Returns shifts found by backtracking in reverse. @param d array of accumulated errors. @param e array of alignment errors. @return an array of shifts.

Fills the specified array with a specified value. @param ca the value. @param cx the array.

Abort if NaN's appear. @param value Abort if this value is a NaN.

Computes for the specified loop index. @param i loop index.

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

Returns the number of nodes in the mesh. @return the number of nodes.

Sets the specified array with a specified linear ramp. Array values are ca+i1 cb1. @param ca value of the first element. @param cb1 gradient in 1st di

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

Draws this node. This implementation does nothing. @param dc the draw context.

Expands this box to include the specified point. @param p the point.

Multiplies every other sample in input space-domain image by -1. Applied before forward Fourier transform where it has the effect of shifting the imag

Returns a Kaiser window with specified error and transition width. @param error the maximum absolute error. @param width the transition width. @return

Gets the specified subarray of elements into the specified 2-D array. @param m1 number of elements in 1st dimension of subarray. @param m2 number of e

Gets the best horizontal projector for this tiled view. @return the best horizontal projector; by reference, not by copy.

Gets the best vertical projector for this tiled view. @return the best vertical projector; by reference, not by copy.

Gets the number of bins in this histogram. @return the number of bins.

Gets the number of major tics. @return the number of major tics.

Gets major tic interval. @return the major tic interval.

Gets the two-sided window length. @return the window length.

Gets the line width for the specified graphics context. @param g2d the graphics context. @return the line width.

Gets the point in this box with maximum coordinates. @return the maximim point.

Gets the point in this box with minimum coordinates. @return the minimim point.

Get the smallest positive value that should be distinguished from zero. @return minValue

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

Gets the orbit view for this frame. @return the orbit view.

Gets the point in local coordinates for the specified event. @param event the mouse event. @return the point, in local coordinates.

Gets the size in pixels of all handles. @return the size.

Get parameter value as String. If the parameter contains an array of values, get the last value. @return parameter value. @exception ParameterConvertE

Gets the left tile axis with specified row index. @param irow the row index. @return the axis; null, if none.

Converts the specified user-coordinate height to device-coordinate height. @param hu the user-coordinate height. @return the device-coordinate height.

Returns the hypotenuse for two given values. The hypotenuse is calculated using the Pythagorean theorem. @param x a value. @param y a value. @return t

Determines if a point d is inside the circle defined by the points a, b, and c. The latter are assumed to be in CCW order, such that the method {@link

Returns interpolated value y. @param x1 coordinate x1. @param x2 coordinate x2. @return interpolated y(x1,x2).

Returns interpolated value y. @param x1 coordinate x1. @param x2 coordinate x2. @return interpolated y(x1,x2).

Returns interpolated value y. @param x1 coordinate x1. @param x2 coordinate x2. @param x3 coordinate x3. @return interpolated y(x1,x2,x3).

Returns interpolated value y. @param x1 coordinate x1. @param x2 coordinate x2. @param x3 coordinate x3. @return interpolated y(x1,x2,x3).

Determines whether the specified node is an inner node. @param node a node. @return true, if inner; false, otherwise.

Determines if the primary light source is on. @return true, if light source is on; false, otherwise.

Determines whether this axis is placed at left or right of mosaic. An axis placed at the left or right is a vertical axis. @return true, if vertical (

Determines if a point d is left of the plane defined by the points a, b, and c. The latter are assumed to be in CCW order, as viewed from the right si

Loads an icon from the specified resource name. The resource with specified name is found relative to the specified class. @param cls the class used t

Returns the natural logarithm of this complex number. @return the natural logarithm.

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

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

Returns the normalized difference between a specified value and the sampled value for a specified index. Normalized difference is the difference (spec

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

Returns A = A + B, where A is this matrix. @param b the matrix B. @return A = A + B.

Restores the most recently saved (pushed) local-to-world transform. Discards the current local-to-world transform.

Applies preprocessing and smoothing to 2D steerable pyramid basis images for input to orientation and linearity estimation. Three input basis images

Saves the local-to-world transform before appending a transform. The specified transform matrix is post-multiplied with the current local-to-world tra

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

Removes the specified tiled view from this plot panel. @param tv the tiled view. @return true, if this panel contained the specified tiled view; fals

Sets (x1,x2) coordinates for a sampled function x2(x1). @param s1 the sampling of x1 coordinates. @param x2 array of x2 coordinates.

Sets the accelerator key stroke for this mode. <p> Typically, this method is called by constructors in classes that extend this abstract base class. @

Sets the clips for this panel. An image panel maps array values to bytes, which are then used as indices into a specified color model. This mapping fr

Sets a minimum width (in pixels) for a color bar. This method is useful when attempting to construct multiple plot panels with the same layout. In thi

Sets the color material mode for front and back faces. @param mode the color material mode.

Sets the type of input (output) values for forward (inverse) transforms. The default type is real. @param complex true, for complex values; false, for

Sets the current edge.

Sets the method used to extrapolate values beyond the ends of input arrays. @param extrapolation the extrapolation method.

Sets the extrapolation method for this interpolator. The default extrapolation method is extrapolation with zeros. @param extrap the extrapolation met

Sets font size to automatically adjust for a printed manuscript. This method causes the font size to change as this frame is resized, so that font siz

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

Sets the {@link LightSourceType} for the primary light source. @param type a {@link LightSourceType}.

Sets the mnemonic key for this mode. Used for mode menu items. <p> Typically, this method is called by constructors in classes that extend this abstra

Sets the name (text) for this mode. Used for mode menu items. <p> Typically, this method is called by constructors in classes that extend this abstrac

Sets the position of the primary light source. @param lx the x-coordinate. @param ly the y-coordinate. @param lz the z-coordinate.