LabMaestro
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LabMaestro Documentation

LabMaestro is a visual experiment builder for designing, running, and managing psychophysics and neuroscience experiments with VPixx hardware.

Whether you are setting up your first experiment or looking for a specific component reference, this documentation will guide you through every step.

New to LabMaestro? Start with the quickstart guide to run your first experiment in minutes.


Getting Started



What is LabMaestro?

An overview of what LabMaestro does, who it is for, and how it fits into the VPixx ecosystem.

System Requirements and Installation

Supported platforms, hardware prerequisites, and step-by-step installation instructions.

Quickstart: Run Your First Experiment

A hands-on walkthrough that takes you from opening LabMaestro to running a working experiment.

Introduction to the User Interface

A tour of the main interface: the timeline, property panels, project explorer, and key controls.

Your User Account

Licensing, account setup, and managing your LabMaestro credentials.


Configure Your Lab

Set up your physical lab environment in LabMaestro, including displays, VPixx devices, eye tracking, and colour calibration.



Environment and Devices Overview

How LabMaestro represents your lab hardware and how to add devices to a project.

Displays and Monitors

General display configuration for any monitor.

VIEWPixx Displays

Configuration specific to VIEWPixx display devices.

PROPixx Projector

Setup and modes for the PROPixx projector, including high refresh rate and 3D rendering.

TRACKPixx3 Eye Tracker

Integrating and calibrating the TRACKPixx3 eye tracker within LabMaestro.

Calibration and Colour Management

Gamma calibration workflows, colour spaces, and X-Rite measurement tools.

Data and Recordings

Built-in data visualization and exporting recordings for external analysis.


Build Your Experiment

Learn the core concepts of experiment design in LabMaestro: projects, timelines, components, methods, and more.



Projects and .lm Files

How LabMaestro project files work and how to manage them.

Experiment Design Hierarchy

The structural model behind LabMaestro experiments: epochs, blocks, trials, and timelines.

Understanding Timeline Behavior

How timelines execute and how to control flow, duration, and transitions.

Resources: Stimuli, Audio, and Media

Managing stimulus files (images, audio, video) within your project.

Values and Expressions: Dynamic Content

Using variables, expressions, and mathematical functions to create dynamic experiments.

Components: Building Blocks of Experiments

Regions, Patterns, Commands, and Methods — the four component types that make up every experiment.

Shared Component Library

Import, export, and share reusable components across projects and with other users.

Running Experiments Online

Deploying experiments to run remotely via Pack&Go.

Tips and Best Practices

Practical advice for building reliable, well-structured experiments.


Tutorials and Demos

Step-by-step walkthroughs and downloadable project templates covering common experiment types and techniques.



Regions, Patterns and Static Psychophysical Stimuli

Build static visual stimuli using regions and patterns.

Monitor Pixel Density and Degrees of Visual Angle

Configure accurate stimulus sizing based on viewing distance and display properties.

Calibration with TRACKPixx3

Eye tracker calibration workflow.

Rapid Invisible Frequency Tagging (RIFT)

Generate RIFT stimuli for the PROPixx.

High Bit Depth Rendering

Leverage VPixx devices for beyond-8-bit colour precision.

High Refresh Rate Rendering

Configure high frame rate modes with VPixx hardware.

Customizing Stimuli with Expressions

Use mathematical functions and expressions for dynamic stimulus generation.

Playing Audio

Configure and trigger audio playback on VPixx devices.

CLUTs, M16 Mode, and Color Transparency

Advanced colour lookup tables and transparency modes.

Free Viewing Experiment

Build a free-viewing paradigm with eye tracking.

Saccade to Target Experiment

Create a saccade task with gaze-contingent control.

Gaze Contingent Window

Implement a gaze-contingent display window.

Controlling Experiment Flow with TRACKPixx3

Use eye tracking events to drive experiment logic.

Recording and Plotting Pursuit Data

Capture and visualize smooth pursuit eye movement data.

Stroop Effect

A classic Stroop task implementation.

Phenomenal Coherence of Moving Patterns

Motion coherence paradigm.

Illusory Apparent Motion

Apparent motion illusion demo.

Contrast Sensitivity

Contrast sensitivity measurement paradigm.


Reference and Troubleshooting



Expression Reference

Complete reference for all available functions, operators, and built-in variables in the expression system.

Component Reference

Detailed specifications for every component type available in LabMaestro.

Glossary

Alphabetical definitions of key terms used throughout the LabMaestro documentation.


Additional Resources



Software Download

Download the latest version of LabMaestro.

Pack&Go

Upload and run experiments remotely.

VPixx Online Classroom (VOCAL)

Video tutorials and training materials.

FAQ

Frequently asked questions.

Contact Support

Get in touch with the VPixx support team.