Returns the distance squared between the specified node and a point with specified coordinates.

Returns the edge after this node on the surface boundary. Returns null, if this node is not on the surface boundary. If on the surface boundary, this

Returns the edge before this node on the surface boundary. Returns null, if this node is not on the surface boundary. If on the surface boundary, this

Returns the value of this function f(x) for the specified argument x. @param x the function argument x. @return the function value f(x).

For a given set of input coordinates, return the linearly predicted output coordinates. @param in A set of input coordinates @return A computed set o

Atomically increments by one the value of this float. @return the previous value of this float.

Gets the index of the sampled point nearest to the specified point. Here, the nearest sampled point is that nearest on the octahedron. Returns a posit

Computes gridded sample values from the known sample values. Known (scattered) samples must be set before calling this method. Some implementations re

Returns a new identity matrix. @return an identity matrix.

Returns the inverse Minv of this matrix M. @return the inverse Minv.

Replaces this matrix M with its inverse Minv. @return this matrix, inverted.

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

Determines whether this node is a leaf node. @return true, if a leaf node; false, otherwise.

Returns an index color model for the specified array of 256 colors. @param c array[256] of colors. @return the index color model.

Returns the complex number (r cos(a),r sin(a)). @param r the polar radius. @param a the polar angle. @return the complex number.

Computes a real-to-complex dimension-1 fast Fourier transform. Transforms a 2-D input array rx[n2][nfft] of n2 nfft real numbers to a 2-D output array

Determines whether this face references the specified node. @param node the node. @return true, if this face references the node; false, otherwise.

Removes the tet with specified index from this list. @param index the index of the tet to remove. @return the tet removed.

Sets the current color. @param color the current color.

Sets the color of the quads in this quad group. Note that if per-vertex colors were specified when this quad group was constructed, then the color spe

Sets the eigenvector u for the tensor with specified indices. The specified vector is assumed to have length one. If the 3rd component is negative, th

Sets the scale type @param s new scale type @return the scale type.

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

If the point with specified (x,y,z) coordinates is nearer to the specified node than the nearest node found so far, then replaces the nearest node (an

Validates the internal consistency of the mesh. @exception RuntimeException if the mesh is invalid.

Returns the magnitude of this complex number. @return the magnitude.

Adds the mate of the edge of the specified tri that is opposite the specified node, unless the edge is in the set, in which case that edge is removed.

Adds the specified node to this surface, if not already present. @param node the node. @return true, if node was added; false, otherwise.

Applies a forward space-to-frequency transform of a 1D array. @param f the array to be transformed, a sampled function of space. @return the transform

Applies the inverse of this filter. Uses lag1; ignores lag2 or lag3, if specified. <p> May be applied in-place; input and output arrays may be the sam

Applies the inverse of this filter. @param x the filter input. @param y the filter output.

Applies the inverse of this filter. Uses lag1; ignores lag2 or lag3, if specified. @param x input array. @param y output array.

Applies the inverse transpose of this filter. Uses lag1; ignores lag2 or lag3, if specified. <p> May be applied in-place; input and output arrays may

Applies the inverse transpose of this filter. @param x the filter input. @param y the filter output.

Applies the inverse transpose of this filter. Uses lag1; ignores lag2 or lag3, if specified. @param x input array. @param y output array.

Clone a vector and initialized to zero, so that out.dot(out) == 0. @param v Vect to clone @return A cloned copy of the vector set to zero magnitude.

Computes a complex-to-complex fast Fourier transform. Transforms a 1-D input array cx[2 nfft] of nfft complex numbers to a 1-D output array cy[2 nfft]

Returns the hyberbolic cosine of this complex number. @return the hyberbolic cosine.

Returns the number of columns of tiles in this mosaic. @return the number of columns.

Returns the number of rows of tiles in this mosaic. @return the number of rows.

Creates a graphics context for the specified graphics rectangle. First computes a scale factor from the dimensions of this panel and those of the spec

Adds a definition of units to the table of units. <p> An extensive default table of units may be provided, so that explicit definition using this meth

Finds an edge of a tri in the mesh that references the specified nodes. The nodes may be specified in any order. However, if not null, the returned ed

Gets the N min/max coordinates for this boxed object. While an object is in an R-tree, these bounds should be constant. @param min array to contain N

Gets the eigenvector u for the tensor with specified indices. @param i1 index for 1st dimension. @param i2 index for 2nd dimension. @param i3 index fo

Gets an array of face nabors of the specified edge. The edge is directed, and the faces are stored in CCW order, as viewed from a point towards which

Gets the Horizontal axis scaling. @return the Scale; null, if none.

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

Gets the right tile axis for this tile. @return the axis; null, if none.

Returns the index of the sample nearest the specified value, assuming uniform sampling. The value and the returned index need not be in the bounds of

Interpolates the second derivative y''(x). @param x value at which to interpolate. @return interpolated second derivative y''(x).

Interpolates the third derivative y'''(x). @param x value at which to interpolate. @return interpolated third derivative y'''(x).

Tests this segment for intersection with the specified triangle. If such an intersection exists, this method returns the intersection point. @param xa

Links one tet with its tet nabor.

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

Sets the view-independent location of the center of this handle. This method conveniently sets the handle transform to a pure translation to the speci

Sets the mark color. The default mark color is the tile foreground color. That default is used if the specified mark color is null. @param color the m

Sets the mark size. The default mark size is half the tile font size. The default is used if the specified mark size is zero. @param size the mark siz

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

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

Sets the min-max range of values mapped to colors. Values outside this range are clipped. The default range is [0.0,1.0]. @param vmin the minimum valu

Sets the grid vertical type. The default grid vertical type is major. @param vertical the grid vertical type

Returns the hyberbolic sine of this complex number. @return the hyberbolic sine.

Returns the tangent of this complex number. @return the tangent.

Updates the quantile estimate with the specified sample. @param f the sample used to update the estimate. @return the updated quantile estimate.

Returns the v-coordinate bound closest to u=0. @return the v-coordinate bound.

Returns the v-coordinate bound closest to u=1. @return the v-coordinate bound.