3 band EQ controls via script



  • Hello, this is surely a dumb question, so I apologize in advance...
    I'm trying to script the controls for a bunch of EQs for my drums plugin.
    I have 14 samplers each with its own eq, and 9 controls for each eq (Low, Mid, High, 3 gains, 3 q)

    I'm getting "unknown function" errors, but I can't understand where the problem lies.

    Here is the snippet:

    HiseSnippet 17409.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.68.68jm7IpW354rqPZVuV4b0sVwptkckai8ZeoFMycyB0yM6kx8349ze1OIykt5Yl+oV5xyegEs+NEB82sRcqWnsa3F1V11tXvOy9uUpUO2IJY+47exbkx8Sa+.drxVUuQyUs+3i9nej89R6cxYuzmtzm09W3178wtgUyYWYEqkadhGY1K8HO5IJ8nRejOxmbuubGKqPgMrzxY+mif5UjA1K6B8L0prVsp1e3DOhy22pjctCGsX6tCmum8N11GvKvJ2m7jma8pK2rjs8w4CyTnZwb4y0t9HI6qFSZaUlzWKdrFNEsas3YJTt70s6RchkWsP0aX2.v5Erqss+o9he2+oN8z89oaeQdI2ejsLWpZ4RUsxshubmi5IdhkCTzOlckc40sbqDmrbskKTNWoh21VerqjKUsn0smekV+X2md203I8p5n+yscgird5lMqW55q2z5DdWxQLBd1exIsu2W10L2YY1U0GXx7j1+0U4z4Q2tb1Yw7RCIY7RsKf9sPknagJo3UvD8D2DUJ9MQkhSSTod1DURzlRobeT+VqNVt4WYE6uM2ilCXq0zk3yzHtGsgSWR9kZSrCZZSnaZSL7ddJRItoMI9MsIwooMwuo81z1lHZSLI4ss6dS6zkzmjl1oKIuSMs+n4NWg5V4JWq1Z4rmF+pV4VypdN6o+u7pkJTwdFs4JZUtrql8h1JVI6OVJX9gkKkyJWopMrpWpt8+ds5kpTHxOmdlUwXNIweJI8dFI49nmzt+ZPERspOUslVyW8DtU.15dtne0Jqzwuy+AT1pdG+ZmEyTe6twSTc8JW2pNc0uyOzdV8rKaHa2W1.8pZV1apiT+vZUmqZolyulU0tsXhL9y2LSl66KMguXY+aa5tphC5uphEKWpnU8LkrW7vjYWnP0m7pyUMiqL2ZsZ26TYhwsuWuae90aB692my8u3Yu5R0ViCAvt.lAn.7.N2+4OOyMe2m3O7OO927RRL270dqey+2I3lIL278dwi8eOV27dbt4ycA1G8z+gu3uWRta1mcle+u4Vw5tcaxrTgJWmUz+lqEO8d+N29Ypcqqa67fi5r4OOra1U5ubsZUf1f8IKs7yOW0mtFqve20d7+fXp9NEfcGlNTB+QwrDVrpse7YZqDx7Q9L+OhUIb.uRvtSWzhH1sdmL6R0pH0lDD+tsmuz4KzlFLsr7+yXVMbN6gwpKwm7Shd6a8tu6+qj77aq.x8Ydq3UIdnrN8fpsdc6oR.1Jt+r98i.2R3fYm+lV0W0pPwFcnt32MllRmtSsUSrxJ+WRf+fMpb8Bka.1L3c6sUc9Wbhso5bl0a1rVU+NDd8pu5EsmXUTgveP03VDtieCpHNXfqANDiVkQmji2OVViCE5dfCkgpPfqMGJvUWkNVHIRcbJD3py98bXwgtDTBvqW1mqOWNrD9E.bqfaAP3UEHb0Myywe+nHfaG7KBBG0EgEAbo3vTigvg8foXfW0dvfAi3xCXPYviGP+QC5KkAbcYpVCsxgjPWJ7zu0YHZNDC+BHgR.yDMBFdzpZwYfUFGxsLtpegbZdJD2AHgKIS4IIAkxogVJsFmkGYo0va8sRo+nQ.KkCDLRI7hX+9iz0VIXuF4ewSE6RfviLbvvwY5SkwLQ0j+QIUSlgaq4L7WkBt2e33KbaO4pd8HLiWximnvAYfWHGld7AtjEJi6L8CEZl9iBMSepRZl9PCFvce7F7ruTBmlykm5DIZdWZI7xfZUgbWHNiUAuPBVNF7Rve0TbV.DNJfvUxviL31xBdAPOAUdZaE35fqxv2GF7xfYsPbWwvWc6EKznoU8jVDL9t7KBtFvjpLlgSUIgq+H59D4UJPiau2c2gXsFuk2NYVuOHCyFDb6Jvz+GHqyFqJE8lUlNN27ty19cF2GqytzB7l2i2MqB8tc0XUXpb1ru.7GriXSL4Qra+tisXC8AejfA3WZ05VMVsV4hQ1Yi2btsRzB0ubglkpEcGAdnoi+ZrsKiS2rYgked1s45a7M9qNU7WisifXU1pPCVGGa93emO6zwoe2wBJEG3Ku5EK77VquFOq42I3C1yZXg5VQ231O7zwa5szkRsFMiroI+wORrpkdH5hw9+VutSsUUXaGLil8LVMiXo26eRx1CkYhVkmPubDvd4HIv0dad4Hb4kSiKub.uaGubZvzYOwVNOOhMz61Vra+VimXezv0fzY2b.BCX694RnKAmBoCN5RvJdCEkN3oK1yv33gEC2t5ZIQcxWWBGRJrXh5rK1kyCyTNcwaGPkKp6N.qFlW+cxvtYa+cx73uSlK+c5b4uSGt+Nct72Iwk+NI396jfI1GqU7R3zgGUn44vi2gaUJ73x6HTBCO97dvVkC2N8njIt75czHkCX2d+HrEDu98hnefc7QEBOd87o.dldJ734SgKOeFb44y.95YM3xyGgKOeDvhsLgKOeNA4s+34yoj32ymSozG774JL8AOeNkS+xym6d+1G77EVN754Knf5Sd9BJNd874TN754SErmO0nQS46l.OebERLItBIlD7PhE4VisN664SlKOexv87ICSrOr+NSwoaufsbmCedGzuH3wg2gBDCd71cT+BgaWcARCW94lhtP.6j6AoJEd8vQqVfcuErin75aSCruMMdlUmFWg6mq.g09cG+v8mmqY0ovkuME391.NA7o71ybNcs4yiDGd1NfWIviisC5KD73W6HdkA2t07kEt7pcHpx.rSsi2pP30mFkNA1klOhF75QSGrGMcd7noykGMtB0EQBtGMIt7nw01EKCe6ha+VSfGMRewiFgaOZD98nQ5CdzH8IOZj9fGMR+viFo+4QizG7nQ31ilAXOZF7PRhAWdz3JDVD3gvhv0VCKy0VCKqA2ilFzvk3SUHm9zBYWmCuZGJnL3wu1TgBBOd1NVPozGHII.ped7tcXlRAr+sGhtX30CGilA1GWHVq75kyDrWNSdhxlIWd43JbUD3gqhHyUT13ZCgk0g6kSGlXej.Dc6Od4H8Aubj9gWNRewKGou4kizW7xQ5Od4H8Subj9hWNdlKmej0gG8IIth9jTdtbzwUrqHvicEQgqEnx09+JCe+ekAt+uOH8qz.mN6Xdqp3vg2QoKGdb5cLFAhGGeOLcIwsyOF4hKGfGusRBrSvOPzhhWGgsokfcFx7d2vsCQ3AuJxslvIAIw0aJAgqPeQfG5KhJWy7iqsEVF91BKCbR5GM78DiaFhCJHtXHNnP3ig3PQgOFhCJl9.CwguQw7wPLSwvACwzkC+LDSWZbvPbPwvsKO3Q2Rhv0b.4J1XDthMFAdrwHb8ZSnv0tEq.e95JfesIBd8Z42kmeAwmKO+BgSWdAhBmt77Kl9gKuf7e.mt7nKFdb4QUN8AWdTkFOt77KFtc4AOTWRxb4xiq2bBBWAJi.OPYDtdyIT3Z6jUfOibEfam7woxKAb5ziNkjvgauiPUL7336nzhCOt9dHpBhamezREWt+NVzBBrCvezHkDut.iphfcBRmyL31MH7.gIwUfvj350nfvUXzHvCiFgqWiBEt1CZE3yRWg.EOE276B23o3VJbgmhaIvGdJdBAe3o3VF8A7T7RHS7gmRqxfC7TBKD9wSIrn3.OE2x.tSM2SvraVKgRPGJfyVeC3Q0ws.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.HhpYQ0chlhfyRoV1gEZri0NrjDkc3su0NW6.gxNbuWZmncH7v5pkgXpM2AaHnaQX7J6DMDsNB0ZYId1Wcmnkf4zfqkwXyWaGqCy4oG.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.U6xY5V6xQZcq85MF+Iip5F8.AyzsABFcWQTXzLi3Qg4UfKsthnck8ilIQ9VZebAl2.zQUOmLIF+nZHya14npF1JyuFU8952YLP8nywiQUPlWByQ35OJGMyzMGMipCRv17blt07bTU8h17blt07bTUAayA5LcyA5npFxL.3Lca.vQ2If5EP9H5Fyas8Xftc5toaiDCKDjXztPgq6mXz1ev1MrPAljK1iSoZ+vuTLTMuoCl04saIhZt4S0lZ9Il1pXoltoON6YPlOSrD0CDFNcVYc5mM8IqGrUr4XE1sJlZEVm.kxJrWqR5SX2m+hAYkz2ud5SR2q2RxYEz72JkJnjHB5luT5SP2eP3ohzm5KjZE0nV087JoOQcJ5YdwJtm3USiCCDrNFVYcgWKUJq9KJgUVu8cRex5gnVgAqzd22HM5yxcJYrB526MSeB5dx59uoy8aY9Yne8Ve4XKl6IqyLPyc5dKo+zbHozImssd1zrjJSaSsRyRpB8.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.6MWtGw9I6dfm9HehbRJOV9Ol6EOaoFqUtvFyubyB2z5oVux0spa+8Mqutk22egZ2x99btEh2ENeofOq6cgyrdC6YM7D0Kr1pkVtg82rhc6b+69rVqTX8xMO8ZqYUntywGISYOS4BK+71kl6Ibs82j+wzLc+yvHutYdcIue1R0twMJacwZEsXK7KVpXoyrZgpUsJ6HOdW7JMrdZqkaVqNk.05IZ+smqbglK1bixQKrElMnlosuXwlEp2r0ShD9EyVsHk.ncf89xTUSxQpXOmc6.uiFSlyg7v1V6gs+kGJhd69h6+logJc7rxPRbC0e3WLZC0MujCEjVOUgJ1xvOVa7Odda2AV0c4dLgYd3Ys6WSOelYoj77ajb9MOaacwThQ1hvw6xUUxeaR99Y14MhtM8mdjW2nRfsQTtqsx3hx4vbYDkaqpi7JWPlPMpl0XjWy7SXnQTr2+ViGJFIphsvmajWwBS9jQcPt4XPclKCbQTrbe0QdEiNmbEcL6uxXvX1APgFQ29d2YbP27gyMht8Nu1HutwjVMinda9piKNJaaLfUekw.U6hEZXKcQUs28sGMUMlWpPeUK5Km1dd6QlWNs82in4nQGtz67VvnR5P9FpbcDNoouRO2BsXDijt7E9AIQRJugDQRKCfZV5Woxq80FepYoCtbtuV+nlclTZMambGEIsbZ71ilokSlSNwEJT0S65lunwyC2rN8hJF7FpPGsr68VC6WQkNVq4UkwdJrc12dT5TXaOcGX71ZO90eqA9NBzAufwbS.n2E6ooEz68FwPPYhv+Qxtf8kqUuhS3t8rHs704nHQcwEFt9NEgep.4Ow86DG+WNpq1azlg3zcpNpCtDmLq2G5pxm6MhcWk8lcQqlNVyFQ6ubkdTQ0a4idi6e3uFL4axrKT2pgUSnhWWiJO8ld8WS24csuPx679bs04sNUT4+Iaqa6MW+i6dx.9wKsbspebR91hO+AXkda2YgcPc+2L6o.cx.d5mc5Hsydqnx1caNcWFDmcCoHRl1eipyNUc8Z0scyvtIHu+o7t5kKTrz5MnOH4ALWfV4GqIdrD3LXegaVwknC6gB8lrX1d0YnQj0Tcs12bkhr6BnsymRksq2727sHSFx1XonpRj6jmBuc7qMCfgQdMEc64r64o3w72wuEZcrR9HehbOxrWR5Q716p4pVz511W5iK43QgtEyg65.VOP1Upa8BLsXNOcmwRw1.EqoV7g63jgIwY1vUpUzx8.k1VdW2p5xajoRopzUqUJPs1le2osGoZsnMJar9JqT51NyAH24eQ66uXwxVKTqQolkp0pnV6e7zE81gymtP40Y1YuFqV6VtWbgZqs9ZNVuK6pwcn2YGr06NKigNyyPYnua0zigNzrd2uw236dJZyZlbc0DzEiosQuC6heGaHdCaunL1mBo4FhSl8rVKWxYh.LMCM1hwdYLMUSN60d1MqTlLwooU26FuGOqmZ21M4Tj4i4Twc+gmJt1NoYNSb2e1YJTs37qrh836c03LXpJhqI20yIsIOW4zoIe6MeCVWpSzCWpwy0Y1rrV5sVKc56r6dGcMF+S9FN+0lOUd8c506mg1726yOJ1TbX1Slw7wbvUh8j6u8jYrzS84140StmPWxjONNC8J31NCT.6jNMBhth3K0WewVTnW89V+8RgBH8fEuysSgBHCj8WKtBH6CLPbeBau+Q6dLeah6mb5DIfzaUzTMRgBH8Ndr1mW7B3d5k.Z10ywmWHgB3txdonRWxjEUZ.427EFtxB8h7duO2.UVdfdIKL3s+yRGZnUSnrjM6El+YxjnGNsa9sJy2C+hyc1j8vocg+NavyC+9yd94dhyuct+ZEhx6O6REtNcCfqQCEQleh3O9+dh1878pOMar0HRFR4kcnNOZr0n9l3K0zMUd1WO8H0GYaxDz9Q.coUqaYOglxEoavw7FH8ji1qP34XWgPlLzSvMXtZwaUCmcKlHTbfvHTb1MpxFhhim0wZU28m1xBSW0LUuObBceMInOmQdsQrpkRLSykoZXZp0YjMa9GSpCFcY2+N7zw0neXJitmsKdF7CEXvOcylEV946VGgstdp2hGWK0QnrT9JsWeHauYkpXkgop54nWSckFcs2wO4zwybOUX6aqxVEZX0sV3iQ16iR2xzWq6pAeq5fL32euFUWsqSo38OUuV2y9xN6ktxouvbepYublD8PoWKy+0uTxdn6O6Yl+hKb4YWbw4Yep6sqag7wBZa47qu5EK77V1UWTIF5WMYK26.t0a47KmHaP5mtCq5CRGP+ROQlU5Ufcs2Ho0kKd5ktxkO8RQrpwnG6hN4D75z8Xy8Fi3SU.RzCOQ2pmssOr0ytXH3tBx3EuwCyXoq0f4Ef4MGsL0w0Fs2rNJpqQJIg50dhbwqxZq3Eo7Gh1za+eqWufaA0k15itiN0VEv9yRotdUAOX1mxgnox1yOq3BV0W1V8bjx.K9tx9g6p89dwbmIXbp7LVcsk9XjgdeYs0ySWo15Ua1usy8JjXpzgD6sYVe2ylv0zuursVQSeNvcplcM2nlTozttwcI.8YITKe2riIN1H6Iq+Tu62hHSLTdMdDwIyFLa09sLRGwj2+04ohduNCwlaPDFYMlfv8l70mwYLtAiTRGst0n2OisdgsRMlR5Ee7m957zljYzp9sXRubka+l7Il195y46rOBKyWNdh41kkElgMPE2g98Q0dAjwdDy37xU8gZaDyqa+zkS1aW0A6AYpjwVxTuYoFkbabLwtRDjp6uUZm.BkpjQGJUIbSoJA.kpjwPJUmnOPo5A2NJUI.nTkLbnTMwbXzYilsQOFFsdQuJA.8pjcLzq1K90XRt6wkd0cNluo5EIpZ.HQcb18HetAcHNUC.wo6r8C50SlIWBGWRTwdxA8jYLewkD0c58j2210SlwhFWhSEsEkmdj8bMul.HJkHPdH0yCfnTgJfR.HJUnBHA.QoDABrotL.hREp.p.fnTh.IJUWE.QojACEm5Z.HJcPIK5.HJkLXHJU2..Qoj9DQo5l.HJkzmHJ0HO.hRIbST5C3vlISB.OtHkRFlHk5I1R.XJUfhcGlM0QCCXIOPkJ54VEOc6Pg5FTpLSm50Tg5EX3GSmJ1gaUgAFyvgol0UDvbANWF.KeDnr749DU..xGoWf708bAywCq93ijOBTR9RBNdFx.vwizCb7hSSa373kN6zdDVMCF+aoSU6gYTMt3KKs6vENPWo.Mq6cxU.PPEQzDTYnBffJhHInxPC.AUDgRPkgN.BpHhkfJCC.DTQDL1OFl.HnhHZBpLyCffJQaJMk.PPEQ3DTYR.PPEQfDT05vbAHBUjTKBUxHBUQPn5.TmtMPXnRdzggJ4dxP0T8fgJY.LTIiPBzcVojAvJkbphQftsuicmcf9AqTx.XkRFYkJfUJc.rRIiDVDvJkN.VoP2faGqT5.XkZmsePeVoj.vJE1SNjUJI.rRg8j2NVoj.vJ0Ngdx8bUwPxZexBjPHSHYsOgJfPxZeBU.gj09jEHBSlPxZeBU.gj09jEHiUlPxZex8Ytl1qmrX6BD.jUCLgARd6StOSYUnv.Iw8IyKlUgOcHYtOYd4rJ7oCI08I2eRcep.3rRdnm59z.fYk7PEypi0Jnl7vYkbJkGoPkCJnUxozsGOTw.SZkbJEZiVUYfQsRNMhZUnWUHoNMYn3VE9Tgj6zjgib0C1pdjOlqjGnLWEZdfjCzjACcEUqb3TWkN6.ezHpFLrqRm51OBqtwE2Uod2uvAuRNMBdUXOcH4tJYgQdUnXBI4UIKDzqBDQIHYuJYwvdUnLBI8UIKH3qBERH4uJYQgLTnTBIAVIKL7qBESHYvJwaLgjBqjEG.VgxIjbXkr.Iv5PsFvBHBVxoVDrT5Zb92gif0LMq.CAKkQGDrT3NMVo..AKELMVkbzrT.flkRJIoO.Mstv2dp6glkB.zrDscyym0Qa424B0t0USb5kVvPaY..ZKE7zsM.ZKC.PagNNg.ykA.Xt1I34rmvbQ..yE1CODlKB.Xtvd3Pf7h..xqcB8v68Ju0AP4khHXTJTBM.f4kXkPS.bdITIjjG.nWJhfipPITB.oWhUBI.P8RQDndEJgx.X8RY.gWEQA.qWCLgQE.qWJCHVuHZ.X8Roew5EQG.qWJ8KVuHF.X8Ro+v5kN.VuTF5rdY.f0Kkz.qWNQwfGVuTRyrd4nbPY8RIMy5kihAl0KkzLrAtUYfY8RIMy5EwD.qWJ7x5ESVHNtrdovMqWN0i7w5khPX8h8U45MRZkBPVubrNvY8RIMy5UnpAi0KkzLqWA5FWrdk5c+Bm0KkzLqWLQeJtrdoHbVujkAv5khPY8RVA.qWJhk0KYU.rdoHXVuj0.v5khnwSRVG.qWJBm0KYC.rdIdioI.VuTDOqWL4153x5kh3Y8xY.KfrdojZY8REY8JBqW6M64Kc9B.OuBUGc.8RkaPuTA.5kJtalIGzKU.fdoNbyXEcvVbWgC5kJ.PuTQPu5MnWl..8REw.I.zKS.fdgNNg.5kI.Pu1I34rmfdIC.zKrGdHnWx..8B6gCAzKY.fdsSnGduW1sD.PuTEIjRJD.fdIVITF.nWhUBU..5kpHwnRQE.nWhUB0..5kpHA8RQG.nWpCH1pTL..50.SXLA.5k5.BzK07..8RseA5kpD.PuT6WfdoR..5kZ+AzKS.fdoNzO7DYxyAwkzK0gJoWG1O1o7f4kZpbSqOfulAkwqzoVcPesBLfWpozy4R+JKvzcollo6RExAmnJuzcoB4vSTENcWG0uRjOztTEBZWpp.P6RELZWAsugy0kZJkkVJ8BFTWoSE6AoTLtH5Jc6uENNWpoYbtT0.fykpvw4RUG.NWpBEmKUC.3boJVbtTMAfykpfw4RKO.btTEMARZR.v4RU33boQ.fyk3Mlx.v4RU73boo..mKUAhy098GsBHKWpoVVtzPVthvx0jYWpVEIXnboM5fxkF2nboA.kKsTQ5RPYz53TTC.JWZ6.N7g5EJWZ.P4RCQ4pmfdvjHHhKJWZHnG9fdvX9hKJWniS.fdvXoiKJWZ3AvXUlWgp3hxE1CODkKE.nbg8vgfxkB.Ttz1IevLFtjaU.nboIRLjzz.fxkXkPc.nbIVIz..JWZhDTJMS.nbITITOO.TtzDIJW5R.P4Ra.QOkNA.JWCLgQF.JWZCHTtzU.fxkV+BkKcU.nbo0uP4RWC.JWZbixkGTTR.X4Ra3yxEA.KWZCUVtlxK1o7fxkVpb2p2umhAkjKsTJeZtJEXPtzRo7o4UUAliKszLGW55.33RiWNtzM.vwkFbNtNhWcHeXboIDLtzMAfwkFXLt7acCmhKsTJMPsTKXPbkN0qi2Ru3hgqTsqV3HboklQ3xHO.DtzDNBWFR.P3RSnHbYP.fvklXQ3xPF.BWZBFgKCE.HboIZpiLTAfvklvQ3xPC.BWh2XpC.gKMwivkgA.DtzDHBW6yavJfDbokZI3RGI3pSDbQfQvk9nCAW5bSvkN.BtzwLNQxI3RG.AW5HAWU0APvkNRvUuI3RB.AW5HeGADbIAffKzwIDBtj.PvkNRvUUlDLcbI3B6gGRvkJ.Btvd3PH3RE.AW5HAW1q31D.AW5hj9Hy7.H3RrRnD.BtDqDR.PvktH4ixTF.AWhUBU.PvktHI3xTE.AW5CHnoL0.Pv0.SXzAPvk9.hfKSC.Dbo2uH3xzD.AW58IBtH4yCffK89DAWx.H3Re3SvkB.BtzG9DbQ3hfK8zKAWDvDbomdI3h.mfK8zKVADNH3ROESvEIuD.Btz4jfKRdB.Btz4jfKBmDboKBBtH4kAPvkNeDbQ3ffK8zKAWDdH3RO8RvEgeBtR0tZgSvkdJlfKRdE.DboKZBtH4UAPvktHI3hjWC.AW5BkfKRdc.DboKVBtH4M.PvktfgNhj2D.AW5hlfKBS1NNtDbIbiIyqeTbI3RW3DbQXdeihKAW5hlfKBTBtzSsDbYfDbEgfq8k09R0pCLKbYL5vvkQOY3ZpdvvkA.FtL1AtQkYZu4WmY0x..qVFop8ir666X7HHvi8JC.rWYLlydU71UaeFqH.XrxXrf.i34+xmkJB.VpPGXaGyTD.LSMJ5AqW8.YN+5iKCT675AxXlhKqSXOvsioIM.LMMJ1Cr2qoTF.iRFBjuFBydzFWFkDqDpBfQIwJgZ.XTxPfD.QjzAvnjXkPC.LJYHPFkHLGLxwkQIiACVPD1bP6KLjEFI.LJYLXXThvttiXxnjQehQIBQF.iRF8KFkHJ.XTxnOwnjJ.FkLF9LJoAfQIigJiRGIH5f7PojQJc+X8UMnbJYjRgCvWs.SpjQJ8vGKn5BLqRFoYVkHp.XUxfWVkHZ.XUx.NqRGKnVjOZkLDBsRDc.zJY.lVovV3v4UJc108vLJFLhkRmZ1CQqYbwrTJ2oKbpkLRyTKQL.PsjgvoVhXBfZICgRsjbd.TKYHVpkjk.PsjgfoVRl.fZICQCZirL.pkLDN0RLmYAwkZIwaLUAPsjg3oVhIV6wkZICARszABFtBH2RFoVtkLQtk5L2R.y8TliNbKYxctmxD.2RlXBVH44dJS.7LYNhrWjcvncWmBnej6oLAv+j4HI+SSI1bOkL.tnLSwTYLkXy8Tx.3kBcbBI2SICfipcBdN6YtmRG.2UXO7PdrzAviE1CGRtmRG.mV6D5g26UcqCfqKSQxjjrA.ttDqDZBfqKgJgJ4Av0koHolRQB.WWhUBI.35xTjbcoHCfqKyADJUJJ.35ZfILp.35xb.w0khF.ttL6WbconCfqKy9EWWJF.35xrOw0kN.ttLG9bcY.fqKyz.WW7k8oLSybcAO+SYll45hiLPkYZFw.dxAUloYttTLAv0kIubcolG.WWlby0EuYgJSgv0kpD.ttL4kqKdxCUloYtt3JSTYll45pOjKpR4Ncgy0kYZlqKUB.ttLENWWpx.35xTnbcop.fqKSwx0kpJ.ttLELWWpZ.35xTznHopCfqKSgy0kpA.ttDuwzD.WWlhmqKs7.35xT7bcANeTYl935ZROIiIspgfc4mcSKT451EcopVIDtqVF0zFcWmrazcIkmC7t71DSl1P8juqtYivcwzy9bfsaWLY6t1KBuFZlZPGgN7AxkGNBr1mBozlhijGifJIAkqgam7T44HnRRX4BcRxgSRFScOg4Z7yIYOY1xHILagckaCZKij.sE1UlitxLl5dRs03WW4duzYoj.mUKCj.IKRijD5rFNhnbRvyZ3HhJIgOqVhn.weRSMI.ZMbDQsjPn0fPD6IHRZ5IAQqsWD4GKJMijvn0.WZLSBjVbJM8jTI87IgRqsWZ.foktTRvzpWO9DyokNIIbZ0qtRIETKyj.pUWmWfvI0hIU10SRsFBxcGlF1CRGOTP3ZMrlWVbQQiR+RLyVoac6nz5VxA2JcqbGiohK4zakFztdxJjtbRv2J5TSAyuktRR32J5iE..WOLckIPHthJFCVJtzUSBEWsWyjTLtXZtC.kqzcm4i2l1kPdtR2p2GHp5ACpqQHGx.H6JEocaS2dsjf101Ou2AIaW55IgsqsWNGTvcoajD3t1dYbfQ2ktYRn6Z6ExAGdWF4SBdWauTN.QRxPJI7c0qdOCN.uLHIAvqgm4TNIDds8h4.EwKCkjf3UuDzAAiWGldvqjx4UWG4J8.5kDB5UDPurWkRsaY23rLPJujFgn7RheJujfP4kDtqmIOWUv1WMtTdIsiNQd4y+kDD9ujP9u5M+WpP3+RBgFIf+KUH7egtOgjLuTgv+kDlMupxjlZhMYXXm7PxvLgPFF1IGR97xDBYXRXB8xds3pPXFSRjzNYnAgYLwJh5PXFSrhnADlwjDIPVFlPXFSnhnYdHLiIIRlwLkfvLlz.hRKSBDlwFXRiLDlwjFPLiYp.gYLo9EyXlpPXFSpewLloFDlwj5OLiwbxcFalwjF9LiQfvLlzPkYriFFZUt.FSJklIrBTNvzhIkRyJKAJFbTwjRoYJnvpL3bhIkl4DyTGBmXR7xIloADNwjfyI1wCqI4DRLIg.IloIDHwj.CIVqF5bPHlTJkSWFUCHdXoSc6gYzM9XCKs6AlCvvjRwfgImOODvvjDMXXx4kf.FljHACSNOABXXRBELL47xP.CSRrfgImWABXXRBljI47pP.CSRzfgImWCBXXh2bpCALLIgCFlbdCHfgIIPvvNX3HWPoBSJ8REFAoBqcpv1nx0KTtAPpvHiPTgQ3mJLBDpvH3NdBfJLBDpvHit63Y+KqfQfPEFAOfG6MUXZPnBifm+aATgoAgJLz8IDpvzfPE1NA2m8pSNyQCVroBC6jGzImw9EapvvN4.5jyXpiMUX6D5j26EhaBgJLh.4YRlI6tFapvDqHJAgJLwJhDHTgQDHxUxRxPnBSrhnBDpvHBjJLYIUHTgQFLbXIKoAgJrAlznCgJLxfgJLYlCvuXSEFoOQElrjIDpvH8IpvjYRJVwlJLRehJLYHTgQF9Tgo.gJLxvlJL+PqxEUXjzJUX9JGXpvHoUpv7UL3TgQRqLIDTkAmJLRJlJLYhDDpvHbRElLCxpwlJLBWTg4WSxIUXDQPElL6fNuQhqV.PElu4gCpvHoUpvnUMfTgQRqTgQoa7QEVZ2CLGTgQRyTgQTfPEFQ3Tgw7RSGapvHBkJLhFDpvHhkJLhNDpvHBlJLhADpvHhFiIhIDpvHBmJL47PnBS3lSYIHTgQDOUXxDHTgQDKUX9ibAkJLR5kJLYjJrHTgcvryeSq5qZUnHTtvjGg3BSletvjgvElLtmm.3BSFBWXxiDmQRceuP6KbgICgKLYLag0atvzgvElLlHgB3BSGBWXn6SHbgoCgKrcBtO6IWXRP3BC6jGxElDDtvvN4P3BSBBWX6D5j26khKCgKLYQRzjrBDtvDqHpBgKLwJhZP3BSVjPWIqCgKLwJhFP3BSVjbgwj5DiMWXxCHRrXP1M1bgMvjFIHbgIOf3BSg.gKL49EWXJxP3BStewElhBDtvj6SbgoBgKL4gOWXZP3BSdnxE1woBtJWjgImR2j6VpGX1vjSozWzR0fSGlbJ8ryjpZCNeXxoY9vTTgvGlLu7gonAgOLY37g8PT0kbRHlrPHDSQGBgXxfIDitwNGLhImROWBinb.oDKcpc+nQzN93DK86KlCRwjSyjhoX.gTLYgSJlhIDRwjEJoXp4gPJlrXIESUBBoXxBlTLUBDRwjEMZSpxPHESV3jhop.gTLwaNUgPJlr3IESUCBoXxBjTronF6BJqXxoWVwTPVwhvJlsu3Z0p.DSLkQHLwT3GSLEHXhofaAJ.LwTffIlBhIVUVKWgTZizQRLwLffIlBRPR.lXFPvDCceBASLCHXhofXhUkYSLiMlXXm7PLwHPvDC6jCASLBDLwTPLwrWGtNDLwTDIfSpFPvDSrhnIDLwDpHpkGBlXJhjAKMIHXhIVQj.ASLEQhIllLDLwTFPfYoo.ASrAlznBASLkADlXZZPvDSoegIllNDLwT5WXhoY.ASLk9DlX5PvDSY3iIlADLwTFpXhMkWbU4hPLkT41aueOMCLbXoSs5.dZEbtvRmp0A8qrfiDlRZFILMSHHgovKRX54gfDlBbjvNhW0HmzfoHDZvzkfPClBXZv7ahyAHXJozbzXK8BHCXoSE63sTL9v+JU6xkCxuTRyjeoSfP9khvI+RWFB4WJBk7KcEHjeoHVxuzUgP9khfI+RWCB4WJhFUIccHjeoHbxuzMfP9k3MmlPH+RQ7jeYjGB4WJBj7q84MrETnuTRuPeoti.5qOTrlbx9rm5e0aVKxLS17rwbi5TSky3JPoNa8MnqpuRL2RL0zZJZ2SoJTYsR1EUWVm6nWs0T9Jl8fBEsbX.rklcuqMRqYGvWyNeoyrNc2qouwnSKwsYHL500m4TwLlCpgwJ2wkyfc29LXNrfdtDJgtSSwqEYjZg+t8YwjY.omO1hYmmPcf+gHx7R7tiZFLYEsKGycMRsKaThiq41p7Sl7vfOVQtjmCjctKm671lmbNcTiX411tEQ2YB54e9dMi4NSnNz2QElT.7T2I8I2c7029hEZzzpdG2Sk2iIPDmczavdecqs8e3Wmda5l9pidC16qXsuCD49xi.ZVOcKYx7pbsPLi1cvXNGK6Yl+od54uvUVZt4epbWd1md1KOSDs0dZPaum7dFPdS5nL8sekDJhSl8Bycw4VZ13tUEGKnFuyaVwTLcTK06gkmJ6EJUw12Qcf6WQ2aat2rmt7MhtTn24VzsJWXTq+1A8zo1WzvBu7Hsdse+5JWQqK0VYJN5svUWsxMVAcopJkqTaiWG5.xdWlXaekjNesA49DXROux6P6c7dESpbNvhAuI87Le+WkKgbfECdk7zyp7t2jtJ+Sm7pbmfbdAqaZ+Lh3w+JbKmzqj88+bbImccAX7aMIPBAupfCAuRd5I.MMynmkRpw7Ax54fuuKizy.5ZeNtjw6Oqq659Vb22eq3tKAIv6pCs.u264FSGni2d8DO23SegmX9KO2Rm+hycFfyMtGqBl1fu4WLEsJ3daZoiNyItSBMsSk8om8Byel4V54xclqb4md1ndXK2lY8SvXV2Gq3sjaeDuWBH2+Msc8tzB2lyFe650ZqxcykhXWkUIJDMEIMByKRtjhrghopIQIyxq2nYM+6ngS2Xon0.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.61jXzQfmxY1Eo.wEj6mfd64i3JPh9Kkh7kjfwC5p6mc4+k8Y2OGIXLcWuMkW20b6TGbL5qj6x1qou90YpGNa8MXcE8baYu5+ndmtfc8gy6pMsumJqsd4FVWvp5Mn8S89mxWrlq5Zq2j95WogkyJstQ8ZqWsnSPkJTjt7B2AXpq4sa9TuM3AK3m52btysj+3astToxVOUgJ1W69x585k6Mbh6a.s2+rbsZqY2JqdS5KLa0hAebHO32nUqutM3mWLV21w917w26wlFG6CG6CG6abXrO3S8d29tl5n2mr9eYG89L4RAw2y06i+XbNUBGvy+SGF0yIteTXhd2uw23O6Trisj6y7V+QmxdjPuvfG9y9ObJ6ALibs+rSQ6ux8Bmqtk0KZcQubEi+U+tmZjcPkgQ0p+TZ1a1ytQ0BUJsbC+0S4sE24ruZjwTZZMaUmHfwLqBmK2ZCrh7E96XDUmPmqFrEMTC+3Dxr5txUGdDs9xN9fZ80duHKTOsVeUTI4mf5Q1A4wea4aSXd+S4+McTR7+t10Z+unsGDsT3S.P6EW6eQZJvAQalyD3f9Wy79wbm1nZyUaM.xQy9jkV94yMWUmne0z9pV061bnt12cx6cpNLComtVoksbqkZc00l9IKUt74JTzZoRUXRJRysbspAwwcuYWw9u71+0VkI6vR46VkYqgk53Dqx1d3oNV1KVpXovqSOTpyWjq0cLvCQIFL5QffQuq3IJ8XV8cL1nGNrummmGIL1y80XOG09Rv3N2uW58TglXmaMmDF6Yb8235uwXOO7bAQPWPnKHzEDFBvAPrh9w8pFNR1EaV2pPEascwBN9hp6VQLYfinswCz6G2EPOcrV.sS0xB0sJWqPQ12F8sldl0sWoSj2Q82YZ2GkedEf5Y4qFW1ZMqBMoBmnK5aW9xOQ8ZquVz658Ok6x7Vpdgke9H6U17UsraN0jI7T0q0nwJ1piaYw79wuv50uAantbijZC1qY2bhtgjyLjuRCKmlvkVNnMGUX2bdJ48nVyY24b+rTjOSh7Y4HeVIxmUi7YsHeVu0m8LnWrvZNMLr+7D6lsK2CDuAJrK.Wx4nBDxLktQXg68yoiARnY1UTntsNLjy8iAGgyU3OQ6aOvT9SOYV64LTtl8UBFDzMKXGbU10IcwZUqs1p0pVZY1NA1MpuwMrpSK6cTghFo0iMcGBw5EJU0pPc191IxVHEeaw1Ue8v9u.E4b7qka7HnV6ZLJnVIXdpcaF4GLbF4tWpKiFlq9i+GbJ.yG+dmBmONNebb93Ib93Y637wuOt1TKZSxwBh.6YVu9Msl8EbsEYyN6kXGqyVJ7Nd3ZDDpfYJ393bMGa8tW3CtkyEjZ8FArvzNWfzZCteP2KHyNoZ2oyGbgob+Ep9W3dW5WOm6EzZ8K1v8B5AO1+hSra2KXDsPMiVnRAhZle+OzGz6Jsj068O26JAB6V+c9xOj2UZSZkXD2yctkB2j01iL8timWrseuvDc6gNuu5GHbngQgMVeq28MmaqNuw5SKK+PS2kMV2tM5e0o51Fqu4i+c9rcci0C2s6T0Fqm31eoA+QOfW6u8Ejx+pUORCP6qyz.jJ0.5WE+G9h+dNn4vrv2Me789mbJ6kbSMQl68hG6COsSdZjduxW4O9Q1ZfXGi8DseHpjc3Nugi1NKyAy5sB5bdj4ltmNw9y5FagbNgBZbtta4fhxV27+2dm2q6xJbjw6qLEQbdGnY9GQW2WVgSwC78.Ad.H6FEOGyyq17q2b3gwijb+.iGIDiGDimQKLdNRqNeHGOCBNdZy.if7z22E8C2xFij7fgsCCaGRxivI4IpOHDkGzGD5CBQ4Q7n7r2POQHKOHKOHKOHKOcmkGBxxCxxyXKKOGp0bx2NXdvYjiyHGmQ93OLOjD.yyz+Rm7COMMLO2624W3xLv7DRCS7g4Iyq07fLv7bsuZoOGCLOgkQBf4Y5esW+9Xg44Z643+KXg4oE5NbAySeK5zCG.dNXqwCvTiwHCAOiLM55B0NTs55I1Ndy7HB1N9YLNqnSYIB1N844cfn5fn5fn5fn5PipywytX0B0sxsTs0FVr5HUzIo6fr5fr5riiUmiR06Cg0YP.qS6VXjVm99NkeDJiLhqCFXNLvbHtNBGWm1bBg75fNgPmPHuNhmWm80xUDBrCBrCBrCBrS2A1QFA1AA1YrEXmonlU91QrylO924mcKbN43bxw4jOVSribBH1Iy+VsCyj9c15pelE4kXmMe6u+GfgXm68c+5uH2D6jSV9CwRrStSu6sPhcZmXmCQMf.hrChrifP1gtYGxrCxrCxrCxrynNyNyzrBxrCxrCxryPgYGmdeHyNCRlcZYgQlcFXaWtiQFY1ACMGFZNjYmgFyNgNgPlcPmPnSHjYmgGyN1thPlcPlcPlcPlc5NyNJHyNHyNi8L63LqbLK6fyIGmS9NalcTRByN+xm7u32f4Hy5C9Wt.2YYmu0q7SxvryVuwucMtY1IyUduO5VLL6bW4uvWAY1o6L63Lf.xrCxrifY1wM5fHyNHyNHyNHyNinL6b3rmuz4K.67v5dey09O+avGuNV5HuNHuN6H404P987PVcFDr5vZcQNc56aQ9A8MvHiNXn3vPwgL5HbFcXb.g74fNfPGPHeNhmOmGvyMDxlCxlCxlCxlS2YyQEYyAYyYrkMm86OabjKGbt33bw2YykiZB3x4d28G7PL4Rmq8Le.tykNa8KbhIY3xIyA9H+84OW5L4+oeb1boSlhReejKm14xYe9CFfL4fL4HHlbBZxg73f73f73f73L5xiyR0pjSZXk+bxmWVdkUPdbPdb1wwiyT987PfbFH.4Dw7hD4z22P7CEXgQjbvnvgQgCQxYHfjimGHDIGzAD5.BQxYHgjyd7cCgL4fL4fL4fL4zclbzPlbPlbFaYx4.AAD.gxAmMNNa7c1P4nkjjkSHoKAGNUW+8NKuP4buM+sODCTNa90dyuH2P4ror7QYSVNYV+252DgxoSP43MZ.BkCBkivfxwOdfHTNHTNHTNHTNizP4PPnbPnbPnbFBP4PPnbFTYIGOyKxjy.kIGBxjCFDNLHbHSNCMlbHHSNnCHzADxjyvKM435FBQxAQxAQxAQxo6H4niH4fH4LFmlb7lMNRjCNWbbt36rIxQOIoImuxG7ug83q5dWcNtO9p9kN4wYHx4t+A+HqweZx4a8J2ejiupeku4+PjHmtQjCAIxAIxQrD4PPhbPhbPhbPhbFYIx4nYOW4Z0piIJGjIGjIGAyjyQB66gT4LPnxoMCLBlSeeaworwHaNX33vvwgr4Hd1bNbKmPHdNnOHzGDhmyPBOmIC7Dg.5f.5f.5f.5zc.cLP.cP.cFaAz4fgSIGQzAmONNe7c1H5Xj.Dc17w+pSwjzbldiY4No4r0W+k9yOESRy4Y+DavOhNa9a+2dJFDcl9u9O5WAQzocDcNP3vAHjNHjNBBRmVM5PLcPLcPLcPLcF0wzAScNHlNHlNCGLcvjmy.BSmCGZfQJcFvaPNl.cv.xgAjCgzYX.oyTg9fPFcPWPnKHjQmgLiNXRzAYzAYzAYzYaXzwDYzAYzYrmQGLM5fyGGmO9NcFcLS.iNW6uT4QXXzYqe4u0k3kQm6dh+aQRiN+6+Mea9Yz42YiGcZFFc17i8i8eDYzo6L5fIRGjQGgynClJcPFcPFcPFcFcYz4AytTgJW2VYsW.+vCSGqqiX5fX5rCDSmC418CYzYvvnyA8rtHfNCtSWF2VuHcNXn3vPwgz4Hb5bNfmCHDMGz+C5+AQyYHgly9oVCMRmCRmCRmCRmSHcNGMJcNR4Q7bP7bFawy4vzATFIzAmVNNs7ctD5b+Ym8RQFuKgoQmq868ycNtSiNu82eeaQiny89E+28k3FQmL+Le0oXOoqt1u5+u+MHhNsinyTzCIfT5fT5HHJcXZ2gf5ff5ff5ff5L5lLcNSsaccqxkQJcPJcPJcDbxzInuGBpy.JY5DXfQVcFXIxh.SLRqCFVNLrbHsNCgboCiKHDXGzED5BBA1YXjKc7cDgz5fz5fz5fz5rMz5Hgz5fz5LFmLcBlRNhpCNgbbB46vQ0QJAn5j4C8wdnsnQ0I2+20dBdQ0Y5+omXRlroyluvs943GUmPQMPVu2O3u4WEQ0oSYSmfwCPNcPNcDV1zILtfHjNHjNHjNHjNinP5b7ryaudmUsJTrwvBSGWPcJhX5fX5riCSmiQ06CA0Yf.pyQoLwHpNCn8I+HTFYDVGLvbXf4PXcDNrNs4DBw0AcBgNgPbcDOtN6qkqHDXGDXGDXGDXmsAXGBBrCBryXKvNSQMsbDYGbR43jx2girCIAH6r0c+A+TLYWmou4+mY4EYmMe6u+Gn+irylekO3Gm8.v5Z+qV32BQ1ocjcND0HBHzNHzNBBZG5lcH1NH1NH1NH1NipX6LU1KWqVEjXGjXGjXGAe7W41wCg0Y.c7W4ZcQNcFXm9Lt1WDQGLPbXf3PDcFBm9Us7+fz4f9eP+OHcNhmNm620KDBlCBlyPALGIDLmQDvbjQvbPvbFaAyYedSFGYxAmJNNU7c3L4Hmjznyu1q+HLL4buemegKyKSNY94eo8xvjyc+w9TedtYxY5+Y+fGfkIm6cKq+kHSNsyjyd8FL.wwAwwQP3332hCIwAIwAIwAIwYD9TtZiJWuP4Xj9bRRjEiOLNEutZw7pHLNHLN63fw4vg88PbbFPGxUL1WjHmAwILiuIFgxAiDGFINDJmgwgbEsKHjKGzED5BB4xYnbHW44HBQyAQyAyYNHZNaCZNJHZNHZNiyGxU9SIGoyAmPNNg7c3z4nj.5bt6Q+vOJCcNa8xevSwKcNa8tu6GigNmLe6EVia5b15s+9OJKcNaU5a8uFoyoiGxU9iGf.5f.5HtC4pf3BhL5fL5fL5fL5jFYzQv5UlsSulX6zqLamdMQa5UkBKWu1UWtV0l0q4VuuG2qXWiaOw.24IdQmOmSJyMKTdc6KjMa9GKelJkJV5pKuryRX+31sV678P.bOx.tGE.2iJf6QCv8nC3dL116wIBemd8l0p3MRh8EVXVuNoSPM0zL++wtVgm9
    

