Centroid Normalization
Every recorded stroke point is re-centered around the origin (0,0) to neutralize position offsets before comparison.
Sketch your shape on the left board. The right diagram renders a live, normalized preview — showing your raw stroke, the resampled coordinate nodes, and the computed centroid used by the matching algorithm. When you analyze, Holoviewtic also explains the cosmic space your shape most likely belongs to — a galaxy, a nebula, or a stellar cluster.
Enter your date of birth. Holoviewtic maps your birthday onto the celestial calendar, generates a personal star diagram, and reveals the deep-space object and guardian star aligned with the moment you entered the cosmos.
Every recorded stroke point is re-centered around the origin (0,0) to neutralize position offsets before comparison.
Vectors are rescaled so the root mean square distance to origin equals 1, making the match invariant to drawing size.
Your normalized path is cross-referenced against the cosmic vector matrix, returning the object with the lowest RMSE.
Centroid: μx = (1/n) Σ xi , μy = (1/n) Σ yi
Recenter: p'i = ( xi − μx , yi − μy )
Scale: s = sqrt( (1/n) Σ ||p'i||² )
Normalize: p̂i = p'i / s
Match Score: Mk = sqrt( (1/n) Σ ||p̂i − ck,i||² )
A colossal barred spiral galaxy approximately 2.5 million light-years from Earth.
Massive stellar nursery situated within the local spiral arm of the Milky Way.
Unusually bright galaxy features a heavy, dark dust ring layer slicing across its core.