Version-bound technical manual · v1.3.0
Verify before install
Technical Manual — 432 Atlas, Waveform Rosetta & Geometric Fiber Rosetta
UVLM CoherenceLattice Optional Atlas and Rosetta Modules · v1.3.0
Install, verify, and replay the exact Atlas and Rosetta open alpha, then inspect how a categorical 432-address dictionary, a master-preserving waveform gauge, a typed geometric fiber, and a residual-aware GUFT/UCM packet meet the closed CoherenceLattice observation boundary.
- Python 3.11+
- Windows PowerShell or POSIX shell
- Local filesystem
- jsonschema 4.23–<5
- No model required
- Not production ready
Stop on mismatch. Do not extract, install, or run a release ZIP whose SHA-256 differs from 30dfb270…1cceae47.
Four layers keep the bridge honest
The Pattern Bridge separates established mechanics, chosen encoding conventions, governed translation, and empirical evaluation.
The source domain remains controlling
Physics, signal processing, humanities interpretation, geometry, and every other domain retain their own objects, units, causal relations, and evidence standards. No GUFT axiom overrides native theory.
The coordinate convention is declared
The software chooses a transparent local s in [0,1] gauge, pure-sine master carrier, and master-preserving residual reflection for reproducibility and audit—not because nature independently ordained those semantic placements.
Identity, state, form, and limits travel together
The packet carries native modality, address, local expression, geometry, finite depth, GUFT vector, residual, uncertainty, provenance, consent, and governance.
Utility must beat baselines
The bridge earns stronger claims only if it improves held-out prediction, reconstruction, calibration, refusal, source fidelity, review burden, or another declared outcome against strong controls.
Scientific posture. The reference frame is chosen. Its consequences are derived and replayed. Its external utility is tested. The ontology remains open.
How the Waveform Rosetta defines the local bounded state
The reference placement is chosen for symmetry, reversibility, low description length, human legibility, and machine auditability. Its consequences are mathematically derived; its cross-domain usefulness remains testable.
W_i+(t) = M_i(t) + R_i(t) W_i-(t) = M_i(t) - R_i(t) = 2M_i(t) - W_i+(t) W_i(t;s) = M_i(t) + (2s - 1)R_i(t), s in [0,1] [W_i+(t) + W_i-(t)] / 2 = M_i(t)
| Coordinate | Reference posture | Waveform |
|---|---|---|
s = 0 | Canonical structural-shadow pole | M_i - R_i |
s = 0.5 | Cell-specific neutral master | M_i |
s = 1 | Canonical integrated pole | M_i + R_i |
Do not globalize s. The meaningful identity is (i, s). The same numeric value in two different cells does not establish a cross-cell ranking or shared human quality.
The common GUFT/UCM vocabulary
GUFT/UCM supplies common typed fields for comparison and governance, not a claim that unlike source domains share one substance or causal mechanism.
Formal coherence spine
Psi_CL = E_cpl × T_tr, where reciprocal task/source coupling and traceability are declared normalized estimators. Their product is noncompensatory: relevance without traceability and traceability without relevance both remain low.
It is not a quantum wavefunction, truth score, consciousness measure, moral rank, or universal proof.
Broader descriptive vector
u = (E_cpl, T_tr, E_s, lambda, mu) in [0,1]^5 adds declared ethical-symmetry, phase-stability, and mutual-containment estimators. Sharing a range enables exchange; it does not erase native units or meaning.
Xi = (m, i, s, x, ell, u, rho, Sigma, pi, a) m native modality or adapter i Atlas address or other bounded reference address s local expression coordinate in [0,1] x optional domain-typed geometric coordinate ell finite observation or refinement depth u (E_cpl, T_tr, E_s, lambda, mu) in [0,1]^5 rho unexplained or off-basis residual Sigma uncertainty or covariance pi provenance and transformation lineage a aperture, consent, retention, and governance posture
The complete typed state packet
Xi = (m, i, s, x, ell, u, rho, Sigma, pi, a) m native modality or adapter i bounded reference address s cell-local expression in [0,1] x domain-typed geometric coordinate ell finite observation or refinement depth u typed GUFT vector rho unexplained or off-basis residual Sigma uncertainty or covariance pi provenance and transform lineage a aperture, consent, retention, and governance posture
Without residual, the system forces interpretation. Without provenance, it cannot be audited. Without aperture, it tends toward surveillance. Without native units, normalization hides category errors. Without governance, a candidate can be mistaken for authority.
Why this helps AI systems
Perception, language, planning, scientific models, memory, tools, and humanistic interpretation produce different native objects. A shared packet lets an orchestrator compare relations and preserve disagreement without pretending those objects are the same thing.
What remains empirical
The architecture may function as an interlingua and metacognitive control surface. It has not established operational universality, improved deployed cognition, AGI, consciousness, or universal cross-domain benefit.
Public thesis. GUFT does not tell an AI what reality is. It gives the AI a governed language for learning how observed domains relate, where translations fail, and how vocabulary may grow after repeated residual evidence.
