Uses of Class JxnRealArrayAlgebra (JXN apidocs)

Uses of JxnRealArrayAlgebra in <Unnamed>

Methods in <Unnamed> that return JxnRealArrayAlgebra
Modifier and Type	Method	Description
`static JxnRealArrayAlgebra`	JxnComplexArrayAlgebra.`abs(JxnComplexArrayAlgebra z)`	Return the magnitude of each element of the internal array of `z`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`abs(JxnRealArrayAlgebra ra)`	Calls `Math.abs(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`abs(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.hypot(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`acos(JxnRealArrayAlgebra ra)`	Calls `Math.acos(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`acosD(JxnRealArrayAlgebra ra)`	Calls `Math.acos(double)` and converts the result from radians to degrees for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`acosh(JxnRealArrayAlgebra ra)`	Calls `JxnUtilities.acosh(double)` for each element of the internal array of `ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`add(double d)`	Adds `d` to this.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`add(double d, JxnRealArrayAlgebra ra)`	Returns `d + ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`add(JxnRealArrayAlgebra ra)`	Adds `ra` to this.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`asin(JxnRealArrayAlgebra ra)`	Calls `Math.asin(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`asinD(JxnRealArrayAlgebra ra)`	Calls `Math.asin(double)` and converts the result from radians to degrees for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`asinh(JxnRealArrayAlgebra ra)`	Calls `JxnUtilities.asinh(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atan(JxnRealArrayAlgebra ra)`	Calls `Math.atan(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atan2(JxnRealArrayAlgebra y, JxnRealArrayAlgebra x)`	Calls `Math.atan2(y`_i`,x`_i`)` for each pair of elements of the internal arrays of `y` and `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atan2D(JxnRealArrayAlgebra y, JxnRealArrayAlgebra x)`	Calls `Math.atan2(y`_i`,x`_i`)` and converts the result from radians to degrees for each pair of elements of the internal arrays of `y` and `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atanD(JxnRealArrayAlgebra ra)`	Calls `Math.atan(double)` and converts the result from radians to degrees for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atanh(JxnRealArrayAlgebra ra)`	Calls `JxnUtilities.atanh(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`avgSample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance containing the average values of respective intervals.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`by(int[] index)`	Same as `byIndex(int[])`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`byIndex(int[] index)`	Returns a new `JxnRealArrayAlgebra` containing the values of this instance at the positions given in `index`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`cbrt(JxnRealArrayAlgebra ra)`	Calls `Math.cbrt(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`ceil(JxnRealArrayAlgebra ra)`	Calls `Math.ceil(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clip(JxnRealArrayAlgebra ra, double lower, double upper)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` limitted to `lower` and `upper`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clip(JxnRealArrayAlgebra ra, int[] iClip)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements with indices given in `iClip` replaced by `Double.NaN` (to clip single values by index `i` use `ra.set( i, Double.NaN )` or `raNew =` `set( raOld, i, Double.NaN )` ).
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clip(JxnRealArrayAlgebra ra1, JxnRealArrayAlgebra ra2)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra1` with elements replaced by `Double.NaN` if the respective element in `ra2` is invalid (NaN or Infinity).
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clipGE(JxnRealArrayAlgebra ra, double maxValue)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements `value[i] >= maxValue` replaced by `Double.NaN`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clipGT(JxnRealArrayAlgebra ra, double maxValue)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements `value[i] > maxValue` replaced by `Double.NaN`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clipLE(JxnRealArrayAlgebra ra, double minValue)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements `value[i] <= minValue` replaced by `Double.NaN`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clipLT(JxnRealArrayAlgebra ra, double minValue)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements `value[i] < minValue` replaced by `Double.NaN`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`concat(JxnRealArrayAlgebra ra1, JxnRealArrayAlgebra ra2)`	Returns a new `JxnRealArrayAlgebra` which is the concatenation of the elements of `ra1` followed by `ra2`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`convolution(JxnRealArrayAlgebra ra, JxnRealArrayAlgebra filter)`	Returns `convolution( ra, filter, 1 )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`convolution(JxnRealArrayAlgebra ra, JxnRealArrayAlgebra filter, int mode)`	Returns the convolution of `ra` with `filter`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`copySign(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.copySign(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`cos(JxnRealArrayAlgebra ra)`	Calls `Math.cos(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`cosD(JxnRealArrayAlgebra ra)`	Calls `Math.cos(double)` for each element of the internal array of `ra` after converting the argument from degrees to radians.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`cosh(JxnRealArrayAlgebra ra)`	Calls `Math.cosh(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`derivative(JxnRealArrayAlgebra y)`	Returns `derivative( y, 1. )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`derivative(JxnRealArrayAlgebra y, double dt)`	Returns the derivative `dy/dt` for equidistant step size `dt`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`derivative(JxnRealArrayAlgebra y, JxnRealArrayAlgebra t)`	Returns the derivative `dy/dt` for the elements of the internal arrays of `y` and `t`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`div(double d)`	Divides this by `d`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`div(double d, JxnRealArrayAlgebra ra)`	Returns `d / ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`div(JxnRealArrayAlgebra ra)`	Divides this by `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`energy(JxnRealArrayAlgebra p, double h)`	Returns the integral of a power curve (with e.g.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`exp(JxnRealArrayAlgebra ra)`	Calls `Math.exp(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`expm1(JxnRealArrayAlgebra ra)`	Calls `Math.expm1(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`faltung(JxnRealArrayAlgebra ra, JxnRealArrayAlgebra filter)`	Deprecated. replaced by `convolution(JxnRealArrayAlgebra, JxnRealArrayAlgebra)`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`faltung(JxnRealArrayAlgebra ra, JxnRealArrayAlgebra filter, int iRand)`	Deprecated. replaced by `convolution(JxnRealArrayAlgebra, JxnRealArrayAlgebra, int)`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`floor(JxnRealArrayAlgebra ra)`	Calls `Math.floor(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`gaussFilter(JxnRealArrayAlgebra t, double bandWidth)`	Returns `gaussFilter( t, bandWidth, 3. )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`gaussFilter(JxnRealArrayAlgebra t, double bandWidth, double filterWidth)`	Creates a gaussFilter for `convolution`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`get(JxnRealArrayAlgebra ra)`	Returns a `JxnRealArrayAlgebra` of values at the positions given in `ra` by linear interpolation between the adjacent elements of the internal array of this `JxnRealArrayAlgebra` using `get(double[])`.
