In the field of molecular modeling and design, collaboration is often an integral part of solving complex problems. Whether you’re sharing intricate molecular models, organizing your team, or assigning permissions for cloud-based jobs, having an efficient system to manage this…

For molecular modelers striving to decode the intricate 3D shapes of molecules, accurately determining geometric structures is vital. Whether you’re investigating reaction mechanisms, designing ligands, or exploring functional properties of biomolecules, having a strong grip on molecular geometry simplifies identifying…

For molecular modelers working with SAMSON, understanding how to effectively control and query nodes is crucial for enhancing workflows. The Label Attributes section of the Node Specification Language (NSL) offers tools to work more efficiently with label nodes, enabling detailed…

Molecular modeling requires not only an understanding of structure, but also the ability to extract specific, precise information from complex models. This is where the NSL in SAMSON shines. Designed to simplify the selection of molecular elements based on precise…

For molecular modelers and developers, maintaining compatibility between their tools is essential for ensuring a smooth and productive workflow. If you’re working with SAMSON Extensions, one critical aspect is understanding how compatibility is managed between SAMSON itself and the Software…

When working on molecular modeling, visual representation plays a crucial role in understanding and communicating complex molecular data. Whether you’re designing molecular nodes or customizing visual presets, SAMSON’s Node Specification Language (NSL) provides a powerful toolkit to simplify this process.…