applyMask behaves differently at different UI scales

Fergler

In this project you will find I used *2 on width and height of mask to ‘fix’ what I thought was a different issue, now I see that actually there is an issue with scaling - perhaps related to mac retina?

The applyMasks are located in LookAndFeel.js for the horizontal slider

HiseSnippet 18210.3oc6ct0jabjkeGcgtnDoHoD0HEi83I1EC8LRjCIaVHqKnfnlQMA3klh8sAfhCkzLA2h.UytFhFUG.E3Eswrt8ZuNVGq8d2OrN7C6y9gMlGrevQ3HLC+IveDlMh8CvDN76iypJbIQAzcmHq7OZfgnCETntfB+pL+exyIySVUtcK+Ztsa62JyRm9AuZe2LKcV0pupYvtk20wqYl6cqLK8Npa59hb27ogaW5U66ztsa8LKsT16FtikN8xYh9627YkbZ3zrl6fckIyC88p4tt2ddAC161qdeuFMtiSc2G3sGyYar58p42rreC+NTXxppkYemZOy4ota5DdZJpYV5T2ttWfeqpANAtsyrzxk7q+pp65+hlwm+C8Z68jFtgajOSU5EJd22wuQ8PhC+blx650n918toamIyRWX6AEAYiKB9.0M7p60e+CJJdunCjav2fs7XIkgwK6P3kmEOMF7FCRKwfzxwHcA0p0Z4sevfiDW0bulAts1wgVryhR74lQ4O6cTetSqbOyKXaOW52K2OJ2Welbz+95KR+Ua5bwqlq+GJ9yuZuC0xo8tOd8vCtdtnMneLOIwwqDd7JCNtd+iul2tNAgGs2GL5en66U6YgGo6+Oe+Cr09tMq1zoka3QC2HWusFbcq3UO5vc++18OP+uXuOLf0p62HluAeJ+feUZUULO89Pds9G6A96837gGi9gbgevbnCQ5cnvOXMzgzCOzcZ362JGcS5FEnG9meiyPk2sCx0vYGZ0vsa9TultqTqkKUrb2F9OwoQbk1599O6lMqeGW2FW5x23LmwqYsFcp6doKxbfU9EsuX3whtfmIrFttSfyVO4WL3B2v2o9cZ4u2mWcqMuzEWYkqeyVAd05zvIvyu4snmM8Z327hC8K7E2q2EdmNMqEdh4h4aC+5cZ3do.pR7p4ZRMGuZt8oEzMCtbt+vn6aucxEczUB7W2+EtsJ6z18RWN2O5Gk6hsc1a+FtstXuSM7uPhCOcJtOoCU761Zkp9cZV+ttMca4PMgZuR0.5u7ddMeZ03u+Mh9x+xbtMZ6NgWo9sl08Zblyz6atWz8Ey2M91cL2nWs+oDcktWy5tuzs8J2xqkasfKGega4FzoUytWzabF5uSxxw36EZ8zk1YynKdS+.27w+OxUy0v+gtMtZtc8h9eUpb2V9c1O20+gW5Wbk7W9Gd8bWM2s5reCuZzqDcuZz8zqPM7lwOp5ePQyc7ZD0z4mjK9Gq+Ap36G7Ic+o6uy08uu6qFYuq4Mt8tdHmeRWbYN2n8FS+fer36hOo2GFbj92KexfOFWAciyvVdRuuBKKCuE6VGPuMipT6VcUJdugVK8qGa35DsinuVrDbCm8Ca9iZGFsu.+82O5RoEuimFRWYp1Iftuqk+FmYGp46kh1aNul8Lv5UfO3ruxUtQ+pfn8FVXSuD8ay8qGbt+7uN+O+F4hN8n+45WuL0B1ug6J62xqYvk5+8ubhqYWi.5kcHCxK1c+zlX5+UuZNste6d+029tpaP2uvMCBZ48jNT2T8r3i9FIKnB2WTwvtdALEBw2Q+7vxhS2+doGusZEUOG5pY3S+qoWje9JckAsuQhuTUuuw8P+JgGb3uv5Nuxs0g8aDevg+BQR3C472L7Xid5ji3zI23Lm9zm9LQ+W34WqqvQ6Fmt+0IpjyKZm47x8o8KYnackqPK7nU+QmiqSsc6cvtW0SOTEXzE5WDeg9EQWnnRqO5i59y9ocKNnGM5BGWqz6uZrpzd+MzFmdfBIR.T0uUPWg41g5xdZjbI9K7Femtx8K9Gtcks97aW9AO9Nas9stcke4EyckXQI8+ewqEtUnHJ7yas1i2HZGwzS20Juv44W7Fib8GYG84j1DieMufWsgCsUfift31DEnw2nlbG0TZrT02pYk86zd2KQ+MGGNgtH6pR9Qcqu5pA1Zy0+xbUu4Cuc0bk2ZisW+1O31zMC+Ptp29AUG4JkrUiKRMiCt3XHM7utgCTuyd6ey1QACzG2qNn9oev.I+5+xyb3aE2F7S62nBSyWQgeTs2OT+3P5+Sy7K8KYcJe8qGVL0qs4ebNiKm6IzJumEVLstavG2NWfyybyQERsa3+hHWr8ZxemFgE9W9F8c452LzPcqlW5xmgZQPO2bIOzN6L1iQKcCZ42H7NZbGNrWKsNpu3kZ1Yum315pTEXiNt8OQZn7C2+.0Cu+ArcegFjW.MBDlSzmF+gWPXPxwaOZOHxTN9KQ6KgQWpnmZPTOINe2dRTsAML5VY7pG1kunNArsWPscyDQMam3xvwU3LcuBNMS02+gzyRnueu6.Zkgf2AmWsaecRQovY6eMDsbn+UP3RhA2GoornhDJKpj5xhJotrnRpKKNqZTuXSksQ7UPbainueJrMh+8EuL3cTC6udJJBNc7EPzRf3u9XJ.90e1Dfu32+WPcvHRjhRg2k8xHZYA6EQXIwP2PoQWDNTLisD4CdMeUrQWfQKK9xU4+qKboPW7SSaCoURbF0zoF598SQaCoUCbN03AVKEEBuSuKgnkB8t.BWLz+lHUZgvwPLcZgnqPJzBge+znEh98SSYPzXklpxf3qf3kAQe+TTFD+6m1x.x3aTbU9uGHorLfjxx.RJJCdO09i9cJbNbdlqhnkELWCgKOXuaNjxju3dgCodXla51wKZmwn8fMvKredKcK2m6UyMNONmV8VtseFsCtzewx96sueyvtoszaE+qett+52aOmm5F8iurZo6l4kzNKtT3uyq58gc5N3tYV5JpIG4knub6qugiWyRT64vdk2r9J627oYdgW8fcoLbpWpFy8ttdOc2vbycJkrw6YHpNWP2zgESEsXvIvq4Se.8GOBtObLGPOj1tEM+p+iq9p9a7+4e8p8986mwu9+982S7vsyvPTAP2R0GzsP5lzdb+bufWsta8LO4oroLzKvcudaeVUCRAaBgXaXyb.RuijunllsVl.2WFvdIhpIWxUMbfduXXutCS425NOwswE+jb63znczPoeQ18dwMt2st2Ei18Wz1MJ2gNA6NzoWxosqkAygt3EOyuLT90+F8rGSg8oT+Je+8XJc29uhozk92vktq1JYo6AeMOktumZ4NsC72qpaP3OealB3gJ1XKoGtjmvTNp7mrTbA4sZ48b2VCUjDaVLzt1pSv9cBFtfqyN63FMfmCs63AWphSvv6NNSZk1digO4dISZC+5gmePqNcOPMmFt2woVfeK1cGk15atW3n0sQmFAd62vKA6kCSvPXsY4xiAq08qEkmsD2tOoSO.