Duodecimal Resonant Numeration: Resonance Structure Datasets and Spiral-Space Visualizations

This release contains selected research datasets, resonance visualizations, spiral-space representations, and cross-instrument comparison examples from the: Duodecimal Resonant Numeration framework for resonance-oriented analysis of complex signals. The project explores interpretable spatial-temporal representations of resonance structures using harmonic continuity, resonance-chain analysis, and spiral-based visualization methods. Included materials contain: - interactive spiral-space visualizations- note-box resonance profile examples- cross-instrument resonance comparisons- publication-oriented figures- supporting research documentation Musical signals are currently used as a controllable resonance environment for experimentation and validation. Potential application areas include: - acoustics- signal analysis- resonance visualization- vibration analysis- structural diagnostics- geophysical signal interpretation- resonance-based monitoring systems This public release focuses on research results, datasets, and visualization examples. The complete internal implementation framework is not included.