I started with Notion SLE for Miroslav Philharmonik, which I discovered at the IK Multimedia website, since I use a lot of the IK Multimedia products for guitar, bass, and mixing and mastering, and after using Notion SLE for a week or so, I upgraded to Notion 3, since it was obvious to me that it is important to be able to use a wide range of VSTi stuff rather than just one . . .
Regarding how everything interfaces with digital audio workstation (DAW) software, I did a short video of Notion 3 with Digital Performer 6.02 on a Mac Pro . . .
The screen capture software (Screenflow) does not capture the audio from the MOTU 828mkII Firewire audio interface I use, so I had to switch to using CoreAudio (Mac OS X), which mapped to not being able to do a voice-over since at the time I did not have an USB microphone, but since then I ordered a BLUE "Snowball" USB microphone, so in the future I will be able to do voice-overs . . .
The first two minutes of this video are silent, and it mostly is focused on showing the various aspects of the software, but after about two minutes, I start playing "I'm Going Goo-Goo Over Ga-Ga" (The Surf Whammys) in Digital Performer, at which time sound is heard as I step through the various stuff that happens in Digital Performer as it controls Notion 3 via ReWire . . .
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NOTE: This is an overview of Notion 3 and Digital Performer 6.02 on a 2.8-GHz 8-core Mac Pro -- Windows Media Video (WMV, 13.9MB, approximately 6 minutes and 30 seconds) . . . ]
http://www.surfwhammys.com/Goo-Goo-Ga-Ga-DAW-Notion3-Overview.wmvAs you can see in the video overview, I use a lot of VST software (IK Multimedia, Wave Arts, Celemony), and as you can hear there also are a lot of VSTi sampled instruments, and based on my various experiments, I am very comfortable with Notion 3 being reliable and full-featured on the Mac for use with Digital Performer, which for the latter I now am running the current version (Digital Performer 7.21), which also works very nicely with Notion 3 . . .
There are a few limits that are useful to understand, but this is the case with all software, where at some point the software requires more hardware resources than are available, but there are strategies for handling these types of limitations . . .
For example, on the Mac as best as I can determine there is a limit of 51 instruments in Notion 3, but I solve that problem by cloning the Notion 3 project file and substituting some of the existing instruments with new instruments, which I then ReWire to Digital Performer and record as soundbites, with the result that I can have hundreds of instruments, albeit at the cost of having a folder of cloned Notion 3 project files and a system for making sense of everything, which is not so difficult to do when one has a strong background in Computer Science . . .
Digital Performer also has limits with respect to the total number of tracks it can handle, and the basic strategy is to combine tracks by "bouncing to disk" to create a stereo "soundbite", which then replaces a group of tracks with one stereo track, at which time there are more tracks available for use in recording other stuff, with both strategies (cloning Notion 3 project files and creating soundbites in Digital Performer) being the digital version of what Phil Spector and George Martin did with analog magnetic tape machines in the 1960s, where they created the illusion of a large number of tracks by copying already recorded tracks from one machine to another and recording new material on top of it or on adjacent unused tracks . . .
And it is important to understand that while 51 instruments might not appear to be a lot of instruments, this is referring to what in the Notion 3 mixing board are "tracks", so for example a string section is "one instrument" in this terminology, and when a section is considered to be one instrument, I am not entirely certain that a complete symphonic orchestra even has 51 such "instruments", but so what . . .
So what! I discovered something quite fascinating that one can do with Notion 3, and it requires having a lot of "instruments" . . .
Specifically, I like to have sounds move around within what I call the "Spherical Sonic Landscape™", where my avatar for this forum is one vector plane of the
Spherical Sonic Landscape . . .
There is a way to move things around with automation in Digital Performer, but it requires a lot of work and takes entirely too long, plus it is not so precise as doing it with notes, since in Digital Performer it is done with "blobs", which are a bit fuzzy with respect to beginning and ending boundaries . . .
But after pondering the concept for a while, I realized that since Notion 3 has a mixing board with panning settings, I can separate the notes for a single instrument into a set of cloned "instruments" that are panned to different locations from far-left to far-right, with the result that I can position the notes very precisely based on which of the cloned "instruments" plays a particular note . . .
