Path: utzoo!utgpu!news-server.csri.toronto.edu!rpi!zaphod.mps.ohio-state.edu!unix.cis.pitt.edu!bluecow From: bluecow@unix.cis.pitt.edu (Tobish E Smith) Newsgroups: comp.sys.mac.games Subject: Re: Robot Battle available Message-ID: <111464@unix.cis.pitt.edu> Date: 4 Apr 91 19:47:03 GMT References: <111384@unix.cis.pitt.edu> <1331@caslon.cs.arizona.edu> Distribution: comp.sys.mac.games Organization: University of Pittsburgh Lines: 27 Robot Battle _is_ similar to Robowar (and Core Wars, etc) in that they are all derivative of the original Apple II game, Robot War, by MUSE. However, Robot Battle shares basically nothing with Robowar. Robowar's language is much more low-level than Robot Battle's. Robowar allows many robots to go at it at once; Robot Battle is strictly one-on-one. In Robowar, you see the whole battlefield on-screen, and the robots are represented by relatively small user-definable icons which move about; in Robot Battle, you see a small section of the battlefield in closeup (the robot pictures were created using Super3D) and a radar view of the whole battlefield. You select what section to view in closeup by dragging a rectangle around the radar view, the rectangle representing the area to be viewed. Robowar has a free-form battlefield; Robot Battle is grid-based. Robot Battle has lots of digitized sounds... ;-) On a more non-frivolous note, however, Robot Battle is a very Mac-friendly program; it looks and feels like a good Mac interface. It will even continue to play battles (at a slower rate) as a background application. Robot Battle has humans, which roam around the battlefield and lob grenades at robots who remain stationary for too long. If you want to compare RB with another program of the same genre, it is more similar to Omega than Robowar, but I wince even as I type that because RB's really not like Omega, either, but it's certainly not much like Robowar. Yes, there are several programs of this type lurking about now, but the genre has a lot of potential, and all of these programs pursue that potential in different ways. Tob bluecow@unix.cis.pitt.edu