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diff --git a/src/libparsec/include/od_odt.h b/src/libparsec/include/od_odt.h
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+++ b/src/libparsec/include/od_odt.h
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+/*
+ * PARSEC HEADER (OBJECT)
+ * ODT/ODT2 Object File Format V1.70
+ *
+ * Copyright (c) Markus Hadwiger 1995-1999
+ * All Rights Reserved.
+ */
+
+#ifndef _OD_ODT_H_
+#define _OD_ODT_H_
+
+
+
+//-----------------------------------------------------------------------------
+// ODT1 FORMAT (ODT)                                                          -
+//-----------------------------------------------------------------------------
+
+
+// generic transformation matrix
+typedef fixed_t	ODT_Xmatrx[ 3 ][ 4 ];		// [0 0 0 1] (line 4) omitted!
+
+
+// 3-D vertex coordinates
+struct ODT_Vertex3 {
+
+	fixed_t	X;
+	fixed_t	Y;
+	fixed_t	Z;
+	dword	Flags;	// padding to 16 bytes and flags
+};
+
+
+// 2-D point in unsigned integer coordinates (always >= 0)
+struct ODT_UPoint {
+
+	dword	X;		// unsigned!
+	dword	Y;      // unsigned!
+};
+
+
+// 2-D coordinates after projection; not yet converted to screen coordinates
+struct ODT_ProjPoint {
+
+	fixed_t	X;
+	fixed_t	Y;		// 8 bytes
+};
+
+
+// 2-D point in screen coordinates (used in vertex list for the edge tracer)
+struct ODT_SPoint {
+
+	long	X;		// signed!
+	long	Y;		// signed!
+};
+
+
+// types for shading of faces
+enum ODT_shadingtype_t {
+
+	ODT_no_shad,			// lighting independent ambient color (no shading!)
+	ODT_flat_shad,			// flat shading
+	ODT_gouraud_shad,		// gouraud shading
+	ODT_afftex_shad,		// affine texture mapping
+	ODT_ipol1tex_shad,		// first order interpolated texture mapping (lin)
+	ODT_ipol2tex_shad,		// second order interpolated texture mapping (quad)
+	ODT_persptex_shad,		// perspective correct texmapping w/o interpolation
+	ODT_material_shad,		// shade using material specification
+	ODT_texmat_shad		// composite texture and material specification
+};
+
+
+// defines a single object-face (size is 128 bytes)
+struct ODT_Face {
+
+	char*			TexMap;			// pointer to texture name
+	ODT_UPoint*		TexEqui;		// (u,v) correspondences (texture placement)
+	dword			ColorRGB;		// RGB color for direct color display
+	dword			ColorIndx;		// colorindex for palette mapped display
+	dword			FaceNormalIndx; // index of vertex which is the surface normal
+	ODT_Xmatrx		TexXmatrx;		// matrix for texture placement
+	dword			_mtxscratch1;	// scratchpad for matrix code
+	ODT_Xmatrx		CurTexXmatrx;	// current transformation screen -> texture
+	dword			Shading;		// shading type to apply to this face
+	dword			_padto_128;
+};
+
+
+// defines a single object-polygon (size is 16 bytes)
+struct ODT_Poly {
+
+	dword		NumVerts;		// number of vertices (no surface normal!)
