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Qanun SoundFont (tuned exactly to 12 equal pitches), based on sampled sounds that I obtained from my 79-tone qanun during the Summer months of 2008, which I prepared using PolyPhontics + Audacity at the beginning of 2015.
Try playing Dr. Yarman’s qanun in a SoundFont player that is capable of rendering Turkish or Arabic maqam/makam scales faithfully, such as OneSF2 (Windows, free), Scordatura (Mac OS X, free), or microsynth (Mac OS X, $20) and you’re good to go!
UPDATE: Xen-Arts plugins are no longer available, but if you’re looking to make microtonal music with SF2/SFZ soundfont files, I’ve had a good experience with TAL-Sampler.
I grew up as a gamer. Luckily my aunt was into games too, so I got the chance to play oldschool systems from before my time such as the Atari 2600 and the NES. All of this cemented my interest in electronic music from a young age. (For what it’s worth, my ongoing fascination with drum & bass probably came by playing Rage Racer on the Sony Playstation).
Some years ago, fueled by the nostalgia of umpteen million nerds, the chiptune music genre took off and is still going strong today. For some, the only way to make this music happen is to record from the original hardware itself. For others, it’s good enough to cheat and use VSTs which recreate the sound. Today I want to share one method of writing microtonal chiptune music using a VST called One-SF2.
One-SF2 is a free soundfont player VST for Windows, and it has microtuning features baked right into it. Actually, it supports the MIDI tuning standard, so it can load all of the crazy scales I’ve been collecting in my tuning packs.
Remember the NES only had 5 sound channels. 2 are pulse/square channels, 1 is triangle, 1 is noise, and the last was used for low-quality digital sampling. You could recreate this capability by using 4 instances of One-SF2 (each using the Famicom soundfont), plus one audio channel with a bitcrusher effect. Read the technical specifications of the Famicom/NES sound chip if you want to strive for the most realistic result.
Here’s some xen chiptune drum & bass I cooked up a few years ago, in a game boy style.
Now, if only someone would make a version of Clotho from Columns tuned to a beautiful meantone, I could die a happy man…
Plogue Chipsounds supports Scala tuning files, emulates several oldschool chips, and opens the door to microtonal chiptune on Mac OS X and Windows (32/64-bit). Costs about 95 USD (as of early 2017).
Plogue Sforzando is a free and simple soundfont player much like One-SF2, but it works with the SFZ file format instead.
Pick up a second-hand console system and do it the old fashioned way, with tracker software and a soldering iron. Some trackers support microtones natively!
One-SF2 has a big brother, XenFont. This free, 32-bit Win-only VST adds heaps of synthesis functions on top of the basic soundfont player. A plethora of options exist for creating deep sound designs, so my own work always features XenFont instead of One-SF2.
I have made another tuning pack available—world scales! The pack contains tuning files used to retune various synthesisers. The following formats are supported: Scala (.scl/.kbm), Anamark TUN (.tun), MIDI Tuning dump (.mid).
The world is a massive place, with many creatures living on its surface. One such creature is called the human. Humans all over the world just love to make music; it’s one of a few things that can unite us all. But where you go in the world, you’ll notice that the musical scales differ just as much as the food, the clothes, the language, the customs, the creation stories…
It contains Ancient Greek, Arabic, Bulgarian, Chopi, North Indian (Hindustani), Indonesian, Japanese, Macedonian, Scottish, Thai, and Zimbabwean scales. A concise and tidy starter pack to sample what’s out there.
If you’re looking for scales to take your music to a transcendental place, then these long-lived musical traditions may have something for you. And if you’re looking for something a little different, I have other tuning packs on my music resources page.
Those of you who have built synths in Max/MSP or Max 4 Live will have used the mtof (MIDI-to-frequency) object. This clever little object waits for you to send it a MIDI note number (0-127), then it spits out a frequency (Hz). Perfect if you’re working within the confines of 12-tone equal temperament—or rather limiting if you wish to use all kinds of expressive intonation systems outside of the Western common practice.
There is a very simple way to get microtonal scales out of your Max/MSP synths. We simply replace the mtof object with coll.
Coll can be used to store and edit collections of data. The data is stored in a text file. Each item of data contains an index followed by some content. For example, we could use coll to remember the release years for various killer synths.
Above, the coll object is waiting to receive an index (either YamahaDX7 or Theremin) before it spits out the data we want. I just clicked the “YamahaDX7” button, so “1983” was sent via the first outlet of coll.
