View difference between Paste ID: AiQmvg83 and z9GFxfxp

-.pak
+
-×ÊÔ´°üÍ·
+Översatt version av -------.txt
 . Pak
 Resources in Baotou
-	char flag[256];
+
-	DWORD dwUnknown;
+
-	DWORD dwIndexCount; // ÎļþË÷Òý×ÜÊý
+the flag of a char [256];
-	DWORD dwIndexOffset; // ÎļþË÷ÒýÊý¾ÝÔÚpakÆ«ÒÆλÖÃ
+DWORD dwUnknown;
-};
+The DWORD dwIndexCount; / / the total number of file index
-// ÿ¸öÎļþµÄË÷ÒýÊý¾Ý£¬Êý¾Ý¿éΪzipѹËõ
+The offset location of the the DWORD dwIndexOffset; / / file index data in the pak
 ;}
 / / For each file, the data block of the index data is zip
-	char fileName[256]; // ÎļþÃû
+
-	DWORD dwSizeCompressed; // ѹËõºó´óС
+
-	DWORD dwSizeUncompressed; // ѹËõÇ°´óС
+a char fileName [256]; / / file name
-	DWORD dwSize; // ÔÚpak°üÖеĴóС
+DWORD dwSizeCompressed; / / the compressed size
-	DWORD dwOffset; // ÔÚpakÖÐÆ«ÒÆλÖÃ
+DWORD dwSizeUncompressed; / / the uncompressed size
-	DWORD dwUnkonwn;
+DWORD the dwSize; / / pak package size
-	DWORD dwReserved[10];
+The location of the DWORD the dwOffset; / / offset in pak
-};
+DWORD dwUnkonwn;
 The DWORD dwReserved [10];
-.ext
+;}
-¶þά±í£¬Ç°ÃæÊDZíÍ·ÁÐ±í£¬ºóÃæÊÇÿһÐеÄÊý¾Ý£¬¸ñʽÊÇ£¬´óС + Êý¾Ý
+
-ÿ¸ö±íÍ·Õ¼¾Ý64byte
+. Ext
-µÚÒ»¸öuint32δ֪
+Two-dimensional table in front of the header list, followed by each row of data, format, size + data
-µÚ¶þ¸öuint32ÊDZíÍ·Êý
+Each header occupy 64byte
-µÚÈý¸öuint32ÊÇÐÐÊý
+The first one uint32 unknown
-±ÈÈçdefaultcreatetable.ext
+The second one uint32 the number of header
-µÚ¶þ¸öuint32Ϊ3C010000¼´316ÊDZíÍ·Êý£¬´´½¨ÈËÎïʱµÄÐÅÏ¢
+The third uint32 is the number of rows
-µÚÈý¸öuint32Ϊ04000000¼´4ÊÇÐÐÊý£¬Ö»ÓÐËĸöÖ°Òµ
+For example defaultcreatetable.ext
-ÎļþÒÔTHEND½áβ
+Second uint32 3C010000 that is, 316 is the number of header information when creating personas
-ÿһÐпªÊ¼ÏÈÊÇÒ»¸öuint32µÄÐÐÊý
+Third uint32 for the 04 million that is, 4 is the number of rows, only four occupational
-ÎļþÍ·
+File at the end to the THEND
 Beginning of each line the first one uint32 the number of rows
 Header
-	uint32 id;
+
-	uint32 maxHeader; // ±íÍ·Êý
+
-	uint32 nLines; // ÐÐÊý
+uint32, the id;
 / / header uint32, maxHeader;
-	// ±íÍ·
+uint32 nLines; / / number of rows
-	struct _Header
+
-	{
+/ / Table header
-		char name[64];
+
-		uint32 type; // Êý¾ÝÀàÐÍ£¬3ÊÇ32λÊý£¬1ÊÇ×Ö·û´®µÈµÈ
+
-	};
+char name [64];
-};
+uint32, type; / / data types is 32 digits, a string, etc.
 ;}
-.msh
+;}
-Ä£ÐÍmesh£¬¸ñʽÈçÏÂ
+
 . Msh
 The model mesh, the following format
