Posts made by Mighty23

Mighty23

What I Think Might Be Missing:

I suspect I need a way to explicitly select which sample in the map I'm working with.
The sound variable needs to be dynamically updated based on the sample selected for editing, but I’m not sure how to implement that effectively.

reference: https://github.com/christophhart/hise_tutorial/tree/master/CustomSampleImport

Mighty23

I have a strange problem with the Sample Map management but I can't figure out what's going on.
My project is based on this:
https://github.com/christophhart/hise_tutorial/tree/master/CustomSampleImport

Some Samples from some Samplemaps I can manage them well, no problem: I see the playhead, I see and edit EditLoop and EditRange correctly. Like This:

With other Samples from other Samplemaps this doesn't happen and the only difference is the velocity structure and the number of samples.

So should I assume that if I have multiple samples per samplemap I can't allow the user to edit them, while if I only have one the user can edit ranges and loops?

Mighty23

@clevername27 said in Drum synthesis?:

Faust's physical modelling toolkit is also a good starting point.

+1 on this.

Mighty23

My goal is to customize the Osciloscope using a gradient fill but I can't find the values of x1/x2 and y1/y2 as requested in the "ApiCollection" tab:

Currently my scope has both a main "line" (darker) and persistence lines just for style.

const var dp = Synth.getDisplayBufferSource("HardcodedMasterFX1");
const var rb = dp.getDisplayBuffer(0);
const var BUFFER_LENGTH = 512;
const var properties = {
    "BufferLength": BUFFER_LENGTH,
    "NumChannels": 1
};
rb.setRingBufferProperties(properties);
const var P1 = Content.getComponent("P1");

// Number of persistence buffers 
const var NUM_PERSISTENCE_BUFFERS = 6; 
const var persistenceBuffers = [];
for (var i = 0; i < NUM_PERSISTENCE_BUFFERS; i++) {
    persistenceBuffers.push(rb.createPath(P1.getLocalBounds(0), [0, BUFFER_LENGTH, -8.0, 8.0], 0.0));
}

// Timer Callback
var currentBufferIndex = 0;
P1.setTimerCallback(function() {
    // Fixed amplitude (?)
    var amplitude = -8.0;
    var newPath = rb.createPath(this.getLocalBounds(0), [0, BUFFER_LENGTH, amplitude, -amplitude], 0.0);
    persistenceBuffers[currentBufferIndex] = newPath;
    currentBufferIndex = (currentBufferIndex + 1) % NUM_PERSISTENCE_BUFFERS;
    this.repaint();
});

// Paint Routine
P1.setPaintRoutine(function(g) {
    var area = this.getLocalBounds(0);

    // Fill background
    g.fillAll(Colours.black);

    // Draw persistence buffers
  for (var i = 0; i < NUM_PERSISTENCE_BUFFERS; i++) {
        var index = (currentBufferIndex + NUM_PERSISTENCE_BUFFERS - i - 1) % NUM_PERSISTENCE_BUFFERS;

        g.setOpacity(0.8 - (i * 0.12)); // Fading opacity for trails

        // colours for each layer
         g.setColour(0xFF00FFFF);
         g.drawPath(persistenceBuffers[index], area, 3 + i * 0.5); 
    }

    // Draw recent buffer with a strong center glow
    var recentBuffer = persistenceBuffers[(currentBufferIndex - 1 + NUM_PERSISTENCE_BUFFERS) % NUM_PERSISTENCE_BUFFERS];
    if (recentBuffer) {
        // Layered strokes
        g.setColour(0xFF00CCFF); 
        g.setOpacity(0.7);
        g.drawPath(recentBuffer, area, 7); 
        g.setOpacity(0.9);
        g.drawPath(recentBuffer, area, 5); 
        g.setOpacity(1.0);
        g.drawPath(recentBuffer, area, 3); 
    }
});

Since I already have the value of "area", should I use this to find x1/x2 and y1/y2?