    Any help and explanations will be extremely welcome 🙂



  • The CPU usage is super high! You should try to make your design more efficient.

    The error message explains the problem, it can't find EQ[i]. If you right-click on EQ in the variable watch table you'll see that it is empty. I know why it's empty but I'll let you try and figure it out, if you can't then I'll give you the answer - but try 🙂



  • @d-healey I know the CPU usage is high, but unfortunately I can't figure out anything different at the moment...

    So the problem is that I must populate the array that should contain the EQs ids...
    is this line the problem?

    EQ[i] = Synth.getEffect("EQ"+(i+1));


  • @alepan

    Do you really need all those samplers? Couldn't you combine some of them together and use groups, velocity, or note range to separate the samples?

    is this line the problem?

    Partly, the problem is with the whole loop. Try using the most useful function ever - Console.print(i);



  • @d-healey ok I'll try and see what I get (and if I understand it!)



  • @d-healey Figured it out...

    The loop should be:

    for (i = 0; i < 13; i++)
    {
    EQ[i] = Synth.getEffect("EQ"+(i+1));
    }

    It was counting nothing...!



  • Sorry to bother you again, maybe my solution wasn't correct.
    I'm getting this behaviour:
    if I make a change in any of the eq controls in the interface, they only apply to EQ1, but I can't understand why.

