For molecular modelers working on complex structures, managing visibility in a data graph can often become a tedious task. Whether you’re analyzing intricate interactions or focusing on specific regions, hidden nodes can either streamline or complicate your workflow—depending on how effectively they’re handled.
What are hidden nodes?
Hidden nodes in NSL refer to nodes that are not visible. This happens because their visibility flag is set to false, or because one of their ancestors’ visibility flags is set to false. This hierarchical control allows for flexible and precise visibility management across a range of nodes within SAMSON’s molecular modeling environment.
By utilizing the node.hidden attribute, you can match nodes that are hidden. The short version of this attribute is n.h. This capability allows users to simplify workflows by revealing only the relevant parts of their molecular models without cluttering the screen with irrelevant data.
How to use hidden nodes effectively
The ability to filter hidden nodes is extremely useful for scenario-based molecular design. Here’s how you can effectively leverage the functionality:
- To quickly locate all hidden nodes in your graph, use the command:
node.hiddenorn.h. This will identify and highlight all nodes that are currently hidden. - If you want to isolate nodes that should be visible, combine the command
not node.hiddenornot n.h, allowing you to focus on objects that are actively on display.
Real-world applications
1. Streamlined analysis: When working with large biomolecular complexes like proteins or DNA, you might need to study only the functional regions while turning off ancillary components. By hiding unnecessary nodes, your screen is focused on the critical elements of your work.
2. Efficient debugging: During molecular visualization, you can hide misaligned atoms or incorrect bonds and easily filter them for resolution. The n.h command helps you spot these hidden issues effortlessly.
Using the node.hidden functionality saves time and improves workflow efficiency, especially for large-scale models where manual visibility handling can become overwhelming.
Learn more to enhance your expertise
If you’re curious about how this feature can integrate into your modeling workflow or want to explore its more advanced applications, visit the full documentation page on NSL node attributes.
Note: SAMSON and all SAMSON Extensions are free for non-commercial use. You can get SAMSON at https://www.samson-connect.net.