+	dword		FaceIndx;		// index of face this polygon belongs to
+	dword*		VertIndxs; 		// list of vertexindexes comprising the polygon
+	dword		_padto_16;
+};
+
+
+// list of indexes of currently visible polygons ( DetermineObjVisibility() )
+struct ODT_VisPolys {
+
+	dword		NumVisPolys;	// number of polygon indexes in list
+	dword		PolyIndxs[ 1 ];	// first element of polygon index list (array)
+};
+
+
+// node structure for bsp tree nodes (size is 16 bytes)
+struct ODT_BSPNode {
+
+	dword	Polygon;		// index of polygon contained in this node
+	dword	Contained;		// index of first node in the same plane (list)
+	dword	FrontTree;		// index of root-node of front-subtree
+	dword	BackTree;		// index of root-node of back-subtree
+};
+
+
+// structure of graphical object contained in ODT file ------------------------
+//
+struct ODT_GenObject {
+
+	ODT_GenObject*	NextObj;			// pointers to next and previous obj in
+	ODT_GenObject*	PrevObj;			//	doubly linked objectinstance list
+	ODT_GenObject*	NextVisObj;			// pointer to next obj in visible list
+	dword			ObjectNumber;		// unique number of this objectinstance
+	dword			HostObjNumber;		// number this object has on its host
+	dword			ObjectType; 		// type this object belongs to
+	dword			ObjectClass;		// class this object belongs to
+	dword			InstanceSize;		// size of instance of this object class
+	dword			NumVerts;			// number of vertices w/ normals
+	dword			NumPolyVerts;		// number of vertices w/o normals
+	dword			NumNormals; 		// number of face normals
+	ODT_Vertex3*	VertexList;			// list of all vertices in object space
+	ODT_Vertex3*	X_VertexList;		// vertices transformed into view space
+	ODT_ProjPoint*	P_VertexList;		// vtxs projected onto view plane
+	ODT_SPoint*		S_VertexList;		// vtxs converted to screen coordinates
+	dword			NumPolys;			// number of polygons in this object
+	ODT_Poly*		PolyList;			// list of polygons in this object
+	dword			NumFaces;			// number of faces in this object
+	ODT_Face*		FaceList;			// list of all faces
+	ODT_VisPolys*	VisPolyList;		// indexes of currently visible polys
+	fixed_t			FarthestZ;			// currently farthest z of all vertices
+	fixed_t			NearestZ;			// currently nearest z of all vertices
+	fixed_t			BoundingSphere; 	// radius of bounding sphere
+	fixed_t			BoundingSphere2;	// radius squared of bounding sphere
+	ODT_Vertex3 	BoundingBox[8]; 	// vertices of bounding box in objectspace ???
+	ODT_BSPNode*	BSPTree;			// pointer to root of bsp tree
+	ODT_Vertex3 	LocalCameraLoc; 	// location of camera in object space
+	ODT_Vertex3 	PyrNormals[4];		// normals of view pyramid in obj space
+	dword			_mtxscratch1;		// scratchpad for matrix code
+	ODT_Xmatrx		ObjPosition;		// location and orientation in worldsp.
+	dword			_mtxscratch2;		// scratchpad for matrix code
+	ODT_Xmatrx		CurrentXmatrx;		// current objspace -> viewspace xform
+
+};
+
+
+
+//-----------------------------------------------------------------------------
+// ODT2 FORMAT (OD2)                                                          -
+//-----------------------------------------------------------------------------
+
+
+// generic transformation matrix
+typedef float	OD2_Xmatrx[ 3 ][ 4 ];		// [0 0 0 1] (line 4) omitted!
+
+
+// 3-D vertex coordinates
+struct OD2_Vertex3 {
+
+	float	X;
+	float	Y;
+	float	Z;
+	dword	Flags;	// padding to 16 bytes and flags
+};
+
+
+// types for shading of faces
+enum OD2_shadingtype_t {
+
+	OD2_shad_ambient	= 0x1000,	// fixed color (lighting independent ambient color)
+	OD2_shad_flat		= 0x1001,	// flat shading
+	OD2_shad_gouraud	= 0x1002,	// gouraud shading
+	OD2_shad_afftex		= 0x2003,	// affine texture mapping
+	OD2_shad_ipol1tex	= 0x2004,	// first order interpolated texture mapping (lin)
+	OD2_shad_ipol2tex	= 0x2005,	// second order interpolated texture mapping (quad)
+	OD2_shad_persptex	= 0x2006,	// perspective correct mapping without any interpolation
+	OD2_shad_material	= 0x1007,	// use material specification
+	OD2_shad_texmat		= 0x3008,	// textures modulated by material specification
+
+	OD2_num_shadingtypes = 9,		// MUST SET THIS MANUALLY!!
+
+	OD2_shadmask_base	= 0x00ff,	// mask for basic shading type
+	OD2_shadmask_color	= 0x1000,	// mask to denote faces with attached color
+	OD2_shadmask_texmap	= 0x2000	// mask to denote texture mapped faces
+};
+
+
+// types for color specification
+enum OD2_colormodel_t {
+
+	OD2_col_none,				// shading type has no associated color
+	OD2_col_indexed,			// indexed color (color look up table index)
+	OD2_col_rgb,				// color specified via separate R,G,B channels
+	OD2_col_rgba,				// color specified via separate R,G,B,A channels
+	OD2_col_material,			// use material specification
+
+	OD2_num_colormodels
+};
+
+
+// defines a single object-face
+struct OD2_Face {
+
+	char*			TexMap;			// pointer to texture name
+	dword			ColorRGB;		// RGB color for direct color display
+	dword			ColorIndx;		// colorindex for palette mapped display
+	dword			FaceNormalIndx; // index of vertex which is the surface normal
+	OD2_Xmatrx		TexXmatrx;		// matrix for texture placement
+	dword			Shading;		// shading type to apply to this face
+	dword			ColorModel;		// type of color specification
+};
+
+
+// defines a single object-polygon
+struct OD2_Poly {
+
+	dword		NumVerts;		// number of vertices (no surface normal!)
