@HISEnberg smoothstep won't help here. It is not related to time smoothing but to "delinearise" a curve and give it a S shape

To get rid of zipper noise, it's a combination of smooth parameter and fix block or frame container

I have never found a proper way of mathematically setting the smoothing time and the block size, always finding myself bending parameters in the dark... If somebody has a proper and reliable way to remove zipper noise with the most efficient timing and cpu cycles it would be neat!
Is there a magic formula? ☺

@Christoph-Hart works for me 😄

@griffinboy @Christoph-Hart said in Global Modulator / LFO always retriggered ?:

@Christoph-Hart

It's a big perceived difference in my opinion.
I can make some sound demos if you're not convinced.

Sitting in front of a friends Matrix 12 (classic 80s poly synth) recently convinced me of the value of this approach, I'm not sure you could even call it subtle.. the variations in phase and pitch do something best described as lush. Most hardware VCO poly synths (or serious emulations thereof) should behave in the same way.

There's at least one way to achieve this currently, by cycling through multiple, identical monophonic "voices" with a round robin script:

HiseSnippet 3435.3oc6c0sbaabEFTRKkHhSrSp5L8RTM8BpXYZB9mjF2zHq+RzTKKFQG0L0SlTHfkhaDH.K.njU73Y5k8wnOA8pdQuKuE85z2f9Fzd1cAHVPBJ9mpsjyxLSFs+b18aOmyd1yteASp64Zh88c8Txn9hq5fUxbOTiqbBZsSKChixA6pjYYzwtccrN18ThygtNtG4a5qr8UcL78wVJYxL+WP6YlbKnv98e97sMrMbLwwUonbhKwD+LRaRPbs0252Srs22vB+BRagdWYqCLcc1w01sKfp4QEU5XXdtwY3maP61bHkuzvukRlOEUsTYyJVqaUpT0MqYZTCuYSilM0KaUoRsM1Tu7lFU1nFtXUkLY2yhD350HvH.6qjYgscstpQK2Kc3SvIDexo1XZAckFvLyqdeWaK5RjVqxNsH1V0iTW9JJYVpdrxadtxaYzgDKRu5iUhOf0fVrDhJvLykDdym.d5hvqn.7RARYDfzBbH8wnFldjNAwsPwyGfNvI.60z.rShPg2Wk49apncbgd3DTnsw4388fB8jHud0hqoUtXwUehppJXr7CztvvS6jcNxW6yzdIyApvY3f8Z1DaFjekiZri9JqtlpVzuz5QoQ1ixirGUVY0u8IzFAbQbrINXslccLCHtNZtN6BqBLcY44Zm2zscGnnSvZ.1s6hWU80p4Z55k2Ri3vVJq1atrJ3iCdZPfG4ztA379E183id9dQB9D02.5gH0E.nchF57qvlxUVkJe3Duigs8ofCc9j3goJUe7i8n60z7na1Dzr64X.N.ftM8Yg27JzwHVlcZRrACVRKRB2y7qb3A6dvi1m0ujFHweigvklEgKOKByr3oKsnt.TavVQt1PMWtXEBaODqT9UXQoRWOL79WZB6e4Iu+bW5w62f98m1yiyj6pI3vy.B0ouI0oOxiI1wuI0wMJ9P9ecj+NuwG+XQY6ogWUn4QLNuQUk65l19id3ls0vAB96CGDf016Bvm+.KHXo44QKgXK8gO8a9tFG7G2Cry5k1fBUVG5WoPbHA4sLBL3n80wa0g5J3g8wdWfyGMXqF6gEqZfUNAlkhOQin8a6MuPoG9vXE3qSXpoC9KIeKcG4izWSC1oiaBvxRvC9Mpw+a0zwdmt9sXXeMMLWWzyhlbJ6EMKdgNHlHMya8xh.l9LsGouZhld8.9o7dFMsOIk10osyPyfs5gC554jr92nN3eo16u.eBeWv8f523E7But37MMr8i7ACUSoqkb6jTIMqZmDCyHUQOReXqelR5FUI7F0DGC63FfOxAx8vwAayB+CSmp31lBL2+j8K5.HsfVXsiOF1R0kddupG9LMOuC.W0WQ2S8DgySeNa.xyN4LTPBqeDese.64pcpArcWylbNlp87tJnEw4LMXxncT6LWWKlfc7bOyyncanw0z7c0tDq4fAACb0LrrfIBS+SH3HaJLLC5ZXyDzjicMmtsOEfZNaWSCaMK.mgH9gfUHGqqMf7qvL4YNmz4mVfdRxyHfhC7FXUPUJvLplKg9hskKo9ZMsCgSifzRYofv6b9UWSyBTj4hLYc7Hv4yrph5MMRGeH30yP2NWYZSQGb5+YsX3PHO.Mi1TagZNvYLZc8Pse2moUYU0bL+JAyC3L.QM52H0rIXkhbV4ZISn6IWivFlwYIRc6Ra0XFEkTU6MByeXXcarG2QgBPglo49mdKQIpwMthYoQ6HjeaxjlQCOoYwb5M4IPIzQWmCfcCG0A6LrL8UBy5BRvNaHpftFvRu9iBSud6tAAtNJDHK5kP7C0TXHV7lQJigzKhXoE1uvgnHMgaXSrvdLgyhpa3nOCxVZFjs7LHakTj8qOXWHxL8VMg5evlzAh.Rnl6L6hu.xNheGmbncw9mG31gYfBSKFbIFsI5Uwy3mt0UwEz1J.