SAMSON Blog

Ensuring Compatibility of SAMSON Extensions: A Guide for Molecular Modelers

One of the most frustrating scenarios for molecular modelers is when a computational tool or its extensions fail to function properly due to version incompatibilities. If you’re using SAMSON, the integrative molecular design platform, understanding how version compatibility works can…

Designing Molecular Animations: A Look at Animation Effects in SAMSON

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Animations can greatly enhance the effectiveness of molecular presentations by turning static simulation data into dynamic and engaging visual stories. Whether you’re planning to illustrate molecular docking or showcase a molecular assembly in action, SAMSON’s wide range of built-in animation…

Optimizing Label Visibility in Molecular Models: Zoom-Responsive Tips

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Molecular modelers often face the challenge of presenting complex structures clearly while ensuring crucial details remain visible. When employing SAMSON, the integrative molecular design platform, its dynamic label visibility feature can be a game-changer for simplifying complex molecular visualizations. Zooming…

Understanding File Attributes in SAMSON’s Node Specification Language (NSL)

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Molecular modeling often requires precise organization and control over data files, especially when working with complex systems. In SAMSON, the Node Specification Language (NSL) offers a robust and structured way to handle file attributes, allowing molecular modelers to define, filter,…

Inspect Molecular Structures with Progressive Clipping in SAMSON.

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Analyzing complex molecular structures can often feel overwhelming, especially when intricate details are buried deep within the model. If you’ve ever struggled to visually inspect internal portions of a structure without losing context, SAMSON’s Progressive Clipping feature offers an efficient…

Mastering Carbon Nanotube Design with Precision and Ease

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For molecular modelers and nanotechnology researchers, creating carbon nanotube (CNT) models can be both integral and daunting. Precise control over parameters like chirality, radius, and length can directly influence simulation results, mechanical or electronic property studies, and even the design…

Effortless Backtracking: Master Undo and Redo in Molecular Modeling

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In the dynamic world of molecular modeling, precision and adaptability are everything. It’s common to make intricate adjustments to molecular structures, only to realize something needs to be reverted or refined further. For molecular modelers who frequently find themselves wishing…

Effortlessly Track Atoms in Motion with ‘Follow Atoms’ Animation

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For molecular modelers, observing the dynamic behavior of specific atoms during simulations can often feel like trying to keep track of a moving target in a complex web of interactions. Enter the Follow Atoms animation in SAMSON: a practical tool…

A Guide to Mesh Attributes in SAMSON’s Node Specification Language

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Molecular modelers often face challenges when they need to customize and retrieve information about specific molecular nodes, especially when working with mesh nodes. To help streamline these workflows, SAMSON’s Node Specification Language (NSL) provides a clear framework for defining and…

Navigating Your Work Safely: Undo and Redo in Molecular Modeling

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Molecular modeling can involve extensive trial and error as scientists and researchers explore chemical and molecular dynamics. However, one common challenge emerges: what if you make a mistake in a multi-step process or realize a better approach halfway through? Having…