Determines whether the specified array is increasing. The array is increasing if its elements a[i] increase with array index i, with no equal values.

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

Gets the node in the specified tri nabor that is opposite this tri. @param triNabor a tri nabor. @return the node in the specified tri nabor opposite

Normalizes alignment errors to be in range [0,1]. @param e input/output array of alignment errors.

Removes a node from the mesh, if the node is in the mesh. @param node the node to remove. @return true, if the node was (in the mesh and) removed; fal

Removes the specified tiled view from this tile. If the tiled view is not in this tile, this method does nothing. @param tv the tiled view. @return tr

This method will be called with the current fraction of work done. Values range from 0 at the beginning to 1 when all work is done.

Scale a vector by a scalar constant. @param v Vector to scale. @param scalar Factor to scale the vector.

Sets the corner points of (moves and/or resizes) this frame. If this frame has a non-null box constraint, then this method first applies the constrain

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

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

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

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

Adds a pixels view of the specified sampled function f(x1,x2). Assumes zero first sample values and unit sampling intervals. @param f array[n2][n1] of

Applies this difference filter. @param x the filter input. @param y the filter output.

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

Returns the arc tangent of the specified value, in the range -<i>pi</i>/2 through <i>pi</i>/2. @param x the value. @return the arc tangent.

Determines whether all elements in two specified arrays are equal. @param rx an array. @param ry an array. @return true, if equal; false, otherwise.

Finds the node nearest to the point with specified coordinates. @param x the x coordinate. @param y the y coordinate. @param z the z coordinate. @retu

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

Determines whether the specified array is decreasing. The array is decreasing if its elements a[i] decrease with array index i, with no equal values.

Determines whether this complex number is real (has zero imaginary part). @return true, if real; false, otherwise.

Determines whether this node is currently selected. @return true, if selected; false, otherwise.

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.

Save a vect for the specified index. @param index A unique integer for the requested vect. Integers need not be consecutive. Use any va

Reads double 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

Reads float 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

Reads float 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

Sets the coefficients of this plane. @param a the coefficient a. @param b the coefficient b. @param c the coefficient c. @param d the coefficient d.

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

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

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

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

Computes a complex-to-complex dimension-3 fast Fourier transform. Transforms a 3-D input array cx[nfft][n2][2 n1] of nfft n2 n1 complex numbers to a 3

Computes the 1-D convolution of specified sequences x and y. @param lx the length of x. @param kx the sample index of x[0]. @param x array[lx] of x va

Finds the node nearest to the point with specified coordinates. @param x the x coordinate. @param y the y coordinate. @return the nearest node.

Gets the array in which matrix elements are stored. @return the array; by reference, not by copy.

Gets the bounding sphere for this node. If a finite bounding sphere is specified, then any infinite bounding sphere is replaced by an empty bounding s

Get the parameter set name. @return parameter set name.

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

Determines whether this axis is placed at top or bottom of mosaic. An axis placed at the top or bottom is a horizontal axis. @return true, if horizont

Returns true iff node n is left of oriented plane abc. Perturbation of coordinates ensures that the node is not in the plane.

Returns the logarithm base 10 of the specified value. @param x the value. @return the logarithm base 10.

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

Returns the number of nodes in this list. @return the number of nodes.

Returns the node in the specified tet nabor that is opposite this tet. The specified tet nabor cannot be null, and must be referenced by this tet. @pa

Returns (by reference) the array of nodes in this list. @return the array of nodes.

Repaints all canvases on which this view draws. This method should be called when this view must redraw its world, for example, when that world change

Sets all elements of this matrix. @param m00 the element with (row,col) indices (0,0) @param m01 the element with (row,col) indices (0,1) @param m02 t

Sets the tic interval for the horizontal axis. @param interval the major labeled tic interval.

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

Sets this matrix to a scaling-only matrix. @param sx the x component of the scaling. @param sy the y component of the scaling. @param sz the z compone

Sets the tic interval for the vertical axis. @param interval the major labeled tic interval.

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

Writes double 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 t

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

Set the magnitude of this vector to zero, so that this.dot(this) == 0. @param v Vector to zero

Returns errors accumulated in forward direction. @param e array of alignment errors. @return array of accumulated errors.

Adds the specified color map listener. Then notifies the listener that this color map has changed. @param cml the listener.

Called by this tile or by a tiled view when this tile needs alignment.

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

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

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

Determines whether this tree contains the specified object. @param object the object. @return true, if the object is in this tree; false, otherwise.