O3D FILE FORMAT

1 byte  -	Name Length
4 bytes -	Name
4 bytes	-	Version
if Version < 20
	Error - Return FAIL

4 bytes  -	ID
12 bytes -	D3DVECTOR3 Force1
12 bytes -	D3DVECTOR3 Force2
if Version >21
	12 bytes -	D3DVECTOR3 Force3
	12 bytes -	D3DVECTOR3 Force4

4 bytes	-	FLOAT ScrlU
4 bytes -	FLOAT ScrlV
16 bytes -	NULL, skip that ones
12 bytes -	D3DVECTOR3 BoundingBox Minimum
12 bytes -	D3DVECTOR3 BoundingBox Minimum

4 bytes	-	FLOAT PerSlerp
4 bytes -	Frame Count

4 bytes -	Event Count
if Event Count > 0
	start loop1 - Repeat x times, where x is equal to Event Count
		12 bytes -	D3DVECTOR3 Event
	end loop1

4 bytes - 	Temp
if Temp != 0 - Now the Geometry Part
	12 bytes -	D3DVECTOR3 BoundingBox Minimum
	12 bytes -	D3DVECTOR3 BoundingBox Minimum
	4 bytes -	INT used as BOOLEAN Opacity
	4 bytes -	INT used as BOOLEAN Bump
	4 bytes -	INT used as BOOLEAN Rigid Body
	28 bytes -	NULL, skip that ones

	4 bytes -	Number of Vertices
	4 bytes	-	Number of Vertex Buffers
	4 bytes -	Number of Faces
	4 bytes	-	Number of Index Buffers

	start loop2 -	Repeat x times, where x is the Number of Vertices
		12 bytes -	D3DVECTOR3 Vertex List
	end loop2

	if MeshType == 1 -- if the Object is skinned
		start loop3 -	Repeat x times, where x is the Number of Vertex Buffers
			//44 bytes -	SKINVERTEX it is built as this:
			12 Bytes -	D3DVECTOR3 3D Position of Vertex
			4 Bytes	-	FLOAT Vertex Weight 1
			4 Bytes	-	FLOAT Vertex Weight 2
			4 Bytes	-	DWORD Material ID
			12 Bytes -	D3DVECTOR3 Surface Normal for the Vertex
			4 Bytes	-	FLOAT Texture Coordinate u
			4 Bytes	-	FLOAT Texture Coordinate v
		end loop3
	else-- if the Object is not skinned
		start loop4 -	Repeat x times, where x is the Number of Vertex Buffers
			//32 bytes -	NORMALVERTEX it is built as this:
			12 Bytes -	D3DVECTOR3 3D Position of Vertex
			12 Bytes -	D3DVECTOR3 Surface Normal for the Vertex
			4 Bytes	-	FLOAT Texture Coordinate u
			4 Bytes	-	FLOAT Texture Coordinate v
		end loop4

	start loop5 -	Repeat x times, where x is the Number of Index Buffers
		2 bytes -	WORD
	end loop 5

	start loop5 -	Repeat x times, where x is the Number of Vertex Buffers
		2 bytes -	WORD
	end loop 5


	4 bytes	-		Temp
	if Temp != 0 -- Physique
		start loop6 - Repeat x times, where x is the Number of Vertices
			4 bytes	-	Physique Vertex
		end loop6

	4 bytes	-		IsMaterial
	if IsMaterial != 0 -- IsMaterial = True
		4 bytes	-	MaxMaterial

		start loop7 - Repeat x times, where x is the Number of Materials
			//68 bytes -	D3D9MATERIAL it is built like this:
			16 bytes -	D3DCOLORVALUE Diffuse Color with r(ed), g(reen), b(blue), a(lpha)
			16 bytes -	D3DCOLORVALUE Ambient Color with r(ed), g(reen), b(blue), a(lpha)
			16 bytes -	D3DCOLORVALUE Specular Color with r(ed), g(reen), b(blue), a(lpha)
			16 bytes -	D3DCOLORVALUE Emissive Color with r(ed), g(reen), b(blue), a(lpha)
			4 bytes -	FLOAT Power of the Color

			4 bytes	-	Bitmap Filename Length
			4 bytes -	Bitmap Filename
		end loop7

	4 bytes -		Vertex Buffer Material Block
	if Vertex Buffer Material Block > 31
		ERROR -		Return FAIL
	if Vertex Buffer Material Block > 0
		start loop8 - Repeat x times, where x is the Number of Material Blocks
			//136 bytes -	MATERiAL_BLOCK it is built like this:
			4 bytes -	Start Vertex
			4 bytes -	Primitive Count
			4 bytes -	Texture ID
			4 bytes -	DWORD Effect
			4 bytes -	Amount
			4 bytes	-	Number of Bones
			28*4 bytes -	INT ARRAY Bone
		end loop8