HiseSnippet 2187.3oc0Y08aaibDmT1LWst6J5UjqWenOrvnEf9hiNQ+QbRcChskkRLp+P0xI2ADDXrhbozBSwkX2U1V8P.tG6eV2i8w9+Qeo+GzN6tjhj1RJtpI45o.HKN6ryL6u4icFl1blOQHXbK6pmMJgXY+YNcFEK62nOlFacv9V1+RmivBIgiLj1aTBVHHAV11K7bEA6kVzR+4e8r8vQ3XeRNIKqWwn9jCoCnxbps24OSihZgCHmQGTf6M14.eVbCVDaHXOK3T2JA6eAtG4XrhsJNVu.K5aY+0NOYyM8vAgaE5st2S5FD5SVeq5OZisVCu4iCC2pt2FqGrU3FfQdulATIi2QhkDgk8h6wBF0oO6pXiBdEUP6FQTO3Y0AzrgbKVTf5HpnZ0nOMJncFPIrrrcZmCaKXfs66bDMfNldN78qzKfx2QQ.ztRYyagRlmWQyqdAyaBljcASZQiI8ENc74zDY9JJ64ScNHF7lgXvOUzTL7ZUoxRNMX.GwxZCvWPZwgGFuC2GUu9pH3qU1tZ0u4aPMdYmyN4Hzg61BUEbcBI5RLGEjfdJRGEUqGQtOUjDgGs2vvPBuC3ZAwr7Kv7.eFfwlXqVem2xfHyEAuKHhfjase25kXauW1pUySO+vlG+7ydAriM8Vq3xIbVBgKoDAr12WEAeV1HmCIw8j8W9OVVBqZX43gC.+WbLIR.b3U8saWk2slfHOkF2yr+1ikratRJYZs8.clgjvwnAaPBKFdvc415CqB+.M0ExrXgHPDBJ.EP5CpqVEhhP5wu7nya27zNGz4rlG2n44FytCnhGsMBDzQ.VxgXHjjioQnH8wqHRjK98Rk9SQu9MaWMjwQtJNn.g5aC+4OMMkAK9fGrRJNdaAVKYnnuK.T9bBXIswx9ts8TG8CY93n8XCiCDf+aUzqgXnx3N5gOtFPD95MqhpWq9J.97VMBopP.kdvQQcgZAUUVp+PNGvQiZOHNfbs1zqBJC7Q5Mjwua3vXeIkE6lY2fHaQulDfvCRhnxgADj6yVQujR14Tep1l1d7JwjqTGIfd4inrOUbGOjiENbdG+6zC71SAUe8sOsuArgTqwrqIBHtSf5CPdqf9CS0+pEl97vIIP8KoqxMjFp1VQ.cJanjFSRwZMsTR4PcuLrVCn.RAVyjQIPxi8IQQHkGqGWsnlbuZg.0cihbMWIHp0MB3nvt1miuZhYNWQAOkfNXXD3lBP833.JfEv9l238ryCclv6zRSeHnmG9N.+wpomBZOAt5iJG4Vu1igc5RQeMDl3sFjXngK37D2CwLLoOT5DeQtT.t7AXC.C0pDreeDTEkvGyfQOFn0s90sZUudK3SZjXJGA.BqCymPjoFJfvWkKdUz5vw2XkaZrwNC6JiHfqH.7EzXUJifnk8aK6.4De.HS8cFWGFIjvEO8PpU.h8hXWMNjxvuwJ.OwDrrI4b.3e5NnY3XdiAOngH2hJtXbAbPNTAsPjlxrufHpNcLtQCEFill2dqB3eA3unpyP7slgXdxcWLaNUw3MttzcPLqmIl2ZJYnpPHwbS8X20paBJ3jPNQzGotqJqfAhEeLSRNAJRW86qtDT3GcykBCm3ZpqW4rnHPASZYipmwFci02+tJDVEMjLlQnCpxsk4L81xJ10nu419BLxhOHlB3IIdZ8RZk1h.7qWdv9XIV0KWJs7lL.Z6StD5j1zY2RN6SDWHYIZdS6q.50UpW8yy56CCcvXQgt6Vzosm004MZ+62YTwGzoniI7iWsSeBsW+7F1+gvcrtc6kPisr.UA1xc6plIHcA.qK0hopMxXADYUblg2as.eWMwuvoMU52ex1XkIXifG4CgMlN3vm6zDRi7k4F3hNs9tOLSITT8ekQ8epy2hujnaVWq7uT+Lbkw.zyIwpdJYbuYLz2+3tNzWxcdnuS7kfIbFGGKRXBhWQI2gLfdFDtKJQ8F6XsItiRT2mHGFWVzFRYbsy5quvOpfhV.T3ULfMiXA4c+cfbsRBCdtj9Nhlk98C+y+xe+YMiwfCqCAN4AmH7AfQgyE0R6gQBx2pRL8lL40JRVMNE3C8KEztvrF80aNG88denF8cw6VP8rMueFTlpzj5KkYicnv7.jlwWRhfZ9Za7WCE4CwCijYTKmFdDKlkzmESK4zOkH4zd8Hkhkl3AZWoDZltXL7ojHUKZEuY3PnwdLWMb4bhEd+W+VKln+525XLW83fn+W7aeTCyl4UMKbmtp48t89Sv0N1UJneGi9ql1jBnSkx+cNbx.1kD8fhntpKfHv7KCRnQkdMUUNd3fRuPHU2Y11p57l2ek8eyIuQuD0brbxYr1.+tB0L2jSgCypntQL+K5P+qja2cXhwV2Swgqe56AZdZh7dumxRrLSX26HLjaCWi3.Xf48nk8VpTXPEUujlmqqd1b2Wbf9g+M7IcQuw.FrnW1hEZC8Xh7JF+Bc5Y5usr+DkS5yb1WjjQBlKmcUCsGxDZaNTpgwTO7IN0qA+yvVaVznrZU1KX1Tlwu6.XfeY1I3EXwYvbrJOcmgBnu4fSh6.Lqav.BIsOVWK5dsv9.zNRMMhJMS04MDGS307GGOWxZyCgTXr48IWhAkbyZBw.dfYNP2VcEGXWp0MPhw.LuYbl9ta3aUQ6R1zuwAGiiFIH0JwyjriaHl2kknfuHx0YyJbirgaRwR0RKL+qQgMgH0.nPgdyJwAMpvAiPRxJSjMvwLVQW0V8zHkv0H8AhWoV0GGY8JUVfx+MWyyLgJqeoy3WVLJ8+IhzhF2241uF4RUvFG9VxUeyFi9+6Dy6bGMPKl+74lwuxAZ6cMj95QzO82O9wvQ9wPGCv9b149lKlTop+BME3bGqK0rjyQpmQdVWZRSyA1APq5m66WVT2ZiqMuab84ciaLuaby4ciOZd23Vy6Fe76dipIo1cnjMvjm.ST1tooJtsYXRcJi0+AOEuUE

Mighty23

@aaronventure Thanks for all these tips. I think I'll keep the post updated.

Mighty23

Ideas:

Adjust gain curve to be more "exponential" for natural decay
Add smoothing to crossover frequencies to prevent zipper noise
Increase filter orders for steeper cutoffs
Use fractional delays for smoother modulation (?)

import("stdfaust.lib");

// Early Reflections
earlyReflections = par(i, 4, de.delay(ma.SR, delayTime(i)) * gain(i))
with {
    delayTime(i) = ba.take(i+1, (13, 17, 19, 23)) * 1.5;
    gain(i) = ba.take(i+1, (0.7, 0.6, 0.5, 0.4));
};

FDN = si.bus(2) : (preDelay, preDelay) <: (earlyReflections, earlyReflections, MIMO_Network ~ MATRIX) :> par(i, 2, (+:applyFilters))
with {    
    // User-controllable parameters
    decayMs = hslider("Decay[unit:ms][style:knob]", 1000, 100, 10000, 1);
    preDelayMs = hslider("Pre-Delay[unit:ms][style:knob]", 20, 0, 200, 1);
    modDepth = hslider("Modulation Depth[unit:%][style:knob]", 0.5, 0, 2, 0.01) : *(0.01);
    modRate = hslider("Modulation Rate[unit:Hz][style:knob]", 0.5, 0.1, 2, 0.1);

    // 
    // High crossover scales with decay time - longer reverbs need lower high crossover
    highCrossover = min(12000, max(2000, 8000 - (decayMs - 1000) * 0.4));
    
    // Low crossover is related to high crossover but stays within reasonable bounds
    lowCrossover = min(500, max(100, highCrossover * 0.06));
    