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.DdUiNwADs8HDQxbLD4D1TcY5+9DZLuznt+Npka3Q+zUyslOMxibeTta0x4oTMwSGB9+E7jRBV1oeXf99TpgEqGlx9fMeMqYZugrbnFE9xgaT3Rq1lFui2Kij4IMKt3g4iHnkSy1Q0oi2LY6CsBFTS3i0567cs9nkncnaen0j6Ov+7.ow98tV2KJT3n4dXyN6UMr3oMqQJMps1tUcaFVWD1GgAks++9rI1ztaSPOb3N78O60rJnOjujRMnR9kcam7+8RbpiRSKjjC0RZZV022oVTQwDzzalw0hIytOpVj6MwT+eMpux+tOiO+bIRJHig5e87cTFuauarY63LFJgpiV5O6Fow4FT9NmFqw6z6NXnnM96+qmYi1nusJS7FGr7Xi23z8N0YqHNFJ4+r7uHlCQc77d8sCmnnNnAZGOG3mKi6HwT.YPU8m9W+FWjGLN5l6h8nx3i83f+l48XOpLeD6QkwE6QuR+Y4XOpL2G6QkwD6Qt+1Y3XOpLRrG+5CK1iJylwdTIQrG+5Ewdj1XOpjlXOpLmF6QkwG6w+y+l2.i8nxbZrGCMoWYLWe47dtUhtsl0ysR+oK7nk7yx4VoaY6batUh3enHNN3algysRDtri0wRGRtUhNwYsbqzeJsyx9hXMDO2JwVeSXtUhkFym4Vg4gZXPk7u4kuAlaktM7NmEiA6CUBiU5iluCw3rQ2Uy1QXL3owYzx8Y2.LNS2R14z3Kd6H7GJ7hLNyrgWDabxNyMxzM5hO3e3t+ieyeaunKNUz4MaEbwfmVLVxWDag3NXhL7lnPK5pKlGirf8oEbPM7q+523Brnmqr4r3JF8g0jwNs07czEuOy81rcLFIeVWGsNXpEog5RayT9GW4eHCXKao6bZbFmm4lX3AyHXlMZCVSVlXNxM9Qz3rLm8rUjGIe1rYuKVD+gn9g9VrlkSTTHuiZ+WqfykghL5ioOyHcz5Mt.RF162b2vcL3ck.ig6e579vcDdWMqObG8dISLZ49r7vcDWxN2NbGg3O7Spx+9Y3g6HjVlPOxL9GTkSEcdyZC2QuWBJrjuHbCwGtiHCuIb3NhzEymC2wfWBNLOiJ+ouANbGwM3N2MUMF+Hcr679T0XNXPNXd6MMZI+r7T0X9dHNNs5nitQl8lgmpFIGXiWm4PlpFyfioAyaXLV1WDeg3SUCAFIidRi4yopwXG.ies2afSUi4ywtX32weLCo7e47cPFmu680rcTFrudDGsre1MLiy1uzcNMNiyz8FX3mBk+pY1.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.m2r8VoSu8N63VKX.rKqdmGMT4IbT9twn79p8WDMiWiKaEwSukmIVjhZvgo1sjSCml0FZAyMZA1bcu87XV6W+9qdeuFMB8B+.u8bYWSXuWM+lrqlia2xsguS8gcX75UGrRgNXu+pUYVKOY+s5dSTwceWmfvUkyAG7sWsRk61xuy9I+Vu8pQJkGzh59LzIIy83VMcoE5Ar6pbK+1s2gd6DcsZyd6ucmVOMrrZvdp3Rc.2d38sYm8nU7MogLzNr8uv1eoshEVQ6UaCGZqauj8ri9UzdfSTkMsIsnsymXaRhs0SrsQhsMSrsUhsKLX6kTGVHdpCWHlmQHtgy9QQEwblk75JwnGKdOC2dByoNpzcoSMpYzGnFst61a+rsTEdfbC9FGkkUV9rrDugnz2tovHtjBCiuaLiuU7BxZDZ8V+thVoTGhqM7a5u+t9M8pMrblJOe5ScawR6XuEtYP3rGnbmVOenFHtkaMmWMxdiO4Q2y5TqmFr6dMZyaib4FDXcqUq1ocvPMScoWWwsgqSaWV3tcM+gaZXhJxyezE4pbJKNmZ7MYtnlEmdZBdksmuGew0Byd.dV0np+Y0xu2UsqXbls.77pcsMNIKBe6X.Oi5CoN+qE9KF2lY20Txd67Xgi5BsqSK1VlndeCbS1jgGsi4Is+68CEcMhWVoMU0sVI5umaEXYUN7CaE7nxadk01csR1waS+mctR34TLd6LRqgDoDmaVthyUJUjhGa6TPnGG3QN5uXqfYxlxhB6JWXTxSS7p32IbkfuWTmpzPSqRCGulKa.pgqJ3c2Vq232U0sY8nMBGBvtGLeunYCOX9dGLSsdWJ58S2OGaek0sYnwVT2wZjzSOy3.kocTk2dgQMpFWZUl1xp+ded0s1LSUmm6FaLGSVhX7iIZCuZ8FNgvxK0ajYPT7N6smyPkteu3eOZSS2o+fKd0QF6on1mtVz+93R9u3Zas1i23Z4W4ENOmVp52+ER35922s+f0ulGyFq6+P1a4eymsl2P63185tB6fzbqN62vqFsZOTbjQbPIn.UQxfpiBzrRFTCgA8fauZBP+BjU8ln.U1U8Vn.U1U8EDFzU+h9fdp+U85iEtpdaTfJ6p9hn.k6p9qcjfd65O0cbs3+6yR5uOKo+9bz9zmIjYOujRPQphrIUGEoRu12PbRWMYSTaAs12DEoRu12BEoRu1ufvjdvVIHc0eJzZeaTjJ8Z+hnHk6Z+U3skeMwQ8mJG29biZdTnpHcTInPURBfx65+rw56OGKp4XQMGLe+biJAEpJRGUcTnJeAfg3nJI2+bipIJTku.vBEpxW.TPXTkUD.bipMJTku.nHJT4V.bctcAnINqRJH.9YMOJVUjOqDTrNdM.2SLlSqtd2k482HlZLevhoFyhoFyajSMl2smg9hIGyhIGyhIGyhIGyryji4862zzhoGyhoGyhoGyhoGyzb5w7WLl908Ii1utv1md75Wq6++wkbaz3wzJgNMp61ZbCe5my1EuOmsKdeNGCzGQnAOQHrInvVAJ15nvNKTrMPg8xPw1Tbr0SNFlkldZaKTXiUaW.E1X011nvFq1tnvXePojXeegz12PH2MZn3VAK24QwcVrbSPw8xX4VbOkGb+jbWYJpuMPwMX8sIJtAqusPwMX8s3dKWsRBtO3gSQ8sMJtAquKhhar5ahFJtwpuIh6u70OLoc4WO8z2DBJtwpuI5n3Fr91.E2f02h6ub0uVNS4.w31BE2f02EPwMX8sMJt4VeaxG2Ova+wMhfavR7FrDuAGC1ioPsbOoDSPQrBJh0QQbVTDaHNwVqJkGpxIkXSTDCSUXghXXphBBS7HOcfGr0TQUXihXXphhnHlaUg0j5AQSbg71x4wvchQNOJjUfgLAEx3DFh62i4QJs6N9poivv.Ex3DFlnPFmvPbWeG7Uxo6TSLxEPgLNggMJjkX.FG0zSn.KwEXIt.GAJeUPAXbTyLAIRrBJh0QQLLUgAJhWFEwlnHVEEwVhS7JIit3SmJVdEPQLLKOaTDCyxqHJhWVdN8NxYbfDQVEFxovq2ORNC1xDiLAExJvPVGExYggrAJjwY9YhBYbleh65az24UqOcL+JfBYble1nPFm4WQTHCy7ingBYXleDw89cv5IGvyexTw7iPPgLLyOhNJjgY9QLPgLNyOSTHiy7Sbueu9mLsF79ibxAHQjwY9YiBYbleEQgLLyOcMTHCy7SWbueiL38G7noh4mNAExvL+z0QgLLyOcCTHiy7yDEx3L+Rg2uGkrEie1zw7q.JjwY9YiBYbleEQgLLyOCMTHCy7yHEd+9YSq7.m.YBJjgY9YniBYXleFFnPFm4mIJj417S6XQ9Pl0u4YgMOKr44HAkqHjeuI.VBJXU..qNJXyB.VCTvtL.XMQAKBCLKwgUKoy3eLZCrBnfEgAlMJXQXfUDErbafkeBbJnghVUDzlBeXeVxtadGgLwlDZInnUAAs5nnMKBZMPQKDqLSTzBwJKENxtax1D1DtUVATzBwJyFEsPrxJhhVDVYDMTzhvJiHturC1LAsutBZqLBAEsHrxH5nnEgUFw.EsPrxLQQKDqrT3KqpbdKrLIzV.EsPrxrQQKDqrhnnEgUltFJZQXkoKturQdGeH3S82jPKAEsHrxz0QQKBqLcCTzBwJyDEsPrxD2WlrdDJmDZKfhVHVY1nnEhUVQTzhvJyPCEsbakQNVZOz0aPKVbsXw0B15M3DgKAEtJPvUGEtYgfqg33Jo0dvIBWST3hQLXgBWLhgBBiqrVGBmHbsQgKFwPQT3xsXPehbSnINuRZMIbx3MOJdUvvKAEuodsIrxaRqMgu2h0lvEqMgugt1DVYwZS3h0lvEqMgKVaBm8VaBqrXsIbwZS3h0lvEqMgm.qMgaOAqwUU512tJG+ZS35rcwac1t3sNGCFXQot9scjXSPgsBTr0QgcVnXaHN1eRxAI7dSOQhIJrwJRrPgMVQRAgw9f6ImYSmPXaiBarhjhnvN0qUGGs6FMwE2ImUMY9RotlEczbmGE2JX4lfhav5Dw8Tt5Whcs+4n41.E2f0Iln3N0ulTSv8g7zztIKwaxR7lS80PmCiXBJhUPQrNJhgoJLDmXvqgNGFwlnHFlpvBEwvTEEDlXzqgNGFw1nHFlpnHJhS8K7hC0Chl3BYvqgNGJx4QgrBLjInPFmvPb+dnWCcNTjMPgLNggIJjwILD20G50PmCE4BnPFmvvFExRL.iiZXzMXI1fkXiSvNibTiftDIVAEw5nHFlpvPbhmZcF4nFxbIRLLUgEJhgoJJHLwSuNibTiQtDIFlpnHJhkXnEG4HiOQB4oVmQNxAEWhHq.CYBJjwILD2u2zqyHG4nfKQjwILLQgLNgg3t9ldcF4HWCcjHx3DF1nPN0u56Ff7gjTjhrvVjE1hvlNOS.rDTvp..VcTvhPFXfB1kA.qo3vJoYWzD.qEJXQnYKfBVDZVaTvhPyVTXXk0jcJ+D3TPCEsJHnMOJZyhfVBJZWFAsovKljl9USBsFnnEht0DEsPzsVnnEhtUbOYxZ5fMIzZihVH51hnnEgtknghVt0sjik1C8UYiMKt1r3ZyQj32VpuvJFKtDT3p.AWcT3lEBtFBi6nKTreAdwfIJbwHFrPgKFwPAgwkY.GSkKsIBWaT3hQLTDEto7UWxaotl2tNAuY7hK4CV7hKYwKtj2HewkbtXy7Eu1RV7ZKYwqsjEu1Rlcdsk7dcaXZwKsjEuzRV7RKYwKsjo3KsDkewRioWcWcjd0E0.00VasGWc+Fz90MtwQ6dr8m6dr8m6dG0H8jpdKyInDTfpHYP0QAZVICpAJP4dDeuxQ.J0bYry8lqxx4UY47pvVde4iSBJNUjKm5n3Lqb4z.EmRVeZJNmRZ0wkONsPwoj0mEPwoj0m1n3Tx5yhhyojVZYuJesyqgBTEICZdTflUxfRPA5xRFzT3SRRKLqbBpAJPksF0DEnxViZgBTYqQE2ujrVVS4DTaTfJaMZQTfJYMJQCEnRViRRgmIIsnfxInDTfJYMJQGEnxViZfBTYqQE2yjrVRM4DTKTfJaMZATfJaMpMJPksFMEdljzi.HefpqgBTIqQ0yiBTIqQ0In.kaMp9Q.Z2mgxGeGuV6MtgG86vx62gk2uCrGMwIiWBJdUvvqNJdyhgWCT7BR+ZJNuR5wTbx30BEufzuEPwKH8qMJdAoeKJLux5QVzXx7WngBXEP.mGEvYAALAEvKCB3T3iSRO9hSHvFn.FkF1DEvnzvVn.FkFVb+bx5QYbBA1FEvnzvEQALHMLQCEvo3Uevn.eS42OtUjzqqiCEVBJXU..qNJXyB.VCTvhPyZhBVU.vlBOZRZd5LAvV.ErHLvrQAKBCrhnfMEufFNbmBZnnUEAsovGljlpQSBsDTzpffVcTzlEAsFnnEhUlIJZgXkkBGYRZxRMIzV.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.uyGus+Gv67wa6+A7Ne719e.uyGus+Gv67wa6+A7Ne719mwew7wa6eFfmOda+y.77wa6eFfmOda+y.77wa6eFfmOda+y.77wa6eFfmOda+y.77wa6eFfmOda+yzSiS921+qb3.+.u8Oz0rsUXQcEVTWA17FiaTInPUQ5npiB0rRGUCTnJespIJTUkNpVhipjlZabiZATnJeyJaTnJeyphnPkaypqysK.MTrpJeVSg+JIM+63mUBJVUjOq5nXMq7Y0.Eq.rsLQwJ.aKwcZIq4HH+rV.Eq.rsrQwJ.aqhnXU91VDMTrJeaKh39sj07XjeVInXU91VDcTrJeaKhAJVAXaYhhU.1Vh62RVy0R9Ys.JVAXaYihU.1VEQwp7ssz0Pwp7sszE2ukrlOn7yJAEqx21RWGEqx21R2.Eq.rsLQwJ.aqT32RRyYU9Ys.JVAXaYihU.1VEQwp7ssLzPwp7ssLRgeKIMuZ4mUBJVkuskgNJVkuskgAJVAXaYhhUtsstxQy5MmUxWLebdxmrX937jOSw7w4IeZh4iSyS7DuxGmVm3YckONKbhmxU93z9DOeq7wYwS77WdU9ZmW6DO4kbBZ9S7LWxInjS7zVxIn5m34AjSPMNwSBHmfZdhmAPNA05DO8ebBZgS77owIn1m3ISiSPKdhmIM9.MMo8URoQiSPyehmWJNAkbhmTJNAU+DOiTbBpwId5n3DTyS776vInVm3I2gSPKbhmYGNA09DOsNbBZwS77jvGn5Zm3IIgSPyehmgDNAkbhmdDNAU+DOeCbBpwIdxF3DTyS7LMvInVm3oY3XF5oRyICceo4jgtuzbxP2WZNYn6KMq73cwGmVy5oXnzrxC1EebZOqmhgRyJORWWku14O4edt3Dz7y5ICozLySxEmfpOqmLjRyLOCWbB5I+CvEmfZMqm0lRyLO5VbBp8rdVaJMy7PawGny.OwVbBZ9Y8zKUZl4Y0hSP0m0SuToYlmRKNA8j+QzhSPsl0yCVoYlGNKNA0dVOOXklYdrr3CzYfmIKNAM+rdB6JMy7zXwIn5y5IrqzLyygEmfdx+PXwInVy5YVrzLyieEmfZOqmYwRyLO3U7A5LvScEmfleVOEnklYddq3DT8Y8TfVZl4IshSPm4eLqJK+b0ZhHGSkketZMQjioxxOWslHxwTY4mqVSD4psbpyUqkbxbCebZghSIqOKfhSIqOsQwoj0mRbDwOXKDA1WN04p8X.UQxflGEnYkLnDTftrjAME9j1dpLrnkSetZ2dpLrnkSetZ2dpLrnkSctZOFPksFUhSl8U+JjZTaTfJaMZQTfJYMZJxU6w.pj0noIWse0TYbGJm9b09USkwcnb5yU6WMUF2gxoOWse0TYg13vVtDSWO6JhXEA3vVoDkHpJRGUcTnlU5nlhnnjz5MH2nZhBU4K.rPgp7E.oXduIoErOtQ0FEpxW.TDEpx5ER1gtBHNQhUIsb2wOq4Qwph7YkfhU.ZfTjSmubp7hI7PWsCkHq.z.lnXc7Zfsa4Wysca+VYV569fWsOcmuuZ0fVtN6407oUitQZk4d2JyRmR89d0dVlRuZem1scqG9kuqiWyd+5+29+9a9rRNMbZVycfFLSlG56Uyccu87BFr2u+p22qQi63T28Ad6wb1FqduZ9MK62vuCklrpZT3ba36Tup22vbZud0Rc1YG2VCu2e0pQ+T2bO+NMG52p68PE28ccB1vuNy24s6Yhj7a81qtsWPscePKmZOiVLvFq0VMcqtqe.6tJ2xuc6cn2NQWq1r29a2o0SCKqFrmJtO2sU6g22lc1q7tNMa51ncXManAvWz1sZfSfWsMbBZ48R1yN5WQ6ANOIThonFuc9DaSRrsdhsMRrsYhssRrcgAauj5sq6E32JjOWJvmpje8WQKSdQyvJs7YdnWaunyMbipzZy35xMb1eaG5sHyYVxqqBidr38Dpnn0QcZPu08axbpYJuqWi58EqsyP+cYjtYiktef5Fd085ueZgJUfFJdeunCjav2fUFujxv2PYO7aHMlanQQh0XZ4Xhn+vw2NCSyv2mCQy8ZF31rsWvqXkXRCwkTXX7ciY7sTu4Z2pZkHzNajUdtadq0n6fEqM7a5u+t9M8pMrZlpNe5SoMQv.6XuCtYP.0XpbmVOen1GtkaMmWMxdiO4Q2y5TimFr6dM+F0G4xMHNnVqVsS6.lVoxj4RuthaCWm1trvc6Z9C2xvDUhm+nKwU4TUbN03axbQsJN8jD7pZOeO9hqEl8.7rpQU+ypkeuqZWw3LaA34U6ZabRVD91w.dFUZjL90B+EiK7hZWp+9NV1nNP65xhsgIpu2.2jsX38D2FIM+68CEcMtkSfSlkLU0sVI5umaEXYUN7CaE7nxadk01csR1waS+mctR34TLd6LRqcDdqDufZTrK76cISFH0iccIeN0aSCVqVv..WV8NO5j0+64UiC6HG8WrUvLYKYQAckKLF4oIdU76DPi2sWLmpz.SqRCFulKa3og84o61ZgaG06S2l0i132R+q6Ay2KV1vClu2AyTq2khd+z8yw1WYcaFZrEdepzHoi91zP9CQhF+Y2tWsWXLipwkVkoMr5u2mWcqMyT044twFywjkHB+Xh1vq119zhQp0QX4k5MxLHFdm81yYnR2euwzcte3HcmKr4oqE9OOth2XWRpuHaO4tHaO4tHrQJmKLInvTQpXpiByrRESCwwTRiNNWXZhBS4VoagBS4VoWPXLk0HhyEl1nvTtU5EQgYJlCgiq4cMwEmRZTv4iy7n3TQtbRPwojq2E2SjrF4a93z.EmRtd2DEmbWu+QGNmiKTtuOKheeVD+9vBk6XQjfBQEognNJDkWEsg3HJov2NVDMQgn7pnsPgn7pnKHLhxJjsiEQaTHJuJ5hnPj6J5O9Xa5VSbwnjBS63YLOJFUjGiDTLJw5Zw8vHqPyNdFMPwnDqqMQwXJmDBmUMblRjqZSmVtG5TQHLZgemYpH7dKlJBKlJBuQNUDdeFa8ESHgESHgESHgESHgYmIjvGx15zhokvhokvhokvhokvzbZI7eeLcrSejN1E1HUTaTWaye5ii9vgM+DtDam7tDam7tDr2MOSFuDT7pfgWcT7lECuFhyqjdW3LY7ZhhWP5AKT7BROTPXdk06dlIiWaT7BROTDEubqGLlL+EZhKfkzK5kID37n.VADvDT.iRRHtONY8dUYBA1.EvnjDln.FkjPb2bx50XxDBbAT.iRRXiBXtkDE4BX+FMd75996OttanxRsJK0pv5tgHTSPQsBRp0QQMTEhg3TKoNfHB0lnnFpBwBE0PUHEDlZY0kDQn1FE0PUHEQQM2JjOQDuLZhKrkTmTDB67nvVAJ1DTXiUjHt+QY0sEgv1.E1XEIlnvFqHQbWjxpiLBgcATXiUjXiBatEIk3A6xtMCba83Jc1YmGWsg+KbaMtd27sYw+ayh+2F1SHPpvmfBekoB95nve5HdLDGeI8TGjJ7MQg+zQ7XgB+oi3ofv3KqmjgTguMJ7mNhmhnvmawS4T41RSbwujd5HRG+4QwuxzgeBJ9mR5Gw87Jqm3hzwuAJ9mR5GST7ys94FSH+iKd4Ojk6Ojk6ODV7xhwMAE2JX4VGE2f0IFhysjBMVLtMQwMXchEJtAqSJHL2xJJXw31FE2f0IEQwM25jOUL+NZhKvkT.uBBddTfq.FbBJvQKUD2morhsUPvMPANZohIJv4VprJOfe65O083FB3uEK7eKV3+VvBoMEvSPAuxT.dcTvOMjMFnfe4o.7lhCujBOOEvagB9oglu.J3mFZdaTvOMz7EEFdY0UialBmTZnnWYZPedTzmcZPOAE8KOMnOEdYkTOmRC8Fnnepn6MQQ+TQ2agh9ohtWbOsxpafogdaTzOUz8EQQ+zP2SzPQ+xRch+1m9w0O1KvR8EXo9Bv5GqHTSPQsBRp0QQcVjTaHN0RpWehPsIJpgpPrPQMTERAgoVV8QRDpsQQMTERQTTK2oWcRuLZhKrkT2IDB67nvVAJ1DTXiUjHt+QYE6sPXafBarhDSTXysHwh+7FMtfU+HVj+HVj+HNBfhHTqHSLxDTHq.CYcTHiSXXfB4kggro3HqmrM5RSGsrEJjwokKfBYbZYaTHiSKWTXjOnTRjuuPZ4BSrqDMTLqfi47nXNKNlInXdYbLKtGvCteRlqLkzyFnXFnd1DEy.0yVnXFndVbufqVI4a2gGNkzy1nXFndtHJlwomIZnXFmdlHtevW+vj1fe8zQOSHnXFmdlnihYf5YCTLCTOKtevU+Z4LvWSNyVnXFndt.JlApmsQwL25YCdGcwwMHceLKveLKveLrLJOg.SPArBHf0QAbVP.afBXTZXSwAVR47dBA1BEvnzvEPALJMrMJfQogKJLvxJq7lSniCMTDqfh37nHNKJhInHdYTDmBucRZpCLoDafhXX5XSTDCSGaghXX5Xw83IqY2vjRrMJhgoiKhhXT5XhFJhk6vUTwau165GLtd3cYVluLKyW9nBmG+vULDyDTLqfiYcTLmEGyFnXVtYu9QUCFr.XODx+.Vj+ArH+CNYmUQrHSPgrBLj0QgbVXHafBYbZYSwQdZNqhXQ1BEx3zxEPgLNsrMJjwokKJLxS0YUzPtRzPwrBNlyih4r3Xlfh4kwwr3d.mpypngX1.Ey.0ylnXFnd1BEy.0yh6EbpNqhFhYaTLCTOWDEy3zyDMTLiSOSD2O3TcVEMDyDTLiSOSzQwLP8rAJlApmE2O3TcVEMDyVnXFndt.JlApmsQw730ya2xula619sxrz28AuZe5Nee0pAsbc1yq4SqFcC0Jy8tUlkNkZEu5tYJ8p8cZ21sd3W9tNdMYGXkRNMbZVycvtxj4g9d0bW2aOufA686u588Zz3NN0cef2dLmswp2qleyx9M76PoIqpFEN2F9N0q58MLm1qWsTmc1ws0v68WsZzO0M2yuSyg9s5dOTwceWmfM7qy7cd6dl6I+Vu2pa6ETa2Gzxo1ynECr2ia0zs5t9Ar6pbK+1s2gd6DcsZyd6ucmVOMrrZvdp39b2VsGdea1Yux65zroai1g0rgFweQa2pANTYwFNAs7dI6YG8qn8.mmDJ0TTi2NehsII1VOw1FI11Lw1VI1tvfsWR8108B7aExmKE3SUxu9qnkIunYXkV9LOzqsWz4FtQUZsYbc4FN6usC8Vj4LK40UgQOV7dBUTz5nNMn259MYN0Lk20qQ89h01Yn+tLR2rwR2OPcCu5d82OsPkJPCEuuWzAxM3avJiWRY3anrG9MjFyMznHwZLsbLQze33amgoY36ygn4dMCba11K3UrRLog3RJLL9twL9Vp2bsaUsRDZmMxJO2Mu0Zzcvh0F9M82eW+ld0FVMSUmO8ozlHXfcr2A2LHfZLUtSqmOT6C2xslyqFYuwm7n6YcpwSC1culei5ib4F3fu0pU6zNXnVotzqq31v0osKKb2tl+vsLLQk34O5RbUNUEmSM9lLWTqhSOIAup1y2iu3ZgYO.OqZT0+rZ426p1ULNyV.dd0t1FmjEgucLfmQkFIiesvew3Bun1k5uuikMpCzttrXaXh56MvMYKFdOwsQRy+d+PQWia4D3DN+AzsVI5umaEXYUN7CaE7nxadk01csR1waS+mctR34TLd6LRqcDdqDufZTrK76cISFH0iccIeN0aSCVqVv..WV8NO5j0+64UiC6HG8WrUvLYKYQAckKLF4oIdU76DPi2sWLmpz.SqRCFulKa3og8Wq61ZgaGMwsbaVOZieK8utGLeuXYCOX9dGLSsdWJ58S2OGaek0sYnwV38oRijN5aSC4ODIZ7mc6l0dgwLpFWZUl1vp+ded0s1LSUmm6FaLGSVhH7iIZCuZa6SKFoVGgkWp2HyfX3c1aOmgJcexX5V20GoacgMOcsv+4wkbaz3wOva+wMEFLY6NmIa24L4HS02VngtheVInXUQ9rpih0rxmUCgYcjkvcAWKz4mUSTrBPCXghU.ZfBByJyhucpFxO9Y0FEq.z.EQwZJdZURvJ0UbmF0G+aJq0XAdMVfW63a35fsjzCvzQBLAEvJf.VGEvnjDFhC71xosgIDXST.iRRXgBXtkDqbT.6+hCKfQcVT0YQUmi.aVQn1G3FUBJTUjNp5nPU9B.CTntrzQ0TbT0RF.1OFqV0BEpxWqV.EpxWqZiBU4qUKJNpeVx48xcjemvFxEfFJVUjOq4QwZV4yJAEqKKeVSgGq6lzzZSv5UCTrBPuZhhU.5UKTrBPuJtWqC1TNuTC3mUaTrBPuVDEqxWuRzPwp70qjT32ppbliz7yJAEqxWuRzQwJ.8pAJVAnWE2u0Hyy0U+Jv5UKTrBPuV.Eq.zq1nXEfdME9s9poPBOFZvgzPwp70q54Qwp70q5DTrxsdU+XX8nxMyMX48Fr7dCNF5sOSn1XmLdIn3UACu5n3MKFdMDm2US1+qslB5AST7BROXghWP5gBBy6Aakz+6OcJnGrQwKH8PQT7JmL2Np+BMwA9mNExb6n.mGEvJf.lfBXtkDW8H.t7t9Oarubk+TVP+TVP+TXubk4DTBJPUjLn5n.U1U8FhCpjdmDyInln.U1U8Vn.U1U8EDFTY8p7kSPsQAprq5KhBTtq5uFmM3qItHURu9a4kz7nHUQ1jRPQpzq8E26jrdowxKoFnHU509lnHUJy7kpdey2zX7CUz8YQ89rndeNBNwT5S8ogPkfBUEoipNJTku.v.EpKKcTMEGUqUkxyfD2nZgBU4qUKfBU4qUsQgp70pEEF0QdldD7wi35b6BPCEqJxm07nXMq7Ykfh0kkOqovi013e19FlUCTrBPuZhhU.5UKTrBPuJtWKlmWNXSijgY0FEq.zqEQwp70qDMTrJe8JIE9slBSijgYkfhU4qWI5nXEfd0.Eqo7Uh2aoF8966Mi2Idevh2IdKdm38F46DuyEalu3kh2hWJdKdo3s3kh2ryKEu2qaCSKdq3s3sh2h2JdKdq3MEeq3o7OeItlhGwuoy6uZDNtbmdI19ycI19ycIX4NkSPIn.UQxfpiBzrRFTCTftrjA0TbPkTNS4DTKTfJaMZATfJaMpMJPksFsnvfJqbkdMNavWCEoJxlz7nHMqrIkfhzkkMoov6jjxQJujZfhToqSMQQpz0oVnHU55Tw8PIqbixKo1nHU55zhnHU15ThFJRksNkjBeTeEpod73IkfhTYqSI5nHU55TCTjxsN07HIMZwLaqlrqSlCQ76xR76xR76B6QiaRIlfhXETDqih3rnH1PbhkzSM2jRrIJhgoJrPQLLUQAgIVVOPcSJw1nHFlpnHJh4VUXModPzDWHKom0tIF47nPVAFxDTHiSXHteOY8X3MwHafBYbBCSTHmhYKXWjCo7wkoe4m0dbQa98XY86wx52aJthKcXrRPwph7YUGEq.z.FByJtUboCiUSTrBPCXghU.ZfBByJtUboCiUaTrBPCTDEqoWCD49prayfw+TZ+Qrr9Qrr9Qbzl0GI21AFgUBJVUjOq5nXEfFv.EqKKeVMQwpp7Y0RbVuTReAVfssJfhU.1V1nXEfsUQTrxsskF+9BzPAqJ.XSgmqBIyt+pBYcMAvRPAqB.X0QAaV.vZfBVDFXlnfEgAVJbecyjsFbGzFXEPAKBCLaTvhv.qHJXAXfQzPAK.CLh3dvN3NIaM39fMvHDTvBv.iniBV.FXDCTvhv.yDErHLvRgGr0SB61nMvJfBVDFX1nfEgAVQTvBv.SWCEr.LvzE2C1qSNyUWsJXCLcBJXAXfoqiBV.FX5FnfEgAlIJXQXfItGrCFY9F7PzFXEPAKBCLaTvhv.qHJXAXfYngBV.FXFh6Aa0jKXbu9QfMvLHnfEfAlgNJXAXfYXfBVDFXlnfEgAVJ5C1WlLd1uFsAVATvhv.yFErHLvJhBV.FXlZnfEfAlYJ5C1WKmYwyD.KAEr.LvL0QAK.CLSCTvhv.yDErbafczOKY2t9SG6hV1GyR5GyR5Gyw7MYE.OwqCHkfhTEYSpNJRyJaRMPQ5xxlTSTjJcKJKwIUKY2C+wPsnJfhToaQYihToaQUDEooXg13PZ4WCEppRG0T3k5yRFv5cjz5WygfJAEpJRGUcTnlU5nZfBU4aVYhBU4aVkBWU2MYK.ah0rp.JTkuYkMJTkuYUQTnJcyJhFJTktYEQbuUGrobdB14FUBJTktYEQGEpR2rhXfBU4aVYhBU4aVkBuUIy61AODqYUATnJeyJaTnJeyphnPU5lU5ZnPU5lU5h6s50OTNuy63FUBJTktYktNJTktYktAJTkuYkIJTkuYk3dqj0qnOtQs.JTkuYkMJTkuYUQTnJcyJCMTnJo7AWwau165GLtLVcYVXuLKrWliLAbU.S3hgfkfBVE.vpiB1r.f0.ErKC.VSwgckjCdwmhVyZgBVDZ1BnfEgl0FErHzrEEG1ejbV+KxOANEzPQqBBZyih1rHnkfh1kQPq3dwF8MT05v0sFnnEht0DEsPzsVnnEhtUbOYGLxCF2OAtt0FEsPzsEQQKBcKQCEsHzsDw8k85ehbdSKNIzRPQKBcKQGEsPzsFnnEhtUbeYirZebvifqasPQKDcaATzBQ2ZihVH5Vw8k85GkzJ6mgV2pqghVD5V87nnEgtUmfhVD5Vcw8ks5OSNIDYRn0.EsPzslnnEht0BEsR58w5iNzUtne.Kq+.VV+AvVoh4mUBJVUjOq5nXMq7Y0.Eq.zqlhypjV0h4mUKTrBPuV.Eq.zq1nXEfdsnvrJqUvXM98EngBVE.vlGErYA.KAErKC.1T36RRqlwS.rFnfEgl0DErHzrVnfEglUb+WxZkMdBf0FErHzrEQAK.MKQCEr.zrjT3A6qlFu4OFBVBJXAnYI5nfEgl0.ErbqYuAGu4OdbkN6ryiq1v+EieoG5ayx82lk6uMrgNPLtIn3VAK25n3NKVtMDmaI0kcw31DE2f0IVn3FrNofvbKqtJKF21n3FrNoHJt4Vm7oh42QSbAtj5epffmGE3JfAmfBbzREw8YJqtEJH3Fn.GsTwDE3nkJh61TV8FSPvKfBbzREaTfysTwfWvGWOd9PVf+PVf+PX83YBAlfBXEP.qiBXTRBCT.uLHfMEGXI0arIDXKT.iRCW.Evnzv1n.FkFtnv.KqdJZNgNNzPQrBJhyih3rnHlfh3kQQbJ71IoNxNoDafhXX5XSTDCSGaghXX5Xw83IqdYOoDaihXX53hnHFkNlnghXT5XRJ74Iog.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.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..WV8NO5j0GL0QWTnG4n+hsBlIaKKJvqbgwIOMwqhem.ZLu8h6TkFbZUZ.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.8ZATrBPuZihU.50hhy5mkLyH2QH8pF+9BzPAqB.XyiB1r.fkfB1kA.aJ7cc2j1WahVyZfBVDZVSTvhPyZgBVDZVw8ecvlx4AUbBf0FErHzrEQAK.MKQCEr.zrjT3AK4iz1AODrlkPPAK.MKQGErHzrFnfEglUbOXu9gxYlTLAvZgBVDZ1BnfEgl0FErHzrovCljlEH7CqtFJXAnY0yiBV.ZVcBJX4Vyd0iD1Jd6MtwjkvBJgETBrYgNmfRPAphjAUGEnYkLnFhCpjlK5bBpIJPkcUuEJPkcUeAgAUVyHcNA0FEnxtpuHJP4tp+Zb1ful3hTIMuz4kz7nHUQ1jRPQpzq8E26jrlc57RpAJRkdsuIJRkdsu3NnjUuS3kzBnHU5091nHUJyScxh4o9h4o9h4o9uqOO0IKlm5Klm5Klm5Klm5yZyScxh4o9h4o9h4o9h4o9Tcdpqw87njD0eNxQLO0uFaO5tFaO5tFGifOQhy62wwJAEqJxmUcTrlU9rZfh0kkOqlhypdxQerDX8pEJVAnWKfhU.5UaTrBPuVTXVOnTRVuuDmWOi0WfFJXU..adTvlE.rDTvtL.XE220A2OIrUPqYMPAKBMqIJXQnYsPAKBMq39uVsBx476Xg0FErHzrEQAK.MKQCEr.zrDw8fMxj8LyWCVyRHnfEflkniBVDZVCTvhPyJtGrU+Zjy42wBqEJXQnYKfBVDZVaTvlx47aOXOj4760YA85rfdcXKHobBJAEnJRFTcTflUxfZfBTYqQMEGTIs.kxInVn.U1ZzBn.U1ZTaTfJaMZQgAUVKXoWiyF70PQphrIMOJRyJaRInHcYYSZJ7NIoEvTdI0.EoRWmZhhToqSsPQpz0oh6gRVKno7RpMJRktNsHJRksNknghzTt3l9Np2ogueqbTdWLWpWLWpWLWp+c24R8EFXpuX9TuX9TuX9TuX9TO6Lep+.lFmVLmpWLmpWLmpWLmpmlyo5qx8b9SOpuc5Gwbp9Jr8t6Jr8t6JvdOyvOqDTrpHeV0QwZV4ypAJVWV9rZJNqR5kiC+rZghU.50BnXEfd0FEq.zqEElUY8F8QieeAZnfUA.r4QAaV.vRPA6x.fME9tjzahnI.VCTvhPyZhBVDZVKTvhPyJt+KY89SZBf0FErHzrEQAK.MKQCEr.zrjT3AC56j1wBKAEr.zrDcTvhPyZfB1TNup5A6gL+T+DVP+DVP+jo77ScDPIn.UQxfpiBzrRFTCTfJaMpo3fBc9oNBnVn.U1ZzBn.U1ZTaTfJaMZQgAE67SczF70PQphrIMOJRyJaRInHcYYSZJ7NAc9oNJoFnHU55TSTjJccpEJRktNUbOTXmepiRpMJRktNsHJRksNknghzwqSmF4fdOmZs7ebM+lAs7ixD8aGsmLKksYTQyoU2Hb6b4y7bmFcBykrp1JZY1yqt2iqUKbJLbs7YxL9uCQfuit.eGCA9NlB7crD36TPfui8Q9cBmHm2rSf+dwSoEpRobbsW3rUdo2gcC0k9NCOSKdG0voMQqcbp4lI525dMq69xdhg34.ByTM31Mqy14p6zoQiQNmvcl37p9L2WDt8E+m9mZ9GcmrqF8aRukB22e3G7Ob2+wu4ea3Lgrk2S5DpzOuZkbka4zd2s6zr1tYFL0jnl.ar8simRDKc6ASIhL++wZ2aOI

