Flanger in scriptnode
-
@arminh I don't know how to do it strictly with nodes. Although you should be able to use the different "tempo to milliseconds" API in your main script and send the value to the oscillator in the graph
-
You can use the core.tempo_sync node and modulate any time-based parameter. For your application, modulating the core.ramp node time would be the solution.
-
@Christoph-Hart oh thanks, but is there option to create sine wave in ramp node?
I tried connect tempo_sync to oscilator freq but it's not work as should, and core.ramp working only in one direction :(
-
@arminh Did you ever find a working solution to using the tempo_sync node to modulate the oscillator freqency?
Just heading down that trail myself and I'm hoping to find footprints
-
@LeeC Unfortunately not :(
-
I've just added a
UseFreqDomainproperty to thecore.tempo_syncnode. If it's enabled, it will convert the millisecond value for the tempo into a frequency in Hz so you can feed it to the oscillator / FM, etc...I've also added the missing oscillator types (saw / triangle, square), but be aware that this is the most naive implementation only suitable for LFO stuff - if you want to use it as actual sound generators, they will alias extremely terrible (I'll add a
core.polyblepnode with the exact algorithms from the WaveSynthesiser HISE module soon). -
@Christoph-Hart Yummy!!!
-
Oh, BTW, you can also use the
Expressionproperty in the modulation target popup to make it use the frequency domain. Just enter this formula:input > 0.0 ? (1.0 / (input * 0.001)) : 0.0The
Expressionproperty didn't work on the tempo_sync node, but I've fixed that. It basically lets you write a mini SNEX expression withinputbeing the variable for the, well..., input. -
@Christoph-Hart That's exactly what I was trying in a JIT node, not being aware of the possibility to write an expression in a target mod...
Are there other properties we can use aside ofinput? Can we use Math functions or anything SNEX can? -
Yes, all
Math.xxxfunctions can be used. You can even call Console.print to output the value... -
Hey @Christoph-Hart,
Just feedbacking about enabling the new
UseFreqDomainproperty that you've added.It works beautifully in HISE and allows the
core.tempo_syncnode to be linked to an oscillators frequency. Everything sounds great when using this method to modulate an incoming audio signal in HISE and changing the tempo division values work as designed .However, when exporting as an FX plugin it sounds as if the
UseFreqDomainproperty flips back to being disabled. The sound of the audio is robotic if you know what I mean.I’ll try to post a snippet when I get back to my machine.
I’ve tested this on Studio One (VST3) & Logic X (AU) and found the same issue in both DAWs.
-
Ok, so the following snippet makes use of an oscillator and a
core.tempo_syncnode with theUseFreqDomainset to enabled as explained above.
We can drag an audio file into the loop player and hear it being modulated as expected within HISE.Now, if we export the snippet as an FX plugin, load it in a DAW and run the same audio file through it, the result is very different when compared to what we hear within HISE. The FX makes the audio sound metallic/robotic and sounds as if the ```UseFreqDomain`` has reverted to off somehow during export.