+	dword		FaceIndx;		// index of face this polygon belongs to
+	dword*		VertIndxs; 		// list of vertexindexes comprising the polygon
+};
+
+
+// 3-D plane
+struct OD2_Plane {
+
+	float	X;					// normal[0]
+	float	Y;					// normal[1]
+	float	Z;					// normal[2]
+	float	D;					// distance along normal
+};
+
+
+// axial bounding box
+struct OD2_CullBox {
+
+	float		mins[ 3 ];		// bounding box min-point
+	float		maxs[ 3 ];		// bounding box max-point
+};
+
+
+// node structure for bsp tree nodes
+struct OD2_BSPNode {
+
+	dword		flags;			// node/leaf/separator
+
+	short		frontpoly;		// index of first front polygon
+	short		numfront;		// number of front polygons
+
+	short		backpoly;		// index of first back polygon
+	short		numback;		// number of back polygons
+
+	short		fronttree;		// front-subtree
+	short		backtree;		// back-subtree
+
+	OD2_Plane	plane;			// separator plane
+	OD2_CullBox	box;			// tree bounding box
+};
+
+
+// object node (part of node list attached to root or child in tree) ----------
+//
+struct OD2_Node {
+
+	dword			NodeType;			// node type
+	OD2_Node*		NextNode;			// next node in list
+
+	dword			flags;
+	dword			flags2;
+
+	dword			InstanceSize;		// size of instance of this object class
+};
+
+
+// object node containing bsp tree --------------------------------------------
+//
+struct OD2_Node_BSP : OD2_Node {
+
+	dword			NumVerts;			// number of vertices w/ normals
+	dword			NumPolyVerts;		// number of vertices w/o normals
+	dword			NumNormals; 		// number of face normals
+	OD2_Vertex3*	VertexList;			// list of all vertices in object space
+
+	dword			NumPolys;			// number of polygons in this object
+	OD2_Poly*		PolyList;			// list of polygons in this object
+
+	dword			NumFaces;			// number of faces in this object
+	OD2_Face*		FaceList;			// list of all faces
+
+	OD2_BSPNode*	BSPTree;			// pointer to root of bsp tree
+
+	OD2_Vertex3		BoundingCenter;		// center of bounding sphere
+	float			BoundingSphere; 	// radius of bounding sphere
+	OD2_CullBox		BoundingBox;		// axial bounding box
+};
+
+
+// child (non-root) node in ODT2 object graph ---------------------------------
+//
+struct OD2_Child {
+
+	dword			childflags;
+	dword			childflags2;
+
+	OD2_Node*		NodeList;			// first node in attached list
+	OD2_Child*		Children[ 2 ];		// child nodes in object graph
+
+	ODT_Xmatrx		NodeTrafo;	   		// object-space transformation (relative)
+};
+
+
+// ODT2 object's root node (includes file header) -----------------------------
+//
+struct OD2_Root {
+
+	char			odt2[ 6 ];			// signature ("ODT2")
+	byte			major;				// major revision
+	byte			minor;				// minor revision
+
+	dword			rootflags;
+	dword			rootflags2;
+
+	OD2_Node*		NodeList;			// first node in attached list
+	OD2_Child*		Children[ 2 ];		// child nodes in object graph
+
+	dword			ObjectType; 		// type this object belongs to
+	dword			ObjectClass;		// class this object belongs to
+	dword			InstanceSize;		// size of instance of this object class
+
+	dword			NumVerts;			// number of vertices w/ normals
+	dword			NumPolyVerts;		// number of vertices w/o normals
+	dword			NumNormals; 		// number of face normals
+	OD2_Vertex3*	VertexList;			// list of all vertices in object space
+
+	dword			NumPolys;			// number of polygons in this object
+	OD2_Poly*		PolyList;			// list of polygons in this object
+
+	dword			NumFaces;			// number of faces in this object
+	OD2_Face*		FaceList;			// list of all faces
+
+	dword			NumTextures;		// number of textures
+
+	OD2_Vertex3		BoundingCenter;		// center of bounding sphere
+	float			BoundingSphere; 	// radius of bounding sphere
+	OD2_CullBox		BoundingBox;		// axial bounding box
+};
+
+
+#endif // _OD_ODT_H_
+
+