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AUDIOWORX
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  • Release Notes
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Harman Logo
AUDIOWORX
  • Home
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  • Release Notes
  • Login
  • Getting Started
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  • Developer Guides

Table of Content

Global Tuning Tool

  1. About Global Tuning Tool
    1. System Requirements
    2. Global Tuning Tool Workflow
  2. Workspace Overview
    1. Home Screen
      1. Home screen Options
      2. Application Options
    2. Device Designer Overview
      1. Tools
      2. Connection
      3. Import and Export
      4. Tuning
      5. Device Panels
    3. Devices and Template View
    4. About Core Objects Toolbox
    5. Device Operations
    6. Properties Panel
    7. Device View
    8. Help
  3. Configurations
    1. Configure State Variable
    2. Configure Default Control-Ids
    3. Configure Preset Controller
      1. Configuring Controller Slot
      2. Core Object Settings
      3. Custom Actions Settings
      4. Exporting Preset Configurations
      5. Maintain Folder Structure
      6. Loading Slots on the Device
      7. Handling Dual Responses
      8. Send Preset Data Online
    4. Link Window
    5. Configure Controller
    6. Launch MIPS Profiling
    7. Launch Memory Profiling
    8. Editing Memory Latency
    9. Configure Streaming and Polling
      1. Start Live Streaming
      2. Record Streaming Data
      3. FFT for Streaming
    10. Configure File controller
    11. Configure Control IDS
    12. Custom Device Usage
    13. Multi-xAF Library Support
    14. Configure External Endpoints
  4. Operations
    1. Create a New Project
    2. Create Signal Flow
    3. Connecting a Device
    4. Routing (Connections)
    5. Device Synchronization
    6. Launching Multiple Signal Flows
    7. Tune a Signal Flow
  5. Designing Custom Panel
    1. Panel Designer Ribbon
      1. Text Design
      2. Fader Design
      3. Rotary Design
      4. Button Design
      5. Box Design
      6. LED Design
      7. Meter Design
      8. Other Design
      9. Images
      10. Advanced
    2. Panels View
    3. Custom Panel Properties View
    4. Designer Workspace
    5. Editor Windows
      1. Parameter Address Editor
      2. Multi-Parameter Address Editor
      3. System Function Editor
      4. State Indication Setup Window
      5. Select Color Window
      6. Discrete Values Editor
      7. Indication Configuration Editor
      8. LED Values Editor
      9. Graph Parameters Window
      10. Scale Editor
    6. Create a Custom Panel in GTT
  6. Working with Parameter Set
    1. Parameter Set Overview
      1. Configuring Parameter Data
      2. Apply Delta in Parameter Sets
      3. Retrieve and Verify Parameter
      4. Import and Export Set File
      5. Preset Comparison
      6. Parameter Sets Explorer Color
      7. Switch Between Multiple Parameter
      8. Saving and Loading Set File
      9. Search in Parameter Sets
    2. Create a Parameter Set in GTT

Signal Flow Designer

  1. Overview Of Signal Flow Designer
  2. Components of Signal Flow Designer
  3. Operations in Signal Flow Designer
    1. Pin Labelling
    2. View Audio Object Metadata
    3. Column Name Configuration Panel
    4. Upgrade Audio Object
    5. Audio Object Processing State
    6. Metering the Signal Flow
    7. Copy and Paste Operation
    8. Undo and Redo Operation
    9. Block Control
    10. Signal Flow Design Validation
    11. Securing Audio Objects
  4. Create a Signal Flow
  5. Tune a Signal Flow
  6. Native Panels
    1. Launching Native Panel
    2. Common Operation in Native Panel
    3. Configuring Custom Native Panels
  7. Additional Audio Parameters
  8. Harman Audio Library Service
  9. Multiple Framework Instances Support
  10. Feedback loop in Signal Flow
  11. Compound Audio Object
    1. Create a Compound Audio Object
    2. Import and Export CAO
    3. Tuning and Editing CAO
    4. Create Preset for CAO
    5. Edit CAO Instance
    6. Set password for CAO
    7. Linking Custom Panel to CAO
    8. Multi dll support for CAO
    9. Delete a Compound Audio Object

Audio Object Description

  1. Audio Object Description Overview
  2. Interface Objects
    1. AudioIO
    2. ControlIn
    3. ControlOut
  3. Basic Objects
    1. Delay
      1. Delay Panel
    2. Gain
      1. Gain Panel
    3. Level Monitor
      1. Level Monitor Panel
    4. FaderBalance
      1. Fader Balance Panel
    5. Volume and Mute
      1. Volume and Mute Panel
    6. VolumeLite
  4. Control Objects
    1. Control Math
    2. Control Grouper
    3. Control GroupSplitter
    4. Control Multi Adder
    5. Control Mixer
      1. Control Mixer Panel
    6. Control Router
      1. Control Router Panel
    7. Control Smooth
    8. AudioToControl
    9. Lookup Table (LUT)
      1. Lookup Table (LUT) Panel
  5. Routing Objects
    1. Router
      1. Router Panel
    2. Splitter
    3. Demux
    4. Selector
  6. Source Objects
    1. Noise Generator
      1. Noise Generator Panel
    2. Wave Generator
    3. FilePlayer
  7. Mixer Objects
    1. Adder
    2. Matrix Mixer
      1. Matrix Mixer Panel
    3. Merger
    4. Fader Matrix
  8. Dynamic Object
    1. Limiter
      1. Limiter Panel
  9. Filter Objects
    1. ParameterBiquad
      1. Parameter Biquad Panel
    2. CoefficientBiquad
      1. Coefficient Biquad Native Panel
    3. Tone Control Extended
      1. Tone Control Extended Panel
    4. XoverBiquad
      1. Xover Biquad Panel
    5. FastConv
      1. Fast Conv Panel
    6. FIR Filter
      1. FIR Filter Panel

