Minh-Chien Trinh's Projects
A GUI for automated sequence design of wireframe scaffolded DNA origami
Beam Scaffolded Origami Routing
PyQt5 port of cadnano2
PyQt5 version of cadnano
Config files.
Python scripts and lecture notes of the graduate course <Finite Element Method> delivered by Minh-Chien Trinh, Division of Mechanical System Engineering, @JBNU, South Korea
A Python package for practical geometry algorithms.
To use GitHub for the first time!
DNA origami design tool
Mechanically Enhanced and Three-layered orIgami Structure
The Jupyter Notebook adaption of โNeural Networks from Scratch in Pythonโ by Harrison and Daniel, crafted for utilization as teaching resources in the graduate course titled โDeep Learningโ, offered during the Spring 2024 semester at Jeonbuk National University, by Minh-Chien Trinh.
NUPACK is a growing software suite for the analysis and design of nucleic acid structures, devices, and systems.
Off-lattice finite element solver for DNA nanostructures.
Programmed Eulerian Routing for DNA Design using X-overs
Build a Python calculator using Tkinter.
This is a Python implementation of the sequence design algorithm DAEDALUS for scaffolded DNA origami
Rectification of a calculated scaffold routing using NVIDIA PhysX
A collection of tools for DNA modelling
Three-dimensional, Algorithmically-generated Library of DNA Origami Shapes
An Autodesk Maya plugin for modelling DNA based structures
The ViennaRNA Package