ScriptNode Multi container and Filters - bug?



  • Well either I dont know what I'm doing (and we all know that's likely) or I cant seem to get filters to work properly in script node inside multi containers

    here's the snippet:
    HiseSnippet 1719.3oc6Z0saaaCElxNLINocqcnEaWZTLfkBzYHI6j1fcQSyOtKXwsdwosaWUvHSaSDYQMI5jlMrWn8NLf9HrGg8Hr2fsConsnrcb7bWZS5huxGdNj967+QzpdD2iFGyiPVEN3zPJx5F3FmFH5rUGBK.s61HqEwU+gCnwBzlmFRhioMQVV4epjqUg4PpO+0i2j3SB7noKgPujy7n6w5xDoqVeiui46Wkzjd.qqgzU1XWOdvVbedO.I4w1nPh2Qj1zmQjhkCirlemlLAOpgfHnwHq41j27zFc3mDjH+KYwrC8oRBGTC3fRVtJ2uoDwxUQa0g42rdeMNFgrv0S0+7I5+cv0XMYCVO0NbKEiho6vzdXkaRvywDd1SM7PFnatDzAff2rmOQjEYR2glAiGjAY6FHnAwLwoltqOnv8135LgWmwi2biAufi5hFuZm+Mw6zpE0SjB14fn+KdO83BDKf2m2SPgedIN9DEEKnciPeV1bQq7YQT9yFQloFiwfn+IpQDQr2.H3Y851.xH8nf8HHf5CGN1R5Tzz1RZo+oAMnohHWJSGIsklohHeJSWI8eCejLGPnYV1j4.BS20hCpUw5F5SeZZsJGWEwYWq5Ge61TeRlnqWwZJ5XHwFioZ1tAGSiD049jngiM+ux7aM2Tm.IUohWYR3+LrxjeUBvpPhqN.9V35jKCADu6EPLJCLZADCluiEPzFykvM7hXghAEYq0yWvpx7ETPeLMhIxgr9MbwcBZyBnk7hnfoa63vmQEmviNZk6AFR3jt28+lV8B7jtghgQzPRD8.dcH9ekXhrX09vtdPwC84dG0f8yz6uzurTgk90kJZrIEL2TJwJdZC2nhImWJPDw8WInW2CoQOn3wD+dom2HiL8dtuPe6+Xcq8YNV2ZNsOert07ZlotUoYfFHf00dBYsTK82gukzXHw4HYvaB57hUIdfs4z5DYo+aigwOEP1DMpj2frpB5M4f.ENUUyicQ6A9lgVzFIOYyYX2h2sqDXx4W0eW2pAiKaaqiu1GhJjSCWSlEhcAyUdv3GBcaXTowWdpIZjB3KHQ1B3tx.UzYpDIruXf8YfubZCaB9RrhmiQNCTRx0+.XX0.ufD32.mj7uGskHK5uItURYgRwG2ZXKqyEJtSqCIOjgzhzh9GPhZSEptFjH34lT0vjiV1mRpipwX5eT0XAuTVyP+6Ti7FM4B.I7AzpS.aQxyvoD4EggCVnuPMDzPYkLoVXWBJkbD8jDSmr.qcIW20W2dUUF0x3pQzepGMv6Tj9mZd75kKstAlm.JkmeYCXhwqCa0DjIRXhxDYNWLtVkG57HEFyi+dzfyuRo0lVn80v9Sg1bXfLKxjBXhLkHSBXx3JIhlWMuWePopQOMPRQM.PIAoo3Qx0DMpl.C.y7.XryhlBRSqsicYsmrQWNWzAZKj5IU6YlvVkyAaULvlBoi0LUSlHaZlLxrWRYDGMudYnpTDsT6QpGcQmUmNJ0v4zV4zTvDa4SpJsOMlJRzLC8qduC8Yd8CIxtmOE+hX5Trsys9QtoweNODcam0kls5gVfrd0IW6n.d0RUbcce3XRBzG2LDqMO1Y3JaCGtoEYxX6bRFTt3LFRjQ+wES5O57upA4Ec.4Tzd7l51i6yZ24xY+QmO15OtH1YM2Jkpb4sCY4q6P9QQGxkUFwwjZecKxqhsHW.NN2Rqd0pG4YS7hc2lHHxmCV+79FgCVVaSOl4Q6ew4aSiORvCQS2UFWtxjtx32F96e00WY70WY70WY7knqL981cKN0+sb0nPmgKs+sby9spiRO1QuUcEWCSzcSLQKieE4Xp50HPYjtqhtEOpawmRgGtQFH5Lg+ht+XZecBBm5Wmfm6I.HbPDIHNjGScLO4g34ZxaapnWPVwSVJiTR0qJndFxs3F8Wz0bQHmKygAzYNoZJGrl7Oe7NADHDoAEzllOO1CTVRRq0AIk064GSUkdbL2X5xtlK+sjnlfewaRMila5hSOm+P64u9Mq37x5smbqcq5i7t4bK8vK6.SV3CS+LnUYKROeQ+UylZUiGvC6vCXYb56SgZIsaSyDKMVE5IBAw6nzUtyF6S8ojXizsubi8XATRTsjmkXVrENSusXR9qu.m.2hx5AE+33MhI++KeiXl9LTnj4UGO8migx3tEUt6he382CMYAdrSVj6cZxhK4Suzk3EwesWx+jtrTyhpU.KVf5UOr.tljtnC53zaXyF0EZX8ZOOY1vW6nOkQ1i6LrmxyvdpLC6Y0YXOqMC64gyvddzD2ibVgmzSv6lj4.KTeG0UCXYkLtjJIB8OP0IiFf

    as you will see I have a scriptnode taking two channels in - I use a multi to split these into left and right - for separate processing. Each then has a chain of filter->gain

    • the gains work fine for both sides, changing the left and right volumes, but the filter on the right channel doesnt work at all, whilst the one on the left does....


