Determines whether this sphere contains a point with specified coordinates. @param x the point x coordinate. @param y the point y coordinate. @param z

Marks dirty the drawing of this node. Calling this method causes a repaint of all view canvases in which this node may be rendered.

Fills the specified array with a specified value. @param ra the value. @param rx the array.

Gets the frame for this quad. @return the frame.

Determines whether the specified face is marked (red). @param face the face. @return true, if the face is marked (red); false, otherwise.

Determines whether the specified array is monotonic. The array is monotonic if its elements a[i] either increase or decrease (but not both) with array

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

Sets the specified array with a specified linear ramp. Array values are ra+i1 rb1. @param ra value of the first element. @param rb1 gradient in 1st di

Sets the line color for all sets of bars. The default line color is the tile foreground color. That default is used if the specified line color is nul

Set the parameter units. @param units parameter units. For no units, specify null.

Adds the specified tiled view to this tile. If the tiled view is already in this tile, it is first removed, before adding it again. @param tv the tile

Prints this tree to the standard output stream. Intended for debugging, only.

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

Stops this stopwatch and resets the time to zero.

Scales n1 complex numbers in the specified array by 1/nfft. The inverse of a complex-to-complex FFT is a complex-to-complex FFT (with opposite sign) f

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 clip min and max values explicitly. Calling this method disables the computation of clips from percentiles. Any clip values computed or speci

Exercise all methods of Vect. @param vect An instance of a Vect to test. Should be initialized to random non-zero values. A v

Convert a number of seconds into words @param seconds Number of seconds @return Localized words describing the number of seconds.

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

Returns an array initialized to a specified value. @param ra the value. @param n1 1st array dimension.

Gets eigenvalues for the tensor with specified indices. @param i1 index for 1st dimension. @param i2 index for 2nd dimension. @param i3 index for 3rd

Gets the index of the specified box child of this node. If the specified box is a node, then we quickly look for the same child node. Otherwise, if th

Returns the index of the floor of the specified value. The floor is the largest sampled value less than or equal to the specified value. The value and

Determines if a point c is left of the line defined by the points a and b. This is equivalent to determining whether the points a, b, and c are in cou

Optionally multiply a vector by the inverse covariance matrix. Also called preconditioning. A method that does nothing is equivalent to an identity. [

Returns the value that is closest to the specified value and is equal to a mathematical integer. @param x the value. @return the closest value.

Sets eigenvalues for all tensors. @param au eigenvalue au. @param av eigenvalue av. @param aw eigenvalue aw.

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

Adds a points view of specified values f(x). Uses default sampling of x = 0, 1, 2, .... @param f array of sampled function values f(x). @return the po

Applies this filter. @param x input array. @param y output array.

Applies this filter for the specified image and outputs. All outputs are optional and are computed for only non-null arrays. @param x input array for

Computes the arc tangent of the specified y/x, in the range -<i>pi</i> to <i>pi</i>. @param y the ordinate coordinate y. @param x the abscissa coordin

Gets the maximum corner point for this frame. @return the maximum corner point.

Gets the minimum corner point for this frame. @return the minimum corner point.

Gets the number of elements in 1st dimension of this array. @return the number of elements in 1st dimension.

Gets the number of elements in 2nd dimension of this array. @return the number of elements in 2nd dimension.

Gets the sampling for this function. @return the sampling.

Gets the tile with specified row and column indices. @param irow the row index. @param icol the column index. @return the tile.

Determines whether this sphere is infinite. @return true, if infinite; false, otherwise.

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

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

Sets the clips for this view. A pixels view maps values of the sampled function f(x1,x2) to bytes, which are then used as indices into a specified col

Sets the label for this color bar. @param label the label; null, if none.

Returns C = A s, where A is this matrix, and s is a scalar. @param s the scalar s. @return C = A s.

Applies this filter. @param x input array. @param y output array.

Applies 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 output array y; may

Check order of two numbers, within precision. @param r1 First number to check @param r2 Second number to check @return 1 if r1 &gt; r2; -1 if r1 &lt;

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

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

Finds a face of a tet in the mesh that references the specified nodes. The nodes may be specified in any order. However, if not null, the returned fac

Get a vect for the specified index. @param index A unique integer for the requested vect. Integers need not be consecutive. @return Vect

Gets the transcaler for this tile. @return the transcaler.

Interpolates a function value y(x). Same as {@link #interpolate0(float)}. @param x value at which to interpolate. @return interpolated function value

Determines whether this node is on the surface boundary. @return true, if on the boundary; false, otherwise.

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

Replaces all occurences in string s of string x with string y. @param x string to be replaced. @param y string replacing each occurence of x. @param s

Sets font size automatically for a slide in presentations. This method causes the font size to change as this frame is resized, so that text height wi

Returns the signum of the specified value. The signum is zero if the argument is zero, 1.0 if the argument is greater than zero, -1.0 if the argument

Returns a new translation matrix. @param tx the x component of the translation. @param ty the y component of the translation. @param tz the z componen

Applies this filter. Uses lag1; ignores lag2 or lag3, if specified. <p> May be applied in-place; input and output arrays may be the same. @param x inp

Applies 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 output array y; may

Performs a binary search in a monotonic array of values. Values are assumed to increase or decrease monotonically, with no equal values. <p> Warning:

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

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

Copies values from the buffered array into this buffer. If the values are already in this buffer, they are assumed to be unchanged, and no copy is per

Gets the axis for this frame. @return the axis.

Gets the horizontal projector for this tile. @return the horizontal projector.

Gets the number of elements in 3rd dimension of this array. @return the number of elements in 3rd dimension.

Gets the vertical projector for this tile. @return the vertical projector.

Gets this volume. @return the volume; may be infinite.