BSP Version 25

struct dphysdisp_t { unsigned int numDisplacements; //unsigned int dataSize[numDisplacements]; // Note that the array that follows this is using unsigned int }; struct dnode_t { int planenum; int children[2]; float mins[3]; float maxs[3]; unsigned int firstface; unsigned int numfaces; short area; }; struct DispSubNeighbor_t { unsigned int neighbor; unsigned char neighborOrient; unsigned char span; unsigned char neighborSpan; }; struct DispNeighbor_t { DispSubNeighbor_t neighbors[2]; }; struct DispCornerNeighbors_t { unsigned int neighbors[4]; unsigned char neighborCount; }; class ddispinfo_t { Vector startPosition; int m_iDispVertStart; int m_iDispTriStart; int power; int minTess; float smoothingAngle; int contents; unsigned int m_iMapFace; int m_iLightmapAlphaStart; int m_iLightmapSamplePositionStart; DispNeighbor_t m_EdgeNeighbors[4]; DispCornerNeighbors_t m_CornerNeighbors[4]; enum unnamed { ALLOWEDVERTS_SIZE = 10 }; unsigned int m_AllowedVerts[ALLOWEDVERTS_SIZE]; }; struct dedge_t { unsigned int v[2]; }; struct dprimitive_t { unsigned char type; unsigned int firstIndex; unsigned int indexCount; unsigned int firstVert; unsigned int vertCount; }; struct dface_t { unsigned int planenum; byte side; byte onNode; int firstedge; int numedges; int texinfo; int dispinfo; int surfaceFogVolumeID; byte styles[MAXLIGHTMAPS]; int lightofs; float area; int m_LightmapTextureMinsInLuxels[2]; int m_LightmapTextureSizeInLuxels[2]; int origFace; unsigned int m_EnableShadows : 1; unsigned int m_NumPrims : 31; unsigned int firstPrimID; unsigned int smoothingGroups; }; struct dfaceid_t { unsigned int hammerfaceid; }; struct dfacebrushlist_t { unsigned int m_nFaceBrushCount; unsigned int m_nFaceBrushStart; }; struct dleaf_t { int contents; int cluster; int area:17; int flags:15; float mins[3]; float maxs[3]; unsigned int firstleafface; unsigned int numleaffaces; unsigned int firstleafbrush; unsigned int numleafbrushes; int leafWaterDataID; }; struct dleafambientindex_t { unsigned int ambientSampleCount; unsigned int firstAmbientSample; }; struct dbrushside_t { unsigned int planenum; int texinfo; int dispinfo; byte bevel; byte thin; }; struct dareaportal_t { unsigned int m_PortalKey; unsigned int otherarea; unsigned int m_FirstClipPortalVert; unsigned int m_nClipPortalVerts; int planenum; }; struct dleafwaterdata_t { float surfaceZ; float minZ; int surfaceTexInfoID; }; enum lightmode_t : uint8_t { lightmode_static = 0, // Lightmap-only light, fully static lightmode_specular, // Specular-only light with static lightmaps lightmode_bounce, // Direct and specular with static bounced lightmaps lightmode_dynamic, // Fully dynamic with no lightmaps num_lightmodes, }; // Version 0 and 1 can be found in the AlienSwarm or 2013 SDK struct dworldlight_version2_t { Vector origin; Vector intensity; Vector normal; Vector shadow_cast_offset; int cluster; emittype_t type; lightmode_t mode; uint16_t _padding; int style; float stopdot; float stopdot2; float exponent; float radius; float constant_attn; float linear_attn; float quadratic_attn; int flags; int texinfo; int owner; }; // For use with dflagslump_t #define LVLFLAGS_DISABLE_BAKED_AO 0x40000000 // VRad baked AO was disabled, allowing for the use of SSAO // Same as the SDK struct dflagslump_t { uint32 levelFlags; };

#define COLOR_VAR_NAME_LENGTH 64 struct ColorVarDictLump_t { char name[COLOR_VAR_NAME_LENGTH]; }; struct dcolorvarslump_t { int count; ColorVarDictLump_t names[count]; }

#define OVERLAY_LEGACY_BSP_FACE_COUNT 64 struct doverlay_version0_t { int nId; short nTexInfo; unsigned short m_nFaceCountAndRenderOrder; int aFaces[OVERLAY_LEGACY_BSP_FACE_COUNT]; float flU[2]; float flV[2]; Vector vecUVPoints[4]; Vector vecOrigin; Vector vecBasisNormal; }; struct doverlay_version1_t { int nId; int nTexInfo; unsigned short m_nFaceCountAndRenderOrder; int aFaces[OVERLAY_LEGACY_BSP_FACE_COUNT]; float flU[2]; float flV[2]; Vector vecUVPoints[4]; Vector vecOrigin; Vector vecBasisNormal; }; struct doverlay_version2_t { int nId; int nTexInfo; unsigned short m_nFaceCountAndRenderOrder; int aFaces[OVERLAY_LEGACY_BSP_FACE_COUNT]; float flU[2]; float flV[2]; Vector vecUVPoints[4]; Vector vecOrigin; Vector vecBasisNormal; Color clrTint; }; #define WATEROVERLAY_BSP_FACE_COUNT 256 struct dwateroverlay_t { int nId; int nTexInfo; unsigned short m_nFaceCountAndRenderOrder; int aFaces[WATEROVERLAY_BSP_FACE_COUNT]; float flU[2]; float flV[2]; Vector vecUVPoints[4]; Vector vecOrigin; Vector vecBasisNormal; };

struct overlay_lump { int32 overlayCount; int32 faceCount; int32 faces[faceCount]; doverlay_version3_t overlays[overlayCount]; } // Indicates `cross( vecBasisNormal, vecBasisU )` should be inverted. // In version 0-2, this is indicated by (vecUVPoints[3].z == 1) #define OVERLAY_FLAG_BASIS_FLIPPED 1 #define OVERLAY_FLAG_COLOR_VAR 2 struct doverlay_version3_t { int32 nId; int32 nTexInfo; uint16 iFlags; uint16 nRenderOrder; int32 nFaceOffset; // Offset into the lump faces array int32 nFaceCount; // Number of faces this overlay uses Vector2D flU; Vector2D flV; Vector2D vecUVPoints[4]; Vector vecBasisU; // Was stored in vecUVPoints[0-2].z Vector vecOrigin; Vector vecBasisNormal; Color clrTint; // RGBA tint };