Applies this OpenGL state. This method makes OpenGL state consistent with any attribute fields in this state that are currently set.

Returns the maximum of the specified values. @param a a value. @param b a value. @return the maximum value.

Ensures that the specified condition for an argument is true. @param condition the condition. @param message a description of the condition. @exceptio

Returns the minimum of the specified values. @param a a value. @param b a value. @return the minimum value.

Add a scaled version of another vector to a scaled version of this vector. [If this==other, then the result should be the same as scaling this by (sca

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

Puts the value of the property associated with the specified node. @param node the node. @param value the property value.

Copy the state of one vector onto another. @param to Vector whose state should be initialized with the state of from. @param from Vecto

Returns the square-root of this complex number. @return the square-root.

Computes the scaled expansion h = e b, eliminating zero components from the output expansion. Maintains the nonoverlapping property. If round-to-even

Gets the number of samples. @return the number of samples.

Gets local filter coefficients for the specified sample. @param i1 sample index in 1st dimension. @param a array to be filled with coefficients.

Computes the sum of two expansions h = e+f, eliminating zero components from output expansion. If round-to-even is used (as with IEEE 754), maintains

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

Returns the stopwatch time, in seconds. Does not start or stop. @return the time, in seconds.

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

Determines whether specified object equals these units. @param object the object to compare with these units. @return true, if equal; false, otherwise

Gets the sample value with specified index. @param i the index. @return the sample value.

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

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

Gets the first sample value. @return the first sample value.

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

Ensures that the specified condition of state is true. @param condition the condition. @param message a description of the condition. @exception Illeg

Returns the product ra rb of two functions ra and rb. The samplings of ra and rb must be equivalent. @param ra a function. @param rb a function. @retu

Gets the sampling interval. If not uniformly sampled, the sampling interval is the average difference between sample values. @return the sampling inte

Raises units to a power. @param units first operand. @param p second operand. @return the power units^p.

Requests a repaint of the tile that contains this tiled view.

Stops this stopwatch. If the stopwatch is not running, does nothing.

Returns the number of unique indices in this container. @return number of unique indices

Appends the specified box to this node's list of boxes. If the box is a node, sets its parent to this node. @param box the box.

See if two numbers are almost equal. @param r1 First number to check @param r2 Second number to check @return True if r1 and r2 are almost equal

Returns an array initialized to a specified linear ramp. Array values are ra+i1 rb1. @param ra value of the first element. @param rb1 gradient in 1st

Marks the specified node (red). Marks are used during iterations over nodes. Because nodes (e.g., those nodes adjacent to a particular node) are linke

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

Appends the specified array of nodes to this draw list. @param nodes the array of nodes; referenced, not copied.

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

Returns the length of this vector. @return the length.

Resets and starts this stopwatch.

Determines whether this sampling is uniform. A sampling is uniform if its values can be computed, to within the sampling tolerance, by the expression

Adds the specified child node to this group's list of children. If the node is already a child of this group, then this method does nothing. <p> The c

Determines whether this rectangle contains the specified point. @param point the point. @return true, if this rectangle contains the point; false, oth

Sets the size in pixels of all handles. Because handle size is not associated with any particular handle or world, this method does force a repaint of

Returns the closest int to the specified value. The result is the value of the expression <code>(int)Math.floor(a+0.5f)</code>. @param x the value. @r

Returns the difference ra - rb of two functions ra and rb. The samplings of ra and rb must be equivalent. @param ra a function. @param rb a function.

Converts the specified user x-coordinate to device x-coordinate. @param xu the user x-coordinate. @return the device x-coordinate.

Computes difference a-b. Puts result in x and error in y.

Converts the specified user y-coordinate to device y-coordinate. @param yu the user y-coordinate. @return the device y-coordinate.

Returns array copy of elements from the specified array. @param cx source array. @return array copy

Gets all elements of this matrix into a new array. @return the array.

Performs a loop <code>for (int i=0; i&lt;end; ++i)</code>. @param end the end index (not included) for the loop. @param body the loop body.

Optionally free any resources held by this object. Will not be used again. This method can safely do nothing.

Adds a node to the mesh, if the mesh does not already contain a node with the same (x,y,z) coordinates. @param node the node to add. @return true, if

Return the Cartesian dot product of this vector with another vector (not including any inverse covariance). [Feel free to normalize by the number of e

Gets the value of the property associated with the specified node. @param node the node. @return the property value.

Computes the product a b, where a and b are two-component expansions. Puts the product in the array x[8].

Returns the smallest (closest to negative infinity) value that is greater than or equal to the argument and is equal to a mathematical integer. @param

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

Marks the specified node (red). Marks are used during iterations over nodes. Because nodes (e.g., those nodes adjacent to a particular node) are linke

Let user know about progress. Update time stamps to limit frequency of next update. @param fraction Current fraction of total progress, between 0

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

Sets the orientation of (x1,x2) axes. @param orientation the orientation.

Returns the x coordinate of this node as a perturbed double. @return the x coordinate.

Returns the y coordinate of this node as a perturbed double. @return the y coordinate.

Format a localized message, with java.util.Formatter and the appropriate resource. @param key used to specify format string in properties file. If no

Gets the last sample value. @return the last sample value.

Gets the line width. @return the line width.

Returns a sampled function with values zero. @param n the number of samples. @return the function.

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

Get a parameter. @param name name of the parameter to get. @return parameter; null, if the parameter set does not contain a parameter with the specif

Adds a 1D half-space a1 x1 &lt;= b to bound this volume. Other coefficients a2, a3, ..., an, if any, are assumed to be zero. The dimension of this vol

Adds a points view of the arrays x1 and x2 of point (x1,x2) coordinates. @param x1 array of x1 coordinates. @param x2 array of x2 coordinates. @return

Get the best localized message from a Throwable that may contain other Throwables as a cause. @param throwable a Throwable that may contain other Thr

Starts this stopwatch. If the stopwatch is running, does nothing.

Interpolates the current uniform samples as real numbers. @param x the value x at which to interpolate y(x). @return the interpolated y(x).

Interpolates this sampling. Inserts m-1 evenly spaced samples between each of the samples in this sampling. If this sampling has n values, the new sam

Interpolates the first derivative y'(x). @param x value at which to interpolate. @return interpolated first derivative y'(x).

Returns a new matrix with random elements. The distribution of the random numbers is uniform in the interval [0,1). @param m the number of rows. @para