already visited
// visited is just a set of Vector2Int
// toVisit is a queue, storing the tile to visit, the path taken to get there, and the total movement spent to reach the tile
HashSet <Vector2Int> visited = new HashSet <Vector2Int>();
Queue <MutableTuple <Vector2Int, MutableTuple <Queue <Vector2Int>, int> > > toVisit = new Queue <MutableTuple <Vector2Int, MutableTuple <Queue <Vector2Int>, int> > >();
Dictionary <int, Dictionary <Vector2Int, Queue <Vector2Int> > > result = new Dictionary <int, Dictionary <Vector2Int, Queue <Vector2Int> > >();
toVisit.Enqueue(new MutableTuple <Vector2Int, MutableTuple <Queue <Vector2Int>, int> >(start, new MutableTuple <Queue <Vector2Int>, int>(new Queue <Vector2Int>(), 0)));
while (toVisit.Count != 0)
{
// get the next tile in line to visit
MutableTuple <Vector2Int, MutableTuple <Queue <Vector2Int>, int> > current = toVisit.Dequeue();
// make sure that this tile is valid to be visited. an Invalid tile:
// has already been visited does not exist within weightedMap or has a weight of OBSTRUCTED AND is not the starting tile
if (visited.Contains(current.Item1) || (!weightedMap.ContainsKey(current.Item1)) || (weightedMap[current.Item1] == (int)TileWeight.OBSTRUCTED && current.Item1 != start))
{
continue;
}
// this is the first time that we've reached a tile this much movement away. set it up.
if (!result.ContainsKey(current.Item2.Item2))
{
result.Add(current.Item2.Item2, new Dictionary <Vector2Int, Queue <Vector2Int> >());
}
// This is the first time that we've reached this tile with this amount of movement. it is the shortest path. store it
if (!result[current.Item2.Item2].ContainsKey(current.Item1))
{
result[current.Item2.Item2].Add(current.Item1, current.Item2.Item1);
}
// check each neighbor of this tile
Dictionary <Vector2Int, Direction> neighbors = MapMath.GetNeighbors(current.Item1);
foreach (Vector2Int neighbor in neighbors.Keys)
{
int movement = current.Item2.Item2;
if (weightedMap.ContainsKey(neighbor))
{
movement += weightedMap[neighbor];
}
Queue <Vector2Int> newPath = new Queue <Vector2Int>(current.Item2.Item1.ToArray());
newPath.Enqueue(neighbor);
// Debug.Log("Need to visit Tile " + neighbor);
toVisit.Enqueue(new MutableTuple <Vector2Int, MutableTuple <Queue <Vector2Int>, int> >(neighbor, new MutableTuple <Queue <Vector2Int>, int>(newPath, movement)));
}
// this tile has been officially 'visited'
visited.Add(current.Item1);
}
return(result);
}
/// <summary>
/// Knocks target unit in a line with a given direction.
/// </summary>
/// <param name="target"></param>
/// <param name="knockback"></param>
/// <param name="kbDirection"></param>
public static void DisplaceUnit(Unit target, Unit source, Attack ability, int knockback, Direction kbDirection)
{
//look for collisions
Vector2Int pushbackLoc = target.GetMapPosition() + (MapMath.DirToRelativeLoc(kbDirection) * knockback);
List <Vector2Int> pushbackArea = GetLineAOE(target.GetMapPosition(), kbDirection, knockback);
Vector2Int? searchResult = null;
foreach (Vector2Int tile in pushbackArea)
{
if (MapController.instance.weightedMap[tile] == (int)TileWeight.OBSTRUCTED)
{
searchResult = tile;
break;
}
}
if (searchResult != null)
{
//deal damage when we cant go full knockback dist
target.ChangeHealth(-1, source, ability);
Vector2Int diff = (Vector2Int)searchResult - target.GetMapPosition();
Vector2Int absDiff = new Vector2Int(Mathf.Abs(diff.x), Mathf.Abs(diff.y));
Debug.Assert(source.GetDirection() != Direction.NO_DIR);
//Debug.Log(pushbackLoc);
switch (source.GetDirection())
{
case Direction.N:
pushbackLoc = new Vector2Int(target.GetMapPosition().x, target.GetMapPosition().y + (absDiff.y - 1));
break;
case Direction.S:
