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.
both versions insert new text. Removing "showTextbox" from the editor, both solutions work.
@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"
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);
@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.```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
Hi ,
I'm trying to implement timestretch for audio samples in HISE. Specifically, I want to achieve:
The sample maintains its original duration regardless of the played note (decoupling pitch from playback speed)
Playback speed automatically syncs with the DAW/HISE tempo
.. but, in this implementation:
Higher notes speed up and pitch up the sample
Lower notes slow down and pitch down the sample
HiseSnippet 1720.3oc4X8zaaTDEeWmLN0og9OUjfa9.GRgRjcSRSKbH1wIgFQcpU1zHNXIqI6NNdjWOiYmYShaER8.RvANBH0SkuFbqRbhaHwMNAeC52.3M6rN6t1Nt1tIoUBWoFOu2Ly626+uwU731Dgf6YXN6tcZSLLmCY0gIaTpAlxL1ZcCyqfJiERhWVMo05zFKDDGCSyo9BEAyLSaD74UqtF1EyrIQjLL1iSsIOj1hJinVovWRcc2D6P1k1J1tWpvV1bVItK2GvyTnbFsw1MwGP1Fq1VJjwCvhFFleL59KubdrS8Upmew72eem51jEWI2cWZk6fW9d0quRt7KsnyJ0WB.Y5MbnRtmkDKIB3RWi6zwpA+HlV.6QEz8cIpE4Mr.IqIaTpA00oRWiivvvDUIxTMk1TcSTYpC8D5QlrqEvHazIhazLSMLHkeLfjYLHMsFRWGYY6QaKi3nvykQaw.OXcL3ahCE8dMLeIpDG1.StPKbSxldvhSNv72MWtamE9ua8408Y1RJmkky1lKIOhM+sl8oylY1uY1r8xpd8AxSIFOtqKwafrUgCdC6fyy7asOw61YOD65SNYif5mzlldzro1ZsN1F4rsXT4iZSBWuI20QYqTeueOfQnYC91i2ZcrDqbJgzf80l3IoJ3XtN4PHMP6hxfVmHZJ4sgDg97ePjC2w2EKSFNoRzBY.1iD9PkihInxNwSDGiXrbCMFaTg30QUnR6FCFioF.FAK04AFCyLeOzF0qSrkQ.bZzle0jlFN5hOSWwqyrBpjFH9OLjBi6PxFPlHnBhW9gTO8OF05osG45ocS3uMZbRt5oF5ziVxUxX1X6e.UxR+Vn35YSf+awbyD0+yzEiVzVscIavNj3BEfBv3MfJN0w9txtTSF0Uly3savYT63AZ6PjdzCNf3EG6CTgJJkPa5HJ2rvNDWBVDKR7iJ7PJif8.6DYBsEieuvA5u9.jFtYUoJYeS7aSOZ9sWSGjyh5qS8+l5qCyDcIzFGK8v4eGr6XHztyEIz1g6KorCJigz3igwW21ukEzGvl.vhwHtvkiLSolgQuNmZsBDVDlSvh+E9DxLuZsYHy7cYFa7msIxi3dMCxDC+tg4L5NehS57USDuyWQWW9Qk3sZSCCoAiR.sJb2NcKHYlRuitvtXKtOHwPrCuGXWL0UsMKeAL0lyiXVvlCZZZN0dDOQvEOCJ2Bv+fbhsCp.kdSrMXk6TAC8mgjK0fffyh3sf8INsSG3w8h5mlb56UIutcf01WPeZoLZp2yXNUrwD0EwTqfPhTJHLGZKwdJt1XWi8TckUZZvcpszZkQOheKnqnF8ITt2OlxEsk9Ug3Wv4InmNFnSGHyj38JA3EFGI.sC.ngG5MBioQAchBQ2bH0aV1NX5GCinZr6h8NfHEgC0yH15nzfXnsbTUAqCwZ0Z6h6.GrB1CvG7pIEqKi1zi706ntFiHNp7xXp+LAZR9wT+6dpyPCPZXHFIYbT8YP3FNhdT5tWyoqu5CkPeuFhDNUxBZtCRi0bdMZLZnZ7UUU.igrPUWWGwv5HU60HsNUbBIsBhd1debG+nktFNUoNWxwceI45TgZ2q4C8Z0C4jfhRwXNji6VNdCH90Al0H33JKRBGgYlSVABrLkEZ.hFXnL93jz99eqfkjz1h9jtz9km+7ecUqljiztvPpE1t7uuptOW3rfwum6s3h+4pFisvglg8H7fO8Ib8boqqruZg+PBDNYz2kYb9q9oQO.F1qWQuTgK.QOCLhuMtSOx9kdEt.L7YPPuWUGld07+9hvnmA080FQWzylmU+RunvEXPWIeuCigf4R8Ie2O+C+0YUX+qV8zQvkQQuTquqOt7m47Q9g0t56lK5K4s.NA+.PCpyR7NCIqMln+vMf9gdjEhyu+NDIO+3zYr2ZtE8cn7MgKSjXEL2xPp09SnReV0GCy6IpVF6YyqtN21WIPQUq1tTaRUKrRJhppePaQ0R.zjBpCoZQOYCtufTqnM7GXlIQsOsVDaWNuMbHJlwqo+dwGTrVIqZ2e4ZZphlXVSQ.yZ6iU+xphZEasvQ3CMh72ZiPjuFY9iO+85o8vzienpQgwKT4JnJfCZevDDe3i2AhVe0pIiVGtoXoB8giBunv3U23pnc3boZFQe3wJ8V29YOsvDXK5ycT3edx2NzJGQynNpFDgQOi2sFm2rEN3keS1uA9Ew6Tags830BmqVEreo.JPo.VP4iLnxp0YyabXulY0r10rsSdU8cv6LoGbwI8fKMoGb4I8f2cRO3JS5Au2q+fpeJ3vPU0z1PZQkMz0jM2fg22U2jv3+.SQbtLC
Even in Scriptnode popup is displayed as oscilloscope and not as goniometer
I am following the Scriptnode Visualization 101 tutorial to visualize the Goniometer from a Scriptnode, similar to the FTT visualiser.
HiseSnippet 1821.3oc2X01aaaCDVJIJswscccnXXeTKnevcHy0JNoocCEMu331fkWDhSSKVwP.sDkLQnH0jnShSQ.1GyOu8So+C5NRZYIk3llYrUrN8g.y6Nd2yc7dgLtIbObZJOwvrxd8iwFl21pceln6ZcQDlwFMML+JqsPoBbhslzp8iQooXeCSyIegjf4LSYn9d+yWEQQLObNICi84DO7ljHhHmp6x+BgRag7w6QhJH8BKugGmsFmx6A3YRq5FwHuCQg3sQRwlvx3knztFl+f0SWbQGjevRANMbdZG+.Obikp+3EVZdzhOIHXo5NKzveofE.PN859DAOos.IvoFlSsJ2ue6t7iYZCrOIkzghkKbLZCVVStEm5KcQIUi05Rn9tYApTCCSK27v1j5v18s1h3SFROO780JF146nX.zbhxvaxRvyoH7pW.di.RlEfzTZHcOq1dIjXQNGIdtk0FL3zL.AmSEghVViIBmxZMNHASTKBcHtUBrX3NpNe85yYC+4g+bkJO5Q16HDDLiXSn1Qb+dTtsVM1sdisGOBaCVMDTE11GSs6zKH.xifnwQjzdHJ4zSQmR3LbE3XOUXeDBXFa+LaUFXsPrnIIMlh5upZisgzB.ByNzDNyBvHeqIcfs5Geo8UUg1b4V8UsZs9tGr45a+h8dIrEmG23IKTRh3DdLNAbsTf86pXCeyp00lXVnn6r+TYkLmVjs6EAm6LFllBRLucky.sVIoSsTrXWBKTqB2gJuZtcJiPWGvtYmBf6rFOJFBSLQ0YcUNckJtNRsJqeRVCQocfBkpA8XdBHdV8gUjfVAJQWRZMej.UaPz+YPbplWBFR3bQhtUUB.1XStGhtJuGyOEBXyo28m76sP5P4Pg8O5TCHB+42ttJodM3Dp.bSvwP0inJ3nmIcVouJPIZusZi5EB.tRA2k2SPX3b+OTG.rsCqE.cZVgRqp6pjVqCEhTRqo3SBrqdoHz2+LaHJfC.U5+PkXuaneDJMpVWCUYXBFy.UB0CRRI5jc3f0CJM4E1pDK4w7BlbN6QeJnUJjLiCYHYQVlRk+nPQDXRfYHmQfZNnTUYyyTAurXhMmsMWf2QmbLSkypXeQVAAijmLOLgSoPneTr0GJWwFqx5E0Q5iGgn8vCEDZSUt2m0Gu2WwVyd5xhBBxYavHhchwrOVCaiA0Rvud0FMg3trg4.Z4ki.sl3ifwU51myX0DmdnfGCSdFV.BCTDJt2Iq4JBJ2MHPKzorbcLNIeZ1MWte9hGr7wDeAL6xx7WgkcwjvtB4JWCE7Fp9aKFLNQq9VTNBxsC2i.QBoUtqUQREM3e71BFDVLzftWxfCbcsedWqU54S3qvPz9o3DiNgYSfmY5FMZ7Ao5HBbTN0yO+7KPcdI4lMapHKvmHxEN6h.pvt4VVxZoYGd3rgOzorXGcYqzY2.J+NAXTWsBFFS4G+Zdxgov8Av.8.DMEW4L3lDWZnGLtUNHBIJOCVdSkALfjyRC9jC2XoDQ+h2j4erAyWWHdOKWhvq6nw3Di.iPJ7+FXbv0Yti05PiIOQN.mxp0a9Lb2EKs8qjk++FkwusUdJRIP.ibKMqW1GwbBvkFbcFyysxaIEKGrjf2i6BxWMEEESw6BfeN6NTt2gsImhuberXM1VUJQUuAi2Gm1cSesCWNW8okdbW3VHQBAJ+sfXf9pQYW9HKFLXcc4ZYBSaLyWs3Cv2.lNx0lCX5jwrPCyswhikkdxyoA+1v7F5CkTUP9ffSbLVQViJ6iQFj9BGNJZtbZ+3tvnIOIIsDYHckHXRmHCtvk62CQnx7818Rg1496vZCBqdQg4j6CmtJEeCK3BC0.GYhs49.qazB4AA19xQqxBI4DBHqEmTyaX1aIrVJABTQVyJcTBfXjpUL7dir2A.xodBRI0XNYgYG5rX4JnFcBsI2HceIWXhtw9xjAomYHMnNXp.+zZQymcaTxatuER2WtVAIJg+A3p.6q1kJiZ0nGJ9jrghWnX5hTjtlr2blhWGR08gHjt49fbGWTBRgDUqkhKVkyOLBoRlFqAwEaT8UZl2xpMbTqdvf5f9aUqseM5Hr8KvPRfrMqyU7p0+759p03q8qV2wS.leuDDKMlmVRwswQj8fQ8oEI9pT3YV3eeWYgSQ5qwQIij06edKvIG4dZiD8RTUfYEWEFXL4U8XXmw7wvS8etGC+Ev0BJMyalLL1lHKFWmcDlB0BJL9MPxe.pGUjQsbt7VbFOq6Z9A8tXXzPXnrdMG6izgVQHf2CkS49KuKlhQESZevxaBIanjsT8qFqXgye6+2Ei7756rzv0VV.Z+k604l7+0Wm6yx8S9bXiHjWB+.O805j4o2TQA7alZn6LVaIWa6Xbjd5d9YYDzk6.Ouxp5Rab9wciMF2Mtv3twEG2M93wciKMta7Ie5MJGBsROAORWZZXrk655qvXtNCAY4pJBi+BP2pdlU
I get a waveform and not a goniometer, what am I doing wrong?
