How we can display the gain reduction value from the ScriptNode ( updown_comp )
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@Lindon Hmm... I haven't needed this yet, so is it an issue to be resolved, or Hise lacking the feature?
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@ustk said in How we can display the gain reduction value from the ScriptNode ( updown_comp ):
@Lindon Hmm... I haven't needed this yet, so is it an issue to be resolved, or Hise lacking the feature?
yeah I think its a feature request - basically we need a way (for example) to see the gain change before and after (say) a faust node....
A more generalised approach might be to have some sort of paintable panel node - that we can then reference outside the scripnode network....
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@Lindon What about modulating a table connected to an external slot that you can gather from the interface?
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@ustk yeah maybe - we just need to get the gain of the inbound signal, vs the outbound signal and map that to the table somehow....
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Alright, it's time for
It appears you don't even need a global cable. In fact, you don't need to do anything in Scriptnode at all, you can just fetch the value directly from anywhere using the DSPNetwork and Node APIs.
HiseSnippet 2150.3oc2X8zaabbEeWIsxVLwMIEIHs2FPTfRWHvHJqHa2hBQ82DhXIQHxpjdxc3tORNUKmYwNCkDaQN2drW8s7En.8ZOU+Qnn8XuzOB9SPaeuY2kbWQZYIVW6lXHXv4My6M+ley6ey1LV4CZsJ1wsT6QQfi6650Zjzze29bgzowdNteOuC4ZCDyRDsynHtVCANttK9Yj.2UVxw9uWr0N7PtzGlHxw4TkvGdhXfvLQZy5egHL7.d.zVLH2p2ndCekbWUnZHhmE8VyIh6eFuGbDmV1BdNeNW22w8m3s1mtI.O7AcCB3O3AAat4lO9QOdiGWi2csM3cps4i2X8Md35O5gccbWd+.gQE2xvMfFM5NpfQs5qtPlrAmJzhNg.MnlSKbmSD6raeQXPyLxQ63350bBUsXBU8gdGJBDikOgxde6DrIZjmzbW35fTsaAjbyAokRfzG30xOVDYlLCgm2wqgDuA6xw6l7PIYsNK7GWxaWEtBoo5.9YvAw3fwZTYy0VaUF9e2+mUpDd+nMrvNgreNKSEdPvS3cfvJkOmGND1SniB4iJuJCUiTBWcUMXpTFvyMGOZ3Tc4gZfL3m7Is6KzL7O7RmIAyEp3ypxZ2GXZ.2s.FOt2vA39vt.cZXc.lAmi6aFxCYRzwfo5ZEkpKqRWQHb+prFRTLZWetFVkIL+XMCFzABBffUYZUxj3ejtAPW9vPS5wKPGIwy29xdBITsGX1SGcTh0OA5Bw.5iWobB4wN3qpgmmxZ6nm18xZkSNVL64RBP.tEpqf6F6MF0p.nJ6H0EiwS2gR4nUQE74C0.qAa.Fnv31yAqqhhCiEVaR2UjQP4Ck984xdD6x3HoEBF1PMiL.wQngwCFvCpxHn0Rw5oPQFUAliTruJLvJbfhTVcNF3meMVFG0SiNrHopwiRJqQmDj0Hxi3rJkiFvKOwmIF5FC59TDe7Dx0OFvn.qvi67qAeSETi7Kk7br+XWdXXGLcPEje7MBkrx8K8aKsBdZNPDi1G2RjjhyteHLxYQ7XDunircgeA.Q3olMPHoyH2vFoFx1c6iXVxCxq.cE0YDKVzqug4GJ7OSH6gGXR+b7g0t3VeJ44ytfqoKJ0fHj+AhiFu9.NRdcFZX8gQkV4bdLyFrfLg0C.MQyrstRYq0Je+pYFlHkUraEcmXhwnxw9GjwCovOFbYDRfDBzlXDskVIMxKwFV0pX206i16qmhnM73DptRMJXOimYJ4QJCbbJgW5qKwt5Tc6Ny4nDDwpvPzhyZ5j85ZTrhbHFvFuZBUMdgXxthYPW9lkA0OIeUtEpjMjBywQP53CPmeJyH86oy25jlvC+0unwdbCmRAmJCWWDDaDDbb2CNGK5kjPdEu8.8YFUjcsChTRxBtKaryduzz017mNh.pZa9jnNWhEdboZiix9QVRzrwF3RzdddqUEqQLcAArTjJXXH2Tr9DU4NcBjxKTTfR7K0Byn7U1uEEsV6ZKZcSg3G30TX76OaLtvLvHdY7+BLlVp+dd62sKFcMAfK4cvWMu00W6VWWuTpiBtmzl+tdSp9LqJ5t+duIwSQw.lVCZqZhdTUzbJ6zIHFwZLgJ+yZI9MvzAgQIPXGZEUnziRHTOOwpK+ZpaGmSTCMXVsC4XxMJr3ngCZg8L3C6lhNJhXAJLMY7ZYQHs.Yfcv+F+W5j0nwtoSVKaxbQ3o06sWGo+1w8NIb+jZ8NaGFptfhqEodo3cfUVSU3nn9JovmDkrhLjtMVakRBj.Wrm11bQH4V2ZnFyEEbrrEtXaiztKdJDqsF9NTHNFj6tvQXECjXO.alPEOpI2zmhWnzanyIlI2erSZArl2OIoi5BSSVMq26DhCQ8.a1Jrya2EykhKwEkFgAfKjrQMzmRy5yCcr0anyi0lzxyfLszk8nBjNEP+64ELB6rP3qqZmbZnlp0q.jKkGjNSRdzFahDL5zD1RvO4txBqFAT5SrYEmwUfIQ2wK4XPa.FvbYVB+zLy6LDyGjDsVPBwGx.3xLWp8Sa4zpdla13MJ4gEYivM8PgLk8xxq8Ke9g7KuhLzs0.QTfapru4YO6OuUqyfKRX0ToOu2e5ipmb6ztOUnmZtyImsX+tm8C+oOeujlemZObtdfg76UAVcU8aDv9Ua7G9GaQ.6tdaaLXScNWw1MpOaP0n9a.Psh2IPHfca+ZCUuXqouCqeyP0272+W+MKpti2IjqbALsniy6+RvzK151yTHntBlrFZJLYkl7txVh.HIcyTl+k5VkKWPRbWgTA2ylHCqnTklZVIB5C8gaU1pYkHnXL3h43p6dy3JjWlhqv3xWJWkkO4FySaOznFfEMsM77pbv9K+2CvRdGhvPDENxYJKMm9XuNfkm21AA2Buq72qN6nTmMfaKiOW8rmuSvONYx2w6K4mC1uQlsD6GYGiuKe.6y.r5K0Fasq4qj8Wuoekrna7WI6XeCBg1wboNRogZEHVXfnM9nCcAoWQi0moFqWjuMCkEMchnBqhnhCPpH25ta8LgqmWXStrfwvwErzgTOdYC+masujdySK6WD5XsORL7q3qzbXnF9RQfoes7JNQ754E+473.7Nzuv6GVrXqpKcyZUs3Soxs9YzY+xuE9HhuddO1awmLV38PqjgwVBpsr8kmCgXXrEieeuzrBYRKFGdnRpxZIexs9I.9dhd8fhIdl0AJsUkwR9v5Y8ILVzOp9SvNv4wGZKwMWbws+a9Ny6qePZmULJ4A6auO0ewuS+T+adzGlO7+uuE+XOLu75L6UI6syc4ahuPvah8X.2OV8zz1fof96ZkfmaosE3U7NjFyp4b9Ua+Y.Vx3o99EM0TJt97p3ClWE2XdU7SmWE2bdU7gyqhO5UqHUQOsudJ1.ayo49IeY.2jNbrgIN+Gf8hODC
I'm sure we could pest Chris to let us also get a parameter's max value, min value and skew so that the range can be properly deduced at runtime instead of having to hardcode it and keeping track of where it's set to which values.
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@aaronventure Gorgeous
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@aaronventure Ok this looks very nice - but Im struggling to see how I could use this to "wrap" a faust node, say some sort of custom compressor such that I can see this "gain reduction" value..
