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

Returns a new array of zeros. @param n1 1st array dimension.

Non-linear accumulation of alignment errors. @param dir accumulation direction, positive or negative. @param b sample offset used to constrain changes

/ Accumulates output in 2nd dimension in the reverse direction. This method filters the input, and adds the result to the output; it is most useful

Adds an image panel group to a simple frame from a given 3D array @param f a 3D array. @return the image panel group.

Adds a pick result with specified pick point to this context. @param point the pick point, in local coordinates.

Applies this filter for specified constant scale factor. Local smoothing for 1D arrays is a special case that requires no tensors. All tensors are imp

Applies the inverse of this filter along the 2nd dimension of a 2D array. @param x input array x; may be the same as the output array y. @param y outp

See if value is between two other values, including almost equality @param x Value to check @param x1 Value at one end of interval. @param x2 Value

Computes the center of the circle defined by the points a, b, and c. The latter are assumed to be in CCW order, such that the method {@link #leftOfLin

Computes the center of the circle defined by the 3-D points a, b, and c. Because the points have 3-D coordinates, they may specified in any order. @pa

Clears all node marks, so that no node is marked. This can usually be accomplished without iterating over all nodes in the mesh.

Returns a new transcaler that combines this transcaler with projectors. The returned transcaler includes the transforms of the projectors. Does not ch

Computes a complex-to-real dimension-1 fast Fourier transform. Transforms a 2-D input array cx[n2][nfft+2] of n2 (nfft/2+1) complex numbers to a 2-D o

Flattens a specified 2-D array into a 1-D array. @param rx the array. @return the flattened array.

Returns a new state set with color, light model, and material states. The specified color is used only when per-vertex colors are not used. The light

Gets the ambient color of the primary light source. @return ambient color of the primary light source.

Gets the bounding box for this constraint. @return the bounding box.

Gets the byte value corresponding to the specified float value. @param f the float value to be mapped. @return the unsigned byte value in the range [0

Gets the color map. @return the color map.

Gets the point at a specified corner of this box. The corner is specified by index, an integer between 0 and 7. From least to most significant, the th

Gets the diffuse color of the primary light source. @return diffuse color of the primary light source.

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

Gets the {@link LightSourceType} for the primary light source. @return the {@link LightSourceType}.

Gets the position of the primary light source. @return the (x,y,z,w) coordinates of the primary light source.

Gets the specular color of the primary light source. @return the specular color of the primary light source.

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

Gets the view rectangle for this tile. The view rectangle represents the subset of normalized coordinate space that is displayed in this tile. @return

Locates a point with specified coordinates. @param x the x coordinate. @param y the y coordinate. @return the {@link PointLocation}.

Returns the point q = p-v, for this point p and the specified vector v. @param v the vector v. @return the point q = p-v.

Returns the node A referenced by this tet. @return the node A.

Returns the node B referenced by this tet. @return the node B.

Returns the node D referenced by this tet. @return the node D.

Normalizes the cross-correlation for a specified lag. @param lag the lag. @param c the cross-correlation to be modified.

Paints this frame's panel(s) to a PNG image with specified parameters. The image height is computed so that the image has the same aspect ratio as the

Reads byte elements into a specified array. @param v the array. @param k the index of the first element to read. @param n the number of elements to re

Reads char elements into a specified array. @param v the array. @param k the index of the first element to read. @param n the number of elements to re

Reads int elements into a specified array. @param v the array. @param k the index of the first element to read. @param n the number of elements to rea

Reads long elements into a specified array. @param v the array. @param k the index of the first element to read. @param n the number of elements to re

Reads short elements into a specified array. @param v the array. @param k the index of the first element to read. @param n the number of elements to r

Removes the specified state from this set. @param state the state.

Deletes the specified object from this tree, if present. @param object the object. @return true, if the object was removed; false, otherwise.

Removes the specified color map listener. @param cml the listener.

Sets the clips for this panel. Calling this method disables the computation of clips from percentiles. Any clip values computed or specified previousl

Sets the index color model for this view. For three or four color components, a direct color model is used instead of this index color model. The defa

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

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

Sets the line style. The default style is solid. @param style the line style.

Set parameter value as String. @param value parameter value.

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

Minimize a function of scalar and return the optimum value. @param scalarMin The minimum value allowed for the argument scalar. @param scalarM

Return a new solution after the number of conjugate gradient iterations. @param numberIterations is the number of iterations to perform. @param monit

Get a string representation of this parameter set. This XML-formatted string represents the parameter name and all parameters and subsets contained in

Updates the axis tics for this axis. Axes tics depend on many different parameters, including the axis width, height, font, tic label format, and tile

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

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

Writes float elements from a specified array. @param v the array. @param k the index of the first element to write. @param n the number of elements to

Writes int elements from a specified array. @param v the array. @param k the index of the first element to write. @param n the number of elements to w

Writes long elements from a specified array. @param v the array. @param k the index of the first element to write. @param n the number of elements to

Writes short elements from a specified array. @param v the array. @param k the index of the first element to write. @param n the number of elements to

Returns the z coordinate of this node. @return the z coordinate.

Accumulates output in 2nd dimension in the forward direction. This method filters the input, and adds the result to the output; it is most useful when

Returns the arc cosine of the specified value, in the range 0.0 through <i>pi</i>. @param x the value. @return the arc cosine.

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

Adds the color bar with no label. The color bar paints the color map of the most recently added pixels view. To avoid confusion, a color bar should pe

Adds a grid view. @return the grid view.

Applies the inverse of this filter along the 1st dimension of a 2D array. @param x input array x; may be the same as the output array y. @param y outp

See if two vectors are the same. Useful for test code. @param v1 First vector @param v2 Second vector @return true if vectors appear to be the same,