I'm developing a reverb with HISE + FAUST. When I change the preDelay parameter in Hise, it also changes the RoomSize parameter even though I don't think I made this mistake in FAUST.
HiseSnippet 3380.3oc6brDiabVdr2L6l0aZapZ6MNLJpR3Mrwwy38Qdzx9doqHaxp0ogfpJKim4ermtyCyLi2ccJAgDHTuTdc.TPfnpbkCHDW3VjPbA0JADIjPbADHDbA5Atwgv22++LimW1w1w6lf55HMqm+++u2O++GOgbnGwRkntqqkdylDONtbissisBw001gKWga1tIgK2Y3q11xqwpMj0s31bMtbOK+VxtdDGA1PqztorqKQkKWtw9L3.4l7TbzOezhqHaHaoP5LDG2sr0UHWS2T2qynauzmU2vXCYUxM0Mir5YWZSEaqUsMraA7yX7k4ZJqrmbcx0kwkkmm60jcavk677Wdt4DkU0VPSrh3kqopoPprP44mcAI44tjl1BkEmsh5BZyBL43qqp6Y6T0S1i3BHcEa01UaXefEi.2R2UulAAuQjqJPY1vbq1P2PMT43BppSEQUMFSU8h7aoqpGNdGU1YoSHzAhnJsb46EKIN.rTtHrzoXrzyyWUwQuoWmYP9YJ9Ms.KnlLXahxJr0xk697qZCKvxqjo7djMbfaBAn37kKOi.bY5qp0xRwS21Rv1551djaXUb5BucgIKb2BBImRSKy4Px3XaXPbxbZzcvoW.VzpkYMhyLB6KazhDtPP7iqSGu+zoJLoNxBss1zR26FMI92ugsgJpqvum1Bv4q1fu85atlrmLZT7GCVWShimNxN4VirODFvLQSxuFwcOO6lPfPJ6G34Xq1xP1Kt6DFn4OAnOhYCQCkkqtW6nAhCfOV4d5i0ur3yyustmRir4w7Yvifl5nfG8iLeF900zHJdcXvSwuwsG1vvxCbXXA+vPflHwOi+sBabawLC.eG9NN6McHMkcH2zdaC41EckMaZP1A3wYDpYXqrWU86PRGgzjwBqfqnnRCYKKhg6vDHM9HJ4D2N1s7zspukrmi9gb43udKypPdcExp9bGLVt7XLD69x38neQUnHE8lGBe7mTDuOm+jhASFI765DuCrc1iZN7+NWtIPc+ywuCYehSsfQW1vv9fUsMap66nBlA5XaaaztYCaKcEbH1JBX1kMsaAzwmigpP2TV2.8rq1xExUndCqpvhok9xM1sHNtTDOAe4Rv+.O8qaqBSMwFxJfts81xdMvPFL8C3eRbJoD5mljci5svJClbEHtCpYxzf.uahpErhIZ61V1AfDxmiohxSK5GjZh48h2Awl4Y9pa5dKbVEYCtagdGHPTpfKeLlnLNtzWfmXsOw..eWMaTERb3hIheBd01Vxl5JtkRuxzRVV3q2RGspbnrv0I8yMkcpS7b8yGaQTXlZpgXSfjml2T2xT9PtPcCN5D7LAFoAD0cXPJ80zcaBAiqzBRpvB4iMBp4fFqNLvubcHzREJaPAOvWMhQ.66J3NPUtktkudtSxwsjOL9XK8sVppGoIF86O16cu68KWr5djCXpb+QE9vezGtHZbNM+xddP6SbQwigl1eeQtidhOI3iZPjcIQo98AflYoAm5P8rDTm9IE0oqjEC4mIppdcqNdwc.kKhSbnmPLO2yRCNgDkk7mMs2ZHfOBWzwFRWzB7pNs28.hmXbmzSyulS6OG19dLWpwinWmXzoWev9+heJ+gL8ZP3QJTubKOaSnfAsX+wfAdRn+ZKcyVlYXZOVnt7gYQ8OpmgVzPlzT+kWpun98m7q96oTebdbtNjt44+ja9m9s+4EOFDbfzv5Oxz4ezhcmzE3gxyxNXKjoU59UWw08