  • Scriptnode's buggered, wait for the rewrite 😛



  • @d-healey LOL. Thanks... I think.



  • @Lindon Yeah, it's definitively bugged... nevertheless I'd like to ask you a question: what is the purpose of the routing you set up? I can't understand it (my bad!)



  • This is my first take at a 2 channel parametric eq, I made it some time ago so it might not be perfect and the code is clearly not optimized (tooooo many lines):

    HiseSnippet 9927.3oc68sDaijjdlIqpxpEkJUkpZpwtWO6tfqv.C0vcolL4yZFLayRknZQW5USp5wrXWqIEYRwzUpLYQlTpT2t7VyL6NSO1imoai8v3S1FFFv.Fv1.9fsAVfUG8g4PCrW1i8w83bbu4MhLRxLxLiHewLIyTl0X3VLiHx36+K9++i2+4A8UZILXfRelToO7hdBLotEayKjU693t7hxL02D9fZu7bdIAgOQnOyFWziev.g1LoRc8OBliTouAi1+9Ue3F7R7xsDLdDCyyTDaIri3ohpFO8fpOQTRZK91BGJdJVtKTsdKE4GqHoLDflqylkoGeqWxehvd7vrcMVlT2rVaQUk9MU4UEFvj5Fanz9hlcUNWFk+mINP7XIA3OxwzD7hPOdKEo1PDCeJyi6JJ09fQR8.FlTrGXvAWGwA2mcWw1hietAWrhVBYLJANej5ZNAub3vKq2gWJL3cCD7tKayV8E6oZjBDaKwVWVUneGdPS.NrP4k4ZMeL6iU.4PVc8S4eovV8A+XbIVKGW1ruel7Yy9de6kWb4E+fO.UrsdQlFBcD5K.ZXWdQP6y.0Lmw2OynTyk46jQSeY8SDTq0oiPK00VEkXFPpqN5s8QRJGyKkAgKiW4.72IJQ3abDNAuyGqbZOEYvOVaU8z0dmVKEmKkhaLR1RTBHyCbAJCUUUjc.JnzsBEsmx4Ro3HVp7tTp7DKUAWJUgwh8FBRRYZdtnZqtzjYPNbPhgoZECfmw4XI3HTh7NVh7DJQAGKggLtin7KsIi3uLsLP6cASb7qptbugpOX+gpf+SllRhsgpLj4MQXVoSbnjsHUZOjy4xXk6Tz.C8JROchkhykRY27vYYVpWG5.AlnETz0o720d9AuBNmd+b1e+bN89MjucTN2EY6Dfyd5fUKUK0dm9BuhdIzR0RIbH61xKrF4bDObDvCmi3wZIbH61xKrFy6HdxS.O4cDOVKgCY2Vdg0XAGwSAB3ofi3wZIbH61xKrFK5HdJR.OEcDOVKgCY2Vdg0XIGwSIB3oji3wZIbH61xKrFK6HdJS.OkcDOVKgCY2Vdg0XEGwSEB3ohi3wZIbH654E5a5f9BCDTyrQekyGHzmbWXn7LJKzdolx032+ydTi56+zlYF0E2YnAjl4IxJGiWGFoP68ONGZu6wHGNXW8QlXGyZI5LfgYw7aDN1+AY1g+XAIScjCePA5NQ0S23cc1C1S30p5Xyj69CZT6YzgEHQKMk6U6EGRM+vDMnadogBY5ozaXuLCTuPRT9jkWbT4.BmV5G.SdSdU90VdwOc4Ey.92pc.4AJ3q9sxr59u9hSDjW88wRpo3m.SJWgQOTTU3Tz7l.ON6q2ZqhYg+O6Iyomd9rv+2nzOVoOn6P82Z1kW7MiDfmWaCBsl6nbhBchGjnwXId5dO9v56uWSc06F0ZV6vLM2d+m+AaWeyZKunnLfTDxzYnbKUQE4LJxF5Av2eeEo0ZM5k+9fZGPXumFOkVrSl0F86z5DG7elz7We.1KRsOHyeaTNeC5+HHMP.8Wd5MzgGj+wuhL.6n2nIotqRCat0eKOlWR5