| |
| """Recompute runs-per-pack from the published Tiny Desk Outstanding price table. |
| Source: https://tinydeskoutstanding.video/pricing.md (checked 2026-11-11).""" |
| import json |
| RUN = {"480p": 998, "720p": 1298, "1080p": 2498, "4k": 3998} |
| PACKS = {"2 videos": (1996, 1996), "5 videos": (4498, 4990), |
| "10 videos": (6998, 9980), "20 videos": (11998, 19960)} |
| rows = [] |
| for pack, (cents, credits) in PACKS.items(): |
| for res, cost in RUN.items(): |
| runs, left = divmod(credits, cost) |
| rows.append({"pack": pack, "pack_price_usd": cents / 100, "pack_credits": credits, |
| "resolution": res, "single_price_usd": cost / 100, "credits_per_run": cost, |
| "full_runs": runs, "leftover_credits": left, |
| "effective_usd_per_run": round(cents / 100 / runs, 2) if runs else None, |
| "saving_vs_single_pct": round(100 * (1 - (cents / runs) / cost), 1) if runs else None, |
| "source": "https://tinydeskoutstanding.video/pricing.md", "checked": "2026-11-11"}) |
| if __name__ == "__main__": |
| with open("pack-math-2026-11-11.jsonl", "w") as f: |
| for r in rows: |
| f.write(json.dumps(r) + "\n") |
| for r in rows: |
| print(f'{r["pack"]:9} {r["resolution"]:5} runs={r["full_runs"]:2} left={r["leftover_credits"]:5} ' |
| f'per_run=${r["effective_usd_per_run"]} save={r["saving_vs_single_pct"]}%') |
|
|