Is anybody getting the same result?
Appreciate your time
HiseSnippet 11626.3oc680zbbijkXnjDT2EUqY5omd8NGgXXOMoZppvW7qYldDEIK1MmgRjCIkT2tcGJ.qBjDCAKTM.JQwoshvgs2M1vG8Mum1a9jsO3S9vF6DgOuQrarW8g01mrm8Pa+GvNe4G.YBjI.JJpO5YDU2RDY9dY9x22YhLSrSbTe+jjnXsVs2+7Q9ZsdO88NeX5wqcrWvPsMWWq0ORee+SGEgJsu+fs1X6dOy6zQg91Zqd9HujD+AZsZc0OEftU6qog+4au6pdgdH3yKRS6QQA882J3zfz7R2YkeYPX3FdC72O3TNncWYy9QCWKJLZLhxtpto1Hu9m3cj+C7.vthtVqq2aPPZT7dodo9IZst1pQCNeuiiNaHA9GEjDbPnO7fk1dnFhT7FQgC.JFJUasiCBGrCiCjno0Remb9wUI7iOT+9ACBxJOmu793JLxwfmez5JUQdV7jmYyIuVbj20Hj2OPeu9wAiRyqAnsanu4vT+3C8Ph.dxh.qVq+a5qEg.XXZmS8NweiXzCYHLy7yaNmgio0r+zaNEVWnynPuyePTp+LKXN2BlP42bpCGOreZPzPingPUaOblYm5alp8TOeJihUc3gRqCHg3nvP+XoUCZDwUg3LCGe5A9wyY7Tuvw9Y.hjhh7dc07ddUi9DNBGfQC2bXP51i7GpRhnQYiHYyUoTE52RwRluGUxrWXv.+XsfAfvZisd3962a2M1s2uZuu3AqogI8b89Nqn0fl4CXMylOX+dOXuM2+KDZGi+je2e6cU1NqNNMMZHtctAXp22diXe+hDB5mG3mdVT7IX8N5ui9MP658zOLHzeGjRAhfPUFM.g4Ta30GwzOeGuzigQJvNQlJ9wc5mYxbSNDszdv3SQVSCG5Gl.7Wassh5eRgBM0fVm2QvZQmdJvwAm.ze+wACf9TW2wzjptuKxGEn.cev1S2FYigDq63EibefTySJZsYh9Kni.QJGTnGhiF4GmFfq4gattWpGhebEN6voT317VHSvQiSM1dbJ7O2G2hF1tFy7X+z0iOeVNCSf.HdPA0rLemX+XbdMul9BtZhNLwis57Ut5XjZ6iPcOx7AXSKLOZ7pW18x0ub79gYmstz8dg8TR7eck+2+4U4.aIvA1BDGXF8FdDRKrS+Xej2f0SFQUkmY5bUwow.h9O0d6H0S9sgH9ZBhG6a7nwXw5Mm5at4Ts6d6aarFtWRL7LF46chAVMpCptaC+e6GlfjJ+DiOM3o9FAoHfh8OzO1GIqMRiPOdZzfwg9Fy3GjdrerQBPMFQwF9Gdne+zYyanMSMBihNIw3.+jTiwIACOBg9YfYfg2vAFG6GbzwonBPOe53vz.T7ZinCMbwMQ60FmjFcZvuA0sG6azGq4jPaFnjDhLwCYDRq0XyAI.pcQ+UvvPDCM2eLgyRYEy.Lm4Ld1bFmOKBVfuzNLpuWHPcG4mZ7IFLAm2fA3tfGEPNf9AvhAVheZtQHRPe5uXuse.EGbyOMdbO8OwvZg4vOSF8nBbMIEDj5eJw9.Un4y1XCD+zcgEmyf0WbPXC3Yu3xyaN+xL7O3nLrKVUp+yR4pbImEWx1co4IUl38T+MGtSrOZLfp9PuvDeRMQi795w9.MCO9b13tM7DgQgG2HiszciFmh32yv32ybDvXIb11G0AoEGduvvYRONHoCBuYxo1YglEADERTCRpfCVNNyrBDQ6m5EaDl.5HehwHu3Dz.Ikf3.jOvNg33EF21Hqw9LLWelYuiKqeglHVcSDWWSjSLjg4tHifY9R64LJBuwcnj5cLP0l0b3vB3Vqq8crli.yWQINglz3iMJfjQWCaTyYIsyhaPmEm0Y7CipkA1EEBGFEOS.h6Y8SMBL9YkHk6fK+SP++Ga3f0JnpEBiNDwDLWww2cPztEiW7bAkPQcPbVXq4EFd.JnRtRHmNHVSAKK4D6bOi+qfC4j7G9LAhkpK8IFnt7AQwm5EhXcC1A4.8QPEBHBCg0FGibZltk+SQNOrXZasieQZFyY44EsQYe3OIjHMHCp166kfbCB0Lozm51n.wQ+qb0jRlkehw8QYggBM9rYHkPk+7vbGCyNltzFtjUIWKDWpEhK1BEHkX+QfmqMQImMH.EaH77YH8iTcrTuXhV1LNlDvh8SGGOjFw.J443Xvkh7fTOuONj4LOkD8YNZHzrPOzxYhczvh..tQQ+ujFUgz4HzHJqYoDHZ3aA9urLQ+FxFLWBtte+fCPJQaDEC40QRMlzFyR66mSRlf8GTJbnP4fsCNsQLYiHWZX0NhAYmNGlomyXIT1NKsHzt4ECltyvhDhL0smGpm0Z4LtbLlil8Ch56gy2XloQIphqm3VRjJIo0VCYxADlHxHTtJZJkxghDRc+3w9aySove51klPFgmZrmGRr4gkx2A8iAMS+3f9F89ZCTZlAGMze.jK1ffCwYlkZrJJepjhC9LD+5d+JznuD0jWuQuekEN8xbjYbUKYXlyxEvgR4QwRQJu1Bns94n7jB5mHCIVcSS3X4HswlaglZIYZhboqAdLiNcTzPzCyLMOPSWV63yB1AwNUhMo5BD6VvDzp.IZ8SmKgKZ5ByWGw69kCiNfsDA8Y3yVk.Rt5jTRCFNvG7IXiLh4Eoc.g91GdHR4CYUKTCXMm6CCEUC2p+byYIk8Mj+A6OT.OTScuTzuevXz7Jv86bF2gPQ+TNbxzMDQvjQ87vlK0KALxcjysKiASjKB+B4TBFrtc2+XTJqGilbbs3tzbF1cbuiYGKV2gP2KMEkqPFtHqPEXubgg0yI+CI3qH6rVFiQVSPBVHWGJS+X5YI4hg0RxRuorBDSYCMHn5zaEA+iZUPdKip0BIJQveyziJqEIpnZ1bEUX90PjlZ0BwyRtcIaBmWBckIqqn7xNHkryX7nLMg1TCc40xomT9uQ7wa8ZiQZ+piQ5jwHIC7KA1Y01Mht6ka5HQwuJW0DZdh7SOARsMh8+ZTmWKmLiQT0nmEtR93VXfT0HlJHlngryqogbVvV4iYwghXNWc6daxOvuJmS.CBKHTZ8NHQNdeXBYgp3F5dIr00J.k+IJgMXokHKlEZRc8Q.vF0DNIosdQ0lnQ8ub3vY7.U73hLIdtrbVpcyXohrAqKZxOWdrA65XC1RYCxYBNWDlf8qelfScLAmIRWv8hvFbd8aR3VGavUJa.4l3SQD4VGFY73nyL9wFaDhBDg7Mfm2Shvbovqt8Fe9BRmJEtRCTsEmAFEqEqDqEoyNoa2GDEfbaQoyDDGte33AvBrSfEdYShSYh0AVU1AVJHK6JwxVAVNUhkiBrbqDK2RSnjg2RUh2RJ5skqDqkUfkkY0rQSU3UC62Rxjcwh5GEEhQk0N.54VA4EiAFTgsDI.ViXy0H1xaD67FwVdi3v0HNxaDm7FwQdi3x0HtxaD27FwsnT+QACGdtxIyiqcZ4c78QMmRD4ARF9PNzUiL.wzU6.kuSpIcsbIaRcBbNufsykkI0Ihkglibz3EpxPyUNZ7hQNz3PbI4HtjbDyPaY4nsbMnYYpfYZVGhpjBVJPr53Qh5ZxCIIQUgoaoPuBz+pQohsd.FeBJM0Y+F7D8fU7gWWi8hwmA+ZEwiFAfrE.JMdrDXbZ.LtU.SQXWpAs2xM.FhBPc.Y0.JC6mQXpu4rK1K.fiYaUGyVNoX2DAxkEy9MWldYlcV8R301WF75lnWqPd7cSE6ITg14UEStI5yEDDeWVQVfI69lDSdRTjUXY7Filr.Wd9uqxkahlrBIwqDUYAt7B+9LWtQpxpDEuf5xk3zK9G7b5FoNWPbTs9bsYySl7WEoxykcN+bDwKr8sy+wX2d6u61eVu6stw92amdF+XTA81ZuaW3GwoDCPZobxo3ZKLkVnL6JwvVBFNUhgiDLbqDixKoCT5pOb+829AUOdnvHoGI0X2.rsUhsSCv1QI1tM.aIibuQ989URWkHnJI62CBF1UfgsTLbp.CGoX3VAFrQhQ2tq6en23vTCxwavXmnj.X9oPsbxLvFgr0mvqTEm7HuFSwZbTViagZ51EqsK0Nl7NjjOAZN5q4uacC942I7hgoBSA+M2R3ciREdRcakWuSM06prdjaqxbh70m.agKTmYV4NJJ2UR4zpjK.aqVB1VsHrc1+squenk5WuLt5CTW+MmBfvVdzSbUGHuNRsNpQzoRDcUinqRDYuocXOqws2umyXZW6kcWdgEsWddrkV1acuVHEaTtcjMETKq4meQqxMZ197FC2RNyO+xK55jsxlz2re0wDE7QKOpXYStpdCbbZYWFFnz8ugL6zxVY10ZG+BYmJwPMO2jxFphFwNUfmBEQQiVN+whXWxvUV0txpllTZYy2LPTX9JTuLy2rwtDyWtkW9MKy2kl2zwd94sq27U.xZLecVboEcV1tNyWA33Lealwqc8Fu1M5MGyoPUu4aUFtWHS15BrJyjdBCsVkEqXcNUXMWgEayMYseixj8BGwUvV2oRa82bh3VWL2kcVdYS2ZMZ4gahLXcp2f0Yhh159Fn4ZcwWuUgz.aeIZuVUDV9W+2km8py2QrWuvgXELzcUZnWYH1Ecbl2wbwFDhkGxpsVWxw1YAG24qOCYN3ZOgFrt0av5pXYiLvWeFvDy6aP1crkWQg0Gef5UifTewMrxW7f0ThBTYwScRzY7qN.9P0.GdfYlFUirMRwNiQ5Bv9oRNVBvT.e1duRNlzZKRea+X3RQP4PhVewdJ+5TP8QUIGlBXuyC2ZudJwCWqLL1Y6G2a2pQCChLb25dq1aqpwEChLIBVCpxs1B.QQL2dy85seuOee0XxfPxVahx0qTYiCF0RmJagBvIiNhNqxQOsd45gUhIGLY6cOXmDhQhbChHY2dA0hqD0tYE.sLI.PISOd3oOpBZNBhgAWQhXksxzFeVvfA9CMHWROFvlybr+v9ma.GkEz.n6skm.AmrqlDHx10jx2gMKzAMrftE6rih5sM6XU2d9TP6QtK1xDY9X+1cEOFkrkNr7eJO3ysTqO4IznSQtKswMCIfi+PuCB8GLs3VLpZF.u+B4i+RzY9gRpKQOksMSUMRaf7kjAFbMVfBXEczQg9E1HsOJv+rDi6P5vzHPGCNhzTgiP1.bLGNSaUfvIdUjlVA+CpSlCQ6aNbPvSCFL1KjZBeVPZ+i8AJGanNm3vhfWtIr7llYxpf73LOURZXpaeDg3a3E6ajLNYje+TVeyBjJZbIrU0nZfJpETFXDRkf0V8YMi+rKxzoQws8m4ixt.v9HgySXd3Jr5+GAIw8QyY7Qj3pfnp25hXjEqQDAbwF+O9S+2RBRJhC+QdbxbBwqYk627Nvw1V7jTx1a2xa1E6PYrbMcQUxpZ9R709G6M7HjSDUPgiC7TjieB3Bt7QZQB1TpEQOm7JSYKlTsmPthB8sPNQ7hm.I9DHp2p2i5skJwL2F5rNAclLVl.XhjqBhTosVlqddwGTJHsRkKs.iRYRqB71mmKjfyrdDxGF34l5CCN0.HuW99CRPNuhOAkVRPXng0xoGa7K7FZXaZaRBGfZD9cXfrLSlkWafS5y4BjA6sJcBhK4qRwb4y6AIGUSARrbxPpHvLevpIu5SRAmUENhvbF2p3gfLqg3IP44dohHEBEnlPewnSCNqZHEf66cBDPAEUAKZLBRfaFCinCODVyGxHAUVneRhQJR2EtzgLJ4Ynve2s6jmxKONMIoWd3uHo81r9nXKKNPqJ0rpRJUR1nc6VL4CRhTwIzEBXc+9QigqhKxgC5v3nSIhrJ1s3P6TytEWsUI+V4mD5Oy4eaplaahgcyiK2lK1hQk4SLAQ.nWFJ0t8cHSSqhsuCG6ppENkppzvy1QiLSERxRVVw0mw6sJlwXaEgqQ5R7sgr7It7SU54UbiETPxOIDPkgvYM1yah4Z1h.nXZjBx7pzN37XzPMDkYXnTCQ0DiZ1rdJoonVQoXyTkxxkeBvWPklKkL1lHkGg0ARwEbPI0B9IhSh89ogQG3A2Zh35MpboGZ7pNH+hfohINZJbJtxtkZrlUVVU.pvcm4vjfzymwpx78j.WtDl0O+rOoIcjYC6HyF9x0nKWaEKgh7aqf6GMLxHAahJtPePE0bKHkCBcsCKKoyAoIugNUgRere51iSEEx1zKTEV737KOmFfokYS4q7iQ4L2RCwh2GD4+byoh8Ox.4.JDRXyrz57heSXJY23ZKrFuj2cV0nbfDbrqDEaYXTcuXKqWbpDEGYXTcu3HqWbqDEWYXTcu3dvzhuEqx2Rc6AWae.rI0XiTDvhuGKV0OhduCVD9xo9ib1taDJSdXdwX.IESdIqgQdC17Tui7mY5uYmc29Wzas8exFau058184X.75LZ3QvKDj7zz4usSqptxUoVTG0IF5Y+Yv2NhoQ65MHvaXxLXM5Ymy3KyuVOI2Jsy1k69JM6ZtCUZ1UC5QcFD6cFkjoDEpgfawKdLoMmrF6qvfhsmedggipauS5vgYHRneiO1vZVi+IFNKXRnMxZQjDE52YTLhuPGlTBm+pdbFtNmSZbPshiCDDGGvKNNPs73X1.33Ke4