XvDaWifvN1Q.ho14QaTamLO8fMezgDIqwVgdfqpIeBnzZPbXefWE0mBjND.fpZq8dY9NemLqtJjMgRmKlUP4YsUUAlTq99YVMa1LOHS88piT8SiX0z97s3J.euusKDNlSIx7sU9Bite1Czrq23oGdHPeMiIMWBZofB3G8SHipKeRJ7sg9iDUFNvPBMTsfBnS9hnnIY.HjPQB0PIbBPMzAJMDSCyH+gjwLFbF0Pr+A01KCvqSy5PEdRx.z+hKxPFbgXjQMl88XgRomf7yENd.v+HXRBpp8F7s9fOPsq.vcYOIPOus.9EA9rWGTOqNxpG8uw07X23qkEOGuwEZA4kjLsfIgimyR88dxXURhrBXpqNyJPTIozhWJyIvdM0lECDTHvOB654fSOGblyQZ8jyqmbdxIWPO4BDSVadfZSIhV0qMSNsIoP9EjWOYxUemB5ISt5e0Yv5mdk+pyf0Nkp9UmAqaJU7qNCVyTp1ig0p1RnPqhOlSOGbT4EsYlq8hPq9jyYjabFc4MlebFy6bFKLNiEnkQvTyORiggqA.sL0cTl55PlDgY.s1IzxhBLK5q5AUZsmFggV4PyYhvfHzb4oMCMCC6SxgaYiRrUWd4SDZul0TJgULN6IZTL3XGvSqLVAyasfkcnfUvJXAqErBdAMRRaBkFkqiIADkHIATadeXEiydhjwo1DzvJXdqErrCEDS.6TvZAoHf3RGvfGuTTjMbAC3BvRRjQGtLA7LXpLzjHbwA3vvTYnHLZKJpQoN1j3fRjjDosxnXEiydhjqNcOAFrNxsilyL7LfWoXITvZI4rkAakDtfdFEC4Cwbh1JRWSEoq4hzkXQPKppQgDyYMIaEQewQMJiRNaoYmGPa3.F22KmsDwKEHo23xPaQqMMkALXz4+nw9Alb+dG7zCev9O8Pv+IyuYlOZm823Q6jYiu6AOpYyLOd+8Nrw96XZXt1GTgtSS2GWw38BBhuGop1W73gfgTY7Xza5ncFURr9Eo6dNst+Yn3gkBtmZexzPCwzuQ6MSeT1i2jIxjsYRAw2znNtvi5ZfQctgcNmwNmKXG0maH.c31CSpMmZO6dnE2O1viZtoyWi1ZFxzkIhvQ1hKrXKu0LOZ2gb.1t0HqOpoP.26OT8YJRCOUfTSM8Qn4g1Z+4708V6w6OFYdyLk3LwwEpDm2Z0GuQcNAeNKybbq56bXsFd0iObP6gfjsyAaQRYvg4F3AsA+LFA20EPaQIYlDiEnoEzMbHpsISTNL+HOPT9YjQtSTccfn55NQAaXBIMJuYkf1aXpMrbt2vxERMrdCucc.uccGu5qDPHQwiFmlPGU6Zktr7CdY3Z9epEtqfN9j3PYLOlHHmowvpk2CzH0EmwyznulmkWoQNmoQuoMlOb0FaHdRWUuM72QGTJmjg7dRFJDtpB9UFJ3rLTvRu7a7n81jXW7ZmiutBRcPG+K8c+LyV5h6.hD.bUJCilv8e9QM2t1N.Rn1N6PbxeTVTTuXCPZQQRSZEQ7fpO5jsQgvwXCppLvUsMLTXp6FgQYMh8HgYa4fRSbsf7Dgw4DgYcTnvyb0F7xsy.cIRhA01NhvPmS4bZy5j11d3Ati3BBmlzpA6N2oe7wHyc3z.MkMssNIbnps.uJRTEssnwCTEwkVNMo0U1cpR+byQlpvoAZTUXwSeLIRh7FI4AJhvhSm11JS6N6PmZrvKZleOXWw1taBxEN7EntnZERaqE8lUns8WIMsMWwcqPNmrB47fUX3wVTMDosSndyPz1l0jl1N03tgHmSFhtwVgHUQwVj3l15AaQ6a6SZh64iK1hTYmWYsqvsE8loXXLH5sEcxRj1t36MKQaaXYZZ6Vo6Vh4cxRLuGrDCMxhpgHsybf2LDss4moosymtaHl2ICQ2HqvionXGR77Q3A6P6akZZh6ipK1gTIGKLCzNzcavPYRfhTM.ocNY7lAnsM9OMwc82SFfEbx.rfGL.CGlhp0Gsizi2r9rcBBRS73C3IquBNY84FSERzDESOhm9HOX5