`JxnRealArrayAlgebra`	JxnRealArrayTextFileDataSource.`get(int iCol)`	Retrieves `JxnRealArrayAlgebra` instance from the given character delimited column.
`JxnRealArrayAlgebra`	JxnRealArrayTextFileDataSource.`get(int iCol, boolean isDateTime)`	Retrieves `JxnRealArrayAlgebra` instance from the given character delimited column.
`JxnRealArrayAlgebra`	JxnRealArrayTextFileDataSource.`get(int iStart, int iWidthOrEnd)`	Retrieves `JxnRealArrayAlgebra` instance from fixed width columns.
`JxnRealArrayAlgebra`	JxnRealArrayTextFileDataSource.`get(int iStart, int iWidthOrEnd, boolean isDateTime)`	Retrieves `JxnRealArrayAlgebra` instance from fixed width columns, see `JxnRealArrayTextFileDataSource.get(int, int)`.
`JxnRealArrayAlgebra`	JxnRealArrayTextFileDataSource.`get(int iStart, int iWidthOrEnd, Format fmt)`	Retrieves `JxnRealArrayAlgebra` instance from fixed width columns, see `JxnRealArrayTextFileDataSource.get(int, int)`.
`JxnRealArrayAlgebra`	JxnRealArrayTextFileDataSource.`get(int iCol, Format fmt)`	Retrieves `JxnRealArrayAlgebra` instance from the given character delimited column.
`JxnRealArrayAlgebra`	JxnRealArrayTextFileDataSource.`get(String colLabel)`	Retrieves `JxnRealArrayAlgebra` instance from column identified by `colLabel`.
`JxnRealArrayAlgebra`	JxnRealArrayTextFileDataSource.`get(String colLabel, boolean isDateTime)`	Retrieves `JxnRealArrayAlgebra` instance from a column identified by `colLabel`.
`JxnRealArrayAlgebra`	JxnRealArrayTextFileDataSource.`get(String colLabel, Format fmt)`	Retrieves `JxnRealArrayAlgebra` instance from column identified by `colLabel`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`getCalendarField(JxnRealArrayAlgebra ra, int field)`	Returns the result of `gc.get( field )` with `gc = new` `GregorianCalendar()` for the values of the internal array of `ra` interpreted as decimal seconds since 01-Jan-1970 00:00:00 UTC.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`getDayOfWeek(JxnRealArrayAlgebra ra)`	Returns the day of week ( Mo: 1, ...
`static JxnRealArrayAlgebra`	JxnUtilities.`getZ(KmgParallelProjection p3d, JxnRealArrayAlgebra[] rxyz)`	Returns the z-component of the projection (direction out of the projection plane towards the viewer).
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`hypot(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.hypot(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`IEEEremainder(double d, JxnRealArrayAlgebra y)`	Calls `Math.IEEEremainder(d,y`_i`)` for each element of the internal array of `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`IEEEremainder(JxnRealArrayAlgebra x, double d)`	Calls `Math.IEEEremainder(x`_i`,d)` for each element of the internal array of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`IEEEremainder(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.IEEEremainder(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static JxnRealArrayAlgebra`	JxnComplexArrayAlgebra.`imag(JxnComplexArrayAlgebra z)`	Returns the imaginary parts of `z`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`integral(JxnRealArrayAlgebra y)`	Returns `integral( y, 1. )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`integral(JxnRealArrayAlgebra y, double dt)`	Returns the integral ∫ `y dt` for equidistant step size `dt`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`integral(JxnRealArrayAlgebra y, JxnRealArrayAlgebra t)`	Returns the integral ∫ `y dt` for the elements of the internal arrays of `y` and `t`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`inv()`	Replaces this by its reciprocal.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`limit(JxnRealArrayAlgebra ra, double lower, double upper)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` limitted to `lower` and `upper`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`log(double b, JxnRealArrayAlgebra ra)`	Determines the base `b` logarithm of each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`log(JxnRealArrayAlgebra ra)`	Calls `Math.log(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`log10(JxnRealArrayAlgebra ra)`	Calls `Math.log10(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`log1p(JxnRealArrayAlgebra ra)`	Calls `Math.log1p(double)` for each element of the internal array of `ra`.
`JxnRealArrayAlgebra`	JxnVectorTransformation.`map(int i, JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz)`	Returns the `i`-th coordinate of the mapping of the curve given by `rx`, `ry` and `rz`.
`JxnRealArrayAlgebra[]`	JxnVectorTransformation.`map(JxnRealArrayAlgebra[] rxyz)`	Returns the mapping of the curve given by an array `rxyz = { rx, ry, rz }`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`max(double d, JxnRealArrayAlgebra y)`	Deprecated. Use `max( y, d )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`max(JxnRealArrayAlgebra x, double d)`	Calls `Math.max(x`_i`,d)` for each element of the internal array of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`max(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.max(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`maxSample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance containing the maximun values of respective intervals.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`min(double d, JxnRealArrayAlgebra y)`	Deprecated. Use `min( y, d )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`min(JxnRealArrayAlgebra x, double d)`	Calls `Math.min(x`_i`,d)` for each element of the internal array of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`min(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.min(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`minMaxSample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance of alternating minimun and maximum values.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`minSample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance containing the minimun values of respective intervals.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`modulo(double d, JxnRealArrayAlgebra y)`	Calls `JxnUtilities.modulo(d,y`_i`)` for each element of the internal array of `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`modulo(JxnRealArrayAlgebra x, double d)`	Calls `JxnUtilities.modulo(x`_i`,d)` for each element of the internal array of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`modulo(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `JxnUtilities.modulo(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`mul(boolean sw)`	Deprecated. ...
