: Each individual data point inside the circle behaves like a physical mass connected to these peripheral anchors by springs.
For researchers working with their own histological or imaging data, is an invaluable open-source, Python-based tool. It allows users to register and visualize anatomical coordinates in the rat brain, providing a method to reconstruct where specific probes, cells, or virus expressions are located within the context of a standard atlas. It's a perfect example of a "ratvizappata" tool that allows scientists to project their own experimental data onto a common anatomical framework. ratvizappata
Check the local density of the plotted points. If a region exceeds a specific density threshold, apply a non-linear radial expansion function from the center out. This gently pushes overlapping points away from each other while preserving their relative angular orientation toward the anchors. Comparative Analysis : Each individual data point inside the circle