A solver for (geometrical) packing problems

Tabu search and Genetic algorithm implementation for container loading problem (3D bin packing)

hybrid genetic algorithm for container loading problem

xflp is a heuristic solver for container loading problems in 3D with real world constraints

3D bin-packing with weight limit using first-fit decreasing algorithm

This repository contains procedures to solve the bin packing problem for one, two, or three dimensions exactly or heuristically.

3D container loading optimization using classical RL (PPO, A3C) and quantum-classical hybrid RL (Quantum PPO, Quantum A3C) with VQE actor and QAOA critic circuit

Production, Packaging & Container Loading Platform for Industrial Operations

Offline-capable web dashboard for logistics teams to calculate CBM (cubic meters), manage product catalogs, track container fill, and export Excel/CSV/PDF reports. No backend, no sign-up — everything persists locally.

NSGA-II based container loading optimizer balancing unloading order, vessel stability, slot utilization, and stacking constraints.

Model Context Protocol (MCP) server for Kubova — pack cargo into shipping containers and onto pallets in 3D, from any AI agent (Claude, Cursor, ChatGPT). Calls the public Kubova API

3D container loading simulator for street light poles & flanges — fit count, containers needed, freight estimate.

Container & truck load-planning MCP server — 3D load plans, right-sizing, utilization, centre of gravity, crush & securing checks for 200+ equipment types

Offline-first PWA for optimizing shipping container packing — 3D visualization, bin-packing engine, live animated packing, and cost analysis. Built with React 19, TypeScript, Tailwind CSS, and IndexedDB.

Container loading simulator with WebGPU 3D visualization / WebGPU 3D コンテナ積載シミュレータ