Robin E. R. Davies
529 lines
20 KiB
Turtle
529 lines
20 KiB
Turtle
@prefix doap: <http://usefulinc.com/ns/doap#> .
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@prefix lv2: <http://lv2plug.in/ns/lv2core#> .
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@prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> .
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@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> .
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@prefix units: <http://lv2plug.in/ns/extensions/units#> .
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@prefix urid: <http://lv2plug.in/ns/ext/urid#> .
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@prefix atom: <http://lv2plug.in/ns/ext/atom#> .
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@prefix midi: <http://lv2plug.in/ns/ext/midi#> .
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@prefix epp: <http://lv2plug.in/ns/ext/port-props#> .
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@prefix uiext: <http://lv2plug.in/ns/extensions/ui#> .
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@prefix idpy: <http://harrisonconsoles.com/lv2/inlinedisplay#> .
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@prefix foaf: <http://xmlns.com/foaf/0.1/> .
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@prefix mod: <http://moddevices.com/ns/mod#> .
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@prefix param: <http://lv2plug.in/ns/ext/parameters#> .
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@prefix work: <http://lv2plug.in/ns/ext/worker#> .
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@prefix pg: <http://lv2plug.in/ns/ext/port-groups#> .
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@prefix pipedal_ui: <http://github.com/rerdavies/pipedal/ui#> .
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@prefix ui: <http://lv2plug.in/ns/extensions/ui#> .
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@prefix atom: <http://lv2plug.in/ns/ext/atom#> .
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@prefix patch: <http://lv2plug.in/ns/ext/patch#> .
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@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> .
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@prefix state: <http://lv2plug.in/ns/ext/state#> .
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@prefix urid: <http://lv2plug.in/ns/ext/urid#> .
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@prefix xsd: <http://www.w3.org/2001/XMLSchema#> .
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@prefix mod: <http://moddevices.com/ns/mod#>.
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@prefix toobNam: <http://two-play.com/plugins/toob-nam#> .
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<http://two-play.com/rerdavies#me>
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a foaf:Person ;
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foaf:name "Robin Davies" ;
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foaf:mbox <mailto:rerdavies@gmail.com> ;
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foaf:homepage <https://github.com/sponsors/rerdavies> .
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toobNam:dbuUnits
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a units:Unit ;
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rdfs:label "dBU" ;
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units:symbol "dbu" ;
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units:render "%f dBU".
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toobNam:modelFile
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a lv2:Parameter;
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rdfs:label "Model";
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mod:fileTypes "nam,nammodel";
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rdfs:range atom:Path.
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toobNam:eqGroup
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a param:ControlGroup ,
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pg:InputGroup ;
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lv2:name "Tone" ;
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lv2:symbol "eqGroup" .
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toobNam:calibrationGroup
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a param:ControlGroup ,
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pg:InputGroup ;
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lv2:name "Calibration" ;
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lv2:symbol "calibrationGroup" .
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<http://two-play.com/plugins/toob-nam>
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a lv2:Plugin ,
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lv2:AmplifierPlugin ;
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doap:name "TooB Neural Amp Modeler" ,
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"TooB Neural Amp Modeler"@en-gb-gb
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;
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uiext:ui <http://two-play.com/plugins/toob-nam-ui> ;
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doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
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doap:maintainer <http://two-play.com/rerdavies#me> ;
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lv2:minorVersion 0 ;
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lv2:microVersion 70 ;
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rdfs:comment """
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TooB Neural Amp Modeler is a neural network based Amp Simulator. It uses .nam model files that are generated by training nueral networks
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on audio recordings of actual guitar amps, effects pedals and other equipment. .nam files contain data from the trained models, which can be loaded into
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TooB Neural Amp Modeler. The resulting models produce startlingly realistic emulations of the original equipment.
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The .nam file format (and the NAM technology itself) was developed by the open-source Neural Amp Modeler Core project. The NAM Core project provides both code that can be used by Neural Amp Modeler
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plugins, and code that can be used to train models for use in NAM plugins. Currently, NAM plugins are available on a wide variety of operating systems and audio platforms, and are
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increasingly being used in commercial pedals and amps.
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Although NAM is, first and foremost, used to model guitar amps, it is equally good at emulating a wide variety of other guitar effects. Overdrive and distortion pedals,
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compressors, limiters, tube preamps on studio mixing strips, and many other effects can be simulated extremely well using NAM models. NAM will definitely become
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your go-to source for great amp emulations; but it should probably also become your go-to source for emulating distorion and overdrive pedals. And developers
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are constantly coming up with new and ingenious applications for NAM models.