To see and edit all the data inside the coll, just double-click on the coll object. It will bring up the data entry window. Here’s what’s inside the above coll object:
OndesMartenot, 1928; RolandTB-303, 1982; Theremin, 1920; YamahaDX7, 1983;
Neat trick. Mind you it’s not very useful for our goal of exploring crazy scales.
Here’s how we can use coll as a replacement for mtof. First we need to understand our data structure. We send a MIDI note number (0-127) to the coll object. We want coll to spit out a frequency in Hz. So we double click coll, and we start inputting data for what frequency corresponds to what MIDI note number.
# Lines that start with a # symbol are comments. # This is a simple scale which starts at 100 Hz on MIDI note 0. 0, 100.0; 1, 200.0; 2, 300.0; 3, 400.0; 4, 500.0; 5, 600.0; 6, 700.0; ... 127, 12800.0;
To test this out, let’s send the number 0 to the coll. This is the lowest possible MIDI note number, and according to our data we should receive the float value 100.0 from coll’s first outlet.
A success! It’s pretty simple to get it to work, but the only problem is that the tuning data took us a looooong time to type… 128 lines in total! Luckily coll can read .txt files, and there is a much better way to generate tuning data in this format. For this tutorial, we’ll be using Scala tuning software to create .txt files that coll can read.
First create or load some tuning data into Scala. (For now we’ll just load a file from Scala’s huge database)
Then type the following command into Scala:
set synth 135
Scala will say “Synthesizer 135: Max/MSP coll data, via text file”. You’re doing just great.
Now click File → Export synth tuning as shown below.
This will bring up a familiar save file dialog, and you can save your .txt file anywhere. Once your .txt file is saved somewhere convenient, your can load it into your coll object.
Create a message button which contains the word “read”. Connect this up to the coll object (as shown below). You can click the “read” button to bring up an open file dialog. Use this to load the file you just exported from Scala.
Once you’ve loaded the .txt file into coll, you can check that the data went in correctly by double-clicking the coll object.
# Tuning file for Max/MSP coll objects created by Scala # # Sean "Sevish" Archibald's "Trapped in a Cycle" JI scale 0, 8.1757989; 1, 8.4312926; 2, 9.1977738; 3, 9.5384321; 4, 10.2197486; 5, 10.7307361; 6, 11.2417235; 7, 12.2636984; ...
Congrats, you’ve just replaced the mtof object with your very own, microtunable coll! Enjoy playing microtonal scales in Max/MSP.
Big up to Manuel Op de Coul, the creator of Scala, who added support for Max/MSP coll files on my request. Much appreciation that his project is still being maintained.
Ever wondered how to get various software synthesisers to play microtonal scales? A while ago I added a lot of info about this to the Xenharmonic Wiki. Summarised below.
Many software plugins (VST, AU, RTAS etc.) allow you to create microtonal music. Not all of them, though. The ones that do mostly accept tuning data by one of the following methods:
Just a quick microtuning tutorial. Are you using a synthesizer instrument which loads the TUN (.tun) tuning file format? Let’s learn how to create one of these .tun files using Scala.
Before you start, make sure you’re using a synthesiser that supports .tun files.
You could load a file from Scala’s huge scale database, or you could generate new pitches by typing a command into the command bar (at the bottom of the window). For example let’s create a 13 note equal scale (13-EDO):
Tip: Type “show” to display your the tuning in the main window.
Type the following into the command bar:
set synth 112
Scala will output “Synthesizer 112: TUN standard .tun format for many softsynths, via text file”. You’re doing OK.
Go to File > Export synth tuning. Or press Shift+Ctrl+T instead. Choose a new location to save the file. All done!
This is very similar to the process of making a MIDI Tuning Standard (MTS) tuning dump. To make an MTS .mid file, use “set synth 107” instead.
I just noticed this review of the amazing FMTS2 softsynth written by Warren Burt over at SoundBytes magazine. It does a good job at explaining the virtues of this unique and nifty FM synthesiser.
The FMTS2 gets used in my music all the time, and recently I started to share my own FMTS2 resources. I have collected a variety of tuning files and created 30+ patches/presets for you to download. A library of world music scales is coming soon.
Xen-Arts’ FMTS2 can be downloaded for free. If you use it, go and share your sounds with the creator Jacky! He would be really happy to hear what people are doing with his software.