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`mul(boolean sw, JxnRealArrayAlgebra z)`	Deprecated. ...
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`mul(double d)`	(Post)Multiplies this by `d`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`mul(double d, JxnRealArrayAlgebra ra)`	Returns `d * ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`mul(JxnRealArrayAlgebra ra)`	(Post)Multiplies this by `ra`.
`JxnRealArrayAlgebra[]`	JxnVectorTransformation.`mul(JxnRealArrayAlgebra[] rxyz)`	Returns the mapping of `rxyz = { rx, ry, rz }`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`mulL(double d)`	(Pre)Multiplies this by `d`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`noise(int n)`	Returns a new `JxnRealArrayAlgebra` with `n` random numbers from `rnd.nextGaussian()` with `rnd = new` `Random()`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`noise(int n, long seed)`	Returns a new `JxnRealArrayAlgebra` with `n` random numbers from `rnd.nextGaussian()` with `rnd = new` `Random(seed)`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`noise(JxnRealArrayAlgebra ra)`	Returns `noise(int n)` with `n = ra.size()`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`noise(JxnRealArrayAlgebra ra, long seed)`	Returns `noise(int n, long seed)` with `n = ra.size()`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`nonWindupStore(JxnRealArrayAlgebra p, double h, double initial, double lower, double upper)`	Returns the integral internally limited to `lower` and `upper` (non windup limiter) of a power curve.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`peak(JxnRealArrayAlgebra p, double h)`	Determines the peak energy from a power curve `p`.
`static JxnRealArrayAlgebra`	JxnComplexArrayAlgebra.`phi(JxnComplexArrayAlgebra z)`	Returns the argument (phase angle) of each element of the internal array of `z`.
`static JxnRealArrayAlgebra`	JxnComplexArrayAlgebra.`phiD(JxnComplexArrayAlgebra z)`	Returns the argument (phase angle) in degrees of each element of the internal array of `z`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`pow(double exponent)`	Replaces this by its power of `exponent`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`pow(double d, JxnRealArrayAlgebra exponent)`	Returns `d` to the power of `exponent`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`pow(JxnRealArrayAlgebra exponent)`	Replaces this by its power of `exponent`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`random(int n)`	Returns a new `JxnRealArrayAlgebra` with `n` random numbers from `Math.random()`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`random(int n, long seed)`	Returns a new `JxnRealArrayAlgebra` with `n` random numbers from `rnd.nextDouble()` with `rnd = new` `Random(seed)`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`random(JxnRealArrayAlgebra ra)`	Returns `random(int n)` with `n = ra.size()`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`random(JxnRealArrayAlgebra ra, long seed)`	Returns `random(int n, long seed)` with `n = ra.size()`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`range()`	Calls `range(int, int)` reusing `iStart` and `iEnd` from the most recent call.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`range(double start)`	Calls `range(int)` with `start` rounded to int.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`range(double start, double end)`	Calls `range(int, int)` with `start` and `end` rounded to int.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`range(int iStart)`	Returns a new `JxnRealArrayAlgebra` containing `length(ra)-iStart` values starting from index `iStart`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`range(int iStart, int iEnd)`	Returns a new `JxnRealArrayAlgebra` containing `iEnd-iStart` values starting from index `iStart` to index `iEnd` (excluding).
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`range(String start)`	Returns a new `JxnRealArrayAlgebra` containing the values of this starting from `start` given as date time string.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`range(String start, String end)`	Returns a new `JxnRealArrayAlgebra` containing the values of this starting from `start` to `end` given as date time string.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`range(JxnRealArrayAlgebra ra)`	Deprecated. No more supported.
`static JxnRealArrayAlgebra`	JxnComplexArrayAlgebra.`real(JxnComplexArrayAlgebra z)`	Returns the real parts of `z`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`remainder(double d)`	Replaces this by `this % d`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`remainder(double d, JxnRealArrayAlgebra ra)`	Returns `d % ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`remainder(JxnRealArrayAlgebra ra)`	Replaces this by `this % ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`reverse(JxnRealArrayAlgebra ra)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` in reversed order.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`rint(JxnRealArrayAlgebra ra)`	Calls `Math.rint(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`round(JxnRealArrayAlgebra ra)`	Commercial rounding of each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`sample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance containing the samples.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`scalb(JxnRealArrayAlgebra ra, int scaleFactor)`	Calls `Math.scalb(double, int)` for each element of the internal array of `ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`set(int i, double vi)`	Replaces the `i`-th value of this `JxnRealArrayAlgebra` by `vi`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`set(JxnRealArrayAlgebra ra, int i, double vi)`	Returns a copy of `ra`, with the `i`-th value replaced by `vi`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`setDateTimeValue(boolean isDateTime)`	Indicates that this instance represents date time values.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`setName(String name)`	Sets a name for this instance (status experimental).
