/// <summary>
/// </summary>
/// <param name="c">
/// </param>
private void CheckWallCollision(ICharacter c)
{
WallCollisionResult wcr = WallCollision.CheckCollision(c.Coordinates, c.Playfield.Identity.Instance);
if (wcr != null)
{
int destPlayfield = wcr.SecondWall.DestinationPlayfield;
if (destPlayfield > 0)
{
if (Program.DebugZoning)
{
LogUtil.Debug(wcr.ToString());
}
PlayfieldDestination dest =
PlayfieldLoader.PFData[destPlayfield].Destinations[wcr.SecondWall.DestinationIndex];
if (Program.DebugZoning)
{
LogUtil.Debug(dest.ToString());
}
float newX = (dest.EndX - dest.StartX) * wcr.Factor + dest.StartX;
float newZ = (dest.EndZ - dest.StartZ) * wcr.Factor + dest.StartZ;
float dist = WallCollision.Distance(dest.StartX, dest.StartZ, dest.EndX, dest.EndZ);
float headDistX = (dest.EndX - dest.StartX) / dist;
float headDistZ = (dest.EndZ - dest.StartZ) / dist;
newX -= headDistZ * 8;
newZ += headDistX * 8;
Coordinate destinationCoordinate = new Coordinate(newX, c.RawCoordinates.Y, newZ);
this.Teleport(
(Character)c,
destinationCoordinate,
c.RawHeading,
new Identity()
{
Type = IdentityType.Playfield, Instance = destPlayfield
});
return;
}
}
}
private GameObject AddWall(string name, float width, List <Vector2> positions, Color color, WallCollisionResult wallCollisionResult)
{
GameObject wall_object = new GameObject(name);
LineRenderer renderer = AddRenderer(width, wall_object, color);
wall_object.transform.parent = transform;
renderer.positionCount = positions.Count;
for (int position = 0; position < renderer.positionCount; position++)
{
renderer.SetPosition(position, new Vector2(positions[position].x, positions[position].y));
}
AddCollider(wall_object, width, positions);
Wall wall = wall_object.AddComponent <Wall>();
wall.collisionResult = wallCollisionResult;
walls.Add(wall);
wall.number = walls.Count;
return(wall_object);
}
public Wall(WallCollisionResult collisionResult)
{
this.collisionResult = collisionResult;
}
