Posts made by Mighty23

Mighty23

@d-healey thanks, I understand; either I find a way to have the SVG file without PNG inside or I limit the use of Zoom In/Out.

Mighty23

@d-healey said in Is there a size limit for SVG to BASE64 files?:

Is it not possible to do that with just an image?

Yes I can do that but wouldn't that lead to blur/pixelated images for "extreme" values?

Mighty23

@Casmat said in Is there a size limit for SVG to BASE64 files?:

I'm just curious to what the benefit of using an svg would be here for your use case?

Have a background that fits into a UI that the user can zoom in/out?

@Casmat said in Is there a size limit for SVG to BASE64 files?:

svg holds an image element inside it with png data

probably because in Illustrator the layers are not converted into shapes, many thanks!

Mighty23

@d-healey https://drive.google.com/drive/folders/1UQYm61518rYs--TBO5trubFSsAgcB6G-?usp=sharing

Mighty23

When I try to convert an SVG image to BASE64 with HISE tool, I get a crash or "infinite loading". I would like to know if there is a limit for svg images or if my computers have too limited resources (or something else).

Mighty23

HiseSnippet 2129.3oc2X8tbaiaDmL1LmMy41bWyG5m5fQtcFoZaEQIYK4ldWkkrrqyEmnIJMsYR8jClDxBwT.xjPNQ4lLSdT5iReD5SQ+beCZW.PJB5nD63IWmdUSBMwh8O+VrKWr.8h39j3Xdjks6SlNlXY+kN8mxDC6LDSYVGrqk8hN3Xq1SGiiiIAV11KrubF6kWzR86e8GZiCwLeRFIKqmxo9jGPGQEYT6056ngg6gCHOgNxf65sNvmy5vC4S.TrfSEqwX+SwmPdHVx1Mbr9i33gV1+Vms2bSObvfFC7p4s8wAC7I0ZTYq5Mph2r4fAMp3UuVPiA0APdytATAOpu.KHwfKzlGLs+P9qXZC7TZL83PhbfmUevxZx6wCCjtnjpUmgzvfdoKOwVV1N8xVrVPuXcGmCoAzYzyVztsZBTlDlKf12HO7VHG77LgWEC3MGHYa.oE0P5qb56GQGKxlQhma4b.SPhFfg3jITz7ZciSWxoCG3fIJOBeJYuHXvLIJVuRk0QviR2aE2UbgnUr.cNNB0CyHgdnuAkJ6IDQG9nwbFLnXA8zEzRc26h5DQ.GFIFRP8CoAjndPfF8JpXHxqJJVQJ1T+ADwDF4o3vIjXCqfCBxjuXgcM3pv5npUj+WZTSwKGS.DoswNi3SXBfUupktGB.VehPgJ1jQGShP7AYfQCb9ni4s4uFI3nXRHwWy9i4bA5gbAwDyQ.w9Jd3Q4wbpVJV3wF7TPtxBHdKEjyqGotkN9yKzAXqPmUkO2U8P8ZW4i8TOTi2W8P85NpGpWaW3HPyl3RuXPEjQxErYVp7K4TVwB+UVgRYwr465w93vbtshvk424XRFppMOOWwk7iesqSNaBNT5GubRrLnUX7TwP7IbHYhIGFLIfyTtXN0m2Gyz47bxcICnLch4HpeDGRanrSzBE+dPSAqUbQvumC3+R92QqKyv5JcBD.lwjH.ELQl7ddkarNpV4sgW2r7Vqi1vqljxFUKCytw1kaBqQxWSHqYxqoZVOXFsEtOr5fnLAmgETNyP+0xzeConMjZTqcss0upT6lR1pVQQnRpp6ksfiRVZx8KyV0KC0nAk2rY4paAZp4Vkq4UGHzn71UkS3Ud6sT+0SZAM2aUda4nMZ1nb85d.9ZVdqp0ULUtgWsijPXWYPNMq6nYIm3vvik0PFLg4K8Zz.H4aV9YRBKPJMEbEWJKTFpmI.DZMyZjosQ7vh9oUwVGh6P8iRq39CZ2jN.UTQB8snJkTwVV7jHBBK4jF.wf.xq07lHh7WHGLSBfHA8Uv6aRxmdtVeaf7NRUNZ+jxQ97nHRLfifYYiYJL6s6dW.0w7PR4wQTYc29IVIYUPAneGp.ZsTjCVpjtx2tjimbxGVU4vqgDHbTDd57.iL.TjBtVk6gnneedOtbHgchXHLyZqUJSFikI4uKV1VWqeGX+HvOJRWOuNeN8nrh3Dr+vjZ253Vlleq9U3OucdkJRB7oYTEmedgrhgQpirp4iXEK49CtYwXY0ubEagMEUNSwRxE96shAupPCv+XbTLA1us3gvV1PqORYjJ+gpMjJVZinRneCrcUhvobA3dOHaVuAXwbqamjttoFuinnxTPT28stnK5BCFn7gkuvbINcnDAyYZYabQeLAKp2OM8SnTFgVUx2+iyGt+Gy1y70aoXvHmc.iJdzXB6C0zlUx9PPuRKjfJv7BUmRecRmRY8RXQglh9YNlMTXovNfQ6aAZK.KvV1ccp2rr524UnAseo3f1mcd2N2+r17mE1rSi86JVaBLa016+mezlq0QD7lC68c6KNqc0pOx+9u4XVb+y0PSgmEz341I3IsXUBZLaVHEMYMee0zxO2IW17EUysaY8mNXWouA8DlrhAqhvdUBpL.YuK4bngdcClKCqOwmJ3iU7lTlDZ4Va9URa+T16mx1K4n6Cz50lmPXZ1fecqWQCDCyHLs0PB8jgYmc36iaYeSCacqOk.3qkAu6nMo9kKncKZqQlmn4Y+8QXCr9rVwBx39z2jacOOje24sLasDneyuLwQgOsALa.9YqGVFD+hqdJfxeJl5OKZaYofqiszhp9crr+UNcb6rp6tt6tpaW28b2aU28c2eU2cb2YU21eFvzESnT.3eNGPsnInTsx4J6iy0nINWUGbWQPsb9zrGfOdVZl58boYeaqrzr+1YsHPUGrpvB7wB40xDImY8vacgjvu+hIgVMZ84AhUMf36N8xf3W3n1l6xgWyqH7V5RfWMC305EFv6curkFRK47DUWfVlnc.T1H+GIq+w.z6evU3Hy7fIgXQ9yQKusgjIfMWxc3U4ATYwTwTyOL+rc35qJD+JmdTg+v4iwaLGLBEY+w.iIWIwJNcGL.9nz7Bb16u7iy8OXZ9eQp42YR.k+.tb2Ck4uilBRRB0KDOkD48QtOo+wU89jFekuOo9SY9P3IW8aUL6IQvdFxDYCSIgYWlLqNvj7iSNjr48Y0GOZLTCTfiDf5ywM4bRTbdMrGML6JsTa33XKomTnT9ZHXak5LIzkEjNzdgO18Z4cMuWqE+et605m.UGxc0aKmhw9TYFQW14jPH+WgwuF5FY.dRnHkZ0bn7PNiOdHmQ8ym+HhnmbBIxD6y0g1QHj88LixcZ8XXOYbLwr+pG.GR.GcwOA9DVK79juFx4Fu9kNZ3hjewh9oaU8E9+6p5OlOQ.UEODCIgxZSvoP6CES8If0Yv12xirYeC4gqziqjVepOgEnF7ugeIS5IGamLoW5j+WwFiv9Q7W3qOfjLOcIEEvuYp5vK6bnbLx6hmGBJJCU4dguedU8dBV85JXsqqf0utBt40UvsttB135JXyKWP4lP6LQvGo+zzx5vdcUme01d1d21KX8ePFo8HM

here is a new version, fixed. If anyone wants to double check, I did it with brute force

Mighty23

Micro Tuning UI in a Audio Loop Player

HiseSnippet 1913.3oc2X0saabbEdWQsNVahZSR8EE8hfATs.jEjq4RRQRAifRI9iqZsrIDcLZfqP5ncGJtwKmgc2gJhMv.4QnOR8QnWzK60859FzdNytq3rxzRxJIEMg1d87y4muyYly4LyLJR3whiEQFl1Oe4blg4GXMdIWNs2TZ.23v9FlaZQiMNX4bZbLy2vzrviwYL2ZSC0u+8u4.ZHk6wVMjgwKDAdrmDLKPtZzQc+8AggCo9rmGLSi5lcOzSv6IBEK.TTvplwbp2qnmwdJEIaCKieKMdpg4u1Zuc20k5Oo8D2Ft6cp+DOVi10Z0rcc5tclLocM2lM7aOoI.x6MvOPJhFKoRVLXBGH7WNdp3q3IJ3EAwAmFxvNtFiAMmL7PQnOZh3nF8lFD5OJy8DaXXZMZkypPhy5AVGE3Gb43qbZenZBxJNzcflajGdExAOWc3USCdqARlZPZyDH8QVi8hBlKWMChm225PtjEMgBqS5PIgViMD2ypm.nfKclQeEaXDz4RNJ0rVsJD3S4GssMrVEKImSiHinbVnK4SIYbdFS1SLatfCcJULY5hkejssNW9L4BN6EzvErXMdo99iCC7YQifE+RE6qQUwJj50v+gpea6G9PxXVHySRjSYjiEBI4oBIiLQDoFYVfWj.3NfeFQRA+nt1i.xS3FnNm1Ajep3.wEkJdrFMEQ6FzcqqX6nbPshlvKK1CHqXucvu8UeTMGfeFp9n5+X0GUy8UeTMOn3Ifj0wkSLCbeAR1LzzuTSNeoHfWp3ejWr7UcD2d6O1iFxtIGPNhPuei04BTTgwnI9.1edAMDMnubQrD++4KkSomIhXTN10egufqr0bhOuwtRlqyZ6ylDvYugQpXJl7FXSgKj0WVqxZ+yIUHfTU.WQDw00ockFN6UwcWmVUp51.5VstSsJU2yoSEnQsJIiolm31AlhT0EmHQVnsmJpFYhpMPZafckfTZP0.kvtv70qg8vOjUxQy2Qx+SI8lNPpvJU6zwodq8pzokSC2lUp11Yu5vntN60B+OWPrJ5Z4rGztZm1NMa5VocGmV0ahy6z1swIn1TKMaaehxOmtuJI5R4GImRgrEDAWMT11Dxg3ZF4PtO6BBURhUKnAnfB3g35zjEb0..m4Vxw8bQhvRdY4Jp.qYPfd4ss+5ssQiTOGAtAQ0pTxh5KUzBd8SfLKHwO7gIYZbhXygzuxR39kWqrk0mXJ+16xnBRgTOZX3oX9m0i3xoNnss0LML16Y7Rks+ZEZBE.iDLzJWH8YYFQYRUh6i1Vi1.kG7SIyoQwLHmaoifz1P4OjGT3OcwrSYQkJWMpL4WQbqmxbFU.5GBd6jDlkx44.AjjSU0eeYIkpf3I6WaStpILYhxF15JykZ5gHBVyzXo7nqiwRbE7yVhyHDJWkuFn0auFndIZujUTMBE7C4AxmMmweaEtMR2F.0KKjhJP8RU0xONsZ4pZOFAPgwehkdAHCE1wSf76F+rmhQ22veOwvmJoFlCrZ1w4a6uD7q.cgDP+gofNKTLEx50sxf7pSoc6jxO0J2F+0HlO6v9nsAGdH0sBt54rHY.tJZ1mcNbxujShrE3DiekTLWQaZ3Gb1rD0uc14TvfWktuuURfrwE5Gkb4pN+xteUfuDNJnk4e0zvXJK3roRrWKnm48zzw6+tr5dAJhGjnpjFYRNSwAcmoej2O+uMipgwOuarjMebveImiJEpoC7Mm2MVAh8mIVvWI5uoeWHtGvrF3uzOXnM36c6W5U1SoL6YSv2nfqk4GflBl01v7Sr5Y2aG69182wdf8P6g6X+X6Gui8916ui8AFe6wzU2Ho.v+ZMfZScPopEaiUQs0JAZqJPcKA0V42d8D5oWt8R01MAJeRFT9E.TXPpHpJaCDbvt.2.Yc4AKMxuRZ7m5d0sGs69cCzpm.s+40Cs2CXG7r2Lr5bKg08uAX0HAVuNCV+CnQBTtu0yUGAKGJm.oExGLT45.xadCF3tSB+EgTY9KTgW6LcBnBStawf2TgGGHWpG.9c1srtsP7irFEH8ltdLtwZvHjz56CLld2zssFLYBD7oeS9g+guetHpt5+YYpe+E9AhmHvpCJ0+fjQH3PjQgzkrH2q4gE9621GVX9s9gEFuj6AKO4xSqVyddDTa.2HqoJDlC33tZe8gON89X5OrwX5r4PtNIMRBhOG0ryYQw4kvvfvUusgpvhkINdZBQrYHnak3zGX.2OqqYgq6ANdqmdJeHjF8q4oE17+6dsie.jpH2CxrUFFGGfaOFvOmEBACJL9wvQPlPWDJyFsdNTdjfKlOUvC7xuYRFEb1YrHcruVCZeoDOryki7ftGCEhgqwoeXpm.WafFc03g2Aeg667iSs10qetUBbIX3K4Gto3K7i6T7GKVHgTjGQgMgXhJ3doigLqdLP6bnVNdINyMvqakzuVVxpwLtupy+A9kNoK12LcR2rI+ehNlQ8hDegWxsgv8o2WMBX2bUR4srNB6Sbu5kefLzPVtuvyKundCFqeWYrwckwl2UF28txXq6JisuqL14lYDKBs+BoXVRnogwQiFntrpo4kExMKX7ewz+yVA