    Here's the snippet again

    HiseSnippet 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e+2M214qYWJTEWa5LqlkZ4vZl8U1rXox0aX+zWtb96XKKWO8Kbipk1orU8W3xEucMqZEsdg0ZTy9BUZTLykVdskdgkuxKkwtRJyEt10uRlar15uvKcsycwkO+4xrxK+BuQkp29lamuxMUyde0r2Thnelss6iTYmxq47Pp2xLeybaGbXxrbysJnLKWIi6oiqstkurksdrr2lkk+IjaY5CN2Weux4orNudNa2Ca61evNtIoyj09WWnPIK6gXK5N1HaK7vMg58QNC0y4WcxpVHZlB5SOmV1hGYMMZKnNHfnZVTYZzTDblF0xNrZ8oV6v5RT1gO4dSu1ABkc3wu8zncn4glUKCwB6NEaHnaQX7tSiFhVGkYsrDu16MMZIXNU1ZYL188mZcXtB8.ne9GN018v8rxqkk3m9QStVhEhzw928ok7V1hceu3aKTBaKrEnv1h+9oe6Uu1J+JKc90u4EW4xWXoq8N0ckqaRxdeaMa.MatmNs60JWsf+z52nnsqfdN0tEyUemM2r38clXWlBKx8D6XNYDobA8MR5F4npdTGaiTghUcxP8XOSIaoe25NSF5WqC7Rpll2exP2nNMNaob4ZLYnbzGUnsztGt6DTyRBqt84eyIpZtPZ2m8tSFZW3S.Vp5u2aRYDOpimVpHHe+IC0KzYmaKE7ReuIEeKAGruszss+MlTZaRcpCSk67GNcN4epCP4VFiLev3Tc8gh3o6L0LXNGk98i91wW+LaqxVuM864aS+JaKE2jndeh7M05hpk54h9L2NX5Eev14qWuWyxpqmS0Tg6s5HwXT2VJ5uwHZpVnyOap3ze8DbEcb0sP0aO5Vi80agOuwoZTVbRR4B0p7VVi8sJCe9rSkVixSRJWnlkOd6w9lkLmm8szrr0G6q1BzrP0YY1YruN6Pd6nhgpx19di8UY9JVnZra8fIiZLRXE6ydmIEEKTSw8d6w9lhyGrSXEdtB6N4nZgZN9S2cru437A6uOgp0N86NoTq0lSjLemw9ZsiQukjDpl6Ru2XeMGi5EdhMe2IfYa2bCVfU215e7DjtENXq2eBHSBAuq3gzsO4gSP5Vn1jO7CF6aSt.0q4ZnZtO6CG6q4n0tP0c+teuIfvkceW9BUs8W9QS.yby6kTLT9Q9MFOqw5zgj8ZVUJrX2deedxu9vYEh9EZS2bWzG+E7Ia1tocuNi1MWeNgbuou5cttodO9sRZpWCq62vgOyW192SRE0EZuYpyCWW9qN1TWNaeNnhuYf9cttoeIuJynpesVcfP0eLuoSiu0esRyb31mUl7zuy0M8aBo8445V6ywU8K3HnKrxw7NkMtpb9mDUg0Ml2SrwZcizltw7teMtpaMOiJBqcLuPWSDZ2hcS6FWGPfpc4hcqc4Xst0d8Fi+jwUcidffE61.AiuyHpY1LC4Qg4UfKoNin8k9WJUr7sz93BLuAniqdNY1z6CqgLuYmiqZXqM40vp2u8Cm.TO5M0wvJHyKg4Xb8GkilE6lilw0AIXadtX2ZdNtpdgadtX2ZdNtpfs4.cwt4.cbUCYF.bwtM.33a.ndIjOjtw7VaOAnamqa51XwvBAaLZWN+s82XzNbvxMrZdlMWrWjR09oemHnZdgCl14saIjZt6qzlZ9UyYUnXC2sON6HHylJRh57MSmNqrl60Rdx5QZkaNVgcuBIVg0IQorB6sJm7D1C4OYPVI8I0RdR5bdSImUPyduDpfRBIn691IOA8vAomJTepuUhUTCaUO36l7D0Eni7hUbO86kDGFHXdLrx5puehTV8mTBqrd+Gl7j0iRMCCVo8QeXRzmkaHYrB5O5iRdB5AS69uo262R8Of90a8chrXdvzNQfl4b8WR+k4PRo2b1160RxRpLsM0JIKoJzCrVNIKopz1z5IYIUidJ.2KIKo5z9Re6jrjZPurXeqjrjZRu3juahTRm02yeV5T87dIZQkdTpW68SzhJ8vTa+vDsnRON0u6GlnEU5Ap97OJQKppcKhpeztwUTWbHKpZcKjpjmnp2sXpRdhpQ2BpJ4IplcKppDmnRx1svpRdhpT2hqJ4IpjtEXUxSTk6VjUIOQUoaQVk7DU0tEYUxST05VjUIOQUuaQVk7DUitEYUxSTYFsRlNHvGFAQk8AG5zTZs1jzWzGjrYC1owhkrJSObUpaHHYcNOY04j.JVBK8.V6tgfD1C4s5dYbNqdhkzROlUtRBRZ8WKxLKVsQipkim.SOx0spIHA9.dqGY7jT5AtdzcEljtd0xYjhmjxLKq2VnRJIdRJS9.+VByqk6x7EWqJ83V68sErrFS6Jy.WeGAIqGlZMIim3RO30AeegYZCNAShirpPO30oen3jU+ce1XIqLoF7CE1XWMWSx3Iszics6GIHo8ocWSRFA0+Hc7j9BpcGv7MJV4NqWz+fy7noouDS7AzGwGexGDa3xr05vx4547OVM8NCMsihw5A2tZ9ZE51oSI84b4gRqHqQxpqIo19wbooholNwT0MNU5hx9KTkjruE2C1ympzLoe64mKSlm29I6dXm97e0LRJmI6W18hWnX8sKk+AqrQi7205U1o7sspY+8Mpsik22e4p2y99btEh2EtTwfOq6cgyuSc6nFdoZ42dqhaT29a1ztct+ceAqMyuSoFma6ssxWy43ijorWrT9MdC6Ry8ns19axdFMS2+LLxpalUWx6msd06bmRVWoZAK1B+JEKT77akuREqRNxi2EudcqaXsQip0nDnVOQ6u8hkx2XsFOnT3Ba0kBpYZ6KVqQ9ZMZ8jHM+hkpTfR.zlet2gpZRNTE6EsaG3czX1ZGSltY6AY6e4ghn2pu39uYZnRmOqTjX2P8m9sC2Pc2q5PAo0qjursL72oM9Gujs6.qZtbOFs8JhCjdI6NzLq.+RTxb1GDexMuPactThv9Dgiekapj89jr7uAX3oTLwn+0mPTJl332bBQonC4euJSHJE8rC1q9DhRQOQhmbuIDkhdFGq9MmPTJ5olja2wdk5fdiSQ6oHyuwjhVw.q02aRQqnG+8G8vIEshNToO68mTzJ5Yau66Mg3BjNcGa8tSJUUzwU7i+jwSsh4M+6J4qaKcs8FjcvOYr4MH6v8IkKZzQX7vOFF5PG02PkoiDDk658ccthPhL5xW3mICIorFRDIsT.pYoeuGu0u4jSMKcXVY9MGD0rKlPqYY19q8qYCs2YZ7Iim6clLGugqluhm10MeQSlm.Yc5sIL30HgNlmG+wi52ijNVq4UkwdTocgOYb5nR6fcmp61ZO9a+wC8z12AufQLS8zylIGsf93OLBBJSZ3Od5Usub0ZkcxIsmEokuNGEIrKtl4TuSogmJa6y7zNIa+cB6p8NsYHNWmpi5fKwYS68gtp7Y9vH2UYtzqY0vwZVOb+kq2mJp9KezSf949MgIeyld0ZV0sZ.U75Zpyomw3+W5Nua+shem2WusNu0nRc9uXacau6NeE2iuuuRwMpV4qPx1VRzOBqza6NqYGT2+MSh+o2wdy8Z4B0N6iCKaOpQttLHN6pFQjLs+FUmkS51UqY6lgckJdxY8t50xWn3N0oOs2ADKPqMwp54uq0xU7pzSMyLO0LmIFNGNTvtnvRWkNMGJzqLhY6UuMMprlta09JhTfco6rcFUrjc8n+JlEJ3HaimhpJQtSdN7Vlt1LHFFY0Tzsig2yywY7WltUacVP97e0LO+RWU548VvokqTv591W5qH43ggtEzw55.XGH8l0rdSlVPWhtyYwHafhTnFegNFbLIJQGWtZAK2SAZa4cGqJa7fTkKVgtZsbdp457GmydjqsC2Hs9NatYw66DSPlK8V12egBkrVsZ8hMJVsUQs8+7bE7VVxajuzNLKGW8spdO2KtZ0s2YaGq20b0XZa87c0Vu+zLF5TuJkg9QURNF5ll0G8oe5O7rzl0TY5pInKFSaidGV58N1P7N1dUYrO4SxMDmM8Er1nnSfALMCM1iwdYjipIm8bQ6lUJUpnzzp6ciOnm0SsaKAbBx7wbT1d3lGks1NoYNHaOb5EyWovJatoiq+t1nanTUDUStqmSZSdlRISSduMeCWWpyzGWpQy0Y5zrV581NY56r6dGcMF+K9Tm+ZymJu9N858yfH9m+qON1TbT1Slw7wbZSh8jGr8jYrzK7Mm95I2WRIYVW1ySOitdYfB.dzoQP3YHe0A5aihBC3L+iRfBH8fEe18SfBHCY72JpBH6CLPbeIau+g6drRah6WKWrDP5kNZg5IPAjdEP19WW7B3A6m.Z10Cem2LlB39Re0vRW7jEUl0Y+MGsxB8j797u4PUVNP+jEFlz+UnSMzVwTVRm9xq7poh0Cm1M+dk36gekkuP7d3ztv+rGvyC+oSeokeoK0K2esRY4Smd872ltAvsn4iH0uPzG++fg6d940xwlaMhjgTVYGTwCmaMpuI5RMcSkW6CRNR8w6w12reFPWeqZV1AzTp.cCNlWanWd7dFBuN6LDRkhN.2fX0h1rFtvdLYnX9lYn3BOnBaJJNUZGqUM2eZKKLcUyB8+DEz8caf9vA48GypVJxDlKS0PNp4YjNc1yH0Aitr6eGKWTM5Gixn6Y6hlA+nAF7y0nQ9Mdit0QXuam3s3Q0RcbJKkuR60Gx1aVwxVoXppdc54TWtdW6c7KlKZl6EZ191pjU95VcqE9Dj89DzsL805tZv2qFHC9S2uQ0U6ZHEO4r8adOGJ8RW85m6xK+qtz0REqGJ8bY9O+ch2C8voO+JWY0qszZqsB6SctttjxmLnskyu9lWI+aXYWcQsaN+dwa5dy6VukwubBsfoe8NLqOHc.8K8XYVomA1s9v3VWt14V+5W6bqGxpFgdrq4rQdWitGalObLOTAHYO7zcqd119vVO6hkf6LHiV9FOFiktZ8FzuaKez3koNp1n4R6nntFo3jpW6.4hVk0dQKS4OKso29+tSs7tETWZqO9N5TaU.GNMk55UE7LoeEGBmJYGeVgUspsgs54HkAV78k9KzU68ii3JSv3T4Us5ZK8IHC8gRaqmmqb0cpzXPam6WJwToSI1mvL+tWKlyo+PoaMilAbh6TM65FZZbkR65F2o.LfkPsrcyNF6bibvz9gdOnEQlbn797HhylNHZ0AsLRmwjm7A7TQOmyPrYFFoQViIIbeDe8YbFia3HkzYqaa50yXu2buDiojdxG+ke.OsIYFsZPKlzSW49eDehosu9L9N6Cw170hlX1wWhrEs8XP2A+gzuwo1ScLxiUFkWype91Fq711Od438dV0OFUISrLpd2h0K51rXl8EK7TObySNKP7oRFe3SkvMepD.7oRl.4SclA.epGoW7oR.vmJYzvmZrIvnyFMaidDLZ8iaUB.tUISMbq1Ox0X1K1iJ2pSOluE5GCpZ.XPcR18HetAcXMUC.qoS29A85Iyr0+FUFTwdxA8jYLeQkA0o8dxGpW8jYrnQk0TQaQ4oGYemsqI.VRIBjDR8r.XIUnBnD.VREp.R.vRJQfnZpKCfkTgJfJ.XIkHPVR0UAvRJY3vuotF.VRGVxhN.VRICGVR0M.vRJY.wRptI.VRICHVRMxBfkTB2rjd.GpLY1utiJLojQILodhsD.ZREnX2gnoNQyDVxCNohN1pnoaGsotAkGyjodsPS8BL1iISE6Xspv.CX3nTy5J7WtnlKCfhOBTJ9behJ.P3izOD959tByoZV8wGCeDnL7EGP7LjA.hGoOf3Ekl1vIwKY1o