wwkjGGb4HON30o.grABpQZXKXbXyabXqVX7qYD+u9xWX7qKJLrubLNre8abXWqwgsfwgMuwgcEFGmvF.mb4KONoj73xw3v90twgScRCGAiCGdiCm2Phb3b4Xb37523voViCGAiCGdiCm2Thb3b4Xb37Z23vsNogqfwgKuwg6aHFGtWNFGtu9MNbq03vUv3vk23v8MEiC2KGiC2WiFGh6gOzjTfotxueRym5hh8kQg45zvqElrCNLKux7qPcxsmcdkJpiCD6JP29fpw2fFtPYC3zjFvshFvslFnvt2U9VvQ.N6FBmSCgysR3x9a7a3feA8yN72YBwnQzO4U+z7CUmXgXTXBMgZDjXkpgWd6nBUGonxKKTgoaEX9Fs.54b6MmdeM9MlFFcTPeiCihMRgCN6AX6xjxWrJLK9YyFsEVxNY6ndgc0svRiKqssqosseAZamZZamF11p6A2Z5A2IpG518dggLoAHnT18lSjDg+LJzjy4PSNqCM4vI87Zu7wJutYJdQzxigHe86lz+zsK4qWjA7sDC10e6AWxldG3GJF+aDFJLPpVGvbPldV76jH+qkA8KwxCS7i2ICpYlEjlSC.miZ9gE.YGWaCjufgqGj.eUuHWQvDfozrA7kjBEJ1HXngmQHanIIVM2WguZN74SzfCzFpmiILvmdmc6sWu8MHWhk4WW9SXyzH9WUpnfV3pHsPBSQoBpDFG2R4h5vmFDMNw3AHpxfptsJ0Pmw+8BCROW0KS6fT52XKyKzgfhxFfTpYzRNif6VInt2fXNYnhSThPq5kPmAr0K5nBXrRGQMZzXU6nwR0sw6mgD4cgO7hYm6kbOFGipCWkJ+EL.x1U9FeI7keKCwuJmxk+IhKuElC9Rvg+eL+Z5XzzYh9z3nwil9mXLs4zyg+z9kkVOYyx2sK8aGCYPtZbzYIv9El6.cvWg3G1tMP7c38SrePHZ5NB.N8bVyaN27lEFVBvT+XqPSRGXruDdtlvmmNTAYeJ7bXk7LzC1rGNG8vBl7idX+zW+HrvadUfV30Bt2nQgmKZDCAQHgwgeCDQ3uXgvla.6cdD9qNHTD0+7ApX7juOgUSTXXJdNbv0rVXT8iIBPEvGtoOqtuyfnlqYVlBp7umsYV2vObCGYaWDihPRkFpu0MxAkLHkCIdVKLxTtafBCB0W9o781KvHlloXiFwBYUV4HNCR7HVDLoanfxCFwLtxzAHa52wI9kWdB7j.oD2qogKciwH359gCGDglWG5u1PvxcLTdLpbwb+fhWMU8K.lVeAqHncpBKZ8J2WEzVcBhMlMiaZnQnElovlfnlQfbcAQRopX5zAUsKyiBJFPuYTbF2SNEKRG7uWce3yVYL0Ccw8lAoN0ab.b8ktX08B8eb.hEoNTOGLYqTItsjbjpkwVoPW6d0KqWHoA+Tx2A7o42h00kVT1fTNiUjRjOGr7uJcP6Fi+rGa.2L0fM2XxXh9YEljIhnPfAhZw.EhRa6CZ4V0ipra4d3DNH7sTFubOaevuFtkw.vq4yE52POoDv4ZI6yAlvsJeVo47kLJJ6rVjSEJ+LK9TFvYXmqG8T5hqwFnEpg5HTxWkR1QMDI8neQuezCIRMprRX4fIeMBkdcrw9PEV75xeLpT0aJIR0kvhPJpOPwz5KnJPJc2ZvZWgrWxw975TDNuVEAld.kYH4i5JpYZrnlvaJHIYeiI2pP4zwVInoR9ykI4oxc72FtsHxaiBmOY5mmtZ+jNV5C8oZYGo5BhNbg6VMN6Jw58r5DZm0Hg1lCA5kMhjK2HvTmjCAU1WrTNYDsXpz3LYRiBRhhizw0MRG2vQ5tMXjtaiFo6lMR2kejtK2HcrhQpw8gOyUrC3aHRw6NFjYUQz2BQYAdre3gF8QO.yZh5b53.CR4v2bVDNaOZDbMO5mX.9aQDFprMG9T+3DeisBFdB6fhSyB3TeHub7WBU+9gvAVEwSBfEPOw3XeziGFDmjxlrb4HxPqUyMHUEeMJsfOltbgjUmmCteTELlmHfFhcVw61krjrFvRJS28hEhxheynGceODU8Lo20mTHLnfT9S751JcFrcoutqqGeN.tgzOSq35jccPnnGX0UxcCpk1J3z.v4kpdhVewLG34F1xQVjePBTwe7tXQDMpKlH22CVBwXIEEVkk5nLOwFx6qBdiIW1CYZTIhMFQ4PcBSz5KQDXMOkXQUZKR3at99el5K3Bn1BLn6g+NqpDER0ESG+znnjiUmINt5hK3Qvy.RV8xcPpWVjpJwi6iwpjzSpD0bPJZ448T+CihOUMijBPl7ujBWM6mYAnJYj83se7lOX+dOXuM2+Kp5FSICH4WYJ02FEArDeHdTE7f3QYiejzC33zbYweqsSJkbyFAvgQVt4DttxdzThBqNY9zThTdsBKvHZ.N.+doXG3FxKaXHTJ4MNXLNA7KgBPch+.X8FgqIkSXA6j8I.a9J+BfMeAxF2THL9xuBSV3G+RyupRiehCCBnVeU8hIBj1U2nrIGvn.YwDg5VaU9NuZnjMcaRsyPY3kVtE3MmOS.9vcXDX7yLbP+yG+wkOQKvhbvDZexmPXieYvWMKVRFLbrO7kjduSBFgWUXnZ3rKmZfBubzQnLPFPdWdTZNucYMDWB9J+zAW70FW5.okoRH7dbsfOT1U0b+7Io0LEZM51rkJv4NrdzEpi6X0fU8A1Mbgl.o9kcklvxK6U627Pk2vPY9ndwNtsVvIF8dmFMNGu5uag37Op7xEpH8wOc+BtYnINhPm5WATB2I5L+Xtq1MIK8M.QsawKLW.9S1rNjdVtyOQWkqijsnx5nwtjWuXRuM.Fa4vvlTuzJY4so5Xp2sKrUFvaeBlOcri5RmJH4mFV9uA0J.ohyRKK2.EUmeN2T..8l5SQs4WiSJ.fbYAhut9w1XrY8A0v+Ylq39Y5VhGIT3KXgZP302qDJ1EVhb.HIJpt9B25IUBTCnGDymjjYEjLJZYMbF10xgp9f42jelokUR2yKcbLbUFpPIt3VChqBaUUHsoH2PGLhwTNtYSpEQ23IVTAGBlCwEWjRlOg55YTRsRpr79UCRd98pgAMMdxzupBDgr0qV12sKxyJj4JZRrI3OcvjqNrXpKYb1mkNm0lF2g91ZtMblZyz0ZLz03xNqcjbU6vWc4t4Vh8S9eJerKsav4tD+pygSnM6fZx4Oq.nv0RGzZYtwYWmQ38.a1VfER6p.c71c1bS1Yy2po6b1a0zsN6sZ5dm8VJ2cyjcQK89OXuznQYa342temeSRr8btaCHd64p14rRuhKMUtYiEaVqIqYukx4qQtfGI2yFD