#!/usr/bin/env python3
"""Analyze the size calculation problem"""
import json

print("=" * 80)
print("SIZE CALCULATION ANALYSIS")
print("=" * 80)

configs = {
    "planet": {"ratio": 0.00008},
    "dwarf_planet": {"ratio": 0.00015},
}

bodies = {
    'Jupiter': {'type': 'planet', 'radius': 69911},
    'Saturn': {'type': 'planet', 'radius': 58232},
    'Earth': {'type': 'planet', 'radius': 6371},
    'Ceres': {'type': 'dwarf_planet', 'radius': 476},
    'Pluto': {'type': 'dwarf_planet', 'radius': 1188},
}

print("\n1. CALCULATED DISPLAY SIZES:")
print("-" * 80)
for name, body in bodies.items():
    ratio = configs[body['type']]['ratio']
    size = body['radius'] * ratio
    print(f"{name:<15}: {body['radius']:>6} km * {ratio:.6f} = {size:.4f}")

print("\n2. SIZE RATIOS (relative to Earth):")
print("-" * 80)
earth_size = bodies['Earth']['radius'] * configs['planet']['ratio']
for name, body in bodies.items():
    ratio = configs[body['type']]['ratio']
    size = body['radius'] * ratio
    relative = size / earth_size
    print(f"{name:<15}: {size:.4f} / {earth_size:.4f} = {relative:.2f}x Earth")

print("\n" + "=" * 80)
print("⚠️  PROBLEM IDENTIFIED:")
print("=" * 80)
print("Planet ratio:       0.00008")
print("Dwarf planet ratio: 0.00015  (1.875x larger!)")
print()
print("This means dwarf planets are artificially ENLARGED by 1.875x")
print("relative to regular planets!")
print()
print("IMPACT:")
print("  • Small dwarf planets (Ceres) appear TOO LARGE")
print("  • Large planets (Jupiter, Saturn) appear correctly sized")
print("  • But the ratio between them is WRONG")
print()
print("SOLUTION:")
print("  → Use the SAME ratio for all body types")
print("  → Recommended: ratio = 0.00008 for all types")
print("=" * 80)

# Show what sizes would be with unified ratio
print("\n3. SIZES WITH UNIFIED RATIO (0.00008):")
print("-" * 80)
unified_ratio = 0.00008
for name, body in bodies.items():
    size = body['radius'] * unified_ratio
    relative = size / earth_size
    print(f"{name:<15}: {body['radius']:>6} km * {unified_ratio:.6f} = {size:.4f} ({relative:.2f}x Earth)")