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@Lindon sorry, I don't understand... you want to output gain reduction from a faust node onto the UI?
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@aaronventure no I want to compare the signal level pre-faust node with the signal level post-faust node (Im just using faust as an example here)
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@Lindon Using @aaronventure script I could be able to make the difference in dB between input and output of a node
Note that the cumbersome modchain I've made can be easily reduced in a node expression or SNEX since it is just arithmetic
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@ustk ah nice, we had the same idea.
your expression node will then make you have to compile the network
you'll still have to plug it into something to pull the value into the script, so it's fine, you would fold that modchain down anyway and never open it again.
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@aaronventure Yeah absolutely!
The difference in complexity comes from the fact that the difference shouldn't be affected by input level variations -
@ustk @aaronventure - yep nice work both of you - here using audio as some sort of input...
HiseSnippet 2488.3oc2Z07aaibEmT1zNVIa6tcSP6g8v.2BTY.CsVxoaBPQa72YE1XaAK2raOkNhbjDqolgfyPaqVr.8Xu0yom54do8ZOTf8efBTf9OPAJPO2+C19dyPJRpOhkU133rFFIZ93M727adueuG8nlQBWlTJhrrW4zAgLK664zZ.W0a2dTetUi8rr+NNGRkJVDwz0NCBoRIyyx1dgmhcXuxhV5e9eOYGZ.k6xx5xx54BeW1y766qx5s4VelePvATO1o98yM6GtUCWAeWQfHFvyBNaXERcOi1kcDEmVIGK6k12yWIhZonJlzxdwcDdCZ0SbA2L+m6K8aGvvF0rZAKjo6CDAdHhwOasaO+.ulo6aokksSyLVXACKbemC887G1eFa795AHYVjmOrKUDdKT.d0xCuMxAuI.I6bPZQCj9.mVtQ9gprQP7bWmFb3voCEn87PwLWqR+kEc1U.yfqp1mdF6fHnwPKp7Iarw5D3eV6mVtbYf6kJRP6.xOijZC0y6Yz1rfJqdNMHlsmuLLfNX00IfcnUvrqJYpJqxfMNE1avPcnARFthe7GeZOeIA9ENPIbl5BQzYUIm1iQjL3o4QnQci6COGxEfCAoMinfwntpXZ.gCG5DQGcWI1RpzwOfsVURCNzMrttTIachu5GKIr9sYdvo75DovLH7KZqGqCMNPkr87jgbX+sOuqOmUsKSsmL7HypeBqCKhA9uUV0vdjC9h5v9YUot0K5bY8UMaKhdewYLO3QHFA2M1aHpEdrpjiDWLDOch47AqCF3RikLRCReHHfP06CRGAFiE4qWS7vBWDn+XtaOJuKxtDJPZALEIVRvE.4HXggMFi5UkfPqkfzU.coDEXNzvdPXfty9BzXw4PPc94nYbvNI3wBjpD1JIrFtS.VCIOjyprJ3W7HMYXFOh0IhI6ggyQYrqaDChCzcdb6eMyUUArH+TQWG8G1kFDzFh0q.DjqxWvqrV4ea4UfsyA9Qv5COSfkhROfPPRIgzH.vfqrdheFiEBaaReeNtIoJx.QLY2sOhnYOVdCvyn1CHQ9c6oHtA9tm4y6B6Xz9bDhdcgG8yQWexETIdRI5GBG.LjjFNeOJvdsiUjdrAkW4bZDQGs.Lg1E.VhloO5JqpWsUWqZ5BijxJ5GEdnnhf3xgNH3hGfweD1kg.AhHPph.zVdkjPOyZnMqh9otFrde4XDshFYn5J0vv8TdlH3GITriSH7xeYYxnC0oyDGCUHhDAAvJNogMOqWggU3wPDaz5FpZ3DA4thZnNSWCMuDuqQvJ2DE7Fbe0wgrj1iqxZknxAe5WzXOphhBuI8AyKjEo7QHXuG6bHKlQFdEm8XxyThP8b6GJ33JXujRO56kHRqEMs78vzm4UNstD1Q1XxtAoeHU4LsshcIrdNNaTExLLdZ.HAjvKNfpJlUBSEmL.PyEREfx8bouZP9T0ilpZwYKUUVlzIRnyHb+.ml9J2dSFukl.dgCl2z3MIw+64remNPjVFXWz4fu3lKKe4DGH3YhO764jkJZR42s+8NYwVgQLPhicpnI3oUQRQkpS.LBIbBDtm0x+2vFOfLz.gcvYTAkJ4r.47D2tzLyJ0dkrh0IhXEnvcHED5vvkih62BJfvksaB5vHkRX3qo8FoQNsXbOciuF9IYvZXa6jAqkNXtH+jj+5iijOaYurg6yR7a8bVjDcTsWFCLgPysCBDWfB.9ItvvghtulhfAg8DbeWrKyLRg91PlWTsvf+OkJOk5Gf97shkfPk2w7Vvj0kPi9YGAYO.h8.nxBQzflTUOL1Ak5.mSPU2cnSZArl2OwT5bggwUMsHaCwAfruVECKwdAbbCcXd735urCHeA0vOUnXFd7mbpgW0CMmdqkUJBJU.Alc6UPFSBAlQtNHPGYhs.MnRF9sg743ntz.KcJW7TaHPWHGPWxIjQOqHNuKfyHVU8.iivDKtB.tXlb4oPcyLkLIcEm4Zb.0zUCODs.s.U2A0aTyZXoG3HK6X.Otzf5vkoY8RROsSLH9YjlJzCztA2ic4v3mgKZhJZwytgLQ2wNwRXhtS9r5dNMO43c2uUqFG8zB7wJK8Qez+8qGiSJkGGvQXZKXidnOO4bJMIxi+pCoWNZea0RwBQkwj99Su7k+smz5L1EFTajqLaF8a6ly9e2e9ku7Gt0dlWuXj0EYkWIXrrFCLa8GtRvn68W8g68udh4c+Z0WHf2sf2MOtrd7la9edxjw0C25Jv0ubBjDHdNK35q59WevVlfkSXoUlZM1ZMcBaJtQKqCOp8VMh5tYQT2zATEFwPK5zS2wnqU65qHBYC76xoA6CovuBNJs9I6RudBjkxA7xN8EdSPL+94f9vYLN5yY9ri8Tbbub9U4OSK.jOTCDnVmpYSXbbj27WqbKKgkHmEnn0Yp6sCnPLytmK4.uPd8o3YVPizNW3uyLIKAurfIJzz81wJQenDOMwVHVdDseMhJvqvIG7+3eSoIFxpM3JXxR2baloIGUH45639MNNx312lbaL.ZRdMX+iSll4e62o46pSH8hXtDzGAKGS3KIWV1LFeuN5Z7Fodw5ucpWLMiV.iNZT08Lm+5gl.qjYzP49aV2gW+BbJP+yghRA6+FURwqcccUuSWLXtJg7O9R7mQKg7m692+GokPNKwZWyziS6MgFMoUsqaRqZWs9yzpmq.UdmY06ajpwMz6nUiO+9oE377zy6WT.p1bohM1hbUxXuwTdlK8wMekdQ4kwpOOxX0m0ZZWXV8pV9VhW0TD7170TvayaG0d+nqaQT25C1S1VWSsvM+VsV3T0RtNuNbhJwxl.9qkHwPad2pTmhz1zaLGD5NBwY8o5+78y0c3k+FfdfYv6574zyY5uDL5+veOP2tiHpO4oLNKBuJqZuhuFL+yY8qAS3L+0f4XWE.gSinbYnPxpkekGYr5EOdTw7hS2zUgYgauCfsWt4cmsR6rd9NaR4EVLncgU5P79ZxZtOGuWyV5upGGKcgMKcjXxlwAR1m66o5kac+245td9t+TZjGbt3V3dAWXluWv7W6TwqKM27mvszszapudP2n245q+UD+My8btRJFa4i00sOjGO.BS0X764jHnj1aw3rCEbQ5Mqk4AbBSE42sKqnX+j1PaqTT2yx549acBCzSk4h89Qa8LeNHwpqJX93hZW667chmW+.GCbIn3.4aGWs+Buqc092vQnf946NmzeeGPSuNQebSd6edeS7sF3l3Yzm5FIdQxaAgBF2Q2Cru45Z.Ww4PrMol04iV0UeH0yKbcKtTiYX840vMmWCe37Z3OYdM7SlWCez7Z3iuZCwJCRdeBLNAJWp495JVssMUJoCYr9+.8B7VXA
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@Lindon hmm, doesnt seem to work for dynamic processing however....