pushbackLoc = new Vector2Int(target.GetMapPosition().x, target.GetMapPosition().y - (absDiff.y - 1));
break;
case Direction.W:
pushbackLoc = new Vector2Int(target.GetMapPosition().x - (absDiff.x - 1), target.GetMapPosition().y);
break;
case Direction.E:
pushbackLoc = new Vector2Int(target.GetMapPosition().x + (absDiff.x - 1), target.GetMapPosition().y);
break;
}
//Debug.Log(newLocation);
}
if (MapMath.InMapBounds(pushbackLoc))
{
// ******************************** target.Move(pushbackLoc.x, pushbackLoc.y, MovementType.KNOCKBACK);
target.hasMoved = false;
}
//else if()
else
{
DeathData data = new DeathData(source, ability, ability.GetDamage(), target.GetMapPosition());
target.KillMe(data);
}
}
public void PathHighlight(Vector2Int mapPos, bool northSouth)
{
if (northSouth)
{
pathHighlightingNS.SetTile(MapMath.MapToGrid(mapPos), MapUIController.instance.pathingTileNS);
}
else
{
pathHighlightingEW.SetTile(MapMath.MapToGrid(mapPos), MapUIController.instance.pathingTileEW);
}
}
public override void Execute(Unit source, Direction direction)
{
abilitySoundEvent.start();
Vector2Int position = MapMath.DirToRelativeLoc(direction) + source.GetMapPosition();
// make sure the place this wants to be put is not obstructed
if (MapController.instance.weightedMap[position] != (int)TileWeight.OBSTRUCTED && TurnController.instance != null)
{
TurnController.instance.SetTrap(position, TrapType.Claymore, source, this);
}
}
private void InitMap()
{
mostWest = 0;
mostEast = 0;
mostNorth = 0;
mostSouth = 0;
HashSet <Vector2Int> visited = new HashSet <Vector2Int>();
Queue <Vector2Int> frontier = new Queue <Vector2Int>();
Vector2Int origin = new Vector2Int(0, 0);
frontier.Enqueue(origin); // Should only contain tiles in range
weightedMap.Add(origin, (int)(walkableTiles.GetTile(new Vector3Int(origin.x, origin.y, 0)) as WeightedTile).weight);
while (frontier.Count != 0)
{
Vector2Int visiting = frontier.Dequeue();
if (visited.Contains(visiting))
{
continue;
} // TODO: Implement changing priority in the PQ, and remove this.
mostEast = Mathf.Max(mostEast, visiting.y);
mostWest = Mathf.Min(mostWest, visiting.y);
mostNorth = Mathf.Max(mostNorth, visiting.x);
mostSouth = Mathf.Min(mostSouth, visiting.x);
Dictionary <Vector2Int, Direction> neighbors = MapMath.GetNeighbors(visiting);
foreach (Vector2Int neighbor in neighbors.Keys)
{
//check if there are tiles in that location, check if its not in weightedMap dict
if (walkableTiles.GetTile(new Vector3Int(neighbor.x, neighbor.y, 0)))
{
if (!visited.Contains(neighbor) && !MapMath.InMapBounds(MapMath.GridToMap(neighbor)))
{
frontier.Enqueue(neighbor);
if (walkableTiles.GetTile(new Vector3Int(neighbor.x, neighbor.y, 0)) is WeightedTile)
{
//Debug.Log(neighbor);
weightedMap.Add(MapMath.GridToMap(neighbor), (int)(walkableTiles.GetTile(new Vector3Int(neighbor.x, neighbor.y, 0)) as WeightedTile).weight);
}
}
}
}
visited.Add(visiting);
}
/*
* Debug.Log("most east: " + mostEast);
* Debug.Log("most west: " + mostWest);
* Debug.Log("most south: " + mostSouth);
* Debug.Log("most north: " + mostNorth);
*/
}
// This takes a 'dead' unit and gets it back in the world
// refreshes stats, health to full, etc
// NOT DONE
public virtual void Revive(Vector2Int position)
{
//if (globalPositionalData.SearchLocation(position) != null || )
health = StartData.health;
hasMoved = false;
hasActed = false;
this.gameObject.GetComponent <SpriteRenderer>().enabled = true;
this.gameObject.transform.position = MapMath.MapToWorld(position);
globalPositionalData.AddUnit(position, this);
tile = (TileWeight)MapController.instance.weightedMap[position];
MapController.instance.weightedMap[position] = (int)TileWeight.OBSTRUCTED;
SetDirection(Direction.S);
}
private void createLimits()
{
// Super inefficient, but it'll only get called once.
