How to make Mid-Side processing?
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Ok, do you see all the levels moving in the different modules?
What is your sound source?
You can export your own snippet so I could have a look, but not before tomorrow morning -
Im running late getting home, is HISE incapable of simple routing ? I see zero reason at all for any encoding/decoding of any kind, its a simple case of stereo to mono, phase invert.
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@ustk yeah everything is moving. sound source is wave file in loop player
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@ustk said in How to make Mid-Side processing?:
so you can select bus 1-2 for LR or 11-12
how do I do that?
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@Win-Conway Waiting
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HiseSnippet 16750.3oc68sFbbbbdf6Rxgj3EI.E0CGK6LFNVAThfXmYW.rfxRbIdQBI.RP.PZonHKNX2A.ivryrZmYAIjDknkeoXGGqj6NeI4GmUcWUWRtTkiSkptj6Rc2gyNUkbo7ObNWIoREWWQWWxkW+QUcmuqt7iSW287p6o6Y1Y1AXwRhANwl6zOlu2eec2e82rXc8xxFF50yjsqU1tlblr8xs71ZlaL0FRJZYla5LYGfaR0FxKnb6YUzTL1PtdlI2tljggbkLYyd3KA6V1tNRFzeevElTRURqrr2ixj4F5JkkmWopho2SWrzyqnpNqTE4UTph06Bklqrt1T5p5M.fzg4xkolT4MkVW9JRvtcHtLYO5LUTL0qurojorQlrGYR8Jau7F52Ryp+2PwPYUUY3ODxrLXhrd7r5pUfPL7oYlZCE0JK5f5FYxjkaQOBwgsHDmlaAkJJtO2ifzOpAduQfSOxdnv.OAbvKWzAurXf2Qr.uA3VtbckZlds.gsd3lSyTt9ZR.V.NXY02LG5+0HbSoC5gl44pJso7r0A+vcDCIHLVtyxOdtbm4o6q695djm7I4u7UWXlEl6El6JWhe1WfG7.deRC808SB9+344unFu7skpVSUluVc8WUtrIu4FRl7F.j2.7Ok4aX.Xj75qwe44VdF90zqyKoAl0yYMEO4Hv2If6aXxukTc+uG9mgGIXdt0kMQDHzuFZPecaPKPuutUzJq1nh7PCdwFlanWW40kLUz03u7Bm6UM.chG92HiffKIhdnputRY7wupdCSrAg8m83Uz.3RUqQKA6M5oqcarIYAYsFWVRqhph159lKvjHwufdEk0TJaMG.Jzh.JkS+wlFzrydt.SSU85gALXyCPASEzXcIfjpAI7.lmx3sxWC.JXC8FMVPFHuvCDvqaJWAev1jCmd3mPhdpASJo8HqB6gBMK35Ffoaw5xFxlFzTOKQKPOpY0CmgiMAKpeKP6S1vzDHdQguVstpUqTubf9hgNPnFp1QO1k2D.uSdIqQw+D7181.xQAiowpxF.EoQbmsmWSeUwUjuMCIJvrAak2TmG1A948AHybMqGwfBBFpSq7CI.+2qc6yPPAflZXS.PXAnUCmWHR0eD9mI9+M+bW44ARgUjgSfmlrhVsFlPGE35vyr1Z.SDCMnaiHMWuAYSHQT8kAlQXLTecw2D.HBLFyLWi58TEJ2.Lfx9U3zpugAdeMpaokwXXds5aXypnBUBXMF6l7MfOiREyMX0cTCnNiSpA56gPq8Z01LICdjXnLIwv4RhQfMIRwmDYynDCjSIFNqRLPdkX3LKQ1bKwPXWhr3WhAxv72cONhX3LLQLGa.C+.K5MzJa4s.96MmzTC5Xutt5PkADBcMfK9yBdE.ui.CAuQecC0z8wI.gwbNfASm3DFxp2fWSWdzxf6iGYK39XSjBtCHhRvMOy0BtMWYxf6hG4K39fvVBxxxJUjaJcIjN4QXBoS1TlP5AhzDR6ybsPZzk3DRe7nNA2o6.9+cBXDF3kin0PCZKzM3YfCzVzaJIU0UAwqOjeYRKyTIzkRq6WZgQV1dNXXvCHZDpIOP6gazKfIftWTF9BXjnFBz3WfuNrNDnAv.FLQGXaDLfQ50JKCgALHm1BzXX.iinCA6BCJNGJKE1gv4oAMEL5FEWMnwZ0Rf70fek38HPNaPCmrGr4sAMVrlYwcCZXtMFH+MnQR1CJNbUkJuhAng4ptNXzrsKg0G6wS6vrpQjbWhMUPibCM3VVKdePmd9zV8ioy0l5AoodOB2yQXdMBziQy7VzTOEAzAKpfeGohMkFH1ThfX3TAwvHChARGDaFgProTBwfimPYM9gbDkfTl2vQDA92JR0jWRGt6P9koLq6IRQ1Swl0U1SObE5vsWq9PBiF3DypS2w5+QV0P1FCB3EnWyZnAO6r5QTHFqIAd4QjZPz26DVPKHE+fBYA2pPqGvhWrFVwq7L6Z+4RA.pE80cc404kzVWEZGMm010Mxmfe3P+CQD4EZVu9DiLBtUWOJOlQWoJUVTRSVcnA8ZFvJJTXryxme7h1af3H7uzys7UuB1T7xdrF.SXw550jqapHaLac8pvt5a9rE7F7VnU6dddg74Nq8i1PVY8MLsdFfmaywdoQneg80MlblptTk4pJst7PC9FKtzUetYlZkWY1qN+zyrzcf8Z3kUp1PEtyWmql15.HXPSYCSaOIjhqKBrBXtDvh.v6xPNdWFZ8yXCyqet5ntNzBR.Kxl5KIUQQRyXHDS6Lmk+kL2Pw.JeNjM1clQDAZ1tOzF+.O8kcjsW+bUpKcKanGAWfoI2Y4ygON6Ii0T8xnth1c26vBiPpptZDtnjCF4HtYgB7OEuvY3+T74GKmM3gdg0kqAoKC49RFYD11jDG0p0lJzNyUlFwOMhlfazUDDaYEAwlnIHBXLiVTHbUAw3nKHtqnLH5SaPr0TGDozGD6PTHD2E0HDaKpDhISmHZxvi7j3xwF0Tzr1JXg.CiFqOHlMcPzX8n4gRG4Ph5DiYIzPJHHTrCrflRAmY34cs2Edf2+o0Bigwe7HIoflMzJYGAcLux04Q6.8RxUZXIsD6YqEgsVba8wNmjo2VSppRYCzgUYcPIjqAsr6PQV8AyN4PJWWFHFQ7rgFz2ffAJM1DmkWTXbfE0.OiAeixZSQh+aCtWImkuXQv6abx2G8Vv3an1qSO9uSzx2Y+RYtxdLQk.LH41CePLPhq4CFuSTuazoVLi15.6a13FR8+pqBOCajQ.yPcEfLx0Ebl1h+YvD7fvvEMMqqrZCfSOrm68OcAJzRGQSgPzlCaEMxI.NGd3BXnSKWVYUfIwY0qC0HmUpLvS9PaY81DhRWEblX22DjTbCnob64Am1h0lfq2NSBK14y05qs59QiRMKfT..sthgo8YIF0PQ2Td6.E1AsgjwA+ur7GAd7TSBO9W.dtBH7D90T.xT7MpgNH8x1cy0SOqcPCME.u8nIlxWucBWXfvnoUjT0WuAvw6F52xINA6cKwEBfsgd6nFNKOfMACbB.LFx7CsAvfwHMzf+OfWxcvICLeUARXX16ACOhKR1CLrqVesG7Uk0ZDYVLrySpYF7FcZ0NB9s+2rX21MkTVt6zDHaG1iE0T2aXz1SdnDCP6MiYhX.IjIBwgVRmENv5xqGFO0qKHLw6mr3rdslTlK9LEH+0tS9YwehcMdr2KnYzmHvoo3R6Bb8IAzQqf9ZxpsrcfvK.vL.iClPW0jpKgRuIChbbCLigIOX2NBYs+2rjDraJohAtSSfx.voXOSG2dxCjXX29ftanhEQVTqhCQdwvHxBMiJKfSlEBgNKrKQnEZNkVXOkTKzLZsPTTy7TKZtNVq8efaeAhiu7Um+5qL2UuBu.N1fxot.QETq9Vz.7YBgNBA+GzpBLyVgQPJv7TVQMihvL3QJ1jQJF3AVhfnv2kktvfPnrq2pFxgcbkX8RjpWCKjKG+vXcFQ57hoGerDqKI2YbxUDDfxdWPvwgfykIzqLxXpXjvTgngoBrvTgvvTwfwTQeXJtvqHawi7MQ7HefBVEZxHKDpfU9HStySQHyOFAYDCjno4f99T7QHyhPvTP6kFN.agTO4H9MVz9yZcu+CFs8J5lxWUanyz8azcWceGpVVaMVMYiZpvsejtU68kLvgMjVipqJW2g+Y2uLYOB4kRfK3Kk.9clnrE6Aqi5ZyooXd0ZxZAcUExXySyjI6unMPA5pI5JKzm8UVXdoUkUynTIS1t4jqVyb64WUMCBhgWqAMfKb9s0aTmGD5V4MslQ7o4D1Si0Vphlmt3pBjx.tTclFuaeRDGt0xahwvWVE3WsNZ38v4toBdSvm9W8Ocyevsl++TTlfSvguIJs1bzEGPWq5yqspeb3CtPTFdubaYk19LlgWbmngDFnr1PApjtZqQI6lCkAFs736gqpjACjXme7PejRQiJBMB5e328zeqSVJZvO5rlXQCi3qeUICC+C+le8uSWQZ3GmqpRkDP7LqKCLCzxSPebnafgVYpo38uzO5e7BQQSrONUfcWCfInIM0ZMk4dgDgDMCmDQHjUSzjLfKwHQSSeHIh0pK+ZIifjnY3j1RFIZR7HHweZHjwARHzhnem+jHpfsgx5rzOKTJJ3PObFlaqBczH3LAbYiJAvavhwvFMyIHeRd6Eh+f6iqrUp8Ifw2ZggKlrgmmgTSzHc8xoVasDZVYiDNC8g7sjno3DV9WRHX.CTHQSwCY6pGFsRhlHK+csLWE4uqkGsi+tVdB772k.L.XMqkGsk0rVd3mjy6Taa4IwNjmDfCPwwDfCdhhI.GPgcl.IIqvNS.QvdKAaM0ntcFtPq4SsKt0qqPE0co7+NQyqXubxuVM3cnMd3OwpOfBArCdMZyvIcV+B6IIZKgY.ukvjj.o6yRbJISwIrknXLGuesm4wJEMhJT8NYHBR2N.RZDABnE9jsrDvnSFszxNeRli9cM0mLTAXsm4D7t+fHRMgF7YCBQSW8DVgAB8a1RAwRL9VLNVh4HeBggVHZ19cilkL7gVXFDS7LjOIgvzsS7SBspeGq2tPqFUsaDTBspn.VHTsLRXECkPqRCsChpEG+ovhhJI7ROisIXUN1tQa4Y3TXgSkLjwwEXKOEXt.a43JrWqC32sbfE86DXQ.yRzhr3TdQVDv7DUeYH5ZhliSZSXYMI67iG5iUJZTVzhYSFtXsX1.nqQDLfF.SDXXsegIifZYFLQSB19ElLrAtApLmgHFiQeH6gA.DQKHiSZ4fFNGsVTFjSfXKuzPrIIeRghVHPiAbCz.MGsRbBtSgXxmh79lhVLVCwjEqgXhi0PbWHVCwjEqgXBi0nEG+CgEqQhXlX1dSfOdGmqs7TPrQhICeb8KlfsRxyuXBBACHkCOB6DPVg.PhlBfTpU4Wo0F9w3pZDcKMDdzczvdsVNdKxiIhdZp86R6BhNwB5hqF5GtFsODWrbky9cW52pTT2MK3jDQh.Kn25G4iIz6dReL.8uYDOeLvLj.3tJ5GhwDtsbsz5xLdGRJCD+sil7xpneHDEHGSUgiaS4siPjZzuQ.LqJosYyoWzC8D3Cc03M1d4rygZrbtIh3p6Pi19Ty5c6A2wCpwIVwkEcLNTYvrEg3ZpMVGLZLpUebKBdFuhA+Umc1Ht87V6NNMYCHde84lVxTBViWsybJu6AN3YSKukRYYqJ9ZWbSKaroodsLYeU2zkCfej.O5xPidsGgaxKk413X713+.E.f6C3+kJYcmncex89hkVSQ0tv69w47e6vgITGDdf2Kb.xiAPcED.0uiCVYTdNIhAb2rVIOfamqUplTcvbgMoHjwCddBJ3wZp4smadQDbQhia7E7iiu+sJsEdA4MSKfF42KQi7sMznvdIZTHwnQfR4b.PQb2RL+mLPwbK4IbH53gAQ426gHKQCWBFgcsnAjE16AxBQAH6IBoGpGjduaiIbl4SWZMfYSKvX.tkmkeA8sTj4WTGJ+4GKtser3tWpjo7sMYk1ovocYkWGCnKUB5LPQy8Vl37VWAN.dzDrgbc4Ll55plJ.yzeRfqBY3cwXFXI1Fa1w5LNgnuf8+YoPUYRRZQouBFs3laGCZwNK4mVjofMsnKtbmKWN9JSxfFHVRthhojqJJbDNUq8d4JHNdQgIxkqXtLFRaIOmlUMa1pqApZ2KIVitJINKvTuVU6q1WBjUybgRqttCT1MmvXiO93hBilQwTtJdol262hzXG13VUuNHxSRBSF6mBKpIMLved1iRiqglBydH5N+B3h5GGpwU0.rn6ZV5wYGlRuypHVOLbpFVz.lt2kJb6gKhzBULtALthxRpVXGIYKySSQ1d5RFfNKacUv8d78t.k+.RNkq7+GiaJUEfztoN7+CBTnLp2RMJSMmzFetJr9JCvPD4z1jsYU0kLUzVeEfEH6CVcK35100lcEbKEUvIe7krCvxJZp94PE1cXgV2RhySDgTVvRvdhBSL13hSLJoPhcKiJH.DKPwwk8+.G5FbM3T501tNjddEc.MWdvyyOXtAQkqmAgIT+7fmoYHWYlpRJpfFQ0vLulugE5.Z.Vp2rd9jMTTqLMrtXQz8Oi7pF.f55KMO7cHf8N.QRBSobnAAxgbcC4oZXXpWEIG4zVeceG+xDzFIDJ0DlONaq6Hjw8XFyHLrmgRZ+mfRZGVI7YDYQlhTf84YHJ+9+J+J+EQVT9i5IJOshQMUosQhxPHf.kOQPlv6GrTBnu.qKkJP991vcV4+iksLtrv8Xwx7aubNcQthKhcz6ZSUbQri931Og1RqmWfGk6h0UjT4WRugVE4J7KrB+j5pUvMrezSXOOdF165nN1tj0fOohyd.4yJpfvXEgefNhr7PfDmGxGwYxKMUfzmixM8LKb0nPY7.WHF8ge3tA05QBgZ0DJgqCP2MTyui+.su0M2JVBhFX5K7uKt9R+jl2NgyH7abqKt7iUrPgbEILw0CWwwEKHLpXdglZg6nPKb2wmq+7ExOQdwIDGeBeJi2SgRYrXKXCgN5fds1xWzYyZIrbuCaKrrFVPAGkmR93eYVZ4iye9yidFNQoqi9a9UK7gjOUD93gFZn2Mis.oWmu90u9G5mwFHzeBNqRIJB7Esf+G8H2+.+8gC+Vf++lCgoq5B98RA9+DYhJ3Cd.Kv2QeKQfumviM0+eeVav+mEG7OME3eqLIj5uK.9DRO4sf+u6g53f+iGD72M20qYGM.B1+qbf8igC6mhB1cdhqa4GkadcoJ7ZvuWJXeCXxHoppeKmqMpAz6Kx8sA+SveY8s7Ec4wC1Dyz52RCGP2oUAzOpEfB.usTzaXrG.rmjyxqlc3IVv6OxQn9v3v6eFE79H9g2A8h2wsJCXM+7qVW+V.nOdf8wBBrGfyWoCyBv+Sc.7+Bb.+ugBvmz9I50jdMzNqdzrL1ggSEo6tomq0Z3K75tuXIewWdVJWZJkf07Wq8nEUGsxTE+6h1KtSUIh0uBBxoF1BHAgh9u6BFMVaMEHxyAW6cUkJUTkAqcWAAadq.eGTRI.0gbWNGjCA+jAMo9sshogvcegB4GSbbpUz3tTcR0aNfm9hEJJDzheiFY02MZ0C2+f2KkxFAJ6.gPYq6PVgG1kGteYbY1cVgZ4SeTpkOIjK2v4PqeRqQ0kgc0.O+qZ59CLFiEUUJe9u6EBlBuayKICmO6ggm6sbkUzIUriFkc.NUkpAPb+guWJwEi35S8lwZ7B8Fp6AGuuI9ZXdIJ55fTz0kaTCd+t0WUHmP.j2R9Iu2cEJx60Yu2Ve+KnXrH4t7ZUoCXt0uGkaE.FEnAk6cgJxqI0P0pnhfepettY+3b3ed43ugtZipxmm+MtwEm+5ybmncBHVz04ptN9VegSW245X6U+GghhN+TSyXSTt6RLV2F7PJcAn9ax04AvoASMw91hyr+fKDLcyujmsg4d4tL76zHXct.SyAXbkHDVt74GcTfU5LL2+2ltYWiUJv82lZErdbAO0DOI9fDDvYvmLZEmAL54ah6KcIJkmmh9X4fSxqrttZkW44j1VDvdhgVTlWyOA5lkYnEw+y90+6uP6ymczr83q3T381+9eYbEkel6yL.0Km2WJkPLC4Zt4ww5OkwFGJ9Q33+TQyxC9kujz9ye6Wd+z9C9sX3fkUH+bDbW1DZ.AxrGHjrrxyJj.FA8a+0wMCcsHDaTNX82JxwFcIJJxECR2oMtTg.iMhvXczruiU1atMt4VOxZI08HKSYn1d1cVmcjm+2ikkoiwMGDkBkCLTofnuD6vCZhZsPir2i3UWOjni32bOw5z.M6N7XYXRnErLkIiOx38gFpH3L9DR7zkvTLhled7B.kGIp+uz8ypRGmaADNQx0ECT4YvRtJOOl8PaMsGmrNwu5S+u6du5S+M8pw2xN1GrjOB48gpOjrF7c8vS9OpqJ2ohmgYeDegEYL1qBJ9knRGqWhg9xMWas+rXFTr22Ig.8fOGoPvKVBKFYrucHs3BxgjTRcF92BijduWqsufbalbqowPQr570XvWDti.Ni0r6vnhZbZtk2OOxw68NcZJKADPF5ahYl.zjBh0+hjrdkRr2ICL8mG05E0ZpN1TXRcmbe98dcmAZVQPokUdnnf2Oo7fIwGDimRqBiGFM0JupdIVJnqgQc+f2ZORqpzKPQVdQ1gr8CBIZ733bBVomLL3m4ZjA8Nj+UF4pN8QbFPnJTmr40DTr87pwClzVPfxJUhAo8wr6eKRYwqWpX4r6a9fIwsGtUPXaLnueTugzhjXxJJK11K94dvjH2mUNb.v2XPl+X3CpU2mDU8aAu+jjNdeec7cw8NsYGucwcPeKRvXJ9jEvCu0w4YD4z1WQXRNcss5D3zhGX4zXLk.4ztdxi3l2.8NQyoW7NcBb57GP4zjbk.Y03gVDQtMzQIM2tz6zIvsKbfkaiyUBjaSFkCiKuaSKT9XGFGQhe71TQF8IouplR2FD2f3q.mKVW23LOCEMXT12ll+KdGz7o3feFQPYMpy5chFdQT89w1Bf2ni.sFvCsrWpQzvJ+eQAv1WvOWGAhcZODyKL+ngazenC7vt28KzQfcOhG1gGeMizptoeAFv12ObMs9+bT31PzWNSoxa9DqUGXp5UzqgJc.rPvOMEBNQPoBXzP.hu+CXtFdi6Sfe+e8I7Pgg9b2mfBze6KvVj0WniBIdnl+k2.6fh945zVGdbVsMG2kWb1LV4LRObyB3LM.