JaeHyunLee94
M.S. Student in Korea University, CS. Interested in Computer Graphics.
University of Wisconsin-MadisonMadison, WI
Pinned Repositories
age-prediction-pytorch
Cloth-simulation
simple cloth simulation with collision detection
FEM_3d_taichi
3D FEM implementation with Taichi
LEE-JAE-HYUN179
LeeFramework
mpm2d
mpm2d
mpm_solver
mpm_solver
Sand_taichi
Implementation of Klar's paper
simple-rigidbody-simulation
Stable_Fluid_3D_taichi
implementation of 3d stam's fluid visualized with volume rendering
JaeHyunLee94's Repositories
JaeHyunLee94/mpm_solver
mpm_solver
JaeHyunLee94/mpm2d
mpm2d
JaeHyunLee94/age-prediction-pytorch
JaeHyunLee94/LeeFramework
JaeHyunLee94/simple-rigidbody-simulation
JaeHyunLee94/Cloth-simulation
simple cloth simulation with collision detection
JaeHyunLee94/LEE-JAE-HYUN179
JaeHyunLee94/Problem_Solving
This repository is for Problem solving in online judge site
JaeHyunLee94/Sand_taichi
Implementation of Klar's paper
JaeHyunLee94/Stable_Fluid_3D_taichi
implementation of 3d stam's fluid visualized with volume rendering
JaeHyunLee94/box2d-pinballgame
Box2d and OpenGL PinballGame
JaeHyunLee94/MPM_framework_Taichi
JaeHyunLee94/MPM_taichi
JaeHyunLee94/AI_assignment-cs188-
AI assignment for COSE361 in Korea Univ, CS188 in Berkeley
JaeHyunLee94/cute_headers
Collection of cross-platform one-file C/C++ libraries with no dependencies, primarily used for games
JaeHyunLee94/linux
Linux kernel source tree
JaeHyunLee94/opengl-playground
JaeHyunLee94/pinball_opengl
JaeHyunLee94/Position_Based_Dynamics
JaeHyunLee94/Spatial-hasing
Spatial hashing
JaeHyunLee94/starlab-ar
JaeHyunLee94/starlab-physics
JaeHyunLee94/CMAKE_Practice
JaeHyunLee94/FEM_3d_taichi
3D FEM implementation with Taichi
JaeHyunLee94/SpartanEngine
Game engine with an emphasis on architectural quality and performance
JaeHyunLee94/common-3d-test-models
Repository containing common 3D test models in original format with original source if known and obj mesh
JaeHyunLee94/FastLaplacian_PIC
JaeHyunLee94/IPC
Incremental Potential Contact (IPC) is for robust and accurate time stepping of nonlinear elastodynamics. IPC guarantees intersection- and inversion-free trajectories regardless of materials, time-step sizes, velocities, or deformation severity.
JaeHyunLee94/LEE-JAE-HYUN179.github.io
JaeHyunLee94/website