83rZFLx2Rlp1ywnZbQVVR2gKbTtR.ZV26jq.fcJhnYmxPE.6TDQxNkgF.1oHBkcJCc.rSQDK6TFF.XmhHXfeLLAvNEQzrSYlE.6Th1TZJAfcJhvYmxj.fcJhvYmh.fcJRhkcJYjcpPrSMu2AR45U2FF7TxiOvSI2W3oVnOvSIC.dJYjNftCIkL.HojSTvAzsEbr6PCLHfjRF.jTxHjTAPRoC.RJYDsh.HozA.IE5FrWPRoC.Rpoa+f9PRIA.RJrmbSHoj..IE1StWPRIA.Rpogdx8c5vP1n9jEHZPlP1n9Dp.BYi5SnBHjMpOYAxtjIjMpOgJfP1n9jEHbUlP1n9jGv.MMmmrX6BD.cUCMgAxV0m7.FuplBCj8pOYd4qp4SGxl0mLu.V07oCY25Sdvra8oB.vJ4Q9t0mF.9pjGo7UcxVI0jG.qjSnfH0T4fRXkbBccwapXfQrRNgRqQqpLvLVImDYrpoWUH6VZxP4rp4SEx1klLbVqdlV0i7Aak7PE1pllGHa6YxfoshpUNbbqRlcfOQHUCFuUISc6mgU23B3pDu6W3DWImDItpYOcHaWUxBC4plhIj8qJYgvbUfHJAYCqRVLPW0TFgriUIKHpqZJjP1xpjEEqPMkRH6YUxBi6plhIjMsJwaLgrqUIKNxqZJmP11pjEN5Ux.PuRNwhdkRWyu+TN5UK1nLLzqTFePuRg68sJE.nWof6aUwGIKE.HYojP1kGftOtv2Zo6gjkB.jrDscyym0IZ424xUu2Mi8NIsfg0x..rVJ3AYa.rVF.f0BcbBAhKC.PbMM34ruPbQ..wE1CuIDWD.Pbg8vg.2EA.bWSC8v6+Lt0AP2khHXSpoDZ..uKwJgl.36RnRHIK..uTDA+TMkPI.DdIVIj..wKEQf3USITF.iWJCIrpHJ.X7ZnILp.X7RYHw3EQC.iWJCJFuH5.X7RYPw3Ew..iWJCFFuzAv3kxHmwKC.LdojDX7xIKF7v3kRRlwKGkCJiWJIYFubTLvLdojjgLvsJCLiWJIYFuHl.X7RgWFuX11giJiWJby3kS8HeLdoHDFuXeEt9v3Vo.jwKGqCbFuTRxLd0T0fw3kRRlwq.ciKFuR7tegy3kRRlwKlrOEUFuTDNiWxx.X7RQnLdIq.fwKEwx3krJ.FuTDLiWxZ.X7RQzXIIqCfwKEgy3krA.FuDuwzD.iWJhmwKlMy5nx3khvY7RA.iWJIVFuTQFuBw30bouTwKkG3ASn53CfWpbC3kJ..uTwUwL9.doB.vK0Q6NTQGrEOR3.doB.vKUDvq9C3kI..uTQ7OB.7xD.fWniSH.dYB.vqoAOm8EvKY..dg8vaB3kL..uvd3P.7RF.fWSC8v6+zsk..3kpHgSRg..vKwJgx..7RrRnB..uTEI9TJp..7RrRnF..uTEIfWJ5..7RcHwTkhA..uFZBiI..uTGR.dolE.fWpCJ.uTk..3k5fBvKUB..uTGL.dYB.vK0Q9ojHy9ZPTI7RcjR30w7ycJO3colHWr5480LnrckL0pi3qUfA6RMgdfV5WYAlpK0jLUWpPNgDU4kpKUHmRhpvo55D9Uh7gzkpPP5RUE.RWpfQ5Jn8MbdtTSnLzRoWvf4JYpXOCkhwEIWIa+svw3RMIiwkpF.LtTENFWp5.v3RUnXboZ..iKUwhwkpI.LtTELFWZYAfwkpnIORSB.FWpBGiKMB.LtDuwTF.FWphGiKME.XboNvw3Zt9fwkJ.LtTEJFWAAt5M1pmLGGztzPztBg10roWuZYIXjcoM9P1kF2jcoAfrKsDwtlfx30oonF.xtzlBN6g5GYWZ.H6RCI6pubevrePDUxtzPtO749fw7EUxtPGm.39fwRGUxtzvyewJLuIUQkrKrGdSxtT.P1E1CGBYWJ.H6RaZ9bYr4LvUAP1klHoRRSC.YWhUB0AP1kXkPC.jcoIRtozLAP1kPkP8r.H6RSjjcoKAfrKsgDLU5D.jcMzDFY.jcoMjH6RWA.YWZCJxtzUAP1k1fhrKcM.jcowMYWdLRIA.sKsQOZWD.ncoMRQ6ZAubmxCYWZIxEu9vdJFTvtzRn3p4pTf45RKghqlWUEXrtzRxXcoqC.qKMdw5R2..VWZvw553d0g7Q0klPn5R2D.UWZfo5xu0MbntzRnvA0RsfwzUxTuNUK8hKjtRztZgSzkVRlnKir.H5RS3DcYHAfnKMgRzkAA.QWZhknKCY.DcoIXhtLT.PzklngPxPE.QWZBmnKCM.DcIdioN.htzDOQWFF.H5RS3aLWZ.H5RKwtwboiza0I5sHvn2Re7gdKcto2RG.8V53lOQ7o2RG.8V5H8VUzAPukNRuU+o2RB.8V5HaGAzaIAfdKzwID5sj.PukNRuUEl8X5nRuE1CuI8Vp.n2B6gCgdKU.zaoizaYOaaS.zaoKRxiLyBfdKwJgR.n2RrRHA.8V5hjMJSY.zaIVITA.8V5hjdKSU.zaoOj.lxTC.8VCMgQG.8V5CI5sLM.Puk9fhdKSS.zaoOfn2hjMK.5szGPzaICfdK8QO8VJ.n2RezSuEgK5szStzaQ.SukdxkdKBb5szStHEP3fdK8DL8VjrR.n2RmS5sHYI.n2RmS5sHbRuktHn2hjUF.8V57QuEgC5szStzaQ3gdK8jK8VD9o2JQ6pEN8V5IX5sHYU.Puktno2hjUE.8V5hjdKRVM.zaoKT5sHY0APuktXo2hj0..8V5BF3HRVS.zaoKZ5sHLa7wQkdKgaLYd0ihJ8V5BmdKBy6ZTTo2RW3zaoCfdK8DK8VFH8Vgn25PosuT0Z.28sLFe32xnu7asPe32x..+VFSgKRYp1a90YNsL.vokQhZsH69ZNFM5A73tx..2UFS3bWEsUz1muJB.9pLlHnuHZ9u74nh.fiJzAVu3kh.fWpwQOX8qGHywWeT4eZ5qGHiYJpbNg8.6EOSZ.3YZbrGX+mOoL.9jLDHaMDl0mMp7IIVITE.eRhUB0.vmjg.o+gHoCfOIwJgF.3SxPf7IQXNejiJeRFCGjfHr68ru4HVXj.vmjwvgOIB67NhHeRFCH9jHDY.7IYLn3Shn.fOIiADeRp.3SxXzymjF.9jLFo7Ic7frCxCgRFIz0h0W0fxnjQBEL.e0BLkRFIzyfrfpKvbJYjj4ThnBfSICd4ThnAfSIC3bJcxfZQ9HUxPHjJQzAPpjAXRkZ1BGNqRIyttGiQwfQqTxTydVZMiKdkR3NcgSrjQRlXIhA.hkLDNwRDS.DKYHThkjyBfXICwRrjrD.hkLDLwRxD.DKYHZHajkAPrjgvIVh4rJHpDKIdioJ.hkLDOwRL4ZOpDKYHbhkL.PrjQhkXISjXoNSrDvcbJywGhkL4dGmxD.wRl31pP72woLAPxj4XxpP1Ai1ibJfAwNNkI.xmLGKIeZAwtiSICfHJyDLOFKH1cbJY.jRgNNgriSICffpoAOm8cGmRG.wUXO7ljXoCfDKrGNjcbJc.DZMMzCu+y2VG.QWlhjFIYC.DcIVIzD.QWBUBUxBfnKSQxKkhD.htDqDR.PzkoHI5RQF.QWlCIHpTT.Pz0PSXTAPzk4PhnKEM.DcYNnH5RQG.QWlCJhtTL.Pzk4.hnKc.DcYN5I5x..QWlIAht3aOmxLISzE7ccJyjLQWbruSYljgKfmcdJyjLQWJl.H5xjWhtTyBfnKStI5h28dJSgPzkpD.htL4knKd18oLSxDcw09OkYRlnqAvNPUB2oKbhtLSxDcoR.PzkovI5RUF.QWlBknKUE.DcYJVhtTUAPzkofI5RUC.QWlhFBIUc.DcYJbhtTM.Pzk3Mll.H5xT7DcokE.QWlBmnKS.DcYl7H5ZVOIiYaTCQ5xe2LMe4aaWzEqXESrtZYTSZbc8BciqKorb.1k2xWxzFpujc0MaDt9kd1m4605Wx1csercMxL0fNxb3CgKOPDXsO4SnMEGKO1.UhCDWi1N4IxyMPk3PwE5jjCmjLl59hw0jmSx9RqkQbn0B6J2FtVFwAWKrqLGckYL08kWqIutx8eRyRwAKqVFHAxTjFINbYMZDQ43.l0nQDUhCYVsDQAB9jlZbPyZzHhZwgMqggH1WDjzziCbV8VD4GHJMi3Pm0PWZLiCdVbJM8kQI8rwgOqdKM..zRWJN.Z0uGerIzRmDGBs5WWo3hnkYbPzpqwEHbFsX1955KiVi.4tCgg8Lz4CEDnVip3xhJDZT5Wro0JYqamfV2hOxVIak6jLUbwmaqjf10WJgzkiC3VgCMEL4V5JwgbqvOV.na8bzUl.w2JrXLb42RWMN7a0dMSbA3ho4N.HtR1clOUaZWLI4JYqd+bgUOX3bMF4PF.SWIHsqGc60hCTW8Nt2gIUW55wgpqdKmCKrtzMhCVW8VFGZbcoaFGtt5sPN7.6xHab.6p2R4PDFICo3P1U+58L7P6xfDGztFclS43v1UuEygJbWFJwAtq9InCC5tNnKcWL.DzW7t55.VIG9tjP9tBw2k8jSpdO61jk.B2kzXDbWR7C2kDD3tjvE6L9aNEr8UiJbWRS06bW9XeIAA6KID6q9i8kJDrujPVQBv9REB1Wn6SH6dWpPv9RB29tpvruzDYfvvN4MAByDBPXXmbHafWlP.BSB2AurmBtJDTwjDIjSFZPPESrhnNDTwDqHZ.AULIQxgkgIDTwDpHZlEBpXRhDULSIHnhIMjfyxj.AUrglzHCAULogDpXlJPPESZPgJloJDTwjFTnhYpAAULoACpXLGRmQFULoQOpXDHnhIMRQE6DMSsJWbhIkP25qBTNvPhIkP2FVBTL3DhIkP2ZfZVkAGOLojLdXl5PvCShW7vLMffGlDb7vNUyZRNYCSRHrgYZBgMLIvrg0pgNGfgIkPwykQ0.REVxT2dNFciOjvR5df4fGLoDLOXxYyBgGLIQyClbVIH7fIIRdvjyRfvCljP4ASNqLDdvjDKOXxYUfvCljfAXRNqJDdvjDMOXxY0fvCl3Mm5P3ASR37fIm0.BOXRhmGLIH7fIkb4Aif7f0NOXOn7syWpNPdvHiQ7fQ3mGLBDdvH3ZcBfGLBDdvHiuq04faa.i.gGLBdVN1edvzfvCFAOp2B3ASCBOXn6SH7foAgGroA2m8qSNyo.Vj4AC6jGzImw9EYdvvN4.5jyXpiLOXSCcx6+TvMgvCFQfjLIy71XEYdvDqHJAgGLwJhDH7fQDHrUxRxP3ASrhnBDdvHBjGLYIUH7fQFNDXIKoAgGrglznCgGLxvgGLYlypuHyCFY.wClrjIDdvHCHdvjY1ErhLOXjADOXxP3AiL54ASABOXjQMOX9oVkKdvHIUdv7UNv7fQRp7f4qXv4AijToQHnJCNOXjDLOXxDIH7fQ3jGLYFXUiLOXDt3AyuljSdvHhfGLY1Ac9vXWs.fGLeyCG7fQRp7fQqZ.4AijT4AiR23iGrjtGXN3Aijj4Ain.gGLhv4Ai40kNx7fQDJOXDMH7fQDKOXDcH7fQDLOXDCH7fQDM.SDSH7fQDNOXxYgvClvMmxRP3AiHddvjIP3AiHddvHP3Aijb4ASF4AKDOXGI8J20p1VV4K.kHL4wHhvj4mHLYHDgIiq1I.hvjgPDl7XwwgT2WEzABQXxPHBSF2gv5OQX5PHBSF27fBHBSGBQXn6SHDgoCgHroA2m8kHLIHDggcxaRDlDDhvvN4PHBSBBQXSCcx6+jvkgPDlrHYYRVABQXhUDUgPDlXEQMHDgIKRbqj0gPDlXEQCHDgIKRhvX1tDiLQXxCIFrXf0MxDgMzjFIHDgIOjHBSg.gHL4AEQXJxPHBSdPQDlhBDhvjGPDgoBgHL4QOQXZPHBSdjRD1onRtJWLgImPWd6VpGXpvjSnbWzR0fyElbB8XxjpZCNYXxIYxvTTgPFlLujgonAgLLY3jg8rT0kbxFlrPXCSQGBaXxfYCitwNGzgImPOBBCob.4CKYpc+rgzN9HDK46KlCFwjSxLhoX.gQLYgyHlhIDFwjEJiXpYgvHlrXYDSUBBiXxBlQLUBDFwjEMTSpxPXDSV3Lhop.gQLwaNUgvHlr3YDSUCBiXxhmQLYHLhImbYDSAYDKDiX19fqVsLP7vTFivCSge7vTffGlBtzm.vCSABdXJHdXUXsb4SnMRGKwCy.BdXJH4HA3gY.AOLz8ID7vLffGlBhGVElEuLx3ggcxahGFABdXXmbH3gQffGlBhGl87u0gfGlhHAaR0.BdXhUDMgfGlPEQsrPvCSQjrWoIAAOLwJhDH3goHR7vzjgfGlxPBHKMEH3gMzjFUH3goLjvCSSCBdXJCJ7vzzgfGlxfBOLMCH3goLfvCSGBdXJid7vLffGlxHEOrE7xqJWjgojHWV6C6oYfgBKYpUy6oUv4AKYpVGwuxBNJXJIYTvzLgfBlBunfomEBJXJvQA63dUibRAlhPn.SWBBEXJfo.yuING.fojP2UFaoW.Y+JYpXmpkhwG1WIZWtbP7kRRl3KcBDhuTDNwW5xPH9RQnDeoq.g3KEwR7ktJDhuTDLwW5ZPH9RQzHJoqCg3KEgS7ktADhuDu4zDBwWJhm3KirPH9RQ7Deo.g3KkjKwWpSEDe8yGoHSNjcb+Uta0Pgkr6Eh3pzolHC2JPotPsGPWUe8HtdXpI0cjcOkJe4sKZWTcYRtie0VK3qX1iHTvxA.vVZ1iu0XslMuulcohmeG5tW4ty3SKwdL9E8j5Sc1HlvA0lIJ2wkyvco9LXNafd8XJgtwn30hLTsv+vArXxLfzaDYwryQSG3eHjLuNuKmlAyVg10h3RFo1kUIww0baU9wSdXXGq.Wxy7oW9ZYtjs4IiSG0PVtd1sH7xRPG74m2HhKKg5He4TX1weW3gIO4tiuy1WIe8FV053Bp74LYg3BieC16qass3C+9zqQWtaN9MXuuh09xOj46NFnY80sjIy6u0pQLU2Ai4bxzmekW4Fqb4qu9xq7JYt1R2XoqsXHs0NLnd6IuuYi2jdBc+tuaLEwYSe4kuxxquTTWmhSFTi24UpXAlNpE6+vxKj9xEKa66nFvEqn6sMmK84JcmvSE5ytGcqxUG25ucDOcp8IMr56LVqWG1utxUz5RsUpBieSb0UqbyUPWppR3JUO75PmM1GwjX6qG230FlKRfIcbkOj163iKDW4bnk.dS53Lex6wkPNzR.uRV5nJezcoqx+5wuJ2ICmW15t1OiPd7uN2xI8LYex2jK4rqS.ieqIAR92UEb92UxRG.TNlQOKFWi4AR64fefKizQ.cquIWx3Sm10c8fNo6pPR5t5HKo68OtXZE5S1I1wEetK+RqbskW+RWY4yCLt39LCXZe.69sSPy.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.6943Aio65sozNtlam5fSRekLWyd970tMS8vEp8.VWQu9d1y7Or2oKaWe37RZS66o716Tpt0kspbGZ+TO4r9h0xU1dmFzW+50sblp0cpUcmJEbRnT9BzkWyU+k5ZdqjO0qAdvj8o9MW7hq6O9VqKUrj0qjur80dpzduW4dCm39pO68OKUs511sxp0f9BKUoPvGGwC9Md05qaC94ke0dN12tu3bmLGN1GN1GN12jvXevC8d+9tl5n2mz9eYG89L65A41y06i+XbNUBy64+oCi5479gPgH5i9zO8u5rrisj4W6i+yNq8Hgdo.u4O6e2YsGvLz09qNKs+J2KbwZVVuk0U71jX7u5O7risCpLJpV8CoYtzW3AUxWt3F08mOk2xamw9pgFSog0RUbx.FSTENWt0hWE5K7WsHpNgNWMX4YnF9wIkY0bkqN7HZ8kc7A05q8dCVndZs9pvRxu.0irCxi+Rx2lv7jy5+McTR7+t10Z+unsGDsT3u5+sWbs+EIoDGDtYNShCFbMyGDwN8fJM1p0.HmH8KWbi2HyxUbx9UC6qZUqawPcqe3rO9rcHBoaTs3FVt0Rst514d4hkJcw7ErVuXYlcCok2nZkf73NW5Ms+Kq8esUYxNrT1tUY1mb.lt8zScxzWoXghMuN8PoNeQlV2wPOEkXxnGCRF89hlnzmn56XtQOVy9ddddjvbOOPy8bX6KAy67fdp2KzzD6bqYjvbOiy+Fm+Ml64QmKHB5BBcAgtfvT.NDxUzeWupgimdsF0rxW1VaWKuiunZtUDyF3HpGdfdRTm.ctHMAZmpkUqYUpZ9BruI56kawcrmoSn2O8OKm6ixeCEf5Y4qFWyZaq7MnRmnK5aW6ZuTsp6rc365Im0cZdqWK+FuQn0JakJV1MmZvjdpZUqWeSa0wsrXd23WcmZ2gMUWtYRsN60raNQ2PxIB4qW2xoIbwMBZyQk1MmmRVOp0bVcN2OKE5yjPeVNzmUB8Y0PeVKzm0a8YOC5UxusSCC6OOy9Y6xcfnMPgcA3RNGUhPVr3cZV3d+7V8Ky1xL6JJT2VGFx4owjiv4L7mo8kGXA+vSVxNlgRUsuRvffta+0AWkcdRWoZkpauU0JE2fsSfci56bGqZzxdGUnvYZ8j45PJVubwJV4qw12NV1BonaK5U80y4+xSjwwuVlIijZsuInjZEi3T6VD4GoYD4tWpKiFlo1K9mdV.wi+3yhwiiwiiwiGy3wS2w3weJtVTKZSxICx.642o1csV5McsEoSuzUYGqyVJ7NW3pGjpfEy693bMGO96u8WNmyEjZZeNyui6EHAKv81u3e8YctfLaP0tgyGbgEbuEUZOCNWPq0aay2y8Wn6egb+j2x6VLBWnlgKTorgKUII5WLG2qPBWLRsIsRLh6Eu35MWj01yL89ilWL53.G8sG575pOeygFFGVX889wezx604EVOmr7ylqKKr9i9zO8u8rcag028E+Aeittv5MWs6D0BqG61eIA+QGvq82gB1q+pVKTCP6qyz.jZOAroWg+DGzbXl36tu3b+Em0dJ2TAx7325jegbNaPizqU9l+4O+dCE6XjCz9Yo1kCm9FNpWVlij1aFzY7HyMYGNwgS6lagLNoBZRttaifhxV27+2dGzq6yp4HiOUIJh37NIy7OatdpzBmhG3qAB7DP1MJdNomWsU1ownCiGIYDiGDimoPLdNdqNeHGOCCNdZy.if7LvWE8i0xFij7fosCSaGRxivI4IrOHDkGzGD5CBQ4Q7n7LWSOQHKOHKOHKOHKOcmkGBxxCxxyDKKOGsUL48BlGLhbLhbLh7IeXdHHLOHLOAv7bjViMfaSFiMz7LvVdjQDAOTs55KBOdQgDBgG+cONqvguDBgmAbLHH1NH1NH1NH1NzX6bpzqUIeMqLqWc6QE2NREb1.dPtcPtcl5314DT89PvcFFf6ztEFI2Yfup4GmxHin6fIoCSRGhtivQ2oMmPH6NnSHzIDxti3Y24PsbEgv6fv6fv6fv6zc3cjQ3cP3clXg2YApnx6E8N69h+fek8vXxwXxwXxmno2QFo2gS5cFafmnyD6bTpADPjcPjcDDxNzM6PlcPlcPlcPlcF2Y1YwFkQlcPlcPlcFIL63z6CY1YXxrSKKLxryPa4xcLxHyNXp4vTygL6LxX1ooSHjYGzID5DBY1YzwrisqHjYGjYGjYGjYmtyriBxrCxryDOyNNQki63NXL4XL4S2L6nfL6fL6DLf.xrCxrifY1wM6fHyNHyNHyNHyNioL6brzWp3kxC6rwxNlp+8+g7wqikNxqCxqyTIuNG0umGxpyvfUGVqKxoy.eIxOhuAFYzASEGlJNjQGgynCiCHjOGzAD5.B4yQ774b.O2PHaNHaNHaNHaNcmMGUjMGjMmIV1bNrez3HWNXr3Xr3S2b4nhb4Lcykyg7GL.YxAYxQPL4DzjC4wA4wA4wA4wY7kGm0qVNiznZ+yIaVY4M2D4wA4wYpiGmE764g.4LT.xIj4EIxYfuf3GMvBiH4fYgCyBGhjyH.IGOOPHRNnCHzADhjyHBImC56FBYxAYxAYxAYxo6L4ngL4fL4Lwxjy7AID.gxAiFGiFe5FJGMDJmocnb7FM.gxAgxQXP43mOPDJGDJGDJGDJmwZnbHHTNHTNHTNi.nbHHTNCqcIGOyKxjyPkIGBxjClDNLIbHSNiLlbHHSNnCHzADxjynaaxw0MDhjChjChjChjS2QxQGQxAQxYBdaxwKZbjHGLVbLV7oahbzQhbPhbbFL.IxAIxQnD4PPhbPhbPhbPhbFaIx4DouXopUqgaTNHSNHSNBlImi2ruGRkyPgJm1LvHXNC7kEmxFir4foiCSGGxli3Yy4XsbBg34f9fPePHdNiH7blMvSDBnCBnCBnCBnS2Azw.AzAAzYhEPmizLjbDQGLdbLd7oaDcLPDcltQzY9lCGfP5fP5HHHcZ0nCwzAwzAwzAwzYbGSGbqyAwzAwzYzfoCt44Ljvz4XMMvHkNC4EHG2.cvDxgIjCgzYT.oyBM8AgL5ftfPWPHiNiXFcvMQGjQGjQGjQmdvniIxnCxnyDOiN31nCFONFO9zNiNlHiNHiNdCGfL5fL5HXFcvsRGjQGjQGjQmwWFcdlzqmu7ssUV6IvO5vzw51HlNHlNSgX5bT2teHiNCGFcNhm0EAzY3c5x315EoyASEGlJNjNGgSmy7dNfPzbP+On+GDMmQDZNGlZNzHcNHcNHcNHcNMoy4DgoyQJKhmChmyDKdNGiNgxHgNXX4XX4SuD57zoW5pgFuCQzYpCQmEnGR.ozAozQPT5vztCA0AA0AA0AA0Y7cyz47Uu2ssJUBozAozAozQvalNA88PPcFRalNAFXjUmg1FYQfIFo0ASKGlVNjVmQvdoCiKHDXGzED5BBA1YTrW536HBo0Ao0Ao0Ao0oGz5Hgz5fz5LAuY5DDRNhpCFPNFP9TNpNRHpNS66lNAiGfb5fb5HrcSml4EDgzAgzAgzAgzYLERmSkdE646rkU9B0GUX53BpSADSGDSmoNLcNIUuODTmgBnNmfxDin5LjVm7iSYjQXcvDygIlCg0Q3v5zlSHDWGzID5DBw0Q735bnVthPfcPfcPfcPfc5AvNDDXGDXmIVfcVfJrbDYGLnbLn7objcHHxNS2H6bTpQDPncPncDDzNzM6PrcPrcPrcPrcFWw1YgzWqZ0xHwNHwNHwNB93uxsiGBqyP53ux05hb5LzN8YbsuHhNXh3vDwgH5LBN8qZ4+AoyA8+f9eP5bDOcNOsqWHDLGDLGDLGDLmd.liLBlCBlyDKXNGxKX7dwjyi++b5+fyhghighighOYyjiLxjyzMSNy4MX.hiChiifvwwuEGRhCRhCRhCRhyX7ob0CJe67khv1mSbxrXzgwovsUKjUEgwAgwYpCFmi0ruGhiyP5Pthw9hD4LLNgY7MwHTNXl3vLwgP4LJNjqncAgb4ftfPWPHWNijC4JOGQHZNHZNHZNHZN8.MGEDMGDMmI4C4J+PxwcLGLfbLf7ob5bTP5bl5Ojq7GO.AzAAzQbGxUA4EDYzAYzAYzAYzIIxnif0qT8RuloW5UpdoWyzldUN+F0pdyMpVoQspt06Gz8J1031AF3Fm3Ub9bFoT2MeocruP5zYOS1TkKVn3M2XCmov9Uras146g.3djAbOJ.tGU.2iFf6QGv8Xzy6wICemamFUK6MRh8EVcIuNoyPEZZp++ffbi8c
    