-	char name[256];
+
-	uint32 version; // °æ±¾
+
-	uint32 nMesh; // mesh×ÜÊý
+char name [256];
-	uint32 unknown3;
+uint32, version; / / version
-	uint32 unknown4;
+uint32, nMesh; / / total number of the mesh
-	vec3f max;
+uint32 unknown3;
-	vec3f min;
+uint32 unknown4;
-	uint32 nBone; // ºóÃæ¹Ç÷À×ÜÊý
+vec3f max;
-};
+vec3f min;
-´ÓÎļþÍ·¿ªÊ¼Æ«ÒÆ1024×Ö½Ú¼´Îª¹Ç÷ÀÊý¾Ý
+uint32 nBone; / / total number of the back bone
 ;}
 Beginning of the file offset of 1024 bytes is the bone data
-	char name[256];
+
-	vec4f a, b, c, d;
+
-};
+char name [256];
-ÔÙºóÃæÊÇmeshÐÅÏ¢£¬ÒÀ´ÎΪÈý½ÇÐÎË÷Òý£¬¶¥µã£¬·¨Ïߣ¬ÎÆÀí
+vec4f a, b, c, d;
 ;}
 Followed by the mesh information, followed by the triangle index, vertices, normals, texture
-	char name1[256];
+
-	char name2[256];
+
-	uint32 nVertex; // ¶¥µã×ÜÊý
+a char of name1 [256];
-	uint32 count16; // 2×Ö½ÚµÄÈý½ÇÐÎË÷Òý×ÜÊý
+a char name2 [256];
-	uint32 unknown1;
+uint32 nVertex; / / vertices of the total number of
-	uint32 renderMode; // renderMode & 0x01 ? GL_TRIANGLE_STRIP : GL_TRIANGLES
+uint32 count16; / / 2 bytes of the total number of triangular index
-	char unknown[512 - 16];
+uint32 unknown1;
-};
+uint32, renderMode; / / renderMode & 0x01? square using GL_TRIANGLE_STRIP just: GL_TRIANGLES as the
-ÔÙºóÃæÊÇ8 * ¶¥µã×ÜÊý¸ö×Ö½ÚµÄÊý¾Ý£¬Ò»¸ö¶¥µãËĸöuint16ÕûÊý£¬¿ÉÄÜÊǸö¥µãµÄËĸö¹Ç÷ÀË÷Òý
+char unknown [512 - 16];
-ÔÙºóÃæÊÇ16 * ¶¥µã×ÜÊý¸ö×Ö½ÚµÄÊý¾Ý£¬Ò»¸ö¶¥µãËĸö¸¡µãÊý£¬¼ÓÔÚÒ»ÆðÕýºÃÊÇ1£¬¿ÉÄÜÊǸö¥µãµÄËĸö¹Ç÷ÀȨÖØ
+;}
 Followed by 8 * vertex the total number of bytes of data, uint16 four integer a vertex, the vertices of the four bones index
 Followed by the total number of bytes of data 16 * vertex, a vertex is four floating-point numbers, added together is just one, may be the vertex of the four bone weights
-Ò»¸ö.mshÎļþÀï¿ÉÄÜÓжà¸ömesh£¬ÉÏÃæÊÇÖ÷meshÐÅÏ¢
+
-Ö÷meshºóÃæÊÇÒ»¸öuint32µÄÊý£¬±íʾºóÃæµÄ¹Ç÷À×ÜÊý£¬ÕâÀïµÄ¹Ç÷ÀÖ»ÓÐ256×Ö½ÚµÄÃû×Ö£¬¶øûÓÐabcdÕâËĸö¸¡µãÊý
+
-ÔÙºóÃæÊÇSceneRoot£¬¸úÖ÷mesh½á¹¹Ò»Ñù
+A msh file may have more than one mesh, above the main mesh information
-ÔÙºóÃæÓÖÊÇÒ»¸öuint32µÄÊý£¬±íʾºóÃæµÄ¹Ç÷À×ÜÊý£¬ÒÔ´ËÀàÍÆ
+Behind the main mesh is a uint32 number and said the total number of back bone, where the bone is only 256 bytes of the name, but not abcd these four floating-point
 Followed SceneRoot, with the main mesh structure
-.skn
+Then followed a uint32 number, said the total number of back bone, and so on
-²ÄÖÊÎļþ
+
 .. Skn
 Material file
 
