Dynamic EQ
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@orange is it possible to modify HiseSnippet 3503 so the EQ gain reduction is based on the movement of an LFO? I'm having trouble scripting the interaction.
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@orange
Sir, Not sure why, But the dynamic Script Puts My whole Plugin to Mute :/
You have any idea? -
@orange Is there an easy way with scripting that we could make this 2-3 band?
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@FatMitchell With scriptnode it's much easier now.
Inside scriptnode, use band-pass filters & compressors in parallel channel (the output of these parallel channels must be muted) and modulate the eq/filters with the compressor's gain reduction.
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@orange I’ll give it a shot!!! Thank you.
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@orange I achieve this with the "split" module in SN?
I got it working kind of....
not sure how to mute my compressor channels only however I have the GR modulating an EQ.
The eq gain seems to want to reset back to a negative value rather than staying at 0db and going up or down.
Another question, Could I use a Filter Display panel to view the changes in the eq? I can see them within SN. what would the proper Index be to target a SN module?
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This post is deleted! -
HiseSnippet 1973.3oc6Z0saaajElzxirkSxtsMoc2qJDVrW3BjHvgjRhD8h53eTqwVaq0xqauKXL4HKBSwggbjcTWr.6MEnOM6yPdD1Gg8QXeC18LbHEIUjckThsCPMCPflybly7Mm47cNC43tQLGZbLKRQs1IiCoJpOF0ab.evNCHdAJ6uqh5SPGLxm6s63.xduVY6wgj3XpqhpZkuUnhZsUURd9uey1DeRfCMWjhxoLOG526MzimKs6V+EOe+NDW5IdCKns4V66vB1g4yFAvoBRSIj3bA4b5gDgZqfTTqtmqGmE0iS3zXE0U2l4Nt2.1UAR8O0K16LepnAVoGXHo3NLeWAhERU1Yfmua2rkcrhhJpatSnhzI7LzAdtdSjm6L9jjNpmOhh9C0UJCuJkfGtH7zJ.uY.I0BPZUIj9TTOmHuPddOB77Hz9AbZTeB31KBEotJpuEsCCTHf2XH4BZmHnwjArYKMsmWG9uu5q6OJvg6wBpyBNjwoGEr4WsweeiZa7O1n9zc0u+L6SLMQLeeZzL6VrSGcSCbyfQCOiF875WR7GQmnHr7K6SQWuOs3VtibUWPQVv9Ad7iBoAWWffRpqB90ea+cIbhXiHUFnWHMh6Iff5tzKgnZ41RMztz3K3rPHt9c1yfnEl6HeBubHjf2j1A3CJsuI1bBh83iKxqlNtZ04Kt5lC6mW39ontdbmAyFuqLC7Bdsaa7lxReBZu98oN7bvtJpyOdiTxEFJyK8biT5IL+Bf73zl067i3YRL+ETNIHLhFRhnmv55SFuYLYXnO8X.uOu9Y9LmK548Sz2k4DJgv1BM1zY.IHf5GuLDrpycRK7MlzR4X1HtWv4GP3QduAXpGNZXOHUtCcmTzAxTWQvyjs0DsEwK8nAtIM9evSZmXQa0zNwYcVfhdHkeEK5hjsizeqntlv2uNBpUsautJmRihEArpqgzZ.+S4k99rq1gMLzKMTF1PRj0k4ONb.KvyQHRpQFre4P1HXFSw92QhOg34Kh86MJFxl3dTPOP4j5dh3sCYtvuPcHNfScbWBeffCIxGAAoznFNSBVmfy73CgmUXfrhfR+CfmghEcRIvJh9kqZ4LIL0Zn3PenF60NqxtWtIZ0BSziQWEQBc.GDFq7qrFWtYakRKqjYp7D86QtvQQF54D2Pz6hMMqlmG6DRz4TdbZR9.piLhHY922UjYO9x9uh9ZrRWRDbBDnpoPb0jz2IlEnouIqNwtdfKlLd6QPFIYNhRRf16G3ReiHE0KfzaSLo7.HYs.yefWvoBFpH93EXMQX6Aj2jJBIBjU5woghjBhyon0.zI4AaZqgws.R5EzqjdLE0mhZ1vTWWusV61lVlXCM6z7SmLHhFOX.jnSI03OC8BS8Fl1hGroA1xP2n.RKgMIPxA1ZH8lKHzDJXZn0pcqll1sZanYoYlxKdImCm7KCWUQIl9d.I0PGS8ojX57BEbInTEYnu3HQ2tkklggUSMrsgltDIqgNVDzlgimhLZXKsiogN1vnU6RfBc89GDpLljfVdVxddtTI2szfUJb5GEkR7yyAkmhe9HfzFQab9BmBXkRjhJ28jhTp8zyzbF3sNRLoK99sgFVy.Tv11xztsFNauXHiwG.0Syi8zuAzb6lr3XZLkKM6MDYTb+qTOIGXRzBNl3JRKte7ohdcH9YVDJuVHz5Q4EZt8qyTMoNy8SYl0SKy7anpLFZMrDEYrfvcCc61sdnJyGoUYzwMLRriPEail2KUYplTk4ghL2EEYx1J9MQMlmjTiI6T92JUYJ9RZSxzWZl9DTeOew5oQZuK1DMUAhNRak+SgynPIg8FdF00k5lnuvBkqQTc1r6zidjusWCDjFGNcdEcaaMylsz0MLsZa0LMPqSD80ifWRdbgSvZ2zngE1rodKKHRn80la4oIwuxPJrstlstcAn7TjsrZhcKrUSHOUai2ETsLaiaaggjtsZhsZk.pJn+pRoTpEm9Uym90.+l0TYbSDTfM+xQb1PBexWuZdSRhmgGbdopegvZZ1xm1saYZo2zRe9mayqIAcUwWAr.GzbJWyu9BZFFsFZu.xY9T2oc42Vb6eWQt8c.4N+qE7.6VPJw3lMrzMLzZaYaZqaZ7.69A186G69ZMv6uo2lwtXHI4qI+de2OetryGg9Axkzj6RMwG84Is6yhFV+aoPlGwsrfugqS8eOuWmZ3becpG4vAHbRDIHNjESwEs7T8oWruco7QAST+se4O+kuUJJSq+4y9W02Rr75.KuBlc8IB0KJrKInfRO6sP6B8+m15.w0Gj07+7MxXqdTX03dTrCrXIIzo7KHq6H+X5O34xGfKNvbw5EE+cjHWXewozUVUYtumnE3lkq9Q2MKe2cIkeXt76ZYXrmmnR3dAWR8A1XBF+Lf90mLxmmIsLc5.V.K6Ncx2nOlxi7N+bZo3mYtfR+7.4woak8Z5SD8m256gCQPhRRotb9B7B+GBvL2u9ioeMi5hb.0uW129fbgxUlqKT9CBFW9KQ9Nf8Ao.+3dW7OffTw50S1Jqe+rWdWbey2EywPhSD6UNxqoWP5WOQBrtCR9CepF5.Q65XkKKdvrgP4hW43j8sdm8XzWhwXrDiwbIFSykXLsVhwzdIFi0MNFQk5zWJPDyCB5tm7ctTyNHLD9q7+ADr5VfD