+p.58jnW48w0csuhtX5MzKLR6mvH+aDF4s5rk33nNJSovvTTXX9K6t0kDq.3ZvnLuBJ2BSNqEcImoDTpSjy6ArAhd8K3RzPHVLDQmVGhN3JsSbu8erMwxxFW20mP2A1mYbbQbogg3s9CSFhK81BwkGFhUNcxPb42VHtxvP7O0ZxPbkYCwC9XCO.1tX001HH4aePegnvFnig3CNPeTAGXruRLNY+OHxBi2Chb8uWy3B2OFUmDX1Jc7NWJ3EhP8+a7F97ReHh+VGwfcAz9ey09VR23P49Idlvu.xSoCCIKg3We9l3oA6L1OMHOL99GJNh6X34Qv7bhD8j6YqGnku1g3Cg4YP4orjsDAcXq6BYu6j.5gMzniG1vRTBJ5afAnZwFR+D91yO1FnI3sHyd69sHCgz8QgIKxe6FFZ9Hj3iPkDKyO1XQ+ZwhPBbyOFYjbeT3EKdNK0yARMYqwIsFUT6NX.4dASWZQKQkeOGqTl82ZwcuYL94hvXCR6N1vZ5BrMjHWXv1cwMM5ZGzqVQPRy8pSKWGhon16XbfG4ryvdhPO00ySCn2rItlk25XrMFtTpXtYOi3fM7.0DdJUE5S7axmp45Wg3vUiFyS68iiKm+t1wk2nTunFtqFlS5jGlHdJzsj4uhDd3JOLjUF9Et0sMtJuuAcOyw.5VS6T3l6m2f7C3AutbXtcaS6QdynmzYJtUc1apPtG61Mf3b1gFvlU3vVDDKsAbrsIN50EnokNGMVHubQZYp2QCriEqv+E9E1nNsblvF0iZLNrtxywAW55cNyPD92PHTpVGgtvzU4DrmOK80EQEK.+ixSsscujlxMIzqErFr5nW0KJlC8zBZOhvbTtAbfG6xucjgIZM7kF9uvfXSSXrQW+N.nOxoALNrbendcOmEtYw8MLAk8U0Mn4r+wHynGQufYOWVN9icZnpaNSn7VnFm5QYw6yMLzQOJKINff0Qa1UKlCAcg1NUUMOGFY4LBBY5S3yaBX8KEfUbWRCPhCwz.gEYxqmb5+HTHsErIO04MKStQNkBOe.e6JsDDXZN9lS1I.mvOrcIzwFNVtsEMxuvv6Lbfe36Q3fM4tMLSI81S2C45aBI9QCOpTW7dU2CsuG9OqcLcXTTDLVJJBq9DxOfigGtfPyooERH+nzET+Za7qhdfkcI9cfnMa2EhWxilknFnbXNyKfdjdxk.j5YTI3uOj3DpBQzMZJGZ7pdkq.kaDf6DtQAoCkGT0yqOLqfDikhvDsX7DkEUJ4LkCp.9kX1VFFA8h7e5U1rntdMH9043K4JZdGJUZyMKVoZsRkJWYi02nZHS4TiWWXq6UQPbQTI1TlDjQ0pjt9fNAatYshB+zE.8hzkMTSLjoVVtegf2S+5Ept5ocCbaCgqiNZbbsG5C0d7Evnc81C89VnnQMQ7820aQS9JQGGkkdrF4rrTcGGHKDCPbyWXHj28QdBU9SPbmEQFsr76KjSzvjHXSxBWGltG5.+SnsZZXGgL3LuvSs3W2+TO3p7sRpx9DgyJBaOM0VOgmkCulKwIGbcPBv7.DN7REE3slFThjbDyJ5ZUW2mlciv5HxmiklfRiKoIHGaFmSrhjlU+959fsNoAtmSLv8dPNeVPNzLooqqjQxykd.1921kCoOcwW02b8ZqqWaC8ZUJUsboxguaT3sztlnBYgYbZBK7ggi8yvfevjEP6s15OK5Kg60b8q9REeWgtEg6maZb00AuEQkKNUVmbHH23fQF2tXgpuaV64PQuVP3v+KPkqUTuPUXjpVtVsZPOGsoZhbT2oq2EINer5HUGS0Q7e.J9QTlnSimkDJ5KOkDSUpG3ojHBeJWMYvaLkdH9I5JIy9wjIBplY7zdr6SmhtaQDO.90q7FVZM4PeeG5MW85Oylu2xuSgn1RSoEK4HTaykX0NW5d9YgSeFhqOmzoQr7FSGvZC0A73t13IM8vgtvlpMAPjT5+QiN5sa8ch+Px5qWJTIR6KxaQYJMCmH7Vya8u+g+wON8.L1Ap9fbLNUaq110871FrG4Yp9uMfw8EMuGhS0C8MXGE2euie706g3jO8tDpuMdnuwm+wRR9Gk7ON07OV5t.+iKMi7ONdxOL9GWRx+nj+QI+i2U4erjj+QI+iR9Gk7OJ4eTx+nj+QI+iR9Gk7OJ4eTx+nj+QI+iR9Gk7OJ4eTx+3sB9G+ou5e92+bI+iR9GuSw+XYI+iR9GmZ9GKeWf+wGLi7O9fYh+wGH4eTx+nj+w6p7OVVx+nj+Q.iR9Gk7OJ4ebp4eL6sA9GuMwzH5lhoQwAcgolUwIdTRiAQIagR1BkrE99.agKLirEJYFTxL3MNyfKLiLCNyG+NTV.uoNXu+7E94.GenaLN9tcxp2BSOqdisa0jvi2XxYG5FiytaA7y8I.PpUc8MKt955U1nR40qpbahnNI4bRx4RkbtJRx4jjyM0jyU4t.4bKOijys7LQN2xRx4jjyIIm6tJ4bUjjyIImS9wAJImSRNm7iC78mONvrSAMdwIDjl0VXUkYd4WKnj+OI+e+7j+ugElP9ECJ4ET9ECJ+hAkewfxuXv2S9hAieRuaye0f+olM+WxuZPIwj2FHl7swbz1vzy86Bu5G0sbIVMv51ILp3gzxZo7+TfoWF76LMSNTCHXooUvxSqfUlVAqNsBVaZEb8oUvMFsfTdPCOjgFiBx2n9d7qBkgSrL+wG9evUTMqb