HiseSnippet 3277.3oc4a0saabbEdojVIKZmljVazb4.gBzU1zTbo7OEQ0IxVxJgnQxplJNIHnQc3tCI2pk6rXmgRjsH.4x9J3dUeCZuMWTf9BTf9HzGg7FzdNyr+RRIJxDqXiJHXwcl47yb946bVNiYCjr.Wl6wh.uvPlzvnzhGFwcXBAOxnzpGMLjYT5FlMGFH6tSWpWfQicMJ8SL2mJjrHhdnmLLjJDLWiRkV7ivAJs5RFpe9tO7ITeZfCKaHCiWv8bXehWOOY1nGt8uwy2eOpK6Hud4V881tgCOXGtOuOnOKZVyHj5bBsC6.JtrELMJs7Sc8j7nlRpjILJszS3tCa1keVfd8uvS30xmgOXazDXjd3839tnFie1Xmtd9to6aAXELyYEVTaEto49dtdoimYMdG0DjLJxaOJsPQ0awBpmcd0qVN0aBpTobpzRZU5cMa5D4EJylA0mqa1H.bNsofYOupnWqwB+skL2gCqHPVsG8D1dQvCoTX8fZ0pPf+Y8sJWtLX6ERheKexiHIzPcc+DZKlu0ZmR86y10SD5SGtVEBPGREr5pBlzZMFrwovdClpM0WvPNtwFG00SPfeAGJIfIOiGcRUxQcYDACjlKgF0oeOPNjyf.BRKFQByQcj8o9j.voS3sUCESKwpsmOa8pjFAvv.ecnBVEhm7WJHrdsXtfWtBQv0SB+hz5xZS66Ki2dthv.X+8zfNdArpcXxcEgGn49yYsYQLH90ZMs0ir2mWG1OqITOcb6A0WSusHp8U.i4BhfOhd2X2Tsl6xpRNfeVp9ztePvvJ.ANz9BFoAoGjDPnp8AoMGywh7T7DcVHSfw6G3zkFzAstDJXz7YRReAAY.Zi.FCaLF0sJAUslbRGNLjjWvxgD1ERCTC1iiDyOERpyuFkEGnS.QrfQU.akXqFtS.qFZ7Pal0ZPbwCUFC87Qr1QLQWLcNJy55Dwf7.0fOq0ef4Hs.JxuTLzQ8gcn99sfbcKv.4H83AVqW9OUdUX6rmWDvePlfUJJwAgJIkDRi.EFBkUK72vXgv1lzyK.2jTIYHuOYmGe.QY8X4I.8QsFRh75zURb78bNwKnCriQ5yYPT7ED8KvPexYTA5o38BAG.CMRoq2kBVuV8kjtrgkW8TZDQks.VBUH.vhCSDs0ZJts15USXLZTVUIJzoHif7xz.Dj49X9GgMHDLfnFHjQf1Vd03TOMOTjYoj55.+95wLzRZj1TaYio6I1YBO3.tj8rXCd4utLYzoZ2dhygHDQbeefiSZZsrt.BsB5CYrQUzlpzEBvcEwPMOeLz7P7NZ.qbKjGzHvS9rPV7yiixZDixAe5SarKURQf23wf0ExhjdnJTZW1oPULML7pl6xDmH4gp01KjGfbnzxR0ruULHsBzzvyEKelG4zX.riJgE6Fl7gDjyjmkrA.+LMqUEpLLdY.n.D2suOUVrpDVJNdBvLWnT.B2GH7jCyWpdzRUKc4JUkUIchFzKo59tlG5Ic5NY8cgInufi4Us9FW3+sLeZ61PlVlxtj4de9UWU9xwAPfLQgeCyrRQSp9do+rYVtUXDCf3XGwODhzrDTDo54fNBEb74Nmzz6OxFOgLTqBOAWgEBUFv7EySd6xWZqh8EZULdNuuDP31mB.cX5xA860DZfvgsSr1gYJKfou5mqkj4zDZuU8v+E9IdRa74RwSZmLYtL+3h+J2Q7mMJsh11mU323ErHAFnVZELwDRMeruO+LD.vKNDFbJpwNj6OLrKOvyAGRuhDU+wPkWDsPq+eLUbD0yGi4a1W..UtOKnIrXUKzXb1AP0CvvtGzYAOZ3gTYWL2Ag5ffS.U2IMHsftlONQ25bgoQtlzjs1vAJYOEJF1h8h37ZygV7H+WwDfufd3OWUQO83RNgvoIzb3sFFIZvBEz.8tcJFiIoA5YlEMPkYhOAXPKnsuMDu.m0g5anJ4hdsTEcwbJ5xlgL5IE0yqC5YDqpZhw0vXJlhBtTFb4QPeyLoHtbU.yQG.pLWMbQsELKP2cP+F1FosdfyrhoV4QVCnCCRp5EWd5I8AvOMzTgQfma.u53fz7mTlFihVz2k5xfNuEiDzbCsoPOyj7V5YlIu0Bi3sV0bGefuvFN1UU1zKnspHTp1lr12FwWxschoPKyB6yRKm9D7488BhWZVQp8oCFYru6CaJYgHxagwNgcl1njeTcvCzNZnwXb