When I change the Value of the ComboBox "Scale" I would like the sliderpack to be updated as well.

I am using the script from the documentation and trying to adapt it to an Audio Loop player
https://docs.hise.dev/tutorials/midi/index.html#micro-tuner

Mighty23

@d-healey

HiseSnippet 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JnnDMMVCnCG4Gccq.zfggFcckjO0vDJcPS3DfDcHsxPFWATDedtBTek9cIxBKuvfHOi2F8ZPSDCXEOCmDZ4SJE5mEmvxgE+s39XSUK6Bl.YOgiSOrXT+iGVDJqlwYUkUTf1tiKd0AxlsNpnrYQTtIDwoOiTwVFlNBzv03aFEtFWQ8.0BiSDcGpDgaalAuwX9L1sLT5qIaG7BrAsL.mJPqWh9ViAcyv.0h1WP+93txtUaFWR7WvVU0t0QQSi2HBZD5X50AM5bW.cWVxsGiOAdK1R6+Z5h+g91a51j9eNWGr6i676v5e82DfHfCyv6VAJwCOyMQqkte2UTs5oIeQQ3BlAldU3b4.MyeCqexMtmI.4FtgQUH7Irj61SC.GZBVjqolQqSPQDLXFQ1YMuEQPj.k0n0wW+ESdhS91is7SX3puZF8Qy3rkrsIdGBfxf5PW4s.K6PcHYvMP4OYxy7tSsUGnqfe3+.9iSkBnmmwoRA2J8S8xLU.1mgVJGZlQmeGFzNQKYgExG19bH4Ck83sl3iX4SB+OlB3vUfy2o5XfiYLboUMztn2QF5psP5TBLtDegtPOA1tbv5xVMjU0PiIp22pGjD2VuNDX7U1ExlrBdiV9nRxsfh1KpJilF8Wvhx1zPCYfIJMe6XPGfZ8soPxX2jHIE.HEi2Vg3rgVn9xc5Th.ER5j0HdCVHHn5IhIBQg506x11D77CgVnp1oYhkLw0GYmFEkR2noFIYQ0hzOAAdKUcmSlvsYEQ5rsjO28nJ.K.9Crr5m.NiP2n3f3SBiSLOepzoykJStLR4DwBWuipWg91FcgF3N2DY3L6qN.ODAeMj4+HCQ4Q1MHMSgCEXpRuEQzm2RlXQSb5PSZ5PK0ji1cYagbXcHY+ApFbSvHBalWq5DwKiNQb5zIhSmNQb5zISLZeJsNQ3sgRQ5xnTjlNkhzzoTjlNkhzkRoHFiRw0E6sHtXuMRj9Qr3aeHlQLGPTNRcQcb8ryR4Y20oUft8KXOVwpWxi0T0O4LU6WXBmq5h.MOIemlOa9zYRG3RaLZ5izGAoFzDlZfycyc5kT0bbt67qvew4UhbK1uRfxRFAyMtprqyHJJkJW1boctiF80ugLsiYjDKavNjkUD0YduJDVVA3yn191r3fDCfGCUphmXVDPsH9FPsH9A0R.0h3nUKRuATKRePsLVpkaSlNRoe2tWDxK1brcQWXfc6qMfxvaaEiRA30ZAz.2HfDcFJ96VCi+b4GWe+ApHV6rOm0xnscSLwcn0Yn0XKMpYFF2vtinsEG6oNtYfYr5fO9FAnqOARWlfjchetJBRinCuQrg6eaeo8GCsz4CJvuMqPt.VTHiWAdxOBnL2sPFg.V2+J1zISIJJlkOa1T4RIHwm2w.D+RXGhc8siWu+wrBNiiFeBAAfDu.uDDf74QtK3EbFlUuqgg8QvEKyDbjKyXKWHD3UfX4Nn6iZmakpQOWF1NYNVhUFjJCXp7YXSXSCsjm2VFczEhxdgB4n8nBGDGZghTjAzNh7zEveEQK2CsMCT1VNb.5PWvDBTzMpfhGO9wr0wzACC4eaHa1AXi6B5BXFHD3YhLLQVVqlgBYeNVO9mYZaRw3axqF2WgGNPol+TX+enmSoQ4sJVkYTFAgZ5gnumIjR7Nrks1CUaKYMekMueH32fhCHJk.D9uld2MftMOj32bxHeR6NzcYwwgJdhmqlYwbar2vShMhQeddxvW.8NsysfdyFX3WTZtYtQ.yXlP5NwWS5NwXzc2XvPPR+dsxKfsHYy7Fwd8EMwSpabioHnXrKY+fCMSgIYyhS5Tazgs4T4HCsXXNL9T1U61Dn.iPGGpsivBvlULojQthO9901n7EYqIJtxFF5a971EJc.e+ZWrkT1MrzOtNepMqsY+r01p6QEdbI0MOK4xal7j9EZKcw5UyWn6SULRpcw8KTr8iM5r9FFcN83iKjrs3ABEzXh03dVGVSXJDK939tobY4i2X43kK6y24jPxkfO7Vy2SrODXjI6nFYF0Ze7h0XD6tVzwAPEwTLaI3jNg4.r9Tz.CrSWhS+NcM9KW4iCs1cwobmtxHkNcNgwas6heXmtBs1cgQskJhS4NcMYpkOrSWS3FPJNk6z0joV9vNcMA6z0Gw1VtuUnvxtCYOWH0DsflT2HeGqCaBzYYWVC1xvoRbH0eoyG88STU.P21qTu5.SjF6xs4m14LCJE+yP0ymm7S1rYRkSLsyqn5iXIGGsvpqPKemV3da7dSMY6mkCNeX6r9Yy1Y4rROwqzMaV7s3R8tCaGCcUCRGDfo9bVYxWHQRJHh9PmPAvn7xDxAenC9T3R7c2OfWiX4nfmVgPSg4toizfD8wSgFhQvT2JDS4b7tb+sgvDWc6EW.og+Qxy2U2UeP7RSeP7RScP7RSYP74DSkQJ63EVhzGBheReunRSYP7SlZ4CAwOgqsRZJChexTKeHH9wasUNQPfCGWXBih2CsODF+PCim7JlEll2KsvGBj+mcAxKckFHuzaw.4uKUT3BSYj7AaiWegxKLlgxG5PtNkwxGpUt5BlW3ZTv7ol9f4SM0Aym5Rb1Sy.cDMNgmj5CAyOoAym5Rb1SGe0xGBlehUKRuATKeHX9waMVzAyKNcAyK9gf4Gmf4Emlf4E+Pv7+rKX9TWoAym5cjf4EuBBlW70Xv7hSSv7hWIAyKdEFLu36uAyG7bPQyDeBsWbBQRtfAtZ9Z.cv3WwJJHkLqPNI3nYwrR4xmeLOtRA+zhqFLid6743xDMOHdUyCB4xlMY1bR4kRmQPHUFoqLdPLNdP5plGPS5lLmPtLYxlW.5h6pSOHMHO3cmEboCOHvXowihcOUCgNkajPLhiTEeqPpdac6DQqRWYzJzzNY5b35xjJUF9rRBSFkKNZJ2IbMRlt8MP7STwsNdrhyQ0H.i3D.VL7g36j7g6VUOALhz6vLh3HYDV2OGGcClI87zNECVi7iuKjCQ2OFnnE27uCKtkhQbOEAcTzv3jtx3jpBytkcCvxImqP0fvHGAmp1BPRRNnzIq0I1F8BjAetGoxuvOarxQRGqbNISmHySqARpNtY0kfoHEbrNd4qNkkHAN3VvK96VhLKrSAu5u+ebImozbJYg+x+kG4LygWds8e6QN9m8xqQ+qOh32yqf+gug3.gTv20o8+9iHCDof.aPSk9lHlNT.LysdeJY63EY8McirNvmL.JZblooFJqDV27rjWJikr1UuD4Z.KBxBUBlgD+wkpZBMFAm4XL5T7mszL278IYMkL4WS3jOg8IxmBpegNbZYjP4KvO21vrK2ZnsBBk3tBJdvC78j.+SOpnrlLNiD4mrt1y.NrcS0tpTovwdKsgplVIYE.96nfJ0NhR2bzod2saYCIgFlx5V8Lr.BzsbcPW0FF5.q.kFBCwHwHPoq.r6qGroIEE.JjnnDTTPA2GujaghzEVUVOPiAeNPKskJUxQ7mdzp5Hy15.HmqrsUKnfQF6v1ePc09ZVfftTPH5WrHcwHebPcXq.YLsPVl2Z7rLo2q2HReY2dvzm1mytkphpW4zYhNTEb9X7ZIip8dPdwCOynKMNqKMVWEsCCqpeJPCNmGlF+kvI4v2YVtkFbnGxyuapCyWQWC.8XzoCHf8SjLTAaa4Vm3WxmuTMfFP1BPmqN2TUGHatEIGtOMxBgwWVLL80ugkPtbH+Ebu+lOCu4057Y33O5C5B7cas3ulE5JVjCqJ4d6nKeSDCvah9nqbKSiCc1YV76uGWBju0c95R2B8Lm.yoAub.YPW1CpG1pUvlZ.DEmVDklVDSMsHldZQLyzhX1oEwbiFQzL5N6SMZrALxlpqRh4dFRPM3gIL.mvwIIhT76frMJsQS9Gcm2VxlEJk7XKlVNoaya7+9Wy9fGvUrvxarVss2sxJbeEWGSYEUXkyAAxxl6TYStd5ZEgyKzwDk0b49ZNmUNlrCvOCSmX9.PM+BObt4BTRRKfcU3HeaxvAPB2bYZhNKv883T+aGDLq4z+kfwnk3YNWwKIacgr9hb73+OXYBnB+VX2QZAH2pUC0e.kZPOxx5cz.IdFAQ6iTsPDMNbtDK3Wv537echE9VXykF1TuDQ8PAylFvERyAEZ+dGoglQKsC0jaSIDZYBfNgvPtIbc1EzUJA.ZIbZANxs8h0btXlzDzQEurXW1edES4ypYXKadAA34WjyW1rHmQyiQo0UL+gzFaLPmidwLIbj.X8kvHAwDcWdCgB13I6JeNTui+MUcBHdvYAIKaR5dFBsXxT9MgrYqFGo15DXj9Vv5P6LRfJwRYXEBI4gMuH7u+x.3P.1ou5IjrELvHSrbaVTKfR9pt86WQSF22osnK6KwjOdrj+soZHVAVKrole9G5KJkcj.xPYjOseVjk5Z7K5WDh6jelz29Pb+L2rX6Wh0YBTC3m2yEfr0rdTSX3bym5N5GnrPVQofYqDOKfL9AbhKxEYIDQ88CTYrU.Mx+p.BuEgBzzK3pNnjX8fFMnz8MjMgzDbbBIsYmvU37LwuMLZif05jDYriMF6IrnWGrHGUSFxLYAJ03Fu1ELzxkuBZSymCJd7LEW3gtTRTxnMhUDQrnc8rBA8YvV12QlFLd6EQiS7Kxz3BYslPy4u8gtFViuiQMj2rNl.fd.AqiexYoTBaL45.01bXt6HiSAlb+g+.FsVZPHAJKfgvwWUXSA+q4gEd3rgsFFSBgaAmQuuzoALMPg.lvSCsH2ynwFaGDp.+4Jhm9F5jIgZOGem9DLT2lZfdMBnRGDHbYBKN.XBRHMGhwwSKchtQS7lkhH+Al1wcZFHjt.JNt.JMZ.I2OhiIbhiIbia+xOFvQ1.mwEPwwEvQRhTQKQeEcHFazRAfBEsTzMfzX0.Rw2.oFqFH07A4gwNDm3inwcqdohILx3Zl0YbVAnWMZmZtggM5dXMS0XZajutXZ6YG2VG4dJdJ22Eha6e1Qvo8wS2S5ar6MzXZj+M+Q2NrW.yfnMxv1WAz1iIboFBbnXSKtaiFaWAEdKkluosNZSuh0pwodj8BBbHxGVGFukVCiNPmijaWiwyzIRTiQYPCRzJigG7ge3IQ5R2UorHWpj7AmrCWGZptE7BzYJaDEiyzmpFIxfq7L2TgyZp06H4PygsneDwbOBGC9uGcytr.8jen68jDyG7VOAJcED85ZxLzEP2Nc.EzMOqWu3aIuH27sfpZS.dQe3QUNFIQZ+EoZ2whrtQax82DkAI9YgXsGIUGz+GtLwgihXDnjZ3njJBTjFNJXGyyQ5vAV.LRzVueSbsPvT00fk5eEePWMbMxHGNZ30ihh0zckqXwqSLm4vt0bBuaESid0ORFZzkP1OxPeqE2RZpA8OCiuHYF35gysvCCsLlvdMiwrU1eszPWD36qnZvnU6aMOxf6kNh.oQIBHh4wBJgQAExd5q+Ztp0Vs9pM3JVa6mTe0ZXiriLNK3la3b02MjM1f.AVYFVMYn6cU84dkrzxEW5akETbyjgiPpRXAXIy50vHdIw7N2LXvQfnKIJTPxy9xYQZz.nxObTw2QTDCALxu7gyEqibWtJoOs6d+tkXP1xSl90bkWd6J0Q+FtDx0uEG5sJFkbEU9nks3q.q.iu75+gMWDkhwGSqS6DYWSlLp9dqkX9LPmb5MxrQtkEtnXCqURteodY1sX1SOayjJkWWs9l0WVRe8h7cZXmMYm8pbQiZ1ka233iEt+FMqkd6kyd9ZaCNMcgpsRpWJ4S2KUyUZUxtFewsV6Iun19O9fC17E1sO+H3bwmuCnzxc25LibsZ0ZqMU6.zamcuM5bR6y2a+Zuvd6SWtPwjmW+o0S28hxUrjx18rx0StSiM5cTwkerbslOdi6ya2+4OeiRvk.Kqlle6RUWuT26a1cyBqjqvNMqtYIiZ6rY59UpU7w62dkJundymtUwJM1YkcdpT6BJqzd2RUJ9X4Mxebk8TaJns28O+zcO3fp6nYe5QaVJeGXOdVlc50q6wqjUwzr2o5YN8I8Wy34ac9A0e5JEZglXNY5hh8kxoz8oM28fcMRl9XiSrxlqQY4pqYezyAvdcGiF0.uv1TugA3BPdE6y28oGrekdaYzyN+tEp+3VJaK2n9t62S4n5Y1IY0l8uPNW4bOOetVoWsmvdftB4qbZ5MfCytv57BcpoewER6Hz2nRqdOG.JARcPVs9oE.o24h9cNqOXYdKcvI0Z06jmToUl9RU1VcCUy904S8TkmpV+.vZZkMSch3pOFxN4KuyQqTtgb0829oqWG9mmjRu2y60rT+01Te8r6taxjIO3n5ajuZ6jZGAq+rmrV0tOM+Fa0neJqs1aq6ejU5FarspUQYkmaUyPsmY5lhfcp0YisO4LqlJabb9ckx0Zurq2sakmWY2bszatw8aUyvdKyNmlQrp0SymoYMqrm+bYHosZ2ZqcQ+J4xTua9bmXm64UtXa08apqv+zTqXlrXiRWzP5f1a2b68N345qulz9UpeTM0sZ2Ys1GjzHo8xEMpWo6AYJZms5SLOsXwM1r0N5sqtZ5GuucOaP1jY2ZymHCNtrtwNEddqx7qkrvS5930OY+bKe7tZ8WGrb6hYONaoBfbqztXySeh8dmst1K18rUa0Z+xfVcO4zm2U2cOc8GaMr8zctue1nmJwK.YxDUngiAFvtXjStwCmdRvM9h.KTgbJDv22giUfmAQYpC3b1gGs4riY.dH9wyOVbArSQuK7PFlA1XezceorFXscKGX28+Cyh1c+5KWXyU4f0MGBX7cjLG5NBcc3R90.lHVwWdtU4JG9zs2dK7F5lK8CCTWg8cqCFgXfpPEeX8FqVkrQvApqbkFqVqTgkW8vmTdkFqCgHcd9XfX8UKu15MffjIEOJTDpdv8VMM1YC7fXdxze93BUnn2VO5slf16MNAA9EE3yunPJoEEj3WTTH2hYxBeLK7Wy.+2zKlA9O74FnnPH.gf24+hnpPE4A4fUEpaxmORxSBUD+h4y30AAKYPJ.QxYfkH4V+byNbZLHBQPnA5wXnSdwEEEWTHmemDrjXoSgzBw.PzjoK7QPmA5QLcJ.Ydn3m6awFGQXdfVndru2DLJT.lDtNakRlFcQFUInLvHv5YKNTOjyhhja3KpKfSyE4RfcMp.6Gm8e828637KBek8tBjVV.tjO3vW7R9DQQfO6rTaFAEarH2yxA8DAcsh+Cd6geIgEBGmKtwQ7UhdHFC5GT2gCvOGhBPuBE8G5UIjE2xnuEXYHuX.cWpy8n4KZ.ct1sFZupW1vTGthAfk5Kb.YdHsOO4U43T.0hXHxhm49h+b6Dz0sHTRiUWuDwB9jrm9vM15ATRDxyM5WOsD3TjOWBeFV1+0b3ZIOgHC3+CWqOoPucDeVLtTH+BX2VG8ZFfMPcfMZ2Zvy1gHmMgHimjZVDG32ZcQT2t87ZMSfceScGvnADoa8fBV5uMJqCTc9MA5I7v.U4NF53WR1VHKbqmaZmHjy6uLry76Ofy6uLbAXtA2Cs5ahlBCwnCm2m0cXYU0ywd74wk5vS9b59beCm+SGPXLZ7B.6WRS.Kv8fvyLg6C.b4SCqYNXXMCgg8nUWNoq7434mImR7fSfUuE58z3DjCYwaOS5aiqUo0SNCyhxv599BOOhI.Z2GxS9yY+.NwEhFNGSgtp5InKewPrTLX+UNn2tqgRH785bBpQ0o3WQcHzbCOYQufQ76ZjrAIBZXrqE5UaSioiYNz3g1F72909HfscviZl0yvzh1vzGRbO9Rmgnt9EB37AEWGi+QxPGbdIUmOlwAhc6Om7g67fveO3IUr54GJ2+uYXUgQ5.GQNuksBFijZpMwgjagw7vyHnB47C4VD+G729CzQpSMyglVw4nVblyKm+TK7QNHw73BPa9G9MIJh1QHdAmcAzA+DPumlvVcAHddaLoFzXCcIUeH.eB37fYQOHLQut4Hfvoo8HIzOQAGZ7mG.neRnAaQyEfCDSbF72DV.RBC7CJvWrbAZGfNc4n6v0PsxRI5JmrdsGHvyufaKBsqS.4em1E0JqKaYwopy00P2vqAVf7B7HhmW9PztrLmyM2KjbCpPfAr++GcHr7J.

