feat: add comprehensive examples for library features #38
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Added 8 new example files showcasing different features of the ootk library: - orbital-elements.ts: Demonstrates working with classical orbital elements, conversions between elements and state vectors, and TLE generation - maneuvers.ts: Shows Hohmann transfer calculations, two-burn orbit transfers, and delta-V computations for different orbit types - moon.ts: Covers lunar position calculations, moon rise/set times, phase calculations, and angular diameter computations - time-systems.ts: Illustrates different epoch types (UTC, TAI, TT, TDB, GPS), time system conversions, Julian dates, and GMST calculations - coordinate-transforms.ts: Demonstrates conversions between coordinate frames (ECI, ECF, LLA, J2000, TEME, ITRF) and relative coordinates (RIC) - satellite-passes.ts: Shows satellite pass prediction, visibility checks, field of view constraints, and look angle tracking - doppler.ts: Covers Doppler shift calculations for satellite communications, frequency shifts across different bands, and Doppler rate of change - observations.ts: Demonstrates RADEC (Right Ascension/Declination) observations, topocentric vs geocentric coordinates, and angular separations These examples provide users with practical code showing how to use the library's features for real-world orbital mechanics applications.
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Added 8 new example files showcasing different features of the ootk library:
orbital-elements.ts: Demonstrates working with classical orbital elements, conversions between elements and state vectors, and TLE generation
maneuvers.ts: Shows Hohmann transfer calculations, two-burn orbit transfers, and delta-V computations for different orbit types
moon.ts: Covers lunar position calculations, moon rise/set times, phase calculations, and angular diameter computations
time-systems.ts: Illustrates different epoch types (UTC, TAI, TT, TDB, GPS), time system conversions, Julian dates, and GMST calculations
coordinate-transforms.ts: Demonstrates conversions between coordinate frames (ECI, ECF, LLA, J2000, TEME, ITRF) and relative coordinates (RIC)
satellite-passes.ts: Shows satellite pass prediction, visibility checks, field of view constraints, and look angle tracking
doppler.ts: Covers Doppler shift calculations for satellite communications, frequency shifts across different bands, and Doppler rate of change
observations.ts: Demonstrates RADEC (Right Ascension/Declination) observations, topocentric vs geocentric coordinates, and angular separations
These examples provide users with practical code showing how to use the library's features for real-world orbital mechanics applications.