public Cutscene(IEnumerable <ThnScript> scripts, SpaceGameplay gameplay)
{
this.game = gameplay.FlGame;
World = gameplay.world;
spawnObjects = false;
camera = new ThnCamera(game.Viewport);
//thn = script;
var evs = new List <ThnEvent>();
foreach (var thn in scripts)
{
totalDuration = Math.Max(totalDuration, thn.Duration);
foreach (var ev in thn.Events)
{
ev.TimeOffset = 0;
evs.Add(ev);
}
AddEntities(thn);
}
evs.Sort((x, y) => x.Time.CompareTo(y.Time));
foreach (var item in evs)
{
events.Enqueue(item);
}
//Add objects to the renderer
World.RegisterAll();
}
public Cutscene(ThnScriptContext context, GameDataManager gameData, Viewport viewport, Game game)
{
this.game = game;
this.gameData = gameData;
scriptContext = context;
camera = new ThnCamera(viewport);
Renderer = new SystemRenderer(camera, gameData, game.GetService <GameResourceManager>(), game);
World = new GameWorld(Renderer, false);
//thn = script;
var evs = new List <ThnEvent>();
foreach (var thn in context.Scripts)
{
totalDuration = Math.Max(totalDuration, thn.Duration);
foreach (var ev in thn.Events)
{
ev.TimeOffset = 0;
evs.Add(ev);
}
AddEntities(thn);
}
//work around SET_CAMERA not being called in disco (match vanilla behaviour)
var firstCamera = Objects.Values.Where(x => x.Camera != null).FirstOrDefault();
if (firstCamera != null)
{
camera.Transform = firstCamera.Camera;
}
evs.Sort((x, y) => x.Time.CompareTo(y.Time));
foreach (var item in evs)
{
events.Enqueue(item);
}
//Add starspheres in the right order
var sorted = ((IEnumerable <Tuple <IDrawable, ThnObject> >)layers).Reverse().OrderBy(x => x.Item2.Entity.SortGroup).ToArray();
Renderer.StarSphereModels = new RigidModel[sorted.Length];
Renderer.StarSphereWorlds = new Matrix4x4[sorted.Length];
Renderer.StarSphereLightings = new Lighting[sorted.Length];
starSphereObjects = new ThnObject[sorted.Length];
for (int i = 0; i < sorted.Length; i++)
{
Renderer.StarSphereModels[i] = (sorted[i].Item1 as IRigidModelFile).CreateRigidModel(true);
Renderer.StarSphereWorlds[i] = sorted[i].Item2.Rotate * Matrix4x4.CreateTranslation(sorted[i].Item2.Translate);
Renderer.StarSphereLightings[i] = Lighting.Empty;
starSphereObjects[i] = sorted[i].Item2;
}
//Add objects to the renderer
World.RegisterAll();
}
public Cutscene(IEnumerable <ThnScript> scripts, FreelancerGame game, GameObject playerShip = null)
{
this.playerShip = playerShip;
this.game = game;
camera = new ThnCamera(game.Viewport);
Renderer = new SystemRenderer(camera, game.GameData, game.ResourceManager, game);
World = new GameWorld(Renderer);
//thn = script;
var evs = new List <ThnEvent>();
foreach (var thn in scripts)
{
totalDuration = Math.Max(totalDuration, thn.Duration);
foreach (var ev in thn.Events)
{
ev.TimeOffset = 0;
evs.Add(ev);
}
AddEntities(thn);
}
//work around SET_CAMERA not being called in disco (match vanilla behaviour)
var firstCamera = Objects.Values.Where(x => x.Camera != null).FirstOrDefault();
if (firstCamera != null)
{
camera.Transform = firstCamera.Camera;
}
evs.Sort((x, y) => x.Time.CompareTo(y.Time));
foreach (var item in evs)
{
events.Enqueue(item);
}
//Add starspheres in the right order
var sorted = ((IEnumerable <Tuple <IDrawable, Matrix4, int> >)layers).Reverse().OrderBy(x => x.Item3).ToArray();
Renderer.StarSphereModels = new IDrawable[sorted.Length];
Renderer.StarSphereWorlds = new Matrix4[sorted.Length];
for (int i = 0; i < sorted.Length; i++)
{
Renderer.StarSphereModels[i] = sorted[i].Item1;