ulrik

@Fergler said in applyMask behaves differently at different UI scales:

LookAndFeel.js

Your snippet doesn't contain the "LookAndFeel.js" file, you have to provide that file as well

Fergler

@ulrik Oh, first timer snippeting. I thought it just bundled all xml js into one.

Here is the look and feel:


namespace LookAndFeel {

const themeColour = 0xFFEBEBEB;
const themeColourTrans = 0x99EBEBEB;

function drawArc(x, y, g, path, start, end, color, arcThickness, scale) {

    path.clear(); // Clear previous path data

    path.addArc([x, y, 1, 1], start, end);
    g.setColour(color);
    var pathArea = path.getBounds(scale - arcThickness);

    pathArea[0] += arcThickness / 2;
    pathArea[1] += arcThickness / 2;
    g.drawPath(path, pathArea, arcThickness);

}

    laf.registerFunction("drawRotarySlider", function(g, obj) {
        var isBiDirectional = obj.min < 0 ? true : false;
        var startOffset = Math.toRadians(126); // Convert degrees to radians
        var minArcLength = Math.toRadians(4); // Convert degrees to radians
        var centerX = obj.area[0];
        var centerY = obj.area[1];
        var size = obj.area[2];

        var p1 = Content.createPath();
        var normalizedValue = obj.valueNormalized;

        // Static white arc (background)
        drawArc(centerX, centerY, g, p1, -startOffset, startOffset, themeColour, 1, size);

        var centerAngle = 0;
        var startAngle = -startOffset;
        var endAngle = startOffset;

        if (isBiDirectional) {
            var centerDeviation = minArcLength; // Deviation at the center

            if (normalizedValue <= 0.5) {
                // Scale the left deviation based on normalized value approaching 0.5 from 0
                var scale = 1 - (normalizedValue / 0.5);
                var leftDeviation = centerDeviation + scale * (startOffset - centerDeviation);
                startAngle = -leftDeviation;
                endAngle = centerAngle + centerDeviation; // Minimum arc on the right
            } else {
                // Scale the right deviation based on normalized value approaching 1 from 0.5
                var scale = (normalizedValue - 0.5) / 0.5;
                var rightDeviation = centerDeviation + scale * (startOffset - centerDeviation);
                startAngle = centerAngle - centerDeviation; // Minimum arc on the left
                endAngle = rightDeviation;
            }
        } else {
            // Non-bidirectional knob starts a little after the far left
            startAngle = -startOffset; // Adjusting start point to include minimum length
            endAngle = startAngle + normalizedValue * (2 * startOffset); // Stretching end point based on normalized value
            endAngle = Math.max(endAngle, startAngle + 2 * minArcLength); // Ensuring visible minimum length
        }

        // Draw the dynamic arcs
        drawArc(centerX, centerY, g, p1, startAngle, endAngle, themeColour, 6, size);
    
    // Math.pow(0.001, size)
g.setFont("Oxygen", Math.pow(size/3.4, 2)/(size/2));
g.drawAlignedText("PUNCH", obj.area, "centred");
    });
    

laf.registerFunction("drawLinearSlider", function(g, obj) {
    var left = obj.area[0];
    var top = obj.area[1];
    var width = obj.area[2];
    var height = obj.area[3];
    var normalizedValue = obj.valueNormalized;
    
    g.beginLayer(1);
    var border = Content.createPath(); 
    var innerMask = Content.createPath(); 
    var midline = Content.createPath();
    
    g.setColour(themeColourTrans);
    g.fillRoundedRectangle(obj.area, 4);
    border.addRoundedRectangle([left, top, width, height], 4); 
    g.applyMask(border, [left+1.5, top+2, (width*2)-3, (height*2)-4], 1);
    g.endLayer();
    
    g.beginLayer(1);
    
    g.setColour(themeColourTrans);  
    g.fillRect([(width/2)-0.5, top, 1, height]);

    var center = left + width * 0.5;

    // Calculate the filled rectangle dimensions
    var filledWidth, filledLeft;

    if (obj.min < 0) { // Check if the slider is bidirectional
        if (normalizedValue < 0.5) {
            // Fill from center to left
            filledWidth = (0.5 - normalizedValue) * width;
            filledLeft = center - filledWidth;
        } else {
            // Fill from center to right
            filledWidth = (normalizedValue - 0.5) * width;
            filledLeft = center;
        }
    } else {
        // Non-bidirectional, fill from left to current value
        filledWidth = normalizedValue * width;
        filledLeft = left;
    }

    // Draw the filled rectangle
    
    g.setColour(themeColour);
    g.fillRect([filledLeft, top, filledWidth, height]);
    
    g.applyMask(border, [left, top, (width*2), (height*2)], 0);
    g.endLayer();
  
    
});


    
}

Fergler

Example:

ulrik

@Fergler sorry but your snippet reference to a lot of "included .js files" so it's impossible to read it without those files, could you provide a small example that shows the problem?

