The official PyTorch implementation of L2CS-Net for gaze estimation and tracking
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Updated
Feb 2, 2024 - Python
The official PyTorch implementation of L2CS-Net for gaze estimation and tracking
Open Source and Affordable, Virtual Reality Eye Tracking Platform.
Working repository to turn the COBIDAS guidelines to report methods and results in neuroimaging into a user friendly checklist
A python package for processing eye movement data
This repository contains the codes and all necessary files to make a robot that is wirelessly controlled by Iris movement
EyeTracking Metrics Calculator
Experiment code for the `mpib_sp_eeg` experiment
IEEE published Eye-tracking dataset of Human Eye Fixations over Crowd Videos. This dataset is part of the MIT/Tübingen Saliency Benchmark datasets.
The script gets at CSV of stimuli from and will create a CNT region file. If each region has only one corresponding column in CSV file, it uses a simple list from parameter file. However, if there are multiple columns for one or more regions, The script will prompt questions which the user need to answer.
Generates metrics file from Tobii .tsv raw data output.
SR Research bindings for Eyelink and Python. Optimized for Psychopy.
A Python library to import SR Research EDF files from EyeLink Eyetrackers
This code allows you to calculate 5 of the most popular saliency metrics AUC-Judd, KLdiv, NSS, CC and Sim to determine how well a deep learning model predicts visual saliency
To detect both face and eye together
Yet another implementation of some algo for smooth pursuit (following) eye movements, trying to avoid duplicate work already present in publications.
Project IRIS for AT-Hackathon 2018
Replication package for our eye-tracking study on programmers' linearity of reading order
Face Detection for the identification of human faces in digital images or video. It can be regarded as a specific case of object-class detection, where the task is to find the locations and sizes of all objects in an image that belongs to a given class.
Real-time asymmetric scotoma simulation built for IMT Atlantique using 3D shutter glasses and Pupil Labs core eyetracker
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