tz-dev/PMS-ANTICIPATION: PMS–ANTICIPATION — Schema Alignment, Full Example Suite, and Repository Consolidation

What's New in This Release This release substantially consolidates PMS–ANTICIPATION as a fully structured repository artifact within the PMS ecosystem. What was previously available as a strong theoretical paper plus initial operational material has now been brought into a cleanly aligned, repository-wide application layer with: a fully updated PMS-ANTICIPATION.yaml overlay, a revised Model Specification aligned to the current schema, a complete five-example suite in both YAML and HTML, synchronized paper exports (HTML / Markdown / PDF), shared presentation assets (CSS / diagrams), and a repository-level README that reflects the actual artifact stack and current PMS dependency status. This release therefore marks the point at which PMS–ANTICIPATION is no longer only a paper with examples, but a coherent publication repository consisting of theoretical text, machine-readable overlay schema, human-readable specification, and structurally standardized application cases. Core Advances in This Release 1) Full alignment to the current PMS base model The repository has been updated so that PMS–ANTICIPATION is now explicitly aligned with the current canonical PMS base specification: depends on PMS_1.3 no new operators introduced no PMS operators redefined no dependency relations changed no derived axes replaced or modified The overlay remains exactly what it is supposed to be: a paper-specific application schema formally subordinate to PMS structurally dependent on the canonical operator grammar constrained to overlay-level constructs only This means the repository now presents the anticipation model in a way that is clearer, cleaner, and more formally disciplined with respect to the current PMS reference version. 2) Updated canonical overlay schema: PMS-ANTICIPATION.yaml The repository's machine-readable overlay file has been fully revised and stabilized as: model/PMS-ANTICIPATION.yaml schema_version: PMS-ANTICIPATION_1.1 The updated schema now coherently includes the full application profile, including: schema identity and dependency metadata validity gate for PMS application fixed operator reference and dependency hygiene note the anticipation lens definition reduced signatures viability criteria formal invalidity markers anticipation/prognosis contrast logic prognosis-type handling rules configuration comparison structural drift patterns post-confirmation discipline structural potentials and costs responsibility and dignity links scope limitations and rival framings methodological appendix example-suite schema This makes the overlay not only machine-legible, but also internally complete as a repository reference artifact. 3) Expansion from examples as illustrations to examples as structured schema instances A major step in this release is the full conversion and harmonization of the example suite. The repository now contains five fully structured examples, each available as: YAML schema instance HTML human-readable presentation Included examples: AI Safety Regimes That Become Riskier After First Success Post-confirmation drift, Λ-closure, Ω-inflation, Χ erosion, and Ψ externalization. Preventive Security Policy Without a Clear Adversary Diffuse-threat governance, permanent Λ pressure, Θ lock-in, and exceptionalism without formal exception. Organizations That Die from Too Much Prudence Chronic non-enactment, prudence traps, Χ as identity, and Ψ binding to analysis rather than praxis. Morally High Movements That End Up Coercive Moral closure, delegitimized distance, reproduced Ω, and outward-shifted obligation. Tragic Conflicts Misread as Failure Irreducible Λ, painful Θ, over-attributed Ω, hindsight Φ, and blame-spiral formation. Each example is now: scene-bound operator-readable non-diagnostic non-instructional aligned with the example schema explicitly tied to the PMS–ANTICIPATION validity gate rendered in a format that is both machine-structured and publication-readable This is a significant repository maturation step: examples are no longer just worked notes, but formalized application cases. 4) Revised human-readable model specification The repository's Model Specification has been updated to reflect the current overlay in a more adequate and complete way. Available artifacts: model/Model Specification.html model/Model Specification.pdf The revised specification now presents PMS–ANTICIPATION as what it actually is in repository form: a PMS-conform application profile, structurally tied to the current YAML overlay, explicitly dependent on PMS_1.3, and expanded to include not only anticipation/prognosis logic, but also: post-confirmation discipline, drift and invalidity structures, scope limitations, rival framings, and the example-suite logic. This closes the previous gap between schema and human-readable explanation. 