private void SetHexSprite(GameObject hex, HexBehaviour tb)
{
SpriteRenderer hexSpriteRenderer = hex.GetComponent <SpriteRenderer>();
int randomSpriteIndex = 0 + Random.Range(1, sprites.Length) * Random.Range(0, 2);
hexSpriteRenderer.sprite = sprites[randomSpriteIndex];
tb.NormalLookingHex = hexSpriteRenderer.sprite;
}
private void StartCurrentlyPlayingUnitTurn()
{
//UnitBehaviour ub = CurrentlySelectedPlayingUnit.GetComponent<UnitBehaviour>();
StartingTile = CurrentlySelectedPlayingUnit.CurrentHexTile;
StartingTile.ChangeVisualToSelected();
//shows currently playing unit's ui
CurrentlySelectedPlayingUnit.ShowUnitUI();
UnitMovement.instance.SetupCurrentlyOwningUnit(CurrentlySelectedPlayingUnit);
}
private void StartingTileChanged(HexBehaviour origin)
{
if (this == origin)
{
BattlefieldManager.ManagerInstance.StartingTile = null;
TileBehaviourSpriteRenderer.sprite = NormalLookingHex;
return;
}
BattlefieldManager.ManagerInstance.StartingTile = this;
ChangeVisualToSelected();
}
internal void SelectTilesInRange(int movementRange)
{
if (!Board.ContainsValue(this.StartingTile))
{
return;
}
Point currentUnitPoint = Board.FirstOrDefault(x => x.Value == this.StartingTile).Key;
Debug.Log("Unit's starting coordiantes: (" + currentUnitPoint.X.ToString() + ", " + currentUnitPoint.Y.ToString() + ")");
//int LowerXLimit = -1 * currentUnitPoint.Y / 2;
//int UpperXLimit =
//int lowerX =
//for (int i = currentUnitPoint.X - movementRange; i < currentUnitPoint.X + movementRange+1; i++)
//{
//}
HexBehaviour selectedTileBehaviour = null;
//i is row index, j is column index
for (int i = currentUnitPoint.X - movementRange; i < currentUnitPoint.X + movementRange + 1; i++)
{
for (int j = currentUnitPoint.Y - movementRange; j < currentUnitPoint.Y + movementRange + 1; j++)
{
// range of x changes depending on Y:
// for Y = 0,1 => 0<=X<=9 range
// for Y = 8,9 => -4<=X<=5 range
// upper left tile coordiantes are always 0,0
if (j >= 0 && j < gridWidthInHexes && i >= (-1 * j / 2) && i < (gridHeightInHexes - j / 2))
{
//my random formula for getting hex shaped selection
if (currentUnitPoint.X + currentUnitPoint.Y - movementRange <= i + j && i + j <= currentUnitPoint.X + currentUnitPoint.Y + movementRange)
{
selectedTileBehaviour = Board[new Point(i, j)];
if (selectedTileBehaviour.OwningTile.Passable)
{
selectedTileBehaviour.OwningTile.IsInRange = true;
selectedTileBehaviour.ChangeHexVisual(Color.gray);
Debug.Log("Distance from (" + currentUnitPoint.X.ToString() + ", " + currentUnitPoint.Y.ToString() + ") to the (" + i + ", " + j + ") is: " + Vector3.Distance(StartingTile.UnitAnchorWorldPositionVector, selectedTileBehaviour.UnitAnchorWorldPositionVector));
}
}
}
}
}
}
public void CreateHex(int x, int y)
{
GameObject socket = hexSockets[x, y];
HexType type = RandomType();
GameObject go = Instantiate(type.prefab, socket.transform.position + Vector3.up * 2.0f, type.prefab.transform.rotation);
go.transform.parent = hexParent.transform;
go.name = "Hex(" + x + "," + y + ")";
board[x, y] = new Hex(go, type, x, y);
HexBehaviour hexBehaviour = go.GetComponent <HexBehaviour>();
hexBehaviour.hexReference = board[x, y];
hexBehaviour.SetPosition(socket.transform.position);
}
private void CreateGrid()
{
//Vector2 gridSize =
GameObject HexGridGO = new GameObject("HexGrid");
Board = new Dictionary <Point, HexBehaviour>();
for (int y = 0; y < gridHeightInHexes; y++)
{
for (int x = 0; x < gridWidthInHexes; x++)
{
GameObject hex = (GameObject)Instantiate(Hex);
Vector2 gridPos = new Vector2(x, y);