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.nam model files can be donwloaded from the internet. There are many online sources for .nam model files, both free, and commercial. Foremost among these is the
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http://tone3000.com website, which provides a vast collection of free .nam models files that have been developed and uploaded by a large online community of NAM users.
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Loading .nam model files into PiPedal is a two-step process. First, download model files to your local computer, or your phone or tablet, using a
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web browser. Then upload the model files to the PiPedal server using the PiPedal web interface. You can find an "Upload" button in
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the file browser when you click on the "Model" control in the plugin's user interface within the PiPedal web interface.
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If you are not using PiPedal, just click on the Model control, and use the file browser to select the .nam file directly on your local system.
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TooB Neural Amp Modeler supports a much wider range of amp models than ToobML, but usually uses more CPU.
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You will need at least a Pi 4 to use Toob Neural Amp Modeler, and you may need to increase your audio buffer sizes to prevent overruns.
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If you are having trouble with CPU usage, tone3000.com does contain some smaller amp models. Search for the "feather" tag to find
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models that use less CPU. Generally, you can use up to three NAM plugins at once in a given preset on a Pi 4, and up to 16 NAM plugins
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simultaneously on a Pi 5. However, exact CPU use varies depending on the complexity of the amp models you are using.
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If you are interested in profiling your own amps and effect pedals, please visit https://www.tone3000.com/capture
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When the Threaded control is on, neural amp modelling calculations are run on a separate thread from the
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real-time audio thread. This introduces one extra audio buffer of latency, but allows the plugin to make full
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use of all available processor cores on your Pi server. On a Pi 5, you can run more instance than you
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could ever practically use when using threading; on a Pi 4 you can run 5 simultanous instances when using threading.
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When using more than a couple of NAM instances, you need to check that the PiPedal server's CPU is not temperature throttling
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when using this feature.
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If the CPU temperature exceeds 80 degrees Celcius on a Raspberry Pi, the CPU clock rate is reduced, and
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the performance of the plugins will be affected. Having a good heat sink, or active cooling system is recommended when using more than a couple of
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NAM instances. PiPedal displays the current CPU temperature in a status message at the bottom of the display (unless you've turned
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that off in settings), and also displays the current CPU temperature in the status message found at the top
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of the Settings page. If you are running on a system that is not a Raspberry Pi, please consult your manufacturer's
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help documentation to find out what temperature heat throttling starts at on your particular computer, if you really need to know
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what the threshold is; but the effect on performance is pretty obvious when heat throttling does start.
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Note that heat throttling is done to protect your processor from permanent damage due to overheating; but there's no real risk of actual
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damage, since heat throttling thresholds are set well below the point at which damage occurs.
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TooB Neural Amp Modeler is based on technology developed by the NeuralAmp Modeler Core project (https://www.neuralampmodeler.com/). The TooB team wishes
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to express gratitude to Steven Atkinson for making this revolutionary technology available as open-source code. This is groundbreaking
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technology that changes everything. None of this would have happened without the work that Steven has done.
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TooB Neural Amp Modeler uses code from the NeuralAudio project (https://github.com/mikeoliphant/NeuralAudio). The Neural Audio project provides highly
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optimized implementations of Neural Amp models. The TooB team wishes to express gratitude to Mike Oliphant for
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making his optimizations work available as open-source code.
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Steve and Mike have done all of the hard work that was required to make NAM technology available through TooB Neural Amp Modeler. They
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deserve all the credit.
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Code from the the NeuralAudio project (https://github.com/mikeoliphant/NeuralAudio) is provided
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under the following license.
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MIT License
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Copyright (c) 2024, 2025 Mike Oliphant
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Permission is hereby granted, free of charge, to any person obtaining a copy
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of this software and associated documentation files (the "Software"), to deal
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in the Software without restriction, including without limitation the rights
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to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
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copies of the Software, and to permit persons to whom the Software is
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furnished to do so, subject to the following conditions:
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The above copyright notice and this permission notice shall be included in all
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copies or substantial portions of the Software.
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THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
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IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
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FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
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AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
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LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
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OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
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SOFTWARE.
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Code from the the NeuralAmpModelerCore project (https://github.com/sdatkinson/NeuralAmpModelerCore) is provided
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under the following license.
