010 editor templates for various Fox engine file formats

FTEX File

typedef enum <uint>
{
	FTEX_Param	     = 1, // Found for srm and mtm files
					      // Each channel acts as material parameter
                          // R = Ambient Occlusion
                          // G = Specular Albedo
                          // B = Roughness
	FTEX_Color	     = 3, // Found for bsm files(albedo texture)
	FTEX_Cubemap	     = 7, // Found for cbm(cubemap) and 
	FTEX_NormalMap    = 9  // Found for nrm files
} FTEX_USAGE;

typedef enum <ushort>
{
	DXT1         = 2,
    UnknownA1    = 3,
	DXT5         = 4,
    UnknownA3    = 5,

} FTEX_COMP;

struct FTEX_Header
{
	unsigned int Magic <format=hex,bgcolor=cPurple>;			// 1480938566(0x58455446)
	unsigned int Unknown <format=hex>;							// 1073867653(0x4001EB85) Float? Version?
	FTEX_COMP DXType <bgcolor=cLtRed>;			// 2 = DXT1, 4 = DXT5
	unsigned short Width <bgcolor=cAqua>,
				   Height <bgcolor=cGreen>;
	unsigned short One;							// ?
	unsigned char MipMaps <bgcolor=cYellow>;
	unsigned char Unkn;
    unsigned short UnknShrt <bgcolor=cYellow>;
    unsigned char Flag1 <bgcolor=cLtRed>;
    unsigned char Flag2 <bgcolor=cRed>;
    unsigned short UnknShrt3 <bgcolor=cAqua>;
	unsigned int Flag2 <bgcolor=cLtRed>;
    unsigned FTEX_USAGE Usage <bgcolor=cLtBlue>;                // Bitfield
    unsigned int Flag3 <bgcolor=cRed>;
	unsigned int Pad2[3];
	unsigned int Hash128[4] <bgcolor=cPurple>;
};

struct FTEX_Entry
{
	unsigned int ChunkMapOffset <bgcolor=cLtRed>;   // Offset within FTEXS file
	unsigned int Flags;							 // ?
	unsigned int DataSize <bgcolor=cAqua>;			// Not including block headers
	unsigned char MipLevel <bgcolor=cLtRed>;
	unsigned char StreamNumber <bgcolor=cLtPurple>;
	unsigned short StreamChunkCount <bgcolor=cLtGreen>;
};


FTEX_Header  Header;

if ((char)Header.Usage == FTEX_Cubemap) // Cubemap
{
	SetForeColor(cRed);
	FTEX_Entry Front[Header.MipMaps];
	FTEX_Entry Back[Header.MipMaps];
	SetForeColor(cBlue);
	FTEX_Entry Left[Header.MipMaps];
	FTEX_Entry Right[Header.MipMaps];
	SetForeColor(cGreen);
	FTEX_Entry Up[Header.MipMaps];
	FTEX_Entry Down[Header.MipMaps];
}
else
{
	FTEX_Entry MipLevels[Header.MipMaps];
}