protected Coords(CoordsType coordsType, IntVector2D vector)
{
switch (coordsType)
{
default:
case CoordsType.Canon: _vectorCanon = vector; isUserNull = isCustomNull = true; break;
case CoordsType.User: _vectorUser = vector; isCustomNull = isCanonNull = true; break;
case CoordsType.Custom: _vectorCustom = vector; isCanonNull = isUserNull = true; break;
}
}
public Coords(CoordsType newType, Vector v)
{
this._type = newType;
if (newType == CoordsType.Tile)
{
_X = (Int32)(v.X / Constants.TileSize);
_Y = (Int32)(v.Y / Constants.TileSize);
return;
}
_X = (Int32)Math.Floor(v.X);
_Y = (Int32)Math.Floor(v.Y);
}
/*
* // Returns the transform that centers the form on the player
* private PointF TransformCenterAtPlayer()
* {
* PointF topDownPoint = new PointF(_player.PositionPixel.X * this._zoom, this._player.PositionPixel.Y * this._zoom);
* return new PointF(0.5f * this.Width - topDownPoint.X, 0.5f * this.Height - topDownPoint.Y);
* }
*/
// Returns the coords of the clicked tile assuming the center of the screen is the
// player's position
private Coords TransformInverseScreenpointToCoords(Int32 x, Int32 y, CoordsType type)
{
// maybe should store the translation instead of recalcualting it
float xf = (x - _screenAnchor.X) / this._zoom;
float yf = (y - _screenAnchor.Y) / this._zoom;
Int32 xcoord = (Int32)(Math.Floor(xf));
Int32 ycoord = (Int32)(Math.Floor(yf));
if (type == CoordsType.Tile)
{
return(new Coords(type, xcoord / Constants.TileSize, ycoord / Constants.TileSize));
}
return(new Coords(type, xcoord, ycoord));
}
public Coords(CoordsType newType, Coords c)
{
this._type = newType;
if (newType == CoordsType.Tile && c._type == CoordsType.Pixel)
{
_X = c.X / Constants.TileSize;
_Y = c.Y / Constants.TileSize;
return;
}
else if (newType == CoordsType.Pixel && c._type == CoordsType.Tile)
{
_X = c.X + (Int32)(0.5 * Constants.TileSize);
_Y = c.Y + (Int32)(0.5 * Constants.TileSize);
return;
}
_X = c.X;
_Y = c.Y;
}
public Coords(CoordsType newType, Vector v)
{
this._type = newType;
if (newType == CoordsType.Tile)
{
_X = (Int32)(v.X / Constants.TileSize);
_Y = (Int32)(v.Y / Constants.TileSize);
return;
}
_X = (Int32)Math.Floor(v.X);
_Y = (Int32)Math.Floor(v.Y);
}
public Coords(CoordsType newType, Coords c)
{
this._type = newType;
if (newType == CoordsType.Tile && c._type == CoordsType.Pixel)
{
_X = c.X / Constants.TileSize;
_Y = c.Y / Constants.TileSize;
return;
}
else if (newType == CoordsType.Pixel && c._type == CoordsType.Tile)
{
_X = c.X + (Int32)(0.5 * Constants.TileSize);
_Y = c.Y + (Int32)(0.5 * Constants.TileSize);
return;
}
_X = c.X;
_Y = c.Y;
}
public Coords(CoordsType myType, Int32 Xval, Int32 Yval)
{
this._type = myType;
this._X = Xval;
this._Y = Yval;
}
public Coords(CoordsType myType, Int32 Xval, Int32 Yval)
{
this._type = myType;
this._X = Xval;
this._Y = Yval;
}
HexCoords(CoordsType coordsType, int x, int y) : base(coordsType, new IntVector2D(x, y))
{
}
HexCoords(CoordsType coordsType, IntVector2D vector) : base(coordsType, vector)
{
}
/*
// Returns the transform that centers the form on the player
private PointF TransformCenterAtPlayer()
{
PointF topDownPoint = new PointF(_player.PositionPixel.X * this._zoom, this._player.PositionPixel.Y * this._zoom);
return new PointF(0.5f * this.Width - topDownPoint.X, 0.5f * this.Height - topDownPoint.Y);
}
*/
// Returns the coords of the clicked tile assuming the center of the screen is the
// player's position
private Coords TransformInverseScreenpointToCoords(Int32 x, Int32 y, CoordsType type)
{
// maybe should store the translation instead of recalcualting it
float xf = (x - _screenAnchor.X) / this._zoom;
float yf = (y - _screenAnchor.Y) / this._zoom;
Int32 xcoord = (Int32)(Math.Floor(xf));
Int32 ycoord = (Int32)(Math.Floor(yf));
if (type == CoordsType.Tile)
{
return new Coords(type, xcoord / Constants.TileSize, ycoord / Constants.TileSize);
}
return new Coords(type, xcoord, ycoord);
}