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MIT License
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Copyright (c) 2025 Steven Atkinson
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Permission is hereby granted, free of charge, to any person obtaining a copy
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of this software and associated documentation files (the "Software"), to deal
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in the Software without restriction, including without limitation the rights
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to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
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copies of the Software, and to permit persons to whom the Software is
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furnished to do so, subject to the following conditions:
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The above copyright notice and this permission notice shall be included in all
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copies or substantial portions of the Software.
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THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
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IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
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FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
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AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
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LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
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OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
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SOFTWARE.
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""" ;
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mod:brand "TooB";
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mod:label "TooB NAM";
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lv2:optionalFeature lv2:hardRTCapable;
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patch:readable
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toobNam:modelFile;
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patch:writable
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toobNam:modelFile;
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lv2:extensionData state:interface,
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work:interface;
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lv2:port
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 0;
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lv2:symbol "inputGain" ;
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lv2:name "Input Gain";
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lv2:default 0.0 ;
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lv2:minimum -40.0;
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lv2:maximum 40.0;
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units:unit units:db;
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rdfs:comment "Input gain";
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],
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[
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a lv2:OutputPort ,
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lv2:ControlPort ;
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lv2:index 1;
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lv2:symbol "inputGainOut" ;
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lv2:name "";
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lv2:default -35.0 ;
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lv2:minimum -35.0;
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lv2:maximum 20.0;
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units:unit units:db;
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],
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 2;
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lv2:symbol "outputGain" ;
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lv2:name "Output Gain";
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lv2:default 0.0 ;
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lv2:minimum -40.0;
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lv2:maximum 40.0;
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units:unit units:db;
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rdfs:comment "Output gain";
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],
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 3;
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lv2:symbol "gate" ;
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lv2:name "Noise Gate";
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lv2:default -120.0 ;
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lv2:minimum -120.0;
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lv2:maximum 0.0;
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rdfs:comment "Noise gate threshold. Set to minimum to disable.";
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units:unit units:db;
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lv2:scalePoint [
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rdfs:label "Off" ;
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rdf:value -120.0
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];
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],
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[
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a lv2:OutputPort ,
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lv2:ControlPort ;
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lv2:index 4;
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lv2:symbol "gateOut" ;
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lv2:name "\u00A0";
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lv2:default 0.0;
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lv2:minimum 0.0;
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lv2:maximum 1.0;
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rdfs:comment "Gate Status";
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lv2:portProperty lv2:toggled;
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],
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 5;
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lv2:symbol "buffer" ;
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lv2:name "Threaded";
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lv2:default 0.0 ;
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lv2:minimum 0.0;
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lv2:maximum 1.0;
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lv2:portProperty lv2:toggled;
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rdfs:comment "Run computation on a separate thread. This allows more instances of NAM to run simultaneously, but adds one extra audio buffer of latency.";
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rdfs:comment "Output gain";
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],
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#### EQ ###
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 6 ;
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lv2:symbol "toneStack" ;
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lv2:name "Type";
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lv2:default 3.0 ;
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lv2:minimum 0.0 ;
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lv2:maximum 3.0;
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lv2:portProperty lv2:enumeration ;
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lv2:scalePoint [
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rdfs:label "Bassman" ;
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rdf:value 0.0
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] , [
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rdfs:label "JCM8000" ;
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rdf:value 1.0
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], [
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rdfs:label "Baxandall" ;
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rdf:value 2.0
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],[
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rdfs:label "Bypass" ;
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rdf:value 3.0
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];
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rdfs:comment "Tonestack type";
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pg:group toobNam:eqGroup ;
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],
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 7;
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lv2:symbol "bass" ;
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lv2:name "Bass";
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lv2:default 5.0;
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lv2:minimum 0.0;
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lv2:maximum 10.0;
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rdfs:comment "Bass";
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pg:group toobNam:eqGroup ;
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],
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 8;
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lv2:symbol "mid" ;
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lv2:name "Mid";
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lv2:default 5.0;
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lv2:minimum 0.0;
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lv2:maximum 10.0;
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rdfs:comment "Mid";
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pg:group toobNam:eqGroup ;
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],
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 9;
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lv2:symbol "treble" ;
