Human Color Vision
Tutorials
About this tutorial
Getting Started
1. Download the codebase
2. Install the required packages
Using local pip
Using virtualenv
Using Conda
3. Check installation
4. (Optional) Download the NTIRE dataset
Retina Simulation
0. Introduction
1. Retina model overview
Directory Structure
2. Simulating optic nerve signals with a default trichromatic retina
3. Simulating different retina models
3.1. Change the parameters in the yaml file
3.2. Directly modify the yaml object
3.3. Directly modify the instance of the retina model
4. Conclusion
Cortex Simulation
0. Introduction
1. Cortex model overview
Directory Structure
2. Training the cortex model
2.1. Default parameters for training the default cortex model
2.2. Training a sandbox model
3. Visualizing the learned internal percepts
4. Conclusion
Custom Simulation
1. Simulation of anomalous trichromat
What is Anomalous Trichromat?
1.1. Identify the Module to Customize
1.2. Define Your Configuration
Default YAML Configuration
Modified YAML Configuration
1.3. Run and analyze
1.4. Further analysis (Optional)
2. Simulation of extreme cone positions
2.1. Identify the module to customize
2.2. Define your configuration
Default YAML Configuration
Modified YAML Configuration
2.3. Run and analyze
2.4. Further analysis (Optional)
2.5. Conclusion
3. Simulation of cone cell death
4. Simulation of imperfect eye motion inference and its effect on color perception
Supplementary
Supplementary Video
Human Color Vision
Custom Simulation
4. Simulation of imperfect eye motion inference and its effect on color perception
4. Simulation of imperfect eye motion inference and its effect on color perception