pulse2percept

Getting started

  • Overview
  • Installation
  • Quickstart

Core concepts

  • Implants
  • Stimulation
  • Models and Percepts
  • Visual Input and Simulated Vision
  • Coordinates and Visual Field Maps
  • Physical Units
  • Datasets

Scientific examples

  • Example Gallery
    • Quickstart
    • Key examples
    • Model reproductions
      • Key examples
      • Model reproductions

Reference

  • API Reference
  • Frequently Asked Questions
  • Release Notes
  • References
  • In the News

Developer Guide

  • Contributing to pulse2percept
  • Coding Style Guide
  • Performance Benchmarks
  • Preparing a New Release
pulse2percept
  • Example Gallery
  • View page source

Example Gallery

Complete simulations. Each example states what it shows and what it does not establish. The objects they use are documented under Core Concepts, starting with Implants.

Quickstart

Quickstart

Key examples

Start here, in this order:

  1. Argus II: images, video, and encoders: images, video, and encoders on an epiretinal implant.

  2. Simulating PRIMA in age-related macular degeneration: a photovoltaic implant inside a scotoma, with scenes, gaze, and both eyes.

  3. van der Grinten et al. (2023): Cortical phosphene dynamics: a cortical implant and phosphene dynamics over time.

  4. Beyeler et al. (2019): Phosphenes are not pixels: model predictions against measured phosphene drawings.

Beyeler et al. (2019): Phosphenes are not pixels

Beyeler et al. (2019): Phosphenes are not pixels

Simulating PRIMA in age-related macular degeneration

Simulating PRIMA in age-related macular degeneration

Argus II: images, video, and encoders

Argus II: images, video, and encoders

van der Grinten et al. (2023): Cortical phosphene dynamics

van der Grinten et al. (2023): Cortical phosphene dynamics

Model reproductions

Figures from published models, recreated against the psychophysical data they were fit to.

Granley et al. (2021): Pulse parameters shape phosphene appearance

Granley et al. (2021): Pulse parameters shape phosphene appearance

Horsager et al. (2009): Temporal sensitivity of the epiretinal percept

Horsager et al. (2009): Temporal sensitivity of the epiretinal percept

Nanduri et al. (2012): Amplitude and frequency are not interchangeable

Nanduri et al. (2012): Amplitude and frequency are not interchangeable

Download all examples in Python source code: examples_python.zip

Download all examples in Jupyter notebooks: examples_jupyter.zip

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