Y+DIj19wQvcSOpLyqJPa1fZqJBMiuhg3zA81RwpeyLnaITzCVBECwol4MXqe8PnqV5FrCKL+wdDvzQqqPUawcB+0lxi6tN51IReYOx6z7tbTYuT3NwKuquWxI88RdPeuT3NIHuqxWxIUd2PdHBaOq0SEvVPq44H3nZS4PcRBdWqorSZMk8fVS4Pc.6dWoorSJMtA7vC0dVmgJds.Viwy5n9Rkva.sdWYohSJKU7fxRkvavkdWSohSZJtg5PBxdVMgJXcEoZK9enu0Edu+zBN0epw.GwuDKJpB6Ku16s3mtX5EeyhYrlTmNDSS+UIIzmXxvHQRemJ3ZxCO8Xg9iDrQYjI0MLGyOXoGyOvCIIsPLBVFg2NIQ086IHSKRfvnSiLLodecTAxppVDA415QDDzMamQrMSpEXQGfMFMDiGTVX7do4BVouIK7PzXsrEp54xxEzx1cBp2tAtdeGVsstwZgWyGEtXPKr1NgXovu8+rmJ7MXsURlu5C8d0VLvUawfVsZKNuoBWEF5g7Nls1B+K94dEy1sE7QyadSE9xe4ubkK8Nlyaol+c9a8JlsVRl66CLWvLOmO+2vGpjErTya7+xqXtPvzMRypeBNMU7+r+j+je8K8tHWZRTsJEXUqRShpU4IQ0pbfUsJOIpVUlDUqJAV0pxjoZw4CUKzYsQG0ZmhDezUpsByMIEN+jT3BAqvoY0uoDVKtCFTDJNWfKN5b+EXviNuaSVwyOYEOfL+MYgq1qO3MLEcXHjS+JxSnxeZcXbp.FR5zGIJXzo8D5qJBG3apMENSrk.J.0klcSgAuTUoGSp+xwi3G7XTEu7nvWGurfjV8dK1M.C6+j9JCkay7Z7J8B7ebtXa0tievk+wU6J.mtqwS5W83SFE.AWjMW9rEpjuPIFi.fArpJvUIeNtrOrXYrD3PoT9gUxmuR4xLotFcbqE+BFw0015PZH9s+NUGEIOfCnFEIOXFEAOLJS1pBf4PvONz.ZVLY1qZOdX7P.CPl3KFufz2gsQ8OZaSP8W8gXP82cpC0knoLr.q1emCCqeuuWULEg+SUMWsU+dVUDdaGLEgawl6g43JkkqDWdFXvl.KgBOLetxbbfDv0QfRlIUC3CPQIkF7sEGNv.Keyp9Ql3vjoO+UNISWdRRQlxiIS+c+9WMjoBXxz+2+6WMjohXxzq+oWMjoRXxjzW3jLAbMkPjox39n2IYHS2y8UgxPnpd.tP8ewpPsoUgB7jNhRmNPE7pqeJ+IfJpD6mdPi8+sq83COZq82YyZMdSyCO5kxJGezidxQEe3qK9vixwUtyQRvWzwfwwje8dxmvHO7zlv2hgbb4QU6IM7DQ4C36C56SUnOpKvawBOXHYzhBnLmJ1tsjvAJCDgqInAt3tDFbnNDvran7Zc1avAlecnEy6Tk15iJpkHrG4SwCbxe2KOk2zHHFnJzCqaWv7L9m9vAC6zQDjKV1Ls2fAVuFQOLXu6O5XkyDX7UaBGs1jKEiksIKyps4FWQaTzWxTi5LywSrYBmGaRt.LOOky8Yywhr6bvVZmeJpDL4lnL+dUs0DgZKVhEtKMCEjacg4ViBUwaM9r+2UszZnMZVrVis+jvn0fiVqQvLPhzVikzZMzLPtR1bz0rwwelXb23X6fYbv7cmvVipJSmVCNZsFwRiisCnwQRn4XzlOYTo85OwVGk8X6wI8EDjOZi5aVugOaTtCK7f.BOLAAxNgggRCCkNzWybG5qUMb5P+tttsdTZVBlYRz2rrhQyBxfIl2.bOW2ZTiJM6YSrcQNO1.bbekykCjEAzsRfrHDmPWULWDRtpVw4Mb1nF+UWLwsGE8yrN.VEW3+IBBZS93.0fbCBMH3z+W8gln+6S1hHDrAJRyFHXNghRafULrABT+0ICifhzLBBVCRTaDrrtQPfZQhEVAniMB1hu+eMALBouF6nSPdReTR2y0CkiQk9W88i0cRaznDzNpu7G3WeTW127bJ9SmF9nvaS9reXrui5UF2tjf6rFcRwLplW7iR.totGq9EV3ptWJ7VlJeVr1K031jf5j5y9K78.o9IlWUv+9ogSJ7lj28OH16j5NiZVR39nLs+3+zDfOpaCH9q79mvaU9m+YwZ+SZsGA02Tu+A+5a5E+0QyNVrhymiYiZ7vOO16aZIXSRh0ujwo+1nh9e7ESLo+Adjz6Kz1+yoFdBCPegQ8KgSXStiW6l8nSSOkYbGWW766adF2AZ8NRHcVTh1TtieqI38MOk6fzpjPlycIZy4Ndttf2EaN2I60FrLsIcGW8T80LMo6qxNpJSaV2wOGUeMSy5NHMJIjocWl1ztim9oVwXZ2Ia2TUnMu63pap6Ldd2WkcQUg1Duietnty3IdGjFjDxLuqPal2wS2S2BMy6jpqIiaGKkodGLVO5l58s0OH4I54dm10qaLkCdV01VaMpZq0npsVieCasFvJQi3c3rLo8UGvoUTBWhVv06.MkN+BcIxCfMsq24ZJz+aUlFz+JFzuitU7iHQcQ+mNhzcAdIOoanISFWP8Wieqlvzp3sJU08fT8Ms605bQ0VcOJO2qA+ebzkO8EDDgpvQ13nIauUZ5Jai735cgaA5WjYsOskXR1aMcI4ZZ+RxY9JK6w64rm.SZV8OvZ3vo8LCNrr6r+yoddWaZuW3IFJooyLvXr4t02DCNK78MCm.U6VjgCqBuYi502Cf0mmf2BraW2B59E+X2PmUnP.wTPGr5rAtEnGUA1t9GsM98q3mE9Pqt2To.EW6aHK95i8EgNZd6GW0yd1zCrGTtZVAar.A2y1cGeK3BKO25QdDJ2tlou7scTHe4o09ErwRDb46dF2atPU.KPqAb5KfaGbAjjecodc19SNZG7nyQKb4i2aQRjuoE+FHGk2fEL+eK7Sgp9BYMngrKklYHqqMN6q9ciGbVWablIjMk3L5gwHJKoPXMkCs.iuSShEjdlG2kWVVPZhMbTN2hRvWdVbPI3VPjsqXaKf6+22ON.tkX6JZGae1mEGv1B.rYAXu6OOl3JTSWqAMcsYlqPLcsFzz0lYfyPWqAMcsYF1z00ZPSWaF14FnEs8FlrBVYPHZEzdiIQWCtJtlA26913.3f5Z1w1e0OJNfMntlEfU4OJN.rQ5ZMnoqMoVAggtVCZ5ZyLvYnq0flt1LCa55ZMnoqMCAlj1W9S7iv3mDZFAWm8iCbioznODhXP6+yOLF.sEQ8eZFYc+ChAH6c.HyLr9897X.rz0wZPSGaxT9CCcrFzzwlUParNVCZ5XyJjgzwZPSGaVAKscm2Ru4+O+h3Qu4Hj0fFxlg99EksPYW1HdLxLMf0fFvlgLl1eaZyTehYFy1KlDrHfdRH8lrOPTtCiefFGMncozrFZ3KFd0mGcrF7u7CtJPCWgLk4WbgG8L59EwJsrRzf1rWKC+L6di+33iVVEZ3ZFqk8PbmruJ53KV1GjiyqqgLxKaVZPKjor..M7d.9pe+XEqwQCZydVCuG.leTrh0JPCZydVCuefewOMVwZknAsYOqg2OvW9GEkr1ukegVEZPKzYMeCM7dC19GGmfFWVZPal2fxg2av+3aiUPiiFzl8MnllOfZrh0JPCZydVyTPN7hnj0xtdQ+AsRzfVnyZ9FZ38Fr1OLVAsJzf1ruAEu2f+weRbBZ4yRCZy7Fz7lNzledrh03nAsYOqg2avW8oQIqUb8r9CZEnAsPm07Mzv6M3s+2hUPqDMnM6aPw6MXk+vXEzpPCZy9FT7dC9xOONwZExRCZQNq8NlgF5DXBg1sweBdWBeNtGDl205G4OUaGvy8fGvSAD59OX6ncV6kmyKIH7IB8Qengb.b3miiZm1S8BzCdMdCIFzV0J0sOAng3kqw5u1KSwn3gQmpzMX47olTdZHKj0j7Oxv6E5KO2QN6+3joiWHqOgVQZPyNoMsglodg9AQGz.smOweHC2SelueT1dl2uj1CoQZgLz7MoULKMRKz0z7KoUD2G+B+jnjzJ5SRyTXG+GGkZZU7KokmFzB81S+BsBkisyvrXAZpZgtSM+ppg2SPkeVj5T6I9jzLsWE+7nDZbY8IqUlFqE9d07KqUgFqE5Py2rloct96EiFDYI7dodqPbRUqTNZj1rd7sk3nQZybMsRltFumFoPqnOYsBzfV3qp4Wng2WP0twI6yRzPVTaDbKDxtuNx1RRgWUT9jCAyuWCf2g8f9BCDT2nux4CD5iOWT7y+BC7kJqBdkGp89rVL7ON1E3.i74gkymsjouA1vDdXtxEJULWNyeLr0RovCAOOWQlM4U4YR8my9oKuXlLq1rqx4M4OS.c+UW8akQs+Pg2ebRaoH0VnOkD2SQUXfsmVCvZnBXOss3OSoO.Z0ao855vKMPO08FBg6vS0JT9kW7MVNNmG7CrtREW1u5YhCDG2934KmqxIJTiAKY7xBjX8x49Mre4bA0A5lsO.vs0kQski9lNuqxo.Tx2+B6WB2kcaHr3N6O.+fFv7PKmLVqpFUJB+zomMOlpTZ1xkK8PtxkrqtjKW1J43xUxaA2jB5KZzRrYyl4AYpuW8Csz9cYKaew2q4w6S8szMEfJPNH81YZ2P.SspiNShZH1810ik30u00dUa6fF0dF90pxT7PYEKZau821FDK3Assd8ENKePz1bB36U6E3gNku5m6HveRf.tLf8CDvYoFR+Vhst7H2BXcihGY.XxS2wA009cAVaq56llhlLaXO99PjRzW02UsGCw3GH15nlB8EEFfTwNnuRKgACT.Vp2.0qvJr6pzdnDupR+G2kWTlo9lvGBCSo5I.C3enfkg..0otdcXeJCDUu.OnUl5ZPmzJ8apxC7fCd6anz9Bn4kLhpeFN8zD3V.8WZcFzdTqQWQo1iQ3.FOC26xd.L9ePFuWi.dYXhb7d8C0a1q0oiPKUCvdC1sdgI9LRfRpT14tEGMfhWnAjao+yLa8hbl.D5wLo9aXqIehnrv5s5K.f1lC5smf54J8e4ZqZreBq9de6LcFJ2BR6Y.tM5w2W3PkCj3uXsA7m1SRnAnnuelikTZ8RnG92awOcwzK9lEwKjFP2.li0ZoGdIrmMEY3nY5qHsl7vSOVn+6m4LXTgbbFAdXLyiWmNOlCiGIzL1PYHb.W6xCb0.iCkfQRzDzOVKgwA+hTrotFb7UnemE9as3+jfbase7u.9mdh4f+Nkdh4Fk3nglA68GQpZMZ5+M3uPsPF7LLQTj0bK9V.o7hC3gtFtKKXbOp.cKg9q2ZrN1xXELGCbfPiA90Y4X1AvzVdXVF3aeTu3veCbgcplCrqwN5ueNxcDZYOQZLM.swGJdpvtCzGHKjvGGRPFfH6TWG9xQBnlLr.Dj2lsCLabGooavXRrdWLwxTthRYAYMkkBbWf8zgRphbLT4eszmxH7ZHDtDDg2TKnIx3h9gInfzLm15ClElMuPl+TwV5wioT+Z35tqid5Q6fIxKh0nrnVj.2tXuDPr6Kr9I1DXX0GkhapqazKzg78OQPUuegdB8UEQMY5+BNHDjUdC3XTzhwsLn++ZH3fgGKI1R2IkkxbG1mNPvKEyf4gUrQn5IMXLMf22n1fcEk0eE2j8A4.h2t7uF6ctix4B82Q7TQ0wY3o85M9QZcLMNP9BWpZfC1WJbNpIANofhqWfiiqLCRMEN3hQP1nKYFu.OseMFa2jE.EyvClAbromEmgW10ymENOFH7Vhs4oJJpcAc.LBinYniT6VDlGsvqkcst6wBFMFjrWGL1ui5o.5rYp560hkz+NSVR6bvVGMxZBhb7gHQQqEW4g0KsNZnvn44c.