Architecture before installation
The release has two distributable modules, three named research layers, and one explicit core integration boundary.
Grammar of not knowing. The projector may emit MAPPED, PARTIALLY_MAPPED, MULTI_CELL, CONTESTED, AMBIGUOUS, INSUFFICIENT_EVIDENCE, OUT_OF_DISTRIBUTION, NO_ADEQUATE_MAPPING, AXIS_DEGENERATE, or NEW_PATTERN_CANDIDATE. No code and decimal becomes truth merely by existing.
UVLM Atlas 432 Dictionary
Prompt-free, source-grounded retrieval over 432 exact records. The registry is divided into 144 F, 144 M, and 144 C records across 36 families. Each record carries source, continuum, GUFT, geometry, waveform, state-contract, empirical-posture, and review-posture fields.
uvlm.wave_rosetta.master_preserving_reflection.v2
Defines the cell master, expressive residual, shadow and integrated endpoints, local state s in [0,1], signed displacement, phase-aware coefficients, and exact center reconstruction.
uvlm.guft.recursive_geometric_fiber.v1
Attaches a domain-typed local fiber to an Atlas address, with finite hypercube and simplex operations, center-to-boundary depth, boundary strata, symmetry, uncertainty boxes, and aperture-controlled refinement.
Core boundary. The exact CoherenceLattice core already contains a generic five-axis synthetic reference-waveform encoder. The optional Rosetta module adds the cell-specific master-preserving and geometric methods, then emits uvlm.coherence.observation.v1. The sealed core is not patched.
1. Download and verify
Download the complete release ZIP and its detached sidecar. The outer ZIP is the recommended artifact because it preserves the full verified release context.
30dfb270850c5d37512f1d4cc62656f27555b162cb175f0d0a9bc1419cceae47
Windows PowerShell verification
$File = ".\UVLM_CoherenceLattice_Optional_Atlas_and_Rosetta_Modules_Open_Alpha_Release_v1.3.0.zip" (Get-FileHash $File -Algorithm SHA256).Hash.ToLower()
The printed value must match the full 64-character digest above.
Linux or macOS verification
sha256sum UVLM_CoherenceLattice_Optional_Atlas_and_Rosetta_Modules_Open_Alpha_Release_v1.3.0.zip
The first field must match the full digest above.
2. Extract and install
The supplied scripts create a local virtual environment, install jsonschema, install the exact bundled wheels without resolving other dependencies, and run the release verifier.
PowerShell
Set-ExecutionPolicy -Scope Process Bypass .\INSTALL_WINDOWS.ps1
A successful run ends with INSTALLATION PASS.
POSIX shell
bash install.sh
A successful run ends with INSTALLATION PASS.
Network note. pip install -r requirements-runtime.txt may contact the configured package index for jsonschema>=4.23,<5. Pre-stage that dependency before installation when the environment must remain offline.
3. Run the supplied integration demonstration
The demo exercises Atlas, Rosetta, and the exact CoherenceLattice core, then writes a multi-artifact local output directory.
Windows
.\RUN_DEMO_WINDOWS.ps1
Open demo_output\09_integration_summary.json.
Linux or macOS
bash run_demo.sh
Open demo_output/09_integration_summary.json.
A successful summary includes "valid": true and "authority_effect": "NONE". “Valid” means the declared integration contract passed. It is not scientific confirmation or human authorization.
4. Re-run the release verifier
The verifier checks the release manifest, SHA-256 entries, exact artifacts, source closures, duplicate names, unsafe paths, and archive posture.
.\.venv\Scripts\python.exe .\tools\verify_release.py
.venv/bin/python tools/verify_release.py
Expected high-level result: artifacts_verified: 6, source_closures_verified: 4, public_release: true, and valid: true.
5. Atlas commands
Atlas is discovered through the uvlm_coherence.dictionaries entry-point group under the name atlas_432.
Verify the authenticated 432-record registry
.\.venv\Scripts\uvlm-atlas-432.exe verify-registry
.venv/bin/uvlm-atlas-432 verify-registry
Inspect one bounded record
uvlm-atlas-432 record F1-01
Use a virtual-environment executable path when the command is not on your shell path.
Run source-grounded mapping through CoherenceLattice
uvlm-coherence map /path/to/grounding_bundle --task "Map source-grounded care and boundary-restoration patterns" --dictionary-plugin atlas_432
Every grounding segment must carry the exact alpha.3 digest: SHA-256 of the UTF-8 segment text plus one final newline. A task-only instruction cannot manufacture source support.
Interpretation. Atlas returns at most eight deterministic competing readings. The relation score is not a probability, and the output is not a person classification.