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.hj7BZybHEWt7WoSPbYr3Kt709tOfHt.fbJwEWF0tpzh6d4EQgEPz.jBKEwssvGtvxkWbVFBKfnE8Sud9RQU10O37K+UhN3LeqANGOBeESwDcwScFf26lWL6fyAKcpUXTNKYb829y+WcuH5qy8qlJ1VFtU3PKMQDLEsEfE+izJVUD4MCGdebJ30ZVZKfL4mEVrnHdmvAZ5Zrsy7vJ.hqu6KVX+onE67U9RwUr.LEsEZr2W9VLg3uRbU4fyQaAb8+k10CnuKd53TZ6HrSUdyDKwhUh1kkM5fN122WLqae9vgZ5q7K5NAvhVe8ca.16CJLV5sQTlQVKBhFvOHtsE5q+OfwX6SvWNbflVzvalXA52X2Wzv8ylL1JUMBeY1zhFnIgknwKynbcy7he+2FYmIdemlwrK+kCGhe7.pt86hfbWAUczfgVTdSxxe88vqN+.+.jfv2+yScKTaThtBUM9DSLtXd5Z843EyOQwbBE8pVoYObjfztcfTgcaP0FfX.p1HQ3fZnets8.0i+UwMo4GTu6LTL1onDT9oa9I0ijYBn3E3tWkmjalqw6tiiFQLObv9HficUOp0wfUmh6plaHWOHDq2H70I+13UNNrsZdwjWyIBn7P6yDJ04.k44HucWWIvak8yVhU4lHp6FK1GXcT4Q7S4TGJ+CxlISy4Xh4DlXQzDb8UV4pWw9qiR.YChObdbFqoORehI5CtNiWA9wLydsZV08XDXCKpsdqQ6iQAv4md3kz0qxvDKc48+6+EJw3CLQ1iEEqVn0B46qKvEvsY879TY3ecJUl6VJZE.vd4xOZtwJjunPgBLuQ2XTqriDkR94o8W6LW.7TDg9EbHzOb1Vr7YxXiHrIUQslUY+sH1WUMYBbp642qRNkE8yk.OIfsWsipfuEMp9wC91cXSzI2cj6dQbh9SzB6rWl4nrBjuTv.aDuV5mDSFIrKWalLcXEooKSQMNWrttGXbI7BGDlFSTJXbgQXsqAQz5e+LjD185ZF2qREh2mkUlS789d+Uswh2TRssMfWszh9x0RrTyItOy.2dWAkKgV178go22cZpQmo8sGlDnOXYkiAGyyVGsFTfEjt9C41Ai15.ZabCtCFY8U1qTAuIkJ3MCZYDcTUNsDpIdRmJ2EcXFkvusGuTaVMLhEbMwVP+qy3tnkL0Q+rs.q4ZjZUQygnSM4hRULW8R2GqJtWT40Rn1W+tE9KJ0u9arep90eHQKgKbzZd.6LpYaISCjh0gWbVIzeh5Jrgq9m162qhSRKuWUrCoOHjU1cpnw6cEusDp50sS0BCeCV4Uw2fUoNnkV6IbzZpbcFE8sXoxguVZLcCFUnJWNYTizDAVz5Ze1NMcsNyZ+VB077H+9ptAR6mJeA+0uoebwkVS6qynpw0hZejpKQtvwQxls9ZORV88xDwpcILWpnUVOKtzxatWordEJZ1UXnrd2mo6+vNuRJWzzS6OrxurREZB+JOXR320p2bIkreB6jjilxu5ClT9c4hQWRo+86lweTbf69pOXxA1CpTcINHAuxkFw8tV.+5V85cL6JUuvDdGLjPqvcOXumTjrr.qORD9yidpGvPVXmU53kEDOvJKfyxBoxn4EgQjDENAdEWCWV3lq1wKKj+.prfOdVfBC9h6IhxCX0jMhbU7U63kGJbfUdffmEn7.UbX3RDmNjUs.bCQE418v2N8u8dUja284nxmrmKnxzzCL01nnEo2oCQk.dyMn3Xe6W69aNVGbgOJZbr9B4hsiLy.u3Y9pJR3Ya460HoUEoLyRYngUEif+K9O7mvrhQzeo8nphztJADOFwc9rsLATrsR.SXISZWk.hGX0NpsLALeak.lv5oztJADORD9FsLArPak.lvhsTRIf86VFlnt+sfngvHg2N4UhoLWOpezLuGSh3o2qpDS6ZDQQJh38pj.hnXakHlvxzztFQLOsjnYBHh4aqDwDVCmRb1.XWFOvil48vi.8CZ2qg7gixZHGM9qgrCobrDq0PF4xwBFebWsBaPrFkHIQ0kck9f3aqbiNdApwhu.UGRAaI4BTrJXKdrwcU4I7MoHjKjKQEgBUkTH1ySB6SuQKT0VxPs52Le5PDmj0jVUUtBzhatnB1pTfctshNXOe6.rYd8asKBLDqt8wvKbXucqWEXXbySOePY3ZzbrE1si1Jp.BDYovQjnVfXZm3QudkNFBc.ovQkXT6XZmXyIvqpLDmokR33S7JqLsU4LqBNCNxz+qEW4L1Ubl1IdzsSsnAGQJ0HtZ9ATLZZmXxovtOwzqLXSbe6pItR0rX6Cu7RrLenzMCGkhdYrochMt2STeHymlrVaz503lEYbi+2yj3HtjX9VPuY3XTbK.NsQ7x6Rz3iIgmCh2qZRpNNzIE7yFz5pStuG2qmfuJ9rQ3nSbJcN6U3CqhpCrLKPV0Gx8ktuopO7v9q5CKCF9dVYeviXE0OYqnp.L32oE9gjT3GXS2OdXetGcpo.B6Ck9AOvMhWPk9wkSN.csnIYT34LOtdSxJ+C86T9GXnFlV+GXT+GhqQtS4c80oIwoU.hHVAHhoItGhpfBHrOTCHhsgtGAuzxefybGKllmQOF5QsPcfv998yvXWZgfHVEBhXpP1OYIEPXenTPDf13.gbYzwkUZMEwGDRoRJdWf0CBeZWQyA4IsWwHsNYZEgX2VMb.e0U.g8gZBQr8JdJRAjCtUEBZtmmpmesnntBbzG.IZugoEFhnVXHhoFna8DPbenxPzBq7FS93.XsgfT+H3hCgXjC+z5i1EsBWZ0gn0pNDwT86D30M.g8g5CQ.pfmJjnPwEYN.VgH7oyD4RDgOVcqWiH5CktFLzYSKRDwtHQvVcMr5yA.mXP5SKSDwrLQDWB+IsyHFFz9zBEQKUnHhKGX.2r3glGjVpHZ8REQrOsLuBOf39PshH1aaEJeagi4f6NVQxyB7N.S5XO1UKBw8gpEQrkF5CSZHsdQDp3.QrFwufQHtOTvHRj3PZIiHb4A+g.E+ZFg39PMiHQhDoUMhvEIniIKpUg.fCI5v3RqaDsu5FA6v9NcHpEvrrllmkV4HZeUNB17r9B6CjIzVCbPc10NhGqsU6HRFIrCt5Q7XsspGQxHgcv0OhGqsU+HRFIrCtBR7XssJHQbIgC3VBIPTwN6ZHwi21pgDsLYTjlL1wUEId71VUjnkIi4YHM1oUGId71VcjH1IOfcAHPbenPRDvBKe3HsvxzRIQ.kRBwc2q9O4pVhUsjPbenVRjHYpzpIA6pIg3tc0IAauKhU4jPbenbR3IQ050SBw8g5IQzg6vJnDhcbETB1d3ZdEkPrSqhRDWDAqjRH1AVRIhK5PTSID6HqoDwWTypnRH1oUTIhKh3VUID63ppDwEUdHrKrLiUJzAUWIhuBjaZr0QVYIhK93cIT6DqsDwWti7l204VcIhubm6cxoir9RDW7A+hNzYVgIhejBfvUz.wT5i+fefw2sRD3Ofogm01JsCs71SGY4MxxNQTsM.6OMJ868UCGknsM.mm1GFEx0WzTplbUoxannI66CJ+ahu.gaUpIuNu0O7InP1U.uiErdGrvYcp6GudoLQoJfzKGblWR2Txzt3e7eLqcw+30wK9GuCUw+3cBpTePhTaoXnrJbYybV0Fjn.T8gAThVP0LGpcAUGKHFcObvE9V0v2Wq7kw3w+dedrEA9wnWD3bW44O+BKyhA9hTmo6LkxdH7cEJrXUAvUHFvYTeFn22TU3aWWaI8FZVqOJfST1m6phTJaiSKliS4XsopGmPVMXL8XbUM7YWew6ewy.KrPGiS90HKqP2TCCM4eS+2R02jR3ohuxJj33iJTXr7EDK3urBIlWXTwQGsXthdJEYObjfy93tnlj51Fx0IgVhEJc2q6CZ+1edJnsQjKBRXs3SElPYw9vFNsMHOqpNHdKs0WAnaZa0SxFxmcEhcJLCgzDIf+qyBvmRWyD7JWA89NI2Ea.35NTEr86yaO.IwTghBhiVn3DiK3emDKTX77S.XWSKYJkIqH2azW277CtXc8xnkrLWkAOO+fNuoAOKp04zpHeavyE6q66vxBHN6hbOEyKLdthiO9X..LSLniGEHotKSAmUQED20zJF0Tk1NBTPQQgwFcB.7WfVVonvX4yOdtwsIhCylHNy07Q9FVHlzOrcyMRJNdoJFLsx7o7fWAwxU2eZ2+RTN5uICkm7STLmPQVJOiOwDiKlmR4gCOg2B4JJ5.2ulu68wygaFVrDiqmreLdOJ2nnNZAvSBvBOQpI1ef289OHvhxk2FmiJaPYhXki.mR3iLheRE6bs8OxHcUA5tAVUfB+.EJ8as6kBY+grSgrZ+tDtUejPJV.9H8DYAFOtH7U1+n8YddpPMx0IS6sOUrt4tgbcSE.bx9XtXehX9OhMVoSqidRzxMySRXihnXxLONG936ib3oiDGdOwHUh3Vz9SlHethiNlPH7Qe9LvYh8P5ebdoUcqrl0P+nPPGzycegnv8rtVuGhKyZfPLHE6GyueiRLRKD4JJlRHujviaKpmYnmadmKI.sS9e82YWvIusqbFN4sc+65j2KdLBG8Czza3YK3hxOR2w6f5aRXjDXyr0MR9qw1HIXNyDo3qbNWv3FcU6gl2xwVwu6Fa0iDZw.ESrMVt2aOzvcQm6sE418Hm69suD0qcgm5Qrbr2l3sspac96CcqSXpJhN0s9Q933T2Oma+1kduNWWTR+428s1uWz9.gWlLZAG4DnZGuW72lzZ32r0sF9t+SBvZ32LhdwQooTbcg2Fn1c99u6CSTMVNuaCTucQO2sEY08HO2DVShla6tczGhkO61AK8fjCaOqRQzacUzODii2ZBd19sqZqJ3Asu5u8s5DV68IBQcAB2w0+AI1dPcy08nBwLXm1A4aWLZGcROHucBV62sBvCxaGwMU+D3j7.cZe2E1en4wxqcnT33S+1i7.SJiSKnzbQgn41tGW6PA62Ny9DW8fzFni4OHhdtWE8Cg334ljq0lbc2SPtteTtK1vbC85JFnzjcZEIU80aXmeZYb93T8wwxufi9tGwelf8u3P1kjPuTH3nepmb32EU24v4NGE7fe.4SEwe7p50A5DKIUQogg8yQ+gktLYONcRSPyY5kaEESUYqGfvkWzIW69EfW0UDU+Qbv8WWl2bCYdqKUpGh92m0Oh9wy3GQ6gazQyOVghBhi6SvBxBnX9AQtgbemZO4Uu81qKqgKPbzOp860iaSmLcmLHZA3Ix0AuHquMEHhwmygX7DYcHFOL20WQXpgGexwmY3h4Duwv4xsxXdzhmkhVblLzL8FxOw+PFa5q2S+8+824CQe.f1MnOCvsLXZKKyOEvbL+h00IHT+DNDJGEAK5TH4fXfhP8vAegXDseaGhVMWh1w4dNcIMCk6aoSgPI7rQbBOJwJ50XPLhI1+ge3GlgoogLrMMjglT4LEQlvXYYwA8clzfr2vnzfRKf7n35UKIutBLK1Axbjla9+kIbMLeRpgX7YgPDjvIk8vkerb4yKjaLFdAElX77imerQ2+D8lkAMt2fscMsrA5YvPHPT121gx9ibormgaQUYICY9YzfetNf1xAw5TSUQtBuEOh+JnxOhG48aPQdEb9Lk05j.+lmqBBxQADdgrUcGHDqPAR.NksP1xvDzlk6reUWiQ8xszLWZtkWYlklY534DCH3e2L6F7eGd7iDA+UCDxckY4FqVUw4QH7865jT5+zXFes5lGttCUNpODEtFPfiV4vXgwApGLxDVTB8lKewDQe7EeNcNqafPGqqNhhwB5UAymT8ssDdHh4li6bEyECmbAeGQ331Tda7bh7MHVzwN9gZ5qKgsB1yKuMyasL05G.gwFv5GbK2GOD2TpJk2j2Tm2wtZT+NwBnYMH2DJx7j8h9+Nw9K4G99i9BkBNSnIEYxmWTnXwhiOFQBcmsa5Lrm0wasfjVCI0EgjUr63F90PDPp7As+79g1W3trtD6NTAJI7bhSHLZwwXj+tNsDPloe7fCNvBO7TVc16GYLL4wdmRRpp52ZJv+8pRk2z.UsVfLYC9mf+x5aA3vgfG9W2yz9Wk5mk00ZfEQeIYCfMpNXhd1CGkXOdXqzeeYYSXRhaPsJTh6Ev8j8gQu2VTJkSWBY+1ZE2GkaRc0JtlYsnYDIHtPwb4GcrIXrpU+eRmPKKkXQpLVqCis2FiQ4ulbLgPNghhSTf0dBKlezBiFuLquGNGxHNE7dqieOP1z+Mq31LpI6DoWOP7tggodUm4Fi7EhEE.xUXhQEDH7NI5qETJ1en+yYsyw9oqq.TeF777qIoZHake8SKukRYYxmc0Flf.UIe1jMVaMqvhIe9xRUqoJuDHlCxmeIU8UA55KtfutaVWVpJ.MW.DwmuQTWp1FJkWRVCDoMnG9Fnmm.PCl0a37b.sSRQapoH69MzAX0Eqp2PybAXrUvP77g4SAhDr9BJUT7OVKTZd8xH2x9IWq1fAriAcyC7BAZ7kfOmmO24F8rN+qwc9mBN+umSz8Qmy6e41OQ3+yKCu2C9ErKlezhiBhauI5CgD3H9Yx3H4MIYAyuFtkA+x0LtbbyUJbnwStFpb2BF+HVZ1QBXoYLuVWGKXmRV.HkSoa1XuzoTj7AABtQWUUBfeR.4Ji1lqnd3FOWwBfHY8eAnva.2QzwnOCMZGQGmybCIM.oCEk9FNqJ4a3t1r94VA0A9opCcCXPtGktgt+CoBcOWPWuTVDPOeJmla9FkUpHwOoJfkpBzA.bQ70lLR.qMgzsk0yv7I1EPjZ8FpRjQhFHcoat0.Fo.FZDrnLxNTl+LLJykma4Y3AlpkU0qgu3TZhwHLWbpEPFSBT2bKJoB8.Rtr7S4bsNYgx9oU9V4Qj1OsiwAuI51jiOoC43+IF4XpM.KZxTu1F7WVpN1x5tB0RXGe2ibzEfbTa65.iL3TihwgZDI6wGiq7F1KLwG5GA7roKek4iEIdd.2htHQt7al7jbWTUk26AwSkPzmJwmvcI8mxdPXJEAs+Xc75HwPoPzmTQIWBxI3lVZKkJ7WVFDIx1OvoRTggJQorOvoRD3hmeXxIlJbk9eqXFthuSLrbI5fTBIbgHsGK8vcwU0aXFVbKY1GVBc1Ah0kRe0FJpUp3UzKthi3WQjvKwB4bwWKhfqv4onDN+mQIbxJlXvB4FabwIBaIdLp2AdT8Y0suizU1Bdv3F.LC8L+lohjEn93VUEDelWFnwk8YbnEBtNmODmGZeBJz9KxXGkOz.7eH0w4vbCSwQslbNnz6qr+C5t4K1eKXQKB3DZUKjcaGj0H5L9Ofx2So6+X7m.mwaSLlFmXPy46NaP6udafKyR3Jdbd346eEO2sOjCx9NQmy+5TTfOR6kyqUotxl7.3QlfyKxfyGRoFdKCyWQpgMc3EbnChVU0E6ZpCcEiDLpgkZvOFw17ez+qTJCJAsxMbLJhPZUox2RwIhw+FGH8CHfzmgBRuXsZpxCihRY3Oih1v2.rtBogU0WWe3U2dXvJQAtamH+3jHhHEhHtqgHbbqspMRTEO1+vH2qIUVdUc8M2qgROW6fHzWE8KVfZRgfDDvDNcbaSaf6awlNRerZaCffFqJ2NIiaahSF+V6Wjw9BNw0tk7pyupC.dKG.74cW3wo4trdU4ETtMvDJ+mQdUCfgKrSOmB1e73r7if7EbQSXZ9Q3K3D65K45jbk0AqtAB3dTfeZGJvK5RANOH1b69w+c9M3EyILwY48HJmkeNsxmimGR8WB1IC9k.Hc8s.qU0kNc1rsK5Tu65zod3jZ.23aWZTCGZzFY8xftI2977V4.E+MT.KkQUWSZ+PNo2c8UmdBNoaMuh1l3Zx4bHAKfuH0OZ1fzjamKRsUMRbhfS8jpRUjukh4Fv8ozSNvM4A+ZY816tE.ckG1WdXm8nMuIkDvoYlPW25ea+LR.EuLxpMXCgc5eEn7AI4ArpUVjmPnCCbejLxwBotzAmPpMt3c+h66myxo3rxcDq5+aSNlkPd8QXmLhzwrD3A9eznjDu8ixAS+YY35NxZ+kXaitWm3M0OumH3e.