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CDavenportQAlgorithm | A slow but reliable attitude estimation algorithm |
CTriadAlgorithm | A fast attitude estimator which only takes into account information from two stars |
CQuestAlgorithm | A faster and just as accurate attitude estimator as the Davenport Q algorithm |
- CVec2 | A two dimensional vector with floating point components |
- CVec3 | Three dimensional vector with floating point components |
- CMat3 | 3x3 vector with floating point components |
+ CVec2 | A two dimensional vector with decimaling point components |
+ CVec3 | Three dimensional vector with decimaling point components |
+ CMat3 | 3x3 vector with decimaling point components |
CEulerAngles | A "human-readable" way to represent a 3d rotation or orientation |
CQuaternion | A quaternion is a common way to represent a 3d rotation |
CAttitude | The attitude (orientation) of a spacecraft |
@@ -110,7 +110,7 @@
CKVectorPair | |
CKVectorIndex | A data structure enabling constant-time range queries into fixed numerical data |
CPairDistanceKVectorDatabase | A database storing distances between pairs of stars |
- CMultiDatabase | A database that contains multiple databases This is almost always the database that is actually passed to star-id algorithms in the real world, since you'll want to store at least the catalog plus one specific database |
+ CMultiDatabase | |
CMultiDatabaseEntry | |
CGeneratedStar | A star used in simulated image generation. Contains extra data about how to simulate the star |
CCentroidComparison | The result of comparing actual and expected centroids Used for debugging and benchmarking |
@@ -142,7 +142,7 @@