| --- |
| title: Holographic Trace Stack Reassembly Harness |
| emoji: 𧬠|
| colorFrom: indigo |
| colorTo: blue |
| sdk: gradio |
| sdk_version: 6.5.1 |
| app_file: app.py |
| pinned: false |
| license: cc-by-nc-sa-4.0 |
| short_description: Trace-stack proof for reassembling atomized source data |
| thumbnail: https://huggingface.co/spaces/HirModel/holographic-trace-stack/resolve/main/assets/holographic_trace_stack_x_card.png |
| --- |
| |
| # Holographic Trace Stack Reassembly Harness |
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| **Stack the traces. Reassemble the account.** |
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| Version: **v0.2.0** |
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| This is a standalone Hugging Face Gradio Space proof harness for testing whether atomized source traces can be stacked midstream to reassemble a coherent, honest account of a source. |
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| ## Boundary |
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| This is **not optical holography**. |
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| This is **not a 3D hologram**. |
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| This is **not a cinematic visual engine**. |
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| This is **not a live mycelium/geometry renderer**. |
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| The phrase **holographic dataset** means one trace object can be projected through multiple accountable views: |
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| - source view |
| - atom view |
| - timeline view |
| - object continuity view |
| - motion route view |
| - pressure state view |
| - receipt view |
| - reassembly view |
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| The harness does not claim full source truth. It evaluates trace support, route integrity, source-return, boundary respect, and receipt quality. |
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| ## Core thesis |
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| If a source is atomized into trace-bearing components, and those traces preserve enough relational structure, then the system can stack the traces midstream and reassemble a coherent account of the source without relying on the original surface form alone. |
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| ## Core route |
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| ```text |
| source |
| β atomization |
| β trace capsule |
| β holographic dataset |
| β trace stack |
| β midstream reassembly |
| β reprojected dataset |
| β receipt |
| ``` |
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| ## v0.2 update |
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| v0.2 keeps the v0.1 bounded synthetic proof harness stable and adds a scoped forensic layer for live inspection: |
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| - per-contribution score breakdown |
| - weighted support panel |
| - compact motion-route segment ledger |
| - color-coded route statuses |
| - segment-level coverage and return contribution |
| - affected atom IDs |
| - receipt-facing reason line for each segment |
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| The new motion-route ledger converts `motion_route_score` from a single number into an inspectable route-integrity map. |
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| Segment states: |
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| - `returned` β motion segment points back to the expected prior frame/object state |
| - `missing` β expected motion atom is absent |
| - `shuffled` β stack order or return route is out of expected sequence |
| - `reversed` β route direction is inconsistent |
| - `conflicting` β source/hash identity conflict touches the segment |
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| Color convention in the UI: |
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| - green = returned |
| - amber = shuffled / reversed |
| - red = missing / conflicting |
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| ## What the harness proves |
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| The harness starts with controlled synthetic sources rather than arbitrary user video. This gives ground truth and makes the proof measurable. |
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| Synthetic examples include: |
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| - moving circle |
| - moving square |
| - color changes |
| - frame order |
| - object identity |
| - motion path |
| - optional occlusion |
| - optional missing frame |
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| The source is atomized into trace packets: |
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| - frame atoms |
| - object atoms |
| - edge / shape atoms |
| - color atoms |
| - motion atoms |
| - time atoms |
| - source-return atoms |
| - receipt atoms |
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| ## Required tests |
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| The built-in validation runner executes all six required tests: |
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| 1. `FULL_STACK_REASSEMBLY` |
| 2. `PARTIAL_STACK_REASSEMBLY` |
| 3. `SHUFFLED_TRACE_TEST` |
| 4. `MIXED_SOURCE_FALSE_STACK` |
| 5. `ROUND_TRIP_TEST` |
| 6. `CROSS_PROJECTION_TEST` |
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| ## Metrics |
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| The cockpit reports: |
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| - `source_return_score` |
| - `trace_completeness_score` |
| - `temporal_continuity_score` |
| - `object_continuity_score` |
| - `motion_route_score` |
| - `reassembly_confidence` |
| - `false_settlement_risk` |
| - `pressure_state` |
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| v0.2 also exports: |
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| - `contribution_breakdown` |
| - `motion_route_diagnostics` |
| - per-segment coverage delta |
| - per-segment return delta |
| - per-segment weighted contribution |
| - per-segment receipt line |
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| ## Pressure and boundary states |
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| Possible states: |
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| - `HELD` |
| - `REASSEMBLED` |
| - `STRAINED` |
| - `REPAIRING` |
| - `CONFLICT` |
| - `QUARANTINED` |
| - `MUST_STOP` |
| - `CLOSED_FOR_CURRENT_SCOPE` |
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| The system must not falsely claim clean reassembly when trace support is incomplete, shuffled, mixed, missing, or corrupted. |
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| ## Files |
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| Required Hugging Face Space root files: |
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| - `app.py` |
| - `requirements.txt` |
| - `runtime.txt` |
| - `README.md` |
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| Additional release files: |
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| - `VALIDATION_REPORT.json` |
| - `VALIDATION_REPORT.md` |
| - package `.zip` |
| - package `.sha256` |
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| ## Local validation |
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| Run: |
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| ```bash |
| python -m py_compile app.py |
| python -c "import app" |
| python - <<'PY' |
| import app |
| report = app.run_required_tests() |
| print(report['required_tests_run']) |
| print(report['summary']) |
| PY |
| ``` |
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| Expected: all six tests run and return explicit receipt-bearing states. Partial, shuffled, and mixed-source conditions should mark strain, repair, conflict, quarantine, or refusal rather than false closure. |
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| ## License |
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| cc-by-nc-sa-4.0 |
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