3E8szla2bmoGhrvpcq1xkdtxKPhRYvy7oJdxQD8mwsFK3kyhKgNI2TDDfpYRRgQn47ZbFyIbsufr7KcHIWDDzx.3mi1lL6NR+7rIueXq+bE8zyjzSCZZOY0Ahtk2e4wOUzaCdTSlqX1hXp3NtPP3n7E6CKlFEll7RWnK7OL4cBIyhdtMJy3M29AF1kmJ+E6cKT8aVPtBILfq46JfB8JbJHerwovoGKL5HKypEWl324ifXkcczV2K+wspW9iqhIzKbGqk5uc19S.u.KFEq9vCUVe96kSIHznDU2.x1HbTf0Zc00NNHbvNwQ8w6IhDMMMJCQSq0Oj1BHvRQS7Sq02SmeCWqELPq06nCbi40vMtVq2S+NttcVxc4kWdIRSICehyNL9s0oYZyZgqpaoFQtN9F5Y6zBFpuuNb+LYZtzBKs3hKLuaiZm2UmL4CVibM8kaFhsQDPnuWhOCyan6rbmkPJalMaD7N565gHeF5uitkYGa6FhJdhN47LyFNVIS9gihmuyxyiDVK2vtEOMPNg8hVcvnuzDfuKC+qqCllSjZhckpI2jhH9TjPGw3eOS6BIs2e+6s1ubBv0Nmas+msau89rs2Z8I.cmb46t2C43cBPMiQgT05sUu6sWuI.44yI6c6s9CWC74OAnuPNYu4C14g6OAntXNyd6Gt+jg6R4C4028KLt+letl1C2bcuTOsVs1KZbbeTceDQ6mseDvaUiDCaWCH3LJHvrTLzx7qgLq2G2wuud1WKh0NFEBWay0gBgn4zJ.+Ir4CSrrxtuvHZcsZU1mYC6nef9Nvz9UzSVh8jYc8zU2mxKIQcy6lqouwmWXLHooZ88J2VHEsHTTSD5DxsvVQnXidkxzmvp3hZvGL9ThXCQdCGhx3BP0Ui9jIog1ye3.7uZypvhvPfJv+pCqBaX3cGRMremVkCWUremme8Njw36ouWvoiB8+TF6h4LUbvgqF+aq6G5QkHOFNDDZsz0A+Vq5E5MruuRdQqq0X0h7WP5KWEvOPGOXd0zUXl0qht5802w6Ei88hn0xqBJp1xWyKtd6MzyVcX7n98xetngIsBfUf.yryBl3er0P9GIukKR4KuHtbGTu4mquuSTRJ4IT.9k6XBw2Q4DISCuUCkP+w54jzu+JnZybht133m526qwCcc8d+phxGDUuQPHD0hPFq5gIPg7ofxvj1xl3e2FZJyNyievIGOWheyKaewuzYVe.gYMkN6kPf4V2H6QyR9iS86QVIm7B1+3X+jiiB4JhlMOlhgmYIoScZmu+u4ZLKth4ZRj7XoEXxCtMNNNqcn85XyULqiugt8RcVZQ7z.32s4YjgChLnu6.gADsrBiIZo7CKZQYM4MzsV.oYrnXOBWc6iGIzH7E86IJLbOdIqu7tH8Ez74VZhUYrTpxvlhWYkF7rNknsvOmxKrNy00sWF43nrZyRcbMKRp+9lZiRmx1Myo7Mz+CGexJ4UNW7.XWG4bBoxSYWWUeIoLK2u6wrTMch2UmrrkSv7IPNvsQYisLXk+1YU71YU75U8krL5RUeoKu673IS714E+VM3hZvYpbkUgypprNLDrTtJLrxOpzfeWVzJZZJzYEmuWDKLdIIIQm4qKdVsKqQWPbL.YYFccDDttZr7m.DrlGOUYKse4Pe5xOeoDw5hwv3M54V0rB17.ySaRWjO6WFKx2kwnzT4nrYN1ZqS28nR8rw+pPdqis25X60YnYoN1lh8jUUt0VhtPeL2ZPgtKSccI3eyx4Uh+sWk7sOjsPovlsFumDvbt+H8rSt0m5OzWxJlZQcB.7E64EsyeTTPeeLqGbCXO+BZ+xfvvM7FfO7u.UXiz35Cutc36AOAos6mh5x8i8FlLJJw2RZo1roCjNdHCDxCzZ.xdCDYSeCHrGsIOhLAnHg9MJF2GDJjojRVlf87gswz1I8QzLdkiwiV79bBasZw.OunrI0JyCmd4vIen98CFDjUNuUJTgQNF09Jodk8B6DV351rdhDvn2vm5GFgJg4+7PuwgorRKZ8Aab+QGGMLnOKGB5oHRxazyRKewllO2Z7ZnfKZjuZmvWvylQzUwd9QzszfAngZ7Z+8ZZ9p88Z1bkHXGUcIFDQWpyP6KjyP9AwOjwOt23AAQaEA2Xa3QvGRJw.JxXGTX9xAGtj8qAmxgbcTrPG4Nq+IHt.cECQjhvpjtaTTJrSmfFbAWs87.SL7NYD0NLSF71Vi9zFAg9vUDo1UtQK8tvcKXR2sG4E1cc+jSRiF089wzMQOpSwOX7X+CvaEtt2qiQ4ZuiAlK0cURkFHQzvAF6fn5DB.DZBWBsR5Vfp6+zN3OE4TfQizQF+XiOK.YuOp6VQGB91.KLXPm.nFd33PndiOCIPHMaRWn19GibsXfQYswoIcy9MD0sd73SIMQ2UGc5RK9DhanUGe5nm.0kz4LumpcJHGaeMM5Om58L1iO6+7MuWHBcLSkvCCwRA7tpv10wwxp1rU+CRe41u0W9a59xeY5h8URtrLbjszFExj8Tu9wQOgcxDQ5HuKtDDjv8HLLef6COaXwus+NEYV9j98EZiRXXOwX3LwX3NwXL+DiwBSLFKNwXrTEX.9.u23znSIFFnB1oGcuoI7V4X6g17aWUDDq6+TTDW1T6nQyPsb1tNFUr3tiCeiMR2rqY24iZOKONv2d2y4e3LxhUPK3O6eyJjqn0rR9s+KWAEl7TV.82S2Zgkl2bokW1dQs7JrgZrMsbrWX9kQ4.3EFFcFa2Om.T2ZgAneyX6ggmqowQ9+QJ23m+.8BeSW4FE+1uXEtQwOeEDOePn+NvtaGuAVX07wq.2sz.ui1VZCQFrHa2QI4.M2JIvUwGY+7mW7eCi2n25uB8Hiun25midBNwr38w+NQifWy46neuChdpu13De35p79dC8xhAvE2USybkQLeUahe2u4macsQdwH0JTdHPMefdwOxsZCHghdDc2NRawe7JAI6DN9HPVSwmzuiDKDmfTqeHqYgrT95w9C6et1o3nN2PG2KP5ZZnjgFsWvuwmWSQHahe7J7BwuuRg3GnW7P0xIE+W7OiSJ9W3IWJthiy+06dgjZ+kBRsOG8jLoSCEGeeFeitWnxEpHB7u6tShH38yDAz1hmUdckam4anChFaH4RfGp25fVZZmC+xyQTQCGFumd9W.5KizsZcUtX645JstRuAAn1.