File Formats - Revision history

Pireax: /* terraindata.raw */

2018-12-29T21:33:13Z

terraindata.raw

← Older revision		Revision as of 21:33, 29 December 2018
Line 266:		Line 266:
	uint u6[38 * 21]; // used by TerrainCuller		uint u6[38 * 21]; // used by TerrainCuller
	uint u7[6 * 64]; // used by TerrainCuller		uint u7[6 * 64]; // used by TerrainCuller
	uint ~~numIndices~~;		uint numLodIndices;
	ushort ~~indices~~[~~numIndices~~];		ushort lodIndices[numLodIndices];
	bool vertexFormat;		bool vertexFormat;
	struct QuadPatch { // This describes a rectangular region of the main terrain		struct QuadPatch { // This describes a rectangular region of the main terrain
	~~uint u1~~;		int x;
	~~uint u2~~;		int y;
	uint u3;		uint u3;
	uint u4;		uint u4;
	Vec3 u5;		Vec3 position;
	uint u6;		uint u6;
	struct {		struct {
	~~float u1;~~		D3DCOLOR pos0;
	~~float u2;~~		float pos1;
	~~float u3~~;		Vec3 morphData;
	float u4;		D3DCOLOR normal;
	~~uint u5~~;
	~~uint u6~~;
	} compactVertexData[(patchSize + 1) * (patchSize + 1)];		} compactVertexData[(patchSize + 1) * (patchSize + 1)];
	struct {		struct {
	int magic;		int magic;
	uint i;		uint index;
	Vec3 zero1; // always 0/0/0, no longer in use?		Vec3 zero1; // always 0/0/0, no longer in use?
	float zero2; // no longer in use?		float zero2; // no longer in use?

2018-12-22T01:38:50Z

terraindata.raw

2018-07-02T19:16:44Z

String

2018-05-01T22:37:12Z

.mesh File Format

2018-05-01T22:26:03Z

Mesh File Formats

@@ Line 197: / Line 197: @@
          } materials[numMaterials];
      } geomMaterials[sum(geometry.numLods, geometry.numGeom)];
+}
 </pre>

2018-05-01T21:52:40Z

.skinnedmesh File Format

← Older revision		Revision as of 21:52, 1 May 2018
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	} rigs[numRigs];		} rigs[numRigs];
	} lods[sum(geometry.numLods, geometry.numGeom)]; // each geometric object can have multiple lods		} lods[sum(geometry.numLods, geometry.numGeom)]; // each geometric object can have multiple lods
	struct Material {		struct {
	String shaderFile;		uint numMaterials;
	String technique;		struct Material {
	uint numTextureMaps;		String shaderFile;
	String textureMapFiles[numTextureMaps];		String technique;
	uint verticesStartIndex;		uint numTextureMaps;
	uint indicesStartIndex;		String textureMapFiles[numTextureMaps];
	uint numIndices;		uint verticesStartIndex;
	uint numVertices;		uint indicesStartIndex;
	uint u1;		uint numIndices;
	ushort u2;		uint numVertices;
	ushort u3;		uint u1;
	} ~~materials~~[sum(geometry.numLods, geometry.numGeom)];		ushort u2;
			ushort u3;
			} materials[numMaterials];
			} geomMaterials[sum(geometry.numLods, geometry.numGeom)];
	}		}
	</pre>		</pre>

2018-05-01T21:51:48Z

Mesh File Formats

@@ Line 128: / Line 128: @@
              Vec3 u4;
              Vec3 u5;
          } materials[numMaterials];
      } geomMaterials[sum(geometry.numLods, geometry.numGeom)];

2018-05-01T21:41:53Z

.staticmesh File Format

← Older revision		Revision as of 21:41, 1 May 2018
Line 114:		Line 114:
	uint numMaterials;		uint numMaterials;
	struct Material {		struct Material {
	uint alphaMode;		uint alphaMode; // opaque = 0, blend = 1, alphatest = 2
	String shaderFile;		String shaderFile;
	String technique;		String technique;

2018-05-01T21:38:48Z

.staticmesh File Format

← Older revision		Revision as of 21:38, 1 May 2018
Line 111:		Line 111:
	Mat4 nodes[numNodes]; // nodes are the respective origins of the objects?		Mat4 nodes[numNodes]; // nodes are the respective origins of the objects?
	} lods[sum(geometry.numLods, geometry.numGeom)]; // each geometric object can have multiple lods		} lods[sum(geometry.numLods, geometry.numGeom)]; // each geometric object can have multiple lods
	struct Material {		struct {
	uint alphaMode;		uint numMaterials;
	String shaderFile;		struct Material {
	String technique;		uint alphaMode;
	uint numTextureMaps;		String shaderFile;
	String textureMapFiles[numTextureMaps];		String technique;
	uint verticesStartIndex;		uint numTextureMaps;
	uint indicesStartIndex;		String textureMapFiles[numTextureMaps];
	uint numIndices;		uint verticesStartIndex;
	uint numVertices;		uint indicesStartIndex;
	uint u1;		uint numIndices;
	ushort u2;		uint numVertices;
	ushort u3;		uint u1;
	Vec3 u4;		ushort u2;
	Vec3 u5;		ushort u3;
	} ~~materials~~[sum(geometry.numLods, geometry.numGeom)];		Vec3 u4;
			Vec3 u5;
			} materials[numMaterials];
			} geomMaterials[sum(geometry.numLods, geometry.numGeom)];
	}		}
	</pre>		</pre>

2018-05-01T21:36:13Z

.skinnedmesh File Format

← Older revision		Revision as of 21:36, 1 May 2018
Line 135:		Line 135:
	Header header;		Header header;
	Geometry geometry;		Geometry geometry;
	~~uint u6;~~
	struct Lod {		struct Lod {
	Vec3 u1;		Vec3 u1;
Line 145:		Line 144:
	uint id;		uint id;
	Mat4 mat; // inverse bone matrix		Mat4 mat; // inverse bone matrix
	~~Mat4 skinMat; // world space deformed skin transform~~
	} bones[numBones];		} bones[numBones];
	} rigs[numRigs];		} rigs[numRigs];
	} lods[sum(geometry.numLods, geometry.numGeom)]; // each geometric object can have multiple lods		} lods[sum(geometry.numLods, geometry.numGeom)]; // each geometric object can have multiple lods
	struct Material {		struct Material {
	~~uint alphaMode; // opaque = 0, blend = 1, alphatest = 2~~
	String shaderFile;		String shaderFile;
	String technique;		String technique;