Toneburst Contributions

#37

toneburst/pattern/nmpgen2.axo
(includes help file)

Status
Active

My second Axoloti Object!

A version of nmpgen.axo, 32-steps max now, but with realtime-controllable Length parameter and added Offset control, to rotate the pattern.

I plan to add extra features in future updates. So far on the list:

  • Trigger pattern output, based on last bit of pattern output value

Note:

  • As with nmpgen.axo, I can't guarantee that future updates won't change the pattern that is produced with a given parameter configuration. I'll lock this down soon though, once I've decided on the best random number generator setup
  • The numbers on the Length and Offset controls aren't accurate. The actual numbers are half the rounded values displayed, so they only change ever 4 steps of the knobs

a|x

#38

toneburst/pattern/nmpgen3.axo
(includes help file)

Status
Active

A version of nmpgen2.axo, with added Trigger pattern output (Boolean pulse).
'trigthresh' parameter controls density of triggers.

Note:

  • The numbers on the Length and Offset controls aren't accurate. The actual numbers are half the rounded values displayed, so they only change ever 4 steps of the knobs

a|x

#39

toneburst/math/interpolation-pow4
(includes help file)

Status
active

description
K-Rate interpolation of positive integer input with adjustable curve from logarithmic to exponential.
Use to pre-process control values, or alter the response of envelopes.

Screen Shot 2016-05-14 at 22.26.34.png1150x807 97.7 KB

Thanks to @johannes for interpolation algorithm.

#40

toneburst/math/interpolation-bezier-quadratic
(includes help file)

status
active

description
K-Rate interpolation of positive integer input with adjustable 1D single-point (Quadratic) Bezier curve from logarithmic-like to exponential-like. Similar to toneburst/math/interpolation-pow4.
Use to pre-process control values, or alter the response of envelopes.

Screen Shot 2016-05-13 at 09.33.31.png2400x2102 411 KB

Based on code from

#41

toneburst/math/interpolation-bezier-cubic
(includes help file)

status
active

description
K-Rate interpolation of positive integer input with adjustable 2-point (Cubic) 1D Bezier curve. Create logarithmic-like to exponential-like interpolation. Can also create 's' curves.
Use to pre-process control values, or alter the response of envelopes.

Screen Shot 2016-05-14 at 22.34.30.png1042x861 161 KB

Based on code from

#42

Work in progress.

Screen Shot 2016-06-10 at 10.01.16.png2366x1508 335 KB

A collection of modules based on an emulation of parts of the Texas Instruments LPC (Linear Predictive Coding) system, famously used in the 'Speak & ...' series of electronic learning aids.

Initially based on the Talkie library for Arduino by Peter Knight (hence the name), but I ended up going back to the source of much of his code, the LPC code developed for the MAME arcade/vintage computer virtual machine application.

I decided that, rather than simply porting the Arduino code to a single Axoloti object, it would be more fun to break out all the different parts of it into discrete objects.

So far, I've created voiced and unvoiced (noise) oscillators, a mixer, a controller object and the 10th-order formant filter. I've also made an object for glitching things up a bit, by reordering the connections to the filter bank bands.

I've added many new options and parameters to the objects that weren't present on the original implementation, but tried to stay largely true to the original sound (i.e. it's still all 8-bit and runs at the original 8kHz).

Next to tackle the ROM and main controller emulation.

Update:
I've got playback working (with apologies to Suzanne Vega)!

Next, to implement those classic circuit-bent sounds, but with more control than the real thing.

a|x

Conditionally Include File Based on Attribute Value
#43

Made some progress on the LPC synth.
Now has loading from VSM file(s)!

The object-set now numbers 9.

a|x

#44
#45

Wow, I'm speechless!

#46

Outstanding work. :slight_smile:

#47

In a good way, I hope :wink:

a|x

#48

Thanks!
It's mostly a compilation of other people's work, but I added quite a few twists of my own.

a|x

#49

Anyone any ideas on what I should call the objects?

I thought just "LPC Toolkit", but that might be a bit boring.

Maybe "Squeak & Smell"...

a|x

#50

he he I like that :slight_smile:

tbh, i wouldn't know what LPC toolkit was, without going and searching got it... which your unlikely to do if just browsing the user library.

hopefully this will become less of an issue in the future with a better browser... which will probably be first thing on my list after this release - I've been wanting to do this for a while... as Ive been getting the feeling the user library is getting some gems that I often overlook!

#51

That's good to hear. I think it will make a huge difference.

There are lots of great-sounding objects in the user library I've been intending to try out myself.

I've just got myself a mini controller keyboard (Arturia MiniLab- works great), so that will help.

a|x

#52

This has completely made my week. I am a massive fan of LPC and Iove the sound of your implementation. Brilliant. Just brilliant:grin:

#53

Wow, thanks... It's something of a labour of love for me, I have to say. I've had a thing for the old S&S toys for some time now (even own both the French and Italian models, though not the German one- that's the Holy Grail).

I keep thinking of new things to add, and little tweaks to make. Shouldn't be too long before I feel they're ready to be released in to the wild, though, I think.

a|x

#54

I have lots of LPC implementations in Max MSP, Bitspeek VST and ChipSpeech VST and a GinSing Arduino, but I very much like yours. Good luck look forward to playing with the results.Best of luck.S

#55

Cool!

I had thought it would be cool to control a GinSing/SoundGin chip from the Axoloti.

a|x

#56

Your implementation is much better!