6. Rosetta bridge workflow
Rosetta accepts explicit task, source, candidate, GUFT, geometry, waveform, uncertainty, residual, and governance fields; validates their consistency; and emits a canonical core observation plus separate geometry, waveform, universal-state, provenance, and nonauthority receipts.
uvlm-fiber-rosetta bridge modules/UVLM_Recursive_Geometric_Fiber_Rosetta_Module_v0.1.0-alpha.3/examples/example_bridge_input.json > bridge_receipt.json
python -c "import json; p=json.load(open('bridge_receipt.json',encoding='utf-8')); json.dump(p['observation'],open('observation.json','w',encoding='utf-8'),indent=2,sort_keys=True)"
uvlm-coherence validate-packet observation.json uvlm-coherence project observation.json
Use the virtual-environment executable paths on systems where the commands are not globally available.
Read the projection
- signed displacement z: position on the declared half-axis
- state coordinate s: bounded public coordinate in [0,1]
- off-axis residual: structure not explained by the one-dimensional axis
- fit status: whether the representation remains adequate and bounded
Do not collapse the boundaries
- Geometry is not automatically a waveform.
- A synthetic carrier is not a physical frequency identity.
- A provenance hash is not a signature or truth certificate.
- An Atlas candidate is not a person label.
7. Internal artifact choice
The complete release contains three distribution forms for each optional module. The outer ZIP remains the public identity; inner artifacts support specific technical workflows.
| Kind | Best for | Boundary |
|---|---|---|
| Source ZIP | Complete source inspection, education, and forks | Modified source or rebuilt output is a new candidate. |
| Wheel | Controlled installation of the exact tested package | Install beside the exact CoherenceLattice 0.1.0a3 core. |
| Source distribution | Standard Python source-package tooling | A locally built artifact does not inherit the supplied wheel’s hash. |
Universality and claim ceiling
Use the strongest level actually demonstrated—never the strongest level imagined.
| Level | Test | Posture |
|---|---|---|
| U1 · Syntactic | Can a compliant adapter emit the common packet? | Partly implemented. |
| U2 · Representational | Can bounded state, residual, uncertainty, provenance, and refusal be represented? | Formally specified; partly operational. |
| U3 · Operational | Does one workflow work usefully across multiple real domains? | Not established. |
| U4 · Empirical | Does it outperform strong native and latent-space baselines? | Not established. |
| U5 · Ontological | Are GUFT variables what reality fundamentally is? | Not claimed or required. |
Separate research lineage. The v0.12.0-RC1 Universal Pattern Bridge candidate used to refine these explanations is not part of this exact public release. Its no-render, no-publication, no-open-source-release posture remains controlling for that candidate. Do not upload it with the eight v1.3.0 public files.
8. Integrating a local model safely
A local model can sit upstream as an optional candidate generator. It is not part of Atlas or Rosetta and cannot bypass source, schema, provenance, or human-review gates.
- Record the model name, version, settings, prompt, and exact source material.
- Quarantine the raw model output as a candidate.
- Build authenticated source segments or typed Rosetta inputs independently.
- Run Atlas or Rosetta as a separate bounded process.
- Preserve refusals, unsupported claims, residuals, and uncertainty.
- Record human edits and the final human decision.
9. Troubleshooting
Stop at the first failed gate rather than continuing through a partially valid installation.
| Symptom | Meaning | Action |
|---|---|---|
| Python 3.11+ not found | The installer cannot create the virtual environment. | Install a supported Python version and confirm python --version. |
| PowerShell execution blocked | Local policy prevents the helper script. | Use Set-ExecutionPolicy -Scope Process Bypass; do not change machine policy unnecessarily. |
| SHA-256 mismatch | The downloaded bytes are not the authorized release. | Stop. Delete the file and retrieve it again from the official route. |
jsonschema cannot install | The package index is unavailable or the environment is offline. | Pre-download a compatible wheel and install it locally, then rerun the exact package installs. |
| Atlas plugin unavailable | The exact wheel may not be installed in the active environment. | Use the virtual-environment executables and rerun tools/verify_release.py. |
| Grounding digest mismatch | Segment text and declared hash do not bind. | Rebuild the grounding bundle from exact bytes; do not edit after hashing. |
| High off-axis residual | The one-dimensional Rosetta axis does not adequately represent the typed state. | Preserve the hold or poor-fit posture; do not force a symbolic match. |
| Receipt self-hash or cross-packet mismatch | The receipt or bound input changed. | Reject the receipt and regenerate from the exact declared input. |
10. Research, contribution, and forks
Contributions are welcome under MPL-2.0 when they remain bounded, tested, provenance-aware, and explicit about nonauthority.
- Define a narrow purpose and changed-file surface.
- Add expected and adversarial tests.
- Update source manifests, rights ledgers, notices, and provenance.
- Do not add person classification, diagnosis, spiritual or moral ranking, model-provider calls, silent network use, memory writes, autonomous publication, or deployment authority.
- Build deterministically where possible and obtain a new exact-hash review before public release.
Technical support and responsible reporting
Include the exact outer release SHA-256, platform, Python version, command, affected file, expected result, observed result, and minimal reproduction. Use a private channel for sensitive security details.