13hEci+43htw1iH5+5Ke42dAhFxS5GcJqfr+1W9x021X121ewLJ6qYxTUcyK7e+RFeyucdD9rZyudrvgt4MFiUSQ9u2DL7Vyrg2KHreg8927Aat4sl1d2ZBxFpyMiFdnX6HBOgQmg8nkB0TLwFArr+QEi65YXbW0PbElImYorYOt6DpRcybUoRWw3lnbjeYKQ+V4jddCRAw+yThGZcqZ1BFW54I+6UoxkwN9yfQTuYRc2m.YpWZe6xlTW25mias.jboboHlWV3AcHrd3G2Wx6Acrpdyic0eUQwBxnPQckFUvtB9K3u3WQ1Di2UDLEK4BWcalyqHcgdEdCOtwzTzu0qSgMZEZRQM33iaL0q+0+fl2Vgleb+.AzOLP4XvcwEBxVw360Q4wqj1eq+iS6uqnqs53ynilUcCs+WM0DrJYDE+MWn2VWcgCiQPgPhBsjNcDk5yChRA5+AERwsUc0QVc9fAqLtI6KlZaV+kWh+LZaVefy+3e04ueqsur4ZyX4wy6E6Fsnk8rVzxd53OmWyPELkWa96VGLuWP2xyXbZAaddyy6TD.xdtPwFiISCF6UFxybgOt4EFEkGFq97.iMs72LPtKaT0JulDUcN.da98DvayWO589gyZSTu1mrGuslQrvM++.rvUh+xeTYxyRNdJMuY0ox4hfdY+ReKxfuub6Ib9I8npCfXtNEx7mg0szSdcyOidJScMdTGNvsTO2lG0i7Qr.VD98fZeAWjm+8k8h7DdouHOOyQBpvQQz.QHWvryy4QlqdQWprePwkqGpvpvs2dv1K25t11ICVO+fGRCJvL34BbZe7DmRd7+7gOM.OY1lpKqxyDNvlkNRZ3g88ErOyyU10NOgYCWO+veLMxE7KNENYyEuzmrY9CNq3A9la8S3bFW9U0Eb5J8TiekdH2yv0EagwuzbuiYSOrstmBkw8gTVk99SMiAjRFsXN297.dx4DlEM7blLxqSGVQr9Is4drTRcNIajat8yY.drHWd3uX6OwK.fnUMEbA1k49rZmzIXOQe26YpUWBBTPds5hJrRxAu+BvI4fRWiYl7HIc6XOcs8SErizWliLWZCcuctEAwb7Zw7K5XF+VNL+Gh9OD2DiEeS6lXbECGAEKHuwbma94lPAr5Dk6l7iu+9p3RdbUHidTmH9wwukGhHdM0Hv9NP0j7pl6iOSrMNcz1R6A0YO1woHqFiv5yKgaNuDdu4kv6OuD9f4kvGNuD9qlNgXaPwuuDlm.8Fd3SUsmWpjtsPUJiQx8NVegrvP6zQBXC1yyW+x.3EWFRkv+n0japunCajbwDp5JBStEiFK.u9IzPAORZslP5pVYUeuVpqba4xGPdDo9VDxFanuLV3ENN4paASqNN4i6.Y9v5ZQq51ptupO.qtBeOW7RnpVh9Zbe2GTgXWG9XUa7pipOO3KlZ8ZhIWQaJ4k0mk9wJpc5xbNoEef0ZomvNrCP8lPwqJEgGQZoveHwKPc7mkw6.QHdkbeDIGOvQWKSDvjoJjdj3qkNrcpEqPjMvOCRT8CXtf2Gf5CuesKoESdFiEPpotZz1kUW9g77TMfhk2890p.+lwPxc.te+shYJ4B3p51hK4.zP4ddCrnUZUA96w56NGHMJ41DK66lar6PZAikNPpPpQhfW7IJ.uBvJdm9bqJYKGuj4TRaeNUc4j+xZUr+ckKK75DXM.kmM5vHuOQ.sJ5HqaM3W+H8k+GjfxpyhJG+WMAP.fWaqDGBHI5.qdd.2pXuNxK3eFrdpRxC7Gp3ifbVWvLzB14nJEaHDd8vxNLPG88nBzCCQ.oda7Bvq1E3+gAjXP8WdWabCbFMJbxpSltVg.n7zfN9ri0Kux8v3wQGDVrG2EYUcvLSaIrpeaKqA2wd8MzSQtKZ93QEF7Nf6d80WGlydKhdubF75kDQWJr.QY7gis0pX8aO.VWhI+1jAeU8j.vK0O.ucYsgLtrnIvkoCmTxodrqr58yKoaWqZsGTGF5qpCCVq5lOD+7lSZA2aqoImx5MVxVJd6E6F.qZ7z0yMc8bSqzS8Zzq.i8yQSERN9CNQLSSEDA5zcteM8+SI78SWEDnM9n009A.HBu49.dBjm0gI6BQvwXPJvjLEXPERA8pRLnCnvzvP+gGqeTSPbjVJZVxhSYpJtGwZ0v2.IGCN6bPuuOIOWgGw4ygttU43qdKPZHft5U4fJjD1s9VFF+O5Uao6C