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`setTimeFormat(boolean isDateTime)`	Deprecated. replaced by `setDateTimeValue(boolean)`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`setValue(JxnRealArrayAlgebra ra, double vi, int i)`	Deprecated. Use `set( ra, i, vi )`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`shift(int k)`	Returns a new `JxnRealArrayAlgebra` containing the values of this circularly shifted by `k`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`shift(JxnRealArrayAlgebra ra, int k)`	Returns a new `JxnRealArrayAlgebra` containing the values of this shifted by `k` filling with `0.`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`shift(JxnRealArrayAlgebra ra, int k, double d)`	Returns a new `JxnRealArrayAlgebra` containing the values of this shifted by `k` filling with `d`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sign(JxnRealArrayAlgebra ra)`	Returns a new `JxnRealArrayAlgebra` containing the sign of each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`signum(JxnRealArrayAlgebra ra)`	Calls `Math.signum(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sin(JxnRealArrayAlgebra ra)`	Calls `Math.sin(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sinD(JxnRealArrayAlgebra ra)`	Calls `Math.sin(double)` for each element of the internal array of `ra` after converting the argument from degrees to radians.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sinh(JxnRealArrayAlgebra ra)`	Calls `Math.sinh(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`smoothExp(JxnRealArrayAlgebra x, double alpha)`	Returns the result `y` of an exponential smoothing of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sort(JxnRealArrayAlgebra ra)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` sorted in ascending order.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sqrt(JxnRealArrayAlgebra ra)`	Calls `Math.sqrt(double)` for each element of the internal array of `ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sub(double d)`	Subtracts `d` from this.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sub(double d, JxnRealArrayAlgebra ra)`	Returns `d - ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sub(JxnRealArrayAlgebra ra)`	Subtracts `ra` from this.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sw(JxnRealArrayAlgebra ra, double lower, double upper)`	Deprecated. replaced by `clip(JxnRealArrayAlgebra, double, double)`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sw(JxnRealArrayAlgebra x, double lower, double upper, JxnRealArrayAlgebra yLower, JxnRealArrayAlgebra yInner, JxnRealArrayAlgebra yUpper)`	Returns values of `yLower`, `yInner` or `yUpper` depending on the value of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sw(JxnRealArrayAlgebra x, JxnRealArrayAlgebra yLT, JxnRealArrayAlgebra yGE)`	Returns values of `yLT` or `yGE` depending on the value of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sw(JxnRealArrayAlgebra x, JxnRealArrayAlgebra yLT, JxnRealArrayAlgebra yEQ, JxnRealArrayAlgebra yGT, double eps)`	Returns values of `yLT`, `yEQ` or `yGT` depending on the value of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`tan(JxnRealArrayAlgebra ra)`	Calls `Math.tan(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`tanD(JxnRealArrayAlgebra ra)`	Calls `Math.tan(double)` for each element of the internal array of `ra` after converting the argument from degrees to radians.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`tanh(JxnRealArrayAlgebra ra)`	Calls `Math.tanh(double)` for each element of the internal array of `ra`.
`JxnRealArrayAlgebra`	JxnUVGrid.`u()`	Returns the u-values of the grid.
`JxnRealArrayAlgebra`	JxnUVGrid.`v()`	Returns the v-values of the grid.

Methods in <Unnamed> with parameters of type JxnRealArrayAlgebra
Modifier and Type	Method	Description
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`abs(JxnRealArrayAlgebra ra)`	Calls `Math.abs(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`abs(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.hypot(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`acos(JxnRealArrayAlgebra ra)`	Calls `Math.acos(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`acosD(JxnRealArrayAlgebra ra)`	Calls `Math.acos(double)` and converts the result from radians to degrees for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`acosh(JxnRealArrayAlgebra ra)`	Calls `JxnUtilities.acosh(double)` for each element of the internal array of `ra`.
`JxnComplexArrayAlgebra`	JxnComplexAlgebra.`add(JxnRealArrayAlgebra ra)`	Returns `ra` added to this.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra[] rxyz)`	Draws a curve representation of `rxyz = { rx, ry, rz }`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra[] rxyz, Color color)`	See `add`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra[] rxyz, Color color, float lineWidth)`	See `add`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra[] rxyz, Color color, int lineType)`	See `add`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra[] rxyz, Color color, int lineType, float lineWidth)`	See `add`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra[] rxyz, Color color, Stroke stroke)`	See `add`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz)`	Draws a curve representation of `rx`, `ry` and `rz` ( x_i = rx.value[i], y_i = ry.value[i], z_i = rz.value[i] ) ) in 3D-space.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, Color color)`	See `add`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, Color color, float lineWidth)`	See `add`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, Color color, int lineType)`	See `add`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, Color color, int lineType, float lineWidth)`	See `add`.
`JxnPerspectivePlotFrame`	JxnPerspectivePlotFrame.`add(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, Color color, Stroke stroke)`	See `add`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`add(double d, JxnRealArrayAlgebra ra)`	Returns `d + ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`add(JxnRealArrayAlgebra ra)`	Adds `ra` to this.
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`add(JxnRealArrayAlgebra ry)`	Adds a curve x_i = i, y_i = ry.value[i], i = 0 ... length(ry) - 1 to the PlotFrame.
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`add(JxnRealArrayAlgebra ry, Color color)`	Adds a curve x_i = i, y_i = ry.value[i], i = 0 ... length(ry) - 1 to the PlotFrame.
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`add(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry)`	Adds a curve x_i = rx.value[i], y_i = ry.value[i], i = 0 ... min( length(rx), length(ry) ) - 1 to the PlotFrame.
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`add(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color)`	Adds a curve x_i = rx.value[i], y_i = ry.value[i], i = 0 ... min( length(rx), length(ry) ) - 1 to the PlotFrame.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`asin(JxnRealArrayAlgebra ra)`	Calls `Math.asin(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`asinD(JxnRealArrayAlgebra ra)`	Calls `Math.asin(double)` and converts the result from radians to degrees for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`asinh(JxnRealArrayAlgebra ra)`	Calls `JxnUtilities.asinh(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atan(JxnRealArrayAlgebra ra)`	Calls `Math.atan(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atan2(JxnRealArrayAlgebra y, JxnRealArrayAlgebra x)`	Calls `Math.atan2(y`_i`,x`_i`)` for each pair of elements of the internal arrays of `y` and `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atan2D(JxnRealArrayAlgebra y, JxnRealArrayAlgebra x)`	Calls `Math.atan2(y`_i`,x`_i`)` and converts the result from radians to degrees for each pair of elements of the internal arrays of `y` and `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atanD(JxnRealArrayAlgebra ra)`	Calls `Math.atan(double)` and converts the result from radians to degrees for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`atanh(JxnRealArrayAlgebra ra)`	Calls `JxnUtilities.atanh(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`avgSample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance containing the average values of respective intervals.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`cbrt(JxnRealArrayAlgebra ra)`	Calls `Math.cbrt(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`ceil(JxnRealArrayAlgebra ra)`	Calls `Math.ceil(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clip(JxnRealArrayAlgebra ra, double lower, double upper)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` limitted to `lower` and `upper`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clip(JxnRealArrayAlgebra ra, int[] iClip)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements with indices given in `iClip` replaced by `Double.NaN` (to clip single values by index `i` use `ra.set( i, Double.NaN )` or `raNew =` `set( raOld, i, Double.NaN )` ).
