Prototype Prep v0.1

README Title

Prototype Prep v0.1 A Minimal Runnable Spine, Conformance Package, and Benchmark Bridge for the Human OS Engine

Prototype Prep v0.1 is the first frozen bridge from Symbolic Mechanics theory to executable architecture. It does not claim a finished Human OS, a production-ready system, or a complete implementation of the wider volume series. Its function is narrower and more important: to freeze the smallest deterministic spine clearly enough that building can begin without doctrinal drift.

Purpose

The purpose of this repository is to show that Symbolic Mechanics is no longer only a theory archive. At the v0.1 prototype-preparation layer, it already has a fixed variable vocabulary, a fixed manual execution procedure, a fixed reference trace set, a fixed conformance matrix, a fixed implementation-readiness gate, and a defined toy simulator blueprint. This is the threshold at which a theory becomes buildable under discipline.

Prototype Prep v0.1 exists to make one transition explicit:

the transition from theory architecture to executable preparation.

What This Package Is

Prototype Prep v0.1 is a minimal runnable spine. It preserves only the smallest canonical cycle required for a first implementation attempt. Its job is not to encode the entire 62-volume system. Its job is to define the smallest executable version of the engine that can already be run by hand, translated into a toy simulator, judged through a conformance framework, and later attached to benchmark comparison.

At its core, the package preserves the canonical cycle:

Δ → S → L → R → Exit → new Δ

What This Package Includes

Prototype Prep v0.1 freezes the minimum canonical inputs and implementation artifacts required before a builder can claim readiness. These include the main bridge specification plus the appendices that define the variable vocabulary, manual cycle execution, Gold Trace Set, Conformance Matrix, readiness gate, toy simulator blueprint, and output schema. The package is designed so that a competent builder does not need hidden clarification to begin a first disciplined build pass.

At the v0.1 level, the minimal runnable spine already includes:

• event packet intake
• delta classification
• processor competition
• seat routing
• symbolic registration
• visibility assignment
• load accumulation
• threshold calculation
• exit prediction
• exit resolution
• downstream generation
• trace storage

The first toy simulator is also already specified as a modular build. Its minimum required modules include:

1. Input Packet Loader
2. Delta Classification Handler
3. Processor Competition Engine
4. Seat Routing Engine
5. Symbolic Registration Layer
6. Visibility Evaluator
7. Load Accumulation Engine
8. Threshold Engine
9. Exit Prediction Engine
10. Exit Resolution Engine

What This Package Does Not Claim

Implementation-ready in v0.1 does not mean:

• the full 62-volume system is complete
• the full unconscious architecture is encoded
• the projection stack is fully simulated
• the narrative engine is already operational
• all later benchmark layers have been executed
• the system is ready for production deployment
• the system is ready for therapeutic, commercial, or diagnostic use

Why This Matters

A theory that remains only prose cannot be handed to a builder in a stable way. Prototype Prep v0.1 matters because it moves Symbolic Mechanics from discussable to buildable. It makes the first real implementation attempt possible by freezing the engine vocabulary, the manual cycle, the test corpus, the evaluation logic, and the handoff conditions required before code begins.

This package makes the following possible for the first time:

• a visible state-machine version of the canonical cycle
• a modular toy simulator
• Gold Trace preservation testing
• immediate post-build conformance checking
• benchmark attachment against non-structural baselines

Current Status

Prototype Prep v0.1 is closed as a preparation line without falsely claiming implementation success. Its formal closure status is:

Its current readiness state is:

This means the preparation layer is frozen enough for a first disciplined build pass, but not yet closed as a validated executable reference line.

Builder-Facing Meaning of Build Ready

A builder may claim Build Ready only if all canonical documents are present, all required readiness checklist items are satisfied, no disqualifying condition is present, and the Gold Trace harness is available before coding begins. The point of this rule is to prevent premature implementation and to distinguish conceptual enthusiasm from actual implementation readiness.

A handoff package is sufficient only if a competent builder can:

• represent the state object
• implement the module chain
• load the Gold Trace Set
• export the canonical Cycle Result Object
• generate the Downstream Delta Object when required
• run the Conformance Matrix

If these cannot be done from the package alone, the handoff has failed.

Who This Repository Is For

This repository is primarily for:

• builders
• researchers
• benchmark and evaluation teams

If you want to understand how Symbolic Mechanics moves from theory into executable architecture, this is the first formal entry point. If you want to build the first toy simulator, this is the correct handoff line. If you want to test whether Symbolic Mechanics outperforms memory-only, prompt-only, or persona-style approaches, this package already defines the benchmark-preparation bridge.

Repository Role in the Wider System

Prototype Prep v0.1 is not a standalone theory. It is a bridge package inside the larger Symbolic Mechanics program. It sits after the canonical engine formalization and before architectural implementation design. At the preparation layer, the bridge from theory to executable structure is already complete; the next layer is no longer preparatory, but implementation architecture.

Structural Promise of This Repository

This repository makes one promise only:

that the minimal canonical cycle can now be translated into a toy simulator without structural drift.

It does not promise expressive sophistication.
It promises executable preservation.

Project Homepage

Research Contact

Closing Line

Prototype Prep v0.1 is not the finished Human OS. It is the first bridge frozen cleanly enough, narrowly enough, and rigorously enough that real building can begin.