[katharinabrecht-quantum] sync3d 0.1.1

katharina.quantumdata@proton.me (Katharina Brecht) — Mon, 12 Oct 2026 10:05:40 GMT

Provides a domain-agnostic visualization utility designed to bypass structural rendering limitations within multi-trace three-dimensional animations in 'Plotly' by implementing a decoupled rendering pipeline. Computational processing of time-dependent physical states (markers and nodes) is managed within the R environment, while a custom hardware-accelerated 'WebGL' injection handles the synchronous rendering of complex topological frameworks (lines and edges) directly within the 'UI' browser interface via 'htmlwidgets'. This dual-layer architecture ensures smooth execution of synchronized multi-component 3D animations without framework degradation or controller loss.

[katharinabrecht-quantum] octawave 0.1.0

katharina.quantumdata@proton.me (Katharina Brecht) — Wed, 26 Aug 2026 11:12:13 GMT

Provides mathematical tools for simulating and visualizing three-dimensional octahedral quantum wave interferences and spatial resonance fields. Includes functions for MRI slice generation of fullerene structures and wave models. Computational modeling and three-dimensional visualization of fullerene and octahedral topologies are implemented within the R statistical environment, with interactive plotting powered by 'plotly'. Theoretical foundations are based on the topological frameworks of Cataldo et al. (2015) , Dresselhaus et al. (1996, ISBN:9780122218200), and Coxeter (1973, ISBN:9780486614809); the geometric principles of equations of the octahedron type are outlined in Bobenko and Suris (2012) . Additional structural and biological symmetry contexts are derived from Bragg (1914) and Caspar and Klug (1962) .

katharinabrecht-quantum.r-universe.dev

[katharinabrecht-quantum] sync3d 0.1.1

[katharinabrecht-quantum] octawave 0.1.0