    // Decay ratios adapt based on decay time
    // Longer reverbs typically have more low-end build-up, so we reduce low decay ratio
    lowDecayRatio = max(0.4, min(1.2, 1.0 - (decayMs - 1000) * 0.0001));
    
    // High frequencies decay faster in longer reverbs
    highDecayRatio = max(0.3, min(1.0, 0.8 - (decayMs - 1000) * 0.0002));

    // Pre-delay
    maxPreDelay = 200;
    preDelay = de.sdelay(ma.SR * maxPreDelay / 1000, 512, preDelayMs * ma.SR / 1000);
    
    // Calculate decay factor based on milliseconds and frequency band
    calcDecayFactor(delayLengthSamples, decayMs, ratio) = pow(0.001, delayLengthSamples / (decayMs * ratio * ma.SR / 1000.0));
    
    // Matrix
    MATRIX = ro.hadamard(16) : par(i, 16, *(1/4));
    
    // Network
    MIMO_Network(fb1, fb2, fb3, fb4, fb5, fb6, fb7, fb8, fb9, fb10, fb11, fb12, fb13, fb14, fb15, fb16, in1, in2) = 
        par(i, 16, DEL(i))
    with {
        baseDelays = (3797, 3541, 3323, 3109, 2939, 2801, 2693, 2593, 2503, 2423, 2351, 2287, 2237, 2179, 2131, 2083);
        DEL(i) = de.fdelay(5000, modulatedDelay(i), fb(i) + input(i)) : multiband_decay
        with {
            delay = baseDelays : ba.selectn(16, i);
            modulatedDelay(i) = delay + os.osc(modRate + 0.01*i) * delay * modDepth;
            fb(i) = ba.selectn(16, i, fb1, fb2, fb3, fb4, fb5, fb6, fb7, fb8, fb9, fb10, fb11, fb12, fb13, fb14, fb15, fb16);
            input(i) = select2(i < 2, 0, ba.selectn(2, i, in1, in2));
            
            // Multi-band decay using automatic parameters
            multiband_decay = _ <: (
                fi.lowpass(2, lowCrossover) * calcDecayFactor(delay, decayMs, lowDecayRatio),
                fi.bandpass(2, lowCrossover, highCrossover) * calcDecayFactor(delay, decayMs, 1.0),
                fi.highpass(2, highCrossover) * calcDecayFactor(delay, decayMs, highDecayRatio)
            ) :> _;
        };
    };
    
    // Apply filters to each channel (oh! I see colours, that's so trippy :P)
    applyFilters = fi.lowpass(1, highCrossover * 1.5) : fi.highpass(1, lowCrossover * 0.5);
};    

process = FDN;

Mighty23

@weezycarter

create a knob of the right size for your UI.
Export from knobman the png file of height, width as the knob of the UI.
2.1) try to use 101 frames, you can change it in knobman
From the menu located on your right set the number of frames and upload the image in the images folder of your project, then upload it via HISE.
Compile/Hit F5, you should have your knob that behaves like a fader and has the "skin" of the png you loaded.

Mighty23

@weezycarter
Knobman could be the first step. It's up to you what software you use/want to use.
https://www.g200kg.com/jp/software/knobman.html
https://www.g200kg.com/en/webknobman/gallery.php
Strip Generator:
https://www.wavesfactory.com/strip-generator/
Photoshop:
https://lancethackeray.com/downloads/psknob-photoshop-script/
Figma:
https://www.figma.com/community/plugin/1030842037042371583/knob-creator

Mighty23

@DabDab said in I don't see some parameters from FAUST to Scriptnode:

Which prompt you entered on claude ?

Provide prompts that clearly outline your goal and your level of expertise. Guide the AI to steer clear of common pitfalls by specifying the libraries and functions you intend to use upfront. Keep in mind that the most frequent AI errors are related to signal routing rather than syntax. Therefore, describe the 'sequential composition' you aim to achieve, even if it seems like a minor or obvious detail to you.
Have it tackle one step at a time, avoiding the assignment of multiple tasks simultaneously. Once your questions are clarified or you've obtained a portion of code that satisfies you, start a new chat and move on to the next (sub)task.

Mighty23

@Lindon Yes, I use it as a support tool to explore different solutions in Faust, but not primarily to generate code directly. In my experience, using it to generate code from scratch can often be much more time-consuming. Instead, I focus on:

Analyzing and better understanding the documentation
Discussing various approaches and strategies
Reviewing the logic of my code
Getting suggestions for potential optimizations

Mighty23

@Lindon I'm running some tests for a vocal harmonizer, exploring different solutions. I still don't think I'm quite there yet, but I really appreciate the help.

Like many, I rely on AI to assist me. Personally, I prefer Claude over chatGPT.
I believe that, for now, without proper 'guidance,' they tend to oversimplify the structure of what you ask for. They first need to be supplied with solid documentation and, ideally, an already working example of what you're trying to achieve

Mighty23

@Lindon It was so obvious. Thank you for your help, it really gave me a breakthrough.

Mighty23

Some parameters of my code in FAUST are not displayed in Scriptnode. Here is an example

import("stdfaust.lib");

declare name "Stereo Voice Harmonizer";
declare version "0.4";
declare description "Stereo voice harmonizer with formant preservation";

// Voice controls
pitch1 = vgroup("Voice 1", hslider("Pitch[unit:semitones]", -12, -12, 12, 1));
pitch2 = vgroup("Voice 2", hslider("Pitch[unit:semitones]", -7, -12, 12, 1));
pitch3 = vgroup("Voice 3", hslider("Pitch[unit:semitones]", -5, -12, 12, 1));

level1 = vgroup("Voice 1", hslider("Level[style:knob]", 0.8, 0, 1, 0.01));
level2 = vgroup("Voice 2", hslider("Level[style:knob]", 0.8, 0, 1, 0.01));
level3 = vgroup("Voice 3", hslider("Level[style:knob]", 0.8, 0, 1, 0.01));

// Essential controls
wetLevel = vgroup("Mix", hslider("Wet[style:knob]", 0.6, 0, 1, 0.01));
formantPreserve = vgroup("Formant", hslider("Preserve[style:knob]", 0.7, 0, 1, 0.01));
presence = vgroup("EQ", hslider("Presence[style:knob]", 0.5, 0, 1, 0.01));