or:
https://drive.google.com/file/d/1kShpAxF9rcxoxrXk6fRtDPSScCRZcS-3/view?usp=sharing

thanks for your attempts. I tried to open this project in other machines too, there should be no crash.

Mighty23

@d-healey
https://drive.google.com/file/d/1CweR2n7YeFQO3o9emqwzsYzeXrWVuxS9/view?usp=sharing

I remade the project from scratch and copied and pasted the UI elements and code. I uploaded it to my google drive, I hope this is the right time.

Mighty23

@d-healey

HiseSnippet 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QG5CTi8aWnnNziYuZnEfdYcCM3z..lJuyFjEfz9Bj2OicATyLgHKdiyayyoSL.8QRZr558HVvijc0GNILOhRhPdNoz5pk.mfbjR3yfx9ulEWK4IDY.+KbB7jBcWl64v3Rg76fcacz6N.swWAVnkfAGBCQNaBQFG4YNDG30Z8PT2t8caMm2X7bDF0CPjt0EJXo+gvrNP040DnmvCCTj6pqgeyW38Zm4wFVIB379KB5L+oi379KBV.lav8PqAFn3RHFc779bNCKqpbF1iOGtTadxiSeE62v58z9DFiFOev9EzDvhrOKXjIbef1oViqY1ebMCggcoUGNom7Y0gQpAkjaYoa3O.V8VnW9hclKjYj8FwuKpVkVOYOLKLCqm5I7bIFen8THO4Ey9YrBKFNb1lB8TzRPWdx.rTDX+k1n2omd6.3614DTCqSwu24.n4jdRR2jQ75ZjrAIBZnuqI58USiosYNz3g1F7O70dHfscviZly0vzj1vzCRbO9d6gnN9E747AuPFTS6uhtEXaM79rENM64YCVUmNgVm8rogIoEZ0niwgw3PDsGrZBLnWZADfwheO+m+AlnO+CzGOiVDqVJ.00JqoXscefVTGZiX1l5whE+SsoJHnV3SJwmXeRIHoNGSocr3ywXudfwvjL8QZIVTnS1IDXzmmwYSkGD+RKctvWH.9R+qmO7ECfe++soB+Gw39doBx.+ku870.BWzFPb1Z.rH.+p+t.pP7qD7Bhu33v+dD7ehM9MjQl6HzeHC92Cg3QtXwmFpouUDtTZEwopUlBIB24PhRMl7QLtS5LjFX2xnrdQGEJ6Q5vQ+8AFVJHGKwWAbhRK.4fQMGyJ.yirz6ig0dZaPxyO6iSHyl8w+d9XmQ2gCoe3Tjgp2fr+gkNDu6r7.4+0RdarFnet3nx7JQvoHu2EBpje9m+4XNyP2443aPQxOLJR9SY7sO1no7+aKMj9A+T9+weePJ+m9gkHShmtacDHJlaArjqJa.mOuETKGO9chQA2imfDkmltjnnqe3n.z0R+oQjns8IQmmgOS1rYE3S6WrRUtmj7wLhYEjRKwmOMeLxJ+WGlvuWa+WsDsh3wL74RmMqHuP5bwhVXD+NTk9nIv54hh0ise.V+G1aDVek.jmfP1r7Y3y.IOZYBJToOgApfvX2OKRULJRpWge1TDt7ByVwheeFbKEMM4m6kD3k3yJjOqXLKccUKE335+ZlR5Fs.r3WKLLSjM0OE.mjMJhHKzpsp5ftJZT1snbF56uPxgN8wLaIeDnrEghbxmnbazI9bzyFHhlIXifvlOns634xyklOOm3Edri.sjtM8XG4IO1YXz12zFPHYa1bBoSmI3vJe0D9HHZ1lB3nG+D6bL7Qjh6+gu+pg6m5gO+UKc4vTRTL0OZ7QBS8IV1m+YBSQuWNriD4a6hPwhrcoYwuO.KFqwHrXikrirSBi+oLEFzVQ2YOuDyuAWdo7b7YyvMhAcNIANnXI6nFz4ESCMR4jFw+R1bvgrb43hgyvH9tLnstwBU87FrvWwF1IENIBrxZsAmAAfC+TIczhe7Rciivq+Mrb7Tsm+8TjiXfd8pPQPO.pp0UohHGeZozoEDGUQjkWLadgbipHxIjIiD2Ukhf+ZkhfdP+m89eUoHDthUDSxea5KlynqmAQxbwFXe8joxdwFj7ggohLCtOAM4Lmc8C8bf9QZiveZPvLl2IHqAKYjwxo4DgAwDFS5ZzRin3wEVhdCQ40gEtT4cgn38k5eim2Eij2A234c5Xd+YqecYymNJd+WA17Yhj2u4aySGB6O89ecw69VrqxT79Opdim2yGod+F438O0WtMbQw72LczOGA5hqQOwBEJ19O0IX5pkGIc0x+By1wjtnr87Nrsu0ymlu+o92n4agn36e3jaz7McNrKM3WO7sTT78Mb67zQpuuY6WiNu0X+c+5guyFEeeC2NOWj56a1907sCGpP+1a09HluibwEeLA5BM0OAPmn5ao37+b2fb92LBm+MKM8uzzbh4jxJjNbN8u7sWQb5Sn3T5jzVhlU+giuowpBQwprmdSiUoSE6mFbilUkhhUu4Y.mNJV8mtw4Vx2ZCRGy8GuwwpYihUu4Y.mKJV8lmaI5jm9gcnWnO8OhX0eyzrk1iX0NltU2pmda.Zu7htHIG.zZMLVO5uEIjVpmrW6+O9+aISKP+f7n4fNcTfPwvvt96f32tsJnptoB5TG3sKb+mWpMni7.UxkWI8VQzceB94djAaMzw7Hl4g5mhgupd+A8QahuMAcrNW6YvGvPDSy79l82NMmKfKzTw+fqDfke9UBnhQWnKE0Oy980et0JBWoZEwnl33GICM5+u8gQqHN6Zk.6Ze7kDq8VGA+67QsOY+wl1a23GhIAV9Xcz0rHT0mw3+BFBWkeIM2RQtKjAsUrjc+ZaY576NI1PHp8FZP1P3ZMaD491MHaHd8jMlmw4JtNRyJUaF4ALRRngfWV7wUfeK5S40E5M2Pbb86Y7tGaqBLPWvVxH2F1djtKy+8n7GA8aQ6ZCFRK7H2+ku008DjcvWr8rX5+Jw2zCYrkMmy88uGdWkpLgK1Kg3FsJSXFUYBWspLwK15oeiVkINiprqvTGjhxGeLKWe7D4x04PtoiJygOp3hLQk3v0Jt32MMmF4KzdEf3C.cBVaofDQ9lfPkez23aAeSP3m+4e9+y+x+x+W5IHztXjtJh4cV5dhc9wr3utGuZlD.QxbN8.3h1UkCfrQ4.3OOz8nJhEJWmG4jKpw+eLwD4iZ3+0Il32OM2k.WncLCgUo7k7gycfvUs6.gYycvEHEte+zbWNbg1Y.WizehWN5uYQEMtT1FiAg347HSGxcoQTGNco.JOtQtFDhs+RsFXZoauT7lD122ZyOGCOOeNob79NVQywHJlNsjjH0owi5RIXpDfSgummLwa.jOF4crKX7wEz1b6RQVHdCPVHLkxhe6zbarbg10Oe.bg8ehg99bXb9wNOgcdB1KCrkQq68EZfYH973ljyq4hJCn4rWGatnrZYMl5TftTS24Imqy47Ez46TdNm8Fk4+8oxmNSdAgb4EyDbrpjTVw7BRirSzHGr4MC8fM6zwmyyy7LsM8F0PfVRxdJsgv+PvqIh2FYNHywTa05UKWa6PRKdskjQe4IzCSNOfw.2BiwpZVLdd74x3IcTFOPakIZ77M9Md9DlFD+HjWievyHetrRR47exfeDijXFAtri713Qrq+gThRh4EExKjM+TJGdvXOHMdWvzzBfuYb57XqDx8pyzQKyMU27VWHBIzXet90+uvftR+d15vXTr1Wi9EMzOEMDellFomz7QdRyKvcg0+zODx1zv9JIHj835DurBNw45Mjb4e461H674cMyX3pQ5eZgwjF87S+OB55kfnidw2vGdn0eVAQe632wsaVb8ydm+22g3nEo+qKehykX9WgujbS5Typm0G51AlUfYASXiLnmli2UWPHeuN3ht+JQWwkliTJ5JnjffIcG5UL4aoMzMGBmKREZ2NbZrF.c4lGdcq.Tgg9CutRxmna.kN3uSInIQaRqLjwaCJh2bO9puxfdDYgoaHHxy3kCsFzDQGVwave03vkRLvmjmyxgE+c39XSESKz27ctBG6dHYX+vEKBkUS+zpxsaCscmV7pCjMZcXQYCx8SKBMREaoaXKPCVimYTvZbD0iTKLFM5qWnPBwc9d4vQ+x5UcC+h79cs30COY1I5WZuG6jgii6ZA67fOvWIhS0It3QLtW42zx1+d5cLz+yIuqAkVBeUZ6bYgahyLVUk0qfQtSrx.EuirmBExHJwIHjmOniaXY4jxlKcdg.44HvyCyZNuv3uP2bSaNV76QBe7YLao2dfprktwxGhlrR4UPEhl2hcEn47UbXeYSS.TPE+tkQAefyEbH86mL9c7euAe2nu2f4nt2fC4VAdJIwOmophUqCCmFuSHzHLZ9UAMd2F1VTq1oCnkkGAdOlRuxmb6Rq6ieWp9+SI8+uya9vrjIDyB6dDcD5LkooqJ.qSgyMBYDYhGUbPmyfPf2RMTWRxD2nT25wDGQTaTM68XAkUg8qvOXIhzkPV1UJ0DYMiCTfHcA3Kww..v4SSeuoVTyOdMM46lgtaIaYfWPDXr85vQbs.PEsFbLE5JxF5tCgJ9YNmTGqCzZyYeEw9y1UxidNtck7NUFCuDXX8JYgwhGe0dMAsgJrUbuLemkZnrRXHVIyy3NCcjowibezuEQwAPa4.ai4ebIXZlmn.N09F608hJM9c+XRVSIStuiLwNedxvkGa+H6HCSFzyVQAaq6hVIsA8VQwrup7Ph7BWARrPZfXw+GY7t306itD3M.MzqBgOgobu9p.XlffjrMU0acDRVO5s0t8JdUDAQhV1BgY4Rc+9eLohbuV3iY6YBMzHtqWpGPzRTtp1CJ6wKL4CX3RA+SrB3Xvv3eJ1gFvLFtzp5pC6entlRKjNk.iCwWnGLMDKGNXcYyFxJpnnI0GX1G8cCsVcHvZs.Xu4wqfWl0GP9ZNXH5qLETTIzMgOzcDvHUK2PA9cr5ZSgjwN2osT.fTLtISYub1n9x+UUMjzIKGDbjNz3DVORLcGahB0qOgoiA33CfVnJVoiEIYhqOzNMLJktQklHYQ0hzOAAdKEM683z8YDP5rsjOyYSOAK.9AVV8i.mRnaTXLtTvjexyIkNcNoL4xHlS.Kbc2rvEFXo2CZf2lP83acbM.dHBp6Y7dzVNQVKXUC9C3iUkdAho2u2whDMgYCMwYCMoyOZOgoExg0AjkBrp+k.mHrickpSDtH5DgYSmHLa5DgYSmbtQ6Sn0I7eHTJhWDkh3roTDmMkh3roTDuPJEgHTJNtXuGwE68QhzGvzDml7DhADliTGTmVO622W2RbZ4qa+cLussY+TuUUQ6nSUrdmALV0PeMOd4zyIjVLa97QPSj10OEfBRpBNy46xgRJp1Nzs+U3uX+RPuGyWxSY8hCHcYYKmQPPTJGblu1Yt5oSoLmgAtCu+XX72cLLBntx8UexvvCeF0x2mjprO7hQ8EWAwPvmhP3JRQHbqhfRQHLYEg3UjhP7VEwTnHd.Y0FL06X0DKJOv7TzRzHNI2iSatmgz1Bm2LiuOQVQvFMuWez1mgoM3LoRcVGYz1xHLxfF6QLlxjOeNIgzAyClRZAM.HOMD9qHp4SQyhhh+sEzncTRr.fh99qnsqp3gL0wDBbBT3e1P1nKvB2EzEDajH7wCMJHCiYyz9C9MOiq.H1r1jYhtI8MtHNkc58FmcpicoSj4.oyP6V3Sg8+AtlaSLNcjZyvLCB11iQiGOfZ7wLkM2CUaKYUO0MmWNFzFqD0hOJ++L8z2fCINfLl37Q+j1M7AKwo5+GxzdPudCk7SByyzC+s+2.0Q5U20zNrd0s070w24xwRvWE9cQMgQf06oqacH9U21ysctGzC7HCACS2Q6jMPfIxHfqFsWlovUms7N8kp1K8uzZOeQ5IKXwDVOivClSpaVBY7PjDCslWAhWXPVPrT10FtPytxIzu2Yr9L9DFeKvqsvBvjUHkndthu3o01n7vr0DDVYCcsMOtSgR6yMn1vsDytgo1aqyIsYsMGjs1V8NrvKJor4ooVdyTGMnPGwke6FKWn2qaqmRc3SKTryKz6t9F5cO4susPpNBuhq6Qwhz5dNaVieFDKd3d8TtLb8p4iVtrOeA0.xE+O7Ay4SjO3ajIyjFYFVlftIbLgUPH7jAnyaJh0837FzDx6TVi2moKJJtOSwGA8LX.R0MpogaiyDMAiZgLuumb7gvb847KJuOCeNexRT567bjO7nuOj3yv6K+9eCS5TRBBBY4xlUJmDuHWd6jvw6jzf45DNkDTi9PFd6YRL8DBB.QNdNQH.n3P4yxwaOQCW60X9m6RroVtPHvKAwxiYpg16SABfL14raGCKykZDwL+hmOSTNalgwMjkhRX1WEqoeVXOLvb1ElwUwJCWNt7B7QNmcgaWEKeyYmeRKdhvLtJVSVQb6pXctVNQgYbUrlrh31Uw5brbhcjGXFXRFOljJAolvEyj5l3aEcboCNGyxpvVFlWjMo941W3Ck6I2EXrR8pijUXjKfD2rl.neg3uGUOLI.7mrYyHkSHs86T5ALjsDWv7RBrfT9kscw63maSS61zzFyPvGyzUWSQmPm9rU9sLxjcsTJJHBeWUPAvjFTFvaXfc1SvR77MNxnrH4H+uN9.93cV2YZPBe+WPCwDXp6Efob2nYwc1zXQwDWdqFqOog2t0LTWC1ISm8RM07re7mZt3rmZt3LmZt3LlZNzET9LbBQlHh3sole9dulhyXp4SVQbap4mq4HINiolOYEwsol2e5W9FbR172la9UVt4B2la9s4lOtwfOgJwZ9YL4b+swUW147SY14A1XlyX54AZkKu7y4uFkedtK07yy8we94Ryd94Ryb94RWf7ySmMSjYiHca94mu7ykt.4mOdEws4meNUDhWQJhayOepmnjc94B2le9UV94h2le9s4mOs4mKbIjetvUX94ByR94BWJ4mKbIletv0n7yyeoled9O5xOOJSHFlNcB7Nceh6vATUguQaQ0b0Y+KN1MNHsr9QzQfHxRxkzvkyQDzFieCiPlT743yA+HjKijTVoob+84+7FW0+2L.1mQ2XgyCBW17PFH77Y4kDxxmGZlmK2kFOHDEOHd4xCeNijTl7oDxJvmKeNNtLWZbf3nbf62OJW3Da7Mtd5nXmT+BrmPIIGEEoJ7AgTcW74yEsJ9gjVElLsZmZI4hX4Wfj8lIaDxlFwGuXmvXDrhv0ZVQ37vJhWqYEwIxJLNmcMM8Xm28c9LPVgdFDC3Iz4jyEt.m6Zp.2dpbgKumgLk1srSFK1W5JTMBLmEvIJs.122OLq.LOxRu+uL2AL8jaYnefcV83U+DWBLgIM6COxVnmgYTbh+uojhgtspUNnUK+M0HHJLqHJNqHJMqHldVQLyrhX1YEwbSFwsfOaOGGjsMbNMUWkbkUEeUMzrpvW1Rw.1GpGxcoDJWX2Rz.mURwddXcPW9pwuC5GDJ4+JIp2yBrtOoZa1OVK6KVn67uGmQoWecCqDKXZ0FiPJUklKr3ymedSLhG.iRBz.FreM6ArIw+CG2j8qXsqYdnCjCY+d7shIopul8DS7k4dhEvErPRV9jrbIYEf+eJNdXqaCLB+DpIYMfs5hP7vki9nx9TVzkJ5A.7kImKLIcgvf8KCEB6l1kjPeBCNXukvE.zmDpvVzXQ1ufMwoveieQHILxmm8LV6u0wZqfl.C5RPJPqrThdxopW6YP2fK5zh8jOKAj+saWTqrNzkLqhFaOXn.2F.AJWpzDwy6e97v+Nu8UeEjb8qPddrX++kAkuXG