// also singletons lmao.
Vector3 left = MapMath.MapToWorld(MapController.instance.mostWest, MapController.instance.mostSouth);
Vector3 right = MapMath.MapToWorld(MapController.instance.mostEast, MapController.instance.mostNorth);
Vector3 up = MapMath.MapToWorld(MapController.instance.mostEast, MapController.instance.mostSouth);
Vector3 down = MapMath.MapToWorld(MapController.instance.mostWest, MapController.instance.mostNorth);
// the extra space is twice as big in the y direction, but thats fine.
negativeLimit = new Vector2(left.x - 0.5f, down.y) - Vector2.one * EXTRA_SPACE;
positiveLimit = new Vector2(right.x - 0.5f, up.y) + Vector2.one * EXTRA_SPACE;
}
public override void DealEffects(Unit target, Unit source)
{
if (target != null)
{
Vector2Int origin = target.GetMapPosition();
target.ChangeHealth((GetDamage() * (-1)), source, this);
foreach (Vector2Int tile in MapMath.GetNeighbors(origin).Keys)
{
Unit searchResult = source.globalPositionalData.SearchLocation(tile);
if (searchResult != null)
{
Vector2Int diff = tile - origin;
AttackHelper.DisplaceUnit(searchResult, source, this, 1, MapMath.LocToDirection(diff));
}
}
}
}
//variation of the findmovetiles alg to save time in devising an algorithm.
public static List <Vector2Int> GetCircleAOE(Vector2Int source, Direction direction, int abilityRadius)
{
List <Vector2Int> circleList = new List <Vector2Int>();
Dictionary <Vector2Int, int> movementCost = new Dictionary <Vector2Int, int>();
HashSet <Vector2Int> visited = new HashSet <Vector2Int>();
PriorityQueue <Vector2Int> frontier = new PriorityQueue <Vector2Int>();
frontier.Enqueue(source, 0); // Should only contain tiles in range
movementCost[source] = 0; // Contains frontier and visited
circleList.Add(source);
while (frontier.Count != 0)
{
Vector2Int visiting = frontier.Dequeue();
if (visited.Contains(visiting))
{
continue;
}
Dictionary <Vector2Int, Direction> neighbors = MapMath.GetNeighbors(visiting);
foreach (Vector2Int neighbor in neighbors.Keys)
{
if (visited.Contains(neighbor) || !MapMath.InMapBounds(neighbor))
{
continue;
}
int nextDist = 1 + movementCost[visiting];
if (nextDist > abilityRadius)
{
continue;
}
if (!movementCost.ContainsKey(neighbor) || nextDist < movementCost[neighbor])
{
frontier.Enqueue(neighbor, nextDist);
movementCost[neighbor] = nextDist;
circleList.Add(neighbor);
}
}
visited.Add(visiting);
}
return(circleList);
}
/*
* public static Dictionary<Vector2Int, Direction> FindMoveableTilesStraight(int[,] map, Vector2Int mapPosition, int moveSpeed)
* {
* Dictionary<Vector2Int, Direction> shortestFrom = new Dictionary<Vector2Int, Direction>();
* Dictionary<Vector2Int, int> movementCost = new Dictionary<Vector2Int, int>();
*
* Stack<Vector2Int> frontier = new Stack<Vector2Int>();
* frontier.Push(mapPosition); // Should only contain tiles in range
* movementCost[mapPosition] = 0; // Contains frontier and visited
* shortestFrom[mapPosition] = Direction.NO_DIR;
*
* while (frontier.Count != 0)
* {
* Vector2Int visiting = frontier.Pop();
*
* Dictionary<Vector2Int, Direction> neighbors = GetNeighbors(visiting);
* foreach (Vector2Int neighbor in neighbors.Keys)
* {
* if (shortestFrom[visiting] != Direction.NO_DIR && neighbors[neighbor] != shortestFrom[visiting]) { continue; }
* if (!MapMath.InMapBounds(neighbor)) { continue; }
* int nextDist = MapController.instance.map[neighbor.x, neighbor.y] + movementCost[visiting];
* if (nextDist > moveSpeed) { continue; }
* frontier.Push(neighbor);
* movementCost[neighbor] = nextDist;
* shortestFrom[neighbor] = neighbors[neighbor];
