Even I did this trick in my last project after complaining to the designer that he should stop sending me half transparent filmstrips, oops…

Maybe…but what if the plugin interface could expand up, instead of just down.? Think about it.

I'm just kidding. I don't even understand what you wrote. Is 'callback' even a real word? How is there a tiny picture of me next to my name? This all raises too many questions.

@d-healey thank you.

@aaronventure
Good point, thanks to you! I actually only use it for UI animations. So it's actually useful that the timer is stopped when the UI is closed, as it doesn't consume CPU resources.

Thanks I took a proper look and I was just misunderstanding it.

The instructions tell you exactly what to do.

I think I fell into a trap because I coded up my nodes when i only had one global cable.

When you ask Hise for the GC C++ code for more than one cable, it becomes clearer how it's working.

// Use this enum to refer to the cables, eg. this->setGlobalCableValue<GlobalCables::GC1>(0.4) enum class GlobalCables { GC1 = 0, GC2 = 1 }; // Subclass your node from this using cable_manager_t = routing::global_cable_cpp_manager<SN_GLOBAL_CABLE(70357), SN_GLOBAL_CABLE(70358)>;

@Lawrence said in On Note On:

I have opened that function and it still doesn't show what MIDI notes are coming in. I'll have to dig deeper.

Snippet

@ulrik
@d-healey
Thank you very much, that has solved the problem! I should have had a look at the documentation! :-)

Checked the source and the highlighted line in the split function substrings only the first character of the separator so it seems intentional.

// HISE/hi_scripting/scripting/engine/JavascriptEngineObjects.cpp static var split(Args a) { const String str(a.thisObject.toString()); const String sep(getString(a, 0)); StringArray strings; if (sep.isNotEmpty()) strings.addTokens(str, sep.substring(0, 1), ""); // 👈 THIS LINE else // special-case for empty separator: split all chars separately for (String::CharPointerType pos = str.getCharPointer(); !pos.isEmpty(); ++pos) strings.add(String::charToString(*pos)); var array; for (int i = 0; i < strings.size(); ++i) array.append(strings[i]); return array; }

@Orvillain Yes I am.

@Dan-Korneff If they are real components then @aaronventure is right, but if they are child panels (from addChildPanel()) then I reckon having an issue not getting the right global position

@d-healey Yes, I have now tried it again. Apparently there is a problem in my project. It worked with a completely new project! Thank you very much! :-)

@aaronventure No idea tbh!!

@Christoph-Hart Perfect, it's working now with your fix. Thank you very much!

ComboBox1.set("items", itemList.join("\n"));

Yeah, I almost never use this method, I didn't thought about it. Thank you also for the reminder :)

Check the MacroHandler Class https://docs.hise.audio/scripting/scripting-api/macrohandler/index.html

@ustk you sir are the man, thank you

@Christoph-Hart Thank you, understood.

@Shelest thanx )))

@ustk Very cool - I gave up a lot quicker, lol. Thanks on the offer, very kind of you.

@d-healey Thanks David

Does this code work for you?

When I load this, as soon as I tweak the Sustain knob, it breaks the sound and creates sound glitch.

declare name "Whetstone Transient Shaper"; declare author "Evermind"; import("stdfaust.lib"); WINDOW = 30 / 1000; low_cutoff = hslider("v:Whetstone Transient Shaper/[2]Low Cutoff[unit:Hz]",10,10,20000,10); high_cutoff = hslider("v:Whetstone Transient Shaper/[3]High Cutoff[unit:Hz]", 20000,20,20000,10); do_monitor = button("v:Whetstone Transient Shaper/h:[4]Monitoring/[0]Monitor selected band") : ba.toggle : vbargraph("v:Whetstone Transient Shaper/h:[4]Monitoring/[1]ON[style:led]", 0, 1); attack = hslider("v:Whetstone Transient Shaper/[0]Attack[unit:dB]",0,-12,+12,0.1) : ba.db2linear : si.smoo; sustain = hslider("v:Whetstone Transient Shaper/[1]Sustain[unit:dB]",0,-12,+12,0.1) : ba.db2linear : si.smoo; process = sp.stereoize(split_shape_merge); split_shape_merge = _ : split_active_and_passive : (_ <: _ * get_gain(_ : change)), ba.bypass1(do_monitor != 1, *(0)) :> _; //split signal into two parts $active, $passive //$active is resonant low- and high-passed between low_cutoff and high_cutoff respectively. This is fed directly to output if monitoring is on //$passive is resonant high- and low-passed between low_cutoff and high-cutoff respectively split_active_and_passive = _ <: (fi.resonhp(low_cutoff, 1, 1) : fi.resonlp(high_cutoff, 1, 1)), (fi.resonlp(low_cutoff, 1, 1) + fi.resonhp(high_cutoff, 1, 1)); //$active is analyzed with RMS over N ms divided by a lag filter applied to the RMS to get a rise speed over time to get $change change = ba.slidingRMS(ba.sec2samp(WINDOW)) <: _ - si.lag_ud(WINDOW, WINDOW); //If $change is positive, $gain is $attack //If $change is negative, $gain is $sustain //Smooth $gain get_gain(x) = ba.if(x > 0, attack,sustain) : si.lag_ud(WINDOW,WINDOW);