@VirtualVirgin Cool, thanks for your suggestion, it's very useful

@Soundavid said in Adjusting a knob’s value using radio buttons:

HiseSnippet 1206.3ocwX12SiaCF.2AH2NxVuAR6CPD+U63DWSeIkJ1z5n.2PaEpVugF5zoSlDGpEI1UIN2QGpS2Gs8QZeC1ryKMtPyNnYTRkppedy+7ierqi66SsPAATefh1aFOBAT9J0AiIrgcGBwDvwG.TdgZOX.C4qGKZ+wifAAHafhxpuVHPY80.QO+8OrOzERrPYh.fynXKzuf8vrLo867yXW2if1n2f8jrtQmisnjtTWZHmmUUqBFAstBdI5DnvrUTA+DLXHP4aUq1zDgZU2w1FVutsooY6ca2nsAzoZC3EFlsaTqQqZ61xAn7rCswLp+.FjgB.JqsO0d7fgzORh6fyvA3KbQhFFfA7dNV7QTWawPTHEzcH10teZhJ.viR+rz1pwosuQsG1FOUdV5aiHE5YdHm.UVYV7VcF7LjwqpDdyAIEIjVKFoMUGX4iGwxzH34KUOlvmMcf74IYThsErxdqp1kxsfv1wCdE5HediodT1rZ0Wpy+pxdZZ74p.l9Gf7Jiq6teHiwaq+85u8c6oyeJIqOSqg4dxZFf85yyTLL4RtxzN9RDqK0aDkvaTdKIa1pB26RZNTe8xXtCU2SGq+cSiOu01aWoj1MkzDHjg0awuK+vGMviMbK8s4AdaiJh9YhnqDed0qzOJjXwvTRIMLwESP5NIBz4ErociH99T2xVoA+k7wnaHJiHWpEzUGaesflozsClXit9TmLGiGlwoQw2etArvlalZs3A6nWNsySkcS1OEOR40cBPryDVWVv115FB.xyVqgPxkH6xx1LI9mShXXxzzVWnq6E70vISYc0wDowszLk.fjzWpOkualMNsLQJ2eBkgNkTth1MZqqMQS+1pbblqtj34h7mqZw1R9+WNVlD5cAxOc9M0P9RuYWOql+5Y4sarhKLkLjRNlfYmNBQxaSHPR0Les+lITwMkEsx+EpxE0.LeA9WOiHCPD3b.Uh148AGfZEM.0KZ.ZTz.zrnAvrnAnUQCvtoAH6ufe3Ao8CmhMlsXpZgifQgiPsBGg5ENBMJbDZV3HbeKJG3hsQ9QQnjpzt6Sqnd1ySOB2uc7APFTbFijsb3aCMB4yvhc3TN.8A9I7hOww5pGfBthQGEsmTx+kAT9h68tRWKezwwxM9H1lMLSv4cFhvWNjIKwGZiou1mFN5VKHdvfTSFjy67zARcYPvOgfzPBj+x+IDjl4VibdmkJHl4VirjAoUt0HKYP1M2ZjkLHsysFA+XCxc9mw7JRV1jXjaUxxljZ4VlrrIodd0IbrVtjzHu5jkNIMyqNYoShYd0IORjj6Ihxv3SHIL9ze1wa1q+xCJk6p1IfgFM.+Gyd776dMMan1iZG5BYydqQh6VKQA+UOm4pZDWGCI.yFKG4+2tJo6Khap1GyrFNeFWYNLxOA4iAiIW.WI0CcbPVrL.WS8ne+w411.+JMTTZzCx7w74b0SB8FPC8sP7dmPPthW8WYEwwuiaWM873CPD6nF+C+IQognsRhRiTk.OnkO88VwmeWbEeOORBmIRz0gttZOQacia+Rf.fG1F+dKqYC0cbr1h5X8E0wFKpiMWTGMWTGasnNt6m2QwEB+igLpW7xF.nW+CidEKEkCIPdEXT0J3eAqcEvo
Reply

Exactly 🤘 Thank you

@d-healey okay thanks.

