Robin Davies
type: Person

dBU
type: Unit
symbol: dbu
render: %f dBU

Model
type: Parameter
file types: nam,nammodel
range: Path

eqGroup
type: ControlGroup
type: InputGroup
name: Tone
symbol: eqGroup

calibrationGroup
type: ControlGroup
type: InputGroup
name: Calibration
symbol: calibrationGroup

toob-nam
type: Plugin
type: AmplifierPlugin
name: TooB Neural Amp Modeler
ui: toob-nam-ui
license: LicenseToobAmp
maintainer: Robin Davies
minor version: 0
micro version: 71
comment: 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. 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. 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" bu…
brand: TooB
label: TooB NAM
optional feature: hardRTCapable
readable: Model
writable: Model
extension data: interface
port: InputPort
  type: ControlPort
  index: 0
  symbol: inputGain
  name: Input Gain
  default: 0.0
  minimum: -40.0
  maximum: 40.0
  unit: db
  comment: Input gain
port: OutputPort
  type: ControlPort
  index: 1
  symbol: inputGainOut
  default: -35.0
  minimum: -35.0
  maximum: 20.0
  unit: db
port: InputPort
  type: ControlPort
  index: 2
  symbol: outputGain
  name: Output Gain
  default: 0.0
  minimum: -40.0
  maximum: 40.0
  unit: db
  comment: Output gain
port: InputPort
  type: ControlPort
  index: 3
  symbol: gate
  name: Noise Gate
  default: -120.0
  minimum: -120.0
  maximum: 0.0
  comment: Noise gate threshold. Set to minimum to disable.
  unit: db
  scale point: Off
    value: -120.0
port: OutputPort
  type: ControlPort
  index: 4
  symbol: gateOut
  default: 0.0
  minimum: 0.0
  maximum: 1.0
  comment: Gate Status
  port property: toggled
port: InputPort
  type: ControlPort
  index: 5
  symbol: buffer
  name: Threaded
  default: 0.0
  minimum: 0.0
  maximum: 1.0
  port property: toggled
  comment: Run computation on a separate thread. This allows more instances of NAM to run simultaneously, but adds one extra audio buffer of latency.
  comment: Output gain
port: InputPort
  type: ControlPort
  index: 6
  symbol: toneStack
  name: Type
  default: 3.0
  minimum: 0.0
  maximum: 3.0
  port property: enumeration
  scale point: Bassman
    value: 0.0
  scale point: JCM8000
    value: 1.0
  scale point: Baxandall
    value: 2.0
  scale point: Bypass
    value: 3.0
  comment: Tonestack type
  group: eqGroup
port: InputPort
  type: ControlPort
  index: 7
  symbol: bass
  name: Bass
  default: 5.0
  minimum: 0.0
  maximum: 10.0
  comment: Bass
  group: eqGroup
port: InputPort
  type: ControlPort
  index: 8
  symbol: mid
  name: Mid
  default: 5.0
  minimum: 0.0
  maximum: 10.0
  comment: Mid
  group: eqGroup
port: InputPort
  type: ControlPort
  index: 9
  symbol: treble
  name: Treble
  default: 5.0
  minimum: 0.0
  maximum: 10.0
  comment: Bass
  group: eqGroup
port: InputPort
  type: ControlPort
  index: 10
  symbol: inputCalibrationMode
  name: Input Calibration
  default: 1.0
  minimum: 0.0
  maximum: 1.0
  port property: enumeration
  scale point: Raw
    value: 0.0
  scale point: Calibrated
    value: 1.0
  group: calibrationGroup
port: InputPort
  type: ControlPort
  index: 11
  symbol: calibration
  name: Value
  default: -6.0
  minimum: -30.0
  maximum: 12.0
  unit: dBU
  comment: Measured instrument voltage level in dBU
  group: calibrationGroup
port: InputPort
  type: ControlPort
  index: 12
  symbol: outputCalibration
  name: Output Calibration
  default: 0.0
  minimum: 0.0
  maximum: 2.0
  comment: Scaling applied to model output
  port property: enumeration
  scale point: Normalized
    value: 0.0
  scale point: Calibrated
    value: 1.0
  scale point: Raw
    value: 2.0
  group: calibrationGroup
port: InputPort
  type: ControlPort
  index: 13
  symbol: version
  name: Preset Version
  default: 1.0
  minimum: 0.0
  maximum: 1.0
  port property: notOnGUI
port: AudioPort
  type: InputPort
  index: 14
  symbol: in
  name: In
port: AudioPort
  type: OutputPort
  index: 15
  symbol: out
  name: Out
port: AtomPort
  type: InputPort
  buffer type: Sequence
  designation: control
  supports: Message
  index: 16
  symbol: control
  name: Control
  comment: Control
port: AtomPort
  type: OutputPort
  buffer type: Sequence
  designation: control
  index: 17
  symbol: notify
  name: Notify
  comment: Notification
ui: ui

ui
file properties: Model
  type: fileProperty
  directory: NeuralAmpModels
  index: 2
  patch property: Model
  file types: .nam file
    type: fileType
    file extension: .nam
    mime type: application/octet-stream
  file types: .aidax file
    type: fileType
    file extension: .aidax
    mime type: application/octet-stream
frequency plot:
  patch property: FrequencyResponse
  index: 10
  group: eqGroup
  width:: 120.0