Voronoi Tessellation

Given a canvas of width x height and a number of seed points (random by default), use the Voronoi tessellation algorithm to create the cells based on different metrics.

Various Metrics

• Euclidean Metric
• Manhattan Metric
• Minimum Metric: Euclidean
• Minkowski, p=1 - equivalent to Manhattan
• Minkowski, p=1.5
• Minkowski, p=2 - equivalent to Euclidean
• Minkowski, p=2.5
• Minkowski, p=3
• Minkowski, p=4
• Maximum Metric
• Canberra
• Mahalanobis
• Hamming

Metrics with Celestial Coordinates and Applications to Telescopes

From a discussion with GPT-4o. These may be useful for automosaics.

• Celestial Coordintes
• Applications to Astronomy