try this o.O

Mighty23

I'm following this topic but I don't full understand how to proceed:

Re: Plugins fail to load into Logic- isMetaParameter not set.

ERROR: Parameter values are different since last set - probable cause: a Meta Param Flag is NOT set on a parameter that will change values of other parameters.
Cannot perform Parameter Value check across initialization and reset

I don't understand how to proceed, I set the labels that affect the knobs as isMetaPlugin in Enabled but this does not solve the problem.

From the post it seems that you should not use rounding but this "breaks" the UI showing me too many decimal values.... or proper validate user input.

// FUNCTION TO UPDATE LABEL TEXT BASED ON KNOB VALUES
inline function updateLabels()
{
    lblBand1.set("text", Math.round(knobBand1.getValue()) + " Hz");
    lblBand2.set("text", Math.round(knobBand2.getValue()) + " Hz");
    lblBand3.set("text", Math.round(knobBand3.getValue()) + " Hz");
}

// KNOB CALLBACKS (update labels)
inline function onknobBand1Control(component, value)
{
    local band2Value = knobBand2.getValue();
    
    if(value > band2Value)
    {
        knobBand2.setValue(value);
        knobBand2.changed();
    }
    MBStereoImager.setAttribute(MBStereoImager.Band1, value);
    updateLabels(); // Update label
};
knobBand1.setControlCallback(onknobBand1Control);

inline function onknobBand2Control(component, value)
{
    local band1Value = knobBand1.getValue();
    local band3Value = knobBand3.getValue();
    
    if(value < band1Value)
    {
        knobBand1.setValue(value);
        knobBand1.changed();
    }
    else if(value > band3Value)
    {
        knobBand3.setValue(value);
        knobBand3.changed();
    }
    MBStereoImager.setAttribute(MBStereoImager.Band2, value);
    updateLabels(); // Update label
};
knobBand2.setControlCallback(onknobBand2Control);

inline function onknobBand3Control(component, value)
{
    local band2Value = knobBand2.getValue();
    
    if(value < band2Value)
    {
        knobBand2.setValue(value);
        knobBand2.changed();
    }
    MBStereoImager.setAttribute(MBStereoImager.Band3, value);
    updateLabels(); // Update label
};
knobBand3.setControlCallback(onknobBand3Control);

// FUNCTION TO VALIDATE USER INPUT (Avoids invalid input)
inline function isValidNumber(str)
{
    local num = parseInt(str); 
    return (num > 0 && num != NaN);
}

// ALLOW USER INPUT IN LABELS
inline function onlblBand1Control(component, value)
{
    local newFreq = parseInt(component.get("text")); // Convert text input to integer

    if (!isValidNumber(component.get("text"))) return; // Validate input

    knobBand1.setValue(newFreq);
    knobBand1.changed();
};
lblBand1.setControlCallback(onlblBand1Control);

inline function onlblBand2Control(component, value)
{
    local newFreq = parseInt(component.get("text"));

    if (!isValidNumber(component.get("text"))) return;

    knobBand2.setValue(newFreq);
    knobBand2.changed();
};
lblBand2.setControlCallback(onlblBand2Control);

inline function onlblBand3Control(component, value)
{
    local newFreq = parseInt(component.get("text"));

    if (!isValidNumber(component.get("text"))) return;

    knobBand3.setValue(newFreq);
    knobBand3.changed();
};
lblBand3.setControlCallback(onlblBand3Control);

// INITIALIZE LABELS AT STARTUP
updateLabels();

Full Project

HiseSnippet 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U86H2HH+CyeyfwCG9ElAw3CDVCb9NJJzNEL0QcTRXVbSsUwXSxwGmkMCiW2QXYo4SkNQFVOidwxv.yEJC6BeNcM+WTdvabAmWTd5z2NdQ4ymaBd+KnLIuJ9Dw+djcl9Rt4SCuqlz.EAS224NnoJXWAZZVjWzMnKyFXzFyQjuRv2aWDOKJI9SBWU1Trq+z387gFgCfdSPi1WeQOJr0EdiCA9QgKb3MzcUz8H5+Ga0++LmofRaMGTZX2inCembJIcUFXNDNcDjckA1x9ksu.BAdarPbvCa4tRbRBaYwSbz.ausFHrJreq4dKgirDqU5j3vb0ZYZ8T.GYA3SIQOMQbR.7dxPe+E6jg1GMcMsAnjn1UvTGuFDvgSqCcBEAPEsJzMCcrSC8qPnheN93r0pCTkvO7+A+wtRFzygrqjYbkT3UcBoWuu0ZQEJT9ds.RPE1lSNfbuJ0PXkD1xJYovSlTr0UY0jop5xhH2.nsrmsN7aWGlY24xfg1mBtSNIPCc+Ojj0+onO5IHpq8RQqijXjd8iwk.4aUb.+Hg2E8LsOmNy8jkjeonn6lZJDYupHxcUQj+phXhqJhIupHl5phX54iH5lnK6.SsdVi3PQsa07V9agxqh7CwtOT.aWQqDEv2tbsQSLKz8P+R0desXcz6O93nm5d+m+EgstNt1XmspUoY4MoeJcGcAIYXsD2wTtNTlC7hlxET3aaJWkftYApBiZZZ4O.hN9T2OZmUruZU5fuD4r6+BxJJQeg8hZGSbjf5pvrvQ+m6xXPE9U1WuAchAYWkZn9CHUCN3nfZGEPzWXgnYWYCDQiGQH5JNErMNg2nq7UvlKA5BQv9FNnD9xa.J0901RCEMQkWpHzlPHHBmxgI.CYIMsSypJU..ThZ2BzVquswRiwLlNniLdLwwr+xR5BCqoYJnOxB3kWk1Q1rJsVqSPW.AX9CoM1YpNup.hcVaBD8YlKH5nMPMDJXiGqmvEP8N9ujUItJbPvY.IKSqYTAglMFuSS.m+SitxhmpBilBqKdLl3tpDKkgUvDKNr4Yg+6uxENiuqbv+pOSLQE3TpvxsHnV.FeaR+9TRx3I1sEYY+JL4iclb1KZdXEXsvlZ4kWyQTJXKAfIzJ3P6C8szwF+rNEg3NgWv8Uqg6mkhzw51y.YcFE0.NSxgAxVQlPMdga7rmr0OPYAbtnY0Ei9BWx3OGNYZZeKwRT+DWUFXEPi7m5R3sJTflf3pKxwNBZzflQM5ZKAeeYYMyzniENuf8q7h1bXsNwPF6Xiw9LqNoCVklnI8XlPd4LsyMtfgTt7TnMc7zPwyDSwUVaLk3mLZm.EQVVziirBA8EvV1IPlhbOvpH+Dmhz0FI.mh2.vWs1XCqEOvnBJZVGc.P0kf0NNYDBkvNWdc.5poAAYWsygY7+a+sXzDUfPBjFeOY4qofy7IWYsHdsFVPBgd7Ejyqsa.cMTNfQmngVk9EjXisC7TfyXEASeybvDOsmcrSGBFpa4mpW8ApDtABWFypSAFCGRygXb7vRttFnlZXmwCyrhmaZsEAPt4Cn0lDYAgicAgaQ623K.bVSHbQAjcQAbtjHQ1RtNdwCLaIWP49J8z0wh8B0.bA2.7KTCv64FxcgSwI3LZFOOOhbB8MulH19YYgQ0HCpMNMr42CaoKGPaih0EPaGYQacT3ofobmPHia+gcgC6iGt2puwg2P9zn3aNd21rmKy.+Mxv1Wtz1KHb7y.NbZ+MaznB5lyq.gl29NxHPqF65Q1KHvgH+x5v7sTZn0AFbzZArWLSGeQM.kAIH9qLlcxGNom3aH8wJkUo4iE2ysAIpNzPcqLIQmqXiHoMT8J0H9lb0DyMY3nlJ86J3YLrUcxHl9Kw4f+qQu7jUHG7y2apaXhHrS5ZqQnyhd46.Iz1uaRu3XIuJ8xnO4Cc.dReXuJaiDes+7UsaaQVWqs0aufvfz5faLP6QqpcG+y5rbd1nv5CJ7yFEdePga1nXcqKa0gSMAXjnc7ISI91vy8cLHY0v4HiB3XcYBhx0b7LWwhW6bNSiCqYmd2l5Z8q2U.ZzEUvIyPGqkwkzRAFeFleQrjv4Cmdk07LMFuQMCvrUvYtzvPDDev+3qzvWaKB3lmHvRLuPPwLOnP1SewWPWsV954aPmqVkCpmuF1Hqq1P2Ktg8a1eFKrgEDK6+UA4jchvrtKHifxa1xcDRULq.KIxjF15tp19kuC8.QuGVTRxQdcDjF0EpwmMp3WCqkg.F4Wu1RAFHeLW4+k9nW1ZhL8KnKtQkx0Q+k0kFK9MbSidOw9IWQkOeYK9sL6x+ZR+OqwhHTLNXZbdGe6ZqAipu+VQWNILHmZij6jdClQ4ZXrYrCKzOYyboNeXoXRE2Vtdo5avotct3cZXlJVm8KOpQMyhsabxILOYmV0RTYiTWrUEv4IxVULlZgXGuOeqMEKXVKdtc25fWU6vmezQkdkY6K5BGK9h8.E1n2tC0RKJJtaI4N.01o1emNm19h8Or1qLqb9FYyE6h5GWOQuQEKavkp2vh0isWic52M2FOWnVqmuyShaN3ry1o.bJvBxIhWoP0sKz6I58JkcyzY2qU0REzpsWoDCJWK2yOr8lkeU8VGuatxM1ay8NlqcVoMa2rP4bOWXmLmTde4VLJ6+jKNu4QGUcOEyy6VpPlNvdbXx852u2IalRRWu+4pIO+fAaoc1tWbT8i2LqHZf4XIxwNfKsTuia07nlZwRbh1oFoR2nnP0sL6dF.1q6o0nF3Ul5pMz.i.YjLun4wGcX496p02LSyr0etnTEgF0adXeot0StWrpsFLRHcwzmkIsXh78Y1GziIS4ySrCzMajwEY6TSczHt8XFnUVr+Y.PA.+QoTFjfAjXuQC5Lb.Xi3FpfSqI1+zCJKlb.W4Jx6HqOndb9ikNVt9QfsTJpyeJa9mCYmLE2q6lEaHT8vJGucc3+e.uZ+y52pvfsJotcplMiEK1QcquSlpsiozEV+vC1pZuiyrytMFvar6969jtFIZrSEYibBRmYTSStudhVrf8p0YmJmNznkzNmjoIWZw8SscudkOqbyzhps14Ih0zL2Uuy4IYqZbbljspYj5hyDfjV9d01ZzfxoSVuWlzmZl9rxipHeXKUo3GyuodrbMJLpA2Qsqzpx9Gcl51awcX45cqIua6Na09nXZwL2HmV8x8NJYNyTUOP+7b41oj3dpsqlOwyOzruIHUrT6V5.AvIEU01K6YhEiuUrrGz64ae5go23jlJC1FrQ6boNIUgrfza1NWqyOvb+gaq7plCyKJdXQfXuSO+rdpiWSWGeqYsltK8MQ7enjIIHaMPExczkC6p9N3Vb3vSLiyuv0DUZnCydw5cRuPId5FkqbBmQlc1lQVvD7P7yj3XAkvNA8txZTNK1uJ3hBx3WjG0+ONdbSh.