L7ZNjuztPxYcuY45Z8V57YTaLcTdTDV4QGpGMhLeuiHmcoTpk24A8gyvG9k+mK70LCRxuhrkpfHWJbGKjLZFFZ4mLS3LAugi3tIx1LE+Ff72B5soMc6NYClzvAVkdB1wl5Spi5ar+6uq86K7MFd0mzvo9jFN0Wu.KqN1lfulL1.8inQzzgAA.9nB.RPzIXDk4WEinuD+ao51rzaYnas2A5d2wA5etcLzO43uc868PjDAaBG1MRFLFC48njahl41P2vO.0+qCd6aGQQ1XmVAtlQMkIZF6GGy6brgH6K2RCV12w4oaqsa8QEwJKMBrx46lUV5Dq7S.q7Rw6VVskoY6DAyE3A9rQIyVFIrsTkJ7Iqtm8QTLSZ9XlzXVibG882zk9aw15FhcLGk64RkCVZXyAK024fOUhnSogIGb8uY+EcJcRN3mDQmw69MnWhiPq7I4fehWoM7fAjF7M3D2reu5eutjddx.ZzkbK4ijPaJ5ZaB7vPzXYTf62Da4inLNa.itqo9gDGwtcLNGpIql4gNlBAYqhhxIchRRbVp4STY34vS8NhAv2rxNEYtDKdb74pDZ5OM+0.8lrC34d.9jU5bZQ4iNP7SOp6GlDSMWGrAI1w03zmsTbpz+HEUa8.ocs.9DGqEvSd.UQbehpWh44LE343PJUuWdsLvFH+kdzfyX8V+74ueFYW35qik890+YuzRLWLpcYTe9c86wC+Eeg0dfeJ2pl11dMzspm9jKdDzeTnGNC+NDWhWWbVFoc6whQF5jic.d.24czt0msqcqGhhWleYUUAuFDAfhBqUc6fmnHXhDZPfHgRkFzd6m8o294ypZp3ia0z512aDTMsPXAwA2eIBrCSszmKdovAtTZR3yV87+4URKDl5eHJj9zYEwwRGOPkuAnfXDnFHq9S+0CG6j5gix5gEBKoMLo2Bgc.Su4evKzxRGyECCn5S40B80PZxsb8hqgNCKvmMSVxGalA4ofmJ89j7qZ.3Exi5yevlxW65remKoRu20ZAweVjrezl8NGRFGevuZ.2w9yxulrYSzy.OFgD52+0OYot1a8QD+LA+ZDE4jGkwse+9mQ91Y7fp+OO7g+6jdbK8WtyWuGLxT76XaaJPAHJp9BZZ+gE6Ol4GbO7SVO0b8ATqLE+1NjKrFwHplI.8wYlDcI73m863NTO7GHROeHlY2cSxV3x9mGUrLYw1McmCDXf1McGvNY2zmz8P+F+LwQb7SHd19c+9Ve2ey+XwgHfJ0wK12QTQ2Auzn54sI8w0m2Vkg84sUYn+MOTYXdda2q92oudRLUN44s8D8ogGwJKcTZkO44s8j7opFMGbkQUN3JeLIGb2kqIhJWrsz4P2qm+Vo3F8aMJNnu3Obo9q7cvtaiU0NwV93RJMOSfzP2H1Qsrv8tONxRv1ESIDm0WHf8MoR21zneiYgfpgeF+lONxQzM30UYA2PJk0F863MJn+5O3C9aK9XIKc14bJYYJeYYK8C4F8oDBA8T25YuvO+O9WWbPNTb5OIgG06pPXWYqP+AkN5+g8lR56OQH9ub7DRg+ux5tHERG4RA.5nRJjfJS116YJSea4Ft2a0ii2sOSYEG6c8elSn.eZ5HPKPV9OSssv6Aqx9ICAL0U02UQINpRAnzvBXkgEvYGV.maXAb9gEvEFV.uziFP7ci2uOOz4ERYs85rNRystkbMC+l+H9MqxdGYQe0vQrHGBM3xZLQSGecTyi+gwIuDKk5ECO.4RP63Aup2b4evD75lMsc7JdNWOU5RKYnW6bSe0BEt3EEV2pA9egAPz97GJNuvFDhZMYk8DnUVD7emKEXHV.ZuuA995dAZExYD7bZQDL0MLzcI.AUETwZqBXX291FsLIBJPG6DKWpjW.3PgWUvUuTsVtEklV3JBEAjsFCWAeaZgW4JBas4V2X2.h+UD1Z