Welcome to LDAQ documentation!

This package provides an extendable interface for data acquisition and generation. It is designed to be quickly set-up, easy to use and accomodate a wide range of data sources.

The source-code for this package is available on GitHub.

The package enables data acquisition and signal generation from multiple hardware sources, and costumizable live data visualization.

See Getting started for a quick start guide.

See Tutorials to learn about different LDAQ features.

For more advanced use cases of currently supported hardware see notebook Examples.

Note

To quickly add acquisition code to your project, go to the Code snippets page, where you can copy and paste the code you need.

Table of Contents

• Installation
• Getting started
  • Create the acquisition object
  • Create the Core object
  • Set the trigger
  • Run the measurement
  • Save the measurement
  • What else can I do with LDAQ?
• Tutorials
  • Acquisition
  • Generation
  • Live visualization
    • Adding lines to the plot
    • Configure the subplots
  • Multiple sources
    • Multiple acquisition sources
    • Multiple generation sources
  • Virtual Channels
  • Create NI task
    • Input task
    • Output task
  • Custom Acquisitions
    • General Guidelines
    • Example
• Code snippets
  • National Instruments
    • Acquisition only
    • Acquisition with visualization
    • Acquisition, generation and visualization
• Supported Devices
  • Acqusition
  • Generation
  • Hardware-Specific Installation Instructions
• Code documentation
  • Overview
  • Acquisition
    • Base Acqusition Class
    • Hardware-Specific Acqusition Classes
  • Generation
    • Base Generation Class
    • Hardware-Specific Generation Classes
  • Visualization
    • Visualization
  • Core
    • Core
  • Utilities
    • National Instruments
    • Other
• Examples
  • Analog Discovery Acquisition 2
  • Serial Acquisition
    • C code uploaded to the Arduino:
  • Serial simple acquisition
    • C code uploaded to the Arduino:
  • NI acquisition
  • Basler acquisition
  • Flir acquisition and visualization
  • Multiple acquisition
  • NI Acquisition, generation and visualization
  • Check events
  • Virtual channel
  • Simultated data and video
  • Advanced visualization
    • Creation of simulated signals:
    • Creation of simulated acquisition source:
  • App performance
  • Periodic Data Saving Example

Indices and tables

• Index

• Search Page