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dictionaries representing the two patch types differ only in the value of the ShadingType entry and in the number of control points speci ed for each patch in the data stream Although the Coons patch is more concise and easier to use, the tensor-product patch affords greater control over color mapping Note: The data format for type 7 shadings (as for types 4 through 6) is the same in PDF as it is in PostScript However, the numbering and order of control points was described incorrectly in the rst printing of the PostScript Language Reference, Third Edition That description has been corrected here Like the Coons patch mapping, the tensor-product patch mapping is controlled by the location and shape of four cubic B zier curves marking the boundaries of the patch However, the tensor-product patch has four additional, internal control points to adjust the mapping The 16 control points can be arranged in a 4-by-4 array indexed by row and column, as follows (see Figure 424): p03 p02 p01 p00 p13 p12 p11 p10 p23 p22 p21 p20 p33 p32 p31 p30

decreasingAlphaDuration:

As in a Coons patch mesh, the geometry of the tensor-product patch is described by a surface de ned over a pair of parametric variables, u and v, which vary horizontally and vertically across the unit square The surface is de ned by the equation

One possibility for a c:choose tag Parameters: test: An expression that should be a logical test of a property Body: Arbitrary JSP code

Speci es the time period during which Al-

S (u, v) =

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decreasingAlphaRampDuration: Speci es the time period during which the Alpha step size increases at the beginning of the decreasingAlphaDuration and, correspondingly, decreases at the end of the decreasingAlphaDuration This parameter is clamped to half of decreasingAlphaDuration When this parameter is non-zero, one gets constant acceleration while it is in effect; constant positive acceleration at the beginning of the ramp and constant negative acceleration at the end of the ramp If this parameter is zero, the effective velocity of the Alpha value is constant and the acceleration is zero (ie, a linearly-decreasing alpha ramp) alphaAtZeroDuration: Speci es the time period that Alpha stays at zero

The catch-all possibility for a c:choose tag If none of the expressions in the c:when tags evaluates to true, the body of the c:otherwise will be included Parameters: None Body: Arbitrary JSP code

pij Bi (u) Bj (v)

These ags specify that this alpha s mode is to use the increasing or decreasing component of the alpha, respectively

Version 11 Alpha 01, February 27, 1998

where pij is the control point in column i and row j of the tensor, and Bi and Bj are the Bernstein polynomials B 0 (t) = ( 1 t )

public Alpha() public Alpha(int loopCount, long increasingAlphaDuration) public Alpha(int loopCount, long triggerTime, long phaseDelayDuration, long increasingAlphaDuration, long increasingAlphaRampDuration, long alphaAtOneDuration) public Alpha(int loopCount, int mode, long triggerTime, long phaseDelayDuration, long increasingAlphaDuration, long increasingAlphaRampDuration, long alphaAtOneDuration, long decreasingAlphaDuration, long decreasingAlphaRampDuration, long alphaAtZeroDuration)

Set a property in a bean Parameters: target: The name of a bean property: The property within the bean to set value: The value to assign; may be a script Body: None

2 3 2

The rst form constructs a new Alpha object using default values The remaining forms construct a new Alpha object using the speci ed parameters to de ne the alpha phases for the object The default values for the parameters not speci ed by the constructors are as follows: loopCount: 1 mode: INCREASING_ENABLE triggerTime: 0 phaseDelayDuration: 0 increasingAlphaDuration: 1000 increasingAlphaRampDuration: 0 alphaAtOneDuration: 0 decreasingAlphaDuration: 0 decreasingAlphaRampDuration: 0 alphaAtZeroDuration: 0 Methods

B 1 (t) = 3t ( 1 t )

public float value() public float value(long atTime)

Parameters: value: The value to be formatted; may be a script pattern: A pattern specifying how the number should be formatted Body: None

Since each point pij is actually a pair of coordinates (xij , yij ), the surface can also be expressed as

These methods return the alpha value (between 00 and 10 inclusive) based on the time-to-alpha parameters established for this interpolator The rst method returns the alpha for the current time The second method returns the alpha for an arbitrary given time If the alpha mapping has not started, the starting alpha value is returned If the alpha mapping has completed, the ending alpha value is returned

public void setStartTime(long startTime) public long getStartTime()

x ( u, v ) =

Parameters: value: The value to be formatted; may be a script pattern: A pattern specifying how the date should be formatted Body: None

These methods set and retrieve this alpha s start time, the base for all relative time speci cations 244

xij Bi ( u ) Bj ( v )

BEHAVIORS AND INTERPOLATORS public void setLoopCount(int loopCount) public int getLoopCount()

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