Mighty23

Hey everyone,
I'm experiencing a strange issue with my FFT display code in HISE. When I compile the script once, everything works fine. But as soon as I hit "Compile" a second time, the audio output is completely muted. Restarting HISE brings the audio back, but the issue repeats if I compile again.

What I'm Doing:
Using Synth.getDisplayBufferSource("HardcodedMasterFX1") to fetch the display buffers.
Assigning these buffers to UI panels (pnlMidPreFFTDisplay, pnlSidePreFFTDisplay, etc.).
Running setTimerCallback() every 16ms to call copyReadBuffer() and createPath() for the visualization.

Pattern of the Issue:
Compile once → Everything works.
Compile again → No audio.
Restart HISE → Audio comes back.
Compile again → No audio again.

HiseSnippet 6136.3oc68rsbaajkfxFxQHQIYlba1s1G5x0NSQ4HQS.RcKYShrkkhcM9hFSMNSUYynzBnIIJCBvA.ThLyjpxi6Wy9MjOf4g8SHusul+fcOmtwkFf.h2jrcRYF6X1M59bqOmSe5S2nIaXHy0hYcRfqc+9rPEkJW6HeOSVPfmuREsiG0moT4sTaMxMr69co1tJO3dJUdC0i7YAPyu6n9zf.lkRkJW6KwmVYkqqv+7yewcoNTWSVZUJJOyy1j8P6d1go0dzd+QaGmCoVris6I05l68.SO288b7F.Tx0TqqzmZ9bZG1ioXyVRU49zftJUtk5tatoN0p81s0anu6oVsMYM1t9VM21ft4Nsaucc8lMr1tcSfHW9.K6PO+VgzPVfRkqeWOqQs55ctq.AOyNv9TGFVPWoEfYQ0G54XgrHVqx9cscrRDQAf.SURfcMg.68UejskcR8oBt2k+.RZOjEfUVJK4csLjmtL4UWh7JfjpHQRWWPR+F0Vl918CSeBROuo5CbCY9sov3jLoHZqxR+mum59dPKbCq0i9b1g9PgjdTcqcquNYyMqu1mpAsJvygUyzgQ8qBUnc6aCCeAgjyn9j9tNG1N7d1A8cniHeFIFlcXg660qumKTn5MyzpaBvHC..AGnzc3gGOEfIeaAfQt8sI0WMKHaYawlZXNVii.p9piSmdAgSOglowQ.0nHJcpg53sNBrMVUa0LCLAfwkICfE2.GgTTGt6f1sY9s3Ot5MuO02xzCLBdDM.F7O7unC.TlDmR3HTqHw8GnHP..VCLhncqpUvfWMKZHs1o7FTGPg.Wigip0QPVZ+6SC6VWRnY5y.qrifZqh8ym0gfn.ah.dQsn5jnHjPdJiZEQEqUyg41IrKBTNGhCF4Ywwzkjgn9Evi5Q7XI..YR8Iyj5EwjWLMMItjONBpb4GHynEJCQiKfKMjFIK..HWZLYtznrgxxoooarLGaNt0lLLabA7YC4QyRXzFSlQaT5vY4T0j3zOC+jXcdDL+UH4odCBscYhmUroFDS.usQMsZ6Atlg1dtU6r1pZ+8U0VAcVPA5Mrqc.RCOzyj5bWuAtVABCXdKNGZA8qM9l3xc4kavKC+oChGQjAUE+SPsysC6dGm9coo0z0NjsNodsFqwAbmZV9zy4RON1ScKrN4qg+B+Ilp9JaKTFmVw8Y1c5FVcsuYchdMAcFSGeoO0xFFcNDhho5WWN43yrPhoI.0yusAGck2XKp+yi5fdbG59MQrQa.SKHafP56EC1kLLhAi4uO0w4THpqzwwngwTLG6Ezzq+HIEJtuz09zUxz1XevEz6TM6h0LPdqVctzmyhan+MnvQFE9r9npW0DdqPNKj5K3sp5akSaOwScYp6i6h7pWe+xWcWedT2eonsStH0c84VcuvgwYSeWuH8c8hz20KPeW+JSeu.V6BT3Slz9h7umcNjWEU32ZBJ7FyiBu1JfXZlT4c.gbGeFyc1T7S5RAp9y.1AvLRngLCHNaOlnImwBMCyXJRylImQQlbFEYxYTfImwU5TL4XsINGyEYyUPfa+RznqwbNKyKWqtYznKCxqO6He5M8ZrXy1sf1dMJx1qQQ1dMJv1qwU6zcSv3SKl4HdtO1Kj8DfK096Zqn88Zj7Opc6BeFt9KeOGGbgRE7XA1tfNV0cPuSY9qSNi5LfkzPkJWOaB+TKOgex4izTrbPoF549.W6vmzm4VVVJUhVCohRk2NhpflFxSM3aGkZvVNf3zWw1RoxMT+itdmpqvIX4L3pL0c1XQ5bi7c9m+hw576F04885cp2c8Fx69apFWTeJ.QL9u6fvPOWN.VQUTXV38B5twh08FKV2atXceyEYnq4hz4EByakoy+v6+e++NyJMFKlRyVEP9+4GbOvUHlT9HSPvrrOyOzFs3qbO1Y1lLQJ5WQ8drfmG50m21nD5pTYYAZWMNA9TWlCGqugJ+6MTFlhv+88FIW3bbRhjJ91ueut7IIRpg7O1qxxR35FS.W5SMtTryiqe561qO0GPiD9RXgJuoTsZYohGROMgJ3eOCUnnLRtPYnPWYRzmxmuWHaHTVE2jFk1vnUK6uSZvzXOF3tlx8HW4ZJx3XhNRKSr8W2qbBNHbjCe22tumu82AjC0IGS7CsGiIZtmLg8lSzIcIDF.4KcBqmmEzqOT8wd98nNfn05HluI.ZZGlR.Dpf8Pb5qeuROaKKGbhcabdzTP7SegLus5DmCoLgt6qf71O+E8nxZ06YwZSG3D9rB7GkP0qLkyDVlf3w6wQpZkODJLQt7yu.wFrpfdAJK8uVQ89T+ddt1ljVcg0pncGWpiWGxWA0F1U6N19jCFZBs1W6YLmyXgj8cr6q0pOyLzm5P9Rfa0NxyYD4d91mAesKMfQNbP.HrzNXXepKLHSNxYPfVKbcSs5RAmoZs544E1kr+.enOoT.yG7xp0ZCzyKD8s19Nzf.3AQ6Vo1eZ.0hbfUGl1w.XHGDDvbMYZ2k43DAqmQ8s2nkcGsGBLA1HsuhdFfVyAN8gH2ztSvnd8Xg9.PEDLtUYji65OHHT6Y17weRqPPhobANLJL9iRFz9Q+8lVebENFJ7woodmAgdcv8kt.EpR87ZTlm2eft2B34sYDUcCUtPToL+rSh7ZT5DC1WFjGNwvv4l3ZVFwsW+KChaYU9AvnLpqzY1+.0BxSdYJe6MXQT9Nduohh9P0hRqxKPR5BiqOkL9gmKOg4eJe.Pe9L3.sgxrQFMJiL16aeQRFMKiL91fWjjwlkQF+XmKcxnzPik0L.K5WRgFu4bDZrwzGZ7xpXJWtTiMt4bDarwKhXi2bNhM13WHwFu0bDarwuFiM13JO1XiWGa7kcrwaMGwFabkGa7VyQrwFu3hMd64H1XiWTwFuybDarwUerw7HQGaO0ufHQmh3MKmclJR5iTKbeOtxnowOIwuq5i7rF3PCydvlQIbzCPm2xmlX7DC6BN0GI6q9R6zNOsj3uQ8H6PytESiKU.MpnbkPiQmQ7UUOncavydJAdc0C+KWQGH7kjv+6Hv+GnlbpdIhi0KAPORGuu53m22LxpGyBO2y+4nOZtOo3xv72sngQIyNRHpuGTqvyk7741Vn6hr0j+EH.pJwQrT0Afx+Xn4eaOr5wvCVYNDgU8kE.xwQkhxSNi4GP602w1sSF8hqM0CL5WrdgXK867HJLMIFswiGzSbXoA0BWvBD2UvJKg6BhnbcrLRBsXtV7B+evmnGpikqD8P83GJq6oJjZZQtUhFveK0zClcFEPfZxbhU4TCJEhd+.p7eoltcm8wcn0mcr2QP6qxEarmRwSKvoNdlOGWuv36QZeAscWrEUMi344YqTW9WRiHIaFqRjoC+k1Hwr5F3fRNaq6333cN5g1Nx4kfsfwDdganVuF7ehlgwH1uKFlGNHJ5TL4emddCPO7Bd39zfio1NnQcqAA8Ah7ItsfFyeucPGPOlG69MNjZBB2Q3N3iNRwcfFLUvCbbh2qbzapZDJmEuyN4ZBN7bD0GdTHW0BYHDewuyOBwJP983yIsjJzD74nv5ZBBaYwKwB3o3DzFVWYBDZQTkVR2mKruhpEC8U5mE2umpuPQpVufSDsnPrm18If7kjDU74Sh2DQEEIpYUU.cfEqcXXdJRVZzCV8jcgzSV.LsBjkFa3PHumigC4tOOnWLb1YLrC0C+Kx4WfVPmo.qYFHpTIoDLA9irciVSpJZOp7H5vjx5PYj9tgpnpLOnzwSU01sCyxHqpRg0MNJfUCeTQ7hnSSR3g9EbXCi2c5bN5yWCT9Av5KGF42rbkwReB+sRCKAgXsjXZmGD7L7olTmXwA3URh6eKUzrb90kxz+4SWlCfYVaRteuJoNsLpYnOq5SQ85pSgR+JUgZpbbthJLo2DbiKZQItwi6976F+Rxx4FhV3EG6JKKG8gRVNRsoXyGoFrHyVqlwjBVi4I88bXFYIreqZaaGD10haPIlVo8eF0HOT.