private void DrawCellAndToken(Graphics g)
{
SceneObject possessCell = null;
SceneObject selectTarget = null;
foreach (SceneObject obj in sceneItems)
{
if (obj.Id == cellTar)
{
selectTarget = obj;
}
else
{//先绘制非目标
obj.Draw(g, false);
}
if (obj.Id == UserProfile.Profile.InfoBasic.Position)
{
possessCell = obj;
}
}
if (selectTarget != null)
{
selectTarget.Draw(g, true);
}
if (possessCell != null)
{
Image token = PicLoader.Read("Map", "Token.PNG");
int drawWidth = token.Width * possessCell.Width / GameConstants.SceneTileStandardWidth;
int drawHeight = token.Height * possessCell.Height / GameConstants.SceneTileStandardHeight;
if (movingData.Time <= 0)
{
g.DrawImage(token, possessCell.X - drawWidth / 2 + possessCell.Width / 8,
possessCell.Y - drawHeight + possessCell.Height / 3, drawWidth, drawHeight);
}
else
{
int realX = (int)(movingData.Source.X * (movingData.Time) / ChessMoveAnimTime +
movingData.Dest.X * (ChessMoveAnimTime - movingData.Time) / ChessMoveAnimTime);
int yOff = (int)(Math.Pow(realX - (movingData.Source.X + movingData.Dest.X) / 2, 2) * (4 * 80) /
Math.Pow(movingData.Source.X - movingData.Dest.X, 2) - 80);
var pos = new Point(realX, yOff + (int)(movingData.Source.Y * (movingData.Time) / ChessMoveAnimTime +
movingData.Dest.Y * (ChessMoveAnimTime - movingData.Time) / ChessMoveAnimTime));
g.DrawImage(token, pos.X, pos.Y, drawWidth, drawHeight);
}
token.Dispose();
}
}
/// <summary>
/// This is the main function of the class, it'll create a triangulated polygon
/// from and SceneObject.
/// </summary>
/// <param name="sourceObject">The object to convert.</param>
/// <param name="guarenteedView">A camera that can see the whole object.</param>
/// <returns>A polygon created from 'sourceObject'.</returns>
public Polygon CreatePolygon(OpenGL gl, SceneObject sourceObject, Cameras.Camera guarenteedView)
{
// Save the current camera data.
gl.MatrixMode(OpenGL.PROJECTION);
gl.PushMatrix();
// Look through the camera that can see the object.
guarenteedView.Project(gl);
// Start triangulation.
Begin(gl);
// Draw the object.
sourceObject.Draw(gl);
// End triangulation.
End(gl);
Polygon newPoly = Triangle;
newPoly.Name = sourceObject.Name + " (Triangulated Poly)";
return(newPoly);
}
/// <summary>
/// This is the main function of the class, it'll create a triangulated polygon
/// from and SceneObject.
/// </summary>
/// <param name="sourceObject">The object to convert.</param>
/// <param name="guarenteedView">A camera that can see the whole object.</param>
/// <returns>A polygon created from 'sourceObject'.</returns>
public Polygon CreatePolygon(OpenGL gl, SceneObject sourceObject, Cameras.Camera guarenteedView)
{
// Save the current camera data.
gl.MatrixMode(OpenGL.PROJECTION);
gl.PushMatrix();
// Look through the camera that can see the object.
guarenteedView.Project(gl);
// Start triangulation.
Begin(gl);
// Draw the object.
sourceObject.Draw(gl);
// End triangulation.
End(gl);
Polygon newPoly = Triangle;
newPoly.Name = sourceObject.Name + " (Triangulated Poly)";
return newPoly;
}