4atyl2FVeSYmh5y.75LBxMaZz1eG..p9zBEOeQFQWMBMmdFgLGd5BBvGp77132n2he.Uxq6RbtfefnAZePx52LW35b7KsBBTCWCcUhSwyEVE6Mb8ZaPtxdV10dyyMiP4RygWDAFG+aYQP2GfGUVmUXiUQQUzFtdiVV5dW40tyal.syWF+ep.Q+Kz+DEwnoXK2XHEGhgMS2jXSrmXKv5DGggsfzMjJUlJ3kwu4iwnZ5sCbkRQGfJpjRz4JZJWp5NyDkENu.cLgKRY0RkSf1ak12SnlLr0DA3KngC7AuCIDhztG.0aZePw.aL0BlfFqJanfuXiDeedMZEsNjIRTQGmFXyCJTi.q9WQp7cMhUcuFUou26tyDX2l1mG.oqrHNZxUBBew.abJ8QBlkU3JbD+voWEzEkZHCdfxNpEEme53AXmun3EmMIl7iI6fpHApE0pAbpVMI7RE7xr3k4vKyiWV.ubI7xkwKnaAbkBiHEHQJThTvDovgLhtkHdQBUIgDl5rzgYWa8qUT2OptSjcrUilFpCD5BWrxBWFXmJyMKf6JUj.BWQrLvVRWtBd8RnRWZ9KCiKMG6ZY75r3JkpLGNqzkV.uVAuJt.BkXEb7xWpRjHG7Ci6X9zZLm54ngX94Q0pgS+o.grYKOTN.KpZD+D8oigtLDNVDOKvIhfdE3lRtDCnuIqhTcIZjOenmcB9LLuQHcAzkoSaG+zzXfIMuZJRSsmidGjL3f.8HVsgxARE0EdEA.E.FivVRTtJz+JAltamaua7nfkwZOBZrhOBd1BDYkFB9+2PQ3BiVgB3DM8RF1GfmQRQLftSdezj.S1PudifYmqrOub2qRqNUv+AxCnAJhdUNt+GTfY4PN
These two parameters seem to be connected together, even though they are not.
I would like to know if Engine.getHostBpm works inside HISE. In Console.print I always get 80.0 as value. Example:
@DanH
Ok, it was easier than expected, There are some graphical glitches but the time in ms is correct.
@DanH
Could this break backwards compatibility? Have you tested your changes in newer HISE versions too? Sorry for my distrust, it's been 3 years since that post 
If this is the topic you're referring to, I believe it was solved using Engine.setHostBPM?
https://forum.hise.audio/topic/4696/lfo-sync-speeds-make-slower/53?_=1634382746161
Thanks, I'll look for the lines you indicated in the source code, although I hope to find a less "aggressive" tip
@Natan
Do you have any suggestions?
I would like to know if there is a trick to set the node 'tempo_sync' faster than 1/64t? Intuitively I think I should use .getHostBPM and .setHostBPM or is there something I'm missing?
@dannytaurus
have you tried adding this line in extra definition, in project settings?