Renderer.StarSphereWorlds[i] = sorted[i].Item2;
}
//Add objects to the renderer
World.RegisterAll();
}
public Cutscene(IEnumerable <ThnScript> scripts, FreelancerGame game, GameObject playerShip = null)
{
this.playerShip = playerShip;
this.game = game;
camera = new ThnCamera(game.Viewport);
Renderer = new SystemRenderer(camera, game.GameData, game.ResourceManager, game);
World = new GameWorld(Renderer);
//thn = script;
var evs = new List <ThnEvent>();
foreach (var thn in scripts)
{
totalDuration = Math.Max(totalDuration, thn.Duration);
foreach (var ev in thn.Events)
{
ev.TimeOffset = 0;
evs.Add(ev);
}
AddEntities(thn);
}
evs.Sort((x, y) => x.Time.CompareTo(y.Time));
foreach (var item in evs)
{
events.Enqueue(item);
}
//Add starspheres in the right order
layers.Sort((x, y) => x.Item3.CompareTo(y.Item3));
Renderer.StarSphereModels = new IDrawable[layers.Count];
Renderer.StarSphereWorlds = new Matrix4[layers.Count];
for (int i = 0; i < layers.Count; i++)
{
Renderer.StarSphereModels[i] = layers[i].Item1;
Renderer.StarSphereWorlds[i] = layers[i].Item2;
}
//Add objects to the renderer
World.RegisterAll();
}
public Cutscene(IEnumerable <ThnScript> scripts, FreelancerGame game)
{
camera = new ThnCamera(game.Viewport);
Renderer = new SystemRenderer(camera, game.GameData, game.ResourceManager);
World = new GameWorld(Renderer);
//thn = script;
var evs = new List <ThnEvent>();
bool hasScene = false;
List <Tuple <IDrawable, Matrix4, int> > layers = new List <Tuple <IDrawable, Matrix4, int> >();
foreach (var thn in scripts)
{
foreach (var ev in thn.Events)
{
evs.Add(ev);
}
foreach (var kv in thn.Entities)
{
if ((kv.Value.ObjectFlags & ThnObjectFlags.Reference) == ThnObjectFlags.Reference)
{
continue;
}
var obj = new ThnObject();
obj.Name = kv.Key;
obj.Translate = kv.Value.Position ?? Vector3.Zero;
obj.Rotate = kv.Value.RotationMatrix ?? Matrix4.Identity;
if (kv.Value.Type == EntityTypes.Compound)
{
//Fetch model
IDrawable drawable;
switch (kv.Value.MeshCategory.ToLowerInvariant())
{
case "solar":
drawable = game.GameData.GetSolar(kv.Value.Template);
break;
case "spaceship":
var sh = game.GameData.GetShip(kv.Value.Template);
drawable = sh.Drawable;
break;
case "prop":
drawable = game.GameData.GetProp(kv.Value.Template);
break;
case "room":
drawable = game.GameData.GetRoom(kv.Value.Template);
break;
case "equipment cart":
drawable = game.GameData.GetCart(kv.Value.Template);
break;
case "equipment":
var eq = game.GameData.GetEquipment(kv.Value.Template);
drawable = eq.GetDrawable();
break;
case "asteroid":
drawable = game.GameData.GetAsteroid(kv.Value.Template);
break;
default:
throw new NotImplementedException("Mesh Category " + kv.Value.MeshCategory);
}
if (kv.Value.UserFlag != 0)
{
//This is a starsphere
var transform = (kv.Value.RotationMatrix ?? Matrix4.Identity) * Matrix4.CreateTranslation(kv.Value.Position ?? Vector3.Zero);
layers.Add(new Tuple <IDrawable, Matrix4, int>(drawable, transform, kv.Value.SortGroup));
}
else
{
obj.Object = new GameObject(drawable, game.ResourceManager, false);
obj.Object.PhysicsComponent = null; //Jitter seems to interfere with directly setting orientation
var r = (ModelRenderer)obj.Object.RenderComponent;
r.LightGroup = kv.Value.LightGroup;
r.LitDynamic = (kv.Value.ObjectFlags & ThnObjectFlags.LitDynamic) == ThnObjectFlags.LitDynamic;
r.LitAmbient = (kv.Value.ObjectFlags & ThnObjectFlags.LitAmbient) == ThnObjectFlags.LitAmbient;
//HIDDEN just seems to be an editor flag?
