Emagic Sounddiver 3.0
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Since the review of Emagics SoundDiver 1.5 in the July 1995 issue, the program has undergone several updates. Many new features consist of cosmetic overhauls, changes in nomenclature, bug fixes, and new editors for devices that hit the streets after version 1.5. In addition, several substantive changes deserve closer scrutiny, including the programs beautifully enhanced graphics, support for key commands, and consistency of features between Mac and Windows platforms. SoundDiver ships with Mac and Windows versions on the same CD-ROM. Since the release of version 3.0, the two platforms share identical features (except for the differences between Mac and Windows menu conventions and MIDI interface support).
I installed SoundDiver on my Power Mac 8500 running OS 8 without a hitch. The program no longer supports 68000 Macs, but any PowerPC will do. The copy protection scheme consists of a temporary authorization from the CD-ROM. After the hard drive is authorized, the program requests the original CD every few weeks. A week before the authorization expires, SoundDiver presents a warning so you wont be caught by surprise. That beats dongles and is better than losing installations from hard-disk crashes, but its not especially convenient.
WHERES MY GEAR
When first launched, SoundDiver scans the MIDI ports to sort out the interfaces and patch bays connecting the MIDI gear and then quickly opens the Install window (see Fig. 1). That window provides a list of editors for an array of synthesizers, samplers, drum machines, effects processors, and other devices. At the left of the list are three buttons for installing editors: the Scan All button polls your MIDI system for each device on the list (and takes a while); the Scan button checks only for selected devices. I recommend using the latter. If all of your devices arent recognized, the Add button lets you select and set up devices manually.
I first tried the Scan All option. After a lengthy assessment of my connections, the Setup window opened to reveal only some of my systems devices (see Fig. 2). That isnt necessarily the programs fault. For example, my Casio VZ-10s primitive implementation necessitates manual installation and dumps from the front panel. My Kawai K5m defaults to SysEx-disabled whenever it is powered on.
SoundDiver has added support for Open Music System (OMS), allowing users to switch freely between the programs built-in MIDI system and OMS. I created a new installation using OMS as a MIDI driver; to ensure an accurate setup, I quit the program and trashed my SoundDiver preferences in the System folder. When I restarted the program, SoundDiver was initialized and ready to set up. After a new scan of my system, the Setup window showed duplicates of many devices. I continued the installation and deleted the duplicates afterward. When MIDI devices are scanned and accounted for, they appear in SoundDivers Setup window, and a dialog box pops up asking if you want to request the memories from your devices. At that point, you can retrieve the data stored in your devices for editing or safekeeping in a library.
HELLO, INFORMATION
MIDI devices appear in the Setup window as realistic three-dimensional icons, along with a virtual patch bay line connected to a virtual computer. Clicking on an icon opens the Device window (formerly called the Memory Manager). The Device window displays your synthesizers memory architecture (see Fig. 3). I double-clicked on my Korg Wavestation A/Ds icon and was greeted with a window containing a layout of the synths Byzantine memory architecture, including Patches, Wave Sequences, Performances, Multimode setups, Global parameters, and even user scales. That can be a double-edged sword.
With all of that information presented at once, finding your way around (especially in devices as complex as the Wavestation) can be difficult. Fortunately, SoundDiver provides several ways to focus on what you need. Buttons at the top of the Device window can hide or reopen any level of the devices memory structure, such as programs, combinations, and Global settings. Furthermore, you can display or hide each bank retrieved from the device, which lets you isolate a single memory area for editing. You can also zoom the Device window in or out for a broad or narrow overview of the devices contents.
The Library window lets you store anything, from a devices patches to your MIDI systems memory contents. Because libraries can hold just about everything that you need to store, its important to keep track of related data, and SoundDiver nicely handles that task. For example, clicking on a Korg M1 Program in the Librarian window reveals a list of Combinations that use the Program. Similarly, clicking on any Combination provides a list of Programs that comprise the higher-level sound. Deleting a Program opens a dialog box warning you that youre about to remove a component of a higher-level memory structure, thus preventing your carefully sculpted brass-section Combination from sounding like a Martian banjo orchestra or vice versa.
