Making Your Molecular Data Visually Intuitive in SAMSON.

When working on complex nanosystems, the ability to visually interpret molecular structures, fields, and other data is critical for molecular modelers. This is where Visual Models in SAMSON truly shine, providing you with tools to create detailed graphical representations of your molecular models. Let’s explore how Visual Models can be your solution for more intuitive molecular analysis and how to get started.

What Are Visual Models?

Visual Models in SAMSON allow users to generate graphical representations of their nanosystems. Whether it’s highlighting secondary structures of proteins, creating Gaussian surfaces, visualizing electron densities, or displaying electrostatic fields, Visual Models help bridge the gap between raw molecular data and actionable insights.

Some default visual models

SAMSON comes pre-equipped with a default set of Visual Models, but you can enhance this toolkit by adding more from SAMSON Connect. This extensibility ensures you can tailor the visualization features to your research needs.

How to Use Visual Models

Applying Visual Models in SAMSON is straightforward. You can visualize selected nodes or the entire document through the following methods:

  • Using the context toolbar menu of the selection.
  • Going to Visualization > Add > Visual Model.
  • Using the shortcut: Ctrl/Cmd + Shift+V.

Want more control? You can adjust visualization parameters directly in the Inspector. To do this, simply select your Visual Model in the Document View and click Inspect. For instance, you can modify parameters of secondary structures to match your research requirements.

Secondary structure visual model parameters in the Inspector

Highlight and Interact With Nanosystems

The true power of Visual Models is their ability to directly highlight and interact with specific nodes in your structure. For example, default visual models in SAMSON let you highlight or select atoms, residues, and chains interactively. Selections depend on the current selection filter, allowing precise control over which parts of your nanosystem are being analyzed or presented.

Highlighting residues on the Solvent Excluded Surface

Extending Your Visualization Capabilities

If SAMSON’s default models don’t meet your specific requirements, you can always develop your own. The platform provides extensive resources for generating new SAMSON Extensions, including Visual Models, and is designed to support creativity in nanoscale modeling. To start developing your own Visual Models, refer to the Extension Generator documentation for detailed guidance.

Visual Models in SAMSON offer a powerful way to integrate clarity and insight into your molecular modeling workflows. To learn more about Visual Models and their applications, visit the original documentation page here: https://documentation.samson-connect.net/users/latest/models/.

Note: SAMSON and all SAMSON Extensions are free for non-commercial use. You can get SAMSON at https://www.samson-connect.net.

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