* }
* }
* return shortestFrom;
*
*
* }*/
public static Dictionary <Vector2Int, Direction> FindMoveableTiles(Dictionary <Vector2Int, int> map, Vector2Int mapPosition, int moveSpeed)
{
Dictionary <Vector2Int, Direction> shortestFrom = new Dictionary <Vector2Int, Direction>();
Dictionary <Vector2Int, int> movementCost = new Dictionary <Vector2Int, int>();
HashSet <Vector2Int> visited = new HashSet <Vector2Int>();
PriorityQueue <Vector2Int> frontier = new PriorityQueue <Vector2Int>();
frontier.Enqueue(mapPosition, 0); // Should only contain tiles in range
movementCost[mapPosition] = 0; // Contains frontier and visited
shortestFrom[mapPosition] = Direction.NO_DIR;
while (frontier.Count != 0)
{
Vector2Int visiting = frontier.Dequeue();
if (visited.Contains(visiting))
{
continue;
} // TODO: Implement changing priority in the PQ, and remove this.
Dictionary <Vector2Int, Direction> neighbors = MapMath.GetNeighbors(visiting);
foreach (Vector2Int neighbor in neighbors.Keys)
{
if (visited.Contains(neighbor) || !MapMath.InMapBounds(neighbor))
{
continue;
}
int nextDist = MapController.instance.weightedMap[neighbor] + movementCost[visiting];
if (nextDist > moveSpeed)
{
continue;
}
if (!movementCost.ContainsKey(neighbor) || nextDist < movementCost[neighbor])
{
frontier.Enqueue(neighbor, nextDist);
movementCost[neighbor] = nextDist;
shortestFrom[neighbor] = neighbors[neighbor];
}
}
visited.Add(visiting);
}
return(shortestFrom);
}
public override void DealEffects(Unit target, Unit source)
{
if (target != null)
{
Vector2Int origin = target.GetMapPosition();
target.ChangeHealth((GetDamage() * (-1)), source, this);
target.Disable(1);
foreach (Vector2Int tile in MapMath.GetNeighbors(origin).Keys)
{
Unit searchResult = source.globalPositionalData.SearchLocation(tile);
if (searchResult != null)
{
searchResult.ChangeHealth((GetDamage() * (-1)), source, this);
searchResult.Disable(1);
}
}
}
}
// Update is called once per frame
void Update()
{
ray = Camera.main.ScreenPointToRay(Input.mousePosition);
cursorPosition = MapMath.WorldToMap(ray.origin * -10f / ray.origin.z);
//Debug.Log("Cursor Position(World Pos): " + ray.origin);
//Debug.Log("Cursor Position(Grid Pos): " + MapController.instance.walkableTiles.WorldToCell(ray.origin));
/*
* if(MapMath.InMapBounds(cursorPosition))
* debugText.text = "Cursor Position(Map Pos): " + cursorPosition + "Weight: " + MapController.instance.weightedMap[cursorPosition];
* else
* debugText.text = "Cursor Position(Map Pos): " + cursorPosition + "Weight: NULL";
*/
if (MapController.instance.walkableTiles.GetTile(MapMath.MapToGrid(cursorPosition)) != null)
{
tileSelector.transform.position = MapMath.MapToWorld(cursorPosition);
}
}
// Parses unitSpawnData, instantiates and initializes Units
// adds the newly instantiated Units to units list
protected void LoadUnits()
{
for (int i = 0; i < unitSpawnData.Count; i++)
{
// parse the spawn location and spawn a new object there
Vector3 playerPos = MapMath.MapToWorld(unitSpawnData[i].spawnPosition.x, unitSpawnData[i].spawnPosition.y);
GameObject shell = new GameObject();
GameObject newUnit = Instantiate(shell, playerPos, Quaternion.identity);
Destroy(shell);
newUnit.AddComponent <SpriteRenderer>();
// add the correct inherited member of Unit to the object
Unit newUnitComponent = null;
switch (unitSpawnData[i].data.unitType)
{
case UnitType.AlliedUnit:
newUnitComponent = newUnit.AddComponent <AlliedUnit>() as AlliedUnit;
break;
case UnitType.EnemyUnit:
newUnitComponent = newUnit.AddComponent <EnemyUnit>() as EnemyUnit;
