Portal

The eye sees only what the mind is prepared to comprehend. — Robertson Davies MayaPortal Within MayaLucIA MayaLucIA operates through an iterative cycle: Measure → Model → Manifest → Evaluate → Refine. Each stage transforms understanding—from raw measurements, through scientific models, into perceptible forms that can be assessed and improved. MayaPortal is the engine of the Manifest stage: the viewport through which digital twins become observable. Where MayaLucIA asks “how do we understand?”, MayaPortal asks “how do we see?” The distinction matters. A reconstruction algorithm may produce a statistically faithful model of a mountain valley or a cortical circuit, but that model remains abstract—a collection of numbers in memory—until it is rendered into form. MayaPortal performs this transformation: it takes the dense state produced by reconstruction and simulation, and projects it into visual (and eventually auditory) experience. ...

Where atlas, connectome, physiology, and simulation converge into an interactive exploration tool. The visualisation portal is the feedback loop that closes the scientific cycle: build a model, render it, inspect it, find the gaps, refine. Lesson 04 — Visualization 3D rendering and interactive exploration with navis and plotly: Neuron point clouds — scatter plots of cell body positions, coloured by type Connection matrices — heatmaps of neuropil-to-neuropil connectivity 3D neuropil meshes — surface renderings of the 78 brain regions Interactive HTML exports — explorable in any browser Lesson 12 — The Digital Twin Portal The portal philosophy: a model’s limitations are as informative as its successes. The portal exposes: ...