// Phase vocoder 
windowSize = 2048;
hopSize = 512;

// Basic EQ
simpleEQ = _ : 
    fi.lowpass(2, 10000) :              
    fi.peak_eq(1.0 + presence, 2500, 0.7);

// Formant preservation using parallel filters - too basic :(
formantBands = fi.filterbank(3, (800, 2500));

// Extract spectral envelope
spectralEnvelope = _ : formantBands : par(i, 3, abs : si.smooth(0.997)) :> _;

// Improved formant preservation
formantProcess(x) = x : (_ <: 
    _, 
    (spectralEnvelope : *(formantPreserve))
) :> *;

// Enhanced voice with better formant handling
voice(pitch, level) = _ : 
    formantProcess :
    ef.transpose(windowSize, hopSize, pitch) :
    simpleEQ :
    *(level);

// Process three voices for one channel
processChannel = _ <: (
    *(1-wetLevel),
    (voice(pitch1, level1) +
     voice(pitch2, level2) +
     voice(pitch3, level3)) * wetLevel
) :> _;

// Main stereo process
process = si.bus(2) : (processChannel, processChannel);

In HISE:

HiseSnippet 1901.3ocuX0sbaabEFPxPpB0soYlN45czUfJzzDjhhxRsw1RhrQSijoCUTyLY5nYIvRycH.VTrKoDcldWunOV8UoOAsWz6cO6Oj.PjikLmj.MhD6dN624rme2kj6DjjPR3M7DZZJQXYYuYuLV.gyYYV1tWMKkXY+Tm9yRDiNcDllXc9YV1+VmKvbAICom5jYoXNmDZYau4eRNg8NOwR87ee4I3HbR.IeJKqqYz.x2Pioh7Y68p+LMJpKNjbEMt.26+pyCXImxhXS.8YSm5Vo3fw32QtDKYaCGquFyGYYumyKZ0xGGNr8P+l9uXP3v.Ry10OX+1MvsNb3v1082uYX6g6CJ4VcBoBVVeAVP3.nmvBm0eD61Ds.tlxoChHxA9V8AIqm15zQznvEFGNXpdRAS0lZS0u24BZHcw74lremh.JeEEMZ1a7wTI+OAUxtfJ8DsJ84N8CxnohbJR84W6bdB3AGhAeSQUQyqk8+x4TFvPhnVLdLoaFLXwB7Nnd8pH3iJGObRRffxRPrjKYBxaR7p39it6392cQ2mzvgqjlTLYrnHR1JIKCGx9XKzKYR7.RVUzTbzDxBFgseYa5VONaZfdWWfQVx4ITwaRIlwcYQgRak78k8.VFyF712c9YXAV5TLyA7kRxDTo5XeFYJjFncQ63bFgOVvRgDgk7ePjCKbRDVTNbRlnYH.1iR9PoiJgSEyJlH9IDiU+iFi8XUwO2oGUDLZ053FqPGAK0OG5nIy723zY3PRfHWAehS2uecSCq+ImF5ZRCAYJE9SMCQc+d+Ul.9OcxC1SyHo3LxUrdQ3YdbbbZD4aAcrJZPDKXbe56IKmgjpUgSjb3ELBmjPh3qShzV+DUbx5aYSDzj2cAVjQuyx14xIw8g55AjSMZGLm8FxbH835xwx3h9PSJ0fO.OFh9xw1Fh9yIVH86Rh3VV1Xk6v7tk81Za+Y7z4ScMIiKCNs21odM3OqWGEwt8TVbJ0D1BNE0b8XQyRGwRnAxozbLW0ecLaBHUi9C8jtBSijw48mvgJGguIoOvrpQnLN6RVH71VcwAfgcVOrXjLeQV6ABNIY0BVDjVRWyiSjVXcKvRLHwcdyRsoCTyXo8P1pzdSIcsAQq.RIrsyP7Dtvpjx7TPYxH0zTVkXmupGRhEp4AyXFAI8aHE8NNmFAHedn00xXNoX+ZbVLXh4jLURbQt+LY.SObFHenQDe9ZTAaElFziEif2uflXXzQ5fst.e2hw9v39BRpLAxx9Kjzq+B8S61Gr+gMZcXCkWvw4u.GNxrNU8p+2G9v+4kV+jKnsc9FxTRTIQYNgzJE01NOyuQIgskiZhbooktFbUE46Ct2qJB9V4fmK8b3yanjKA0bu5e+9+wK6OlbqNNpHmRY65zKivUY.ez81OuhOa5pDe+aklkqvYuiH3VkClrJE.aeuPxm5bN+ZI0.7BeFTA3DFabLVU6Y8NEvuDUJiwAYraBzE+katekZFHgJQkguCbHeXLx2Z58sXwvQYuIHnLTKsvFq6BattKb+0cgsV2Edv5tv1q6BO7gWn7lFudhfEq6eA4O85nBBss6jfgd0pCZXQf18gvQY0m3PFqtXlDxccg9UpP9gTYy8Mjeo0juPW5+44kpqExSmexYqMZusCMNkkI71kKBU7VKhNX2JG65FRBhfSxfjHg1ExgyHLj5BgHCbumjs6wK3apt6LZ2501uvzPWLkRqHYPYpBkQKPAAY0iPCYYw3Dg7HTxzekEA.x84O2H14I.toxh.9n+HZ56xXSR81US2e2pnQ7HZHbMjcU0O+gIv8ANhSfKvxRH7+Jv.TD17g5+JvVUAWikfqwiBt1qDslKgVyGEZstOZtQxlLOvdU0H5G3hYQjiFmvFHgpdsCgO.TjuVWgkBpGXe9o.0CrIejPI8ucfyrjHn3nbe7sDgBfBx3B5cEwG5yuD5GbezMAUyaoT.stZJkbKFtVB112G1TSGxB304sKAEvvRP0ZU6+divbHChE.GQKC4dKMIjcqrkIfei56e3wtiXolws7anWzIXNM.04stbp7VFcdKP7FzQHWD7LjVCNGr7vfdxPo5vSEfVom4LlRviug727fCef9Rz7sVUTiVxe7.X2azxtqHAEMgCc+PvcdvQQf2Bp8H6FidFRvXnAJU7Hu4tgSvIgbPMAgpYb.NYrWypHuCkhRJvEgD2IxfyGffyjG.uEgHIPz.zO1c9LcLSX11kDwQRMxiVEAXiGHGyo03wLlXjW8ZvQ4p.ViuBciVVmGC2.aJIbkkfxCgT2Ox6tJf.uCPz6FzevXsuop9aukzsiP64cuXvJUbUBeOyFMYj7mcKzTUTUJb.QH+M6lqN.CgQfY1UwhmpBSUjJGrRImdIMEcjZRxvZfFkvSYbhWdjEDqpCophT3Uwv9hfI8v87zhwDmZPVLJiPzJLWJU3poP4Y8YXbM2l0bjFk9A1IOCb9OadlckpZaVgMkuYW4WA8kJhnBDaXH1XUDaZH1Dbr6glKB2hd4KfKpg35NPFcbttBJIDeLXBjrHyR7JuEphJOtxwVV+eHqpgzF