hex.transform.position = CalculateWorldCoordinates(gridPos);
hex.transform.parent = HexGridGO.transform;
//temp assigning Tile behaviour
HexBehaviour tb = (HexBehaviour)hex.GetComponent("HexBehaviour");
tb.OwningTile = new HexTile((int)x - (int)(y / 2), (int)y);
tb.coordinates = tb.OwningTile.ToString();
//tb.UnitAnchorWorldPositionVector = hex.transform.position;
//each has gets a random sprite
SetHexSprite(hex, tb);
//each hex get rotated for random r*60 degrees
hex.transform.rotation = Quaternion.Euler(0, 0, Random.Range(0, 6) * 60);
hex.transform.rotation = Quaternion.Euler(60, 0, 0);
//once we rotate the hexes we set that position to tile behaviour, and set unit anchor, place where unit will stand on tile
tb.UnitAnchorWorldPositionVector = hex.transform.position - new Vector3(0f, 0.36f, 0f);
//adding Tile to dictionary
Board.Add(tb.OwningTile.Location, tb);
/*//variable to indicate if all rows have the same number of hexes in them
* //this is checked by comparing width of the first hex row plus half of the hexWidth with groundWidth
* bool equalLineLengths = (gridSize.x + 0.5) * hexWidth <= groundWidth;
*/
}
}
//Neighboring tile coordinates of all the tiles are calculated
foreach (HexBehaviour behaviour in Board.Values)
{
behaviour.OwningTile.FindNeighbours(Board, new Vector2(gridWidthInHexes, gridHeightInHexes));
}
}
public HexBehaviour [] GetSlavesBehaviors()
{
int slaveSideX = dotObject.slavesBoardIndex[0].x;
int slaveSideY = dotObject.slavesBoardIndex[0].y;
int slaveTopX = dotObject.slavesBoardIndex[1].x;
int slaveTopY = dotObject.slavesBoardIndex[1].y;
int slaveBotX = dotObject.slavesBoardIndex[2].x;
int slaveBotY = dotObject.slavesBoardIndex[2].y;
Hex hexSide = boardManager.board[slaveSideX, slaveSideY];
Hex hexTop = boardManager.board[slaveTopX, slaveTopY];
Hex hexBot = boardManager.board[slaveBotX, slaveBotY];
HexBehaviour hexBSide = hexSide.go.GetComponent <HexBehaviour>();
HexBehaviour hexBTop = hexTop.go.GetComponent <HexBehaviour>();
HexBehaviour hexBBot = hexBot.go.GetComponent <HexBehaviour>();
return(new HexBehaviour[3] {
hexBSide, hexBTop, hexBBot
});
}
public void CreateBombHex(int x, int y)
{
GameObject socket = hexSockets[x, y];
HexType type = RandomType();
GameObject go = Instantiate(type.prefab, socket.transform.position + Vector3.up * 4.0f, type.prefab.transform.rotation);
go.transform.parent = hexParent.transform;
go.name = "Hex(" + x + "," + y + ")";
board[x, y] = new Hex(go, type, x, y);
HexBehaviour hexBehaviour = go.GetComponent <HexBehaviour>();
hexBehaviour.hexReference = board[x, y];
GameObject bombGO = Instantiate(bombPrefab, socket.transform.position + Vector3.up * 4.11f + Vector3.right * 0.07f, Quaternion.identity, go.transform);
BombBehaviour bb = bombGO.GetComponent <BombBehaviour>();
bombsReferences.Add(bb);
bb.Init(bombStartingCountDown);
hexBehaviour.SetPosition(socket.transform.position);
}
private void ColorPossibleTiles()
{
ResetPreviousHexes();
Collider[] hitColliders = Physics.OverlapSphere(transform.position, moveRadius);
for (int i = 0; i < hitColliders.Length; i++)
{
GameObject obj = hitColliders[i].gameObject;
HexBehaviour hex = obj.GetComponent <HexBehaviour>();
if (hex == null)
{
continue;
}
hex.SetMovable();
if (movableHexes == null)
{
movableHexes = new List <HexBehaviour>();
}
movableHexes.Add(hex);
}
}
public void EndCurrentPlayingUnitTurn()
{
//don't know if this is necessary
StartingTile.ChangeHexVisualToDeselected();
DestinationTile.ChangeHexVisualToDeselected();
//movement stuff...
