Correlates the current inputs for the specified lag. @param lag the correlation lag. @param c the output array; cannot be the same as inputs f or g.

Return a hashcode consistent with imprecise floating-point equality. Integers and Longs require exact equality. @param number Number to ge

Merges the specified projector into this projector. @param p the projector.

Sets all elements of this matrix from the specified array. Copies each array element into this matrix. @param a the array.

Returns the product z x, where z is this complex number. @param x a complex number. @return z x.

Returns normalized coordinate u corresponding to world coordinate v. @param v world coordinate v. @return normalized coordinate u.

Returns array copy of elements from the specified array. @param rx source array. @return array copy

Returns an iterator for all objects in this tree. <p> The iterator does not support removal. A call to the method {@link java.util.Iterator#remove()}

Returns world coordinate v corresponding to normalized coordinate u. @param u normalized coordinate u. @return world coordinate v.

Computes a complex-to-complex dimension-2 fast Fourier transform. Transforms a 2-D input array cx[nfft][2 n1] of nfft n1 complex numbers to a 2-D outp

Returns the node C referenced by this face. @return the node C.

Adds a node to the mesh, if the mesh does not already contain a node with the same (x,y) coordinates. @param node the node to add. @return true, if th

Returns the size of an ulp of the argument. @param d the value whose ulp is to be returned. @return the size of an ulp of the argument.

Adds the specified state to this set. @param state the state.

Gets an array of tet nabors of the specified node. @param node the node for which to get nabors. @return the array of nabors.

Get the parameter name. @return parameter name.

Returns the index of the sample nearest to the specified value. @param x the value. @return the index of the nearest sample.

Returns an array initialized to a specified linear ramp. Array values are ca+i1 cb1. @param ca value of the first element. @param cb1 gradient in 1st

Interpolates one real value y(x). @param nxu number of input samples. @param dxu input sampling interval. @param fxu first input sampled x value. @par

Sets the index color model for this color map. @param colorModel the index color model.

Sets the method for interpolation between samples. @param interpolation the interpolation method.

Safely divide one number by another. Handle zeros and infinity. Never throws floating point exceptions. @param top Numerator @param bottom

Finds an edge of a tet in the mesh that references the specified nodes. The nodes may be specified in any order. @param na a node. @param nb a node. @

Get the embedded data @return Same array as passed to constructore.

Given a tet and node on the hull, and another node, typically inside (not on) the hull, gets the next tet on the hull that is opposite the node on the

Returns the minimum of the specified values. @param a a value. @param b a value. @return the minimum value.

Returns the transpose of this matrix. @return the transpose.

Returns the quotient ra / rb of two functions ra and rb. The samplings of ra and rb must be equivalent. @param ra a function. @param rb a function. @r

Returns the largest (closest to positive infinity) value that is less than or equal to the argument and is equal to a mathematical integer. @param x a

Determines whether the specified array of arrays is regular. The array is regular if each of its elements, which are arrays, have the same length. @pa

Returns a new direct float buffer. @param capacity the buffer capacity. @return the new buffer.

Sorts the elements of the specified array in ascending order. After sorting, a[0] &lt;= a[1] &lt;= a[2] &lt;= .... @param a the array to be sorted.

Sets the label for the horizontal axis. @param label the label.

Sets the label for the vertical axis. @param label the label.

Returns the scaled vector s u for this vector u. @param s the scale factor. @return the scaled vector.

Returns the z coordinate of this node as a perturbed double. @return the z coordinate.

Add a new parameter to this parameter set. If this parameter set already contains a parameter or subset with the specified name, replace that paramete

Returns a tet that references the specified node. @param node the node. @return a tet that references the specified node; or null, if the node is not

Sets the file pointer (byte offset) for this file. The next read or or write begins at this offset. <p> The offset may be set beyond the end of the fi

Scales this vector. @param s the scale factor. @return this vector, scaled.

Determines whether this box contains the point with specified coordinates. @param x the point x coordinate. @param y the point y coordinate. @param z

Finds a state in this set of the specified class. @param stateClass the state class. @return the state; null, if the set contains no such state.

Gets the number of columns in this matrix. @return the number of columns.

Gets the array of function values for this function. @return the array of function values; by reference, not by copy.

Determines whether this sphere is empty. @return true, if empty; false, otherwise.

Returns the logarithm base 10 of this complex number. @return the logarithm base 10.

Scales n1 real numbers in the specified array by 1/nfft. The inverse of a real-to-complex FFT is a complex-to-real FFT (with opposite sign) followed b

Sets the mark style. The default mark style is none, for no marks. @param style the mark style.

Returns the product MA of this matrix M and a matrix A. @param a the matrix A. @return the product MA.

Gets the sampled point for the specified index, which must be non-zero. For efficiency, returns the array {x,y,z} of point coordinates by reference, n

Returns the scale type @return the value of _scaleType

Gets tensor elements for specified indices. @param i1 index for 1st dimension. @param i2 index for 2nd dimension. @param i3 index for 3rd dimension. @

Returns an FFT length optimized for memory. The FFT length will be the smallest valid length that is not less than the specified length n. @param n th

Fills the specified array with random values. @param rx the array.

Sets the i'th entry, and updates the index map accordingly.

Sets the OpenGL states for this node. @param states the OpenGL states.

Sets the plot title. Equivalent to {@link #addTitle(String)}. @param title the title; null, for no title.

Computes sum a+b. Puts result in x and error in y.

Removes all tris from this list.

Returns a function with constant values. @param ar the constant. @param n the number of samples. @return the function.

Gets the font for this annotation. @return the font.

Gets the number of rows in this matrix. @return the number of rows.

Gets the mosaic that contains this tile. @return the mosaic.

Get the parameter type. @return parameter type.

Returns the index of the sample with specified value. If this sampling has a sample value that equals (to within the sampling tolerance) the specified

Returns the tet nabor opposite the specified node. The specified node cannot be null, and must be referenced by this tet. @param node a node. @return

Returns the product z = x, where z is this complex number. @param x a complex number. @return z = x.

Gets the tri nabor opposite the specified node. @param node a node. @return the tri nabor opposite the node.

Closes this data file, releasing any associated system resources.