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clip(JxnRealArrayAlgebra ra1, JxnRealArrayAlgebra ra2)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra1` with elements replaced by `Double.NaN` if the respective element in `ra2` is invalid (NaN or Infinity).
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clipGE(JxnRealArrayAlgebra ra, double maxValue)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements `value[i] >= maxValue` replaced by `Double.NaN`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clipGT(JxnRealArrayAlgebra ra, double maxValue)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements `value[i] > maxValue` replaced by `Double.NaN`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clipLE(JxnRealArrayAlgebra ra, double minValue)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements `value[i] <= minValue` replaced by `Double.NaN`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`clipLT(JxnRealArrayAlgebra ra, double minValue)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` with elements `value[i] < minValue` replaced by `Double.NaN`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`concat(JxnRealArrayAlgebra ra1, JxnRealArrayAlgebra ra2)`	Returns a new `JxnRealArrayAlgebra` which is the concatenation of the elements of `ra1` followed by `ra2`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`convolution(JxnRealArrayAlgebra ra, JxnRealArrayAlgebra filter)`	Returns `convolution( ra, filter, 1 )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`convolution(JxnRealArrayAlgebra ra, JxnRealArrayAlgebra filter, int mode)`	Returns the convolution of `ra` with `filter`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`copySign(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.copySign(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static double`	JxnRealArrayAlgebra.`corXY(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry)`	Returns the correlation coefficient of `rx` and `ry`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`cos(JxnRealArrayAlgebra ra)`	Calls `Math.cos(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`cosD(JxnRealArrayAlgebra ra)`	Calls `Math.cos(double)` for each element of the internal array of `ra` after converting the argument from degrees to radians.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`cosh(JxnRealArrayAlgebra ra)`	Calls `Math.cosh(double)` for each element of the internal array of `ra`.
`static JxnRealArrayCurve`	JxnRealArrayAlgebra.`curve(JxnRealArrayAlgebra ry, Color color)`	Returns a curve representation of `ry` ( x_i = i, y_i = ry.value[i] ).
`static JxnRealArrayCurve`	JxnRealArrayAlgebra.`curve(JxnRealArrayAlgebra ry, Color color, int lineType)`	See `curve`.
`static JxnRealArrayCurve`	JxnRealArrayAlgebra.`curve(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color)`	Returns a curve representation of `rx` and `ry` ( x_i = rx.value[i], y_i = ry.value[i] ).
`static JxnRealArrayCurve`	JxnRealArrayAlgebra.`curve(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, int lineType)`	See `curve`.
`static JxnRealArrayCurve`	JxnRealArrayAlgebra.`curve(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, IKmg3DProjection p3d)`	Deprecated. Use `plot( p3d ).add( rx, ry, rz )`.
`static JxnRealArrayCurve`	JxnRealArrayAlgebra.`curve(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, IKmg3DProjection p3d, Color color)`	Deprecated. Use `plot( p3d ).add( rx, ry, rz, color )`.
`static JxnRealArrayCurve`	JxnRealArrayAlgebra.`curve(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, IKmg3DProjection p3d, Color color, int lineType)`	Only used for anaglyph stereo.
`static int[]`	JxnRealArrayAlgebra.`cut(JxnRealArrayAlgebra ra)`	Returns an int array of the indices `i` of values of `ra` with: `value[i] > 0.`.
`static int[]`	JxnRealArrayAlgebra.`cut(JxnRealArrayAlgebra ra, double min, double max)`	Returns an int array of the indices `i` of values of `ra` with: `min <= value[i] <= max`.
`static int[]`	JxnRealArrayAlgebra.`cut(JxnRealArrayAlgebra ra, int[] index)`	Analyzes the values of `ra` only with indices given in array `index` and returns an int array of the indices `i` of values with: `value[i] > 0.`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`derivative(JxnRealArrayAlgebra y)`	Returns `derivative( y, 1. )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`derivative(JxnRealArrayAlgebra y, double dt)`	Returns the derivative `dy/dt` for equidistant step size `dt`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`derivative(JxnRealArrayAlgebra y, JxnRealArrayAlgebra t)`	Returns the derivative `dy/dt` for the elements of the internal arrays of `y` and `t`.
`JxnComplexArrayAlgebra`	JxnComplexAlgebra.`div(JxnRealArrayAlgebra ra)`	Returns this divided by `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`div(double d, JxnRealArrayAlgebra ra)`	Returns `d / ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`div(JxnRealArrayAlgebra ra)`	Divides this by `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`energy(JxnRealArrayAlgebra p, double h)`	Returns the integral of a power curve (with e.g.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`exp(JxnRealArrayAlgebra ra)`	Calls `Math.exp(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`expm1(JxnRealArrayAlgebra ra)`	Calls `Math.expm1(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`faltung(JxnRealArrayAlgebra ra, JxnRealArrayAlgebra filter)`	Deprecated. replaced by `convolution(JxnRealArrayAlgebra, JxnRealArrayAlgebra)`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`faltung(JxnRealArrayAlgebra ra, JxnRealArrayAlgebra filter, int iRand)`	Deprecated. replaced by `convolution(JxnRealArrayAlgebra, JxnRealArrayAlgebra, int)`.
