NonEuclid

NonEuclid, developed by the University of New Mexico, is a remarkable interactive Java software designed to facilitate the creation of ruler and compass constructions within both the Poincaré Disk and Upper Half-Plane models of Hyperbolic Geometry. The latest version, 6.0.290.11, is available for download, and it is entirely free to use. This engaging software, bearing the file name NoEuclid.exe, allows users, including those with a high school-level understanding of geometry, to dive deeply into the fascinating world of Hyperbolic Geometry.

With a modest file size of 311 KB, NonEuclid is lightweight yet rich in feature, making it an ideal tool for both educators and students. Those curious about questions like 'In Hyperbolic Geometry, are the base angles of an isosceles triangle congruent?' will find this software particularly useful for empirical investigations and gaining practical experience.

Belonging to the Photo & Graphics category, under the 3D Design subcategory, NonEuclid stands out for its ability to make complex geometrical concepts more accessible. Other versions, such as 6.0, demonstrate the software's ongoing development and commitment to quality enhancements. Alongside its academic value, NonEuclid’s study can also offer insights into practical applications like orbit prediction in intense gradational fields, aligning with concepts in Einstein's General Theory of Relativity and Curved Hyperspace.

Pros:

• Free to download.
• Interactive and engaging for learning Hyperbolic Geometry.
• Lightweight with a file size of 311 KB.
• Supports empirical investigation with accessible documentation.

Cons:

• Limited to educational use within the Hyperbolic Geometry niche.
• Requires understanding of high school level geometry for optimal use.

You may want to check out more software, such as Baldor Electronic Catalog, AutoCAD OwnerGuard or Block CAD, which might be related to NonEuclid.