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lv2:name "Treble";
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lv2:default 5.0;
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lv2:minimum 0.0;
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lv2:maximum 10.0;
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rdfs:comment "Bass";
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pg:group toobNam:eqGroup ;
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],
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### CALIBRATION ######
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 10 ;
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lv2:symbol "inputCalibrationMode" ;
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lv2:name "Input Calibration";
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lv2:default 1.0 ;
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lv2:minimum 0.0 ;
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lv2:maximum 1.0;
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lv2:portProperty lv2:enumeration ;
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lv2:scalePoint [
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rdfs:label "Raw" ;
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rdf:value 0.0
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] , [
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rdfs:label "Calibrated" ;
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rdf:value 1.0
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];
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pg:group toobNam:calibrationGroup ;
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],
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 11 ;
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lv2:symbol "calibration" ;
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lv2:name "Value";
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lv2:default -6.0 ;
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lv2:minimum -30.0 ;
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lv2:maximum 12.0;
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units:unit toobNam:dbuUnits;
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rdfs:comment "Measured instrument voltage level in dBU";
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pg:group toobNam:calibrationGroup ;
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],
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 12;
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lv2:symbol "outputCalibration" ;
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lv2:name "Output Calibration";
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lv2:default 0.0;
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lv2:minimum 0.0;
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lv2:maximum 2.0;
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rdfs:comment "Scaling applied to model output";
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lv2:portProperty lv2:enumeration ;
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lv2:scalePoint [
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rdfs:label "Normalized" ;
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rdf:value 0.0
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] , [
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rdfs:label "Calibrated" ;
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rdf:value 1.0
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], [
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rdfs:label "Raw" ;
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rdf:value 2.0
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];
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pg:group toobNam:calibrationGroup ;
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],
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[
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a lv2:InputPort ,
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lv2:ControlPort ;
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lv2:index 13 ;
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lv2:symbol "version" ;
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lv2:name "Preset Version";
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lv2:default 1.0 ;
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lv2:minimum 0.0 ;
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lv2:maximum 1.0;
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lv2:portProperty epp:notOnGUI;
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],
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[
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a lv2:AudioPort ,
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lv2:InputPort ;
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lv2:index 14 ;
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lv2:symbol "in" ;
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lv2:name "In"
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],
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[
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a lv2:AudioPort ,
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lv2:OutputPort ;
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lv2:index 15 ;
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lv2:symbol "out" ;
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lv2:name "Out"
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],
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[
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a atom:AtomPort ,
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lv2:InputPort;
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atom:bufferType atom:Sequence ;
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# atom:supports patch:Message;
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lv2:designation lv2:control ;
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atom:supports patch:Message ;
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lv2:index 16 ;
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lv2:symbol "control" ;
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lv2:name "Control" ;
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rdfs:comment "Control" ;
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] , [
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a atom:AtomPort ,
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lv2:OutputPort ;
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atom:bufferType atom:Sequence ;
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# atom:supports patch:Message;
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lv2:designation lv2:control ;
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lv2:index 17;
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lv2:symbol "notify" ;
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lv2:name "Notify" ;
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rdfs:comment "Notification" ;
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]
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.
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<http://two-play.com/plugins/toob-nam-ui>
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a uiext:X11UI ;
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lv2:binary <ToobAmpUI.so>;
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lv2:extensionData uiext::idle ;
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lv2:extensionData uiext:resize ;
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lv2:extensionData uiext:idleInterface;
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lv2:requiredFeature uiext:idleInterface ;
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.
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<http://two-play.com/plugins/toob-nam> pipedal_ui:ui toobNam:ui .
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toobNam:ui
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a pipedal_ui:ui ;
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pipedal_ui:fileProperties
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[
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a pipedal_ui:fileProperty;
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rdfs:label "Model" ;
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pipedal_ui:directory "NeuralAmpModels";
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lv2:index 2 ;
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pipedal_ui:patchProperty toobNam:modelFile ;
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pipedal_ui:fileTypes
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[
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a pipedal_ui:fileType;
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rdfs:label ".nam file";
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pipedal_ui:fileExtension ".nam";
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pipedal_ui:mimeType "application/octet-stream";
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],[
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a pipedal_ui:fileType;
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rdfs:label ".aidax file";
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pipedal_ui:fileExtension ".aidax";
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pipedal_ui:mimeType "application/octet-stream";
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];
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];
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pipedal_ui:frequencyPlot
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[
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pipedal_ui:patchProperty toobNam:FrequencyResponse;
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lv2:index 10 ;
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pg:group toobNam:eqGroup ;
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pipedal_ui:width: 120.0 ;
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]
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.
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