UnitBehaviour ub = CurrentlySelectedPlayingUnit.GetComponent <UnitBehaviour>();
//...setting previously occupied tile back to being passable...
ub.CurrentHexTile.OwningTile.Occupied = false;
ub.CurrentHexTile.ObjectOnHex = null;
//...setting previous destination tile to be new current for moving unit and marking it as notpassable...
ub.CurrentHexTile = DestinationTile;
ub.CurrentHexTile.OwningTile.Occupied = true;
ub.CurrentHexTile.ObjectOnHex = ub;
//...reseting starting and destination tiles in order to destroy path...
StartingTile = null;
DestinationTile = null;
//...this destroys path when the unit reaches destination...
GenerateAndShowPath();
ub.HideUnitUI();
//detarget targeted unit
if (TargetedUnit != null)
{
TargetedUnit.HideUnitUI();
TargetedUnit = null;
}
//...selects next playing unit...
SelectNextPlayingUnit();
StartCurrentlyPlayingUnitTurn();
}
//Rotates three slaves around dot
public void Rotate(bool clockWise)
{
// Take the slaves and self
int slaveSideX = dotObject.slavesBoardIndex[0].x;
int slaveSideY = dotObject.slavesBoardIndex[0].y;
int slaveTopX = dotObject.slavesBoardIndex[1].x;
int slaveTopY = dotObject.slavesBoardIndex[1].y;
int slaveBotX = dotObject.slavesBoardIndex[2].x;
int slaveBotY = dotObject.slavesBoardIndex[2].y;
Hex hexSide = boardManager.board[slaveSideX, slaveSideY];
Hex hexTop = boardManager.board[slaveTopX, slaveTopY];
Hex hexBot = boardManager.board[slaveBotX, slaveBotY];
HexBehaviour hexBSide = hexSide.go.GetComponent <HexBehaviour>();
HexBehaviour hexBTop = hexTop.go.GetComponent <HexBehaviour>();
HexBehaviour hexBBot = hexBot.go.GetComponent <HexBehaviour>();
if (isLeft)
{
if (clockWise)
{
// Update Board
Hex temp1 = boardManager.board[slaveTopX, slaveTopY].Clone();
boardManager.board[slaveSideX, slaveSideY].x = slaveTopX;
boardManager.board[slaveSideX, slaveSideY].y = slaveTopY;
boardManager.board[slaveTopX, slaveTopY] = boardManager.board[slaveSideX, slaveSideY];
boardManager.board[slaveBotX, slaveBotY].x = slaveSideX;
boardManager.board[slaveBotX, slaveBotY].y = slaveSideY;
boardManager.board[slaveSideX, slaveSideY] = boardManager.board[slaveBotX, slaveBotY];
temp1.x = slaveBotX;
temp1.y = slaveBotY;
boardManager.board[slaveBotX, slaveBotY] = temp1;
Vector3 hexSideTargetPosition = boardManager.hexSockets[slaveTopX, slaveTopY].transform.position;
Vector3 hexTopTargetPosition = boardManager.hexSockets[slaveBotX, slaveBotY].transform.position;
Vector3 hexBotTargetPosition = boardManager.hexSockets[slaveSideX, slaveSideY].transform.position;
hexBSide.SetPosition(hexSideTargetPosition, this);
hexBTop.SetPosition(hexTopTargetPosition, this);
hexBBot.SetPosition(hexBotTargetPosition, this);
// hexBSide.SetRotation(Vector3.forward*60f);
// hexBTop.SetRotation(Vector3.forward *60f);
// hexBBot.SetRotation(Vector3.forward *60f);
transform.RotateAround(transform.position, transform.forward, -120.0f);
}
else
{
// Update Board
Hex temp1 = boardManager.board[slaveBotX, slaveBotY].Clone();
boardManager.board[slaveSideX, slaveSideY].x = slaveBotX;
boardManager.board[slaveSideX, slaveSideY].y = slaveBotY;
boardManager.board[slaveBotX, slaveBotY] = boardManager.board[slaveSideX, slaveSideY];
boardManager.board[slaveTopX, slaveTopY].x = slaveSideX;
boardManager.board[slaveTopX, slaveTopY].y = slaveSideY;
boardManager.board[slaveSideX, slaveSideY] = boardManager.board[slaveTopX, slaveTopY];