4 bytes -	INT used as BOOLEAN LOD
4 bytes -	Bone Count
if Bone Count > 0
	start loop9 - Repeat x times, where x is equal to Bone Count
		64 bytes -	D3DXMATRIX LocalTM (16 float values in a 4x4 Matrix)
	end loop9

	start loop10 - Repeat x times, where x is equal to Bone Count
			64 bytes -	D3DXMATRIX InversedTM (16 float values in a 4x4 Matrix)
	end loop10
	4 bytes -	INT used as BOOLEAN SendVS

4 bytes -	PoolSize
start loop11 - Repeat x times, where x is the amount of LoDPresent
	4 bytes -	Object Count
	start loop12 - Repeat x times, where x is equal to Object Count
		4 bytes	-	Mesh Type
		4 bytes -	Number of Bones
		if Number of Bones > 0
			start loop13 - Repeat x times, where x is equal to Number of Bones
				4x28 Bytes -	INT ARRAY Bone
			end loop13
		4 bytes -	Object ID
		4 bytes	-	Parent Index
		if Parent Index != -1
			4 Bytes	-	Parent Type
		64 bytes -	D3DXMATRIX LocalTM (16 float values in a 4x4 Matrix)
	end loop12
end loop11

12 bytes -	D3DVECTOR3 BoundingBox Minimum
12 bytes -	D3DVECTOR3 BoundingBox Minimum
4 bytes -	INT used as BOOLEAN Opacity
4 bytes -	INT used as BOOLEAN Bump
4 bytes -	INT used as BOOLEAN Rigid Body
28 bytes -	NULL, skip that ones

4 bytes -	Number of Vertices
4 bytes	-	Number of Vertex Buffers
4 bytes -	Number of Faces
4 bytes	-	Number of Index Buffers

start loop14 -	Repeat x times, where x is the Number of Vertices
	12 bytes -	D3DVECTOR3 Vertex List
end loop14

if MeshType == 1 -- if the Object is skinned
	start loop15 -	Repeat x times, where x is the Number of Vertex Buffers
		//44 bytes -	SKINVERTEX it is built as this:
		12 Bytes -	D3DVECTOR3 3D Position of Vertex
		4 Bytes	-	FLOAT Vertex Weight 1
		4 Bytes	-	FLOAT Vertex Weight 2
		4 Bytes	-	DWORD Material ID
		12 Bytes -	D3DVECTOR3 Surface Normal for the Vertex
		4 Bytes	-	FLOAT Texture Coordinate u
		4 Bytes	-	FLOAT Texture Coordinate v
	end loop15
else-- if the Object is not skinned
	start loop16 -	Repeat x times, where x is the Number of Vertex Buffers
		//32 bytes -	NORMALVERTEX it is built as this:
		12 Bytes -	D3DVECTOR3 3D Position of Vertex
		12 Bytes -	D3DVECTOR3 Surface Normal for the Vertex
		4 Bytes	-	FLOAT Texture Coordinate u
		4 Bytes	-	FLOAT Texture Coordinate v
	end loop16

start loop17 -	Repeat x times, where x is the Number of Index Buffers
	2 bytes -	WORD
end loop17

start loop18 -	Repeat x times, where x is the Number of Vertex Buffers
	2 bytes -	WORD
end loop18


4 bytes	-		Temp
if Temp != 0 -- Physique
	start loop19 - Repeat x times, where x is the Number of Vertices
		4 bytes	-	Physique Vertex
	end loop19

4 bytes	-		IsMaterial
if IsMaterial != 0 -- IsMaterial = True
	4 bytes	-	MaxMaterial

	start loop20 - Repeat x times, where x is the Number of Materials
		//68 bytes -	D3D9MATERIAL it is built like this:
		16 bytes -	D3DCOLORVALUE Diffuse Color with r(ed), g(reen), b(blue), a(lpha)
		16 bytes -	D3DCOLORVALUE Ambient Color with r(ed), g(reen), b(blue), a(lpha)
		16 bytes -	D3DCOLORVALUE Specular Color with r(ed), g(reen), b(blue), a(lpha)
		16 bytes -	D3DCOLORVALUE Emissive Color with r(ed), g(reen), b(blue), a(lpha)
		4 bytes -	FLOAT Power of the Color

		4 bytes	-	Bitmap Filename Length
		4 bytes -	Bitmap Filename
	end loop20

4 bytes -		Vertex Buffer Material Block

if Vertex Buffer Material Block > 31
	ERROR -		Return FAIL
if Vertex Buffer Material Block > 0
	start loop8 - Repeat x times, where x is the Number of Material Blocks
		//136 bytes -	MATERiAL_BLOCK it is built like this:
		4 bytes -	Start Vertex
		4 bytes -	Primitive Count
		4 bytes -	Texture ID
		4 bytes -	DWORD Effect
		4 bytes -	Amount
		4 bytes	-	Number of Bones
		28*4 bytes -	INT ARRAY Bone
	end loop8

if Version > 20
	4 bytes -	Attribute
	if Attribute == Frame Count
		start loop21 - Repeat x times, while x is equal to Frame Count
			//12 bytes -	MOTION_ATTR it is build like this:
			4 bytes -	DWORD Attribue
			4 bytes -	Sound ID
			4 bytes -	FLOAT Frame
		end loop21