public GameLoop(LoopStrategy strategy)
{
if (strategy == null)
throw new ArgumentNullException("strategy");
m_strategy = strategy;
m_loopState = new LoopState();
}
public override void Loop(Game game, LoopState state)
{
state.Tick();
accumulatedTime += state.NanoSeconds;
updateCount = 0;
while (accumulatedTime >= frameRate && updateCount < maxCount)
{
game.Update(state);
updateCount++;
accumulatedTime -= frameRate;
}
state.Interpolation = accumulatedTime/frameRate;
game.Render(state);
//var sleepTime = (frameRate - state.MilliSeconds);
//if(sleepTime > 0)
// Thread.Sleep((int)sleepTime);
}
public override void Loop(Game game, LoopState state)
{
state.Tick();
game.Update(state);
game.Render(state);
}
public void Update(LoopState state)
{
lastX = x;
lastY = y;
x += xVelocity*/*(1.0/60.0);//*/ state.Seconds;
y += yVelocity*/*(1.0/60.0);//*/ state.Seconds;
//Debug.WriteLine("x,y - {0},{1}", x , y);
HandelCollition();
}
public void Render(LoopState state, AsciiGraphics g)
{
ax = /*x;//*/ (x - lastX) * state.Interpolation + lastX;
ay = /*y;//*/ (y - lastY) * state.Interpolation + lastY;
Debug.WriteLine("ay,ay - {0},{1}", ax, ay);
g.DrawPoint(new AsciiPen('O', AsciiColors.Red), new Point((uint)ax, (uint)ay));
}
public void Update(LoopState state)
{
state.Updates();
bufferRender.Clear();
dot.Update(state);
}
public void Render(LoopState state)
{
state.Renderings();
dot.Render(state, bufferRender);
dispRender.DrawImage(buffer);
}
public void ReadInput(LoopState state)
{
}