temp1.x = slaveTopX;
temp1.y = slaveTopY;
boardManager.board[slaveTopX, slaveTopY] = temp1;
Vector3 hexSideTargetPosition = boardManager.hexSockets[slaveBotX, slaveBotY].transform.position;
Vector3 hexTopTargetPosition = boardManager.hexSockets[slaveSideX, slaveSideY].transform.position;
Vector3 hexBotTargetPosition = boardManager.hexSockets[slaveTopX, slaveTopY].transform.position;
hexBSide.SetPosition(hexSideTargetPosition, this);
hexBTop.SetPosition(hexTopTargetPosition, this);
hexBBot.SetPosition(hexBotTargetPosition, this);
// hexBSide.SetRotation(Vector3.forward * -60f);
// hexBTop.SetRotation(Vector3.forward * -60f);
// hexBBot.SetRotation(Vector3.forward * -60f);
transform.RotateAround(transform.position, transform.forward, 120.0f);
}
}
else
{
if (clockWise)
{
// Update Board
Hex temp1 = boardManager.board[slaveBotX, slaveBotY].Clone();
Hex side = boardManager.board[slaveSideX, slaveSideY];
side.x = slaveBotX;
side.y = slaveBotY;
boardManager.board[slaveBotX, slaveBotY] = side;
Hex top = boardManager.board[slaveTopX, slaveTopY];
top.x = slaveSideX;
top.y = slaveSideY;
boardManager.board[slaveSideX, slaveSideY] = boardManager.board[slaveTopX, slaveTopY];
temp1.x = slaveTopX;
temp1.y = slaveTopY;
boardManager.board[slaveTopX, slaveTopY] = temp1;
Vector3 hexSideTargetPosition = boardManager.hexSockets[slaveBotX, slaveBotY].transform.position;
Vector3 hexTopTargetPosition = boardManager.hexSockets[slaveSideX, slaveSideY].transform.position;
Vector3 hexBotTargetPosition = boardManager.hexSockets[slaveTopX, slaveTopY].transform.position;
hexBSide.SetPosition(hexSideTargetPosition, this);
hexBTop.SetPosition(hexTopTargetPosition, this);
hexBBot.SetPosition(hexBotTargetPosition, this);
// hexBSide.SetRotation(Vector3.forward * -60f);
// hexBTop.SetRotation(Vector3.forward * -60f);
// hexBBot.SetRotation(Vector3.forward * -60f);
transform.RotateAround(transform.position, transform.forward, 120.0f);
}
else
{
// Update Board
Hex temp1 = boardManager.board[slaveTopX, slaveTopY].Clone();
Hex side = boardManager.board[slaveSideX, slaveSideY];
side.x = slaveTopX;
side.y = slaveTopY;
boardManager.board[slaveTopX, slaveTopY] = side;
Hex bot = boardManager.board[slaveBotX, slaveBotY];
bot.x = slaveSideX;
bot.y = slaveSideY;
boardManager.board[slaveSideX, slaveSideY] = bot;
temp1.x = slaveBotX;
temp1.y = slaveBotY;
boardManager.board[slaveBotX, slaveBotY] = temp1;
Vector3 hexSideTargetPosition = boardManager.hexSockets[slaveTopX, slaveTopY].transform.position;
Vector3 hexTopTargetPosition = boardManager.hexSockets[slaveBotX, slaveBotY].transform.position;
Vector3 hexBotTargetPosition = boardManager.hexSockets[slaveSideX, slaveSideY].transform.position;
hexBSide.SetPosition(hexSideTargetPosition, this);
hexBTop.SetPosition(hexTopTargetPosition, this);
hexBBot.SetPosition(hexBotTargetPosition, this);
// hexBSide.SetRotation(Vector3.forward * 60f);
// hexBTop.SetRotation(Vector3.forward * 60f);
// hexBBot.SetRotation(Vector3.forward * 60f);
transform.RotateAround(transform.position, transform.forward, -120.0f);
}
}
}
private void Start()
{
_hexBehaviour = GetComponent <HexBehaviour>();
GamePhase = Phase.Begin;
}
private void Start()
{
_hexBehaviour = GameObject.Find("HexGrid").GetComponent <HexBehaviour>();
_gameBehaviour = _hexBehaviour.GetComponent <GameBehaviour>();
_canvas = GetComponent <CanvasGroup>();
}
