bchao1

bullet

🚅 Interactive prompts made simple. Build a prompt like stacking blocks.

chart-race-react

📊 Seamless bar chart race component for React.

Anime-Face-Dataset

🖼 A collection of high-quality anime faces.

awesome-holography

A curated list of resources on holographic displays.

Anime-Generation

🎨 Anime generation with GANs.

fast-poisson-image-editing

Fast, scalable, and extensive implementations of Poisson image editing algorithms.

photometric-stereo

Photometric stereo algorithms in numpy and pytorch.

poissonpy

📈 poissonpy is a Python Poisson Equation library for scientific computing, image and video processing, and computer graphics.

webgl-3d-viewer

3D model viewer in WebGL and pure Javascript.

bchao1.github.io

A beautiful, simple, clean, and responsive Jekyll theme for academics

ethereal

old-website

A beautiful, simple, clean, and responsive Jekyll theme for academics

bchao1

extract-readme

📑 extract-readme extracts the README markdown file from a GitHub repository and generates a corresponding formatted HTML that can be rendered on any website.

image-morphing

Python Implementation of Feature-Based Image Metamorphosis.

lf-flow

Light field from stereo pairs.

awesome-deep-optics

computational-imaging-research-groups

A list of computational imaging research groups.

game-of-life

Game of life.

pado

Pado: differentiable simulation of light waves

shapex

🪁 shapex is a 3D shape descriptor library.

stereo-magnification

Code accompanying the SIGGRAPH 2018 paper "Stereo Magnification: Learning View Synthesis using Multiplane Images"

Cardinal3D

Stanford CS248A Assignment 2

DeepFocus

DeepFocus: Learned Image Synthesis for Computational Displays

draw-svg

Stanford CS248 Assignment 1: Implement a simple SVG renderer

LaPy

Toolbox for Differential Geometry on Triangle and Tetrahedra Meshes (FEM, Laplace, Poisson, Heat Flow ...)

nerf-pytorch

A PyTorch implementation of NeRF (Neural Radiance Fields) that reproduces the results.

pbrt-v3

Source code for pbrt, the renderer described in the third edition of "Physically Based Rendering: From Theory To Implementation", by Matt Pharr, Wenzel Jakob, and Greg Humphreys.

PyZDDE

Zemax/ OpticStudio Extension using Python

shading

Stanford CS248 Assignment 3: Real-time Shading