+AtGIzt1pQCNGtUdGR3KOhbUWRCngbgPyiOJb.aR.ZuTxFo0UjPunvlMmdMuPzaSyoo0UegYclRHEYoNNkN6lrfs0.y0Y3IHRwZs9OnKbM1sdxnG3mdVT7IyLMYEn13ymFNj3YmljQvGonX+8ifoYNSBdpM6hvbNiCBi5eB3eY1o9loZO0ymhGILctJ.wL8oIUUFLUmTEFfHCIQ13UaFaTq1zIuojT9zacc3PvjkzmdKPohl1mdq+enexy6SuUKZkVEpzl8LM4OgJc3qzoPkt7U5Vnx44qL6g7yriFUNh0Sn+N52n6TJpnEpBGlnMwi6463AdY+A5PtmHkY+X3xggpTeiLzrfs8gXd2agjrEJzTCZa9EM.4Q7Tr+vqny98rWqBrW3HJn6hzof43b+D5ZO.B3Lusz8YRqqBMNYvgGAuKPheO8CAvreBVWTSXP8i3FTBP8xYrva5lSrWgPrSQDCnPzD1q.g9gbDZFDMgHslXhrLmUjvKLsrrgw0oZMjMMeezTdiEGCumN9X4Qp4UpxRQRla3ANLyij2FeHISylxevvGkmt+88d1ixOdQaAmKW5JjA09vQi3dF4oIKwJX80LQEbh+YrbXvKX.lOQZQtdQiaZAnoPjEZaeu3i7Sgx3TW9.8yh8FEks.91VZ0XzJvh0acET6UhySjoL9NwEWEb9VygfnLmmEy0cE5dvj.hVq+Q49L5vkihPnwhFGsIAtRg7VeRBj3ZowYreGtpeMoeAjtDYVqVEKDMZfNGxT6l5bBPsc3Sh6F544tu8nrn4zK8BsroUBI6vTbQDPlZa6q8m+uC94+xcyUdYxkuXEdU3bH4UjygcOt4I7Me3+wO8+9u4e8c40naes+S+t+3+g+zS+quaumg2qn375uid.9rX8yMPl.F20.eFp6ZLCozaCkZZM6rF+D32DU8wIx.OAKkDH8+95OLwGXGqilgMRSlNbPVyiOHjsnbZBl1WYxMsult0RUZaiAHmafM0kZYSlIWAldmUzZFMYIRSKTflrJRSKz.Z58zw2ouiBCPcdAB6auKueEQURYlZ40+5yTqfeETCI03qZ0p1fZErzM7NgUqRc0KRzBmZhV3z.g200wKYrPjhbRYJUjB7xZ40kH6UkpHGBDUF9ZJ3MFYu7xlySSBL2K0ixNtxtcbVPqraOTHmWmV..kZP1v8b8jfLVLBLmUw6wYU7FkQwDGf8JExARgVsXnD1TnKGJ48KDJgAorPIuuPnDlyGwPIrRKq2m21ZMmjcWoDI+m82IkjcWQBIifkmjYwIEI4+5+4+uV7eEJ5mB6g7NXBn6uURTaSoz82JMps4DxpkYcvEeXxbilGWt0UqHM11DY7QklwyMHlTG0zI57RaxB0FQ4JEXEum9t9r6.V0AUjjbSSPahSugdMJvGNRz+OE.wHR7A.HgPDTazmuiqss8hzHSeJW9Xsu1us++yu3e++f6uUaxCUdcH1S0gmnfTM4Y1wwzxzgFcBteASOF1EBhcCuJXa8jfirQSsVTK76QlyJqt27TD+NyLY4VQlqqOx26Dol63JdkxkkOeM8Jlu1T5CfcM6S7rDmr16P1MsUNQMx6HugSDwrtIhvaF7t53a2lxRG94igXMZULxZyFYWjAl0avCrWLQ1aGYuUYbRGXpmPQcS03cHtSOElpt5UyiT8KGOkkV8s2kbzuvqf3jtBisjsBiWp9uKrn+zv4LkGAp8l5IomzgUUIR5M1n4S8xQaFmmmzf4DaL9NojgJ6j0zbM6aPe0.ke8F0nEQxR4kmrg+0aH60en5Udvqww4H9spbuAnx8hVSqqwwLtNYNZhaLjpxot1bl4mdswexu6u8tsZsVDRE.+Ruwxh7G4BJRmorPDQ57uPviEX30mayAHcDXqOHIL4qmYJpL.Ik6dS9cAUEKfI4s+VQWxs3jkV7klwjEVmOkuOlWX9szQFO+l.PUqMaki9533R12YU9VQpd4UK8hNZJul6k1UHQOBMcA3yMccKsmf0szdBVLs537B6MqlQpntZRX+h7abpb7r+aTup9T5YgOtPZ5VJWL+htUHmmrBp4crJnlOeogrlzQjjWI9k33poZVe6ckoY82WXYZIKk7+m6VVy5uWglkX7J1MYIVV2vsT7kwYGp0UImbHBc8M+v+l6lc3gxYJ7GgHVoiVQ7XDk6YV8YIJevW3DEk2UBmqnb3yOcQrx1YkhGwn7FI+fFkWV9wMR609wMp252GZyMFmNN12XUjnn6pgv2EksQJIiFmzACdmUg8r2wod.OpCA3NXfexLO9dOJY1mLylCSRiGCIQhdZ2igbYeB8DFswpzBfyHTxSV14I26zmXZkeFiHaFD7VhUu0O4+6003NaQj5xNcQj5ac0WB6OzKqCmzDsGLMuz29pu3611q1LxU6kzwhBlRQ9ghh2TJ6nQw8FljMfXGSJVIe3JYGVJVQ+iWg+DScg3EVMmW7BdZqdw2kzluZ2kzW82i1kzS.ozfSNFYywcw2puup2NwLLktchYXJc6DyvT51IlgY91IdhOIZP5aS5YQaBvw4Bfi6E.m4u.3rvE.mEu.3rTk3zjSlVqqp8+GBVLM8C -
Does anybody have any bright ideas on a way to avoid or get around this issue?
I've been trying numerous configurations all day but to no avail.Guess I'll just have to wait patiently for a fix....
Thanks
-
@LeeC
Yeah, There Is A Nasty Artifact In There :/ Did You Find Any Solution? -
@Natanr I'm pretty sure that I avoided using the core.tempo_sync node all together...
I ended up calculating the 'tempo to frequency' values using scripting and then linked them up to a parameter in scriptnode.The following thread helped to script the tempo sync'd values:
https://forum.hise.audio/topic/1978/feature-request-extra-tempo-synced-speeds-for-modulation/2
-
@LeeC Thanks Lee, I'll Take A Look At That Thread :)
-
@Christoph-Hart
Hey ChristophI Exported The Below Code, Recompiled Hise, But The Custom Created Node Causes HIse To Get Crash.