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.gBlgx7zBHvt87CEpa2CExBeGv4xF720YdlP6V79PHHNmUhEA4esi.vGFcBxuPa7nRXSPhwYkDoiG01H2OzgX7KGwCISoyRaHvMW+31m1hEZdFGkf2Zu3vVViRcoZP6zSf1zCAQrNfKKD4uvgecgrsx4a8iofzqGaHMPwKN3FwaAl2yAL+si3lveHJAsGINatZfBUL1AsGYOX2kc2EdKz+myA8+C2U2A9emjsC7wgHsWjcXnsf2h.cZG8w+asqseONHe+656+de36+tEIXSGYjeC7sV8ulhEuz9vVqRPr1UNqyivslsogJN3861RGYbEJwfJI0VK9Uty9LiY.pIFB1kniaaai4u5PLoiQ7Hi2iIiaiurPBHc+fLx7SBDZJs.vW8H1.3gvAvORlfh4q4e1zPSNqOSP4Q+8cuPj1ktdr+tzYu0KNePv9Z362zcKQrcYyxuf9VJx7Kpitno9VqeYFeB5Bai9Xci3HiEKvOwzgUDeI26QhkV6tx8HWzW5kSsbE80Vy4PqhzWTF5aJ689h9uorhiMJ.QxIHVz+MkUHW9wKBhrOWrttO8WJjK0bOAu.V3pW.RSjBA28yhWYxz7soi+deMppQmhMitOtEAyGuhA+UmcVZF76uVXUgmli.L+TxVS+Vx0I2qsK+0wuQhedpOaeOAkJELhoEQSzq38Q3xWJBuDEZuDi6m8Neuu2OD+9YO410jLLPUZgEspZNJFV+iEkpCTrfJRnqsdMxG5rSjHnJhDidbIF32Oy+n2C+D7tHE03mJXpQPzhLzEXoRAUAyBkVDVElxkwFouE5Gia00I+H3UZEL793egv+RnO0zQhkmoXofsnP709p+.qgYGm640VE7BCpT.hJuWrKHXuHQAfKihS4bqWvxepq75.8MIU+eytDDDJVnnP.E+KlA94iYSSEFqTfllYWwxdQ5MU1ggQeDMQJmK5hCBBj1s.TNh5.WzcdsCMNVv1l1Q4xctBBQvaEMhDHQJPhAoGJ2uIXfPyb1DoEzq.Vo.PGapMj.JPyMM7gWB7Osa.JuXomAkQyd34faAEPNhP9J6glA.550Q0JEfWjiLodksgmxflksnafCFKCv.q+0r5pUrj7E.LoMTTq3BgvzfNhf6.bKpXVdC1v6gX.uvuid6wv6gWwVLal0VStroGvdDtYeAB5YL.EAlfRNFfR1gngEvhBANlkAudKhF7Wvc2XAIfs6aKPBTGNg.ES5i8az5EBrZdkFUsNwT.4QCDgjAzUMLcxr+cNGW2KKqUImSHu1MJ.+cV6FQ+3vdMJh1wTvevFc+gci4waLuuFKf2XAeMNJdii5qwwvabLeMNNdii6qwh3MVzWiSf23D9ZTHGdqd+xoYAhlc+Ul3JcHdegzwQBS5fKU5nEjNrs61sywUXIdzK2BKyOiVY8Jxj1Mr5UlC00gf23zxPiw70pKCcOsh9hpRaOjga4s3r7qppWdSnOvyz8azcWcemtwFCBBlD1ggJay+OSec+FV0wAmm7R4dY9mjW3o88TA7mB+yW6huL+S48q7uL+y9rd+brW9oA8cjQ3m+oVh+Y3WfWQiebeSvXvWPtyMdtwIF53ngZ8GXBPCcLdIsJ7iyOb9JSZMK9lqQgy0vBdij9OvbM7R9FVABbXTRbnnKNLLDGVFBHE8MAEYiCSPhCVCEgCSXiC808c.SkKqRWCdpT00UGRCUn2NK+VvP0bXo.gJRiEGOZFKz0lSSw7p0j0rOYFboH7G6In37TgLtvjWG2yM9fqXQY7AqQQG+XAZ74v1Mxz3yQrajowGN6FYZ74n1Mxz3ywrajowmia2HSiOcY23tkwG6y3DLqWeNT41ICL0ePOCvwpAOnUnXTVq5riiyqokM1zTuFQLXGypwd4VVAZy4RNgf0CmBrtQh9MtwKzCvBRbZY3GmWrG7YHWFyKVZRIUIsxj0+98BeiYORjCEFhD722D59o3PD46m.XjPv8O.b+bKJ0IHPzRFXcLOvz.qqsCVFX2Ohtq0MvteEcW+NlOWdCoZdw9CL2ZnqhrsZrrjIgHyTMpuEXHeJNwBmi7ustJ3+ZsmB9OmXJzuyLohjw7xqYhafD9rkH2YjLYtL3AKBdG36Vx752h3Qu6OnzBnuC.daQ8UgIODLfRXl2397SWByRdo7+NEJsjbkFjlouXCS80Ir2+AWXdkpJlVUcZrmhpwa3OXAEhMHpCZwPopK6spKOli5BRIXlWydCcl4ZDZH.V0rJpl.ISm30lTBwSPxL27q+c5pD7AB3eEMfOPDWpB9f79ePA78hD9fQITrjPzRuONVvGLt+4nn+GLAtBEBvx4eVEDv+ZYhdBEvJPAsBEnlYG38lW5G8OZ0mwv+HaidBEDKPAxBSfWV5RU.Ovn.x4raDWTSRcaC45HMPrehqG5UfM8jV1ozh0AqaP9V1ZxoVwO3IDcJGgno2VSppRYC6szBd5I0s5C4pBMkmw4H57rKBe7Ja.5+Fv50quFtnooT4MwkufOcIYToxGeAjduSpWwGbAuF8+ht6o+VmbGulWBFYu2wEmAaZ8CI+TXsQAOSWBEBjLKfwtE+Px8dBgSricazuK6FX7h7fhEj1TtQMbJn8nnaHUI8.iRp8d2zCGX8GMPknMasT6e6ekrXO1MUA96tvmQ1zpjEiKEA7.3emdfGgK1yt2qe5iuydyF4jMhKa+QwPzzUumpivRG4DrVNRWbNK9H30jbHeqIwKPe70eG60jX8fPVSx24OI9qII0p+AOq9T6X+wr100f1sdXYBnT5t0mta8o6Vep+9CdVG6kSG88EIzCz7+8PejTSjolHSMQlZh7.nIx9wdvBMLkIxPXxcC3E2I0LYpYxTyjolIOHFIoalwIllZbolHSMQlZhbe9hOzVy83lkZbmxepwIllabo4FWp9RP4FGG2LWSLM43RSNtTMv8dMP140TeX40jXZhMklXSoZo6qZoAjXS8gkuOhoY1T5huNPqjvLyl51IylDiQpMsy23a7+3Boo1TpHcGhcepsb83V6ZlXZtMktcqoa2ZpG+TyiDlG6CK2lDSStoTajo1HSsQlZijvF4.9RtIwzraJ0NYpcxT6jo1IIrSdBuraZAkJgXjLM+lRMRlZjL0H4AtR+0o8meS9sSllgSoY3TZ0+B6PoNF2LWyuRR343DiKa+AubbxalSywoTcvjliSmDKGmniruyKKmb+ZDsumkS7e4GouzrbJUOsMkkSmDK2e7qnllmSoKBKsBNgtDd1QOFdbk6WEwIvBwRyzoTg53u8qcas+Ygr0qo45T5Vult0qod8OfZf7jX45THVIe+ZOyikZkL0JYpUxTqjGHsR5dJ9KqTQN8X7SsRlZkL0JYZYJw6X7eX+GiOkgxzywO8b7SqTIXa55w4l4ZTZIoGje5A4mpD1FOH+9wNHeFA2mdR9gTuR9+9VCjdR9oJpsoSxuerS2lRSM8n7SWHVZIKAc6ksierIgVldV9oR02WcUp5wZSzBaCXSOL+zMfMcCXS86e.0BY+XGleXlIu2OdnOVpYxTyjolISMS9.rYxC6r7HH2w4bpFfylWwawrxSHxzAsLiL1DFlRGYsa7A.oicsb8HiGAjkzQ1LLMqzM2xkqqTyzV7nWtEVleZ4x5UjEHKItndk4PmOK2ZMzJi1VlZ0kqIUWdE8EAV4GBcbhxKADbNK+pp5k2bYkWW9Lc+Fc2U22oarwfffIgcXnx17+yzW2uQec2kyOeowdY9mh28WEeY9m8Y89oPtW9o44GYD9Edpk4eF944AtDED.CGeFl3k4eR9gE.cLv+.yvvKiOlwIdqS36sJ37VGF9VWB8VE6q66zmGtoqMktlYcc0gzZTcU45mkeKI0Ftz..WfT653wU6JWFcs4zTLuZMYMqeSvBverGU16otvm2i1+0VOjciL0VOrciL0VOhciL0V4rabWNyrRfs7tcnBrsk2iSyd1xgbKYMSPCWetokLkfaep8y.brZx0MUfhQYmVdKkxxNV6mV1XSS8ZDJ6OjUi8wcwFUTzmWGNX6pO.5I7vGwCkgjqKDxWgpu+EXDT7MzAucz4V38zZkddEU0YkpHuhRUY7cTatxPwPUfDkcLFaqUlL6D9fKrnhY4MVotT4MIROgLYffIiyiZIccyqnahMGKVZYj4HfpVcSvzSzaYXxOPNCypnJeEIHj9tbibCc0FUkMFYA92j+F7KtzUetYlZkkGY37v+8kV5hKr7viLL1+7FKuxadwqyCOyl5COxkma4Y7FzruvHSBrArfxsmUQSwXC45ifn3vWnwHW5p+LWbkY3m4J7O2LKe8kEGdAICS45m6VRakoJjvaoYUU51v+40+S+EynBn.HjxoMUDIohS668qPwNrhSysfREE2miGSJrAduQPDfw9azxnz7NAQKe3nAtM4bO5xAFsV+5LZaIqBzHcWyzZRMTMcdJo53B5Z501PWSoLoDMvV85qKWGG1YhP9OlxSWh57IgmbolrTc+JkwfVHDcZQX7qGiyBb4g1Pt+YQYCvgreEc3EPR1qg2C63.Xl0VStroGvdDNPje68Zn9BpfiYPEGJQAUjtHz8nkYjI7.WxRG3RUox00ekxVAaB03ON5I.oCMjO1t3V.9adgLn.jsjfpB7Z7JkKCEIGVHSF1iPL1iHerGQgXOhQi8HFK1iX7XOhhgLBnKZXlbV0x.E3AKNCJDyrYciuBD88+e.yLE6B.
