@ally It worked! Thank you @ulrik!!

@parabuh Yes, as I describe in my post that was not the problem, it works nicely..
My question was about rendering the modified buffer, and @Christoph-Hart has solved it for me, see this thread:
https://forum.hise.audio/topic/13494/render-audio-in-background/11

Good morning Sir and thank you! yes "loadFile" not "setFile" and "slots[]"
Maybe I will sleep now :)

inline function onKnS2Control(component, value) { slots[1].loadFile("{PROJECT_FOLDER}"+inst2[value]); }; Content.getComponent("KnS2").setControlCallback(onKnS2Control);

@Christoph-Hart Ah nice! Yeah that gives me a similar result to what I posted above, just with less faffing around I suppose!

Thanks for your time guys!
this is the script that got things running smooth. :)

const var snailFader = Content.getComponent("snailFader"); snailFader.setAnimation(lottie); const lottieData = snailFader.getAnimationData(); // Snail Slider to Control Knob / hidden Content.getComponent("KNsnailFader").setControlCallback(onKNsnailFaderControl); const var KNsectionKnob1 = Content.getComponent("KNsectionKnob1"); inline function onKNsnailFaderControl(component, value) { snailFader.setAnimationFrame(value); KNsectionKnob1.setValue(value * 0.0033); KNsectionKnob1.changed(); };

Just to report back, it worked perfectly. It even now picks up the lastest value properly, whereas I'm pretty sure it didn't before. Very nice!

So here's my take on how to do switchable LFO's:

You primarily rely on the built in modules monophonic/polyphonic flag for reset/retrigger behaviour. Don't bother even building it for your own network.

Do your sync this way:
0bc0eeef-5d7a-4c85-822a-a9b901fc0519-image.png

A branch container, containing two chains. Each one has its own ramp source in it. Make one of them the regular ramp source, the other one the clock_ramp source.

You can even write a simple math expression to adjust the phase.

@MysticForgeRider

I do custom c++ dsp modules for scriptnode.
Depending what it is, I'm happy to help / licence.

@pcs800 Check out my free HISE Bootcamp course - https://audiodevschool.com/courses/hise-bootcamp/

@d-healey Thanks David!

@DanH said in Global Modulator Nodes in Script FX can't be compiled:

@DanH Screenshot 2025-01-28 at 17.01.18.png

No! @Christoph-Hart Is this impossible to add in? If so, what are my workarounds?

Build an LFO in each effect I need to compile? Use Global Cables to feed in the Global Mod signal? (Is this accurate enough?) Something else....

Thanks!

I have added this to the extra windows definition is preferences/settings but it doesn't seem to have added them. Do I need to add them in Juce & rebuild HISE?

@d-healey i saw that too, it is interesing, but i would like to do all the compression stuff using scriptnode with the template, do you think its possible? btw any snippets for help is very kind. thanks

@griffinboy

Awesome stuff! Thank you so much for creating this video. Will follow your instructions.

Cheers

@DanH Yesterday! 😂

@udalilprofile said in Scriptnode module power:

HiseSnippet 1529.3oc2X0saaaCElxNLowcsqcnCcWpK1EoCEAxNMYsXWDGmD2Zr5DinrztqBXjniIrDofDUR8F186Un2sWic2dD1ivdD5av1gTRVR1ddNFcqayFHv7vyg767+goWnvgFEIBQF0NcT.EY7QX6Qb4f8GPXbTmCPF2E2kDIoglIjZMJfDEQcQFFUethfw5qfzed2tsHdDtCMmDBclf4PeIymIyo1q4Wy77ZSbomx7Kv8SZ1wQv2W3IhA7TEagBHNCIWROhnXqBF8BRz.jwWfaznuySsrd5VassEgrkKg7j5zsdFs+N8c115YVtWrsE7cGjwpG5xjhPaIQRifCskvcj8.w07jK3LVD6BOpZQcjMbyIjQ6Of441Ky3DgPF3d4lppIlpGf6xbYiomaxtmdCybIJZzLpLOHU+F.IiBPZkDHcersSHKPluiBO2F2gCdv9Dv2TDJI7hL9E79BfAtbSexPZ6PXwXA1XGKqGaB+4QeU+XtijI3lB9QBI8X9FOp12Wa8Z+PMyI2pe+Ytm5ZBEddzvYtsJbHbdBtAO1+BZ3iMuh3ESGyHn9ksoqtX1TmDst.iBdGNSdb.MccagmqxVo98zd.TpYS4KRQHvpT6ItapmnUrTJ3HFbHqiSVTGogewLGz2z4.hjjcPvYB2S.MTxTpiwAzqfznDW753CnQCkh.Mu9ABtBAF2ZAt12jekrlixW7sMul4JgLKrgKrb.kc4.Y1pfLEtiqt5f93Ma+55P1YHjXBwIpctMtW1RHCep.SHkP3F6QjkySTUPR2.bzkBNUQf7HlbTQ6zMH4wZtIOKJDuOtGS5LX1XrxLvH3B+6.iokbtC9v98oNxb.tBt8qW15KV235K0R8+vcpt7RgCypxxOhyyhCBoPDC8TQOOxnMhH9AdzS.L9XyK7DNCsYeGc5T+znuVJN1vY.gyodQKSEhUeOU0EchHVx3W1kHCYPBE9nXeangkCc+TzoRbpnJNjr1RsVEWXS4t5E+N7Icy5p0FoaVOay75JninxqEgC0tizeiLVSY6WCedc3CZOOOw0pBArz.Tv7qo0S3MJXffybTjR3HCj64Kh4xLjBsUOkv7TQz1wQPwO2i41.y5d4FUOiFFoO30vVaBegH7iDtvVq0l3.1zQ8HphG2GqpmBwkzvMcFGelAyhQGI8yy1QcVYM8SrT.V80E0fV9Jez3JKpZgULpVn1XRTpZEjCVIIlrSzYpccHdnyRJzBZo5VRrhIPWw5cvQh9xyuPCMTIk4gETlhLMsZT9Pluxj0NAxRKqDUVLkXBt9XrsuPHG.gi5IoRYDa7.0EOgFupRhZ3KfxYgwvXTkT26f6+lMGu0zJYA4luFNVSz5EpfmSs03NDFq0kwOqbWv60rK4MSPyposjFnJMjR6md6a+4csGRuNA9E6MjnesXxCnAfNM0oe.sOI1SN0MflOrPnog061cBXkP6OEVqpZsPQScxyFRSX2JaDMJh1jg6xobyQutb2Lw8TBMavB8jUirvo5BwQoSvjtLsRgZ9fxoI8JN5.3zxB3PsDhg9DcAukZlnh8LeXxl2F+JxUT8qZzUj9T859hPeymSg7aUC+5y4cM+5h9tlfE9cMG6HAHbZHgGEHhn0Kdx1Te1ovPcQknNgDMloDMJGaIi4kO5DRk3RYJZClhB7cqlYDaTjXOBuzgAqKcRcYEFu7218PNA5mZSAM283HGvvPlH.qWrWD8UpAOqWTvbxMJR9EjPWvG5TZRqpkapuxh0Tu7PmE3eFy.s5Gfm889Yx0OfCWWZxw0yvnMSMw2g7qndPZrFieBNsnRF0x4gcEbQ1DL4d8SnvjWWdIsbU1YoP6IkDmg4TdPySndTRTgbyOu4Kgd7jPc84kyVbyek9L8WeFNAtlphGl+28QQU+e8ihV7rOnd3+t8hODC0kaXpckleX7k+S7Vp+ItCehSn3bmjmfpR5uklBn2b83yqi6pVaN0+4GDxGZYbtiS4iZJAarrBt0xJ3SVVA2dYEbmkUvubYE7o+0Bp5nuWrT3mja.i4z6P8ToFFIS3nSSP+AbvzsnL
Reply

ahhhh i see now thank you!

@DanH I think spread can be achieved by adding a split container after this "mono" phaser... and letting the signal through in the left half of the split (just add a gain there) and in the right... add a delay, and set the delay time to sub 20ms.

That'd be a nasty way to do it anyway!

I'm just now learning how to use the clone stuff, so there may be a better way.

Heya - I'd like to echo this feature request, if possible.

@Christoph-Hart

If it is a case of CPU, at least an oversample2x container that can work in poly scripts??

Been a long time since I put anything in here. I've learned so much in the last year. I've been building custom c++ nodes, but also here's a really naff tanh based snex_shaper node:

template <int NumVoices> struct snex_shaper2 { SNEX_NODE(snex_shaper2); float drive = 10.5; float mix = 0.8; float outputGain = 0.9; // Implement the Waveshaper here... inline float fastTanh(float x) { if (x < -3.0f) return -1.0f; if (x > 3.0f) return 1.0f; float x2 = x * x; return x * (27.0f + x2) / (27.0f + 9.0f * x2); } float getSample(float input) { float driven = input * drive; float shaped = fastTanh(driven); return mix * shaped + (1.0f - mix) * input; } // These functions are the glue code that call the function above template <typename T> void process(T& data) { for(auto ch: data) { for(auto& s: data.toChannelData(ch)) { s = getSample(s); } } } template <typename T> void processFrame(T& data) { for(auto& s: data) s = getSample(s); } void reset() { } void prepare(PrepareSpecs ps) { } void setExternalData(const ExternalData& d, int index) { } template <int P> void setParameter(double v) { if (P == 0) drive = v; } };