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TooB NAM v1.1.66 (aarch64)

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This commit is contained in:
Robin E. R. Davies
2025-08-06 09:24:42 -04:00
parent 75962c96d6
commit 572821454e
29 changed files with 60 additions and 57 deletions
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lv2/aarch64/ToobAmp.lv2/CabIR.ttl
+1 -1
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@@ -93,7 +93,7 @@ cabir:impulseFile3
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
TooB Cab IR is a convolution-based guitar cabinet impulse response simulator.
lv2/aarch64/ToobAmp.lv2/CabSim.ttl
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@@ -50,7 +50,7 @@ toob:frequencyResponseVector
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
mod:brand "TooB";
mod:label "TooB CabSim";
lv2/aarch64/ToobAmp.lv2/ConvolutionReverb.ttl
+1 -1
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@@ -53,7 +53,7 @@ toobimpulse:impulseFile
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
Convolution reverb is a notoriously compute-intensive effect. If you are having performance issues, use the Max T control to constrain the length of the impulse file to
lv2/aarch64/ToobAmp.lv2/ConvolutionReverbStereo.ttl
+1 -1
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@@ -51,7 +51,7 @@ toobimpulse:impulseFile
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
lv2/aarch64/ToobAmp.lv2/InputStage.ttl
+1 -1
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@@ -66,7 +66,7 @@ inputStage:filterGroup
doap:license <https://two-play.com/TooB/licenses/isc> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
mod:brand "TooB";
mod:label "TooB Input";
lv2/aarch64/ToobAmp.lv2/PowerStage2.ttl
+1 -1
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@@ -68,7 +68,7 @@ pstage:stage3
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
mod:brand "TooB";
mod:label "Power Stage";
lv2/aarch64/ToobAmp.lv2/SpectrumAnalyzer.ttl
+1 -1
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@@ -57,7 +57,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment "TooB spectrum analyzer" ;
mod:brand "TooB";
lv2/aarch64/ToobAmp.lv2/ToneStack.ttl
+1 -1
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@@ -57,7 +57,7 @@ tonestack:eqGroup
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
uiext:ui <http://two-play.com/plugins/toob-tone-stack-ui>;
lv2/aarch64/ToobAmp.lv2/ToobAmp.so
BIN
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lv2/aarch64/ToobAmp.lv2/ToobAmpUI.so
Executable → Regular
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lv2/aarch64/ToobAmp.lv2/ToobChorus.ttl
+1 -1
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@@ -40,7 +40,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
Emulation of a Boss CE-2 Chorus.
lv2/aarch64/ToobAmp.lv2/ToobDelay.ttl
+1 -1
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@@ -41,7 +41,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
A straightforward no-frills digital delay.
lv2/aarch64/ToobAmp.lv2/ToobFlanger.ttl
+1 -1
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@@ -41,7 +41,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
Emulation of a Boss BF-2 Flanger, based on circuit analysis and simulation of the original.
lv2/aarch64/ToobAmp.lv2/ToobFlangerStereo.ttl
+1 -1
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@@ -41,7 +41,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
Digital emulation of a Boss BF-2 Flanger.
lv2/aarch64/ToobAmp.lv2/ToobFreeverb.ttl
+1 -1
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@@ -41,7 +41,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
Toob Freeverb is an Lv2 implementation of the famous Freeverb reverb effect. FreeVerb delivers a well-balanced reverb with very little tonal coloration.
lv2/aarch64/ToobAmp.lv2/ToobGraphicEq.ttl
+1 -1
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@@ -41,7 +41,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
A 7 octave graphic equalizer, with frequencies chosen to be useful for EQ-ing guitar signals.
""" ;
lv2/aarch64/ToobAmp.lv2/ToobLooperFour.ttl
+1 -1
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@@ -92,7 +92,7 @@ myprefix:output_group
doap:license <https://opensource.org/license/mit/> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 1 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
ui:ui <http://two-play.com/plugins/toob-looper-four-ui>;
lv2/aarch64/ToobAmp.lv2/ToobLooperOne.ttl
+1 -1
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@@ -78,7 +78,7 @@ myprefix:output_group
doap:license <https://opensource.org/license/mit/> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 1 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
ui:ui <http://two-play.com/plugins/toob-looper-one-ui>;
lv2/aarch64/ToobAmp.lv2/ToobML.ttl
+1 -1
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@@ -67,7 +67,7 @@ toobml:sagGroup
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
The TooB ML Amplifier plugin provides emulation of a variety of amplifiers and overdrive pedals that are implemented
using neural-network-based machine learning models of real amplifiers.
