- sample() - Method in class latmath.distribution.ExponentialDistribution
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Generates a random value sampled from this distribution.
- sample() - Method in class latmath.distribution.GammaDistribution
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Generate a random value sampled from this distribution.
- sample() - Method in class latmath.distribution.NormalDistribution
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Generate a random value sampled from this distribution.
- SavitzkyGolayBasedRangingFilter - Class in latmath.ranging.filter
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Ranging filter based on Savitzky-Golay filter.
- SavitzkyGolayBasedRangingFilter() - Constructor for class latmath.ranging.filter.SavitzkyGolayBasedRangingFilter
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- SavitzkyGolayFilter - Class in latmath.filter
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Savitzky-Golay filter.
- SavitzkyGolayFilter(int, int, int) - Constructor for class latmath.filter.SavitzkyGolayFilter
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- select(Point2d[], double[], Point2d) - Method in interface latmath.anchorselection.AnchorSelection
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Do anchor selection.
- select(Point2d[], double[], Point2d, long) - Method in interface latmath.anchorselection.AnchorSelection
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Do anchor selection.
- select(Point2d[], double[], Point2d) - Method in class latmath.anchorselection.DistanceBasedAnchorSelection
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- select(Point2d[], double[], Point2d, long) - Method in class latmath.anchorselection.DistanceBasedAnchorSelection
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- select(Point2d[], double[], Point2d) - Method in class latmath.anchorselection.MedianBasedAnchorSelection
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- select(Point2d[], double[], Point2d, long) - Method in class latmath.anchorselection.MedianBasedAnchorSelection
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- select(Point2d[], double[], Point2d) - Method in class latmath.anchorselection.MinMaxSelection
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- select(Point2d[], double[], Point2d, long) - Method in class latmath.anchorselection.MinMaxSelection
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- select(Point2d[], double[], Point2d) - Method in class latmath.anchorselection.TriangleSelection
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- select(Point2d[], double[], Point2d, long) - Method in class latmath.anchorselection.TriangleSelection
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- select(Comparable[], int) - Static method in class latmath.util.QuickSelect
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- set(double, double) - Method in class latmath.util.Point2d
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Set the value of the x and y coordinates to a new value.
- setAlgorithm(BasicLaterationAlgorithm) - Method in class latmath.algorithm.OptimalAnchorSelectionAlgorithm
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- setCancelAction(ActionListener) - Method in class latmath.util.dialog.ConfigDialog
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- setCell(int, int, double) - Method in class latmath.util.Matrix
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- setContent(JPanel) - Method in class latmath.util.dialog.ConfigDialog
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- setLogFileName(File) - Method in class latmath.anchorselection.MinMaxSelection
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- setLogFileName(File) - Method in class latmath.anchorselection.TriangleSelection
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- setMaximumAllowedError(double) - Method in class latmath.errormodel.BasicErrorModel
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Sets the maximum error this model is allowed to produce.
- setMaximumAllowedError(double) - Method in interface latmath.errormodel.ErrorModel
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Sets the maximum error this model is allowed to produce.
- setMean(double) - Method in class latmath.distribution.ExponentialDistribution
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Sets the mean of this distribution.
- setNegativeOffsetsEnabled(boolean) - Method in class latmath.errormodel.BasicErrorModel
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Enables or disables negative distance offsets.
- setNegativeOffsetsEnabled(boolean) - Method in interface latmath.errormodel.ErrorModel
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Enables or disables negative distance offsets.
- setOKAction(ActionListener) - Method in class latmath.util.dialog.ConfigDialog
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- setRealIntersection(boolean) - Method in class latmath.util.IntersectionPoint2d
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Set if this intersection point is derived from a real
circle intersection.
- setResidualError(double) - Method in class latmath.util.PositionEstimate
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Set the residual error associated with the estimated position.
- setScaleFactor(double) - Method in class latmath.errormodel.BasicErrorModel
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Set the scale factor (bias).
- setScaleFactor(double) - Method in interface latmath.errormodel.ErrorModel
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Set the scale factor (bias).
- setSize(int) - Method in class latmath.location.filter.CurveFittingLocationFilter
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- setWeight(double) - Method in class latmath.util.IntersectionPoint2d
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Sets the weight of this intersection point.
- show() - Method in class latmath.util.Matrix
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- showDialog(String, boolean) - Method in class latmath.util.dialog.ConfigDialog
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Make dialog visible.
- solve(Matrix) - Method in class latmath.util.LUDecomposition
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Solve A*X = B
- solve(Matrix) - Method in class latmath.util.QRDecomposition
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Least squares solution of A*X = B
- standardDeviation() - Method in class latmath.util.PreciseStandardDeviation
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- StandardDeviation - Class in latmath.util
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Incrementally compute the standard deviation using Welfords method.
- StandardDeviation() - Constructor for class latmath.util.StandardDeviation
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- standardDeviation() - Method in class latmath.util.StandardDeviation
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- standardDeviation() - Method in class latmath.util.WelfordStandardDeviation
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