EDITORIAL ASSISTANCE
Double-clicking on a devices memory constituent (such as patch or performance) opens the Edit window. Top-level Combinations that usually provide patch layers, Velocity switching, splits, and so forth have handy edit button links to the lower-level patch components. In that way, you can easily shuttle between the performance and its components, making edits as needed. If you think that seems like too much for one monitor to handle, youre right. However, you can resize windows to focus on what you need and save window settings as Screensets. You can then toggle between screens with key commands.
SoundDiver displays your patchs architecture in gorgeous, color-coded detail. You can change the color of backgrounds, parameters, parameter labels, value fields, and even the handles that shape the envelopes.
In some cases, Emagics programmers extended features beyond a devices native capabilities. For example, in addition to the typical programming parameters on the Kawai K5000 additive synthesizer series, SoundDivers Patch editor provides a three-dimensional time-and-amplitude waveform display, a pull-down menu of preset analog synthesizer waveforms, and an assortment of preset Formant Filter settings. Moreover, you can load a digital-audio file for analysis and resynthesis to provide a raw oscillator waveform from which to work. The results provided a good number of interesting timbral springboards for programming. Although that feature was not introduced in version 1.5, the instrument (and consequently, its editor) arrived on the scene after the review in EM. Furthermore, the Import function didnt work reliably until version 3.0.
ON THE SURFACE
SoundDiver now supports a variety of MIDI control surfaces, including the Radikal Technologies SAC-2K (see p. 146 for a review of the SAC-2K). I dont own a dedicated control surface, but I installed a dummy unit in my Setup window to check out Emagics new drag-and-drop programming feature. As usual, double-clicking on the SAC-2K icon opens the Edit window; however, in place of an abstraction of the devices memory contents, you get an enlarged view of the control surface. To assign controls to a synthesizer parameter, simply open the Control Assignment window, click on one of the virtual SAC-2Ks faders or buttons, and drag a virtual patch cord to a synth editor parameter in another window. The intuitive user interface for programming control surfaces let me program the dummy SAC-2K with a knob that could select high or low harmonics in my K5000W synth (see Fig. 4). I then assigned a fader to change the gain level of the selected group of harmonics. The entire process took less than ten seconds.
SoundDiver lets you set up a MIDI keyboard as a control surface to edit other synths. You can map practically any incoming MIDI message to control an editing parameter, so even if your master keyboard offers only the standard set of Modulation and Pitch Bend wheels, you can quickly press them into service as editing tools. I opened one of my Oberheim Matrix-6R patches, highlighted the FM Amount parameter, and hit Command + L. I could then adjust my Matrix-6R from my Korg M1 and play while I edited. You can test edits for playability as you make your changes
I installed SoundDiver on my Power Mac 8500 running OS 8 without a hitch. The program no longer supports 68000 Macs, but any PowerPC will do. The copy protection scheme consists of a temporary authorization from the CD-ROM. After the hard drive is authorized, the program requests the original CD every few weeks. A week before the authorization expires, SoundDiver presents a warning so you wont be caught by surprise. That beats dongles and is better than losing installations from hard-disk crashes, but its not especially convenient.
WHERES MY GEAR
When first launched, SoundDiver scans the MIDI ports to sort out the interfaces and patch bays connecting the MIDI gear and then quickly opens the Install window (see Fig. 1). That window provides a list of editors for an array of synthesizers, samplers, drum machines, effects processors, and other devices. At the left of the list are three buttons for installing editors: the Scan All button polls your MIDI system for each device on the list (and takes a while); the Scan button checks only for selected devices. I recommend using the latter. If all of your devices arent recognized, the Add button lets you select and set up devices manually.
I first tried the Scan All option. After a lengthy assessment of my connections, the Setup window opened to reveal only some of my systems devices (see Fig. 2). That isnt necessarily the programs fault. For example, my Casio VZ-10s primitive implementation necessitates manual installation and dumps from the front panel. My Kawai K5m defaults to SysEx-disabled whenever it is powered on.
SoundDiver has added support for Open Music System (OMS), allowing users to switch freely between the programs built-in MIDI system and OMS. I created a new installation using OMS as a MIDI driver; to ensure an accurate setup, I quit the program and trashed my SoundDiver preferences in the System folder. When I restarted the program, SoundDiver was initialized and ready to set up. After a new scan of my system, the Setup window showed duplicates of many devices. I continued the installation and deleted the duplicates afterward. When MIDI devices are scanned and accounted for, they appear in SoundDivers Setup window, and a dialog box pops up asking if you want to request the memories from your devices. At that point, you can retrieve the data stored in your devices for editing or safekeeping in a library.
