public CharacterController(GenericCamera _camera, World _containingWorld, float _characterHeight = 1.85f, float _bodyDiameter = 0.45f, float _bodyMass = 70f)
{
camera = _camera;
ContainingWorld = _containingWorld;
CharacterHeight = _characterHeight;
CharacterDiameter = _bodyDiameter;
// Initialize default values for auto properties
IsRunning = false;
WalkSpeed = 2.7f;
WalkSpeedRunning = 6f;
// Create a capsule shaped rigid body representing the character in the physics world.
Body = new RigidBody(_bodyMass, mat4.Identity, new CapsuleShape(CharacterDiameter / 2f, BodyHeight));
ContainingWorld.Physics.AddRigidBody(Body);
// Prevent the rigid body from falling to the ground by simply disabling any rotation
Body.SetAngularFactor(vec3.Zero);
// Register the required callbacks.
// This update function is called 20 - 60 times per second to update the character position.
Scripting.RegisterUpdateFunction(Update, 1 / 60f, 1 / 20f);
// This event handler is used to catch the keyboard input that steers the character.
Input.OnPressInput += HandleInput;
}
public Player(GenericCamera _camera)
{
Direction = new vec3(1, 0, 0);
camera = _camera;
CurrentDiggingShape = DiggingShape.Sphere;
CurrentDiggingAlignment = DiggingAlignment.AxisAligned;
Input.OnPressInput += HandlePressInput;
Input.OnAxisInput += HandleAxisInput;
Inventory = new Inventory(this);
}
public void Load()
{
logics = new List <ILogical>();
jobs = new List <IRenderJob>();
lCache = new List <ILogical>();
jCache = new List <IRenderJob>();
lToRemove = new List <ILogical>();
jToRemove = new List <IRenderJob>();
Camera = new GenericCamera();
OnLoad();
Loaded = true;
}
/// <summary>
/// Initializes the local part of the mod.
/// </summary>
public static void Startup(IntPtr _unmanagedModule)
{
if (!Scripting.IsHost)
{
Universe.CreateWorld("UpvoidMinerWorld", new UpvoidMinerNetworkWorldReceiver());
}
// Create a simple camera that allows free movement.
Camera = new GenericCamera ();
Camera.FarClippingPlane = 3500.0;
CameraControl = new FreeCameraControl (-10f, Camera);
// Get the world (created by the host script)
World world = Universe.GetWorldByName ("UpvoidMinerWorld");
// Place the camera in the world
world.AttachCamera (Camera);
if (Rendering.ActiveMainPipeline != null)
Rendering.ActiveMainPipeline.SetCamera (Camera);
GC.KeepAlive (Camera);
if (!Scripting.IsHost) {
ivec3 refPos = new ivec3 (0, 0, 0);
float activeRadius = 10;
float sleepingRadius = 20;
float minLODRange = 10;
float falloff = 5;
world.AddActiveRegion (refPos, activeRadius, sleepingRadius, minLODRange, falloff);
}
// Configure the camera to receive user input
Input.RootGroup.AddListener (CameraControl);
// Registers the update callback that updates the camera position.
Scripting.RegisterUpdateFunction(Update, 1 / 60.0f, 3 / 60.0f);
}
/// <summary>
/// This is called by the engine at mod startup and initializes the local part of the UpvoidMiner mod.
/// </summary>
public static void Startup(IntPtr _unmanagedModule)
{
// Get and save the resource domain of the mod, needed for loading resources.
UpvoidMiner.Mod = Module.FromHandle(_unmanagedModule);
UpvoidMiner.ModDomain = UpvoidMiner.Mod.ResourceDomain;
// Get the world (created by the host script).
world = Universe.GetWorldByName("UpvoidMinerWorld");
// No loading screen for clients (since the server generates the world)
if (Scripting.IsHost)
{
// Register a callback for the terrain generation so the GUI can be notified when the world is ready.
world.Terrain.AddVolumeUpdateCallback(VolumeCallback, false, 0, 4);
// Show a splash screen in the GUI client.
WebGui.DefaultUI.LoadURL("http://localhost:" + Webserver.DefaultWebserver.Port + "/Mods/Upvoid/UpvoidMiner/0.0.1/SplashScreen.html");
// Register a socket for sending progress updates to the loading screen
generationProgressSocket = new WebSocketHandler();
Webserver.DefaultWebserver.RegisterWebSocketHandler(UpvoidMiner.ModDomain, "GenerationProgressSocket", generationProgressSocket);
Webserver.DefaultWebserver.RegisterDynamicContent(UpvoidMiner.ModDomain, "ActivatePlayer", (WebRequest request, WebResponse response) => ActivatePlayer());
Webserver.DefaultWebserver.RegisterDynamicContent(UpvoidMiner.ModDomain, "IsPlayerActivated", (WebRequest request, WebResponse response) => response.AppendBody((player != null).ToString()));
Webserver.DefaultWebserver.RegisterDynamicContent(UpvoidMiner.ModDomain, "GenerationProgressQuery", webGenerationProgress);
Webserver.DefaultWebserver.RegisterDynamicContent(UpvoidMiner.ModDomain, "OpenSiteInBrowser", (WebRequest request, WebResponse response) => Process.Start(request.GetQuery("url")));
}
// Create a simple camera that allows free movement.
camera = new GenericCamera();
camera.Position = new vec3(0, 10, 0);
camera.FarClippingPlane = 1750.0;
// Client-only: register terrain materials
if (!Scripting.IsHost)
{
TerrainResource.RegisterResources(world.Terrain);
}
// Place the camera in the world.
world.AttachCamera(camera);
Rendering.SetupDefaultPipeline(camera);
// Create an active region around the player spawn
// Active regions help the engine to decide which parts of a world are important (to generate, render, etc.)
// In near future it will be updated when the player moves out of it
//world.AddActiveRegion(new ivec3(), 100f, 400f, 40f, 40f);
Settings.InitSettingsHandlers();
Webserver.DefaultWebserver.RegisterDynamicContent(UpvoidMiner.ModDomain, "QuitGame", (WebRequest request, WebResponse response) => Scripting.ShutdownEngine());
// Register for input press events.
Input.OnPressInput += HandlePressInput;
// Register sockets for resource downloading progress bar
resourceDownloadProgressSocket = new WebSocketHandler();
Webserver.DefaultWebserver.RegisterWebSocketHandler(UpvoidMiner.ModDomain, "ResourceDownloadProgress", resourceDownloadProgressSocket);
if (!Scripting.IsHost)
{
ActivatePlayer();
}
}
/// <summary>
/// This sets the camera of the context.
/// </summary>
/// <param name="camera"></param>
public void SetCamera(GenericCamera camera)
{
UseCamera = camera;
camera.CalculateViewMatrix(Window);
}