+zulpCdc0MxoDVYYISQ0TSwkUMxZKtBTA7Apq0yYmKXIbQT0qYXr6t0at4VFFMZty16rYzqb6g9r+1.PcYjRVPpTLBeO.RMpy+nquqQ8cM1UB6um5t01YW7yV56rYi5Fa2Xb5Xqlaqu8N5a2n9VapuyVb53Zp+o7NMJz0yM.IyNYX3kU4UH7mvWJUFuTkvFE6BKOo1ntdcjY2c2cZt6100iDYhbXhqBKp2eHBs56J9r81a0bGiM2wXFwcHquXWLRcmtLl4.V4Bl4BnqndfKl2IqozKcpJdiEzDowqMQdsIxuFMQtgZa5ffbQF+VvTa9PXL7mTjgQbuljQQlIeWJ2juqnx2pjGjPpusZKZ3.eLai2q0QIzbb6eGLEBRlMQ8Zrvnq7lKpP7c3abAA02v2sKErDDlZxcWwhB+2UB978A9xAABEUcg8a8laCZ0M2LVslmwfKQt4BP1aEgrEh0LlVrootviSFSuX7E3X1J3NA8hYDSiipEfsfoUJSY+8SspIXVSW.N5BvxGjGKWhiQoXAzr2mvywJ.hrNXacNtoHGS86vBy4iUKILh4JJDot+5fPdcPH+pNNc8ELNc8Wah7ZSje0XhTZFMuPT1rDT91pY1F1wlabwRwb5lGY7RXyizh28G84a2ij5+kx1G81x69i97r+Q4fv7jz82JcGfzmur9K0+4eGr5LN9mXV+S62qbY82Xtx5uwUXV+MdQsMRqJsMPykFUV.Le5zIaHzroSkoiuxoT0XtTpZbEpT03k+VIoEuWP5y2dII0+WhalT4olJwGc7ovZlW4aZzWaCk3uYztL9I8IPISwHinGXkl6tDJAqrvEoqjmX4SRKNaXKbZGhZ8GfOEBIV7r5FFM2dqcVDNQNSWiw.ugZzAl6xh7EsdAH2zj7LFwthZ7Y4agyc0kE0JkqswH2UUkOmgyZLwWVTX9T2V.YJetGmWKtElNKNeUiQshy+vkqIGtlJ8cEOc25aaTWugwhvJYR2aAZwwmczWYr4jx1YAt3RNWquxX0Im04wH32VMygt8kkc2XaoQADZlkeNqqfMSimNBMywtHC0liVlq40uqm2y6Q4G4z45tIQ93D+QhG9lp3K9C+peNJo1X41d98HeIChrF8VneA2U7+OS6cEe+o9th+Ilg.IbrO0MnuW.SWFxsX8rO1ykEjo1b8vnvdjo16wBG3lEzhpha0O9O+m0+QTTbHHJzkOv4wUZHW4QTWoFY7iPYC4CRelCx9O8EhDwzBV+uq0SBLAACkm6II.NvIfwumvzk6XZ0YPOdn+gwPyK5fte8o6XUOgaL+kek6Fy+W.ulKYtT+WIlFaYidINv8LlCX4xoweKXpxe8HiqMqo2i7b8hOb3oCzOEeO85zgkQ+oPF5NggTymmVy6u2SYNLZ.S9EP5gvBpo977ONexB8Y9G3fBGu9cpBxkf9KH+x80S5Z+p90SZ5s93K53U4QwOREbEaP3CkjWNikuHdAVdQfidTSeuSLEu2OnQ+avqA3a2nib6ivxjBto9fUzYehoYVPMVGMl2N1Xd6Xy4siaNucbq4siaOucbmI2QbF8nswAsMTTdzQGvCDsRk3cWBeCcY8NkYAwQHdYyPU6jZbYCOz1QD1aaazrXI7eDTxuSDn+skOUV0rB5GewYprz+3eQEl2zyOr5MCBs3stli8o2T76VC4fgP70l1gNiHhlQrcsrOy1Z.0g.symxe24iAwoz.ayfH.f+Lq.Q9RNkVK.lWzLzcc761sWmvBMqkzILouI8ItS8n0BotcWG+RfcG2A8x0KrRpSdbEXWKfuqhIsKd6my1t110tUx6TW.mU+yALeR+jT8oEPCOAe0iOAFyHeFAeaf8GU8limksuNzyyIzt+mzhykj.QKvWVOr+B1AfQz6z22bS985J7GC80I5ffNAS35.KGU3hxlFbwgRoHK5mnjayu9kidUBCzrv0+GwocC32QFUuYRZ3Rvp3Uli30VFwkxe57Kt15HVEvOh+xgfL7UoXnXtRBEZ3pmyyBwYQJA9OYPX+AgDrsEQ35BYUJT4.MOcmrF4RAadpcL3p0ydXdhMJOhI.8qXg21xeDXzvWRX4zqjT.AadxMNWIWHfKlhkkuTvO0IRBYytLymep2vp2LSB6RvhvAFgF4dyTHcL850GlyuDUG.OonIhOJBOYXmoDQY4vHSg6su3cxElBO03Wyx7jSEmQrSXB2vYniziPVdZPFb.s5yrF.xWGuyIsiOeHjSG.woLneBIbGKKBqefsCZD6gu7vmAN.HnaV7MZkb5Hx2wfoSntP6bCF3yHdB0sy6xbIbSqOqtVLH9L9HF+fkHf+SeTKhEvV39unE+E7BO+z.xmj5wr5onK2AF3gvoJdafGQdsRsCoNc77sC61KfrA4.AoPcbHX.cDgC4rzD9iBVMxA.+PhutUBRSDBo5c8w6eAxefbD3Jt6n0z5F2ppCWW.k0.Jsp9FQe+VjgjOV7.36UGB+OiaWUGpC3FQw0hIbiZDw0JyFsvaqGYFoJdQy.nUbBTVSixa2zhyOFkvMguGMIEGuMqGi2F0HGELxrqG0zClNEzGitKaHUwK1l+.g+KFHX2slFS7foGwA1tUArdzCtsATURIjuwlmv6MqQZ40Vbs4zGUFqFc227GcY.dCfmYBOZZQ7sIox309qFwXYyZj6BZkavyMEXijJg0NEp2QT8TgjTQ4FI0M7u1HBQaUibePSYim3yuWe7bF450yFz1jvXWnAd3ymVlZCDA7AyM4HaSnl50ZznAuz1QndaXzDucg1XeutL7tAQVOZCxgO3ubv8z5is.BPWzhBIfONx9rvg0XpIVvtSMLxK9MPRVtLAirg8OIcFxYCiIgTAClXYc.p.7ptgNTRLFmnHsKnHY6NHvy1BHDLYcAh6RofjZmJ4MppNLBl50Qf1oGzagVpznXfn9oWwL3uAQ4gJmCS0K0AmN62kc5nftryRHZtYPCeKBWKgj3pYsDgpYbeZLaBzl2B0j1fz3VIrH37o0F7qcJqhF9BNgKFslUUkLFhkM3AMHFBIRDvozc7MASrN4TgqFeaWI7ARvqnLLk5fSQd6mjV1XDYUCfJ4dkvGAqkAG3iICvuDdaZ4ymlNiGJs+FT+IyliIMR9O70W.xoOGibQO1xResXAWTw0Vu7t9eP1PG+YWPz5OVpyhoX93R5epyWcvu38gnw8O0CV7D43HgdBmhN5NwLpzr4cLFCfCwuDVqVfM0U15oSTcy7fFNCVhVjrkz1olp3kbFFtXrM5ImEUwbXrVEvA20qdpTCb58PuNTd.FwZGEX5.JoWVd9v47SMmjMahHIv6mX+abrvAtyi99zNGivo2jbwZ.tCu2HXA6.SmdQwkcxMKwyOgBOewsMf.6SbkLbsjBaHoCanmcJH9EVWRzDxyB0EugjJyjc9lCZXlXYL.eoGO3TV.9amROl+F1tA8s8yFuQnTCtTDP8r45V0qs8ZXRHFhE1ndscRHqrq.GyoPT5DzRp5DQdORnm0IwK0GoLvUymjNKT0ShI50ibEKWSbfhRUk3pTpN4ntjpdbVM9SZPSRMOWzLYHiLQcHSMogCLUHNdddoFKM6qLfimoTV9L1LSROL67HoOnbZIq+XIPUj6zL7bN+fROKmWpogLj7tHAnLV94FJRL8jpOigPR8ki0OQJ+bUMLjTQEp4QITGs54G5SB9C4Des1YShRzBr0htFqNIZg1R59XyQ6Jnlj03WfEARzmyBOQrdx0HXMwdHfNCy8Jpfi8awqh7IeN4DMNg824bJtp598cFIkDId8QE4KmeHt327VpmLtk5mx6YLX2m5Xh6jArndXY5NAb9OQZvakk+nS3OLBIwK4V.Hj0heZJ4juUY4hTocljZX2lDkcBdySSbRaZzR7Edzjj1nirnzCnudJktFOjM4GkPlqE8SRVAjUbxNffoSIE7WgKX49zrDdBqGkkfXRa7DsTtSCYoUa6ZVlwH+Viw5qOYXLdm.d76ykez9oJ+bsK2j6sWXjv8LwUNVrJOvTImlUfDiMDheqHfpRdCFxoqdfnOfrJAyYPWTj5XdS5LBSPT.y+LdkBC6DzV0YchOeVOGXpN+0hC4x.MZb.CH4pxNjFYmy+kvDyzDmJBv6wNPb4Lh2r7rT0dfcBht7F88hLivVJL7EeKJomRN.DEky09E4hTlHhwUPLtPJJBYhuFmKTYzIJmIi64DD2iOBQveM3vQjGxZGd6mxSS03iIwRewnZh3nZOLUMYk98.oePFo+2+oJJ++9ZBELC