5) Full repository artifact consolidation The repository structure has now been regularized into a coherent publication stack. Current structure includes: README.md LICENSE PMS–ANTICIPATION.html PMS–ANTICIPATION.md PMS–ANTICIPATION.pdf model/PMS-ANTICIPATION.yaml model/Model Specification.html model/Model Specification.pdf examples/*.yaml examples/*.html css/main.css img/diagram01.png to img/diagram04.png This matters because PMS–ANTICIPATION is now present not merely as text, but as a repository-grade publication object with: paper, model, specification, examples, figures, and styling assets. 6) README rewritten to reflect the actual repository and current schema state The repository README has been fully revised so that it now properly reflects: the dependency on PMS_1.3 the actual overlay status of PMS–ANTICIPATION the updated structural contributions the distinction between anticipation and prognosis methodological restraint and non-capture openness the example suite the actual repository contents the broader PMS ecosystem citation guidance and contribution orientation This resolves the previous mismatch between repository reality and repository front-page description. Why This Release Matters This release matters because it moves PMS–ANTICIPATION into a more rigorous and publishable state across all repository layers at once: conceptually, formally, structurally, editorially, and representationally. The core claim of the project becomes more legible in this release: Anticipation is not prediction, authority, or action privilege. It is a present structural stance whose validity is tested by restraint. With the current repository state: anticipation becomes machine-readable without becoming technocratic, examples become comparable without becoming prescriptive, confirmation becomes analyzable as structural risk rather than success aura, and repository artefacts now mutually reinforce each other instead of partially drifting apart. In practical terms, the release strengthens PMS–ANTICIPATION in exactly the places where such a project can otherwise become weak: schema-paper mismatch, outdated dependency references, loose example formatting, incomplete repository presentation, or under-specified publication structure. Backward Compatibility / Structural Continuity This release preserves the core thesis and does not alter the operator-theoretical basis of the project. Unchanged at the structural level anticipation remains non-prognostic no PMS operators were added no PMS operators were redefined the project remains strictly subordinate to PMS the core discipline remains: Λ openness Θ irreversibility Ω restraint Χ preservation Σ non-totalizing integration Ψ self-binding Updated / improved in this release PMS dependency references updated to PMS_1.3 overlay schema formalized and stabilized at PMS-ANTICIPATION_1.1 examples fully converted into schema-aligned YAML + HTML pairs model specification revised README revised repository structure consolidated So this release is best understood as a major consolidation and alignment release, not as a conceptual rupture. Intended Audience This remains a repository for readers and researchers working on: structural theory praxeology governance analysis institutional design AI safety / AI governance responsibility under asymmetry temporality and non-event handling scene-bound structural analysis under uncertainty It is especially relevant for readers interested in: why anticipation is not forecasting, how success can create coercion risk, how non-action can become structurally costly, how moral seriousness can drift into pressure, and how tragic remainder is often miscoded as culpable failure. Repository Status With this release, PMS–ANTICIPATION is now: conceptually mature schema-aligned example-complete publication-structured repository-consistent suitable for citation, close reading, comparison, and peer discussion The project remains structurally open to critique and revision, but the repository itself now presents the model in a significantly more coherent and publishable form. Citation When citing this repository state, please reference both PMS–ANTICIPATION and PMS. PMS–ANTICIPATION T. Zöller (2026): PMS–ANTICIPATION — Structural Conditions, Risks, and Viability of Anticipatory Praxis. PMS Framework T. Zöller (2025/2026): Towards a Praxeological Meta-Structure Theory. PMS.yaml — Axiomatic Operator Schema (PMS_1.3). If citing the formal overlay directly, you may additionally reference: T. Zöller; formalization assistance by ChatGPT (GPT-5.4 Thinking) (2026): PMS-ANTICIPATION.yaml — Paper-Specific Application Schema (Overlay), schema_version PMS-ANTICIPATION_1.1. Final Release Note PMS–ANTICIPATION is hardest exactly where anticipation is most tempting: under pressure, under confirmation, under urgency, under asymmetry, under mor