A two-dimensional, hexagonal programming language.

open source software for bidimensional and tridimensional remeshing

This repository allows for fast computation of two-dimensional Time-To-Collision (TTC), DRAC, and MTTC.

A two-dimensional programming language.

A feature-rich, two-dimensional, recreational programming language. With mirrors.

Miscellaneous esoteric programming languages.

A 2-D programming language inspired by Hexagony

Two Dimensional Fokker-Planck Solver using Matlab

A plain-text encoding for Piet programs

agrid is an OCaml library for adjustable grids. Adjustable grids are two dimensional arrays whose width/height can be changed by adding or removing row/column at either end (one at a time).

Builds 2D heterostructures via coincidence lattice theory.

A language for matching two-dimensional patterns, based on Boolean grammars.

Eliassen-Palm flux diagnostics script in the form employed by Edmon, 
H.
 J., 
B. 
J. 
Hoskins, 
and 
M. 
E. 
McIntyre, 
1980: 
Eliassen‐Palm 
cross
sections 
for
 the 
troposphere. 
J.
Atmos. 
Sci., 
37:2600–2616


A python implementation of arrangement for straight lines and circles (and their segments) in Euclidean space.

A two-dimensional programming language from 1994.

A two-dimensional esoteric programming language, inspired by Hexagony and based on Surface

Easily map 1D values into 2D space with this TypeScript Hilbert curve library, perfect for graphics, data visualization, and spatial indexing.

This repository offers code to repeat experiments and reuse the method in the study "Inferring vehicle spacing in urban traffic from trajectory data".

A selfmade 2D RPG

🕹The Chaser game's main idea is that there is an object which is stuck in some place with some other objects. Some are chasing ,others are to be chased.

2D terrain divided into tiles, compressed on CPU, decompressed on GPU, with caching to decrease PCIE bottleneck and VRAM requirement for very big terrains.

Java embedded GUI package

C++ implementation of a 2D separating axis algorithm.

30 Day Coding Challenge at Techgig

Some work on the paper, "Automated Lie-algebraic input space partitioning using first-order two-dimensional cellular automata" by me (Shrohan Mohapatra. (2020, June 5). Automated Lie-algebraic input space partitioning using first-order two-dimensional cellular automata. Zenodo. http://doi.org/10.5281/zenodo.3880404), here in the specific example with Game of Life for automated Lie-algebraic input space partitioning.

Two-dimensional programming language for chickens 🐔

Tools for interacting with sets of coordinates on a two-dimensional plane. CoordPy allows you to determine distances and locations between different coordinates.

A Two-Dimensional Geometry Library for Humans™

Numerical analysis of 1D and 2D Time-dependent Schrödinger equation using finite difference methods

My game submission for The GameDev.tv Game Jam 2023