static void CreateDebugWindow(Game game)
{
var debugWindow = new DebugWindow <Game>(game);
debugWindow.Add(g => $"Mouse pos {g.GetMousePosition()}");
debugWindow.Add(g => $"Sqr distance from each other {g.SqrDistanceFromEachOther}");
debugWindow.Add(g => $"Sqr radius combined {g.SqrRadius}");
debugWindow.Add(g => $"Colliding {g.Colliding}");
debugWindow.Show();
}
static void DebugWindow(Game game)
{
var debug = new DebugWindow <Game>(game);
debug.Add(g => $"FPS: {Timer.Fps}");
debug.Add(g => $"Particles colliding: {g.Particles.Count(x => x.Colliding)}");
debug.Add(g => $"Largest cluster: {g.LargestCluster}");
// debug.Add(g => $"Interactive particles position: {g.InteractiveParticle.Position}");
// debug.Add(g => $"Interactive Colliding: {g.InteractiveParticle.Colliding}");
// debug.Add(g => $"Interactive particles radius: {g.InteractiveParticle.Radius}");
debug.Show();
}
static void Main(string[] args)
{
_window = WindowFactory.CreateDefault();
_game = new Game(_window);
_window.KeyPressed += OnKeyPress;
var debugWindow = new DebugWindow <Game>(_game);
debugWindow.Add(g => $"Intersection: {g.Intersection}");
debugWindow.Add(g => $"Num1: IntersectionMode X");
debugWindow.Add(g => $"Num2: IntersectionMode Y");
debugWindow.Add(g => $"Intersection Mode: {g.IntersectionMode.ToString()}");
debugWindow.Show();
_game.Initialize();
_game.Start();
}
static void Main(string[] args)
{
var window = WindowFactory.CreateDefault(1200, 950);
window.SetTitle("Fireworks");
var game = new Game(window);
window.KeyPressed += (sender, eventArgs) =>
{
if (eventArgs.Code == Keyboard.Key.R)
{
game.SpawnRocket();
}
if (eventArgs.Code == Keyboard.Key.Tab)
{
game.ExplosionParticleFadeMode = game.ExplosionParticleFadeMode == ParticleFade.Exponential ? ParticleFade.Linear : ParticleFade.Exponential;
}
};
var debug = new DebugWindow <Game>(game);
debug.Add(g => $"CurrentSpawnTimer: {g.CurrentSpawnTimer}");
debug.Add(g => $"CurrentSpawnTimeAccumulator: {g.CurrentSpawnTimeAccumulator}");
debug.Add(g => $"Rocket count: {g.RocketCount}");
debug.Add(g => $"Explosion count: {g.ExplosionCount}");
debug.Add(g => $"Explosion Particle Fade Mode: {g.ExplosionParticleFadeMode.ToString()}");
// debug.Add(g => $"Rocket pos : {g.Rocket?.Position}");
// debug.Add(g => $"Rocket vel : {g.Rocket?.Velocity}");
// debug.Add(g => $"Rocket acl : {g.Rocket?.Acceleration}");
// debug.Add(g => $"Rocket dir : {g.Rocket?.Direction}");
// debug.Add(g => $"Rocket fuel: {g.Rocket?.Fuel}");
// debug.Add(g => $"Rocket force: {g.Rocket.Fuel}");
debug.Show();
game.Initialize();
game.Start();
}
static void Main(string[] args)
{
var window = WindowFactory.CreateDefault();
var game = new Game(window);
var debug = new DebugWindow <Game>(game);
debug.Add(g => g.Balls.Select(x => x.Position + "\n"));
debug.Show();
game.Initialize();
game.Start();
}
static void Main(string[] args)
{
var win = WindowFactory.CreateDefault();
win.SetTitle("Circle Packing");
var game = new Game(win);
var debug = new DebugWindow <Game>(game);
debug.Add(g => $"Circle count {g.CircleCount} of max {Game.MaxNumberOfElements}");
debug.Show();
game.Initialize();
game.Start();
}
public static void StartDebugScreen(FlockingBehaviour flockingBehaviour)
{
var debugWindow = new DebugWindow <FlockingBehaviour>(flockingBehaviour)
{
Width = 300,
};
debugWindow.Add(g => $"FPS: {Timer.Fps}");
debugWindow.Add(g => $"(S-D) Agents {g.Agents.Count}");
debugWindow.Add(g => $"(Y) Use QuadTree {g.UseQuadTree}");
debugWindow.Add(g => $"(T) Render QuadTree {g.RenderQuadTree}");
debugWindow.Add(g => $"(<>) Quad tree capacity {g.QuadTreeCapacity}");
debugWindow.Add(g => $"(^v) Render AgentSpeed {g.AgentSpeed}");
debugWindow.Add(g => $"(C) Render Show Collider {g.ShowCollider}");
debugWindow.Add(g => $"(N) Render Show Neighborhood {g.ShowNeighborhood}");
debugWindow.Show();
}
static void Main(string[] args)
{
var window = WindowFactory.CreateDefault();
var game = new Game(window);
var debug = new DebugWindow <Game>(game);
debug.Add(g => $"Pos: {g.Skater.Position}");
debug.Add(g => $"Acl: {g.Skater.Acceleration}");
debug.Add(g => $"Vel: {g.Skater.Velocity}");
debug.Add(g => $"Str: {g.Skater.Strength}");
debug.Add(g => $"Mass: {g.Skater.Mass}");
debug.Add(g => $"Direction: {g.Skater.Velocity.Normalize()}");
debug.Show();
game.Initialize();
game.Start();
}
/// <summary>
/// Draw
/// NOTE : PlotQuilt uses `Task.Factory` parallel routine and fills Texture framebuffer on completion.
/// </summary>
/// <param name="gameTime"></param>
protected override void Draw(GameTime gameTime)
{
FPS++;
if (TValues != null && TValues[0] != null)
{
for (int i = 0; i < TValues.Length; i++)
{
DebugWindow.Add("Tval" + TValues[i].qid.ToString(), TValues[i].running);
}
}
DebugWindow.Update();
if (Update_Catmul())
{
}
GraphicsDevice.SetRenderTarget(null);
GraphicsDevice.Clear(Color.Transparent);
spriteBatch.Begin();
switch (programState)
{
case ProgramState.menu:
QuiltOutline();
DrawQuilt();
DisplaySampleData();
switch (quiltType)
{
case QuiltType.Square:
MenuText(Quilt, gameTime);
break;
case QuiltType.Hexagon:
MenuText(Hexgn, gameTime);
break;
case QuiltType.Icon:
MenuText(Icon1, gameTime);
break;
case QuiltType.Icon3:
MenuText(Icon3, gameTime);
break;
default:
break;
}
Draw_Colour_Band(5);
break;
case ProgramState.iterate:
QuiltOutline();
DrawQuilt();
IterateText();
if (isPaused)
{
Draw_Colour_Band(_screenHit - 32);
DisplaySampleData();
Paused();
}
break;
case ProgramState.sampling:
Draw_Colour_Band(_screenHit - 32);
DoSampling(_screenHit - 36);
DrawQuilt();
SamplingText();
break;
default:
break;
}
Catmul_Spline.Draw(ref spriteBatch);
Vector2 pos = new Vector2(800, 20);
foreach (var line in DebugText)
{
spriteBatch.DrawString(font, line, pos, Color.White);
pos.Y += 20;
}
DebugWindow.Draw();
spriteBatch.End();
base.Draw(gameTime);
}