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clear
node is better rather than using a Gain to mute the channel completely. Also filters must be serial, not parallel.HiseSnippet 1840.3oc6Z87aSbDEd13rIwAZKT.0dzRTUEToQwI.EodvaRbLXUbhINM.GpfI6NNdj2clkcGmDSUOQOvM5Uj5At1aUsm5s7GPpDBNzCsGZUu0SzS8VouYm016F633XHIT.GIzNu4Guu4Mu22a18QQOtIw2m6gzRtTcWBR6n5kpyDUlsBlxP4yhzda8BXeAwKkRzL0cw99DKjlVhKIEnkbPTvumlYFrMlYRZIBgVlSMIWg5PEsjVz3yn114vVjknNQF84LxaxYyxs40.7jPeBjK1rJdUx7X4vFPGoMzbVTA2qj.KH9HsAmgaUuTE95L03Wl5SWwlHajFUBVHk3bbaKIhkOilsB01pXi8sOBooWrkUHgxJbR8BTKZS4srFGKniTslQT6g1.wgWhXvK8NAuN.IsHPZPEjNtdISOpqnUOR7bD87L3voLFL6QghZrHsM0mkCCfIF2AWkjyCZzbBicgIl3rof+4LeZ4ZLSAkyRwYyyEjEXiclQ+xQSN5WMZps2U4xcrOoZ7311DuN1s7j1qaSbLVMmUHdmM0ZX6ZjlCD19wsoC0a1TS0tNx.4r7LpXAWRX6VNEo6vI.JzrAO844yhEX4gRnLXbtDOAUBGsrj0.Ob0QTR8rD+pBtK3i214G34vspYiEwcmjwPgc.1iXmgxCJlOUTOZL118wFbmsGSzwPfNta6Q3db8hTgYkNi2A5.dAq19MdCiXeK84JWlXJZA1A0yc8tFdNXu4JsKrGcHTczvPUP+Rfbzvloxc8zcLH8d5sBHb8HtXOxR7h135i4icbsIKB38roVwlaVsD8Nj1ihbUPXF4HFyrBlwH198Sv1PufHvPKxqInrUKfEdzM.J14q4TBn0MIyFhNPl1.x3LU6Ijsk9KkHLqfFOC9E1YZYasvNS2nyHgnySDqy8pFbbD9LRaXks2OvHeyxajFMssMe8Y4NtzPuW3LHPVQtcc2JbF0TJRMhFHcZGdMPIgv8xX+kvTao6doZ9.Yh0BrRvfCR6okXYhmevBOr9DiC+At+yysftzygMACa8hXQEYbjjeBbTIdia1zgMFVi5mHWhFoEUVI.hNxsdPRwDQHjT9ixVPT3.pUMu+xxdMw1nkkm2RvijqoxdovmbnCq66ZCYp2Qrp5tegVSclHlNUFfcw9bPYNFHBzFQeE5sqgshisioWlZCYP8GOr291bH8yrIazH6RN0x15QIhYVjMZ3vOGDyZATQASPtdnhXO3pQgyZnlsfmKPYgatV2tp.di3xt2SLJIHtRNknT1kpRVWskCkZbWmeNi51F47H2tF3sWGEeoLtuApK52XpodRlso+M2ZqS2a5Gc5+9QA5Og9Uao2gcR9sO72FIldGt88MB019FM4l8ldkIbk5cnfzzn1V4oqI3N.UYP5OT2s+cBGOMSOgiachrOIz9WxgyEU.l0Xfw3OtyWmoOz+I6f8GvTWrCEjgGaaUNlwKnsd2TcR84XXH2iEpsEBEIlMYXLa52Dz10f1u6OG6KL1nvAdP6uvtqq1U+qLuIn808f1ngAnXYcCx3mteuQPxg9g6eims+cqfg.j33FGcuitUcF1gZ5OdPm6A1kAiwtz5MqVB6sJQ3G9ZmLho5BqAHIuUjKmzzNJkF5yucVprT3la35yTCdEIEYULIcmyJ711wnsz6tuyM1rceGHDItuyCevC9o18c1b0u+TFpijkp3Q7qTAd8qntOO5ilxO6l6cmWCtQOAfactu4WynbDmVHvlUi4693s15jFG.JOo9hDaB1Odb6EmZpSraZ+oYZ21azaZ+gO4eebF0kxWT5DFU225hS8imue3LP6Q5JftjZQTw3ss7n3u4.Xg7hGIdTcfZux3pd1CggCDKLLlut19VJhl64g0UKP662cgkbxWVYIGNfkL8gNMYq6C9ZGO4+7rLSenwSB+xe3wS1KZeehmz.3n+vWp3IGQwSl90HhxctwLbdUGbvmJ749C6eJUmGQ+Z30HAUMK3y3cpf1k4dNotDAXhkeB8zcotYOpWqalaOW2rELE.DVxCy7c49jzQW4s02jQ6KKQTiEe3JQwFkb6kC1dQF2HFMDNYTgEwrXKFzN1JUP9sgaz72yndYgRDX2XsfuIrYwayGnXMaex0nVhJoiNwVhmLp3Ki8rfyEyX0iHQeUDf3koIx36PEAFZ+pdhGn0544uzTI5M3tK0TIYCLVhJyUOGaMhMDlFfw2EhKKiqYKZHMdbVANi23y52xCXQhvit5pj3jKcZCElWKxad2HYSSQefwUfaag8BdE69yVr2KEbGOud+vzvojjCod0njhIdEpjh6GQn.+4+eNoeOcfSexTAG2oN7OuOHpP4AgNbvld7aZpJrqjvXj.Iv9lE7ealj5EjsSkFsl5RS5xRShbfzN2zzT5S+wf8oyyYx9XNS0Gy4b8wbNeeLmKzGy4S5i4bwtNGYF+vOBsz+GDTbN0qPp03ykBgBn+CNr9p6B
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This is the bidirectional modulation example.
"Multiply" parameter on the
pma_unscaled
nodes will determine the range. This example is + - 18dBHiseSnippet 1940.3oc6Z07aabbEeVQMRhJtMNM1I8TAQRggBhqfVImTCjCb0WLQngRLhJJImrGu6PwAZ2YVu6rxhIsmRQQtkdM.8f+Snn8TAJP0e.t.FwG5g1CIG5kbx8TuUm2ryRxcHoonnskUpMEf.m2al48adeub1ZQBWZbrHBYUbmVgTj04v0awkMWsIgwQarFx5GiqRhkznRZRqzJjDGS8PVVEdWEAqhShR+b+xqP7IbWZWRHztBlK88YALYWp0b9ULe+JDO5Nrfby9JNa3J3qJ7EI.dJfW.ERb2mrGcShZZSfQVSstGSJhpKIRZLxZxUDdsp2TbKtd96xhY2vmpFXipCajlbEgumBwJpnUax78p09bGiPV3Zc0BEzZgKfqx7Xcn2Uab9TFk5th75CqILgWAC3YmGdKjCdC.RV4fzjZH8R35tQrPYWNJ77B3M3fwoAAT64ghdtHqivqJfIvkyGP1mVIBFzYAy81KrvkKA+6MdmFIbWISvKI3aJjzs3y8Fy9YyVb1eyrk5kUiFCjmRLQBeeZz.YqrzQCagywSBtAM5xkNf3mP6LQ33apSwObcZdStq9TmahB9FblbqPJ+g4HfxTUv29vMViHIJCQFMXdgzHISAAq0nG.d0ZyRQ7Zz38khPvutOaF3sH7R7IRSWHUbSFCPGXX2TFGdLS1Jeb0iM+pQEhuDtFS51bvXbhAfQPS8j.iYQi+H75MZPckcA3j3Je7oWn2rYgdfLUB+bYCKU4isGXP2Wf65fGFQCIQzcD07IslKlDD5S2Fv3kKcCeg690YeJs+nhPMDVQMi4baR3bpe73D7L0HqUrGtQYaQhjw2qJQFwNDhB2LInNjl1ktZF5.ZVSnhgziWPMV4WTmx8RG7.3SFSa0XqLl1sYlK7aSp7Vhn8SMGYeGYMsV2GmpjuViCsQK66Kt0phfPVlWJXCRoUS32JrofybUjzynMRWNPj.BICtuGIdGByW4VWOIFRN3sEuNL4zxXVE1kFEmtwSiWXd3OvMeSgGvBWg3BJ1V0Hxlp3EU9Fv4jFMuaGmTCrl2OQsEsKyo0R.DCTG8zhbExkrQ6OpFAQaSn20Mh2Uw0k3i1UYuUfGo1Ss9RiO0TmFGG5CUdenXUydbgVGYVvPlZEvwneNsTGSjCZyfuA6lIDOSrcdbClOTQLd9Ltis5P4m4SOrckiJ5ss6WUHl6QOrsC+5PLqGzXR5BT6GpFIBZ0IaUS0YD78pLd1gqa2RUIGZR6KtmScIMTkSIep456Suk9HmQ04yC96k0cOTIhdyDvauExbqb9RGzPjuyRKcux8H+itycd8QS9nW++b2T4W.+Ack6zAE+C29eMigbmt+y8hG024Fs3HJWUwTkbmJsDbOGY3yxIRQ.jpLsLGZ35eDpebb+xiDNt9Ku18xz+0CDBYSHypAXb91O82VdLj+EFfd.vzPzCUUgG8rKm24wzQeXhtHdcNAp83g5aiP4hYKlEyZ+7f1gFz9ydf029W+vadpGz9O3edn0G7ckedP6y5As4CCPFUcSq3aOtcDTbp+zW9IO3waWA4aXYJ.IAgln6Ewds3j.la77oLOAYWlzH6R2mfZGRzdTYb1iTxot5FVS6OYCO0OyRX.4ZI7X.wff5nMU7lFqOB8lrZMFz.Go0JIvSGoyYYPY3otxZ51H6Ed3tPex.hhgHESWna+Ue0eoeWni16OdQGskYmlQz3lME9FdQ28MWJdsiN49vNBmQB.W+J+9+YYs+3xRIwceCW3u9N24BNmBBuHdapOkDaF9d0kV5kONoe+x8q6cFMoe668+95x5dy2V4KlW1W+pK8meqwI0A5Dl0BxZx7n5P891974K5IPvHt7URyZ.Ov67FyYrK9O5gmcd1Ai.yrRRlAQEFdovGgRPcTlsSH7HUK7wQM4YwUS7krP+bsh7cWxdle8u6RGWr78+aO55ALdYOug6NAOOJDvEY5GcNLnjZNulyIv6YBCuGCqt0SrFONdq9wU6cwyp0dmNs1q8S8huunQNG6mAq99eeP4kepU8E9rwSupuihzeBU80Ap7eoyTUe6MR3LR42t+L.Ou96wU+ckq+uu6qIeMmyF0emQW+09YnBvO7AqHD6GPRuXiG4qX7hZlu.9iHGPSuy9zKc3hoiaHhBJ8tTnBu5h8rGxs1e2Q8V6CG4aseKWI.gchH73PQL0N+N2CuEyyaMpLgaNcMIiYoNdUfiWt4MiSahKlmXMB2XyfwF6TU0MY0d32TV+SaTmBmFushcgCKoGefZI9wzOh4IaZmegcIuXdxuGIxCrKtF2RZgg8BLXOlu.CScl6EX3G.2EtwE8VrMFqyT83sN+.pODMlhweBD90f.oYaS0LbppfKZeWicMzaSkQr81iZlCYPGnr9gx8yA1tIkNj94NuOzrNIJ828a7zE1m3K8df1qeZV6akT4.J8C22ggB+e86vvnG8Ao.OaaEeULjJdwRolxROcrkmFu5CmFxHf3FItVVG7pf9YRo.mad56WWQbU03R1nCz82fUuyCn.nbw0bcU9q+Bn5yfWyhiwZVZLVyUFi07ViwZd6wXM+xwXMWcnqQUoN6IJT97.gZqq+4CrZeOLf6O56APnTvtI