Baltimore Photon 3D Model:
These screenshots were taken from a Photon add-on map that I was developing for the popular 3D first person shooter games Unreal and its sequel Unreal Tournament. These images show an accurate 3D architectural reconstruction of the Baltimore Photon facility that you could walk through in the game! Baltimore used an "Alpha" field design for the Photon Laser Tag arena. I also think that the lobby had an futuristic design as well. Everything below was built only using the included Unreal Editor tool for the BSP modeling and Photoshop for the custom wall graphics. Now with newest Unreal Tournament 3 out I have to learn how to use one of the free 3D modeling programs such as XSI Mod Tool and/or Blender to re-create most of what you see here.

Screenshots from Unreal Tournament showing the Baltimore Photon arena:



Screenshots from Unreal Tournament showing the Baltimore Photon lobby:



Screenshot from Unreal Tournament showing the Baltimore Photon building entrance:

Click here to download my Photon 3D beta test map (1.3mb Zip) for the original Unreal Tournament. See the readme.txt file for more information. To play it you will need the original Unreal Tournament and apply the last 436 patch Epic made for it. Get the original Unreal Tournament installed on your PC, then download and install the 436 patch for it at: http://unreal.epicgames.com/TournamentVersions.htm
Installation Instructions: Extract DM-Photon20beta.unr into C:\Unreal Tournament\Maps and run DM-Photon20beta.unr from either Unreal Tournament's deathmatch game selection menu, or by double-clicking on it from Windows Explorer.
You still may be able to find the original Unreal Tournament pretty cheap, maybe as part of the Unreal Anthology for PC DVD-ROM package selling at around $20, which includes 4 Unreal games, so its a good value. Here is a Google search link to help find where to buy it: http://www.google.com/search?hl=en&q=Unreal+Anthology

Unfinished Blender 3D model rendering showing the Photon Alpha arena bunker shape:




