static void SetLight(ShaderVariables shader, bool hasSpotlight, int i, ref RenderLight lt)
{
float kind = 0;
if (lt.Kind == LightKind.Point || lt.Kind == LightKind.Spotlight)
{
kind = 1;
}
else if (lt.Kind == LightKind.PointAttenCurve)
{
kind = 2;
}
shader.SetLightsPos(i, new Vector4(lt.Kind == LightKind.Directional ? lt.Direction : lt.Position, kind));
shader.SetLightsColorRange(i, new Vector4(lt.Color.R, lt.Color.G, lt.Color.B, lt.Range));
shader.SetLightsAttenuation(i, lt.Attenuation);
if (hasSpotlight)
{
if (lt.Kind == LightKind.Spotlight)
{
shader.SetLightsDir(i, lt.Direction);
shader.SetSpotlightParams(i, new Vector3(lt.Falloff, (float)(Math.Cos(lt.Theta / 2.0)), (float)(Math.Cos(lt.Phi / 2.0))));
}
else if (lt.Kind == LightKind.Point || lt.Kind == LightKind.PointAttenCurve)
{
shader.SetSpotlightParams(i, Vector3.Zero);
}
}
}
public void GetLighting(out bool FogEnabled, out Color4?Ambient, out Vector2 FogRange, out Color4 FogColor, out RenderLight?lightning)
{
Ambient = Nebula.AmbientColor;
FogEnabled = Nebula.FogEnabled;
FogColor = GetFogColor();
FogRange = Nebula.FogRange;
var ex = GetExclusion(camera.Position);
if (ex != null)
{
var factor = CalculateTransition(ex.Zone);
FogRange.Y = MathHelper.Lerp(FogRange.Y, ex.FogFar, factor);;
}
lightning = null;
if (dynLightningActive)
{
var rl = new RenderLight();
rl.Kind = LightKind.Point;
rl.Color = new Color3f(Nebula.DynamicLightningColor.R,
Nebula.DynamicLightningColor.G,
Nebula.DynamicLightningColor.B);
rl.Position = dynamicLightningPos;
rl.Attenuation = new Vector3(1, 0, 0.0000055f);
rl.Range = (int)Nebula.FogRange.Y;
lightning = rl;
}
}
public void Add(RenderLight light)
{
if (Count == 8)
{
throw new Exception("Too many lights!");
}
SetLight(ref this, Count++, light);
}
static void SetLight(ref LightsArray lt, int index, RenderLight value)
{
fixed(LightsArray *lights = <)
{
var ptr = (ulong)lights;
ptr += sizeof(int);
ptr += (ulong)(Stride * index);
*((RenderLight *)ptr) = value;
}
}
//Returns whether or not a spotlight can be culled
static bool SpotlightTest(ref RenderLight light, Vector3 objPos, float objRadius)
{
var V = objPos - light.Position;
var VLenSq = V.LengthSquared;
var V1len = Vector3.Dot(V, light.Direction);
var distClosestPoint = (float)(Math.Cos(light.Phi) * Math.Sqrt(VLenSq - V1len * V1len) - V1len * Math.Sin(light.Phi));
var angleCull = distClosestPoint > objRadius;
var frontCull = V1len > objRadius + light.Range;
var backCull = V1len < -objRadius;
return(angleCull || frontCull || backCull);
}
ThnEntity GetEntity(LuaTable table)
{
object o;
var e = new ThnEntity();
e.Name = (string)table["entity_name"];
e.Type = ThnEnum.Check <EntityTypes>(table["type"]);
if (table.TryGetValue("srt_grp", out o))
{
e.SortGroup = (int)(float)table["srt_grp"];
}
if (table.TryGetValue("usr_flg", out o))
{
e.UserFlag = (int)(float)table["usr_flg"];
}
if (table.TryGetValue("lt_grp", out o))
{
e.LightGroup = (int)(float)table["lt_grp"];
}
Vector3 tmp;
if (table.TryGetVector3("ambient", out tmp))
{
e.Ambient = tmp;
}
if (table.TryGetVector3("up", out tmp))
{
e.Up = tmp;
}
if (table.TryGetVector3("front", out tmp))
{
e.Front = tmp;
}
if (table.TryGetValue("template_name", out o))
{
e.Template = (string)o;
}
if (table.TryGetValue("flags", out o))
{
if (o is float)
{
e.ObjectFlags = ConvertFlags(e.Type, table);
