The Gamma-disordered Aztec Diamond     domino-tilings

Leonid Petrov


Simulation Info

The Gamma-disordered Aztec Diamond     domino-tilings

Leonid Petrov

Interactive simulation of the gamma-disordered Aztec diamond with edge weights drawn from Gamma distributions. Two independent tilings are overlaid to form the double dimer model, creating loops colored by type. Adjust size n, alpha, and beta parameters; toggle double-dimer and weight matrix views.

This simulation visualizes the Gamma-disordered random domino tilings of the Aztec diamond (Duits and Van Peski, in preparation). We generate random weights ${a_{i,j}, b_{i,j}}$ on the Aztec diamond graph such that:

$a_{i,j} \sim \Gamma(\alpha, 1) \quad \text{and} \quad b_{i,j} \sim \Gamma(\beta, 1).$


Gamma Parameters:

code

(note: parameters in the code might differ from the ones in simulation results below)

Dear colleagues:

Feel free to use code (unless otherwise specified next to the corresponding link), data, and visualizations to illustrate your research in talks and papers, with attribution (CC BY-SA 4.0 (opens in new tab)). Some images are available in very high resolution upon request. I can also produce other simulations upon request - email me at lenia.petrov@gmail.com
This material is based upon work supported by the National Science Foundation under Grant DMS-2153869