`static double[]`	JxnRealArrayAlgebra.`findValue(JxnRealArrayAlgebra ra, double value)`	Same as `ra.findValue(double value)`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`floor(JxnRealArrayAlgebra ra)`	Calls `Math.floor(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`gaussFilter(JxnRealArrayAlgebra t, double bandWidth)`	Returns `gaussFilter( t, bandWidth, 3. )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`gaussFilter(JxnRealArrayAlgebra t, double bandWidth, double filterWidth)`	Creates a gaussFilter for `convolution`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`get(JxnRealArrayAlgebra ra)`	Returns a `JxnRealArrayAlgebra` of values at the positions given in `ra` by linear interpolation between the adjacent elements of the internal array of this `JxnRealArrayAlgebra` using `get(double[])`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`getCalendarField(JxnRealArrayAlgebra ra, int field)`	Returns the result of `gc.get( field )` with `gc = new` `GregorianCalendar()` for the values of the internal array of `ra` interpreted as decimal seconds since 01-Jan-1970 00:00:00 UTC.
`static int`	JxnRealArrayAlgebra.`getCntInvalid(JxnRealArrayAlgebra ra)`	Returns the number of invalid (`NaN` or `Infinitive`) values in `ra`.
`static int`	JxnRealArrayAlgebra.`getCntNaN(JxnRealArrayAlgebra ra)`	Returns the number of `NaN` values in `ra`.
`static int`	JxnRealArrayAlgebra.`getCntValid(JxnRealArrayAlgebra ra)`	Returns the number of valid (neither `NaN` nor `Infinitive`) values in `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`getDayOfWeek(JxnRealArrayAlgebra ra)`	Returns the day of week ( Mo: 1, ...
`static double`	JxnRealArrayAlgebra.`getValue(JxnRealArrayAlgebra ra, double x)`	Returns `ra.get(x)`.
`static double[]`	JxnRealArrayAlgebra.`getValue(JxnRealArrayAlgebra ra, double[] da)`	Returns `ra.get(da)`.
`static double`	JxnRealArrayAlgebra.`getValue(JxnRealArrayAlgebra ra, int i)`	Returns the value of the `i`-th element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnUtilities.`getZ(KmgParallelProjection p3d, JxnRealArrayAlgebra[] rxyz)`	Returns the z-component of the projection (direction out of the projection plane towards the viewer).
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`hypot(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.hypot(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`IEEEremainder(double d, JxnRealArrayAlgebra y)`	Calls `Math.IEEEremainder(d,y`_i`)` for each element of the internal array of `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`IEEEremainder(JxnRealArrayAlgebra x, double d)`	Calls `Math.IEEEremainder(x`_i`,d)` for each element of the internal array of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`IEEEremainder(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.IEEEremainder(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`integral(JxnRealArrayAlgebra y)`	Returns `integral( y, 1. )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`integral(JxnRealArrayAlgebra y, double dt)`	Returns the integral ∫ `y dt` for equidistant step size `dt`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`integral(JxnRealArrayAlgebra y, JxnRealArrayAlgebra t)`	Returns the integral ∫ `y dt` for the elements of the internal arrays of `y` and `t`.
`static int[]`	JxnRealArrayAlgebra.`invalid(JxnRealArrayAlgebra ra)`	Returns an int array of the indices of values of `ra` with invalid (`NaN` or `Infinitive`) values.
`static double`	JxnRealArrayAlgebra.`korXY(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry)`	Returns `corXY( rx, ry )`.
`static int`	JxnRealArrayAlgebra.`length(JxnRealArrayAlgebra ra)`	Returns the length of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`limit(JxnRealArrayAlgebra ra, double lower, double upper)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` limitted to `lower` and `upper`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`log(double b, JxnRealArrayAlgebra ra)`	Determines the base `b` logarithm of each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`log(JxnRealArrayAlgebra ra)`	Calls `Math.log(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`log10(JxnRealArrayAlgebra ra)`	Calls `Math.log10(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`log1p(JxnRealArrayAlgebra ra)`	Calls `Math.log1p(double)` for each element of the internal array of `ra`.
`JxnRealArrayAlgebra`	JxnVectorTransformation.`map(int i, JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz)`	Returns the `i`-th coordinate of the mapping of the curve given by `rx`, `ry` and `rz`.
`JxnRealArrayAlgebra[]`	JxnVectorTransformation.`map(JxnRealArrayAlgebra[] rxyz)`	Returns the mapping of the curve given by an array `rxyz = { rx, ry, rz }`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`max(double d, JxnRealArrayAlgebra y)`	Deprecated. Use `max( y, d )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`max(JxnRealArrayAlgebra x, double d)`	Calls `Math.max(x`_i`,d)` for each element of the internal array of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`max(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.max(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static int`	JxnRealArrayAlgebra.`maxIndex(JxnRealArrayAlgebra ra)`	Returns the index of the (first) maximum value (including +Infinity) of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`maxSample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance containing the maximun values of respective intervals.
`static double`	JxnRealArrayAlgebra.`maxValid(JxnRealArrayAlgebra ra)`	Returns the minimum value excluding +Infinity of the internal array of `ra`.
`static double`	JxnRealArrayAlgebra.`maxValue(JxnRealArrayAlgebra ra)`	Returns the maximum value (including +Infinity) of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`min(double d, JxnRealArrayAlgebra y)`	Deprecated. Use `min( y, d )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`min(JxnRealArrayAlgebra x, double d)`	Calls `Math.min(x`_i`,d)` for each element of the internal array of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`min(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `Math.min(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`static int`	JxnRealArrayAlgebra.`minIndex(JxnRealArrayAlgebra ra)`	Returns the index of the (first) minimum value (including -Infinity) of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`minMaxSample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance of alternating minimun and maximum values.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`minSample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance containing the minimun values of respective intervals.
