I am Ivo, computational chemist π§ͺ and retro computer enthousiast πΎ from the Netherlands .
Overview
Projects | Language(s) | Stars | Issues | Forks |
Python package for evaluating integrals of Gaussian type orbitals in electronic structure calculations |
Python, C++ | |||
Python-based localized-orbital Density Functional Theory code for educational purposes. |
Python, Shell | |||
Python-based plane wave density functional theory code for educational purposes |
Python, Shell | |||
Python package for building isosurfaces from 3D scalar fields |
C++, C | |||
Hartree-Fock C++ code |
C++, C | |||
C++ based DFT program for educational purposes |
C++, CMake | |||
Electron Density Plotter |
C++, CMake | |||
Generate isosurface from density data |
C++, C | |||
Rotation of spherical harmonics using Wigner-D matrices |
Python, Shell | |||
Common Neighbor Analysis Tool |
GLSL, C++ | |||
Gray-Scott reaction-diffusion system in 3D using CUDA |
C, C++ | |||
C++ script to generate Turing patterns |
C++, CMake | |||
Python Library for Lebedev Quadrature points and weights |
Python, Shell | |||
Visualization and building tool for electronic structure calculations |
C++, GLSL | |||
Tool that converts VASP density file (CHGCAR/LOCPOT) to a binary file |
C++, CMake | |||
Pure Python Molecular Integral Library |
Python, Shell | |||
Stereographic rendering program for atomic systems |
C++, C |
Projects | Language(s) | Stars | Issues | Forks |
Course to learn how to write OpenGL C++ programs |
C++, CMake | |||
Plane Wave Density Functional Theory Exercises for the Han-sur-Lesse Winterschool 2024 |
Python | |||
Lecture notes on plane-wave density functional theory |
TeX, Python | |||
Exercises for the Hartree-Fock Workshop for the Han-sur-Lesse Winterschool of 2021 |
Python | |||
Hartree-Fock Course for Han-sur-Lesse 2017 |
C++, Makefile |
Projects | Language(s) | Stars | Issues | Forks |
PICO based flasher utility for SST39SF0x0 EEPROM chips |
C++, C | |||
Command line tool to interface with the SST39SF0x0 PICO Flasher |
C++, CMake |
Overview
- Philips P2000T and P2000C
- 8-bit consoles, handhelds and computers
- Homebrew computer designs
- 8-bit games
Projects | Language(s) | Stars | Issues | Forks |
SD-card cartridge for the P2000T |
C, Assembly | |||
Collection of homebrew P2000T cartridges |
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RAM expansion board for the P2000T |
C, Assembly | |||
Philips P2000T SLOT2 cartridge to interface with Atari 2600-style joysticks |
Python, Shell | |||
Arduino Leonardo based P2000T Cartridge Reader |
Python, C++ | |||
Integrated Desktop Environment for writing Z80 assembly programs for the P2000T |
C++, C | |||
PCB for connecting a SCART male connector for component video (RGBS) |
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8086 CoPower Board serial communication program for the Philips P2000C |
Assembly, Python | |||
Nederlandstalige handleiding voor de P2000T SD-kaart cartridge |
TeX |
Projects | Language(s) | Stars | Issues | Forks |
Gameboy Cartridge Reader based on the Atmega 32u4 |
C, C++ |
Projects | Language(s) | Stars | Issues | Forks |
Modular 8-bit computer built with TTL logic units to create a "Simple as Possible" system |
Python, C++ | |||
Homebrew 6502-based computer |
C, Assembly |
Projects | Language(s) | Stars | Issues | Forks |
Logic puzzle game for the Commander X16 |
C, Assembly | |||
Commander X16 port of the venerable Othello (reversi) game |
C, Pascal | |||
Tetris clone written in 8086/8088 assembly for IBM5150 and newer |
Assembly, Makefile |