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@Win-Conway said in How to make Mid-Side processing?:
Im running late getting home, is HISE incapable of simple routing ? I see zero reason at all for any encoding/decoding of any kind, its a simple case of stereo to mono, phase invert.
Yes you can route anything in Hise, just for the phase invert you'll need
channels[] * -1;
Have you done it in your DAW? -
@Jay I just looked at your snippet
the main issue I think is that you added a routing matrix at the end of your chain, where 11-12 are routed to 1-2... but your main container is listening 11-12. You don't need that routing matrix since you're already listening to the decoder moduleBetween the encode/decode modules, your FXs are in any order, which does not help. try to put together the MID modules (7-8) and then the SIDE ones (9-10)
Also, it looks like you have many redundant gain modules you might not need... 40 modules in total, 18 of them are just simple gain. It's a bit too much just for dealing with 2 signals only... -
@ustk yes, in my DAW it takes a couple of clicks, I will be home today and show a vid if that, there is no encoding decoding needed at all, and i will try to remember to jnstall HISE on this surface lol
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@ustk That's not what it is because I exported the snippet you provided and it didn't work either, below is what you provided
HiseSnippet 1855.3oc6Z80TaaDDWBaEvNgNoYXl1NSePcl9mjR.aY.aXxjDCXCgI3fiEIocZYnWjOC2frNMRmfR6zo8iSerO1Gymh125zOB8aP6cmjrNITbsgPHjX8.i2cu8t8ta289sGWSGrAz0E6HIma6isgRxWSQ+XKx9qtO.YIsQMI4anzXiZ6puQs5pGgcN.YsmzJGaCbcgskjkyrNqcx4xJw+9m6uBvDXY.iXII8TLx.tIpKhDwsY0GhLMWCzFtMpqPqmu5FFXqUwlXOpMkQonjMv3.vdvGAXMaLEI4qTuMhfczI.BzURN6J31GquO9HK+1+TjK54lPFgljNsi7YuF1rMyhY+VZ08QlsaFN2ckjjUZFsRjwekXJkFn1nd7iVQtNWfZjFhqGxi0OySSz7Jlp4okh4IIXcY8sNpQfa6YBHwsL11Qf.D1JlksgEAZ4hHGKtccgZtuuRSDwX+zs2wRwdoaTm21avl+jJ06zAZPhL1rJq8Um1c5gvQbhSZK4TZg8HP5v6unwnnggpM.DGz2qE2nxbFMpTWeBFQ+ATR9idjWWcZ.pAjt7XYAMoCjh70jXpxoKxnYaW5Pq1bhwhDpwnkCDxIxDIrDi9eoeLg8HBDNmnv4RHbdQgymP3BhBWHgvxhBKmPXEQgURHbQQgKlP3RhBWJgPshhRinBEqESbOJog06nzkBuir8y6PYj2wov6HHuadEcCGjMIv83pJMzUqaYfaCi4X32HowxNlRGOKCVtXUaGnMvAtMtoI33a5B5ZaBaQ8ats5yMwFGni9A3sx+i4yk+mxKnC2.Vg0faZDr8Sa0j4UoegL9lh6n9kpEuSBtZhbYewEWZG0oinlaG06cuHxx6bGZaKTPcyoaodW0FpHK0JI5+x79e1JEqDS0JbU8+nc.W0xp.q1pUTmYt1q32KI5qEX80LZQZdxOZeMSqDpMer4vBwmCK1aNLCaNnyLjESzAKl9bXo3yAeU4ygkBlCh6RL.VVDGr4Ms759bnysUODX50a2j5NEOMwDCVZBr0FVHxV1v.jXwbfDYG4iDxUSpmME0PJPPJB.h.1tykjOhAVmH4ifvRgmi8RS9jIPXpIexFHL0jOJABSM4yUBDlZxmwCDlZxmIBDlZxmbABeUk7YU+sKZu9jMpAH.JXF4.dzcLanCAwbljqAOjVOP3gW0ftGPv1wvfMtuvqpnCHdNLLi7jWSnzPsFxkDCkXPSXfG8gI92O92+q6+LHY4tXOKhHV2lNPgpUTu029EUahcIB7pl+Om4Em4CISEWm7.hI9CThlQpW7H4OUgWgNGoFd0yyIsvqKhy1O8gWWTmsOduR0QrCkWOz2IGM.YS3gPy9VgdMHMcrXMUOC0lreDiutZJ0vmLnHyfETjRfP1At3PlgqdooX1anvWXuLYv7M9KOF70UZBFkSbTNw9kS7jXFzG.LCeWmN+wffY3WlZ1alDyvKVGb6QXFdGK93zee.uVgjOPXFzGgYXDlgQXFFkS7ctbh84NRqAeo2QZY4ym6HMeNwapb5X24m3c8oUjcYerapbZc06ptI6t9zzlLetIE5gkFr6mTWTmJwF0kRLpZgi5LrQsEeTKcVtUwwuXtUwQ2g3qs6PLe3pP5AmWMT74wcH9w9BughNwAB5R2d04Qm9kEPC48ozdU7XFrG3Gy.sbBSLnMKuPTydQ0U75zA5Dm6uUkOTIKIwtZfk2BZCAjFrrT8DNQ0VsV2A6YmRgLr+S6a6.L3ufCgIzVVPZPXr1tpC10sCc5v6KWwV2zyYO1ZUDmVTviNtw4QCfDCcXQCOwExB7QFgQYQslOJE2FvC9+LkRyOa7uC2h9mNSy94Rqxo8UQa3UozvqxbCuJyO7prvvqR4gWkJCkJISXmavRX2.XSwbAMEZ4JnfnOpLeNwemJBMsmuG2TE9e+nCIrjztBss+Xtjuxn2zy+WcWE6ecWhW.QtPazu.x5VzZFoYj6UGSGfmIIja7zpMvVX68wVHi3INnIB1aOninsm5DZYBgl2JhyTUaAMg.WgLeeZ0MQVPfS77gC0Zg1fuVzu8qOTw2bUYmEn91wawJyaQuEqW8KcuW.XBU5n6PdCee9ZJ7SBTYnUdCoXXkTwaO1YBusTXgKrH2feyATJmAZwNYgeQvl7K9Rvk1kBDiYRiQAS6WMWW5IVzl5SPAN1ByvJoH+4zVuI9gviCId.JfXQtjmx5Xeq9An.helM28AnEZzqgLCdZqOVo.Eijiag8bf6UnF1vqKE0qagca1Zq0asbiFa7n0KPWBAnGfbgkJrrWaDlotaAcOyC.6xvDataCfKA5L6QfCkp4YahLnab7pW4S.eOT5XezmLkjOq5VsYL59q2czsTbd8Rtj5egPxmrPnt.CG7tF9EuxeWnbNT2WKt2RNkFLZUMIdQ19gccoPX10vfkebFZfW5ZTZn0XtgVi4GZMVXn0n7PqQkgViE6iFL7hK6Qvc8OsjxnYc+LLx06kgIiz+AaLHA.C
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@Jay It is working as expected for me once exported...
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@ustk said in How to make Mid-Side processing?:
@Jay It is working as expected for me once exported...
I experience this problems, you can try and see it on Hise too (no need to export).
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When you insert a Parametric EQ after the MS Encode, and set it 9-10 (side); If the positive gain eq band is active, sides effected as expected. But if you cut or give negative gain to the band, sides are not effecting! That's weird.
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In contrary, when you set the Parametric EQ to 7-8 (mid); If you cut or give the negative gain to the eq band, mids are effected as expected. But if you add a positive gain to the eq band, mids and sides are effected simultaneously. Mids and Sides should process independantly, shouldn't they?
It is not working properly as expected from a M/S process. I don't know maybe that occurs because of the 0.707 number or other thing.