Fergler

@ulrik Here is an example snippet as simple as I could make it

HiseSnippet 991.3ocsV0saaaCElxIJX1sqXcnO.B4JE.OOozttALLz1jXGXzjTi3ztATTTPKRYyYJRARpznFz61yydE5yReC5av1ghVwJqFosFX9Bac9kemCOmO4QJYBUqkJjW6yJyoHua6OtTXls+LLSfFd.x6N9Gi0FpJvoZuxbrVSIHOuMNzpvq8lnpOe7Q6g4XQBcoJD5ERVB8HVFyrT6nG+TFmO.SnmwxZ38Cd7vDoXeIWV.3YC+HTNNYNdJ8Dr0sV9Hus5SXFoZrAanZvm8jjxwyjuQ37+ELMaBmZEhQigD4Ti1eFiSFUWqZDxayQKq7MbU987OlQXWoeYG36pLDrLhl8.uV2Djh+JfjWCHsoCR20ebhhkaVZwhma4OT.WHoXnU2DJNeQs98V96KAODldY34zAJP3pHBeXTT2.3qc90NP2VaB33zfeKnuXJSP6knnPcbHWNAyc46Hob9SDjATJODhoC3dOEcJyNSLnPjXXRQ31DE9MmJMXU4XNiPUa2MHs13ztAxI+4NAW1oS6o8l.wJNBWRUgwP9.MZpwcoG59QC4m3LkBCJmRSLgPB5gArYU2o84XUPdLf555zA6QXyrPmG4w8vDxoxBAgRrY.KlxogurNOuL5U+3tcuRJ9ZR6dMo6CRupaPbjCR37bdIrRLOLOtpvp7pafQUPcm8zdTAwUgfh2YaZtNstp0z.1.DepPNIb6ynZy1ci5ZOi59VfTbhzPelHbmNWB48ccB9ulRSWoMa5URN2BfUX1t0oto.CEEYSnptAmi4PQU6HLVd8Y8s9xl0SbUaCGkhgBl4Y4zExCjbhcF197mtYfVztr6HKPH3poZC4NK1PbScHFjjs7scSTE1aREgd9vCvFbcVfDBGRNUYX1Zw6.54.Ukauqs+AT8biLux2rbovd7d29yclWf778rGUY8CZSosgrku8dFkwHDNcjTyrM7FTmuG1lxGydaEfu7d+8ge3s+0ixZxthPY3KZR1pKRSYWTQKBaIYZC.ogY.aIx668etlFPno3BNL0MGxCmIlSImIq7G8oLM.GmjTvwlqS7YY3WXvB3lrMVFEATHkMA0WAaXzMxF9kBw65OhYRlsZL1ZEXDt9++.iKdGx252OMEXaVBvM8G7Gq6KL9LGOvtYXhoGigqd6j2IEYiA5yDJb5BAkqsCgsr6ON4n5gxw.+Tkv+.eVXL1J6svXbsQXnKQIechaqy9VpuoRCfIQ0KkaC+6.PNHtdey2OpWjcPm85jDa4+CwHzpiY20Hl6uFw7f0HleZMh4gqQL+7ZDyubiwX+uJOovHybqCfhQ8q38775KvvjU0TH5eA9EXuz.

ulrik

@Fergler Yes I can see the problem here as well.
I made a gif of what is happening.

The path (p1) is used as a mask (the black rounded rectangle) , I also draw the same path with

g.drawPath(p1, obj.area, 4);

the white rounded rectangle

As you can see, the mask is not following the scaling but the same path alone does.

@Christoph-Hart this looks like a bug.

HiseSnippet 939.3ocsV8taaaCDmzIpX1scnAXO.B4SJ.BtVoo+AXXnoIwtvnwoFQYECnHnflh1lyTjBTzISsneauW6YouA8MX6nnUrbi65fwp9frNd+ti+ti2czC0JJKOWoQ3lWTjwP364EWHMSOdJgKQ8OAguuWNkH3xIYDyTzQEYj7bVBBi25kVH3laiJe97yOhHHRJa4RHzaTbJ6TdJ2rb0gG9JtPzijvtfmVC8AG1mpjGqDp4.c1xqCJiPmQlvNiXg0vCguS2DtQoiMDCKGg29HURQ7T00RG92vy4iDLqPDJFbja4dJQhkw1UQGOkKRFVE14HvKCWlD1xkD9IuA7D9MquLY7fRE9Ksnd9.2XU5s0JzKpN85TidqgR3ZTZaGk1wKlp4YlkZr74td8kFldLAR60ohCKpwe0v6XEfPZZmRlw5oAgarH3Ic5D5Cu16maAY9biufL1+W76Jmvkr1TMChiWJTiHBm+NUol8BYROFSD.1.naqYS34f+5MWRMbkLX2DM45yUFhtHVvSX5cC8GWobRnuZzuum+GZ0p4j14Li6zNv8SN3sDvufpwPEx4LpI.f2l.DwtbqlWQz9YQ.EqBJGGGBUlANDSZOBXj7TRASGXzyY1kyhZSRRNWMWB0AV2RjSDrf2V47214xva9Np126e4C2eozi.oKC8i533HIKSTLfjOKHKpLtJQE5uXWsPXxDGSpH2sC4qmxMLmCsYtxPw5uMjbGX24OZe4NQyKOCpkwfDwqjpQA6dAK2raXmPazTc.4qjmoLrWKC1q0G.F+wV9eopwiWqNq60JgvFqqQssSW+uYXfbd5HlNz+Jh.ReU.gx+U6o7958T0a4otnsFPkrujadcFS90FDfVjhr8eKXE.0T188iK59bkzHNzjcGOaFDUx25i7P+Z+SHFRkW.GBaRFSa3V9iOgcELRz0S2z6DV9LiJqDaZlRZ2dr22ZO+C.C1tUEUe.sfYw72WQjC+z6+ymit8PDX7kJYtfXVcllcP9BEvgxJCRrCKj4bSQ8A8+uMn6+JE2waH2PmtdN1XMbDx9eO33hqGtuW2wigwHKI31d89suO2EffwVF312ADilaO3OadZLL4fxfcWJYBaSAtgs70I2oplHFl9TJ72vyBkQVY7BkQUJQoDpV8Npqn2dAzOTtBvIY4cuM8FXk8itc4dJbe36nzUc0sLb+M0vGsoFdvlZ3i2TCexlZ3S2TCe121P6eW4EyMpTWaCBMXX2xwSXbWIAp.KqVQ+CffzY8m

Fergler

I should mention this also applies to the plugin preview window if you changed zoom scale - but I have not tested a built plugin yet.

Goodflow

This issue is still present on the latest develop build. I'm getting inconsistent results when testing across platforms.