}
else
{
e.ObjectFlags = (ThnObjectFlags)o;
}
}
if (table.TryGetValue("userprops", out o))
{
var usrprops = (LuaTable)o;
if (usrprops.TryGetValue("category", out o))
{
e.MeshCategory = (string)o;
}
if (usrprops.TryGetValue("nofog", out o))
{
e.NoFog = ThnEnum.Check <bool>(o);
}
}
if (table.TryGetValue("spatialprops", out o))
{
var spatialprops = (LuaTable)o;
if (spatialprops.TryGetVector3("pos", out tmp))
{
e.Position = tmp;
}
if (spatialprops.TryGetValue("orient", out o))
{
e.RotationMatrix = GetMatrix((LuaTable)o);
}
}
if (table.TryGetValue("cameraprops", out o))
{
var cameraprops = (LuaTable)o;
if (cameraprops.TryGetValue("fovh", out o))
{
e.FovH = (float)o;
}
if (cameraprops.TryGetValue("hvaspect", out o))
{
e.HVAspect = (float)o;
}
}
if (table.TryGetValue("lightprops", out o))
{
var lightprops = (LuaTable)o;
e.LightProps = new ThnLightProps();
if (lightprops.TryGetValue("on", out o))
{
e.LightProps.On = ThnEnum.Check <bool>(o);
}
else
{
e.LightProps.On = true;
}
var r = new RenderLight();
r.Position = e.Position.Value;
if (lightprops.TryGetValue("type", out o))
{
var tp = ThnEnum.Check <LightTypes>(o);
if (tp == LightTypes.Point)
{
r.Kind = LightKind.Point;
}
if (tp == LightTypes.Direct)
{
r.Kind = LightKind.Directional;
}
if (tp == LightTypes.Spotlight)
{
r.Kind = LightKind.Spotlight;
r.Falloff = 1f;
}
}
else
{
throw new Exception("Light without type");
}
if (lightprops.TryGetVector3("diffuse", out tmp))
{
r.Color = new Color4(tmp.X, tmp.Y, tmp.Z, 1);
}
if (lightprops.TryGetVector3("direction", out tmp))
{
r.Direction = tmp;
}
if (lightprops.TryGetValue("range", out o))
{
r.Range = (int)(float)o;
}
if (lightprops.TryGetValue("theta", out o))
{
r.Theta = r.Phi = (float)o;
}
if (lightprops.TryGetVector3("atten", out tmp))
{
r.Attenuation = new Vector4(tmp, 0);
}
e.LightProps.Render = r;
}
if (table.TryGetValue("pathprops", out o))
{
var pathprops = (LuaTable)o;
if (pathprops.TryGetValue("path_data", out o))
{
e.Path = new MotionPath((string)o);
}
}
return(e);
}
public GameData.StarSystem GetSystem(string id)
{
var legacy = fldata.Universe.FindSystem(id);
if (fldata.Stars != null)
{
foreach (var txmfile in fldata.Stars.TextureFiles)
{
resource.LoadTxm(Compatibility.VFS.GetPath(fldata.Freelancer.DataPath + txmfile));
}
}
var sys = new GameData.StarSystem();
sys.AmbientColor = legacy.AmbientColor ?? Color4.White;
sys.Name = legacy.StridName;
sys.Id = legacy.Nickname;
sys.BackgroundColor = legacy.SpaceColor ?? Color4.Black;
sys.MusicSpace = legacy.MusicSpace;
sys.FarClip = legacy.SpaceFarClip ?? 20000f;
if (legacy.BackgroundBasicStarsPath != null)
{
try {
sys.StarsBasic = resource.GetDrawable(legacy.BackgroundBasicStarsPath);
} catch (Exception) {
sys.StarsBasic = null;
FLLog.Error("System", "Failed to load starsphere " + legacy.BackgroundBasicStarsPath);
}
}
if (legacy.BackgroundComplexStarsPath != null)
{
try {
sys.StarsComplex = resource.GetDrawable(legacy.BackgroundComplexStarsPath);
} catch (Exception) {
sys.StarsComplex = null;
FLLog.Error("System", "Failed to load starsphere " + legacy.BackgroundComplexStarsPath);
}
}
if (legacy.BackgroundNebulaePath != null)
{
try {
sys.StarsNebula = resource.GetDrawable(legacy.BackgroundNebulaePath);
} catch (Exception) {
sys.StarsNebula = null;
FLLog.Error("System", "Failed to load starsphere " + legacy.BackgroundNebulaePath);