Easy enough as a snippet, but things can get tricky using this approach in more elaborate projects as everything needs to be duplicated for each voice.

What if there was some way to "clone" and assign voices without the need for additional stuff in the module tree? Maybe aaronventure's "continuous per-event modulation" snippet shows us the way.. IDK. Seems it would have pretty broad applications beyond fancy VCOs.

@paper_lung you will need to use LAF

@d-healey all good. Atleast I can still do what you did. Thats all I really needed.

@Christoph-Hart

Will do!

@Christoph-Hart said in Forum Feature? || 'Snippet Gallery' would be cool...:

the more visibility the better.

I agree 👍

@oskarsh yes of course it's somehow possible to render stuff like this in realtime, it's just not what the waterfall display is made for.

This looks like 16-20 paths. The waterfall display can render 500 paths at once to make a proper 3D shape without that visible grid.

My UI control was always pointing just at the matrixTargetId.

Ah yes, that's basically equivalent to connecting it to the Value parameter (internally it does the same thing).

I solved the problem by editing the xml. file.

@d-healey said in Hide/Show Presetbrower via a button:

@Oriah-Beats Haven't looked at the snippet, but I am confident you have enabled saveInPreset for those buttons, so they are retriggering each time you change preset.

The Oracle! 😂 👏

@Christoph-Hart said in loadImage - use in inline function:

registerFunction()

ah ok that makes more sense 😆

I can see it now

@JulesV Yes you need to uncheck that box. Yes all files in the Audio Files folder are in the .dat

@Lindon thank you! :-)

@d-healey oh i see - i hope i find it haha

thank you !

@lyra looks to be more expensive

@dannytaurus the SVG must be a single (monochromatic) shape that is not rastered and does not contain text. If you have multiple shapes, you need to combine it into one.

The best workflow is to simply load them in a vector design app (Affinity designer, inkscape, Adobe Illustrator), process them to fit and then import.

@resonant

You can do DSP in hise script.
I imagine the method would be to load the ir into a hise buffer object (an array that holds each sample of your audio file), then do some kind of resample algorithm to fill a new buffer with a repitched version (making the file faster or slower by interpolating the samples) then load that processed audio data into the convolver.

Of course, if you use c++ you can do this all with high quality and efficiency .
But I'm guessing you're asking about doing it in hise script.

I've not done audio manipulation in hise script before. But I've seen that it's possible, looking at the docs

https://docs.hise.dev/scripting/scripting-api/buffer/index.html

@Oriah-Beats Wouldn't it be easier to use sliders instead?