WallBehavior GetWallBehavior(BuildingObstacleDirection wallDirection, int index /*,TilePosition tilePosition*/)
{
//return SceneManager.Instance.GetBuildingObjectFromBuildingObstacleMap(tilePosition.Row, tilePosition.Column).GetComponent<WallBehavior>();
TilePosition tilePosition = null;
switch (wallDirection)
{
case BuildingObstacleDirection.Top:
tilePosition = new TilePosition(this.BuildingLogicData.BuildingPosition.Column, this.BuildingLogicData.BuildingPosition.Row + index);
break;
case BuildingObstacleDirection.Bottom:
tilePosition = new TilePosition(this.BuildingLogicData.BuildingPosition.Column, this.BuildingLogicData.BuildingPosition.Row - index);
break;
case BuildingObstacleDirection.Left:
tilePosition = new TilePosition(this.BuildingLogicData.BuildingPosition.Column - index, this.BuildingLogicData.BuildingPosition.Row);
break;
case BuildingObstacleDirection.Right:
tilePosition = new TilePosition(this.BuildingLogicData.BuildingPosition.Column + index, this.BuildingLogicData.BuildingPosition.Row);
break;
}
return(SceneManager.Instance.GetBuildingObjectFromBuildingObstacleMap(tilePosition.Row, tilePosition.Column).GetComponent <WallBehavior>());
}
public Nullable <bool> FindNeighourWallNotNull(BuildingObstacleDirection wallDirection, int index)
{
TilePosition tilePosition = null;
BuildingLogicData buildingLogicData = null;
switch (wallDirection)
{
case BuildingObstacleDirection.Top:
tilePosition = new TilePosition(this.BuildingLogicData.BuildingPosition.Column, this.BuildingLogicData.BuildingPosition.Row + index);
break;
case BuildingObstacleDirection.Bottom:
tilePosition = new TilePosition(this.BuildingLogicData.BuildingPosition.Column, this.BuildingLogicData.BuildingPosition.Row - index);
break;
case BuildingObstacleDirection.Left:
tilePosition = new TilePosition(this.BuildingLogicData.BuildingPosition.Column - index, this.BuildingLogicData.BuildingPosition.Row);
break;
case BuildingObstacleDirection.Right:
tilePosition = new TilePosition(this.BuildingLogicData.BuildingPosition.Column + index, this.BuildingLogicData.BuildingPosition.Row);
break;
}
IObstacleInfo obstacleInfo = SceneManager.Instance.GetBuildingInfoFormBuildingObstacleMap(tilePosition.Row, tilePosition.Column);
if (obstacleInfo == null)
{
return(null);
}
else
{
buildingLogicData = obstacleInfo as BuildingLogicData;
if (buildingLogicData != null)
{
if (buildingLogicData.BuildingIdentity.buildingType == BuildingType.Wall)
{
return(true);
}
else
{
return(null);
}
}
return(null);
}
}
public void SetWallSprite(BuildingObstacleDirection direction, bool isActive)
{
//print("SetWallSprite");
switch (direction)
{
case BuildingObstacleDirection.Top:
//m_Tk2dSpriteWall[0].color = isActive ? Color.white : Color.clear;
m_Tk2dSpriteWall[0].gameObject.SetActive(isActive);
break;
case BuildingObstacleDirection.Right:
//m_Tk2dSpriteWall[1].color = isActive ? Color.white : Color.clear;
m_Tk2dSpriteWall[1].gameObject.SetActive(isActive);
break;
}
}
WallBehavior FindNeighourWallBehavior(BuildingObstacleDirection wallDirection, TilePosition refTilePosition, int index)
{
TilePosition tilePositionNext = null;
GameObject go = null;
switch (wallDirection)
{
case BuildingObstacleDirection.Top:
tilePositionNext = new TilePosition(refTilePosition.Column, refTilePosition.Row + index);
break;
case BuildingObstacleDirection.Bottom:
tilePositionNext = new TilePosition(refTilePosition.Column, refTilePosition.Row - index);
break;
case BuildingObstacleDirection.Left:
tilePositionNext = new TilePosition(refTilePosition.Column - index, refTilePosition.Row);
break;
case BuildingObstacleDirection.Right:
tilePositionNext = new TilePosition(refTilePosition.Column + index, refTilePosition.Row);
break;
}
if (tilePositionNext.Row < 0 || tilePositionNext.Column < 0 || tilePositionNext.Row >= ClientSystemConstants.BUILDING_TILE_MAP_SIZE.height || tilePositionNext.Column >= ClientSystemConstants.BUILDING_TILE_MAP_SIZE.width)
{
return(null);
}
go = SceneManager.Instance.GetBuildingObjectFromBuildingObstacleMap(tilePositionNext.Row, tilePositionNext.Column);
if (go == null)
{
return(null);
}
else
{
WallBehavior bhv = go.GetComponent <WallBehavior>();
if (bhv.BuildingType == BuildingType.Wall)
{
return(bhv);//(WallBehavior)bhv.BuildingCommon;
}
}
return(null);
}
void SetWallActorObstacle(BuildingObstacleDirection wallDirection, int index, bool isActive)
{
switch (wallDirection)
{
case BuildingObstacleDirection.Top:
SceneManager.Instance.ActorGameObjectData[this.BuildingLogicData.ActorPosition.Row + this.BuildingLogicData.ActorObstacleList[0].Row + index, this.BuildingLogicData.ActorPosition.Column + this.BuildingLogicData.ActorObstacleList[0].Column] = isActive ? this.gameObject : null;
break;
case BuildingObstacleDirection.Bottom:
SceneManager.Instance.ActorGameObjectData[this.BuildingLogicData.ActorPosition.Row + this.BuildingLogicData.ActorObstacleList[0].Row - index, this.BuildingLogicData.ActorPosition.Column + this.BuildingLogicData.ActorObstacleList[0].Column] = isActive ? this.gameObject : null;
break;
case BuildingObstacleDirection.Left:
SceneManager.Instance.ActorGameObjectData[this.BuildingLogicData.ActorPosition.Row + this.BuildingLogicData.ActorObstacleList[0].Row, this.BuildingLogicData.ActorPosition.Column + this.BuildingLogicData.ActorObstacleList[0].Column - index] = isActive ? this.gameObject : null;
break;
case BuildingObstacleDirection.Right:
SceneManager.Instance.ActorGameObjectData[this.BuildingLogicData.ActorPosition.Row + this.BuildingLogicData.ActorObstacleList[0].Row, this.BuildingLogicData.ActorPosition.Column + this.BuildingLogicData.ActorObstacleList[0].Column + index] = isActive ? this.gameObject : null;
break;
}
}