slight mod -fix applied.
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@Lindon looks alright to me?
you could also use an envelope follower instead of peak, as that'll let you smooth out the readout with attack and release.
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@aaronventure said in How we can display the gain reduction value from the ScriptNode ( updown_comp ):
@Lindon looks alright to me?
you could also use an envelope follower instead of peak, as that'll let you smooth out the readout with attack and release.
nope its not -- try playing a low velocity note - the UI reports in the 13+ range, play a high velocity note - the UI reports around 12,--- and the two peak displays are showing there is very little displayed difference between them at low velocity, and a considerable difference at high velocity.....
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@Lindon But the readout looks fine, no? It's gotta be your Faust node behaving differently with different input levels. The converters look fine? Your differences being visually different at different velocities are due to the gain scale not being linear.
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@Lindon I agree with @aaronventure it's probably your faust node that introduces differences that depend on the input level, which is expected from a dynamic component
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@aaronventure no precisely - the readout doesnt look fine...
So you two explain this to me then.. there are two peak nodes... when the velocity of the input is very low then they look nearly the same, - and the UI is reporting: around 13.6 - this is clearly wrong.....when the velocity is high the two peaks look very different, and the UI is reporting : around 12 so to start with this should be the opposite (according to the view presented by the peak meters) .
It really doesn't matter what the signal processing is doing (faust node, SNEX,something else, whatever) - the input signal is lower than the output signal - and the UI isnt reflecting this - AND it isnt reflecting the changes between these signals when different input levels are in play...