Managlyph is a powerful educational tool for visualizing atomic and molecular structures in 3D. It enables students and educators to explore atomic orbitals, reaction mechanisms, and molecular properties interactively, enhancing learning through dynamic 3D visualizations using red/cyan glasses or 3D monitors. Its versatility and ease of use make it an invaluable resource for teaching complex chemical concepts.

• Anaglyph Projection: Immerse yourself in stunning 3D visualizations with just a simple pair of red/cyan anaglyph glasses, bringing depth and realism to your viewing experience. For those with specialized 3D equipment, the system also supports interlacing, enabling seamless compatibility with a wide range of 3D monitors and projectors. Whether you're exploring 3D content on basic setups or advanced displays, this feature ensures accessibility and enhanced visual performance for everyone.

  

• Molecular Orbitals: Managlyph leverages the versatile 'Atom Bond Object' (ABO) file format, a powerful tool for embedding and managing multiple atomistic structures. These files can encapsulate complex details, such as molecular geometries, chemical bonding, and even molecular orbitals represented as isosurfaces. This flexibility allows for the seamless integration and visualization of intricate structural and electronic properties, making it an invaluable resource for advanced scientific modeling and analysis.

  

• Atomic Orbitals: Create, project, and rotate atomic orbitals up to the 4f subshell, providing an unparalleled opportunity to explore the intricate details of atomic structures. This capability allows users to visualize and analyze the shapes, orientations, and complexities of orbitals in 3D, offering a deeper understanding of quantum mechanics and atomic interactions.

  

Managlyph was developed with the generous financial support of the TU/e boost program.