lv2/aarch64/ToobAmp.lv2/ToobMix.ttl
+1 -1
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@@ -40,7 +40,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
Remix a stereo input signal.
lv2/aarch64/ToobAmp.lv2/ToobNeuralAmpModeler.ttl
+35 -32
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@@ -61,63 +61,66 @@ toobNam:eqGroup
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
A port of Steven Atkinson's Neural Amp Modeler to LV2.
TooB Neural Amp Modeler is a neural network based Amp Simulator. It uses .nam model files that are generated by training nueral networks
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
TooB Neural Amp Modeler. The resulting models produce startlingly realistic emulations of the original equipment.
TooB Neural Amp Modeler uses uploadable .nam model files. Download .nam model files from http://tone3000.com, and then load them into TooB Neural Amp Modeler.
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
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
increasingly being used in commercial pedals and amps.
The TONE3000 website contains a huge collection of community-developed amp models that can be used with TooB Neural Amp Modeler. You can also use .nam models from
other sources. Using TONE3000 models with TooB Neural Amp Modeler is a two-step process. First, download model files to your local system using a
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,
compressors, limiters, tube preamps on studio mixing strips, and many other effects can be simulated extremely well using NAM models. NAM will definitely become
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
are constantly coming up with new and ingenious applications for NAM models.
.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
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.
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
web browser. Then upload the model files to the PiPedal server using the PiPedal web interface. You can find an "Upload" button in
the file browser when you click on the "Model" control in the PiPedal web interface.
the file browser when you click on the "Model" control in the plugin's user interface within the PiPedal web interface.
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.
TooB Neural Amp Modeler supports a much wider range of amp models than ToobML, but usually uses more CPU.
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.
If you are having trouble with CPU usage, tone3000.com does contain some smaller amp models. Search for the "feather" tag to find
models that use less CPU. Generally, you can use up to three NAM models at once in a given preset on a Pi 4, and up to 5 MAM models
simultaneously on a Pi 5. N100 micro PCs could presumably do even better. However, exact CPU use varies depending on the complexity of the amp models you are using.
Users have reported success using NAM on Raspberry Pi 3 devices, but this is not recommended (or really supported), as CPU usage is very high on a Raspberry Pi 3.
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
simultaneously on a Pi 5. However, exact CPU use varies depending on the complexity of the amp models you are using.
If you are interested in profiling your own amps and effect pedals, please visit https://www.tone3000.com/capture
When the Threaded control is on, neural amp modelling calculations are run on a separate thread from the
real-time audio thread. This introduces one extra audio buffer of latency, but allows the plugin to make full
use of all availble processor cores when running more than one instance of TooB Neural Amp Modeler. As a result,
you can run more instances of TooB Neural Amp Modeler than you ordinarily could. On a Pi 5, you can run up to 8
instances of TooB Neural Amp Modeler in a single preset (as opposed to four or five), and up to 5 instances of TooB
Neural Amp Modeler (as opposed to two or three).
use of all available processor cores on your Pi server. On a Pi 5, you can run more instance than you
could ever practically use when using threading; on a Pi 4 you can run 5 simultanous instances when using threading.
You need to check that the PiPedal server's CPU is not temperature throttling
when using this feature. If the CPU temperature exceeds 80 degrees Celcius on a Raspberry Pi, the CPU clock rate is reduced, and
the performance of the plugins will be affected. Having a good heat sink, or active cooling system is recommended when using this feature.
PiPedal displays the current CPU temperature in a status message at the bottom of the display (unless you've turned
When using more than a couple of NAM instances, you need to check that the PiPedal server's CPU is not temperature throttling
when using this feature.
If the CPU temperature exceeds 80 degrees Celcius on a Raspberry Pi, the CPU clock rate is reduced, and
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
NAM instances. PiPedal displays the current CPU temperature in a status message at the bottom of the display (unless you've turned
that off in settings), and also displays the current CPU temperature in the status message found at the top
of the Settings page. The exact temperature at which the CPU starts to throttle varies from computer to computer. If
you are running on a system that is not a Raspberry Pi, please consult your manufacturer's help documentation
to find out what temperature heat throttling starts at on your particular computer, if you really need to know
of the Settings page. If you are running on a system that is not a Raspberry Pi, please consult your manufacturer's
help documentation to find out what temperature heat throttling starts at on your particular computer, if you really need to know
what the threshold is; but the effect on performance is pretty obvious when heat throttling does start.