@Christoph-Hart Sure! I was able to successfully compile the "Clone Test" Network on GitHub. My Network has Clonepacks, and I think they may be a factor for me. Here's the Network I'm trying to compile. Thank you.

<?xml version="1.0" encoding="UTF-8"?> <Network ID="prismNewerHybridModeller" AllowPolyphonic="1" Version="0.0.0" SuspendOnSilence="1" AllowCompilation="1"> <Node FactoryPath="container.chain" ID="prismNewerHybridModeller" Bypassed="0" Name="prismNewerHybridModeller" NodeColour="4288387995" ShowParameters="1"> <Nodes> <Node ID="chain" FactoryPath="container.chain" Bypassed="0" Name="chain"> <Properties> <Property ID="IsVertical" Value="0"/> </Properties> <Nodes> <Node ID="clone_pack2" FactoryPath="control.clone_pack" Bypassed="0" Name="clonepack_frequency" NodeColour="4278233087"> <ModulationTargets> <Connection NodeId="oscillator" ParameterId="Frequency"/> </ModulationTargets> <ComplexData> <SliderPacks> <SliderPack Index="1"/> </SliderPacks> </ComplexData> <Parameters> <Parameter MinValue="1.0" MaxValue="16.0" ID="NumClones" DefaultValue="1.0" Automated="1" SkewFactor="0.9094748120090845"/> <Parameter MinValue="0.0" MaxValue="1.0" ID="Value" Value="1.0"/> </Parameters> </Node> <Node ID="clone_pack4" FactoryPath="control.clone_pack" Bypassed="0" Name="clonepack_volume" NodeColour="3422552319"> <ModulationTargets> <Connection NodeId="oscillator" ParameterId="Gain"/> </ModulationTargets> <ComplexData> <SliderPacks> <SliderPack Index="2" EmbeddedData="64....f+....9C...3O.........9C...3O...f+....9C...3O...f+....9C...3O...f+....9C...3O...f+."/> </SliderPacks> </ComplexData> <Parameters> <Parameter MinValue="1.0" MaxValue="16.0" ID="NumClones" DefaultValue="1.0" Automated="1" SkewFactor="0.9094748120090845"/> <Parameter MinValue="0.0" MaxValue="1.0" ID="Value" Value="1.0"/> </Parameters> </Node> <Node ID="clone_pack" FactoryPath="control.clone_pack" Bypassed="0" Name="clonepack_duration" NodeColour="2315321299"> <ModulationTargets> <Connection NodeId="ramp1" ParameterId="PeriodTime"/> </ModulationTargets> <ComplexData> <SliderPacks> <SliderPack Index="0" EmbeddedData="64.tdTH+7Qgq6ilYlwOEtdD+zLyL7SgqGwO......................................................"/> </SliderPacks> </ComplexData> <Parameters> <Parameter MinValue="1.0" MaxValue="16.0" ID="NumClones" DefaultValue="1.0" Automated="1" SkewFactor="0.9094748120090845"/> <Parameter MinValue="0.0" MaxValue="1.0" ID="Value" Value="1.0"/> </Parameters> </Node> <Node ID="clone_pack3" FactoryPath="control.clone_pack" Bypassed="0" Name="clone_balance" NodeColour="4287842047"> <ModulationTargets> <Connection NodeId="gain" ParameterId="Gain"/> </ModulationTargets> <ComplexData> <SliderPacks> <SliderPack Index="3"/> </SliderPacks> </ComplexData> <Parameters> <Parameter MinValue="1.0" MaxValue="16.0" ID="NumClones" DefaultValue="1.0" Automated="1" SkewFactor="0.9094748120090845"/> <Parameter MinValue="0.0" MaxValue="1.0" ID="Value" Value="1.0"/> </Parameters> </Node> </Nodes> <Parameters/> </Node> <Node ID="dynamic_blocksize" FactoryPath="container.dynamic_blocksize" Bypassed="0" Name="dynamic_blocksize" NodeColour="2134834944" ShowParameters="1"> <Nodes> <Node ID="clone" FactoryPath="container.clone" Bypassed="0" Name="clone" NodeColour="4288020224" ShowClones="0" ShowParameters="1"> <Nodes> <Node ID="clone_child" FactoryPath="container.chain" Bypassed="0" Name="clone_child" NodeColour="2072874381" ShowParameters="0"> <Nodes> <Node ID="voice_bang" FactoryPath="control.voice_bang" Bypassed="0" Name="voice_bang" NodeColour="4287561908"> <Parameters> <Parameter