- Matrix - Class in latmath.util
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Matrix library.
- Matrix(int) - Constructor for class latmath.util.Matrix
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- Matrix(int, int) - Constructor for class latmath.util.Matrix
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- Matrix(double[][]) - Constructor for class latmath.util.Matrix
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- Matrix(double[][], int, int) - Constructor for class latmath.util.Matrix
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- maxHeight(Point2d, Point2d, Point2d) - Static method in class latmath.util.Triangle
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Returns the maximum height of the triangle, which is max(h_a, h_b, h_c).
- MDMinMax - Class in latmath.algorithm
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MD-Min-Max algorithm.
- MDMinMax() - Constructor for class latmath.algorithm.MDMinMax
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- MDMinMaxA - Class in latmath.algorithm
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MD-Min-Max algorithm.
- MDMinMaxA() - Constructor for class latmath.algorithm.MDMinMaxA
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- mean() - Method in class latmath.util.PreciseStandardDeviation
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- mean() - Method in class latmath.util.StandardDeviation
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- mean() - Method in class latmath.util.WelfordStandardDeviation
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- MedianBasedAnchorSelection - Class in latmath.anchorselection
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Simple implementation of anchor selection algorithm based on measured distances.
- MedianBasedAnchorSelection() - Constructor for class latmath.anchorselection.MedianBasedAnchorSelection
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- MedianBasedRangingFilter - Class in latmath.ranging.filter
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Ranging filter based on median filtering.
- MedianBasedRangingFilter() - Constructor for class latmath.ranging.filter.MedianBasedRangingFilter
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- MedianFilter - Class in latmath.filter
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- MedianFilter(int, int) - Constructor for class latmath.filter.MedianFilter
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- MErrorRangingFilter - Class in latmath.ranging.filter
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Ranging filter which simulates Nanotron ranging error.
- MErrorRangingFilter() - Constructor for class latmath.ranging.filter.MErrorRangingFilter
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- minHeight(Point2d, Point2d, Point2d) - Static method in class latmath.util.Triangle
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Returns the minimum height of the triangle, which is min(h_a, h_b, h_c).
- minimumCircleContainment(Point2d[], double[], IntersectionPoint2d[], int, boolean) - Static method in class latmath.util.Circle
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Only keeps points which are contained in min
circles or
points which are approximated.
- MinMax - Class in latmath.algorithm
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Centroid algorithm.
- MinMax() - Constructor for class latmath.algorithm.MinMax
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- MinMaxSelection - Class in latmath.anchorselection
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Min-Max based anchor selection.
- MinMaxSelection() - Constructor for class latmath.anchorselection.MinMaxSelection
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- MODE_ARBITRARY - Static variable in class latmath.algorithm.AdaptedMultilateration
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- MODE_RANDOM - Static variable in class latmath.algorithm.AdaptedMultilateration
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- multilaterate(Point2d[], double[], int) - Static method in class latmath.algorithm.AdaptedMultilateration
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.Bilateration
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.Centroid
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], double) - Static method in class latmath.algorithm.ClusteringBasedRobustLocalization
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], Point2d, ErrorModel) - Static method in class latmath.algorithm.CRLB
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.EMinMaxW2
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.EMinMaxW4
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], boolean, boolean, boolean, int, boolean, double, double, double, int) - Static method in class latmath.algorithm.GeolaterationN
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], boolean, boolean, boolean, int, boolean, double, double, double, int) - Static method in class latmath.algorithm.GeolaterationNO
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], double, double) - Static method in class latmath.algorithm.IterativeClusteringBasedLocalization
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.LeastMedianOfSquares
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], double[]) - Static method in class latmath.algorithm.LinearLeastSquares
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], double[]) - Static method in class latmath.algorithm.MDMinMax
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], double[]) - Static method in class latmath.algorithm.MDMinMaxA
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.MinMax
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.NonlinearLeastSquares
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.NonlinearLeastSquaresLM
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.NonlinearLeastSquaresLM2
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], Point2d, ErrorModel, BasicLaterationAlgorithm, OptimalAnchorSelectionAlgorithm.InternalBfOasaStatistic) - Static method in class latmath.algorithm.OptimalAnchorSelectionAlgorithm
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], Point2d) - Static method in class latmath.algorithm.OptimalNonlinearLeastSquares
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], double) - Static method in class latmath.algorithm.OptimizedVotingBasedLocationEstimation
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], int, int) - Static method in class latmath.algorithm.ResidualBF
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.ResidualWeightingAlgorithm
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.RobustLeastSquaredMultilateration
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[]) - Static method in class latmath.algorithm.RobustMultilateration
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Static call to this lateration algorithm.
- multilaterate(Point2d[], double[], double) - Static method in class latmath.algorithm.VotingBasedLocationEstimation
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Static call to this lateration algorithm.