`static double`	JxnRealArrayAlgebra.`minValid(JxnRealArrayAlgebra ra)`	Returns the minimum value excluding -Infinity of the internal array of `ra`.
`static double`	JxnRealArrayAlgebra.`minValue(JxnRealArrayAlgebra ra)`	Returns the minimum value (including -Infinity) of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`modulo(double d, JxnRealArrayAlgebra y)`	Calls `JxnUtilities.modulo(d,y`_i`)` for each element of the internal array of `y`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`modulo(JxnRealArrayAlgebra x, double d)`	Calls `JxnUtilities.modulo(x`_i`,d)` for each element of the internal array of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`modulo(JxnRealArrayAlgebra x, JxnRealArrayAlgebra y)`	Calls `JxnUtilities.modulo(x`_i`,y`_i`)` for each pair of elements of the internal arrays of `x` and `y`.
`JxnComplexArrayAlgebra`	JxnComplexAlgebra.`mul(JxnRealArrayAlgebra ra)`	Returns this (post)multiplied by `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`mul(boolean sw, JxnRealArrayAlgebra z)`	Deprecated. ...
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`mul(double d, JxnRealArrayAlgebra ra)`	Returns `d * ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`mul(JxnRealArrayAlgebra ra)`	(Post)Multiplies this by `ra`.
`JxnRealArrayAlgebra[]`	JxnVectorTransformation.`mul(JxnRealArrayAlgebra[] rxyz)`	Returns the mapping of `rxyz = { rx, ry, rz }`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`noise(JxnRealArrayAlgebra ra)`	Returns `noise(int n)` with `n = ra.size()`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`noise(JxnRealArrayAlgebra ra, long seed)`	Returns `noise(int n, long seed)` with `n = ra.size()`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`nonWindupStore(JxnRealArrayAlgebra p, double h, double initial, double lower, double upper)`	Returns the integral internally limited to `lower` and `upper` (non windup limiter) of a power curve.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`peak(JxnRealArrayAlgebra p, double h)`	Determines the peak energy from a power curve `p`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra ry)`	Creates a new `JxnRealArrayPlotFrame` and visualizes the values of `ry` as a curve: x_i = i, y_i = ry.value[i], i = 0 ... y.length - 1.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra ry, double ymin, double ymax)`	Deprecated. Use `plot( ry ).setYBounds( ymin, ymax )`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra ry, Color color, int lineType)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry)`	Creates a new `JxnRealArrayPlotFrame` and visualizes the values of `rx` and `ry` as a curve: x_i = rx.value[i], y_i = ry.value[i], i = 0 ... min( length(rx), length(ry) ) - 1.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, double vyx)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, double ymin, double ymax)`	Deprecated. Use `plot( rx, ry ).setYBounds( ymin, ymax )`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, int logScales)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, float lineWidth)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, int lineType)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, int lineType, double vyx)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, int lineType, float lineWidth, double vyx)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, int lineType, float lineWidth, int logScales)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, int lineType, int logScales)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, Stroke stroke)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, Stroke stroke, double vyx)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, Stroke stroke, int logScales)`	See `plot`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry1, JxnRealArrayAlgebra ry2)`	`plot` 2 curves: `ry1`: red, `ry2`: blue.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry1, JxnRealArrayAlgebra ry2, double ymin, double ymax)`	Deprecated. Use `plot( rx, ry1, ry2 ).setYBounds( ymin, ymax )`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, IKmg3DProjection p3d)`	Deprecated. Use `plot( p3d ).add( rx, ry, rz )`.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry1, JxnRealArrayAlgebra ry2, JxnRealArrayAlgebra ry3)`	`plot` 3 curves: `ry1`: red, `ry2`: blue, `ry3`: green.
`static JxnRealArrayPlotFrame`	JxnRealArrayAlgebra.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry1, JxnRealArrayAlgebra ry2, JxnRealArrayAlgebra ry3, double ymin, double ymax)`	Deprecated. Use `plot( rx, ry1, ry2, ry3 ).setYBounds( ymin, ymax )`.
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra ry)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra ry, Color color, int lineType)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, double dummy_for_vyx_or_logScales)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, float lineWidth)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, int lineType)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, int lineType, double dummy_for_vyx_or_logScales)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, int lineType, float lineWidth, double dummy_for_vyx_or_logScales)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, Stroke stroke)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, Color color, Stroke stroke, double dummy_for_vyx_or_logScales)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry1, JxnRealArrayAlgebra ry2)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry, JxnRealArrayAlgebra rz, IKmg3DProjection p3d)`	Called internally...
`JxnRealArrayPlotFrame`	JxnRealArrayPlotFrame.`plot(JxnRealArrayAlgebra rx, JxnRealArrayAlgebra ry1, JxnRealArrayAlgebra ry2, JxnRealArrayAlgebra ry3)`	Called internally...
`JxnComplexArrayAlgebra`	JxnComplexAlgebra.`pow(JxnRealArrayAlgebra ra)`	Returns this by its power of `ra`.
`JxnComplexArrayAlgebra`	JxnComplexArrayAlgebra.`pow(JxnRealArrayAlgebra ra)`	Replaces this by its power of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`pow(double d, JxnRealArrayAlgebra exponent)`	Returns `d` to the power of `exponent`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`pow(JxnRealArrayAlgebra exponent)`	Replaces this by its power of `exponent`.