Consequently, if I want to play the notes of a phrase over perhaps eight different locations, then I need eight copies of the instrument, with each copy or "clone" panned to a different fixed location, which works very nicely and is quite precise with respect to placement of notes and so forth . . .
Basically, I start with one instrument and compose the notes for the instrument . . .
Then, I add more identical instruments with the same VSTi, followed by copying the entire set of notes of the first instrument to each of the "cloned" instruments . . .
Once that is done, I set the panning for each of the "cloned" instruments and then replace notes with equal-value rests to determine which of the "cloned" instruments actually plays a note at any given time . . .
For a three minute song, it might take a few hours to do all the work, but this is faster than any other way to do it, for sure . . .
For sure! And after doing it a few times, you discover different ways to do it a bit faster . . .
In some respects, this might be a bit unusual, but I call the general technique "sparkling", where the sounds that move around are called "sparkles", which in music theory maps to embellishment, ornamentation, or something . . .
If you listen carefully to
Pop songs like "Bad Romance" (Lady Gaga) and the European Single for "Who Owns My Heart" (Miley Cyrus), they all have a lot of "sparkles", and this is a very practical way to do it, as you can hear in the current version of "I'm Going Goo-Goo Over Ga-Ga" (The Surf Whammys) when you listen with studio-quality headphones like the SONY MDR-7506 (a personal favorite), which is fabulous . . .
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NOTE: All the instruments are done with Notion 3, and there are 56 "instruments" in this current version, where nearly everything is "sparkled" in one way or another, so there is a lot of stuff moving around instrumentally within the Spherical Sonic Landscape. The singing is real, but in this version every note is pitch-corrected and in some instances the melody is adjusted by as much as a few whole tones, which is done with the Melodyne Editor plug-in (Celemony), which I also use to create custom echoes and to have a bit of FUN with the "Cher Effect" . . . ]
http://www.surfwhammys.com/Im-Going-Goo-Goo-Over-Ga-Ga-11-20-2010-DP7.mp3Fabulous! P. S. The summary version of all this stuff from the perspective of using Notion 3 as a key component of a digital music workstation is that over the past few months I pretty much ran Notion 3 through every possible scenario on a 2.8-GHz 8-core Mac Pro with Digital Performer, and it works very nicely and quite reliably . . .
So, instead of starting a Digital Performer song with a reference tone track and a "click" track, I start it with what I call a "basic rhythm section" that is done in Notion 3, which then is recorded in Digital Performer as a set of soundbites via ReWire, at which time it then becomes possible to use Digital Performer for real instruments and singing but to jump over to Notion 3 to have a bit of FUN with computer-generated instruments, since by basing everything on the Notion 3 "basic rhythm section", the real instruments and singing are tuned to the Notion 3 "basic rhythm section" reference tones and are synchronized with the tempo of the Notion 3 "basic rhythm section" . . .
The caveat to this strategy is that if you want to change the tempo, key, or perhaps want to add a new section, bridge, chorus, or whatever, then this requires doing some recording and perhaps essentially redoing the song, but with a bit of planning this is not a problem, and there are ways to add a chorus, bridge, or whatever, since you can cut, copy, and paste in both Notion 3 and Digital Performer, so while it takes a bit of time for example to add an interlude to an already recorded song, there is a way to do it without needing to redo everything, and from the perspective of Computer Science it is not so complex, although it certainly might appear to be complex to folks who are not so familiar with doing editing and so forth . . .
I do everything in the Apple universe, and what I can verify from extensive testing is that
Notion 3 is heavy duty professional software, which I think should be obvious from watching the video (
see above) . . .
The little box in the lower-left corner of the screen is one of the real-time displays of the Mac OS X "Activity Monitor", and it shows the percentage of the 8 cores of the 2.8-GHz 8-core Mac Pro that are being used at any given time, so this is a great way to get a sense of how much computing resources are used to run all the software and so forth . . .
For reference, the initial cost of an Apple computer tends to be more than a typical Windows computer, but everything on the Apple computer is the highest possible quality, which typically is not the case with a typical Windows computer, and on the Mac it all works together, because all of it is
designed to work together, so especially for entertainment stuff (music, video, graphic design, photography, print, and so forth) it is much easier to do the work on a Mac, since everything works wonderfully without making you mess with a lot of computer stuff . . .