protected override void Tick(GameTickEventArgs e)
{
if (waiting)
{
base.Tick(e);
return;
}
foreach (var keyframe in info.KeyFrames)
{
if (keyframe.Frame == frame)
{
if (keyframe.Fade)
{
KeyFrameInfo frameInfo = keyframe; // for closure
Engine.Instance.FadeTransition(() => TriggerKeyFrame(frameInfo));
}
else
{
TriggerKeyFrame(keyframe);
}
}
}
base.Tick(e);
frame++;
if (frame >= info.Duration)
{
Finish(info.NextHandler);
}
}
void Instance_GameLogicTick(GameTickEventArgs e)
{
float fps = 1 / e.TimeElapsed;
fpsLabel.Text = "FPS: " + fps.ToString("N2");
thinkLabel.Text = "Busy: " + (Engine.Instance.ThinkTime * 100).ToString("N0") + "%";
entityLabel.Text = "Entities: " + Game.DebugEntitiesAlive();
fpsCapLabel.Text = "FPS Cap: " + Engine.Instance.FPS;
}
private void Update(GameTickEventArgs e)
{
frame++;
if (frame >= speed && displayed.Length < Content.Length)
{
// add a character to the displayed text
displayed += Content.Substring(displayed.Length, 1);
frame = 0;
}
}
private void MoveUpdate(GameTickEventArgs e)
{
x += vx;
y += vy;
moveFrame++;
if (moveFrame >= duration)
{
x = stopX;
y = stopY;
Engine.Instance.GameLogicTick -= MoveUpdate;
}
}
private void Update(GameTickEventArgs e)
{
x += vx;
y += vy;
width += vw;
height += vh;
moveFrame++;
if (moveFrame >= duration)
{
x = stopX;
y = stopY;
width = stopWidth;
height = stopHeight;
Engine.Instance.GameLogicTick -= Update;
}
}
private void GameTick(GameTickEventArgs e)
{
UpTick();
if (value >= stopvalue || value >= maxvalue)
{
Engine.Instance.GameLogicTick -= GameTick;
animating = false;
if (IsPlayer)
{
container.ResumeHandler();
}
if (sound != null)
{
Engine.Instance.SoundSystem.StopSfx(sound);
}
}
}
protected virtual void Tick(GameTickEventArgs e)
{
if (GameThink != null)
{
GameThink();
}
if (GameAct != null)
{
GameAct();
}
if (GameReact != null)
{
GameReact();
}
if (GameCleanup != null)
{
GameCleanup();
}
}
protected virtual void Tick(GameTickEventArgs e)
{
if (GameThink != null)
{
GameThink();
}
if (GameAct != null)
{
GameAct();
}
if (GameReact != null)
{
GameReact();
}
if (GameCleanup != null)
{
GameCleanup();
}
DidGravityFlipPreviousFrame = (IsGravityFlipped != _previousGravityFlip);
_previousGravityFlip = IsGravityFlipped;
}
// Executes one step (frame) of the game, both logic and drawing. The parameter is time
// since last frame, but it isn't actually used except in the tick event. No one uses it
// there either.
private bool Step(float dt)
{
CheckInput();
GameTickEventArgs e = new GameTickEventArgs(dt);
if (GameLogicTick != null)
{
GameLogicTick(e); // this one is for more basic operations
}
// render phase
GameRenderEventArgs r = new GameRenderEventArgs(renderContext);
GraphicsDevice.Clear(Microsoft.Xna.Framework.Color.Green);
if (GameRenderBegin != null)
{
GameRenderBegin(r);
}
renderContext.SetOpacity(opacity);
renderContext.Begin();
if (GameRender != null)
{
GameRender(r);
}
renderContext.End();
if (GameRenderEnd != null)
{
GameRenderEnd(r);
}
return(false);
}
protected override void Tick(GameTickEventArgs e)
{
if (waiting)
{
base.Tick(e);
return;
}
foreach (var keyframe in info.KeyFrames)
{
if (keyframe.Frame == frame)
{
if (keyframe.Fade)
{
KeyFrameInfo frameInfo = keyframe; // for closure
Engine.Instance.FadeTransition(() => TriggerKeyFrame(frameInfo));
}
else
{
TriggerKeyFrame(keyframe);
}
}
}
base.Tick(e);
frame++;
if (frame >= info.Duration)
{
Finish(info.NextHandler);
}
}
protected virtual void Tick(GameTickEventArgs e)
{
if (GameThink != null) GameThink();
if (GameAct != null) GameAct();
if (GameReact != null) GameReact();
if (GameCleanup != null) GameCleanup();
}
private void Update(GameTickEventArgs e)
{
x += vx;
y += vy;
width += vw;
height += vh;
moveFrame++;
if (moveFrame >= duration)
{
x = stopX;
y = stopY;
width = stopWidth;
height = stopHeight;
Engine.Instance.GameLogicTick -= Update;
}
}
void Instance_GameLogicTick(GameTickEventArgs e)
{
float fps = 1 / e.TimeElapsed;
fpsLabel.Text = "FPS: " + fps.ToString("N2");
thinkLabel.Text = "Busy: " + (Engine.Instance.ThinkTime * 100).ToString("N0") + "%";
entityLabel.Text = "Entities: " + Game.DebugEntitiesAlive();
fpsCapLabel.Text = "FPS Cap: " + Engine.Instance.FPS;
}
private void Update(GameTickEventArgs e)
{
sprite.Update();
}
private void Update(GameTickEventArgs e)
{
frame++;
if (frame >= speed && displayed.Length < Content.Length)
{
// add a character to the displayed text
displayed += Content.Substring(displayed.Length, 1);
frame = 0;
}
}
private void MoveUpdate(GameTickEventArgs e)
{
x += vx;
y += vy;
moveFrame++;
if (moveFrame >= duration)
{
x = stopX;
y = stopY;
Engine.Instance.GameLogicTick -= MoveUpdate;
}
}
// Executes one step (frame) of the game, both logic and drawing. The parameter is time
// since last frame, but it isn't actually used except in the tick event. No one uses it
// there either.
private bool Step(float dt)
{
CheckInput();
GameTickEventArgs e = new GameTickEventArgs(dt);
if (GameLogicTick != null) GameLogicTick(e); // this one is for more basic operations
// render phase
GameRenderEventArgs r = new GameRenderEventArgs(renderContext);
GraphicsDevice.Clear(Microsoft.Xna.Framework.Color.Green);
if (GameRenderBegin != null) GameRenderBegin(r);
renderContext.SetOpacity(opacity);
renderContext.Begin();
if (GameRender != null) GameRender(r);
renderContext.End();
if (GameRenderEnd != null) GameRenderEnd(r);
return false;
}
private void GameTick(GameTickEventArgs e)
{
UpTick();
if (value >= stopvalue || value >= maxvalue)
{
Engine.Instance.GameLogicTick -= GameTick;
animating = false;
if (IsPlayer) container.ResumeHandler();
if (sound != null) Engine.Instance.SoundSystem.StopSfx(sound);
}
}
protected override void Tick(GameTickEventArgs e)
{
if (updateFunc != null) updateFunc();
foreach (Tile t in info.Tileset)
{
t.Sprite.Update();
}
base.Tick(e);
}
private void Update(GameTickEventArgs e)
{
sprite.Update();
}