const var pnlMidPreFFTDisplay = Content.getComponent("pnlMidPreFFTDisplay"); // 0
const var pnlSidePreFFTDisplay = Content.getComponent("pnlSidePreFFTDisplay"); // 1
const var pnlMidPostFFTDisplay = Content.getComponent("pnlMidPostFFTDisplay"); // 2
const var pnlSidePostFFTDisplay = Content.getComponent("pnlSidePostFFTDisplay"); // 3

//const var source = Synth.getDisplayBufferSource("HardcodedMasterFX1");
const var source = Synth.getDisplayBufferSource("Script FX1");
// Mid Pre Buffer
pnlMidPreFFTDisplay.data.buffer0 = source.getDisplayBuffer(0);
pnlMidPreFFTDisplay.data.path0 = Content.createPath();
reg buff0 = Buffer.create(pnlMidPreFFTDisplay.data.buffer0.getReadBuffer().length);

// Side Pre Buffer
pnlSidePreFFTDisplay.data.buffer1 = source.getDisplayBuffer(1);
pnlSidePreFFTDisplay.data.path1 = Content.createPath();
reg buff1 = Buffer.create(pnlSidePreFFTDisplay.data.buffer1.getReadBuffer().length);

// Mid Post Buffer
pnlMidPostFFTDisplay.data.buffer2 = source.getDisplayBuffer(2);
pnlMidPostFFTDisplay.data.path2 = Content.createPath();
reg buff2 = Buffer.create(pnlMidPostFFTDisplay.data.buffer2.getReadBuffer().length);

// Side Post Buffer
pnlSidePostFFTDisplay.data.buffer3 = source.getDisplayBuffer(3);
pnlSidePostFFTDisplay.data.path3 = Content.createPath();
reg buff3 = Buffer.create(pnlSidePostFFTDisplay.data.buffer3.getReadBuffer().length);

// ===== Mid Pre Paint Routine =====
pnlMidPreFFTDisplay.setPaintRoutine(function(g)
{
	var a = this.getLocalBounds(0);
	var w = a[2];
	var h = a[3];
	
	g.setColour(Colours.withAlpha(Colours.white, 0.3));
	g.drawPath(this.data.path0, [0, 0, this.getWidth(), this.getHeight()], 1.0);
	
	g.setGradientFill([Colours.withAlpha(Colours.red, 0.4), w/2, 0, Colours.withAlpha(Colours.darkred, 0.1), w/2, h]);
	g.fillPath(this.data.path0, [0, 0, this.getWidth(), this.getHeight()]);
});

pnlMidPreFFTDisplay.setTimerCallback(function()
{
	this.data.buffer0.copyReadBuffer(buff0);	
	this.data.path0 = this.data.buffer0.createPath(this.getLocalBounds(0), [0.0, 1.0, 0, -1], 0.0);	
	this.repaint();
});
pnlMidPreFFTDisplay.startTimer(16);