-	char name[256]; // flag
+
-	char meshName[256]; // ¶ÔÓ¦meshÃû×Ö
+
-	uint32 version;
+char name [256]; / / flag
-	uint32 nSkin; // º¬ÓÐskin×ÜÊý
+char meshName [256]; / / corresponding mesh name
-};
+uint32, version;
 uint32 nSkin; / / containing skin the total number of
-ÿ¸ö²ÄÖʵÄÍ·ÐÅÏ¢
+;}
 
 The header information of each material
-	char name[256];
+
-	char DiffuseFX[256];
+
-	float32 unknown1;
+char name [256];
-	uint32 unknown2;
+char DiffuseFX [256];
-};
+float32 unknown1;
 uint32 unknown2;
-ºóÃæµÄÊý¾Ý£¬¶¼ÊÇ×Ö·û´®±êʶÐÎʽ
+;}
-¿ÉÄÜÊÇÒ»ÖÖ¶ÔÏóÐòÁл¯·½Ê½£¬ÏÈ´æ´¢ÔªËظöÊý£¬È»ºóÊÇÀàÐÍ£¬È»ºóÊý¾Ý´óС£¬È»ºóÊǾßÌåÊý¾Ý
+
-±ÈÈçvec4fÀàÐ;ÍÊÇ2£¬std::string¾ÍÊÇ3£¬float32ÊÇ1£¬×Ö·û´®´æ´¢¸ñʽÊÇ£º´óС + ×Ö½ÚÊý¾Ý + 0
+Behind the data is a string form of identification
 Is an object serialization to store the number of elements, then the type and size of the data, then the specific data
 For example, vec4f type is 2, the std :: string is 3. Float32 is a string storage format is: Size + bytes data + 0
-std::string g_DiffuseTex;
+
-std::string g_MaskTex;
+
 std :: string g_DiffuseTex;
 std :: string g_MaskTex;
 vec4f g_EmissiveColor;
 float32 g_EmissivePower;
 float32 g_EmissivePowerRange;
-std::string g_TatooTex;
+
 vec4f g_SkinColor;
 std :: string g_TatooTex;
 vec4f g_EyeColor;
-²¹³ä£º(17:01 2010/8/10)
+
 