OSX - scaling bug in plugin preview, but compiled plugin has no issues

WIN - scaling bug in plugin preview and compiled plugin

Added a UI zoom tile to the prior snippet for convenience:

HiseSnippet 1196.3ocsVstaaaCElxILq1ccqEXO.B4WJ.FdVtYa.aXnIwWxBpcrQbZ1.BB5nkns4BEofDUxbCBv9wvds1yxdC1aP2ghRwRINaMAq5GRjma76bz4BGEI8nwwxHjU0iWDRQVeJd7BgZd64Dl.cPGj0yvwdDNSLKjnli1aQHINl5irrVaesHVUWGk972uZOBmH7nKIgPmHYdz9r.lZI0Q67ZFm2i3SOlETP5s24.OonsjKS.3rFtIJj3cNYF8PhVrJXj0Fc8YJYzXEQQiQVqumzew34xKEF4OgEylvo5MtnwfgLj6I49ZDqohZOmw8Gk61wHvJiVFDVyDD9B7.lO6F5KCFOOkg8RMJFOrpTFdqUBdtEgWyBvaEPxp.jV2.oWfG6EwBUK4nwySwGHTznoDHrWDJFYQU9yJ31RPBgpQ.4bZuHXyMZ370MaV2Fds02UCh7wJaNYp82a2ULiInM7hnferOWNgvM1quTd9tB+dTJ2AzAjtQDcFKFrWuDgmhIENa5GQt7HohDsXLm4Si1rt8zblypaKm7KaYeUsZUm0HlpL+scLehAq4C1EXMExPNh5ob.waP.fnIWq5EjH6PW.h4NkAiifLSGiDyZLAPjnOYAMxQEkP0jCcaP78ORlHf7.sYIhYbpyo4F+zlmU+l0tEV25rur0xcuD1cVca2lFLRBC4KFPhO2IzM0uRkptc1opEgJ7MHIGb20kubNSQMFTG4RcEs8djfaa8Ies9k4OZb5+fBQLHP7ZgbhylGSiUaVuYcs2j+CxVJNTpnCENaU6J.wWWy91rlNck7zlORx4ZecEr0U5Q+aJ5HRBlPipaeAgCgubAgz+x0T36ulpXIumwaKHnTbffoFFRE2Wi.TVHRW+kgJPTUZ02mkU8YRoQLnHaCrNBhRwawVdn2bPGhhjaEvfvgDRiTLM9s5Pu.ZIZpoqh6PiOWICgtaskAgRg93sv+Wm4uBxXoOpE4KfRvvwr2kCjc9q286uBUvjUUY80LlrGWRTPK8iYPnSa3OGWjjq9Dx7neityha17yzcx7IiC7bb6jXkLXLUo0MFMYVd+6pa.x+dsRP9cPIpnxTaUjbZnqxeXgupls8lchXW.cP9V6oDdLsdJoz3WIRCSTgIpRj1KY5TZjNhTh7XRPHmdDjJUhroG2diFTVXETWE.t0.o+sLCLPj1i3A4k.cc8dJ4zgc6F.sYTCR3JVHmcKv2lSIQ5IHsauBb0W5QzUE2xemjbWD7lXpNUd+92Gt5CckAdmBjssa13qpms3axV41nY9hV2PJaQqFMgumU6ZXV8clCAS.k9Ibhp7XQ8cAxX.dPoYQ54MhXlZQw6J7+1rxOTH9B7Hlxa9pwXkUfQn.9iAFytgwyvcgLTO0R.tNt2O8w45DHXxmt7b.QEwz8NNLIXLT34QgSWHnbceUqJ5Nfl8MyaqLFFfkt48vSFSW8dqLlt4LQADuH4a8L8M02g4IoT.LIRu91mf62ans6c6WF.kCu0yqrgtkZsdbp8xGmZa+PUCiOoa+GpRafOb3wcenZ8D7Q6dXmgCdn58T7fgcr+wen6GBP0cn1MA5qaJTPnAi5l1X1xpqf.4bo4mn+APXBroF

I keep coming back to this commented-out line 191 in PostGraphicsRenderer.cpp:

if (scale)
	{
		other = path;
		Rectangle<float> area(0.0f, 0.0f, bd.width, bd.height);
		PathFactory::scalePath(other, area);
		pathToUse = &other;
	}
	else if (scaleFactor != 1.0f)
	{
		other = path;
		//other.applyTransform(AffineTransform::scale(scaleFactor));
		pathToUse = &other;
	}

@Christoph-Hart should there be something in this spot to handle the non-1.0f scaling for applyMask? I've tried uncommenting the line, adding variations on the two lines from "if(scale)" to the "else if" section, and removing both conditionals/leaving the contents of "if(scale)", but no luck so far.

aaronventure

@Goodflow same as drop shadow from alpha.

Goodflow

@aaronventure I may be poking around the wrong part of the source code, then. The scaling op for that is in ScriptedDrawingActions.cpp, can't make sense of it though.

After a few tweaks to the snippet there's some progress:

"bool drawOnParent" should be false in the beginLayer call
the Path.addWhateverShape call should be done before beginLayer, then use fillPath inside the Layer before applyMask

This new snippet works on 50% scale and above on OSX , 75% and above on Windows.

HiseSnippet 1244.3ocsV0raaaDDdorYRjbZaBPe.H7IY.AUJY2jzZzFYqebMp9CVNtE0vHcE4Josd4tDjKsqhgA5gdtuQ8deM5aPeCZmkKoDorcpc.BunclYmY9lQyO6v.gCILTDfLJd7beBx3olilykyZNCS4nCagLdjojDJQ6O2GGFRbQFFqcfRlQw0Qwe+yq2GyvbGxRVHzIBpCoK0iJWxcXiumxXcvtjiodYt8NMNzQvaJXhH.GqYZi7wNmimR5iUWqfI.h1tToHXjDCfAYr99B24ilItjqu+IzP5XFQQTCMBLjlcGAyUgXEWTyYTl6vz3MDAVY3xneMcz+4l8ntzE7WlEdVr.qkZjMeXTHO7VKG7pkEd1Yf2s.IiLPZcMjdt4Hm.puboDEd1v7PtjDLACo8rPQeWTg+nfYSAbCtrpG9bRm.fXgFkegscEq511asaIHyGJsX3IVeiUa9TJmT0If.wwALwXLSautBw46wc6PHrxfNvsqFPlRCA60Ih6HoBd4McCvWdjPhClOhQcIAaVwZRpvoUrDi+ksrtpTohWfCrv0A2cJvpJFb1o0O6K1oxBpsyQAxpmSV8y1ErRohSqNAJm1iwJqKcBAL4Bnqn1E90.WjlCzgzPrblB+E8qUE65djHhC0GGQbjX9TFoLtdEqZ1ZSLs5XHB4cwyIAkmfYgDE+oUCIRs6V30oADBWKTAnXm3WKNfiwrVD12mMuGN77XYJOkZTkTB2U6oTmeS2b4LpLACpL8B2nL0NJyb8V6llusD79BIY.u7VktBL30krVUzjI2pLUBKPvXJnbKhUMtAuOEKyi7FSBpXcAlEQVbQnZNeKh4c2hjsC1Q++WlKJ3GxoxA9D9c0WiR9SW0NkfJ3px3loOMoYRWghntp4aGqluEi2rSvPu4vVXIN0JfAAm3SBjTE9MZQt.lvoaQKZ1hDdtT3CCqZJ77Ebk6Md7+mO+0k9i1X9RhusAzY4Oh9tT.03ue2u+5KotxYPly3u.NyHzoyjJpeBEGxK75FxjIYZu1gIvRJe5wTH6p78mYlkUsLfnwOmAD+FtQRXqiwmY1LJTJ7FQjJcCQimlNw9ol6T+kup1WYa+JaDTj5kcT9R55ZFwI0B+og4Ukrr1rU.8BXTwWq6FpDyJNyli0fHoejLGq8ilLgDnxQ4XOB64yHGAEY4XqGls+vd4urDZO8fnomvcEy3fYjNXGnhE3KChzri2psmGL2P1KhIo9L5JfuIifCTqJZ17VvUWgCV0urR7NN5lH3MgDUQ9AcuKb0EF+BxNEXaYYWsdkzCeY5osSOrS5gEhdQ5gWt3PhrZUsSOTeAqjC0qZC+dVoqQI0hoENQMRqGSKg62.cyUYvRTgaDCKyuYU8bhDAPtI25L0JKdHUNO6yMVcc652u0su+WCbeg6yMGRkNytc7V3VvKL.4iMdSd7xmX1F5IbjKA65lc9wONuTAAKOUyA5gkATXDhY+HuQPStCA7NmSXpY7FETilzz1JZU1XDrqKl3eguDg0TzFIBqkJD4gcBDu0QOCW87nmDyAvDO9kgO1ramAV0t4raOnA7sNN4MzJpU+CSss+vTamGpZllmzt6CUoGY1evwsenZ8Dyi1qeqA8dn5sgYuAsr9guq88AnpYh6EAKPzMMHTugsiWEXXzligZt35Sz+AH5Kxc.

applyMask behaves differently at different UI scales

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