HELLO, INFORMATION
MIDI devices appear in the Setup window as realistic three-dimensional icons, along with a virtual patch bay line connected to a virtual computer. Clicking on an icon opens the Device window (formerly called the Memory Manager). The Device window displays your synthesizers memory architecture (see Fig. 3). I double-clicked on my Korg Wavestation A/Ds icon and was greeted with a window containing a layout of the synths Byzantine memory architecture, including Patches, Wave Sequences, Performances, Multimode setups, Global parameters, and even user scales. That can be a double-edged sword.
With all of that information presented at once, finding your way around (especially in devices as complex as the Wavestation) can be difficult. Fortunately, SoundDiver provides several ways to focus on what you need. Buttons at the top of the Device window can hide or reopen any level of the devices memory structure, such as programs, combinations, and Global settings. Furthermore, you can display or hide each bank retrieved from the device, which lets you isolate a single memory area for editing. You can also zoom the Device window in or out for a broad or narrow overview of the devices contents.
The Library window lets you store anything, from a devices patches to your MIDI systems memory contents. Because libraries can hold just about everything that you need to store, its important to keep track of related data, and SoundDiver nicely handles that task. For example, clicking on a Korg M1 Program in the Librarian window reveals a list of Combinations that use the Program. Similarly, clicking on any Combination provides a list of Programs that comprise the higher-level sound. Deleting a Program opens a dialog box warning you that youre about to remove a component of a higher-level memory structure, thus preventing your carefully sculpted brass-section Combination from sounding like a Martian banjo orchestra or vice versa.
EDITORIAL ASSISTANCE
Double-clicking on a devices memory constituent (such as patch or performance) opens the Edit window. Top-level Combinations that usually provide patch layers, Velocity switching, splits, and so forth have handy edit button links to the lower-level patch components. In that way, you can easily shuttle between the performance and its components, making edits as needed. If you think that seems like too much for one monitor to handle, youre right. However, you can resize windows to focus on what you need and save window settings as Screensets. You can then toggle between screens with key commands.
SoundDiver displays your patchs architecture in gorgeous, color-coded detail. You can change the color of backgrounds, parameters, parameter labels, value fields, and even the handles that shape the envelopes.
In some cases, Emagics programmers extended features beyond a devices native capabilities. For example, in addition to the typical programming parameters on the Kawai K5000 additive synthesizer series, SoundDivers Patch editor provides a three-dimensional time-and-amplitude waveform display, a pull-down menu of preset analog synthesizer waveforms, and an assortment of preset Formant Filter settings. Moreover, you can load a digital-audio file for analysis and resynthesis to provide a raw oscillator waveform from which to work. The results provided a good number of interesting timbral springboards for programming. Although that feature was not introduced in version 1.5, the instrument (and consequently, its editor) arrived on the scene after the review in EM. Furthermore, the Import function didnt work reliably until version 3.0.
ON THE SURFACE
SoundDiver now supports a variety of MIDI control surfaces, including the Radikal Technologies SAC-2K (see p. 146 for a review of the SAC-2K). I dont own a dedicated control surface, but I installed a dummy unit in my Setup window to check out Emagics new drag-and-drop programming feature. As usual, double-clicking on the SAC-2K icon opens the Edit window; however, in place of an abstraction of the devices memory contents, you get an enlarged view of the control surface. To assign controls to a synthesizer parameter, simply open the Control Assignment window, click on one of the virtual SAC-2Ks faders or buttons, and drag a virtual patch cord to a synth editor parameter in another window. The intuitive user interface for programming control surfaces let me program the dummy SAC-2K with a knob that could select high or low harmonics in my K5000W synth (see Fig. 4). I then assigned a fader to change the gain level of the selected group of harmonics. The entire process took less than ten seconds.
SoundDiver lets you set up a MIDI keyboard as a control surface to edit other synths. You can map practically any incoming MIDI message to control an editing parameter, so even if your master keyboard offers only the standard set of Modulation and Pitch Bend wheels, you can quickly press them into service as editing tools. I opened one of my Oberheim Matrix-6R patches, highlighted the FM Amount parameter, and hit Command + L. I could then adjust my Matrix-6R from my Korg M1 and play while I edited. You can test edits for playability as you make your changes
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