Mighty23

@Lindon said in Sampler Playback - ping-pong:

ooh cool, I will investigate... thanks.

Sorry for the necro-bump, did you manage to accomplish anything? Any suggestions? Did you manage to use 'core.ramp' in scriptnode for ping-pong sampler playback?

Mighty23

Error When Compile ScriptFX to .dll:
Make sure to save the network after you've added FAUST or SNEX nodes so that all parameters are saved into the network XML.

I saved the ScriptFX as an XML file like every time I create nodes in FAUST. In this case I updated the faust node and saved it again in .xml but I can't compile anymore.

Windows, HISE 4 downloanded on 8/10.

Mighty23

both versions insert new text. Removing "showTextbox" from the editor, both solutions work.

many thanks to both. @Lindon @ustk

Mighty23

@Lindon said in How to change textColour dynamically?:

try it with local LAF?

HiseSnippet 1243.3ocsVrsaaTDc1jrEhAJTDe.ixSqCtN1NNwsJTZZtXvpIoV0oQHEEpFuyrdG7tyXs63jXPUhW4S.9D3Of25mD+AvYlYs85FSRqkXsk8dteYNWl1IReVZpLA4T3zQCXHmO0syHgJb+PBWfZc.x49tGSRUrDrE0diFPRSYTjiyxemFgypqfLO+8S2iDQD9ronPnyjbe1Q7XtZJ1169bdTTSBkcJONG202skuTruLRND7mkcqfFP76S5wNgnYaIWz2SRCQNq693s1pJgFzHn5lUebWZfOayFU1tdiZjsdTPPiJUquIsQPcvIu2gTtRlzQQTrTPo6Ioi5DJuRXMvY7Td2HlFnJpCXYKZz9g7HZ6wImTDxYk1SSUKaSUek6wbJeB9ooruvP.OUh7IMmktMWp5GfK4jykVw5ROvsieBefZJEs+7ItsDvIX.ANax6JVdQK8aq3tuD3PnJGS5yZl..Sjva6JUJggeJtSgBv4SpBeIIA+bgraU7SviErGSsuLdfT..dqYntlVhLQ5K5FQBNikn39jnbx4mvf7vQR.6QRY+mInMYrHOPzYEobBqGWWG1bnvWwkBu0nIjqNhKXjjNQbJKYsR3fwD6UBK69SEK7KEvvi1gIfQATkIfA2YB1PhfFw.Rjy27hM1dJAAfySiD+vLlJh2vvkkmILdIv3wDUHj5t1CxT124BupkvdUKWAjWa1KIQCYmHShIQ7elQKVrHdcrHmt1XCb2dl25UNUmL0sAdZQ61yBTbmLxAP6yKkCETF8kLeEQzKh4QJAdWsKVuR4sJNqZ0rynXcfeC8a+KsbDuWnpWBazsajyg.rh0PkLIi0uD+0Y4mKl0AFacKw+SCeUHGZChk8Y2sksFbr4mqUyE1oPO0orqU6IuFySwGJHPaE0RccyelpTck6Y5CGuL44AXOyoE9avOrVshFkoBAU.eUgLrkHWfo6YDvViAkq5vyaMEXSazAEjUtto8IS4u4cLw29DiMduzS8Z5Oynn02vFxuQ2pYCGP1azMMaqTwcF2lfkhSjJ1KDd5NkUK.J8cIEDLWZ512DITWkLWx5A6I2lfdhgwcYIkrIyILBCxlc538d+lN5amljiQonkfqdw.VFbSYDUO0S+9MmkhxFGompl4g.qJyL06mMS0NjAwAk7QtlbMx374W2gdUqCHJxX0.ZDrx.cdWGLNGvtDVGZGUup6Arz9J4.CuYSNQNe9cZzqmZveb2QS.90y2MUMRmZJ3N9jFEyoPORaYJWm9mJXs2BiRGzAlDow8G+t94udZb904m7VXfV9XKcXP.Gv35BE9HnIMNUAtXqXXCMx4KceUJCSYAjgQJbZePUQbQeF8ToY0crjlEz97trHzUbpB1k653ApNjoG+ng9SyEDtwdMXipjNLhnlcMq9BHYDzgW9ca58WBHrGk+BJe.6dqbq6deecwG31lq7CmuOtzb7Qnx4+CeL6FKel6gAAvH0oN3JtM+gE85I2g4gQ3JtnGrOLwT1bxv3NvvLeFXcgfEkpOuWR26Ygqng0YfNLA0.7OvSFwpZXmLhUGSDES7Sju121wpuSzGav.9jvbmwUgKuBv34zpBsF7W66Oqptgf0VTA2bQEr9hJ3VKpfaunB1XQE7Q2sf5aP+rgJYrssAgNt8glQqNNYax0Uqn+EpVlhbC

Thanks for replying.
I've already tried but I can't get it to work with the texts in "showTextBox"

Mighty23

I would like to change the value of textColour dynamically, what am I doing wrong?

inline function onknbControl(component, value)
{
	FX.setAttribute(FX.fxParameter, value);

	if (value < -22)  // this is the value in dB
	{
	knb.set("textColour", "#FFFFFFFF");
	}
	
	if (value >= -22)
	{
	knb.set("textColour", "#FF424242");
	}	
	
};
Content.getComponent("knb").setControlCallback(onknbControl);

If I use a syntax like this, HISE slows down to the point of crashing

knb.set("textColour", 0xFF424242);

Mighty23

@Lindon said in FAUST physical model works on IDE, not in HISE.:

so you need to trigger the gate from a note event in your script

Ok, many thanks, probably the cleanest solution. What bout this, as ScriptFX in a Scriptnode Synth:

@HISEnberg said in FAUST physical model works on IDE, not in HISE.:

Do other faust sound generators work in HISE?