HiseSnippet 1675.3oc6Z0saaaCEVJNpI1oAnanCq6Ndw.V5RcqkyONY8m3lXmrfEu5Zk0tgsfNFI5XhHS4JQmtrhBrK2CvdUFvtrOBCn.a2MzGg8FrQRIYQon5YmkzzzZek44SGxCIO7vuyArtqiIxyywUQM61G1AondQMiCIzVq0BhIJaVQQMmVsMqj2XyJUUV8vNPOOjkhpZlM33pYGWQ76uWYUnMjXhhDon7.GrIZKbaLMRZ8xeA11dcnEZabaoud9xaZ5PVyw1oKyVxnUPoCzbe3dnuDx+rwzTTuPUKL0w0fBoHOE0wW0w5PiVNOg3+8O.6g20FwanqXv5Hewq6XawsXtTk0ZgsspGNm8TTT0pGsBjweE3xZ0vV3dxiVItj..Dog75g5X8y7zkMuBCr4oHYci6acLivwpqMjF2x3aGA.XGRLKaSBEQ7vzCk2tNSM22SqNlZ1Jc6crTrW1F0os8Fr4OsV0lMQlzHicbs0+5i6Nc5NhERyQL6QskrZMb5RQrg2eQi2BS1CTCRcw+fdbiJSbiJyfYTorlDLJ9Chh5G8kcaavNTZhXKIDBxl04ZpWTgqpncAda9VjAhXIZLVDnNusZ.nnQlHvh71+C6GGrWi.v4jAmKA37xfym.bAYvER.tnL3hI.KICVJA3RxfKk.bYYvkS.pWPFMpUHrdL3dsTFVOhhuw5QLd+7HzF4QbL7HBhulSyvzE2gF3RLkVMCPUhoiEJlyf+GoL1jio0rKwjGyEzwE0A5h11otM7vY7fs6XiZv7UtFXWaGy8Mv+H5p4dZtr4dVNIcDFvp7OXFyfs+qNctmNcN.6WnjusvNfOET3lIjpKKk+KAdwc.yF0Ztc.24NQMWbmax91abCvVy1.baPM.l.JknCVTL.WuTgRwTsjPU+erNPn5h.HwBTBjeNqU86kD80B79JudjlG8Gqux2HgZyGaNrP74vR8lC44yACtgrThNXozmCKGeN3qpXNrbvbX5bOa5ncJNYJB00wdFR216hbuF3.nc2d6nLWp2bBOH65ejvCRfECuc4UFdHS.XpgGFO.L0vCZAfoFd3BAfoFdXh.vTCOLY.XpgGxF.dREdfuiiHTVu9UaVARgLZEpAxX6XcPtTLeqVsB5.Fy7vqTpf71m5zIFanI7AmRy.R65xYuIBuLoVMPErGMFesfOgSiymv1Ku+u8Wq7PD8tsc5RnxrNq6hjxa.b0u6SJW2wiJIqbt+L+yOwt5RUc.Yj9gZQyBvYOO5i0QpPGhTOR0yaIsiTmE23d7ORcVci6D8RPFyupbiPemrrCEagN.Y227iqfX2xJmQyCwVzVQB9lxojA8I2AgwG3Ty3FN3bSpjuulXg87jAK13O+XvWRqNbTLwQwDSMlX1PRDq008.T0G2yiwE1Fw1ndLn58iWnB1115XaJx0Kjo2pPw9i+0+25VEJyEnGJ3Wv+pPPw3EaTr1GWv7QBtT4y3reG428Z4t3ixO0X.3m98Ma9GCB+ze5xWelj7Se9FvqMhe56.mIN9UD50ZJeCD+TiQ7SGwOcD+zQwDemKlXepRdEzqrJ4el5oVUxyJWq5YiU0W4p8pWfWtWdspm0.bavV7p8pqyTWtGVdvpPsgrNkhMpKmXT0CG077QsgXTKNptxucUW4bgqBoefZpP3Si5Je4Pd6ODd.R7PSDGH+.Q6lNtsAafHHAgd89PW42GzmaRmA94lbOSJyD11ER7533gzk64DXEkwpfncIw+beQw9J9zac1zS56lrbnvhxBYWlEqyXsi0S03mEBa9xUpRfrSSFrXYDq64YxlrhjgjyooqsGRbmttrhQhKJKNIitg9wML5U1zGlFYFLy8+HQwrg1nOQ+pDF2d1ovd7MaB6ZSCkF+QATyg3zokCAaJ6S0fWpl81CEyuI0IzcoTn49QRtb4FHaDzS5n0GWdKLAAcqwuc83sVbBkz7Uz7MW.+rO3siWGUlyauNpSFW9o7G+I7ylJnVOh+G+ZBgH918VnlRWCbkx8.Zf2qEU1AdcDxZWlWhjFkmatWrRnbYED.a47j5rAbcWzi60O+7KJ+43iHUoR4Dgq2F0tiC6dOyXdamV0pTKUJSi8+hxzfGrjM0eyKsrSkkjQo9c57.oT5OSU0ixTsMzz04Ql9YnvChLoPBy6fHdGwY0pwaCzUDYs36A0lw23Qll7fY4Y9PoqQwgVi4FZMlen0XggViEGZMJMzZrTezfSt6tcoNs8iJvDTupHmBUUetrh.DJ+K9v19WA
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@ustk said in How to make Mid-Side processing?:
@Jay It is working as expected for me once exported...
Can you post your snippet that's working so I can exported in my end to see if it works here, then I can double check my scripts.
Thanks in advance......
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I am using the last one I posted 4 days ago for testing the export (because the current I have today is modified a bit)
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@ustk i exported that one and is not working
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@orange said in How to make Mid-Side processing?:
@ustk said in How to make Mid-Side processing?:
@Jay It is working as expected for me once exported...
I experience this problems, you can try and see it on Hise too (no need to export).
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When you insert a Parametric EQ after the MS Encode, and set it 9-10 (side); If the positive gain eq band is active, sides effected as expected. But if you cut or give negative gain to the band, sides are not effecting! That's weird.
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In contrary, when you set the Parametric EQ to 7-8 (mid); If you cut or give the negative gain to the eq band, mids are effected as expected. But if you add a positive gain to the eq band, mids and sides are effected simultaneously. Mids and Sides should process independantly, shouldn't they?
It is not working properly as expected from a M/S process. I don't know maybe that occurs because of the 0.707 number or other thing.
HiseSnippet 1675.3oc6Z0saaaCEVJNpI1oAnanCq6Ndw.V5RcqkyONY8m3lXmrfEu5Zk0tgsfNFI5XhHS4JQmtrhBrK2CvdUFvtrOBCn.a2MzGg8FrQRIYQon5YmkzzzZek44SGxCIO7vuyArtqiIxyywUQM61G1AondQMiCIzVq0BhIJaVQQMmVsMqj2XyJUUV8vNPOOjkhpZlM33pYGWQ76uWYUnMjXhhDon7.GrIZKbaLMRZ8xeA11dcnEZabaoud9xaZ5PVyw1oKyVxnUPoCzbe3dnuDx+rwzTTuPUKL0w0fBoHOE0wW0w5PiVNOg3+8O.6g20FwanqXv5Hewq6XawsXtTk0ZgsspGNm8TTT0pGsBjweE3xZ0vV3dxiVItj..Dog75g5X8y7zkMuBCr4oHYci6acLivwpqMjF2x3aGA.XGRLKaSBEQ7vzCk2tNSM22SqNlZ1Jc6crTrW1F0os8Fr4OsV0lMQlzHicbs0+5i6Nc5NhERyQL6QskrZMb5RQrg2eQi2BS1CTCRcw+fdbiJSbiJyfYTorlDLJ9Chh5G8kcaavNTZhXKIDBxl04ZpWTgqpncAda9VjAhXIZLVDnNusZ.nnQlHvh71+C6GGrWi.v4jAmKA37xfym.bAYvER.tnL3hI.KICVJA3RxfKk.bYYvkS.pWPFMpUHrdL3dsTFVOhhuw5QLd+7HzF4QbL7HBhulSyvzE2gF3RLkVMCPUhoiEJlyf+GoL1jio0rKwjGyEzwE0A5h11otM7vY7fs6XiZv7UtFXWaGy8Mv+H5p4dZtr4dVNIcDFvp7OXFyfs+qNctmNcN.6WnjusvNfOET3lIjpKKk+KAdwc.yF0Ztc.24NQMWbmax91abCvVy1.baPM.l.JknCVTL.WuTgRwTsjPU+erNPn5h.HwBTBjeNqU86kD80B79JudjlG8Gqux2HgZyGaNrP74vR8lC44yACtgrThNXozmCKGeN3qpXNrbvbX5bOa5ncJNYJB00wdFR216hbuF3.nc2d6nLWp2bBOH65ejvCRfECuc4UFdHS.XpgGFO.L0vCZAfoFd3BAfoFdXh.vTCOLY.XpgGxF.dREdfuiiHTVu9UaVARgLZEpAxX6XcPtTLeqVsB5.Fy7vqTpf71m5zIFanI7AmRy.R65xYuIBuLoVMPErGMFesfOgSiymv1Ku+u8Wq7PD8tsc5RnxrNq6hjxa.b0u6SJW2wiJIqbt+L+yOwt5RUc.Yj9gZQyBvYOO5i0QpPGhTOR0yaIsiTmE23d7ORcVci6D8RPFyupbiPemrrCEagN.Y227iqfX2xJmQyCwVzVQB9lxojA8I2AgwG3Ty3FN3bSpjuulXg87jAK13O+XvWRqNbTLwQwDSMlX1PRDq008.T0G2yiwE1Fw1ndLn58iWnB1115XaJx0Kjo2pPw9i+0+25VEJyEnGJ3Wv+pPPw3EaTr1GWv7QBtT4y3reG428Z4t3ixO0X.3m98Ma9GCB+ze5xWelj7Se9FvqMhe56.mIN9UD50ZJeCD+TiQ7SGwOcD+zQwDemKlXepRdEzqrJ4el5oVUxyJWq5YiU0W4p8pWfWtWdspm0.bavV7p8pqyTWtGVdvpPsgrNkhMpKmXT0CG077QsgXTKNptxucUW4bgqBoefZpP3Si5Je4Pd6ODd.R7PSDGH+.Q6lNtsAafHHAgd89PW42GzmaRmA94lbOSJyD11ER7533gzk64DXEkwpfncIw+beQw9J9zac1zS56lrbnvhxBYWlEqyXsi0S03mEBa9xUpRfrSSFrXYDq64YxlrhjgjyooqsGRbmttrhQhKJKNIitg9wML5U1zGlFYFLy8+HQwrg1nOQ+pDF2d1ovd7MaB6ZSCkF+QATyg3zokCAaJ6S0fWpl81CEyuI0IzcoTn49QRtb4FHaDzS5n0GWdKLAAcqwuc83sVbBkz7Uz7MW.+rO3siWGUlyauNpSFW9o7G+I7ylJnVOh+G+ZBgH918VnlRWCbkx8.Zf2qEU1AdcDxZWlWhjFkmatWrRnbYED.a47j5rAbcWzi60O+7KJ+43iHUoR4Dgq2F0tiC6dOyXdamV0pTKUJSi8+hxzfGrjM0eyKsrSkkjQo9c57.oT5OSU0ixTsMzz04Ql9YnvChLoPBy6fHdGwY0pwaCzUDYs36A0lw23Qll7fY4Y9PoqQwgVi4FZMlen0XggViEGZMJMzZrTezfSt6tcoNs8iJvDTupHmBUUetrh.DJ+K9v19WA
@ustk did you try that, see the issue?