Real Time Analyzer

  1. Real Time Analyzer Overview
  2. Real Time Analyzer Components
  3. Settings
    1. Channels Settings
    2. Generator Settings
    3. Analyzer Settings
    4. Microphone Calibration
    5. RTA Advanced Settings
      1. Sound Card Settings
      2. Plugin Host Setting
      3. Advance Analyzer Settings
      4. Advance Generator Settings
      5. Graph Display Settings
      6. Mimo Convolver Settings
      7. Recorder Settings
      8. Routing Settings
    6. Saving and Loading RTA File
  4. Integrated Virtual Process Options
  5. Probe Point Configuration
  6. Real Time Data View
  7. Graph Settings and Measurement
  8. Traces
    1. Trace Toolbar
    2. Trace Configuration
    3. Trace Functionalities
    4. RTA Shortcuts
  9. Analysing Audio Signal

Measurement Module 2.0

  1. Measurement Module Overview
  2. Configurations
    1. Device Output Mapping
    2. Generator
    3. Test Sound
  3. Understand Measurement Process
    1. Scene Setup
    2. Speaker Configuration
    3. Microphone Configuration
    4. Define Measurement
    5. Measurement Session

Central Viewer

  1. Central Viewer Overview
  2. Central Viewer Window
    1. Configurations
    2. Scene Mode
    3. Chart Selector
    4. Waterfall Chart
    5. Graph Area
    6. Curve Lists
    7. Domain Selector
  3. Import Export Central viewer settings

Starter Kit Utility Tool

  1. Starter Kit Utility Tool
  2. Useful Commands for Starter Kit
  3. Starter Kit Troubleshooting
  • Global Tuning Tool
  • Create Signal Flow

4.2.Create Signal Flow

The AudioworX Signal Flow Designer (SFD) allows you to deploy features across DSPs, SoCs, and ECUs. Harman and third-party technologies are available for drag-and-drop audio flow construction using a library of standard audio building blocks.

This audio processing can be simulated on a PC or target hardware while computing and memory measurements for each block are collected.

Follow the below steps to create a signal flow design:

  1. Double click on xAF instance in Device View to open Signal Flow designer.
  2. Go to the Toolbox section, expand Interface, and drag AudioIO audio object to the Signal Flow view. Similarly add another AudioIO audio object to the Signal Flow view.

    When adding an xAF instance to a discovered device, this AudioIO can be added. Thus, this step is only necessary if these two AudioIO objects are absent.

  3. Select one of the AudioIO audio object and set the Object Mode parameter to Audio In. Similarly, select another AudioIO audio object and set the Object Mode parameter to Audio Out.
  4. Expand Basic and drag Gain audio object to the Signal Flow view. You can use any of the audio object, for example Gain audio object is used.

    Try to keep Gain audio object in between two AudioIO audio object or else you cannot connect the input or output pin with Gain audio object.

    Now, you can modify the audio object properties as per requirement.

  5. Select the Gain audio object and set # of channels parameter to 2. The number of channels determines how many connectors the AO will be allotted. You can assign as many channels as you want to your device in GTT.
  6. Hold the CTRL key, select all the audio object from the Signal Flow view, and click Connect Blocks to connect all the audio object.Or you can drag a connection from output pin of an AO and drop to input pin of another AO

    Now you have an input and output object, as well as an object to tune gain, invert, and mute parameters for each channel of signal flow designer.
  7. Click Save to save the signal flow design and click Go Back.
  8. Launch IVP and click on Send Signal Flow in device view.
    A message “Signal flow successfully submitted” will be displayed. The Signal Flow sent to the virtual amplifier.

Messages While Saving Signal Flow Design

  • If there is a version mismatch between the current audio library version and the version data on the device, a warning message appears asking whether to continue or stop saving.
    A screenshot of a computer Description automatically generated with medium confidence
  • If there is a tuning version mismatch between audio objects in the signal flow and audio objects in the toolbox, a warning message will be displayed, showing the tuning version differences, and those audio objects are highlighted in blue. Right click on the particular AO and click on Upgrade Audio Object to resolve these errors or warnings.
    A picture containing table Description automatically generated
  • If the Sample Rate/Block Length does not match, a message will be displayed asking if you want to continue or stop saving.

For more details about Signal Flow Design, refer to the Signal Flow Design user guide.

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