@JulesV Yeah you can use the HISE command line interface to compile your projects.

If you write a batch script you can get it to run the commands automatically and generate the installer. ChatGPT is quite useful for this kind of thing, but make sure you understand the output it gives you because batch scripts are powerful things that can run any command, including deleting files.

@Lindon said in How to include external .dsp files into the faust node?:

@JulesV open the included file - copy its contents into your Faust file....

Thanks. I think I need those t-shirts now :))

@JulesV Not sure, you could try storing the X position of each node in an array. You'd need to attach a broadcaster to the Band Selected event of the EQ to keep track of it.

@JulesV
I don't remember your snippet exactly, but yes, eqBrdCst.setEnableQueue(true) is important for the logic to work. Christoph gave me this tip when I was writing the script.

@Christoph-Hart @HISEnberg Good examples, thanks.

@d-healey said in Table curvy shape issue:

HISE_Definitions

It would be really great to have this added to the HISE documentation!

@JulesV start here:

const var externalDat = { "Option 1": A, "Option 2": B, "Option 3": C, "Option 4": D }; inline function CheckOnLoad() { local data = Engine.loadFromJSON("../MyFile.dat");); Console.print(trace(data)); //data = externalDat; //Engine.dumpAsJSON(data, "../MyFile.dat"); }; CheckOnLoad();

@aaronventure Thanks, looks interesting :)

@JulesV The problem is that the different positions the event object holds are related to the node when you hover it, and the whole tile when not on a node...
This makes the tracking impossible. There might be another solution that would allow to discriminate if on a node or not, but I am not aware of...

Or do the same as for the y position, using the frequency from the module that you convert to a 0-1 position then multiply with the FoaltingTile witdth

@JulesV
You're welcome! :-)

@HISEnberg Oh, I see now. Thanks.

@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.

@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.

Is this working for you? I can't see the way to edit a previously made custom network.
Any solution?

@Christoph-Hart this is nice upgrade but it's not working on VMware :(

@ustk Clever! Thank you so much

@d-healey Thans for the clearification.

From what I understand, while the Damping parameter is tweaked, the IR sample length (damping) will be updated continuously without any mute interruption. If so, that's great news.

@HISEnberg That's exactly what I meant. Thank you very much!

@d-healey Maybe hover information can be received with LAF and the relevant index can be triggered in the broadcaster?