}
}
if (legacy.LightSources != null)
{
foreach (var src in legacy.LightSources)
{
var lt = new RenderLight();
lt.Color = src.Color.Value;
lt.Position = src.Pos.Value;
lt.Range = src.Range.Value;
lt.Direction = src.Direction ?? new Vector3(0, 0, 1);
lt.Kind = ((src.Type ?? Legacy.Universe.LightType.Point) == Legacy.Universe.LightType.Point) ? LightKind.Point : LightKind.Directional;
lt.Attenuation = new Vector4(src.Attenuation ?? Vector3.UnitY, 0);
if (src.AttenCurve != null)
{
lt.Kind = LightKind.PointAttenCurve;
lt.Attenuation = ApproximateCurve.GetCubicFunction(
fldata.Graphs.FindFloatGraph(src.AttenCurve).Points.ToArray()
);
}
sys.LightSources.Add(lt);
}
}
foreach (var obj in legacy.Objects)
{
sys.Objects.Add(GetSystemObject(obj));
}
if (legacy.Zones != null)
{
foreach (var zne in legacy.Zones)
{
var z = new GameData.Zone();
z.Nickname = zne.Nickname;
z.EdgeFraction = zne.EdgeFraction ?? 0.25f;
z.Position = zne.Pos.Value;
if (zne.Rotate != null)
{
var r = zne.Rotate.Value;
var qx = Quaternion.FromEulerAngles(
MathHelper.DegreesToRadians(r.X),
MathHelper.DegreesToRadians(r.Y),
MathHelper.DegreesToRadians(r.Z)
);
z.RotationMatrix = Matrix4.CreateFromQuaternion(qx);
z.RotationAngles = new Vector3(
MathHelper.DegreesToRadians(r.X),
MathHelper.DegreesToRadians(r.Y),
MathHelper.DegreesToRadians(r.Z)
);
}
else
{
z.RotationMatrix = Matrix4.Identity;
z.RotationAngles = Vector3.Zero;
}
switch (zne.Shape.Value)
{
case Legacy.Universe.ZoneShape.ELLIPSOID:
z.Shape = new GameData.ZoneEllipsoid(z,
zne.Size.Value.X,
zne.Size.Value.Y,
zne.Size.Value.Z
);
break;
case Legacy.Universe.ZoneShape.SPHERE:
z.Shape = new GameData.ZoneSphere(z,
zne.Size.Value.X
);
break;
case Legacy.Universe.ZoneShape.BOX:
z.Shape = new GameData.ZoneBox(z,
zne.Size.Value.X,
zne.Size.Value.Y,
zne.Size.Value.Z
);
break;
case Legacy.Universe.ZoneShape.CYLINDER:
z.Shape = new GameData.ZoneCylinder(z,
zne.Size.Value.X,
zne.Size.Value.Y
);
break;
case Legacy.Universe.ZoneShape.RING:
z.Shape = new GameData.ZoneRing(z,
zne.Size.Value.X,
zne.Size.Value.Y,
zne.Size.Value.Z
);
break;
default:
Console.WriteLine(zne.Nickname);
Console.WriteLine(zne.Shape.Value);
throw new NotImplementedException();
}
sys.Zones.Add(z);
}
}
if (legacy.Asteroids != null)
{
foreach (var ast in legacy.Asteroids)
{
sys.AsteroidFields.Add(GetAsteroidField(sys, ast));
}
}
if (legacy.Nebulae != null)
{
foreach (var nbl in legacy.Nebulae)
{
sys.Nebulae.Add(GetNebula(sys, nbl));
}
}
return(sys);
}
ThnEntity GetEntity(LuaTable table)
{
object o;
var e = new ThnEntity();
e.Name = (string)table["entity_name"];
e.Type = ThnTypes.Convert <EntityTypes>(table["type"]);
if (table.TryGetValue("srt_grp", out o))
{
e.SortGroup = (int)(float)table["srt_grp"];
}
if (table.TryGetValue("usr_flg", out o))
{
e.UserFlag = (int)(float)table["usr_flg"];
}
if (table.TryGetValue("lt_grp", out o))
{
e.LightGroup = (int)(float)table["lt_grp"];
}
Vector3 tmp;
if (table.TryGetVector3("ambient", out tmp))
{
e.Ambient = tmp;
}
if (table.TryGetVector3("up", out tmp))
{
e.Up = tmp;
}
if (table.TryGetVector3("front", out tmp))
{
e.Front = tmp;
}
if (table.TryGetValue("template_name", out o))
{
e.Template = (string)o;
}
if (table.TryGetValue("flags", out o))
{
if (o is float)
{
e.ObjectFlags = ConvertFlags(e.Type, table);