    Any help would be appreciated 🙂



  • Your GUI has a lot of controls, I have no idea which knob controls the EQ.

    Make a simple project with 2 EQs and 2 knobs, once you get that working you'll know what to do.



  • @d-healey Ok will do, thanks 🙂



  • @d-healey Sorry to bother you again David, here is a snippet with two controls only.
    As you can see, they both affect EQ1...

    HiseSnippet 1538.3oc6YssaSbDFdW6rs3kCBPbQuoRqP8BGEZv1DNHkVwhcrCQEm3XGPUBgPS1cr8HVOyxrylhoBItr8In21WfJ0q508cnu.8Qf2f1+YO3cViavwkRQf8UY9OMe++y+IG2gybvAALtldoCF6i0zOiQuwTwvFCQDp1NaooeNi1n.AlaESp9XeTP.1USWu31RB5kVQK5yqtccjGh5fyHoo8.FwAeOxHhHiZG6ug340B4hOfLRQ5Mr2wgQav7Xg.dJZTQyG47Dz.7tHoXELzz+jltDAi2SfD3.M8UpybG2aH66nwx+.R.4POr7PUsdfghI2h44JQr7u0ZLj341I0uCz.i1IKJTLNJbIi1DWxD5YQiyGwvJSC03gdgiCdUWP3oq.uUhg2EL54vI9hLNRrcZicnvCUeD7DnBqXY0J7KELZv.Inh0GgdBtEGNLQix2nRkqXc8JUVcyyZdVSSyqd0s4nCsfWDAm4Yww8wbL75FXBjBDVGg3VM225qsd3i1LGoG2XucOn6d2qGvqlJq9b7SSj2rOiaUl.mproEw5q.AsHqs1pleuYol6+Pxi.NQ4gqO.KZ1uO1QT9xM2+xqUlrV0UWcSyWXV50rgxUOwZVvG48FaxT2GLZC1HeFENT9xR9pVV56sBoNBBiZNiaYcOLcfXXxcTBfbojqX8.ogiBXMPddGBoukcFhnCffM9oPn0zrDXeB0iPwV8StCKEQJ6jhqq.wLuPrzIjWv+P7pToXeT8ST.TBk6HDbxggBb4XRxaH0raVBz8EluXBHXzcYB7dzxQOBPXvZZV86OSdINrGlOS1xZb9woXYZ3nCwbE+MRPHYOe0zomupIm32XEAYzcnDwd93jyY0aRdwdcJ2JZSbVURY9nJ0HWaFhkQ50Km0RxAgB6BIhChJhJqOWRYcOOhKlqQ.L9oFxTqpZQwlrVk0s0lakqMsxaaqc+c1BIPxlKIvAfnOlKHx.s9V3ift1wsZJYrEN3IBleDdSxMgGi2Hhe1jK7k20db1s2xdDyEK6VISGCgVJi0FoNGYC6QnLk+g+vFl932i7br5nlfv98IfTFFV284f9ttd3Nr.hL0RJmtTL+ex1E2GE5IdP9HvFxv2b6K0T7kednpub22O7kWe.ALlh4F5gD4mcIGXmvPZa0gDxAAT3NGqhrSv.sJybfV0YUALmv8BFcHBmgyFuElAdkkT+Gi2j0CNqQ7LoLvthQqucQ2EXwfxmGCkKZzSvwHHqaPOzHenCUDdLMRNU8swFa9y8Fac3XOFxMeJ9uaWGRww77T+U6nq5NiXgzb2UBx6h8wHQ6nBrTlmxta2s4rP+o05U2NJY4.NLxEBEpL1ihg3tP0GavYAA8A2IxVApr5DxGHiUYT5hOByCxSa2vQvaOkh8.kMzkUn2O.KeqINsQvT2moJczsT4.Tz6MrFaz4pSct1Tmu1Tm2XpyWepy2Xpy2L6bb.sMxWlYHWidpIqmZ9lrBFnCBbYkEtqSFLw3whmuEihQmDyivkhMdOb6729My9226s37A22vWfnTJF6QjOaMoGA0q.EIFuHLpOZBSJ078NZynL+gLJwIe0AjsOX.lqh8Y5Pv1nPwYFkKY2E6gQAJk2eg88fEiQ77E8mnXQ04OVbbuWelQLbsjM7r9vXlYwOflYtfe+YyzkZaDxOB27oQ3vvn494S0g16sHdv2LdR285Hpakjvl8u8iErkDpptSsjPs7yVotWaZBajQ371sZcPSpraXr2W7sTRtVWVn.FBlNHx.bmdvDZGr5LqBx4fwmqHOKgTObjWZn+WvmDlUSCARlUSYNuIjmKYODKvq3h2yqdNiQzjSK4hN+eA02EucNolB7sj+N5qCpWDOIcrfGr1imZihzulBr.wBrGZsk6gtbOzk6gtbOzEXOzZK2Cc4dnebrGZsSvdnu7V+4EVtG5x8P+HdOz2EnbDxgydbxuCpDqmJhBfRZzuKcIi1xyVS9QZLLprdE4+GexicbjsW9RHBOacps.5bsEPmMV.ct9BnyMV.ct4BnysNVcjKecmPAaT7nGfPmlwIV5J84z9azMWTdF
    


  • As you can see, they both affect EQ1...

    They also both affect EQ2

    Is there a reason you're using a callback instead of parameter/processor ID?

    I think you'll benefit from this video

    This piece of code should be 1 loop, you have 3. (Edit: Actually I see in your real project you have consolidated them) 🙂 .

    for (i = 0; i < 2; i++)
    {
    	EQ[i] = Synth.getEffect("EQ"+(i+1));
    }
    	
    for (i = 0; i < EQ_CONTROLS; i++)
    {
        freq[i] = Content.getComponent("freq"+(i+1));
    }
    
    
    //Function
    
    for (i = 0; i < EQ.length; i++)
    	{
    		freq[i].setControlCallback(changeFreq0);
    
    	}
    

    This array could have a better name

    const var freq = [];
    

    Something like:

    const var sliFreq = []
    

    So we know it contains sliders and not frequency values for example.



  • @d-healey Thanks a lot!



  • @d-healey The reason why I'm not using the parameter/processor ID is that in my real project is that I have a lot of controls and I wanted to avoid having hundreds of lines of scripting repeating the same commands. Maybe I am wrong 🙂



  • @alepan Parameter ID requires no scripting, just select the processor and parameter in the interface designer.

    7fb8c8de-efc7-48c7-a735-8c3256d0c51a-image.png



  • @d-healey said in 3 band EQ controls via script:

    @alepan Parameter ID requires no scripting, just select the processor and parameter in the interface designer.

    7fb8c8de-efc7-48c7-a735-8c3256d0c51a-image.png

    Yeah I know, the fact is that only the first band is accessible in that way, and I have three bands in each eq.

    I really can't figure out why all eqs are controlled by each slider. If you think it possible, can you explain me where the problem lies?



  • @alepan said in 3 band EQ controls via script:

    Yeah I know, the fact is that only the first band is accessible in that way

    Oh I didn't know that.

    I really can't figure out why all eqs are controlled by each slider. If you think it possible, can you explain me where the problem lies?

    You have a loop that is doing the same thing to each EQ. Dismantle your loop and write it out line by line instead and you'll see why it's doing what it's doing.



  • @d-healey OK I managed to do it 🙂
    I needed a local variable to get the IDs of the component being used and an if statement to compare that number with the counter:

    inline function changeFreq0(component, value)
    {
    		local idx = freq.indexOf(component);
    		for (i = 0; i <= 13; i++)
    		{
    		    if (i == idx)
                    EQ[i].setAttribute(EQ[i].Freq, value);	
    		}
    }
    

    Thanks a lot for the support David 🙂


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