break;
case UnitType.Civilian:
break;
default:
newUnitComponent = newUnit.AddComponent <AlliedUnit>() as AlliedUnit;
break;
}
// give this new Unit the raw data for creating it, set its direction
newUnitComponent.StartData = unitSpawnData[i].data;
newUnitComponent.SetDirection(Direction.S);
newUnitComponent.globalPositionalData = this.globalPositionalData;
newUnitComponent.globalPositionalData.AddUnit(unitSpawnData[i].spawnPosition, newUnitComponent);
// i've given you the data you need to make yourself. now make yourself, please
newUnitComponent.LoadData();
// add the brand-spankin-new and created unit to your units list
units.Add(newUnit.GetComponent <Unit>());
}
}
public override void Start()
{
mapPosition = MapMath.WorldToMap(this.transform.position);
tile = (TileWeight)MapController.instance.weightedMap[mapPosition];
MapController.instance.weightedMap[mapPosition] = (int)TileWeight.OBSTRUCTED;
// create the list of possible action categories to take
possibleActions = new List <EnemyAction>
{
new Aggro(this)
};
// create list of possible abilities to choose from
possibleAbilities = new List <AbilityOption>();
foreach (UnitAbility ability in this.AvailableAbilities)
{
possibleAbilities.Add(new AbilityOption(this, ability));
}
}
public override void DealEffects(Unit target, Unit source)
{
int pushback = 5;
if (target != null)
{
target.ChangeHealth((GetDamage() * (-1)), source, this);
Vector2Int diff = target.GetMapPosition() - source.GetMapPosition();
Vector2Int absDiff = new Vector2Int(Mathf.Abs(diff.x), Mathf.Abs(diff.y));
Debug.Assert(source.GetDirection() != Direction.NO_DIR);
Vector2Int newLocation = source.GetMapPosition();
//Debug.Log(newLocation);
switch (source.GetDirection())
{
case Direction.N:
newLocation = new Vector2Int(source.GetMapPosition().x, source.GetMapPosition().y + (absDiff.y - 1));
break;
case Direction.S:
newLocation = new Vector2Int(source.GetMapPosition().x, source.GetMapPosition().y - (absDiff.y - 1));
break;
case Direction.W:
newLocation = new Vector2Int(source.GetMapPosition().x - (absDiff.x - 1), source.GetMapPosition().y);
break;
case Direction.E:
newLocation = new Vector2Int(source.GetMapPosition().x + (absDiff.x - 1), source.GetMapPosition().y);
break;
}
//Debug.Log(newLocation);
//check new location for issues, if so, stay at current loc
// ********************************** source.Move(newLocation.x, newLocation.y, MovementType.DASH);
AttackHelper.DisplaceUnit(target, source, this, pushback, source.GetDirection());
}
else
{
Vector2Int newLocation = source.GetMapPosition() + (MapMath.DirToRelativeLoc(source.GetDirection()) * pushback);
// ********************************** source.Move(newLocation.x, newLocation.y, MovementType.DASH);
}
}
public static List <Vector2Int> GetTShapedAOE(Vector2Int source, Direction direction, int abilityRange)
{
List <Vector2Int> result = new List <Vector2Int>();
Vector2Int origin = source;
for (int i = 0; i < abilityRange; i++)
{
origin += MapMath.DirToRelativeLoc(direction);
}
if (!MapMath.InMapBounds(origin))
{
return(result);
}
result.Add(origin);
if (direction == Direction.N || direction == Direction.S)
{
if (MapMath.InMapBounds(new Vector2Int(origin.x + 1, origin.y)))
{
result.Add(new Vector2Int(origin.x + 1, origin.y));
}
if (MapMath.InMapBounds(new Vector2Int(origin.x - 1, origin.y)))
{
result.Add(new Vector2Int(origin.x - 1, origin.y));
}
}
else if (direction == Direction.E || direction == Direction.W)
{
if (MapMath.InMapBounds(new Vector2Int(origin.x, origin.y + 1)))
{
