Gecode 6.3.0 and 6.4.0 are releasedDraft
Gecode 6.3.0 collects seven years of solver and MiniZinc integration work, while 6.4.0 modernizes the build, adds new propagation functionality, and starts a more active release line.
Gecode 6.3.0 collects seven years of solver and MiniZinc integration work, while 6.4.0 modernizes the build, adds new propagation functionality, and starts a more active release line.
Selecting well-spaced points looks simple, but the usual decomposition creates quadratically many auxiliary variables. This post compares direct Gecode propagators and shows how a matching bound can strengthen them.
The main result is a public collection of 434,201 generated Sudoku instances, ranging from 6×6 to 36×36. The paper's experiments provide a map of how their propagation-based hardness changes with size.
A real wedding seating plan led to a MiniZinc model that balances practical requests with the chance of finding something to talk about. The post shows the central constraints and the mixed-radix objective.
A MiniZinc walk-through of the Partridge Packing Problem: pack one 1×1 square, two 2×2 squares, and so on into a square with exactly the same total area.

Solving the Rotating Workforce Scheduling problem using MiniZinc.

The Work Task Variation Problem, a paper by Mikael Z. Lagerkvist and Magnus Rattfeldt at CP 2025.

On Benchmarking MiniZinc and the LinkedIn Queens Problem

Solving LinkedIn Queens using MiniZinc