+zZ6iVVvafFkIiVHs9mwZef+F0xXDV0sn8Tnpmzdfs84w.HK6CW+glfGJG33CkGmzeVD7DtREJmqhFLgWO4wZq4X7Hvd.nzF.6FrfeZFWvLfiKsr3DrFQals2L6VvyVZH+lzMyzZyFClaB.SVeZjoWlHGazzttIblEBloIL21lM+6l3L+2d5a9iVM3+UqwOLuObt4eB07OGcy+kgQDDnQDL7qa1EvJicAbr3qFx2d55..2l1hyfeCs4FrNLP32rqfTmOv3qQPjY8WHR65mkMWtBLd1xunIMlh1r6KZwtGdDN8h4kEC9hd2fmyrAOmMCdNqF7bAvf23y+yUNy9htfshAvru.cy9aOxrWy.JdZ2SX9zys7ma4O2x2cKeNhV9KgVgFTH.y9P9ms18FaAfMqdvKx5RFFN15H.guDLbQ6T7gKfStbwLycNv7Dhil6Ug6E2by8Iqid8PebbyZe5YgWwhEdwn1BuP1bEiUV3vWabz99xe4ubkKmaeOY12KCruSdii+eCZb7aKFYCi+lr4Klc5t982D5qga9X4cy3mksz5UXla36AC+7zM7uktgeBZc6la0O2petUeP6teAjUuxP0moH4qSIB27SIhK1.4KM8NjHKBdcqmKWQtRw9SIhItbELvdSXw95rjVGVmLic1T.KioR8XEflp1gkTqcz3m.3BUbq215dWMFd00hl7i6GBTTMhUa+Mq2FnUCO9r62a74HcjFUvbGQxmct0yYg9KZSZYHJRVVW9PUlxYRlx4fFefkIqpH2mkPm8SQMDSCR5JgBh446kz0OVb7GYU2O3UdR0v3XTXUAIENcdqQzowgeyDUhONuIV8HbNHYjGmUsW2quvfAZBELjzXmf21UBFczVhH5s6zldCsCpiaT6sgc+AkiibidK3UsWzlA5nqsa4gN+hV5008C0KBrUxknH5TmgIPYzpBzRPEnO1p1Co4H5lW.SEchUefyjbhoT+OUWuHnSrZSBR1H5uANQB6ZLDlCuiyHlfG80pNw5M5SyIDn2nYMIlXkmjl.ZUC5tPMncEaSpSKJaEtm51ReWs81PBLc9CBWW5472V6ixh4YNyERiK.80xy4Y63Y+5vUvYRI2DriuQpsAv2mizpwgLXRI2jtigU.SSmpeAhaftG8KnsW3dicwOnBQoaAWOO.nrX1sPwI2svxHNNLGuGLqSH4lfcKnqzFIdEzNZBSH0lzcJ.UXI4Qf5dr4QeBZaWlWGrI0E6JT8J3osMTOSS9BIPoyEZqTYBVRIrZThytI7RUWJoOgW55NIX26P2OgsuczdPOw5KWIlnKcklDWGWTNo6uCaCs.LjehgDQcHUHbhfDMnDAIVRKBRPPpme3.lGBIhvPHwhvcQifZWL6Rj+umVLj.A84AQh4AQh42h7.EDIVDtOuIMG.aOCb.LOLRLOLRbULLRnssYZVQw2yiNT.r3P3eKZJBVuP4H2AyuQ4yuQ4yOS5teEztyXa+j0kPatw+bi+4F+AObRjdb7iZWw1DF7e7IdRLOdQDl2lbt4QKhqpckeKzlYGqMlmGnHlGnHlaZGfH9VWw34fzsLr7ug9vxMeywrtBcgos+7aM97aM9U5XEwxir8iaKNW.M8yM2zeto+bSeuDvHVVOfQL+PgLOhQLyiXD+ZrDWqUuEP.b9dr48XBfksp5JQTAv5RvmziK.ecVRCAHDBbDY8rRhoYKckIzQDQ58y.UjkzBcDVULllwNBrS8VbO3QDrqm91tSvQXri.6LEc0K3QbmwAOBWI3HI5Q3TmfWUBeDN1o3Uf3GwsPwOBqJPSo6SiSZPI8KTiiZNI36TycFGBIrqzLg2XReDBIbRy4JwUqwQ0mj90B8d3AQB6pQSonHg4icvUwvHwcFGFIBQG7dORR3.Amfc.dO7PIQn6CzGwRBGn2jeTlwHXRXmhmRQSBSGjgqhgShaOJbRDpdGlb5MQGmYLBnDgtuAeDQInStIcWC2dTHkvJ8NEioDNsxdW0BpDNrheWghpDKoEUIlYSClt5TReZvNn9jniih5AVhvzGuehrDNoxbkX9uNn2jnisD3atYPRI05V0EWfEEhSbKfC32n4ICiWWic3t+GcwtpnM5I3gY6s+yOp4101Yqi1n1N6XhmCwsPjL2dSV67J4OYBQ7Vt4+K+oGFob8XEuR76LPhiVeG3VZZhLmlamIIdEK97OM1IynfR21YJMB2.SxD51QEgZeuKCe5bIiXdeDtkkdmNsDC9i9MxK7ozEziB7Q4TW7NghGS5i7w26LYFrQ2ujQTROx2dKepmZDM6h9g+56y7pehr01