Can You Tell Me What Is Wrong With This?HiseSnippet 2378.3oc6assabjTFtZOtryL1IDVEsjKashKbPICcO1NIKHgchsmHKhSr73jMbUTkdJOtk6SzcM1d1EtBDhWA3c.3ZdHVIj3EX4RDbg4I.9qt5d5p5tmdNj3Dytw2joN00W8++8enNj8C8snQQ9gHs5GNHfhzVF2YfG63sNlX6g1caj1swGRcC7gZsnceZ6muy4D2.GZKziGDPhhncQZZ0dBu2Z0mGE+2Ea7XhCA5eVUHzK8ssnO010lkU69a9yscbZS5ROz1Up2qs4tV9da4632GPVMrAJfXcBoG8YDd2lCizVXmt1L+vNLBiFgzl+w9cGz4X+y7D8+k1Q1uwgxKXh5.eHQ0s8c5xQLuVzVGa6zc+TIPDBog2OSdTSHOtEdO6t1CqOStby3FzyFgr7Patpfm4rAOjD5lWfN.D9c66PXpHiqNRZv12SAY65wndQ1rAxpqo.tFuyg62GuuMy53xw6bkfWPQcYi2Dk+0w6bzQTKVFXmG29UypldxghlVQYWCbGqP6.FL+bfrbRQ81u5AJ.RTMR6Og2wqmsGsoUHEf11QAOixNyO7jU9rsor9dz1u5ytyOUW+n9dVbotdPHMfDROzeeGxfUhhsxO.F4c0eiiu0Icr+R5cZ7UMp23W2PdPw37w7drh0wDOOpSTwtwMl8Xg9Nq3028Mzv6peJwoe12aL1yypAyA98Y1d81ivBsOGTmOquaGvkhEcqDjBl7ZKf3CMtrAuLmf0g50Mtv+E9KoQSdYsjFMy0Xqzx7FakqwUkab0bMtlbiqkqw0kabXADWXR8X.VRzowbljeC+hSPZfSUy7l76xcu1lXAx3A6SXGys6.erLfXSCaZMjfuzvgYh.wUlfpFtE5ofVNWkFH92V1U8V9ttbvwcSm76uvtKeFw3UMLRHqG.7KtS+83JabKv1.T16SBAG7LZXjPkpUi+wEKt3UvhbHdCr+oPWhInO7bjxh51RKJkdo.ar1bfrqvpQLcoqEASnhUi1cgdnUCXbAzPlMGmnb38ZB7dDeY050w1QiFuJ85xQ1mYuXHIbmS.1FBZiqeWAcPAn2RBnC6wj.RyoFjEYBp.Oyam5xXgDVNeYrH1xgRBUWCKicg+sonk2qj67PVZ4wc1mVhCdOf0xR64d1duj6nLoD47gkLA7dFMLIgJdquHHPpL3kjQC3NsAAC1noATwIzyDxCQGDxIwWTZVPJD5rvxGRB6QYoj7D5xmfOKjD3GYA4wwCq2xDMFmLWVFhEk7YYSt8.OhqsknKHsOMyGWSddscNim.hZX87FG0EAcY7bgecDLnhqyPZSol+.wu3PuDcllV9JgUCex2sKOMGIEHZHaj2zR31gzeYepm0.zyCFlIBkIHL63QfnxIIpkRbA.Lj1Ve9+3ef+2eciLxapd4WroLENqmxD4r9lQmqO+Wcq+7S9Ge4ucCYFc84+K+qev+92490ary4PpLQQ7LI0tG11KnOS+moCl.5anuhI7O+X8UD09i30ZXdm6n+S3+Rk5GmDFuDj5YMt1+6geQDkKN112kyjSVNf0b+23XakZ8HaZO2zaZOO17gUZaG2gLoQrodoV1w6aCkSneqMQSFlLUwz8ygIy7X59S.lVFuWeGlcfiML44.1EaH6WQkRVloVV6e3L0x4WguuzxL9plVUmSq36kT1I7noT0lknEqNlnEqNAJuE3adKWjhLnzXTPACAej4RXrIHbqBNhdTY3qFPUsZ84etw5IIsl4kJYZVDatVyUuOpnaOHjyGRK.NR0OfiHjzLoniQERoLwpXYIqhqTFESc.14xkCzHX0pgRR29ewPI2LWnjzdVVnjapDJI04iZnjzZKx6y91nIGxqsYAH+6+6kB401rDHC8UFxowIUg7W+q9mO32.Q+Fg8P1DLE39hRhZaTJtunzn1FSontLqCo3CSmazr3xZ0pHM15BcbuB63YIgIUuIciNWZaVXrQTlKmnXY7AznzTzFYPkRRtYRF1TmdyB36w8mKGNR0+eRGTiHIG.PDBQg1fWu4ZsZ05AIQldhT9Xi0BspPkKvi8Tc3ojtTM7LZtpgowpIQm5356yN11qGRcZjof0wQ18ZAasVkEdCwdVSa6pGQ7+a1IqzIxr.NfRNoTy83FduJkKe+Z3J1uVCbWpCYvqIlpaVaQHrKTekaTiCzIdiHFiaiHxlAWiqaLJQ6HueLPzfpXkUOckMKKLyqvKr2NU1GWYejLNsKrQughwsUiEEtSc4aUezmlmn4KGOkEN8sXu1WCGeBhS6ILpU1IL9N0+ctC8OIbdJ4QAsWGGwNoYZSEfzU1n4MtbXyw44UZvbgMl7jTvPUru4ogYuTxUCT75MFCKRjkxkmtQ95MJ65OF0UdHy3jbD+QJ2U.J2aeKxRl4kjLKH1vVam9Ln7ib86CplpRvdrIPWXu1ZZa4C7g3auOVwjUTJBYx1lUBOlrYLn+wZu3Cqa2t.gg+FNJIl4GlsMNxnkIR2qmJc4GHQEmlo3pqqXJkNoxBmDyjIjUNzuQd4Lu0x6RWYxxaQGp5fZqb0ONI9mHKwEWcQkWQR0m0Zga8XRk0R2fWtr9DXZFjyS5gX1ZJNDyVSwIqMNIe7S9K8LZmLnBS0zH9Uk2w40IK9WZ7T8F3gwRlIlt4HOY+7tU3j30ySyaZliludgkLpzUTI2O96v00jxrtXixXVeStyrUbtx+mMJxr9lQvrTCd8hc2lvHI5Z96SRpUMssomZaQEKl5Pr1nSX9AJO5taHZbIbGHMr3WgZbf4OMtr9WPNkp+DJjfFWNZVwyO8uMoO+zfI94m9bKFL8GFR7h.koxGtC009PeOZjhIq3hhEGjsT8a4SBKsoK1nMrHKcLcHr9gwYgjDoW1rp1kvylCx038+yf03J3yfs1jA2w79MqmhwN172h1Nf0qCXWfDA81ldDA1IcZsp758787CN12ie56YJ8CnrP6d8npWeRYKnGwXDqSjCCd.0gRjIv+vMeJP7Hg6I1HwrHKLmbYQU5qaiEvUmaLp+simubsuS97ky+tawk9tam6s5c2999s8lNxReauoirz21a5HK8s8lNxr21qKwJz+0VhmKM294Zw0.xZu3+yOTGuGurtI5zrD2MPtfW3WaYwUw2CzIkOlVyvXVcFFyZyvXVeFFy8mgw7fYXLOrxwvC.9n9LeWg4OTw96DmIjlV16iqF5+wxzOSA -
@Natanr said in Flanger in scriptnode:
@Christoph-Hart
Hey ChristophI Exported The Below Code, Recompiled Hise, But The Custom Created Node Causes HIse To Get Crash.
