LOST 0.0.1
LOST: Open-source Star Tracker
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Namespace List
Here is a list of all namespaces with brief descriptions:
[detail level 12]
 NlostLOST starting point
 CAttitudeThe attitude (orientation) of a spacecraft
 CAttitudeEstimationAlgorithmAn attitude estimation algorithm estimates the orientation of the camera based on identified stars
 CCameraA full description of a camera. Enough information to reconstruct the camera matrix and then some
 CCatalogStarA star from the Bright Star Catalog
 CCenterOfGravityAlgorithmA simple, fast, and pretty decent centroid algorithm
 CCentroidAlgorithmAn algorithm that detects the (x,y) coordinates of bright points in an image, called "centroids"
 CCentroidComparisonThe result of comparing actual and expected centroids Used for debugging and benchmarking
 CCentroidParams
 CDatabaseOptionsCommannd line options when using the database command
 CDavenportQAlgorithmA slow but reliable attitude estimation algorithm
 CDeserializeContext
 CDummyCentroidAlgorithmA centroid algorithm for debugging that returns random centroids
 CDummyStarIdAlgorithmA star-id algorithm that returns random results. For debugging
 CEulerAnglesA "human-readable" way to represent a 3d rotation or orientation
 CGeneratedPipelineInputA pipeline input which is generated (fake image)
 CGeneratedStarA star used in simulated image generation. Contains extra data about how to simulate the star
 CGeometricVotingStarIdAlgorithmA star-id algorithm based on assigning votes for each centroid-catalog pair then choosing the highest voted catalog stars
 CImageAn 8-bit grayscale 2d image
 CIRUnidentifiedCentroidUnidentified centroid used in IdentifyRemainingStarsPairDistance The "angles" through here are "triangular angles"
 CIterativeWeightedCenterOfGravityAlgorithmA more complicated centroid algorithm which doesn't perform much better than CenterOfGravityAlgorithm
 CIWCoGParams
 CKVectorIndexA data structure enabling constant-time range queries into fixed numerical data
 CKVectorPair
 CMat33x3 vector with decimaling point components
 CMultiDatabase
 CMultiDatabaseEntry
 CPairDistanceInvolvingIteratorGiven a list of star pairs, finds all those pairs which involve a certain star
 CPairDistanceKVectorDatabaseA database storing distances between pairs of stars
 CPipelineA set of algorithms that describes all or part of the star-tracking "pipeline"
 CPipelineInputRepresents the input and expected outputs of a pipeline run
 CPipelineOptionsThe command line options passed when running a pipeline
 CPipelineOutputThe result of running a pipeline
 CPngPipelineInputA pipeline input created by reading a PNG from a file on disk
 CPyramidStarIdAlgorithmThe "de facto" star-id algorithm used in many real-world missions
 CQuaternionA quaternion is a common way to represent a 3d rotation
 CQuestAlgorithmA faster and just as accurate attitude estimator as the Davenport Q algorithm
 CSerializeContext
 CStarA "centroid" detected in an image
 CStarIdAlgorithmA star idenification algorithm
 CStarIdComparisonThe result of comparing an actual star identification with the true star idenification, used for testing and benchmarking
 CStarIdentifierRecords that a certain Star (detected in the image) corresponds to a certain CatalogStar
 CTriadAlgorithmA fast attitude estimator which only takes into account information from two stars
 CUserSpecifiedOutputStreamAn output stream which might be a file or stdout
 CVec2A two dimensional vector with decimaling point components
 CVec3Three dimensional vector with decimaling point components