MinValue="0.0" MaxValue="1.0" ID="Value" Value="1.0" DefaultValue="0.0"/> </Parameters> <ModulationTargets> <Connection NodeId="ramp1" ParameterId="Gate"/> </ModulationTargets> </Node> <Node ID="ramp1" FactoryPath="core.ramp" Bypassed="0" Name="ramp" NodeColour="4294942208"> <ComplexData> <DisplayBuffers> <DisplayBuffer Index="-1"/> </DisplayBuffers> </ComplexData> <Parameters> <Parameter MinValue="0.0" MaxValue="1000.0" StepSize="0.1000000014901161" ID="PeriodTime" DefaultValue="100.0" Automated="1"/> <Parameter MinValue="0.0" MaxValue="1.0" ID="LoopStart" Value="1.0" DefaultValue="0.0"/> <Parameter MinValue="0.0" MaxValue="1.0" ID="Gate" DefaultValue="1.0" Automated="1"/> </Parameters> <ModulationTargets> <Connection NodeId="cable_table" ParameterId="Value"/> </ModulationTargets> </Node> <Node ID="cable_table" FactoryPath="control.cable_table" Bypassed="1" Name="cable_table" NodeColour="4278255501"> <ComplexData> <Tables> <Table Index="0" EmbeddedData="24..........9C...vO...f+.........vO"/> </Tables> </ComplexData> <Parameters> <Parameter MinValue="0.0" MaxValue="1.0" ID="Value" Automated="1"/> </Parameters> <ModulationTargets> <Connection NodeId="gain16" ParameterId="Gain"/> </ModulationTargets> </Node> <Node ID="no_midi" FactoryPath="container.no_midi" Bypassed="0" Name="no_midi" NodeColour="2391246727"> <Nodes> <Node ID="oscillator" FactoryPath="core.oscillator" Bypassed="0" Name="oscillator" NodeColour="4287663758"> <ComplexData> <DisplayBuffers> <DisplayBuffer Index="-1"/> </DisplayBuffers> </ComplexData> <Parameters> <Parameter MinValue="0.0" MaxValue="4.0" StepSize="1.0" ID="Mode" Value="0.0"/> <Parameter MinValue="0.0" MaxValue="20000.0" ID="Frequency" DefaultValue="20" Automated="1"/> <Parameter MinValue="1.0" MaxValue="16.0" StepSize="1.0" ID="Freq Ratio" Value="1.0"/> <Parameter MinValue="0.0" MaxValue="1.0" StepSize="1.0" ID="Gate" Value="1.0"/> <Parameter MinValue="0.0" MaxValue="1.0" ID="Phase" Value="0.0"/> <Parameter MinValue="0.0" MaxValue="1.0" ID="Gain" DefaultValue="1.0" Automated="1"/> </Parameters> </Node> </Nodes> <Parameters/> </Node> <Node ID="gain16" FactoryPath="core.gain" Bypassed="0" Name="oscillatorVolume" NodeColour="4282992969"> <Parameters> <Parameter MinValue="-100.0" MaxValue="0.0" ID="Gain" Automated="1" StepSize="0.1" SkewFactor="5.422270979580217"/> <Parameter MinValue="0.0" MaxValue="1000.0" StepSize="0.1000000014901161" SkewFactor="0.3010300099849701" ID="Smoothing" Value="20.0"/> <Parameter MinValue="-100.0" MaxValue="0.0" StepSize="0.1000000014901161" SkewFactor="5.422270774841309" ID="ResetValue" Value="-100.0" DefaultValue="0.0"/> </Parameters> </Node> <Node ID="gain" FactoryPath="core.gain" Bypassed="0" Name="perceptualFreqPad" NodeColour="4289177511"> <Parameters> <Parameter MinValue="-100.0" MaxValue="0.0" StepSize="0.1" SkewFactor="5.422270979580217" ID="Gain" Automated="1"/> <Parameter MinValue="0.0" MaxValue="1000.0" StepSize="0.1000000014901161" SkewFactor="0.3010300099849701" ID="Smoothing" Value="20.0"/> <Parameter MinValue="0.0" MaxValue="-100.0" StepSize="0.1000000014901161" SkewFactor="5.422270774841309" ID="ResetValue" Value="-100.0" DefaultValue="0.0"/> </Parameters> </Node> </Nodes> <Parameters/> </Node> </Nodes> <Parameters> <Parameter MinValue="1.0" MaxValue="16.0" ID="NumClones" DefaultValue="1" Automated="1" SkewFactor="0.9094748120090845"/> <Parameter MinValue="0.0" MaxValue="2.0" StepSize="1.0" ID="SplitSignal" Value="1.0" DefaultValue="2.0"/> </Parameters> <Properties> <Property ID="IsVertical" Value="0"/> </Properties> </Node> <Node ID="converter" FactoryPath="control.converter" Bypassed="0" Name="converter" NodeColour="4294901760"> <Properties> <Property