The text is written around the engine Fly3D (included with a full SDK on the CD) that implements most of the described techniques. Readers can try out their own ideas by writing source code and experiment with existing demonstrations by writing plug-ins and altering existing ones. You can even develop your own game.

Features of the game engine include:
· BSP/PVS render management
· Light Maps for static geometry (pre-computed lighting with soft shadows)
· Normal maps (dot product texture blending) for dynamic objects
· Diffuse and specular vertex lighting for dynamic objects
· Volumetric fog with fog maps
· Detail Textures
· Multi-texture support
· Collision detection
· Dynamic coloured lights with distance attenuation
· Dynamic shadows - lightmap or stencil shadow volumes
· Physically based simulations
· Animated meshes (vertex morph)
· Tri-strips and fans
· Subdivision Surfaces
· Dynamic LODs using bi-quadric Bezier meshes
· Cartoon like rendering with dynamic cartoon lighting
· Multiplayer support (TCP/IP) with client/server architecture (using DirectPlay)
· 3D sound support (using DirectSound)
· Mouse and Keyboard input (using DirectInput)
· Intel(R) Pentium III vector and matrix maths optimisation
· Complete plug-in directed
· 3D Max plug-ins for export/import fly bsp levels and creating landscapes and animated meshes
· Editor with real-time preview of game (set up game and object parameters while playing)

Sections of the book have been designed to be self-contained. The areas covered are:
· Modelling and Foundation Maths
· Classical 3D Graphics
· Real-time rendering
· Control of Objects - dynamics - AI
· 2D Technology
· Software technology

CD includes:
· Full Fly3D SDK including source code for Fly3D.dll, front-ends, plug-ins and utilities
· 5 demo levels: car, walk (2 levels), ship (2 levels)
· Engine Reference Manual and tutorials in HTML
· Book images