Sound generators work if set as ScriptFX and not ScriptnodeSynth. Maybe I'm doing something wrong. In the snippet, I also put the "djembeMIDI" in faustide->examples

HiseSnippet 2716.3oc6ZkrbaibFFTxv1himL1o7gYt0kpbfzCMEg1sTbLk0lYMlxrDkclTSoRoIPCwNBDMFflRhyTykT4PdElSIuF41bM2xiPxkTUtk2fj++tAHA2zlkcrSInpnH59e4C+6MIYmJY9NLmCh74AALogQlIqEJrYQQhPiLY2qS.yHy8Lq2wW1b8lTtuQkMLxbWyZgrHf7m2IfFEwbLxjYxswcyL0sLTW+6m8bpG02l0aICi2H31rWxawk8VsV4uh64sE0gsGuUJpmubEag+5BOQa.ISZVxHfZeD8P1NTjrILMdAMpoQlGY9jEVvh53tjq0bVOogiqMatkJs37KMKcgkccWpj07y4rj67.Hu8lNboHrtjJYQFYt0yENcp2TbhuVAugGwa3wvarLpCZVu7VBOG7QDW0X8lbOmtlnHvfYlxfMo1f8PypbGd206Y3tuZCRONRa.yLQ+vax9fmUZ3UJE7FAjxjBR2RCoGXV2NjGH6sChmOwrhujE5RA+TZnno0HyOYtt.HvWVrE8H1VgvMcYH2hkJUf.ujeU2191RtvmH72QHYuxOW9ree1ox9CYICtkq6H2CUSnvyiENxswPivyhwb9sa0fEVfbL0qMqKgvie+1TywaSS6xs0O0oHT3WwmKeU.yebABFwlJ3cutxFTIEcDwqAzEvBkbDBY1fcLjFncKSYtAK5HoH.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.0Z0DdcRpqjYRMEIHcsVh1fRhgKLI+dTtGNcP81QvLVNuxuNPrpcWlIeCKLRI36XVpH7GDluipPxs2hZCF1N0nPmUHeAGaCBNYgEs6Fj1GVSGmnOGQeaiRMoCo1vAntEZMvyanNZTxXb5PT7NHAbBshpD8FbWapmwavP.74QISj7DHijdGSnbbjznO3eO.9grh5cFFnI7bov3DCfwoLW2CjaEmD.dayesP3nR2SS2mggV0ngflgo8iRnVqOiTafstStCdeUteLoI0j5TtJ8z9Wq7epbcIK.S5hW6O+i+3e4Y0Ohch1fzWGG0oTbCYeaaHbniQ+h5m98kMNC8qj6P5Gj5.5u7+369Cmg9+TyS.izFwkaSKreqq6+7YmCB9qWCH39lQPJ+QrWPCc7gxAFCni+0ydOXFdfILZArSuNOWJSg55sGE217PL09RY.tnpVu1YpZIyXHIaT+DrQ8dzvCYRrNcpT86pSastT45cY55MY+mYB8ejPGCems2bm2gI8UFNo232T9x5mwj9AM16T9+MgXp8dOn5jD8ZBHAC64Mf796mIHTBeXP7vxW1DcMHp2jFFLT4lyEEWSlhoLgoc19cli35JWOcdgwyEhiZQUyL8N8CA5tladpLjZ8A3oVhg1ruOg1GJyE+EwCShevNGDk9C1Y3AhmXnoZG0fzuESMeYFRd7.e3lSim1yqa0MiBeynv2LJ7MiBeynv2LJ7MiB+Q9nvfpOyQguJeVYu0iO+9XPvVT6PwA15OyW7g6tpUfRP9pJVSYVEumXYb7f9hVbG9A118KpgXb1qJiycUYb9qJiKbUYbwqJiKcUYb4ymQ76Ubs1RQK832PtSsMUAgYxroOENJhpujAqUCliCyQ+EMfwpcWwmc5VvD3pVPtb7rKp+oQx80sxlAGyrnSTPxux.iIXeBNOgHTla5Hoihphd7FSme0rYcX1dzPFAkAY5MDhPxW4KrOB+tqXdSuZWBfYqU.B+NIltVyNQXxEoEREQ3RnDGj2iT7FgM9RwKssrIr4zPWx1NLRt0fo5gzMtc9TDcr9.KjosJVBVN6Ly7zQbQ190UH8pDPd5HuxhczHOkzLxi6vByM8wq7Mk1uJThall361S3ylA9e2ocIeSjriGaE.+M1eZ0u6jBj4wWlsD9ZohV4IqPh3EiZIDqlM0XpmqZr1OM0CnnREWRI8BDK7+k5WMMimBcr5vZ+5pFH3CS+CtNrhVFeY1QqH87lW.0Xs+.ild4dfv18iUKyt+KYGy7vmEEci7IXbxUx.41nsTJ7GmXs1GISE1OlfqJZyfZvMx1L3Tr3m9v3BxXmZygfPPuAsJps9prlbYIvkED4P9RRtt9vGgATkxWfPlYFxK3G1DX8E0H1PIAWWhKnmHbL.XUp56PVIk4JMjTVbHo7xtRQwCXcJUZAjK7cK.rjy5wIBHOvJvY8gUUbL..yBjAt.F1PzFKQkPUCgHRpXCsoYyCrM2pjwbAruliiZLKnlQhYS4i0xYb9CU8H7ysgrKKBX9LbFwecpfyHQ9q.BG3bExixoTE7fkm7KWgbPgCPDUw2ND+YD3Pb4HrPZJPfN7AskDf7HPFLQVXHjljuOa7iAbnfFbefmvt3ocDLR.I.JI44wzUDiHJt3c0.JakHTH5ojCPb.rjiCkZJzSX434gv5eE4fUUTqdI8l5PMTEPe..e5HM7RUv6Qp+sK1eAHtP2MgRrzN8sB9UTykPwXXU0h4SoQ34bqtEFCQoEQjswmZLHMUcdaHHBBFXgYSffV2kPfBkwWMw66B4ST7zTfcVw5.LXoYX9kVMlAaOQDSqaclg.JXPjMa6L.myhbNawROIgSE7z1Lea1.TOml5EVLgZrxL4vPL7PxNU1NbPNlG4XthVylvQSHk6bd7WPyyxcwDsWveZsjXrgQU6.49PCZsmhH4sfXH2wXmS7lfRhXdLa4hPXTWOKVZTmxSdbekMJUbt3b+Tdi9Xa1ylsPZ.3CzHDwltRPZILKp3TM6JLPQfQ3aRpWsbht6VmpPZN+11bvNj13kv3hWDF64z5i246GtCVy5XzuLrlGHUoWcjtIUZeGzQP3eHTHRWSI6f4ci1+AwxivHpLd5Bvix6AoNilodkfFHCRaBVdzb0E4i0gM+.MUJLn5F1UMGvRB8E5Yj6whNVuQH3qjHQo3c1AT2P7BkvYQxyxM8ZI2C8wc+g0ftnEe7IPvr1K.qonsmOgVnQA6BNEXEbQmUCZQI8Hvy8kvDH4RuInpeXUCigFI+yiGIO8GFT+ilOQFyAl.+2gS6WsxFUF2r25eAdDjjGGeLQO7zCDGEqjf9lMuXJw3Amo0GJqNc0J6kZYaQPGkQmLcN676BmOApFVka2T.8CWe8cqtFIWcI0GLXNjW6yUCpK6.97s2cspahypO1iWzqqLz2RCvCZyO.AebqXvt8eAoBAEG.```