ID="Mode" Value="Samples2Ms"/> </Properties> <ModulationTargets> <Connection NodeId="jdelay" ParameterId="DelayTime"/> </ModulationTargets> <Parameters> <Parameter MinValue="0.0" MaxValue="44100.0" StepSize="1.0" ID="Value" Automated="1"/> </Parameters> </Node> <Node ID="jdelay" FactoryPath="jdsp.jdelay" Bypassed="0" Name="jdelay" NodeColour="4283387727"> <Parameters> <Parameter MinValue="0.0" MaxValue="1000.0" ID="Limit" Value="1000.0" DefaultValue="0"/> <Parameter MinValue="0.0" MaxValue="30.0" ID="DelayTime" Automated="1"/> </Parameters> </Node> <Node ID="gain19" FactoryPath="core.gain" Bypassed="0" Name="articulationGain" NodeColour="4293263104"> <Parameters> <Parameter MinValue="-100.0" MaxValue="12.0" StepSize="0.1" SkewFactor="5.422270979580217" ID="Gain" DefaultValue="0.0" Automated="1"/> <Parameter MinValue="0.0" MaxValue="1000.0" StepSize="0.1000000014901161" SkewFactor="0.3010300099849701" ID="Smoothing" Value="20.0"/> <Parameter MinValue="-100.0" MaxValue="0.0" StepSize="0.1000000014901161" SkewFactor="5.422270774841309" ID="ResetValue" Value="-100.0" DefaultValue="0.0"/> </Parameters> </Node> <Node ID="gain17" FactoryPath="core.gain" Bypassed="0" Name="instrumentGain" NodeColour="4294901918"> <Parameters> <Parameter MinValue="-100.0" MaxValue="12.0" StepSize="0.1" SkewFactor="5.422270979580217" ID="Gain" DefaultValue="0" Automated="1"/> <Parameter MinValue="0.0" MaxValue="1000.0" StepSize="0.1000000014901161" SkewFactor="0.3010300099849701" ID="Smoothing" Value="20.0"/> <Parameter MinValue="-100.0" MaxValue="0.0" StepSize="0.1000000014901161" SkewFactor="5.422270774841309" ID="ResetValue" Value="-100.0" DefaultValue="0.0"/> </Parameters> </Node> <Node ID="silent_killer" FactoryPath="envelope.silent_killer" Bypassed="0" Name="silent_killer" NodeColour="2386509631"> <Parameters> <Parameter MinValue="-120.0" MaxValue="-60.0" StepSize="1.0" ID="Threshold" Value="-120.0" DefaultValue="-100.0"/> <Parameter MinValue="0.0" MaxValue="1.0" StepSize="1.0" ID="Active" Value="1.0"/> </Parameters> </Node> </Nodes> <Parameters> <Parameter MinValue="0.0" MaxValue="7.0" StepSize="1.0" ID="BlockSize" DefaultValue="4.0" Automated="1"/> </Parameters> </Node> </Nodes> <Parameters> <Parameter ID="numberOfClonesProcessed" MinValue="1.0" MaxValue="16.0" Value="13.97461125837058" SkewFactor="0.9094748120090845" DefaultValue="1.0"> <Connections> <Connection NodeId="clone" ParameterId="NumClones"/> <Connection NodeId="clone_pack2" ParameterId="NumClones"/> <Connection NodeId="clone_pack4" ParameterId="NumClones"/> <Connection NodeId="clone_pack" ParameterId="NumClones"/> <Connection NodeId="clone_pack3" ParameterId="NumClones"/> </Connections> </Parameter> <Parameter ID="articulationGainInDb" MinValue="-100.0" MaxValue="12.0" StepSize="0.1" SkewFactor="5.422270979580217" Value="0.0" DefaultValue="1.0"> <Connections> <Connection NodeId="gain19" ParameterId="Gain"/> </Connections> </Parameter> <Parameter ID="medianStartDelayInSamples" MinValue="0.0" MaxValue="44100.0" StepSize="1.0" Value="0.0" DefaultValue="0"> <Connections> <Connection NodeId="converter" ParameterId="Value"/> </Connections> </Parameter> <Parameter ID="blockSize" MinValue="0.0" MaxValue="7.0" StepSize="1.0" Value="5.0" DefaultValue="1.0"> <Connections> <Connection NodeId="dynamic_blocksize" ParameterId="BlockSize"/> </Connections> </Parameter> <Parameter ID="instrumentGainInDb" MinValue="-100.0" MaxValue="12.0" StepSize="0.1" SkewFactor="5.422270979580217" Value="-100.0" DefaultValue="1.0"> <Connections> <Connection NodeId="gain17" ParameterId="Gain"/> </Connections> </Parameter> </Parameters> </Node> </Network>

