For crystallographers, this is the killer app. The CNA modifier classifies atoms based on their local crystalline environment.
At the core of OVITO is a unique pipeline-based workflow. Users apply "modifiers" to their data in a sequence that can be reordered or adjusted at any time without losing original data, allowing for real-time interactive exploration.
In tribology (friction) and mechanical slicing simulations, the material deformation front often moves along a specific axis. Isolating the Top view allows researchers to slice and view dislocations across the slip planes cleanly. 3. How to Configure and Maximize the Top View in the GUI ovito top
Add the modifier from the "Add modification..." dropdown menu. Load a filter file within the modifier settings.
Includes rib-knit V-neck styles, boho floral embroidery, and plain bow-back designs. For crystallographers, this is the killer app
Combined with geometric modifiers like Voronoi Analysis , looking from the top clarifies cell areas and lateral volume distributions in dense amorphous or liquid phases. Managing the Top Viewport in the Interactive GUI
While the basic version is excellent, the "top" features elevate research papers to a professional level: Users apply "modifiers" to their data in a
Unlocking Insights with OVITO: The Open Visualization Tool for Atomistic Simulations
Rotate the simulation cell so that your desired crystallographic plane (e.g., the plane) aligns perfectly parallel to the XYcap X cap Y
You can add two-dimensional text, logos, or scale bars directly to the top view to enhance clarity. Go to the tab in the command panel.
Every modifier added in OVITO is non-destructive. This encourages experimentation. A researcher can apply a Coordination Analysis , followed by a Color Coding modifier, and then a Slice modifier. If the initial parameters were wrong, they can simply go back down the pipeline and adjust a number. The result at the "top" updates instantly.