result.Add(new Vector2Int(origin.x, origin.y + 1));
}
if (MapMath.InMapBounds(new Vector2Int(origin.x, origin.y - 1)))
{
result.Add(new Vector2Int(origin.x, origin.y - 1));
}
}
return(result);
}
public override List <Vector2Int> GetAreaOfEffect(Vector2Int source, Direction direction)
{
//get tile in front
List <Vector2Int> result = new List <Vector2Int>();
Vector2Int origin = source;
origin += MapMath.DirToRelativeLoc(direction);
if (!MapMath.InMapBounds(origin))
{
return(result);
}
/*
* Debug.Log( "Unit at (" + source.GetMapPosition().x + ", " + source.GetMapPosition().y + ") "
+ source.GetDirection() + " is Cleaving at Origin Point (" + origin.x + ", " + origin.y + ")" );
*/
result.Add(origin);
return(result);
}
public static List <Vector2Int> GetLineAOE(Vector2Int source, Direction direction, int abilityRange)
{
List <Vector2Int> result = new List <Vector2Int>();
Vector2Int origin = source;
origin += MapMath.DirToRelativeLoc(direction);
if (!MapMath.InMapBounds(origin))
{
return(result);
}
//one tile forward
result.Add(origin);
for (int i = 0; i < abilityRange - 1; i++)
{
origin += MapMath.DirToRelativeLoc(direction);
result.Add(origin);
}
return(result);
}
// takes a list of Units and adds it to the controller's storage of Units
protected void AddUnits(List <Unit> inputList)
{
foreach (Unit unit in inputList)
{
units.Add(unit);
if (unit.GetHealth() <= 0)
{
// find the first tile (starting with the original position) that isn't occupied to revive the Unit onto through a breadth-first search
Vector2Int spawnPosition = new Vector2Int(int.MaxValue, int.MaxValue);
Queue <Vector2Int> toVisit = new Queue <Vector2Int>();
toVisit.Enqueue(unit.GetMapPosition());
do
{
spawnPosition = toVisit.Dequeue();
foreach (Vector2Int tile in MapMath.GetNeighbors(spawnPosition).Keys)
{
toVisit.Enqueue(tile);
}
}while (unit.globalPositionalData.SearchLocation(spawnPosition) != null || MapController.instance.weightedMap[spawnPosition] == (int)TileWeight.OBSTRUCTED);
unit.Revive(spawnPosition);
}
}
}
public IEnumerator Move(Queue <Vector2Int> path, MovementType type)
{
// I am moving. do not let any controllers do anything
EventsManager.instance.AddEvent("move");
if (moveSoundEvent.isValid())
{
if (this is AlliedUnit)
{
moveSoundEvent.stop(FMOD.Studio.STOP_MODE.IMMEDIATE);
MapUIController.instance.ClearPathHighlight();
MapUIController.instance.ClearRangeHighlight();
(this as AlliedUnit).plannedPath.Clear();
}
moveSoundEvent.start();
}
attackBuffed = false;
Vector2Int currentTile = GetMapPosition();
while (path.Count > 0)
{
// have the camera look here
CameraController.instance.targetPos = this.transform.position;
// get the next tile to move to
currentTile = path.Dequeue();
// remove old coordinates from globalPositionalData
globalPositionalData.RemoveUnit(mapPosition);
// restore old tilevalue
MapController.instance.weightedMap[mapPosition] = (int)tile;
// set new coordinates
mapPosition = currentTile;
// update the globalPositionalData
globalPositionalData.AddUnit(mapPosition, this);
// remember the weight of the tile being occupied
tile = (TileWeight)MapController.instance.weightedMap[mapPosition];
// set the occupied tile to OBSTRUCTED
MapController.instance.weightedMap[mapPosition] = (int)TileWeight.OBSTRUCTED;
// visualize the movement made from one tile to another, based on the type of movement
switch (type)
{
case MovementType.DASH:
this.transform.position = MapMath.MapToWorld(currentTile);
yield return(new WaitForSecondsRealtime(0.1f));
break;
case MovementType.KNOCKBACK:
