Moved configs to flatten directory structure:
- test_extreme_orientation_mixed.toml
- test_extreme_timescales.toml
- test_hybrid_burns.toml
- test_hybrid_energy_conservation.toml
Updated corresponding test files to use new paths:
- test_extreme_orientation_mixed.cpp
- test_extreme_timescales.cpp
- test_hybrid_burns.cpp
- test_hybrid_energy_conservation.cpp
All 240,294 assertions passing in 132 test cases
- Tests energy comparison between analytical and numerical propagation
- Validates analytical propagation maintains zero energy drift
- Verifies numerical propagation has controlled, expected energy drift
- Tests energy comparison for circular, elliptical, high eccentricity, inclined, fast, and slow orbits
- Tests pre/post burn energy validation (ΔE = v·Δv + 0.5Δv²)
- Tests long-term energy drift comparison (10 orbits)
- Tests energy accuracy across all orbit types
- Validates analytical propagation is more energy-stable than numerical
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