Mighty23

I made some scripts in FAUST taking inspiration from the examples of the library for physical modelling. The implementation works in faustide but when I import it in HISE I don't hear any sound when I trigger gate.

import("stdfaust.lib");

declare name "Door Knock Model";
declare description "Physical model of a door knock sound";
declare author "Mighty23)";
declare version "0.1b";

//==================== GUI Parameters ======================
freq = hslider("v:[0]Main/h:[0]Tone/[0]frequency [style:knob]", 600, 400, 2000, 0.1) : si.smoo;
woodDensity = hslider("v:[0]Main/h:[0]Tone/[1]woodDensity [style:knob]", 0.7, 0.1, 1, 0.01) : si.smoo;
hardness = hslider("v:[0]Main/h:[1]Strike/[0]strikeHardness [style:knob]", 0.8, 0.2, 1, 0.01) : si.smoo;
impact = hslider("v:[0]Main/h:[1]Strike/[1]impactIntensity [style:knob]", 0.7, 0.1, 1, 0.01) : si.smoo;
gain = hslider("v:[0]Main/h:[2]Level/[0]gain [style:knob]", 0.8, 0, 1, 0.01) : si.smoo;
gate = button("v:[0]Main/h:[2]Level/[1]gate");

//==================== Impact Sound Generator ======================
exciter = pm.strikeModel(
    1200 + (hardness * 4000),  // Higher HP cutoff for sharper attack
    3000 + (hardness * 6000),  // Higher LP cutoff 
    0.0005 + (0.005 * (1-hardness)), // Sharper attack
    impact * 4,                // Doubled impact boost
    gate
) * 3;                        // Additional exciter gain boost

//==================== Door Body Resonator ======================
process = exciter : body : *(gain * 4) <: _,_ // Increased final gain, output in stereo
with {
    // Combined resonator using parallel modes with increased gain
    body = _ <: par(i, 6, resonator(i)) :> _;
    
    resonator(i) = pm.modeFilter(
        freq * freqRatio(i),
        decay(i),
        amplitude(i)
    );
    
    // Frequency ratios tuned for door knock character
    freqRatio(0) = 1.0;     // fundamental knock
    freqRatio(1) = 1.47;    // close ratio for solid thud
    freqRatio(2) = 2.09;    // door resonance
    freqRatio(3) = 2.56;    // wood grain texture
    freqRatio(4) = 3.12;    // high knock character
    freqRatio(5) = 3.89;    // additional texture
    
    // Very short decay times for knock character
    decay(i) = select6(i,
        0.015 * (1 - (hardness * 0.3)), // fundamental
        0.012 * (1 - (hardness * 0.3)), // rapid decay for impact
        0.025 * woodDensity,            // door resonance
        0.008 * (1 - hardness),         // quick texture
        0.006 * (1 - hardness),         // quick high knock
        0.004 * woodDensity             // very quick texture
    );
    
    // Increased amplitudes for stronger output
    amplitude(i) = select6(i,
        2.0 * woodDensity,    // doubled fundamental
        1.4 * woodDensity,    // solid thud
        0.8 * woodDensity,    // strong door resonance
        0.4 * (1-hardness),   // textured
        0.3 * hardness,       // knock brightness
        0.2 * (1-hardness)    
    );
    
    // Utility function for 6-way selection
    select6(i,a,b,c,d,e,f) = ba.take(i+1, (a,b,c,d,e,f));
};