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@orange It is working just fine on my side
Here is a new snippet, with some improvements (solo, typo corrections for the channel names in the comments, level corrected)HiseSnippet 2756.3oc6bzzaaibkzxzIRIJa1f8PujhAAsEJMwNhxeH6FjMJR1NvnVwZEcR2EKRCnoFIMHTjpjCchaP.1eC81dqW1C8VO1dp4d+Szi6stnm5otc9feLjhVVx1Iqb.Y.h07dyadu48dyadyvgSKGaCnqqsijb98OZHTR9pJZGYg62nuNxRZmMkjugRyc17EZ6r4VfWY67RjUOo5GMT20E1QRVN2io0SN+7Rrme3g00M0sLfQfjjdlMx.tKZ.BGAsUseKxzba8Nv8QCDp8J01wv1pgsosGQlxoTVZntwK06AehNsZyoHIuvVcPXaGMrNF5JIOec6NGo029UV75+LjK5.SHsfpjFog3f211rCUhoPkZzGY1oUPe2URRVoUjlHGWS7YJMQcPgvizHWmg.DQgn9PdtwIdphhW4IW7jEDu44h2mpnY3fFhivPksqnriEF5zUmXBDEKdckl60JJMrI0vBuz.8WB21gTHjhRqUt7cAqVt7suewBEKPLDtXvg5NflZTyL3A.luwR8f3s51EZfKcqlZ.JpaQoHp9ZM8HMYZ0WCvPkn9MO152L05q4RTbo27TL2ZD4G0gppqio8gf9OgrF1CFZaQJPXTXURxKTG3IQrPc74M+e26d.s81cO.YDTwBHKSjEDz0yx.irs.1VQ7j1rN1lkLBZy6R3soG71EK7lhExi5BJwKSKAHOBbbIWH9YTjkX1Mf+C2lQQ9HL1Ac.QMVhXcY0g0Dbk9XpfV5UXQ0xB0gpuOlpTH+aAPSWH3MiuAEDoiUlIsUwBukTuS15QI2We1P2z7.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.x98n+MowBYToXL5+lrydckFdtX6AZPLs4Nu5uy8WjocX.3Va5fNjjg5uAfc7f2kChEZIFn87vC8vw.Um3ZCcnN7w.qoOXnIrMYVhXfero8A5l0a0LdkwNPcxnpdMIizhWeG8g8QFsgVjA1jJDmLCcS315Fj4ihCmnpHiaazHFT1B3dz.aOKbSOSLZnIJQGtgIT2g5TkfRdeYWaCc530D5nC7FUpEDrcQtT80WySos7Rqd2feUM3mpA+coJgfBqWE5edN0mTZzUOQVCmcGOScb7E1QCZ4ifFeQbETzUIYQh6bj3pceurZuIUb+TkVHrQ+zk24RQdIyD99VdyEDgguhrHgcdks+xS6BkSec7kSagxWaTYIuRaaRNnD1ysw61Fzwi3BS7Ig.03xTtynLkp5gxd5HTcR1vj3X27IdC3wdIZGKKR92z3VWiF2hWtLsL0ZoQF6xJLWDRUZYYejrB4hPVgV9GIOTjgE7QtrHxkSfbEQjqj.4phHWMAx0DQtVBjUEQVMAx0EQtdBjaHhbiDHUKKhMpT.Z0XnUShNlZRModRMlhJpjzT5ZU4Bgq07iy0RIy05CtqkeD+BAYF8k96qWSMvVVFz7oSae8tzbJgqDcnCjjKNbe6Vl5GUxMLch6BNvz13kzDNFY0q94zWmVgRF9NO2tva3Skdu6E.5qK+bvuFT99i.WUDN8g8iPzUdN3NQkV94fO+yiJt1yuOqw.6dm1fG.ZBPVfpEi2.qwZ+kpVtZLRqxHk+PZ.No.cqNf0AKtbm57VIQasJssVTMhxQeHs0hsSP1Jw5CqFuOrdXeXQZePiJHajnAVO89vFw6CbRY8A0xrNwTsMCJylwYDGELRbFAjUBlu6XiyjyGYpwYl2GYpwYT7QlZblE7QlZblK4iL03LW1GYpwYx6ib1HNS3FCcp1aDwvT4CP1vy4P3V+AVTpETZB15KhEfh3orMxDCcbCr500YtDrjRe2W729O+CJ.0nkH+5ZT.Uh+RkXl63.VIBv0qkb50bSla+4kqdfpNUW8P6PZt5+TLk5o2U+h4TpGiup1T5q9ce2MqI5q9u9eeONyWclM8uKPgkE7UuT3qgGQya6wAqeltGxrWNyXd66RRaBIo7IB32w2krvsbsVJue9yM+Q44m3ctf89juvrSK2PgoXuHIvLC+EGA95JszmEbHxl8+itY+GWDU9atJKhZVD0rHpYQTyhndVinpkkiZVD0rHpYQTyV0+4VD0rbTyhnlEQMKhZVD0y7Iz3JJ6aC3eiHi8vYjsi7u+8jtZjRXTOohBmJkY04lurRJdRwmZ9qdW1TyYSMmM0b1TyejcB2tZvo2I8.pECPOsmvsMgG6Ib6OI+94DtUHu3YL6NwNsVhmRK0xzioE8LlcGMvC.6ROkVppEKjunPKrwjcxxzDooZLttQBtpFv0EobsMiqURvU0xgGrr6e7bk90WPF0ROZp7SFWdQtD1.mkCa1G37lxNfYmXF3EBzBoOL+JAnm8NfYG+Vhraa12bdVdWY4ckk20LUdWm9.xY4c8S5AgP6jhnlsIyYQTyhnlsR1YvHpenSwUvs6lb2tanD9YXy+fm42ESjE3xKoddbiYMbhuwrZ4.Ms06HbSJPO850h9byif9WqI7scKxKeIuMbHTG2jeKN3i7x0Z29wN1dCSR0O7P12i79N5FrqILgNzdVPx3mX0sgisqaWR2g0Vth0tkmSOptJBRa3gPG23vHieDG4PSu3otP5XVjQvfrnZy3R480Yia+kJUVYo3OGtG4+5dG5O2nAqLmD0omjJSOIKO8jrxzSxpSOIqM8jTcpHg6n0TeHcDymnPFXoidgqsUuWzTaj6LmKMYoOPZMRHenoPMqi5ExINDwn0g9hLQW3xjKkDQVXl9lh6C2UcPtISbOgKyt7AxHOmzsrNjD6h.IH0nt5dl3.nwii1z1xdXeaKjQ7HEjQ985AcDk8T6POBiIAphf7Y0ZCMg5tBg59E01EYQuYKhE.bpzEpSttXb1qelBWbAzf+fONthJx8QzUTw4up6Z9YO.Hb2AOiamupBKzOfldxLR90Jole8bmocrPJXGyoib8+M+1OJGzhN0A6lWwjcfsDuWq7uCqlSIaeUdesJ.owuJ.4wuJ.ow+9rjG88YMP2vw9EF7WOB0e3xLHDOAK1MUadklzx.0f6kNpG7.R1.uvvfFpYQhOb5TTYpoX4olhUlZJVcpoXsolhpSMEqOFJnod8HOr8.9DOD.s1hOXUdqvAq4j9+33CEuG
for info, the *0.707 is here to compensate the fact my Mid and Side are going each into 2 channels, so we need a -3dB (sqrt(2)) in order to compensate that, nothing else... I think it can be done in a better way, because I am the opposite of a code guru
But because of the routing I chose, this the way to proceed (for me again)
When you think about it, in a DAW, this is the same thing, but it just happens under the hood, just behind the Pan Law of your DAW. When you set your Stereo Pan to mono, the DAW compensate automatically by -3dB (but the value can be DAW dependent, even customized sometimes) -
@ustk Did you try the Parametric EQ and see the issues that I wrote?
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@orange This is what I said above, "It is working just fine on my side"
The last snippet has two PAR EQ, when I solo M or S, everything works, boost AND cut, and they're not modifying each other... -
@ustk the problem I'm facing is no audio coming out