-Ò»¸ö.mshÎļþ¿Éº¬Óжà¸ömesh£¬
+Added: (17:01 2010/8/10)
-ÿ¸ömeshÊý¾Ý¸ñʽΪ£¬Á½¸ö×Ö·û´®Ãû×Ö£¬index£¬vertex£¬normal£¬texcoord
+
-Èç¹ûÓйÇ÷ÀµÄ»°£¬ÔÙºóÃæÊÇboneIndexºÍboneWeight£¬Ã¿¸ö¶¥µã¸÷ÓÐ4¸ö
+A msh file can contain more than one mesh,
-ÔÙºóÃæÊÇsub bone£¬Ç°ÃæµÄboneIndexÏÈË÷ÒýÕâ¸ösub bone£¬Õâ¸öÔÙË÷ÒýÎļþ¿ªÍ·µÄ¹Ç÷À
+Each mesh data format, the two string name, index, the vertex normal, texcoord
 Bone, then the followed boneIndex and boneWeight, each vertex of each of four
-Îļþ¿ªÍ·µÄ¹Ç÷ÀÖ»´æÃû×Ö×Ö·û´®£¬ÓÃÀ´Ë÷Òý.aniÎļþÖеĹÇ÷À£¬
+Followed by the sub bone boneIndex, in front of this index the sub bone re-index files at the beginning of bone
-ÒÔ±ãÕÒµ½Ó°Ï춥µãµÄij¸ö¹Ç÷ÀÔÚijһ¶¯»­Ö¡µÄ±ä»»¾ØÕó
+
 The bones of the beginning of the file only keep the name string is used to index. Ani file in the bone,
-.ani¸ñʽ
+In order to find the impact of vertices of a bone in a frame animation of the transformation matrix
-ÎļþÍ·
+
-	struct _AniHeader
+. Ani format
-	{
+Header
-		char name[256];
+struct _AniHeader
-		uint32 version;
+
-		uint32 nBone; // ¹Ç÷À×ÜÊý
+char name [256];
-		uint32 nAni; // ¶¯»­×ÜÊý
+uint32, version;
-	};
+uint32, nBone; / / bone the total number of
-ºóÃæÊÇÿ¸ö¶¯»­µÄÖ¡ÊýÁÐ±í£¬¾ÍÊÇÿ¸ö¶¯»­µÄ×ÜÖ¡Êý
+uint32 nAni; / / animation the total number of
 ;}
-ÔÙºóÃæÊý¾Ý°´Ò»¸ö¹Ç÷ÀÒ»¸ö¹Ç÷À·ÖµÄ£¬¹Ç÷ÀÊý¾ÍÊÇÎļþÍ·ÖеÄnBone
+Followed by the number of frames in each animation, is the total number of frames for each animation
-Ò»¸ö¹Ç÷ÀÀﺬÓÐÈ«²¿¶¯»­Êý¾Ý£¬È»ºóÊÇÏÂÒ»¸ö¹Ç÷À£¬»¹ÊǺ¬ÓиùÇ÷ÀµÄÈ«²¿¶¯»­Êý¾Ý
+
 Followed by the data of a bone a bone points, the number of bones in the file header nBone
-ÿ¸ö¹Ç÷ÀµÄÊý¾Ý½á¹¹Îª£º
+Contains all the animation data in a bone, and then the next bone, or containing the skeletal animation data
-¹Ç÷ÀÃû×Ö×Ö·û´®£¬¸¸¹Ç÷ÀÃû×Ö×Ö·û´®
+
-È»ºóÊÇÿ¸ö¶¯»­µÄ±ä»»Êý¾Ý£¬¶¯»­¸öÊý¾ÍÊÇÎļþÍ·ÖеÄnAni
+Data structure for each bone:
 Bone name string, the name of the parent bone string
-ÿ¸ö¶¯»­Êý¾ÝµÄ½á¹¹Îª£º
+Then the transformation data for each animation, the animation number in the file header nAni
-ÏÈÊÇÒ»¸öƽÒÆvec3f£¬Ò»¸öÐýתvec4f£¬Ò»¸öËõ·Åvec3f£¬Õâ¸öÊǸö¯»­³õʼ֡µÄ±ä»»
+
 The data structure for each animation:
-ºóÃæÊÇÒ»¸öuint32£¬±íʾƽÒƱ任¸öÊý£¬Ã»ÓÐƽÒƱ任¾ÍÊÇ0
+First, a translation vec3f a rotating vec4f, a zoom vec3f, this is the the animations initial frame transformation
-ÔÙºóÃ滹ÊÇÒ»¸öuint32£¬±íʾÐýת±ä»»¸öÊý£¬Ã»ÓÐÐýת±ä»»¾ÍÊÇ0
+
-ÔÙºóÃ滹ÊÇÒ»¸öuint32£¬±íʾËõ·Å±ä»»¸öÊý£¬Ã»ÓÐËõ·Å±ä»»¾ÍÊÇ0
+Followed by a uint32, said to transform the number of translation, no translation transformation is 0
 Followed by a uint32,, that the rotation transformation number, there is no rotation transformation is 0
-ƽÒƱ任½á¹¹£ºÒ»¸öuint16µÄÖ¡Êý£¬Ò»¸övec3f
+Followed by a uint32, the scaling transformation number, there is no scaling transformation is 0
-Ðýת±ä»»½á¹¹£ºÒ»¸öuint16µÄÖ¡Êý£¬Ò»¸övec4f
+
-Ëõ·Å±ä»»½á¹¹£ºÒ»¸öuint16µÄÖ¡Êý£¬Ò»¸övec3f
+Translation transform structure: a uint16 number of frames, a vec3f
 Rotation transform structure: a uint16 number of frames, a vec4f
-ÉÏÃæÊÇversionΪ11µÄaniÎļþ¸ñʽ£¬versionΪ10²»ÊÇuint16¶øÊÇuint32
+Scaling transformation structure: a uint16 number of frames, a vec3f
 
-versionΪ11£¬Ðýת±ä»»²»ÊÇvec4f£¬¶øÊÇËĸöshort£¬ÐèҪת³É¸¡µãÊýÔÙµ¥Î»»¯Ò»ÏÂ
+The above is a version for 11 ani file format, version 10 is not uint16 but uint32
 
-Ç°ÃæmeshÖеÄa, b, c, d¹¹³ÉÒ»¸ö±ä»»¾ØÕó£¬ÓÃÓڰѶ¥µã±ä»»µ½¸Ã¹Ç÷À¿Õ¼ä£¬ÊܸùÇ÷ÀÓ°ÏìµÄ¶¥µãÔÚÿһ֡×ö±ä»»Ç°±ØÐëÏȳËÉϸþØÕó
+version 11, the rotation transform not vec4f the, but four short, you need to turn into a floating point number and then the unit of about
 
 In front of a mesh, b, c, d constitute a transformation matrix used to transform the vertices to the bone space affected by the skeleton vertices in each frame to do to transform the former must be multiplied by the matrix