Can You Tell Me What Is Wrong With This?HiseSnippet 2378.3oc6assabjTFtZOtryL1IDVEsjKashKbPICcO1NIKHgchsmHKhSr73jMbUTkdJOtk6SzcM1d1EtBDhWA3c.3ZdHVIj3EX4RDbg4I.9qt5d5p5tmdNj3Dytw2joN00W8++8enNj8C8snQQ9gHs5GNHfhzVF2YfG63sNlX6g1caj1swGRcC7gZsnceZ6muy4D2.GZKziGDPhhncQZZ0dBu2Z0mGE+2Ea7XhCA5eVUHzK8ssnO010lkU69a9yscbZS5ROz1Up2qs4tV9da4632GPVMrAJfXcBoG8YDd2lCizVXmt1L+vNLBiFgzl+w9cGz4X+y7D8+k1Q1uwgxKXh5.eHQ0s8c5xQLuVzVGa6zc+TIPDBog2OSdTSHOtEdO6t1CqOStby3FzyFgr7Patpfm4rAOjD5lWfN.D9c66PXpHiqNRZv12SAY65wndQ1rAxpqo.tFuyg62GuuMy53xw6bkfWPQcYi2Dk+0w6bzQTKVFXmG29UypldxghlVQYWCbGqP6.FL+bfrbRQ81u5AJ.RTMR6Og2wqmsGsoUHEf11QAOixNyO7jU9rsor9dz1u5ytyOUW+n9dVbotdPHMfDROzeeGxfUhhsxO.F4c0eiiu0Icr+R5cZ7UMp23W2PdPw37w7drh0wDOOpSTwtwMl8Xg9Nq3028Mzv6peJwoe12aL1yypAyA98Y1d81ivBsOGTmOquaGvkhEcqDjBl7ZKf3CMtrAuLmf0g50Mtv+E9KoQSdYsjFMy0Xqzx7FakqwUkab0bMtlbiqkqw0kabXADWXR8X.VRzowbljeC+hSPZfSUy7l76xcu1lXAx3A6SXGys6.erLfXSCaZMjfuzvgYh.wUlfpFtE5ofVNWkFH92V1U8V9ttbvwcSm76uvtKeFw3UMLRHqG.7KtS+83JabKv1.T16SBAG7LZXjPkpUi+wEKt3UvhbHdCr+oPWhInO7bjxh51RKJkdo.ar1bfrqvpQLcoqEASnhUi1cgdnUCXbAzPlMGmnb38ZB7dDeY050w1QiFuJ85xQ1mYuXHIbmS.1FBZiqeWAcPAn2RBnC6wj.RyoFjEYBp.Oyam5xXgDVNeYrH1xgRBUWCKicg+sonk2qj67PVZ4wc1mVhCdOf0xR64d1duj6nLoD47gkLA7dFMLIgJdquHHPpL3kjQC3NsAAC1noATwIzyDxCQGDxIwWTZVPJD5rvxGRB6QYoj7D5xmfOKjD3GYA4wwCq2xDMFmLWVFhEk7YYSt8.OhqsknKHsOMyGWSddscNim.hZX87FG0EAcY7bgecDLnhqyPZSol+.wu3PuDcllV9JgUCex2sKOMGIEHZHaj2zR31gzeYepm0.zyCFlIBkIHL63QfnxIIpkRbA.Lj1Ve9+3ef+2eciLxapd4WroLENqmxD4r9lQmqO+Wcq+7S9Ge4ucCYFc84+K+qev+92490ary4PpLQQ7LI0tG11KnOS+moCl.5anuhI7O+X8UD09i30ZXdm6n+S3+Rk5GmDFuDj5YMt1+6geQDkKN112kyjSVNf0b+23XakZ8HaZO2zaZOO17gUZaG2gLoQrodoV1w6aCkSneqMQSFlLUwz8ygIy7X59S.lVFuWeGlcfiML44.1EaH6WQkRVloVV6e3L0x4WguuzxL9plVUmSq36kT1I7noT0lknEqNlnEqNAJuE3adKWjhLnzXTPACAej4RXrIHbqBNhdTY3qFPUsZ84etw5IIsl4kJYZVDatVyUuOpnaOHjyGRK.NR0OfiHjzLoniQERoLwpXYIqhqTFESc.14xkCzHX0pgRR29ewPI2LWnjzdVVnjapDJI04iZnjzZKx6y91nIGxqsYAH+6+6kB401rDHC8UFxowIUg7W+q9mO32.Q+Fg8P1DLE39hRhZaTJtunzn1FSontLqCo3CSmazr3xZ0pHM15BcbuB63YIgIUuIciNWZaVXrQTlKmnXY7AznzTzFYPkRRtYRF1TmdyB36w8mKGNR0+eRGTiHIG.PDBQg1fWu4ZsZ05AIQldhT9Xi0BspPkKvi8Tc3ojtTM7LZtpgowpIQm5356yN11qGRcZjof0wQ18ZAasVkEdCwdVSa6pGQ7+a1IqzIxr.NfRNoTy83FduJkKe+Z3J1uVCbWpCYvqIlpaVaQHrKTekaTiCzIdiHFiaiHxlAWiqaLJQ6HueLPzfpXkUOckMKKLyqvKr2NU1GWYejLNsKrQughwsUiEEtSc4aUezmlmn4KGOkEN8sXu1WCGeBhS6ILpU1IL9N0+ctC8OIbdJ4QAsWGGwNoYZSEfzU1n4MtbXyw44UZvbgMl7jTvPUru4ogYuTxUCT75MFCKRjkxkmtQ95MJ65OF0UdHy3jbD+QJ2U.J2aeKxRl4kjLKH1vVam9Ln7ib86CplpRvdrIPWXu1ZZa4C7g3auOVwjUTJBYx1lUBOlrYLn+wZu3Cqa2t.gg+FNJIl4GlsMNxnkIR2qmJc4GHQEmlo3pqqXJkNoxBmDyjIjUNzuQd4Lu0x6RWYxxaQGp5fZqb0ONI9mHKwEWcQkWQR0m0Zga8XRk0R2fWtr9DXZFjyS5gX1ZJNDyVSwIqMNIe7S9K8LZmLnBS0zH9Uk2w40IK9WZ7T8F3gwRlIlt4HOY+7tU3j30ySyaZliludgkLpzUTI2O96v00jxrtXixXVeStyrUbtx+mMJxr9lQvrTCd8hc2lvHI5Z96SRpUMssomZaQEKl5Pr1nSX9AJO5taHZbIbGHMr3WgZbf4OMtr9WPNkp+DJjfFWNZVwyO8uMoO+zfI94m9bKFL8GFR7h.koxGtC009PeOZjhIq3hhEGjsT8a4SBKsoK1nMrHKcLcHr9gwYgjDoW1rp1kvylCx038+yf03J3yfs1jA2w79MqmhwN172h1Nf0qCXWfDA81ldDA1IcZsp758787CN12ie56YJ8CnrP6d8npWeRYKnGwXDqSjCCd.0gRjIv+vMeJP7Hg6I1HwrHKLmbYQU5qaiEvUmaLp+simubsuS97ky+tawk9tam6s5c2999s8lNxReauoirz21a5HK8s8lNxr21qKwJz+0VhmKM294Zw0.xZu3+yOTGuGurtI5zrD2MPtfW3WaYwUw2CzIkOlVyvXVcFFyZyvXVeFFy8mgw7fYXLOrxwvC.9n9LeWg4OTw96DmIjlV16iqF5+wxzOSASkip On This @Christoph-Hart , I Managed To Make It Work :) Yeeeees
-
@Natanr are you not finding projects created in Scriptnode to be painfully CPU hungry?
I just loaded the snippet you posted and seems to use up a lot of resources (both in HISE on compiled). -
@LeeC @Christoph-Hart Already Mentioned This That Scriptnode Can Go Crazy On CPU, And Also Provided The Idea Of Exporting The Nodes As CPP Custom Modules To Reduce The CPU Usage.
If You Export The Above Example To CPP It'll Drop to Around 3/4 Percent Cpu Usage Instead Of 12/18 Percent.
But Now By Exporting My Fx Plugin, The Custom Node CPP Stop Working Or Somehow Is Inaudible.
It's Like Its On Bypass But It's Not....