//r.Hidden = (kv.Value.ObjectFlags & ThnObjectFlags.Hidden) == ThnObjectFlags.Hidden;
r.NoFog = kv.Value.NoFog;
}
}
else if (kv.Value.Type == EntityTypes.PSys)
{
var fx = game.GameData.GetEffect(kv.Value.Template);
obj.Object = new GameObject();
obj.Object.RenderComponent = new ParticleEffectRenderer(fx)
{
Active = false
};
}
else if (kv.Value.Type == EntityTypes.Scene)
{
if (hasScene)
{
//throw new Exception("Thn can only have one scene");
//TODO: This needs to be handled better
continue;
}
var amb = kv.Value.Ambient.Value;
if (amb.X == 0 && amb.Y == 0 && amb.Z == 0)
{
continue;
}
hasScene = true;
Renderer.SystemLighting.Ambient = new Color4(amb.X / 255f, amb.Y / 255f, amb.Z / 255f, 1);
}
else if (kv.Value.Type == EntityTypes.Light)
{
var lt = new DynamicLight();
lt.LightGroup = kv.Value.LightGroup;
lt.Active = kv.Value.LightProps.On;
lt.Light = kv.Value.LightProps.Render;
obj.Light = lt;
if (kv.Value.RotationMatrix.HasValue)
{
var m = kv.Value.RotationMatrix.Value;
lt.Light.Direction = (new Vector4(lt.Light.Direction.Normalized(), 0) * m).Xyz.Normalized();
}
Renderer.SystemLighting.Lights.Add(lt);
}
else if (kv.Value.Type == EntityTypes.Camera)
{
obj.Camera = new ThnCameraTransform();
obj.Camera.Position = kv.Value.Position.Value;
obj.Camera.Orientation = kv.Value.RotationMatrix ?? Matrix4.Identity;
obj.Camera.FovH = kv.Value.FovH ?? obj.Camera.FovH;
obj.Camera.AspectRatio = kv.Value.HVAspect ?? obj.Camera.AspectRatio;
}
else if (kv.Value.Type == EntityTypes.Marker)
{
obj.Object = new GameObject();
obj.Object.Name = "Marker";
obj.Object.Nickname = "";
}
if (obj.Object != null)
{
Vector3 transform = kv.Value.Position ?? Vector3.Zero;
obj.Object.Transform = (kv.Value.RotationMatrix ?? Matrix4.Identity) * Matrix4.CreateTranslation(transform);
World.Objects.Add(obj.Object);
}
obj.Entity = kv.Value;
Objects.Add(kv.Key, obj);
}
}
evs.Sort((x, y) => x.Time.CompareTo(y.Time));
foreach (var item in evs)
{
events.Enqueue(item);
}
//Add starspheres in the right order
layers.Sort((x, y) => x.Item3.CompareTo(y.Item3));
Renderer.StarSphereModels = new IDrawable[layers.Count];
Renderer.StarSphereWorlds = new Matrix4[layers.Count];
for (int i = 0; i < layers.Count; i++)
{
Renderer.StarSphereModels[i] = layers[i].Item1;
Renderer.StarSphereWorlds[i] = layers[i].Item2;
}
//Add objects to the renderer
World.RegisterAll();
}
void SceneSetup(ThnScript[] scripts, bool resetObjects = true)
{
hasScene = false;
currentTime = 0;
if (resetObjects)
{
sceneObjects = new Dictionary<string, ThnObject>(StringComparer.OrdinalIgnoreCase);
layers = new List<Tuple<IDrawable, ThnObject>>();
}
if (spawnObjects && resetObjects) {
if (Renderer != null)
{
Renderer.Dispose();
World.Dispose();
}
Renderer = new SystemRenderer(camera, gameData, game.GetService<GameResourceManager>(), game);
World = new GameWorld(Renderer, false);
}
if (scriptContext.SetScript != null && resetObjects)
{
var inst = new ThnScriptInstance(this, scriptContext.SetScript);
inst.ConstructEntities(sceneObjects, spawnObjects);
}
if (instances != null && resetObjects)
{
foreach (var inst in instances)
inst.Cleanup();
}
if(resetObjects)
instances = new List<ThnScriptInstance>();
foreach (var script in scripts)
{
var ts = new ThnScriptInstance(this, script);
ts.ConstructEntities(sceneObjects, spawnObjects && resetObjects);
instances.Add(ts);
}
if (resetObjects)
{
var firstCamera = sceneObjects.Values.FirstOrDefault(x => x.Camera != null);
if (firstCamera == null) firstCamera = sceneObjects.Values.FirstOrDefault(x => x.Camera != null);
if (firstCamera != null)
{
camera.Transform = firstCamera.Camera;
}
}
if (spawnObjects && resetObjects)
{
//Add starspheres in the right order
var sorted = ((IEnumerable<Tuple<IDrawable, ThnObject>>) layers).Reverse()
.OrderBy(x => x.Item2.Entity.SortGroup).ToArray();
Renderer.StarSphereModels = new RigidModel[sorted.Length];
Renderer.StarSphereWorlds = new Matrix4x4[sorted.Length];
Renderer.StarSphereLightings = new Lighting[sorted.Length];
starSphereObjects = new ThnObject[sorted.Length];
for (int i = 0; i < sorted.Length; i++)
{
Renderer.StarSphereModels[i] = (sorted[i].Item1 as IRigidModelFile).CreateRigidModel(true);
Renderer.StarSphereWorlds[i] =
sorted[i].Item2.Rotate * Matrix4x4.CreateTranslation(sorted[i].Item2.Translate);
Renderer.StarSphereLightings[i] = Lighting.Empty;
starSphereObjects[i] = sorted[i].Item2;
}
//Add objects to the renderer
World.RegisterAll();
}
lagCounter = 0;
//Init
_Update(0);
running = true;
}