@LozPetts

Idk about the stock one, but It's something I've done using c++ in hise

@ustk I'm not sure. Check if it clears the AudioUnitCache folder - Users/username/Library/Caches/AudioUnitCache

@DanH this.get("itemColour") - you can use .get to access almost any properties.

@d-healey I tried both, but I'm petty sure it wasn't there originally.

@Christoph-Hart

ah, thanks

The ch-files that got stuck, came from a sampler that had +1600 samples. It works great and plays great, bot the process och packing the monolith files didn't. I ended up splitting it up into two samplers, and then everything worked. But it seems to be some kind of limit on the numbers of samples that can be in a samples in order for packing into .hr-files to work

@d-healey Good to know! I LAF everything so I didnt notice this was even broken.

@Chazrox said in I STILL cant compile DLL's // What am I doing wrong? // Taking all suggestions.:

by this you mean, not move it from where its currently at?

If it's within the HISE source code folder then yes.

@d-healey Thanks

@d-healey It is now working with the help of some online resources

@Morphoice The basics are they are using ML models to analyze and replicate the behavior of analog equipment. They run various test signals through them and use the results to train a model that can predict how the device will respond to any input signal.
The Kemper Profiler uses a different approach. They capture the full response of an amp or effect at different settings. It creates a snapshot of the device and builds a profile. This is closer to convolution than ML.
The real problem you're going to run into with time-based dynamics (like a compressor with slow release) is the model will start to emphasize the non-linear behavior. The result of these ML compressors ends up sounding like saturators rather than compressors.
I'm on the same path as @griffinboy where I'm focusing on making models of specific components and inserting them between other analog models.
If you want to start tinkering with Neural models in HISE, here's a thread of my starting process:
https://forum.hise.audio/topic/8701/simple-ml-neural-network/108?_=1748359797127
@griffinboy also posted a thread about some details to the training scripts.
I haven't had time to fully dig in for the last few months, but plan to soon.

@HISEnberg Thanks!!

@d-healey I am using Content.createLocalLookAndFeel();
Tried your method and it worked, thank you very much😘 😘 😘