// ===== Side Pre Paint Routine =====
pnlSidePreFFTDisplay.setPaintRoutine(function(g)
{
	var a = this.getLocalBounds(0);
	var w = a[2];
	var h = a[3];

	g.setColour(Colours.withAlpha(Colours.white, 0.3));
	g.drawPath(this.data.path1, [0, 0, this.getWidth(), this.getHeight()], 1.0);

	g.setGradientFill([Colours.withAlpha(Colours.red, 0.4), w/2, 0, Colours.withAlpha(Colours.darkred, 0.1), w/2, h]); 
	g.fillPath(this.data.path1, [0, 0, this.getWidth(), this.getHeight()]);
});

pnlSidePreFFTDisplay.setTimerCallback(function()
{
	this.data.buffer1.copyReadBuffer(buff1);	
	this.data.path1 = this.data.buffer1.createPath(this.getLocalBounds(0), [0.0, 1.0, 0, -1], 0.0);	
	this.repaint();
});
pnlSidePreFFTDisplay.startTimer(16);

// ===== Mid Post Paint Routine =====
pnlMidPostFFTDisplay.setPaintRoutine(function(g)
{
	var a = this.getLocalBounds(0);
	var w = a[2];
	var h = a[3];

	g.setColour(Colours.withAlpha(Colours.white, 0.6));
	g.drawPath(this.data.path2, [0, 0, this.getWidth(), this.getHeight()], 1.0);

	// g.setGradientFill([Colours.withAlpha(Colours.limegreen, 0.4), w/2, 0, Colours.withAlpha(Colours.darkgreen, 0.1), w/2, h]); 
	g.setGradientFill([Colours.withAlpha(Colours.grey, 0.0), w/2, 0, Colours.withAlpha(Colours.darkgrey, 0.0), w/2, h]); 
	g.fillPath(this.data.path2, [0, 0, this.getWidth(), this.getHeight()]);
});

pnlMidPostFFTDisplay.setTimerCallback(function()
{
	this.data.buffer2.copyReadBuffer(buff2);	
	this.data.path2 = this.data.buffer2.createPath(this.getLocalBounds(0), [0.0, 1.0, 0, -1], 0.0);	
	this.repaint();
});
pnlMidPostFFTDisplay.startTimer(16);

// ===== Side Post Paint Routine =====
pnlSidePostFFTDisplay.setPaintRoutine(function(g)
{
	var a = this.getLocalBounds(0);
	var w = a[2];
	var h = a[3];

	g.setColour(Colours.withAlpha(Colours.white, 0.6));
	g.drawPath(this.data.path3, [0, 0, this.getWidth(), this.getHeight()], 1.0);

	// g.setGradientFill([Colours.withAlpha(Colours.limegreen, 0.4), w/2, 0, Colours.withAlpha(Colours.darkgreen, 0.1), w/2, h]); 
	g.setGradientFill([Colours.withAlpha(Colours.limegreen, 0.0), w/2, 0, Colours.withAlpha(Colours.darkgreen, 0.0), w/2, h]); 
	g.fillPath(this.data.path3, [0, 0, this.getWidth(), this.getHeight()]);
});

pnlSidePostFFTDisplay.setTimerCallback(function()
{
	this.data.buffer3.copyReadBuffer(buff3);	
	this.data.path3 = this.data.buffer3.createPath(this.getLocalBounds(0), [0.0, 1.0, 0, -1], 0.0);	
	this.repaint();
});
pnlSidePostFFTDisplay.startTimer(16);

Mighty23

Hi everyone,

I'm using the example from the documentation to create a custom Arpeggiator. I copied the MidiProcessor snippet into my project and connected it to SliderPacks.
Assign it via processor id in the property editor.
https://docs.hise.dev/tutorials/midi/index.html#clocksynced-arpeggiator

It works correctly in HISE, but the connections stop working when:

I restart HISE – I need to press "Compile" multiple times to make it work again.
I compile the plugin – the connections are lost.
Has anyone encountered this issue before? Any suggestions on how to fix it or is there a proper workflow?

Thanks!

Mighty23

@mmprod said in More Positive Posts?:

You should add a video with audio demos of how each one sounds

Thanks, I really appreciate it!

Let's just say I don't get along too well with visual arts. I'm looking for a way to create this kind of content too, but I think it's important not to spread myself too thin. From experience, I can tell you that you might end up working for the platform without getting any real benefits. Content creation efforts need to be planned carefully.

Mighty23

@Chazrox said in More Positive Posts?:

I cant wait to release my stuff.

@Chazrox said in More Positive Posts?:

@Mighty23 share the link!

Nothing to hide here :)

The link is 23dsp.gumroad.com, and as I mentioned in my previous post, I was blown away by the number of downloads in just a few days.

Here’s a chart from the analytics.

This is a plugin I’ll be releasing next week—just to keep my subscribers on their toes!
The core logic in FAUST is already available on my GitHub.
https://github.com/P23ASURE/waitingroom/blob/main/FAUST/GrainReverb

The UI is inspired by the shooting game example from the HISE documentation:
https://docs.hise.audio/tutorials/ui/index.html#a-ball-shooting-game

Mighty23

I have no problems with Global Cables in version 4.0
Leave here my github with a compressor in faust connected to two global cables in HISE. I compiled the project and I can see the Gain Reduction in the final plugin (win & osx).

waitingroom/HISE/PumpCompressor at main · P23ASURE/waitingroom

Hi League! Contribute to P23ASURE/waitingroom development by creating an account on GitHub.

GitHub (github.com)

I reopened the project and checked, I didn't add Extra Definition
![https://public-files.gumroad.com/tuv6qvp63w5oj4vwyagiwqqa9fiv](image url)

Mighty23

@clevername27 said in More Positive Posts?:

marketing and promotion

My good news for today: in less than 48 hours, my plugin has been downloaded over 240 times from KVR Audio to my Gumroad. I’m not sure if that’s a strong number in general, but to me, it feels huge.

If you’ve tested your product and it works, don’t be afraid to release it. I’ve left projects sitting unfinished for months, held back by doubts about quality—don’t make the same mistake.

For non-native English speakers like me, don’t hesitate to have your writing checked by AI or a trusted friend. Take the time to craft well-written marketing emails, and always personally thank those who support your work.

Mighty23

@Lindon I tackled it with brute force, the 'stereoBalance' parameter must always be at 100% and must not be exposed to the user.

import("stdfaust.lib");
// User-controllable parameters
decayMs = hslider("Decay[unit:ms][style:knob]", 1000, 100, 10000, 1);
preDelayMs = hslider("Pre-Delay[unit:ms][style:knob]", 20, 0, 200, 1);
modDepth = hslider("Modulation Depth[unit:%][style:knob]", 0.5, 0, 2, 0.01) : *(0.01);
modRate = hslider("Modulation Rate[unit:Hz][style:knob]", 0.5, 0.1, 2, 0.1);
freeze = checkbox("Freeze[style:knob]") : si.smoo;
freezeInputMix = hslider("Freeze Input Mix[style:knob]", 0.5, 0, 1, 0.01) : si.smoo;
width = hslider("Width[style:knob]", 1, 0, 1, 0.01) : si.smoo;

// Early Reflections with dynamic timing and gains based on decay
earlyReflections = par(i, 4, de.delay(ma.SR, delayTime(i)) * gain(i)) :> *(0.25) with {
    // Base delay times in milliseconds
    baseDelayRatios = (0.013, 0.017, 0.019, 0.023); // Represented as ratios of decay time
    minDelay = 10; // Minimum delay time in ms
    maxDelayRatio = 0.1; // Maximum delay time as ratio of decay time
    
    // Calculate delay time based on decay time and base ratios
    delayTime(i) = min(
        ba.take(i+1, baseDelayRatios) * decayMs,   // Proportional to decay
        maxDelayRatio * decayMs                     // Capped at max ratio
    ) : max(minDelay)                              // Ensure minimum delay
      * ma.SR / 1000.0;                           // Convert to samples
    
    // Dynamic gain calculation based on delay time and decay
    gain(i) = pow(0.7, (i+1)) * (1.0 - (delayTime(i)/(ma.SR/2)) * 0.3);
};

FDN = si.bus(2) : (preDelay, preDelay) <: (earlyReflections, earlyReflections, MIMO_Network ~ MATRIX) :> 
    stereoBalance : applyFilters with {
    // Filter bank crossover frequencies
    numBands = 4; // Number of frequency bands
    crossoverFreqs = (200, 800, 3200); // Crossover frequencies for 4 bands
    
    // Base decay ratios for each band - indexed using selectn
    baseDecayRatios = (1.2, 1.0, 0.8, 0.6);
    
    // Get decay ratio for a specific band
    getDecayRatio(band) = ba.selectn(4, band, baseDecayRatios);
    
    // Adapt decay ratio based on decay time
    adaptDecayRatio(ratio) = max(0.3, min(1.2, ratio - (decayMs - 1000) * 0.0002));
    
    // Pre-delay
    maxPreDelay = 200;
    preDelay = de.sdelay(ma.SR * maxPreDelay / 1000, 512, preDelayMs * ma.SR / 1000);
    
    // Calculate decay factor based on milliseconds and frequency band
    calcDecayFactor(delayLengthSamples, ratio) = 
        select2(freeze > 0.5,
            pow(0.001, delayLengthSamples / (decayMs * ratio * ma.SR / 1000.0)),
            1.0);
    
    // Matrix
    MATRIX = ro.hadamard(16) : par(i, 16, *(0.25));
    
    // Network
    MIMO_Network(fb1, fb2, fb3, fb4, fb5, fb6, fb7, fb8, fb9, fb10, fb11, fb12, fb13, fb14, fb15, fb16, in1, in2) =
        par(i, 16, DEL(i))
    with {
        baseDelaysMs = (61.1, 53.3, 80.3, 58.8, 55.0, 49.4, 75.4, 51.9, 66.7, 48.3, 63.5, 86.1, 70.5, 56.8, 50.7, 47.2);
        
        DEL(i) = de.fdelay(maxDelay, modulatedDelay(i), processInput(fb(i), input(i))) : multiband_decay
        with {
            maxDelay = 200 * ma.SR / 1000;
            delay = baseDelaysMs : ba.selectn(16, i) * ma.SR / 1000;
            modulatedDelay(i) = delay + os.osc(modRate + 0.01*i) * delay * modDepth;
            fb(i) = ba.selectn(16, i, fb1, fb2, fb3, fb4, fb5, fb6, fb7, fb8, fb9, fb10, fb11, fb12, fb13, fb14, fb15, fb16);
            
            // Balanced input distribution - first 8 lines get in1, next 8 get in2
            input(i) = select2(i < 8, 
                      select2(i >= 8, 0, in2 * 0.25), 
                      in1 * 0.25);
            
            // Input processing
            freezeGain = freeze * freezeInputMix;
            normalGain = 1.0 - freeze;
            processInput(fbSignal, inSignal) = fbSignal + (inSignal * (normalGain + freezeGain));
            
            // Multi-band decay using filterbank
            multiband_decay = _ <: fi.filterbank(3, crossoverFreqs) : 
                par(i, numBands, * (calcDecayFactor(delay, adaptDecayRatio(getDecayRatio(i))))) :> _;
        };
    };
    
    // Stereo balance control
    stereoBalance(l, r) = l * (1 + comp), r * (1 - comp)
    with {
        comp = (1 - width) * 0.5;
    };
    
    // Final filtering with separate stereo filters
    applyFilters = fi.lowpass(2, 18000), fi.lowpass(2, 18000) : fi.highpass(2, 20), fi.highpass(2, 20);
};

process = FDN;

Mighty23

@njAudio03 said in Hadamard Mixing Matrix:

or will I have to do some C++?

if you can make a reverb in scriptnode let me see because I'm really curious. Maybe you could start from the delay template?

Mighty23

yes yes now I understand! It unlocked some ideas for me