ENABLE_ALL_PEAK_METERS=1
@Straticah said in GLOBAL CABLE not working in compiled vst:
I assume if you export a FAUST project without compiking the node it gives an error?
Usually, I don't get errors if I just compile a Faust node instead of whole ScriptFX. But if the Faust node is linked to other nodes in ScriptFX, I would lose the use of those nodes in the Hardcoded master FX.
Example:
@Straticah said in GLOBAL CABLE not working in compiled vst:
You only have to compile 3rd party dsp nodes inside of scriptnode.
Sorry I didn't understand this part of the workflow. I have a scriptnode with a FAUST node connected to two global cables, I can't compile the FX Script otherwise I don't have the global cables in my plugin but I have to compile the node because otherwise I can't use FAUST? So I'm stuck in this limbo?
@clevername27 said in Open-Source Faust Transient Shaper:
often raise the signal level?
Yes, I think that's it. The signal increases and there is nothing to "shape" it. Many "commercial" transient shapers often do not disturb even at extreme values.
@udalilprofile
I tried using this project in a VST and tested it in my DAW, I had no problems.
There is also a scriptnode example called "transient designer" here, in the forum.
Both examples are good starting points.
https://forum.hise.audio/post/45656
Without making any further changes, I think this FAUST version introduces too much distortion.
(opinion of a newbie).
import("stdfaust.lib");
/* Controls */
comp_group(x) = hgroup("1-compression", x);
env_group(x) = vgroup("2-envelop", x);
gain_group(x) = vgroup("3-gain", x);
link_group(x) = vgroup("4-channel linking", x);
// Controls
ratio = comp_group(nentry("ratio", 2, 1, 20, 0.1));
threshold = comp_group(nentry("threshold", -20, -96, 10, 0.1));
knee = comp_group(nentry("knee", 3, 0, 20, 0.1));
attack = env_group(hslider("attack [unit:ms]", 2, 0, 1000, 0.1) : /(1000)) : max(1/ma.SR);
release = env_group(hslider("release [unit:ms]", 500, 0, 10000, 1) : /(1000)) : max(1/ma.SR);
makeup_gain = gain_group(hslider("makeup gain", 0, -96, 96, 0.1));
// Control for channel linking - stereo vs dual mono.
channel_link = link_group(hslider("channel link", 100, 0, 100, 1) : /(100));
// Envelope detector
t = 0.1;
g = exp(-1/(ma.SR*t));
env = abs : *(1-g) : + ~ *(g);
// Compression function
compress(env) = level*(1-r)/r
with {
level = env : h ~ _ : ba.linear2db : (_-threshold+knee) : max(0)
with {
h(x,y) = f*x+(1-f)*y with { f = (x<y)*ga+(x>=y)*gr; };
ga = exp(-1/(ma.SR*attack));
gr = exp(-1/(ma.SR*release));
};
p = level/(knee+0.001) : max(0) : min(1);
r = 1-p+p*ratio;
};
// Gain computer for a single channel
gain_computer(x) = env(x) : compress : gain : +(makeup_gain) : ba.db2linear
with {
gain(x) = attach(x, x : gain_group(hbargraph("gain", -96, 0)));
};
// Gain reduction calculation (in dB)
gain_reduction(env) = env : ba.linear2db : (_ - compress(env)) : min(0);
// Main process
process(l,r) = (gl*l, gr*r)
with {
g_left = gain_computer(l);
g_right = gain_computer(r);
g_linked = max(g_left, g_right);
gl = g_left*(1-channel_link) + g_linked*channel_link;
gr = g_right*(1-channel_link) + g_linked*channel_link;
gainReductionLeft = gain_reduction(l) : hbargraph("[5]Gain Reduction Left[style:numerical]", -60, 0);
gainReductionRight = gain_reduction(r) : hbargraph("[6]Gain Reduction Right[style:numerical]", -60, 0);
};
@udalilprofile said in Gain Reduction Meter on a Faust compressor:
Hello. Were you able to solve the problem? What compressor are you using?
I'm still trying, as soon as I can get a decent version I'll post a snippet.