FastMatrixN (Fiji Javadocs 0-SNAPSHOT API)

Constructors
Constructor and Description
`FastMatrixN()`

All Methods Static Methods Concrete Methods
Modifier and Type	Method and Description
`static double[]`	`apply(double[][] A, double[] x)` Calculates b in Ax = b
`static double[][]`	`clone(double[][] matrix)`
`static void`	`invert(double[][] matrix)`
`static void`	`invert(double[][] matrix, boolean showStatus)`
`static void`	`main(String[] args)`
`static void`	`print(double[] v)`
`static void`	`print(double[][] m)`
`static void`	`print(double[][] m, PrintStream out)`
`static void`	`print(double[][] m, PrintStream out, char del)`
`static float`	`round(double d, int scale, RoundingMode mode)`
`static double[]`	`solve_cholesky(double[][] A, double[] b)` Solve Ax = b.
`static double[]`	`solve_UL(double[][] A, double[] b)`
`static double[]`	`times(double[][] m, double[] v)`
`static double[][]`	`times(double[][] m1, double[][] m2)`
`static double[][]`	`transpose(double[][] m)`

public static void invert(double[][] matrix)

public static void invert(double[][] matrix,
                          boolean showStatus)

public static double[][] clone(double[][] matrix)

public static double[][] times(double[][] m1,
                               double[][] m2)

public static double[] times(double[][] m,
                             double[] v)

public static double[][] transpose(double[][] m)

public static double[] solve_UL(double[][] A,
                                double[] b)

public static double[] apply(double[][] A,
                             double[] x)

Calculates b in Ax = b

public static void print(double[][] m)

public static void print(double[][] m,
                         PrintStream out,
                         char del)

public static float round(double d,
                          int scale,
                          RoundingMode mode)

public static void print(double[][] m,
                         PrintStream out)

public static void main(String[] args)

Class FastMatrixN