User manual ARBORETUM RAY GUN

[. . . ] Ray GunTM Manual Table of Contents Copyright ©1999 by Arboretum Systems, Inc. This documentation may not, in whole or in part, be copied, reproduced or translated without prior written consent of Arboretum Systems. Ray Gun Manual How to Use the Ray Gun Just point, aim and shoot: Listen to your sound as you turn on the functions: Noise Reduction, Pop/Click removal or Hum/Rumble filtering. Ray Gun works from the plug-ins menu in any sound editing program compatible with the Windows DirectX or MacOS VST, AudioSuite or Premiere plug-in format. Ray Gun also comes in a "stand-alone" (. exe) version for Windows computers and a HyperEngine edition for Power Macintosh allowing self-contained operation independent of any third-party sound editing programs. [. . . ] A Reference Document points to a sound file (referencing its original location, on disk or in playthrough) and contains editing and processing data related to the sound file, but no sound samples. Reference Documents are comparatively small, typically below one hundred Kbytes. You can create many different Reference Documents for a particular sound file (or play-through track) so as to try out different variations and combinations. You can also reassign any File Reference Document to any sound file you wish, so as to apply one set of effects to several different files. Reference Documents never change the original sound file, nor do they automatically create additional audio files. In order to make a new sound file, you either use the Process to New File command (when working with a File Document) or the Record function (when working with a Play-Thru Document). Naturally, any active effects (or file edits) will be rendered to the new file you're creating. When you open a new sound file, the Reference Document you've created is given a default name, consisting of the name of the current audio file plus the suffix "-FX. " Don't confuse this "-FX" File Reference Document with the actual sound file, which retains its original name and data under all circumstances. The remainder of this chapter will teach you to process live signals using a Play-Thru Document, how to record a new audio file, and how to work with File Documents in order to manipulate and process sound on disk. Processing Real-Time Audio: The Play-Thru Document HyperEngine can process audio appearing at your Mac's Sound input device in real-time. This will allow you to use HyperEngine much like a hardware processor, and frees you from reading and creating new sound files on disk. This functionality makes it possible to use HyperEngine in a live performance setting, on stage or in the studio. Use the Mac's microphone port, the inputs on your sound card, or the AppleCD Audio Player desk accessory to get live signal into HyperEngine. Connect the audio inputs and outputs of your Mac to the rest of your audio system. Check your Sound Control Panel input options (from the Control Panel submenu in the Apple Menu) if necessary. A HyperEngine Play-Thru document will appear on-screen: a HyperEngine Play-Thru Document, with no active processes HyperEngine Play-Thru Documents allow sound to be played through the HyperEngine from any external source, allow you to insert effects into the signal stream, and let you record incoming sound. Begin playing audio from your DAT machine, tape deck, CD player, mic or other external sound source into your Mac's input device. Hit the Play button or press the spacebar to begin HyperEngine play-thru You should now hear your live sound being played through. When your levels are OK, click on the Stop button (or press the Return key) to suspend play-thru and give you access to the Plug-ins menu. (If you get the Serial Number dialog, you need to serialize this plug-in. Review the Installation chapter for tips on serializing and setup. ) HyperEngine Play-Thru document with three effects added to the Process List Effects selected for a Play-Thru document are added to the Process List, in the lower half of the reference document window. This list displays the process name (untitled by default) along with process type and date. Note also the Bypass toggle switches along the left hand side of this display, effects are toggled to "active" by default when first added to a document. [. . . ] HyperEngine's dither algorithm can also be used for 24 or 16-bit sound file processing. Here's why: HyperEngine does all its effect processing using 32-bit floating point calculations. This has much greater resolution than 24 or 16-bit linear digital audio sound files provide. However, the output of the effect must be converted to a 24 or 16-bit sound file. [. . . ]