enworld.c

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//----------------------------------------------
 
typedef int[] WorldHandle;
 
proto native float GetWorldTime();

proto native WorldHandle SetCurrentWorld(WorldHandle world);
 
//proto native void SchedulePreload(vector pos, float radius);
 
proto native IEntity FindEntityByName(IEntity worldEnt, string name);
proto native IEntity FindEntityByID(IEntity worldEnt, int ID);

proto native int GetNumActiveEntities(IEntity worldEntity);
proto native IEntity GetActiveEntity(IEntity worldEntity, int index);
 
//----------------------------------------------
 
enum CameraType
{
    PERSPECTIVE,
    ORTHOGRAPHIC
};

proto native void SetListenerCamera(int camera);

proto native void SetCamera(int cam, vector origin, vector angle);

proto native void SetCameraEx(int cam, const vector mat[4]);

proto native void GetCamera(int cam, out vector mat[4]);
 
proto native void SetCameraVerticalFOV(int cam, float fovy);
proto native void SetCameraFarPlane(int cam, float farplane);       //default 160000 units
proto native void SetCameraNearPlane(int cam, float nearplane); //default 5 units
 
proto native void SetCameraType(int cam, CameraType type);

enum PostProcessEffectType
{
    None,
    UnderWater,
    SSAO,
    DepthOfField,
    HBAO,
    RotBlur,
    GodRays,
    Rain,
    Snowfall,
    FilmGrain,
    RadialBlur,
    ChromAber,
    WetDistort,
    DynamicBlur,
    ColorGrading,
    Colors,
    Glow,
    SMAA,
    FXAA,
    Median,//unused?
    SunMask,
    GaussFilter,
    SSR, //not available
    Distort,
    Ghost
};

proto native void SetCameraPostProcessEffect(int cam, int priority, PostProcessEffectType type, string materialPath);
        
//ent can be NULL for world-space coords
proto vector    ProjectVector(int cam, IEntity ent, vector vec);
proto vector    UnprojectVector(int cam, float x, float y, vector dir);

 
//----------------------------------------------

typedef int[] HLIGHT;
 
enum LightType
{
    POINT, //< point light, all directional light
    SPOT,   //< spot light, direction is determined by owner (entity)
    DIRECTIONAL,
    AMBIENT
};
 
enum LightFlags
{
    DYNAMIC, 
    CASTSHADOW,
    CHEAP
};

proto HLIGHT AddLight(IEntity owner, LightType type, LightFlags flags, float radius, vector color);
proto native bool RemoveLight(HLIGHT light);
proto native bool SetLightEx(HLIGHT light, float radius, vector color);
proto native bool SetLightTexture(HLIGHT light, string cubemap);
proto native int SetLightFlags(HLIGHT light, LightFlags flags);
proto native int ClearLightFlags(HLIGHT light, LightFlags flags);
proto native bool SetLightCone(HLIGHT light, float cone);

proto native float GetSceneHDRMul(int camera);
 
 
 
//----------------------------------------------
 
enum TraceFlags
{
    BONES, //< tests collision geometries around bones of animated objects
    ENTS, //< tests entities
    WORLD, //< tests world bounding box
    ONLY_PHYSICS,
    WATER, //< tests collision with water surface
    PASSTRANSLUCENT,//< Do not intersects with entities with EntityFlags.TRANSLUCENT set
    RAGDOLLS, //< tests ragdolls
    VISTEST, //< performs visibility test first. Not necessary for entities receiving EntityEvent.VISIBLE, because there is a certainty that a camera will see them
    NOTRACE,
    TRANSPARENT_OCCLUDERS
};
 
enum TraceShape
{
  LINE,
  BOX,
  OBB,
  SPHERE
};

class TraceContact
{
    float   Fraction;
    int     Content;
    int     Surfparm;
    int     MaterialFlags;
    int     Triangle;
    int     SurfaceID;
    owned string    MaterialName;
    owned string    OriginalMaterialName;
    float       Plane[4];
    vector  Point;
}
 
proto native bool TraceLineToEntity(IEntity ent, vector start, vector end, out TraceContact contact);
 
//bool FilterCallback(Class target [, vector rayorigin, vector raydirection])
 
class TraceParam: Managed
{
    vector      Start;
    vector      End;
    int         LayerMask = 0xffffffff;
    TraceFlags  Flags;
    IEntity     Exclude;
    
};
 
class TraceSphere: TraceParam
{
    float           Radius; 
};
 
class TraceBox: TraceParam
{
    vector      Mins;
    vector      Maxs;
};
 
class TraceOBB: TraceBox
{
    vector      Mat[3];
};

proto volatile float TraceMove(TraceParam param, out IEntity cent, out float plane[4], out int surfparm, func filtercallback);
 

proto native int P2PVisibilityEx(vector from, vector to,int flags);

proto int SphereQuery(vector origin, float radius, out IEntity visents[], int ents, int fmask);

proto native bool IsBoxVisible(vector mins, vector maxs, int flags);

proto int       VisEntities(vector origin, vector look, float angle, float radius, out IEntity ents[2], int maxents, int fmask);

class OcclusionQuery
{
    proto private void ~OcclusionQuery();

    proto native int GetResult();

    proto native void SetPosition(vector pos);
    proto native void Destroy();
};

 
//----------------------------------------------
typedef int[] hDecal;

proto native hDecal CreateDecal(IEntity entity, vector origin, vector project, float nearclip, float angle, float size, string materialName, float lifetime, int flags);
 
proto native void RemoveDecal(hDecal decal);

proto native hDecal CreateLandMarkDecal(IEntity entity, vector origin, vector normal, float edgeSize, float lifeTime, string materialName, hDecal prevDecal, float alpha);
 

proto native int CanAddToLandMarkDecal(hDecal lmDecal, IEntity entity, string mat, vector newPoint);

proto native bool AddPointToLandMarkDecal(hDecal lmDecal, vector point, vector normal, float alpha);

proto native void FinalizeLandMarkDecal(hDecal lmDecal, bool addAlpha, float alphaDist);

proto native bool IsLandMarkFinalized(hDecal lmDecal);

proto native vector GetLastLandMarkPoint(hDecal lmDecal);

proto native void SetGlobalLandMarkParams(float minSegmentLength, float maxSegmentLength, float degAngle);
 

 
 
//----------------------------------------------

proto native bool IsOcean();

proto native float GetOceanHeight(float worldX, float worldZ);
 

proto native vector GetOceanHeightAndDisplace(float worldX, float worldZ);