Note that heat throttling is done to protect your processor from permanent damage due to overheating; but there's no real risk of actual
damage, since heat throttling thresholds are set well below the point at which damage occurs.
TooB Neural Amp Modeler contains code optimizations that allow use of a third model on Raspberry PI 4 devices. These optimizations
were offered to the upstream NAM project, but we recommended that they not be merged into upstream sources, because they
significantly affect maintainability of the codebase. and the performance increase they provide (about 30%) is really only
relevant on Raspberry PI 4-class devices. If you are interested in these optimizations, they have been published in ToobAmp
project sources on GitHub.
TooB Neural Amp Modeler uses code from the NeuralAmp Modeler Core project (https://www.neuralampmodeler.com/). The TooB team wishes
TooB Neural Amp Modeler is based on technology developed by the NeuralAmp Modeler Core project (https://www.neuralampmodeler.com/). The TooB team wishes
to express gratitude to Steven Atkinson for making this revolutionary technology available as open-source code. This is groundbreaking
technology that changes everything; and work that would be impossible to replicate without the work that Steven has done.
technology that changes everything. None of this would have happened without the work that Steven has done.
TooB Neural Amp Modeler uses code from the NeuralAudio project (https://www.neuralampmodeler.com/). The Neural Audio project provides highly
optimized implementations of the most commonly used Neural Amp models. The TooB team wishes to express gratitude to Mike Oliphant for
making his making his optimizations available as open-source code.
optimized implementations of Neural Amp models. The TooB team wishes to express gratitude to Mike Oliphant for
making his optimizations work available as open-source code.
Steve and Mike have done all of the hard work that was required to make NAM technology available through TooB Neural Amp Modeler.
Steve and Mike have done all of the hard work that was required to make NAM technology available through TooB Neural Amp Modeler. They
deserve all the credit.
Code from the the NeuralAmpModelerCore project (https://github.com/sdatkinson/NeuralAmpModelerCore) is provided
under the following license.
lv2/aarch64/ToobAmp.lv2/ToobNoiseGate.ttl
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@@ -54,7 +54,7 @@ noisegate:envelope_group
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
A noise gate is an audio processing tool that controls the volume of an audio signal
by allowing it to pass through only when it exceeds a set threshold.
lv2/aarch64/ToobAmp.lv2/ToobPhaser.ttl
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@@ -40,7 +40,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
A loose emulation of an MXR® Phase 90 Phaser.
lv2/aarch64/ToobAmp.lv2/ToobPlayer.ttl
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@@ -60,7 +60,7 @@ toobPlayer:seek
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
Play audio files. Audio files can optionally be loooped by pressing the "Set loop" button.
lv2/aarch64/ToobAmp.lv2/ToobRecordMono.ttl
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@@ -51,7 +51,7 @@ recordPrefix:audioFile
doap:license <https://opensource.org/license/mit/> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 1 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
ui:ui <http://two-play.com/plugins/toob-record-mono-ui>;
lv2/aarch64/ToobAmp.lv2/ToobRecordStereo.ttl
+1 -1
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@@ -88,7 +88,7 @@ myprefix:loop3_group
doap:license <https://opensource.org/license/mit/> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 1 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
ui:ui <http://two-play.com/plugins/toob-record-stereo-ui>;
lv2/aarch64/ToobAmp.lv2/ToobTuner.ttl
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@@ -40,7 +40,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
TooB Tuner is a chromatic guitar tuner.
""" ;
lv2/aarch64/ToobAmp.lv2/ToobVolume.ttl
+1 -1
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@@ -39,7 +39,7 @@
doap:license <https://rerdavies.github.io/pipedal/LicenseToobAmp> ;
doap:maintainer <http://two-play.com/rerdavies#me> ;
lv2:minorVersion 0 ;
lv2:microVersion 65 ;
lv2:microVersion 66 ;
rdfs:comment """
Volume control.
lv2/aarch64/ToobAmp.lv2/bin/ToobAmp-a72.so
BIN
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