`static double`	JxnRealArrayAlgebra.`quadsum(JxnRealArrayAlgebra ra)`	Returns the sum of the squares of all elements of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`random(JxnRealArrayAlgebra ra)`	Returns `random(int n)` with `n = ra.size()`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`random(JxnRealArrayAlgebra ra, long seed)`	Returns `random(int n, long seed)` with `n = ra.size()`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`range(JxnRealArrayAlgebra ra)`	Deprecated. No more supported.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`remainder(double d, JxnRealArrayAlgebra ra)`	Returns `d % ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`remainder(JxnRealArrayAlgebra ra)`	Replaces this by `this % ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`reverse(JxnRealArrayAlgebra ra)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` in reversed order.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`rint(JxnRealArrayAlgebra ra)`	Calls `Math.rint(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`round(JxnRealArrayAlgebra ra)`	Commercial rounding of each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArraySample.`sample(JxnRealArrayAlgebra ra, int m)`	Returns a new instance containing the samples.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`scalb(JxnRealArrayAlgebra ra, int scaleFactor)`	Calls `Math.scalb(double, int)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`set(JxnRealArrayAlgebra ra, int i, double vi)`	Returns a copy of `ra`, with the `i`-th value replaced by `vi`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`setValue(JxnRealArrayAlgebra ra, double vi, int i)`	Deprecated. Use `set( ra, i, vi )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`shift(JxnRealArrayAlgebra ra, int k)`	Returns a new `JxnRealArrayAlgebra` containing the values of this shifted by `k` filling with `0.`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`shift(JxnRealArrayAlgebra ra, int k, double d)`	Returns a new `JxnRealArrayAlgebra` containing the values of this shifted by `k` filling with `d`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sign(JxnRealArrayAlgebra ra)`	Returns a new `JxnRealArrayAlgebra` containing the sign of each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`signum(JxnRealArrayAlgebra ra)`	Calls `Math.signum(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sin(JxnRealArrayAlgebra ra)`	Calls `Math.sin(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sinD(JxnRealArrayAlgebra ra)`	Calls `Math.sin(double)` for each element of the internal array of `ra` after converting the argument from degrees to radians.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sinh(JxnRealArrayAlgebra ra)`	Calls `Math.sinh(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`smoothExp(JxnRealArrayAlgebra x, double alpha)`	Returns the result `y` of an exponential smoothing of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sort(JxnRealArrayAlgebra ra)`	Returns a new `JxnRealArrayAlgebra` containing the elements of the internal array of `ra` sorted in ascending order.
`static int[]`	JxnRealArrayAlgebra.`sortIndex(JxnRealArrayAlgebra ra)`	Returns an array of the indices of the values of `ra` in ascending order.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sqrt(JxnRealArrayAlgebra ra)`	Calls `Math.sqrt(double)` for each element of the internal array of `ra`.
`JxnComplexArrayAlgebra`	JxnComplexAlgebra.`sub(JxnRealArrayAlgebra ra)`	Returns `ra` subtracted from this.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sub(double d, JxnRealArrayAlgebra ra)`	Returns `d - ra`.
`JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sub(JxnRealArrayAlgebra ra)`	Subtracts `ra` from this.
`static double`	JxnRealArrayAlgebra.`summe(JxnRealArrayAlgebra ra)`	Returns `total( ra )`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sw(JxnRealArrayAlgebra ra, double lower, double upper)`	Deprecated. replaced by `clip(JxnRealArrayAlgebra, double, double)`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sw(JxnRealArrayAlgebra x, double lower, double upper, JxnRealArrayAlgebra yLower, JxnRealArrayAlgebra yInner, JxnRealArrayAlgebra yUpper)`	Returns values of `yLower`, `yInner` or `yUpper` depending on the value of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sw(JxnRealArrayAlgebra x, JxnRealArrayAlgebra yLT, JxnRealArrayAlgebra yGE)`	Returns values of `yLT` or `yGE` depending on the value of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`sw(JxnRealArrayAlgebra x, JxnRealArrayAlgebra yLT, JxnRealArrayAlgebra yEQ, JxnRealArrayAlgebra yGT, double eps)`	Returns values of `yLT`, `yEQ` or `yGT` depending on the value of `x`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`tan(JxnRealArrayAlgebra ra)`	Calls `Math.tan(double)` for each element of the internal array of `ra`.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`tanD(JxnRealArrayAlgebra ra)`	Calls `Math.tan(double)` for each element of the internal array of `ra` after converting the argument from degrees to radians.
`static JxnRealArrayAlgebra`	JxnRealArrayAlgebra.`tanh(JxnRealArrayAlgebra ra)`	Calls `Math.tanh(double)` for each element of the internal array of `ra`.
`static double`	JxnRealArrayAlgebra.`total(JxnRealArrayAlgebra ra)`	Returns the sum of all elements of the internal array of `ra`.
`static int[]`	JxnRealArrayAlgebra.`valid(JxnRealArrayAlgebra ra)`	Returns an int array of the indices of values of `ra` with valid (neither `NaN` nor `Infinitive`) values.
`static double`	JxnRealArrayAlgebra.`valueAt(JxnRealArrayAlgebra ra, int i)`	Deprecated. Use `getValue( ra, i )`.

Constructors in <Unnamed> with parameters of type JxnRealArrayAlgebra
Constructor	Description
`JxnComplexArrayAlgebra(JxnComplexAlgebra cx, JxnRealArrayAlgebra ra)`	Creates a complex array instance for `cx * ra`.
`JxnComplexArrayAlgebra(JxnRealArrayAlgebra re)`	Creates a complex array instance for `re`.
`JxnComplexArrayAlgebra(JxnRealArrayAlgebra ra, JxnComplexAlgebra cx)`	Creates a complex array instance for `ra * cx`.
`JxnRealArrayAlgebra(JxnRealArrayAlgebra ra)`	Creates a copy of `ra`.
`JxnRealArrayAlgebra(JxnRealArrayAlgebra ra, boolean transfer)`	Creates a copy of `ra`.

Uses of ClassJxnRealArrayAlgebra

Uses of JxnRealArrayAlgebra in <Unnamed>

Uses of Class
JxnRealArrayAlgebra