b.L011GRbq8nZdHPuttqOQjuUTDBdZuYOTUYMBXwIRmA21TjCeFsUONoyl3cIrLdjCeVrQOjXWagy7PfbccedBeGBKNNhgOs2dGRjp43W9L1cvjosF9tC7wt63fBah2avhiCY3Q8d63O81PzSfm1piHYdrhwlIIfEFuSl9AVbbrkNRW9e+ojl3s90WL6FypEyFO5G+uFVM6FSyUccTvz1DwR49bMSW30.p7ZcIsm8jK46.UDeiihpE0twLZQsIxr3Wcnj7xZ2Xlrr1TnzsiLJc5tv1Ml5KrMQB05EDJAuz1Ml9iZkHkZ59xjLG3pwpa2XFs51zUVwNSMWEVe6Fyh02lH6R3FWjzWg6FS6U3ltZK1gnNY5Svzhb2XFsH2Np3Fi7LD7uEUj8KLkVkahzq8KZQBectaLsWmahzpkaVQxektaLiVoamTZS9CVX7Zc2X1rV2T0cCS+AyzU6NtLuA76WPBe8t8gq.mWaV+rf2T0TS9NAVlcesnq1vSEBuCwMnvEW+gd9l3ghuayvyvMJZnEMK5MNA2XlPvlCfdWA2WgQw9ov4Tb60nvF48UL1GEplZxhS8YfvZjDUsFqLzHZTFRQj.I1CQBLljcWVrOpjV9tEGPRj9lfR1tJMLnjc0wzJ4JND1fwYutQ2qV5FcuhnabOVaeLZiPkCx9foEMCSjz41w.5r6UE5TKV0LKFinVES9aTeBY3UzC.wPwJhisrSwgMthd3LJZ0RHaocK859JyXvuCJ9uLK3xkPU8UFpDFJclMdt5JlrsvoXpgDqDq+XSglgmVeSdUdcaAU.NwRMUpMENSrk.BzoY2TXvKUU5o8FZILX.7M90QItD6y4OSn4ExpcYPwtb3u6nz+zLejfrPedP0mC+aK900V0nwin3K+vM3k3kaYZPFOSAT45x1nm1q5SDkj1hus.7qo.9A2pdKEY7uKC62RE.gC6yKOnmx.gb3uYKowgm1lBpCkMmcziLkKn3sEP7vx2BUG8PN7Gd.uroWF32ldS6J9Zie9UeXMY9ikDZJ.jl16OnEPX4QqkkdN9Ue3ACkFHn8IlHGdAMdLG9i2lueaP6RKSid650ZKBdqMU4Ugsy2XCk1Wzrqx4x5l5hCDAfP2O.fSQLpwGfNnsQWQo1iUDfdAtIlZw0QpE2mE3HUb7yebWXiNpuRXBYLJAtpQpq4Y3k0yvCWo8FHzsBq9mfCyHCpYZ7s4vDxpCMQF.MkwZOrB2q6M3RfASggwzivXSwS6IITC3mPBXYxfFa+lBc3GJoN5olMs1UQVoWWEYQSM5MDT6KdxIBlzkHJPORUku0KMdx8q1PPRfe.l412r5NhxB782E8QPMHbQNuyEN0d8trH3lA5OHyjztMUUytK6Ahps55c7B6lMhwqtQ6xr05zAzsmAXuA6VuHNYgBbYlbZo+0YAtw4xn0bmY12d2PYnpn7I6xC7F.53gcugm1DzmYKAiuxQrotFCrnZ+NK72P3zTPts1O9W.+SOwbvemROwbiRbpTGmx2puxQfdIU6qHAcXrf1S.xsLu1.CX2E96L4XNyXDUYYNEzsyQsZA0oe.feHWFt.Tl7AnLEBPYJFfxTJ.kob.JSEGKCrG+GMTU4Tj9O3AGTSavmoRgFzilo.y+efc.cYu
    


  • @alepan the purpose is to code a filter for each channel (left and right) and to have a wet/dry solution for the filters too..

    This is not possible using the "normal" method of using routing matrix as the FX filter doesnt pay any attention to routing data



  • @Lindon Ah ok, now I understand thanks!


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