jpmschweitzerandClaude Opus 4.6
8a3c5af842
systems.db: 43 North Reach body catalogs (hops 4-12) tooling: atlas-verify, atlas-names, atlas-systems-done, atlas-helpers.sh Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
94 lines
3.0 KiB
Bash
Executable File
94 lines
3.0 KiB
Bash
Executable File
#!/bin/bash
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# Verify a proposal JSON against integrity checks
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# Usage: tooling/atlas-verify docs/atlas/proposals/GJ273.json
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cd "$(dirname "$0")/.."
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python3 -c "
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import json, sys
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with open('$1') as f:
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p = json.load(f)
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errors = []
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bodies = p.get('bodies', [])
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stations = p.get('stations', [])
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# 1. Inhabited bodies must have names
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for b in bodies:
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if b.get('inhabited') and not b.get('proper_name'):
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errors.append(f\"Inhabited body {b['body_id']} has no proper_name\")
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# 2. Uninhabited bodies should have null names
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for b in bodies:
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if not b.get('inhabited') and b.get('proper_name'):
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errors.append(f\"Uninhabited body {b['body_id']} has proper_name '{b['proper_name']}' (should be null)\")
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# 3. All stations must have names
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for s in stations:
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if not s.get('proper_name'):
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errors.append(f\"Station {s['station_id']} has no proper_name\")
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# 4. Body count check
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planets = [b for b in bodies if b['body_type'] == 'planet']
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star_type = p.get('spectral_class', 'M')
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if star_type.startswith(('G', 'F')):
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min_planets = 8
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elif star_type.startswith('K'):
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min_planets = 7
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else:
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min_planets = 6
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if len(planets) < min_planets:
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errors.append(f\"Only {len(planets)} planets, need {min_planets}+ for {star_type} star\")
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# 5. Required structures
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oort = [b for b in bodies if b['body_type'] == 'oort_cloud']
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if not oort:
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errors.append('No oort cloud')
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horizon = [s for s in stations if s['station_type'] == 'horizon']
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if not horizon:
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errors.append('No horizon station')
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elif not any(s.get('has_gate_infrastructure') for s in horizon):
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errors.append('Horizon station missing has_gate_infrastructure: true')
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belts = [b for b in bodies if b['body_type'] == 'asteroid_belt']
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if not belts:
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errors.append('No asteroid belt')
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# 6. Orbit consistency
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top_level = [b for b in bodies if not b.get('parent_body_id')]
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orbits = [b['orbit_index'] for b in top_level]
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if orbits != sorted(orbits):
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errors.append(f\"Top-level orbit_index not monotonic: {orbits}\")
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if len(orbits) != len(set(orbits)):
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errors.append(f\"Duplicate orbit_index in top-level: {orbits}\")
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# 7. Moon orbit consistency
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parents = {}
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for b in bodies:
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pid = b.get('parent_body_id')
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if pid:
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parents.setdefault(pid, []).append(b['orbit_index'])
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for pid, idxs in parents.items():
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if idxs != sorted(idxs):
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errors.append(f\"Moon orbits under {pid} not monotonic: {idxs}\")
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if len(idxs) != len(set(idxs)):
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errors.append(f\"Duplicate moon orbit_index under {pid}: {idxs}\")
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# 8. Parent references valid
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body_ids = set(b['body_id'] for b in bodies)
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for b in bodies:
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pid = b.get('parent_body_id')
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if pid and pid not in body_ids:
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errors.append(f\"Body {b['body_id']} references missing parent {pid}\")
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for s in stations:
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oid = s.get('orbits_body_id')
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if oid and oid not in body_ids:
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errors.append(f\"Station {s['station_id']} references missing body {oid}\")
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if errors:
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print('FAIL')
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for e in errors:
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print(f' - {e}')
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sys.exit(1)
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else:
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print('PASS')
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"
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