Sets the shininess for front and back faces. @param shininess the shininess.

Sets the short description for this mode. Used in tool tips for mode menu items and toggle buttons. <p> Typically, this method is called by constructo

Sets the specular color for front and back faces. @param specular the specular color.

Sets the text for this annotation. @param text some text.

Sets the two-sided lighting attribute. @param local the two-sided lighting.

Sets the current sampling and samples for a function y(x). This method simply calls the two methods {@link #setUniformSampling(int,double,double)} and

Sets limits for the vertical axis. By default, limits are computed automatically by tiled graphical views. This method can be used to override those d

Sets the width elastic for the specified column. If extra width is available in this mosaic, it is allocated to the specified column of tiles in propo

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

Applies the 1st inner smoothing of this semblance filter. @param f the input array. @param g the output array.

Applies the 2nd outer smoothing of this semblance filter. @param f the input array. @param g the output array.

Returns the least-squares solution X of the system A X = B. This solution exists only if the matrix A is of full rank. @param b a matrix of right-hand

Splits a into two overlapping parts. Puts the high bits in x and the low bits in y.

Returns a tet that references this node. @return the tet; null, if this node is not in the mesh.

Called when we might new realignment.

Returns the volume of this node.

Returns the increase in volume for this node due to the specified box.

Converts the specified user-coordinate width to device-coordinate width. @param wu the user-coordinate width. @return the device-coordinate width.

Zeros the the specified array. @param rx the array.

Adds the face of the specified tet that is opposite the specified node, unless its mate is in the set, in which case that mate is removed. Sets the cu

Adds a contours view with the function f(x1,x2). Function f(x1,x2) assumed to have uniform sampling. @param f array[n2][n1] of sampled function values

The transpose of the linearized approximation of the forward transform for a small perturbation (model) to a reference model (modelReference): model =

Applies this filter. @param x input array x; may be the same as the output array y. @param y output array y; may be the same as the input array x.

Applies the inverse of this filter. @param x input array x; may be the same as the output array y. @param y output array y; may be the same as the inp

Applies the 0th-derivative filter along the 2nd dimension. Applies no filter along the 1st dimension. @param x the filter input. @param y the filter o

Applies the 0th-derivative filter along the 2nd dimension. Applies no filter along the 1st or 3rd dimensions. @param x the filter input. @param y the

Applies the 0th-derivative filter along the 3rd dimension. Applies no filter along the 1st or 2nd dimensions. @param x the filter input. @param y the

Removes all tets from this list.

Closes this array input stream.

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

Computes j'th column of matrix multiplication C = A B. The work array bj is used to cache the j'th column of the matrix b. This version allocates a ne

Connects two intersections of a contour for a cell (i1,i2), if possible. When called, the index = i1+i2 n1 points to a cell (i1,i2) for which one inte

Returns the distance squared from the specified node to the specified plane.

Expands this sphere to include the point with specified coordinates. Adjusts the sphere center to minimize any increase in radius. @param x the x coor

Returns the face nabor A (opposite node A) referenced by this face. @return the face nabor A.

Returns the face nabor B (opposite node B) referenced by this face. @return the face nabor B.

Returns the face nabor C (opposite node C) referenced by this face. @return the face nabor C.

Wilson-Burg factorization for the specified 1-D auto-correlation. Modifies this filter using the iterative Wilson-Burg algorithm. If this algorithm co

Wilson-Burg factorization for the specified 1-D auto-correlation. Modifies this filter using the iterative Wilson-Burg algorithm. If this algorithm co

Finds all objects in a specified sphere. An object is considered <em>in</em> the sphere if the distance from the sphere's center to the object (not it

Returns the median of the specified array of values. @param x array of values. @return the median.

Gets the current value of this float. @return the current value.

Gets the current value of this double. @return the current value.

Gets the bin width (delta) for this histogram. @return the bin width.

Gets the value of the center of the first bin for this histogram. @return the value of the center of the first bin.

Gets the sphere center. @return the center.

Gets the index color model used by this color map. @return the index color model.

Gets the column index of this tile. @return the column index.

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

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

Gets the value of the first major tic. @return the value of the first major tic.

Gets the number of values greater than vmax. @return the number of values.

Gets the number of values in the range [vmin,vmax]. @return the number of values.

Gets indices of points in this node. @return the array of indices.

Gets the number of values less than vmin. @return the number of values.

Gets the mosaic. The mosaic contains one or more tiles. @return the mosaic.

Gets the mouse event for this pick result. This is the mouse event of the pick context for which this pick result was constructed. @return the mouse e

Gets the node property map with the specified name. If this mesh does not have a node property map with the specified name, this method creates one. @

Gets an iterator for all nodes in the mesh. @return the iterator.

Gets the pick segment for this context. Endpoint A of the segment lies on the near clipping plane; endpoint B lies on the far clipping plane. @return

Gets the 32-bit color in 0xffRRGGBB format for specified values. This method does not use the index color model. @param f0 the value for color compone

Gets the sphere radius. @return the radius.

Gets the row index of this tile. @return the row index.

Gets the top tile axis with specified column index. @param icol the column index. @return the axis; null, if none.

Gets an iterator for all tris in the mesh. @return the iterator.

Get the parameter units. @return parameter units; null, if the parameter has no units.

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

Gets the value for the specified index, assuming uniform sampling. The index and the returned value need not be in the bounds of this sampling, which