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---
title: Primordial Calculus 300-Year Simulation
emoji: 🧭
colorFrom: yellow
colorTo: gray
sdk: static
app_file: index.html
pinned: false
license: mit
short_description: HIR Γ— OAM dual-scenario 300-year pressure-form simulation.
---
# Primordial Calculus β€” 300-Year Simulation
**HIR Γ— OAM Dual-Scenario Simulation Engine v1.0**
Created and developed by **Collin D. Weber**.
This Space hosts a static, browser-based 300-year synthetic dynamical simulation comparing:
- **OAM Baseline:** no HIR coupling / no repair-stability field.
- **HIR Active:** Honesty Β· Integrity Β· Respect constructive chain engaged.
## Claims boundary
This is an **internally reproducible synthetic dynamical model** for exploring HIR/OAM pressure-form behavior under stated assumptions. It is **not** a real-world forecast, empirical socio-ecological model, demographic prediction, or policy tool. Future years are scenario checkpoints, not predictions.
## Included files
- `index.html` β€” static interactive simulation dashboard.
- `source/Primordial_Calculus_300Y_Simulation_v1_original.html` β€” original source copy.
- `reference/hir_oam_dual_scenario_engine_reference.py` β€” Python reference implementation matching the JS update structure.
- `data/` β€” generated trajectories, snapshots, and end-state comparison CSVs.
- `docs/` β€” pressure-event ledger, claims boundary, and posting notes.
## Local reproduction
```bash
python reference/hir_oam_dual_scenario_engine_reference.py
```
The Python script writes CSV outputs to `outputs/` when run locally.
## Core frame
**HIR does not erase pressure. It changes the degradation curve.**
**Sβ‚œ = Aβ‚œBβ‚œ βˆ’ Pβ‚œ**