Rigid-Sync Tennis Option-Based Movement Evaluation Architecture: From Personal Baseline to Usage Scenarios, Movement Candidates, and Option History

Abstract

This record proposes an option-based movement evaluation architecture for applying Rigid-Sync to individualized tennis movement analysis and design.Building on the previously published Personal Baseline Architecture, the present framework integrates two directions: an analytical direction that asks where an observed movement structure may be usable, and a design direction that asks which movement strategies may be viable for a player who wants to achieve a particular outcome in a particular situation.The architecture combines Personal Baseline, Current Body State, Physical Execution Capability, Situation, Player Intention, and Option History to organize Usage Scenario Candidates, Candidate Movement Strategies, Candidate Movement Structures, and Candidate Operating Regions.Actual outcomes are not treated as a simple success/failure binary. Instead, the framework distinguishes different outcome meanings, including Established Success, Emergent Success Candidate, Accidental / Degenerative Success, Productive Miss, Capability-Limited Failure, and Relational Breakdown, and returns these observations to Option History for longitudinal re-evaluation.The architecture is intended as a proposed conceptual framework. This record does not claim that general effectiveness, diagnostic accuracy, predictive accuracy, injury-prevention effects, or performance-improvement effects have been empirically established.This record extends the earlier concept record:“Rigid-Sync Tennis Individual Optimization Architecture: Personal Baseline, Normal Range, Breakdown Boundary, and Execution Capability”DOI: 10.5281/zenodo.23059448