public Game()
{
// Create the main window
window = new RenderWindow(new VideoMode(Configuration.Width, Configuration.Height), "Simulation", Styles.Fullscreen);
// Set our frame rate to 60fps so the screen is responsive.
window.SetFramerateLimit(60);
// Handle window events
window.Closed += OnClose;
window.Resized += OnResize;
// Create a simulation screen. Note that screens can be stacked on top of one another
// in the screen manager that has been omitted from this specific repository.
screen = new SimulationScreen(window, Configuration.SinglePlayer);
// Create our world
world = new World();
// Clock to track frame time. If we dont do this, and instead assume we are hitting 60fps, we can get stutters
// in our camera movement.
clock = new Clock();
// Create a new generation clock to only DoGeneration once per second.
generationClock = new Clock();
}
/// <summary>
/// Initialises a new instance of the <see cref="Program"/> class,
/// </summary>
static Program()
{
ReadConfigFile();
bodies = BodyGenerator.GenerateBodies(configuration.BodyCount, true);
bodyShapeMap = BodyGenerator.GenerateShapes(bodies, BodyGenerator.DefaultRadiusDelegate, BodyGenerator.RainbowColourDelegate);
UpdateDelegate bodyPositionUpdater = BodyUpdater.UpdateBodiesBarnesHut;
ContextSettings customContextSettings = new ContextSettings {
AntialiasingLevel = 8, DepthBits = 24, StencilBits = 8
};
RenderWindow simulationWindow =
new RenderWindow(VideoMode.DesktopMode, "N-Body Simulation: FPS ", Styles.Default, customContextSettings);
PrintContextSettings(customContextSettings);
IInputHandler simulationInputHandler = new SimulationInputHandler(ref bodies);
simulationScreen = new SimulationScreen(simulationWindow, simulationInputHandler, ref bodies, ref bodyShapeMap, bodyPositionUpdater)
{
Configuration = configuration,
};
}
public Game()
{
// Create the main window
window = new RenderWindow(new VideoMode(Configuration.Width, Configuration.Height), "Simulation");
window.SetFramerateLimit(1);
// Handle window events
window.Closed += OnClose;
// Create a simulation screen. Note that screens can be stacked on top of one another
// in the screen manager that has been omitted from this specific repository.
screen = new SimulationScreen(window, Configuration.SinglePlayer);
// Create our world
world = new World();
}
public Game()
{
// Create the main window
window = new RenderWindow(
new VideoMode(Configuration.Width, Configuration.Height),
"World Simulation",
Styles.Fullscreen,
new ContextSettings()
{
AntialiasingLevel = 8
});
// Set our frame rate to 60fps so the screen is responsive.
window.SetFramerateLimit(60);
// Handle window events
window.Closed += OnClose;
window.Resized += OnResize;
// Create our world
world = new World();
screenManager = new ScreenManager(window);
// Create a simulation screen. Note that screens can be stacked on top of one another
// in the screen manager that has been omitted from this specific repository.
pathScreen = new SimulationScreen(window, Configuration.SinglePlayer);
paretoScreen = new ParetoVisualScreen(window, Configuration.SinglePlayer, world.Population);
// Add the screens to the manager
screenManager.AddScreen(paretoScreen);
screenManager.AddScreen(pathScreen);
// Configure the pareto screen to be centred, hidden & appropriately sized
SetParetoConfiguration();
// Clock to track frame time. If we dont do this, and instead assume we are hitting 60fps, we can get stutters
// in our camera movement.
clock = new Clock();
// Create a new generation clock to only DoGeneration once per second.
generationClock = new Clock();
}