HiseSnippet 2359.3oc4Y07baabEGTxPNhwoItSNzdaGM8.oCME.E0GVppVx5CaNwxVinrZmIiF0k.KD2QfXQ.VHIlL4Rmdn+KjSs+azaY5sdq+KzKcZu0K8b66sKAIH3GVRM0oYB7LjD699Zee76sOY10RVfKy8r3.dXHSZXTX1CiDNr3XQjQghG2MjYT3AlM6FHauSaJOvnwtFE9QlGPikrHhdom0MjFGybMJTX1miKTX96Ynd9mO8YTeZfCavRFFmH3NrWx6vkCV8vs9Ttu+9TW1w7NYnt9VMbDA6H7EIf8LqokQH04B54rWQQxlwz3Ez31FEdj4SVdYapq2pd1KY+jVtdNrkV0Zk5qVit7ZddqZYWeI2U8pCF4b64xkhnlRpjECB8YB2tMaKtJPqfS3w7V9L7Eailfl0KarSatuaemSL3pLy3plU6p9XyC3t79qOvk8QpMHC3HqSqvLSyjruElTgLlz8zlzCMa5DwCkC1Asm22rQ.DA8nPrIqono0nv2Xti.HHPVsC8B19QvK8YnzJVVUHvGk2vKIvQxEADQvqDR1qCJUt3WVb9heUQR9s77F6dnZhD99rnwtMlNDMMFKEjzoEKpB4RpeBqOgvweXe5b2Lepi9TmgPQPi.t70grduuuv2E8U3uGMBXzysA+5MM1kJoXPo2Z.cgrHIGMmB6xtDJCzgn4M2kEegTDBEBiD+fLGgahOUNb5DVn0aCveLTLDCTAwbY2rEh2hbLqolicSMwGZdHW5zd713LiwFAO0+KrwdUlef4dddLG4.C7dl6+qtqkg2b0Oep50UVJjTk5+o8VIP3xHpkYw7XVj8TvS+K2T7zvaLdZZAeEyaSwUNLz6cyJtFNmMC8iAIatuC.W+1Iw+6vZygv+mO0Fax6D5y1K3RlO..orweLf33QS7koqNbV2Ah.QXaQ.2Iah1QLYD+7yYQYs8wdf1VJg1zCV4i25HlOiFmIS7ms0K4ALZD3mX2QewsuW3XiW+DSs4RvREx2ewTm8GLXpSyE8dl6csLhZ++gQudlVs2kl1QhDIO37CnPo60vUVeURml.1uCCLqf.lOHbyByf2aQ+tE9NZDMgACTu7ugmdaZiuWn2l1oal4JOuhIuRDcgp5q2uMJbeMn3uTHb2MNLc4s88EWsinSHuWlL3KTqcnvuaJ1SgYzTjZsa2Qj.JpmICW8+XJ2GIqYRLbAM2WGzDHV0ervrmvhhUB99lVUg+AkBuRA1L29TGv418PJzJFpov67AwHVTUmLf34r2rwL8vGiPBJ8zVqZmHX8cPOCNnhZxpz6+oQmv2f39LnBefYi3Svccn9FmfsawykRlZ2o1zQRuuI.cGKMF5X7.3XDwpp2YTiMkmakMNSNabdyc7A41vM0.mS4BTE.Yo6CwzrCoQflgQFhSoVqOiLafs4SeC98A7fdjlVJzcqCnWO7Za862pojE1j+Eoq8G95u9O9zlWvtR6PFp6jZTGuH1mm.oEcMFVTeyuYKionekbGQ+fTyo+s9qewucJ5+CLuByS5UkmUX+ZOu+1SeKVve9aAK3iLigx+KXufF4F.PCF4zw+3ouCbCOzDtFBry..urB728m9W+8oZEpm+6sh4LOGKwuUNfapp0qMUUKYFiHEilWgM0OlFcNSFmq.w3YBwEcnJL061DkuK5.zg5DINyQOz.VV+dpU.7j.E5y7lGfuSrMtLuesCby8ybbFVTivXs6JiKcWYr9ckwkuqLtxckwUuqLt1amQbvpsSjhN5lzPcvg6oRBKTXu.JbGDUOFCFLlnqKyUOMIlq1ek.106CMkUMw733kVlA+JnWOTUaoEw1HUciCS+6uXLC68Q7BQjrzBwRWEUU84sVn7FEK5xb7oQLBJCxB6JDQjOMP.2fGGlvegM5S.z6TYP3PsKbX6twX2URGjJhviPItHuWn3MFtZgaFdoIx1vlK.s7RfIzKsMLgNTtwcJmgnK02wfrfcUKX4hKt3li4g772zfLnplr4XeJhsoHaRZG6ycYQkV3x0+LqSO.fqVrM9qiEArEgu62Mi7Ywxt9r0A6u0oKn9KxUgTG+nlE9oUU6xj0Iw7pwcDhMJloMzaUM1mlk5bJxp5pJoWgXieaMrZZ2qKyD0g8oMUsivCyvMlFUQqgeTa7JR2O4FnF6Sy0541cfvNFSTK0N8kLXDZ7rnnarmfIIWICjaqDoTDLIwZeJRlJseBIWMztglX9K44L3dr3XGSJIicsCG+S2uIIrSUs2WU0TpHAdrgLGxmPJ0OF9HLgxpbEBYwEIufedaf0WbHwAfD77HdfdhAZglPDpZHZkTVxZDorxHR4k8khhGv6XYsLxE9qkAVJY+3TATFXE3r4nppWN.XlUH4d.F1UjfPToT0RHhkJ1PeZwx.aKsAYBO.6a6BSgAk2.lQpaSEi0xYRwCEdDNvF4HVLv7TBFg5Q0ffQp7WGDNv45jGURoJ3fUl7yWmbVkyPKpQfSD92Qwk3wQyBooBA5vGlHI.43+qLLQQ3BEsIeYwdGC3F9sfwabIQ8smjX3JAjP.Rx2moQDiIJt380.JakHTVzljyP6.XoDGfZpLPXk3kgz5eA4rMTTq9H6l5TMTEPe.v9zYZ3iBv6QpuNB6u.DWo+l.DKs6PqP6D5yk.XLrpZwxYzHbN2uOvXDJsXhLAO0XRZFbdXFuHHYfEUL0Dz51BMT.FeiznuGTOQwQi.+rh0bLXqYn9paziAGeQLSqackg..LHx1It43rFxYspVOIkSk4o8Yvvq4ndIM0KuRJ0HxL47HL8PxtVlDkmi5HGKU0tVJGsgRt2xweYMOq02lnCR9ypkTmMLqZWn1GZPqiTDIuCjC4MA+bZzDTRLym4HWARi5GYQnQcIO4wCAaXUcod09YhFCwVsoyVDMDhAZKDsMMRPVITCUbllcUxABLlXSJd0Zo5tONUkrb94IbvOj04kx3J2DFGDzFh25Cat4wrtDiKip4bkJCvQ5WToicPGAQv4.PjFSoX95twG+fb4w3DUNOM.73hdPoy3YZ.DTtJHsKXswyUeKehAr54ZpTIu5FMTsDvRJ8UF3jGvhNWuUDDqjHQY3sVN0MBu.DNKVNsvzajbeLF2++YFLDsxiuBRl0QAXMEsChIzJsp3TwsBqhGFrZQqJoW.QtOAtARoraBp5q1vv3+.w5.4LB