this.transform.position = MapMath.MapToWorld(currentTile);
yield return(new WaitForSecondsRealtime(0.01f));
break;
case MovementType.TELEPORT:
this.transform.position = MapMath.MapToWorld(currentTile);
CameraController.instance.targetPos = this.transform.position;
yield return(new WaitForSecondsRealtime(0.1f));
break;
case MovementType.WALK:
this.transform.position = MapMath.MapToWorld(currentTile);
CameraController.instance.targetPos = this.transform.position;
yield return(new WaitForSecondsRealtime(0.1f));
break;
default:
this.transform.position = MapMath.MapToWorld(currentTile);
CameraController.instance.targetPos = this.transform.position;
yield return(new WaitForSecondsRealtime(0.1f));
break;
}
if (TurnController.instance != null)
{
TurnController.instance.trapPositionalData.CheckTraps();
}
}
this.transform.position = MapMath.MapToWorld(currentTile);
hasMoved = true;
EventsManager.instance.RemoveEvent("move");
}
public override void Update()
{
// if it's not currently this controller's turn, the controller has no Units, or there are active events, it's not allowed to do anything
if (!myTurn || units.Count == 0 || EventsManager.instance.EventsExist())
{
return;
}
AlliedUnit theUnit = units[activeUnit] as AlliedUnit;
//left click to choose unit
if (Input.GetMouseButtonDown(0))
{
Vector2Int selectedLoc = MapUIController.instance.cursorPosition;
int? selectedIndex = FindUnit(selectedLoc);
if (selectedIndex != null)
{
ClearSpotlight();
SelectUnit((int)selectedIndex);
}
}
//check for tab input
//select next unit
if (Input.GetKeyDown(KeyCode.Tab))
{
GetNextUnit();
return;
}
if (theUnit.hasMoved && !theUnit.hasPivoted)
{
Vector2Int unitPosition = units[activeUnit].GetMapPosition();
//Vector3 truePosition = MapMath.MapToWorld(unitPosition);
directionSelector.transform.position = MapMath.MapToWorld(unitPosition);
directionSelector.transform.position = new Vector3(directionSelector.transform.position.x, directionSelector.transform.position.y + 1.506f, directionSelector.transform.position.z);
directionSelector.SetActive(true);
theUnit.ChooseDirection();
return;
}
// if the current unit has moved but hasn't attacked, it needs to select an ability
if (theUnit.hasMoved && theUnit.hasPivoted && !theUnit.hasActed)
{
directionSelector.SetActive(false);
abilityPanel.SetActive(true);
theUnit.ChooseAbility();
return;
}
else
{
abilityPanel.SetActive(false);
}
// if the current unit has moved and attacked, get the next unit
if (theUnit.hasMoved && theUnit.hasPivoted && theUnit.hasActed)
{
abilityPanel.SetActive(false);
GetNextUnit();
return;
}
//Only process if the unit has not moved
if (!theUnit.hasMoved)
{
// ----Do Movement----
Vector2Int dest = MapUIController.instance.cursorPosition;
if (Input.GetMouseButtonDown(0))
{
if (theUnit.plannedPath.Contains(dest)) // Commit to the path
{
Queue <Vector2Int> movementPath = new Queue <Vector2Int>();
for (int i = 0; i < theUnit.plannedPath.Count; i++)
{
movementPath.Enqueue(theUnit.plannedPath[i]);
if (theUnit.plannedPath[i] == dest)
{
break;
}
}
StartCoroutine(theUnit.Move(movementPath, MovementType.WALK));
ClearSpotlight();
}
else
{
theUnit.DisplayShortestPath(dest);
}
}
}
}
public void RangeHighlight(Vector2Int mapPos)
{
tileHighlighting.SetTile(MapMath.MapToGrid(mapPos), MapUIController.instance.movementTile);
}
public virtual void Start()
{
mapPosition = MapMath.WorldToMap(this.transform.position);
tile = (TileWeight)MapController.instance.weightedMap[mapPosition];
MapController.instance.weightedMap[mapPosition] = (int)TileWeight.OBSTRUCTED;
}