}
else
{
e.ObjectFlags = (ThnObjectFlags)o;
}
}
if (table.TryGetValue("userprops", out o))
{
var usrprops = (LuaTable)o;
if (usrprops.TryGetValue("category", out o))
{
e.MeshCategory = (string)o;
}
if (usrprops.TryGetValue("nofog", out o))
{
e.NoFog = ThnTypes.Convert <bool>(o);
}
if (usrprops.TryGetValue("Actor", out o))
{
e.Actor = o.ToString();
}
if (usrprops.TryGetValue("TextString", out o))
{
e.DisplayText = new ThnDisplayText();
e.DisplayText.TextIDS = FuzzyInt(o);
if (usrprops.TryGetValue("TextStart", out o))
{
e.DisplayText.Start = FuzzyFloat(o);
}
}
if (usrprops.TryGetValue("main_object", out o))
{
e.MainObject = true;
}
}
if (table.TryGetValue("audioprops", out o))
{
var aprops = (LuaTable)o;
e.AudioProps = new ThnAudioProps();
if (aprops.TryGetValue("rmix", out o))
{
e.AudioProps.Rmix = (float)o;
}
if (aprops.TryGetValue("ain", out o))
{
e.AudioProps.Ain = (float)o;
}
if (aprops.TryGetValue("dmax", out o))
{
e.AudioProps.Dmax = (float)o;
}
if (aprops.TryGetValue("atout", out o))
{
e.AudioProps.Atout = (float)o;
}
if (aprops.TryGetValue("pan", out o))
{
e.AudioProps.Pan = (float)o;
}
if (aprops.TryGetValue("dmin", out o))
{
e.AudioProps.Dmin = (float)o;
}
if (aprops.TryGetValue("aout", out o))
{
e.AudioProps.Aout = (float)o;
}
if (aprops.TryGetValue("attenuation", out o))
{
e.AudioProps.Attenuation = (float)o;
}
}
if (table.TryGetValue("spatialprops", out o))
{
var spatialprops = (LuaTable)o;
if (spatialprops.TryGetVector3("pos", out tmp))
{
e.Position = tmp;
}
if (spatialprops.TryGetValue("orient", out o))
{
e.RotationMatrix = GetMatrix((LuaTable)o);
}
}
if (table.TryGetValue("cameraprops", out o))
{
var cameraprops = (LuaTable)o;
if (cameraprops.TryGetValue("fovh", out o))
{
e.FovH = (float)o;
}
if (cameraprops.TryGetValue("hvaspect", out o))
{
e.HVAspect = (float)o;
}
if (cameraprops.TryGetValue("nearplane", out o))
{
e.NearPlane = (float)o;
}
if (cameraprops.TryGetValue("farplane", out o))
{
e.FarPlane = (float)o;
}
}
if (table.TryGetValue("lightprops", out o))
{
var lightprops = (LuaTable)o;
e.LightProps = new ThnLightProps();
if (lightprops.TryGetValue("on", out o))
{
e.LightProps.On = ThnTypes.Convert <bool>(o);
}
else
{
e.LightProps.On = true;
}
var r = new RenderLight();
r.Position = e.Position.Value;
if (lightprops.TryGetValue("type", out o))
{
var tp = ThnTypes.Convert <LightTypes>(o);
if (tp == LightTypes.Point)
{
r.Kind = LightKind.Point;
}
if (tp == LightTypes.Direct)
{
r.Kind = LightKind.Directional;
}
if (tp == LightTypes.Spotlight)
{
r.Kind = LightKind.Spotlight;
r.Falloff = 1f;
}
}
else
{
throw new Exception("Light without type");
}
if (lightprops.TryGetVector3("diffuse", out tmp))
{
r.Color = new Color3f(tmp.X, tmp.Y, tmp.Z);
}
if (lightprops.TryGetVector3("ambient", out tmp))
{
r.Ambient = new Color3f(tmp.X, tmp.Y, tmp.Z);
}
if (lightprops.TryGetVector3("direction", out tmp))
{
r.Direction = tmp;
}
if (lightprops.TryGetValue("range", out o))
{
r.Range = (int)(float)o;
}
if (lightprops.TryGetValue("theta", out o))
{
r.Theta = r.Phi = (float)o;
}
if (lightprops.TryGetVector3("atten", out tmp))
{
r.Attenuation = tmp;
}
e.LightProps.Render = r;
}
if (table.TryGetValue("pathprops", out o))
{
var pathprops = (LuaTable)o;
if (pathprops.TryGetValue("path_data", out o))
{
e.Path = new MotionPath((string)o);
}
}
return(e);
}