@JulesV
You're welcome! :-)

@HISEnberg Oh, I see now. Thanks.

@Orvillain

To avoid aliasing you need to be able to control which harmonics are present in the signal either using FFT or a Filter. You'll need to be able to do upsampling in good quality which is why filter design is important I'm not talking about biquads, rather FIR filters. If you can process a signal with FFT in C++ and back again, and you can use FIR filters to do oversampling then you should be able to do a WT engine.

Here is a good resource

@clevername27 I get that feeling too

@glek You will need an Apple developer account to codesign and notarize your plugins. You can compile without an account though, you just can't share your plugins with others - well you can but they'll get security warnings.

@glek said in GitHub Actions - MacOS - HISE Standalone Compilation Error:

I dont have a mac...

I use a virtual machine, haven't tried github actions, looks like it could be a good option.

Ended figuring out some routing matrix api's finally and made this. Appreciate the help!

Screenshot 2025-04-09 at 1.38.58 AM.png

@d-healey
Yeah, that was my idea too. Great, thanks to you! :-)

@d-healey Oh. Maybe @Christoph-Hart could take a look to this?

Hey folks! I've been out of the loop for a while. Wondering if there has been any progress with the NAM integration?

I actually got a functional plugin working with LSTM but the training procedure is very chaotic so I haven't moved ahead much with it. I will probably provide some updates on that in a different thread though for more discussion around the particulars because I think there are other efficiencies I think might need to be ironed out.

@JulesV

I don't think it's possible. The Juno uses specific antialiasing filters which is part of it's sound. Same can be said for the BBD stages. Unless you simulate both these things, you just have a normal chorus...

If you want to simply have a basic chorus but with the same rate as the juno, then sure it's easy, just look up online, I remember there are articles and github repos that contain studies of the rate and depth for all these choruses.

@Orvillain a cycle should be 2048 samples long. The total needs to be a multiple of that.

@orange said in LAF for MatrixPeakMeter:

MatrixPeakMeter apparently does not get obj.peak values by taking the Up & Down DecayTime values in LAF.

Exactly. 👍

Your post https://forum.hise.audio/topic/6615/laf-collection-for-everyone?_=1744108411508
and Knob Peak Meter by Steve-mohican is impressive.
I didn't find matrix peak meter very useful in anyway.

Here I see allowMidiAutomation, but no mention of MIDI in the rest of the example.

yeah, the example is all about plugin parameters, MIDI is a different concept. But it's listed here:

Link Preview Image HISE | Docs

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(docs.hise.audio)

It basically replicates the enableMidiLearn property of the UI component but for the automation slot.

@bendurso Have you tried getIdealPopupMenuSize?

laf.registerFunction("getIdealPopupMenuItemSize", function(obj) { // this will set the width to 200 and height to 50 //return [200, 50]; // sets the height to 30 return 30; });

Link Preview Image HISE | Docs

favicon

(docs.hise.audio)

@pede thank you this is really helpful. I will def use this.

@d-healey I think it was a glitch and it didn't work. It works now.

All we have to do is completely unload the old network that contains the custom network and select it directly from the list. This method is much better, congratulations @Christoph-Hart

I used to avoid clicking the unload network button before, but now it seems like this button will be used a lot haha :)

Ntw.gif

@orange A different approach, Thank you!