@trillbilly Thank you this is probably what I was looking for!

okay thanks im gonna watch now

@Christoph-Hart I missed your reply here - thank you very much for taking the time to answer this. Let me know if you'd like me to hit up Steinberg about the "Important Parameters".

oh yes i just got it, thanks David!!

@ally said in Pan issue in Waveform Generator:

@Lindon It's doable. 6 might be a little much voice count wise with unison voices coming from the synth group melting your cpu...

oh I didnt mean it wasnt do able - just not int the customised way proposed...

@HISEnberg haha I think the „under construction“ was just a passive aggressive hint from Dominik for me to take a look at it because he couldn‘t figure out how to use the method.

There‘s nothing „under construction“ there, it definitely worked at some point but I haven‘t used the method for quite some time. I‘ll take a look later.

@ally Don't forget that you can trim that voice count to reduce the memory overhead!

@orange Yeah I removed that because it was super glitchy.

@Lindon thank you very much! this worked for me.

I did not know that i had to follow this practice, on the internet i couldn't find this solution.

But again thank you and i hope some other people will see this

@harris-rosendahl I haven't opened the project for a while but I think I've changed it to just regular RR's with individual samples, see this thread:

Link Preview Image NEATBrain Writeup

Hello! I promised a full writeup on the new type of VI I'm working on, designed from the ground up to solve the following problems I personally have with Sam...

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Forum (forum.hise.audio)

which has a bit more info about the full process 🙂

the main technique is calculating the length of a full cycle and using that as the parameters for Sample Looping, from there you can just make use of the Sampler as normal (RRs, groups etc) and don't have to think about all the experimental crap I was doing here

@Lindon since I do backups of my project from early stages to the latest I found that 3 versions earlier something happened, not sure, but I could export an earlier version today, lots of work lost but at least I know I can still export, thanx for all the help and for this new tool to test the plug ins

@Christoph-Hart Thanks!!

@d-healey said in same envelope on multiple parameters:

@Morphoice Global modulation container

..but remember this is one envelope to rule them all - so no local polyphonic triggering for sound sources...

@FatMitchell
Would you rather I did a tutorial on snex, or on c++ nodes?

C++ is more complex but allows you to do some really complex DSP not possible in snex.

Depends what you are wanting it for.

@aaronventure brilliant thank you. that worked

@dannytaurus just start using it and you'll figure it out quickly.

The scripnode systhesiser sound generator itself provides you with the voice paradigm, polyphony and the envelope slot. So add that, add your envelope, then open the scripode synth with the icon on it, create the file.

I the network itself,sou want a split node (which processes each od it's child nodes individually fed by the input, then sums it all together) filled with chain nodes. Use as many chain nodes as needed where each one will be used for an individual oscillator.

Now add an oscillator to each chain node. Follow it with a pan node, and then a gain node.

Now create a parameter in the main network node for each control you want to be able to access individually from the script. So probably 6x pan and 6x gain nodes.

Each chain is now an individual synth that you can process subsequently using compressors, filters etc. It's all in one network, data is easily interchangeable and you can directly implement more complex dsp if/when needed.

@Christoph-Hart
That's really interesting I'll have to test it myself.
Since Hise is already set up to use ipp, can I assume that ipp will work in scriptnode? I'm looking to vectorise samples to do 4 at once (block processing where each channel is done consecutively, vectorising samples rather than channels)