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(PDF 12) A ag specifying (on output devices that support the overprint control feature) whether painting in one set of colorants should cause the corresponding areas of other colorants to be erased (false) or left unchanged (true); see Section 456, Overprint Control In PDF 13, there are two separate overprint parameters: one for stroking and one for all other painting operations Initial value: false (PDF 13) A code specifying whether a color component value of 0 in a DeviceCMYK color space should erase that component (0) or leave it unchanged (1) when overprinting (see Section 456, Overprint Control ) Initial value: 0 (PDF 12) A function that calculates the level of the black color component to use when converting RGB colors to CMYK (see Section 623, Conversion from DeviceRGB to DeviceCMYK ) Initial value: installation-dependent (PDF 12) A function that calculates the reduction in the levels of the cyan, magenta, and yellow color components to compensate for the amount of black added by black generation (see Section 623, Conversion from DeviceRGB to DeviceCMYK ) Initial value: installation-dependent (PDF 12) A function that adjusts device gray or color component levels to compensate for nonlinear response in a particular output device (see Section 63, Transfer Functions ) Initial value: installation-dependent (PDF 12) A halftone screen for gray and color rendering, speci ed as a halftone dictionary or stream (see Section 64, Halftones ) Initial value: installation-dependent The precision with which curves are to be rendered on the output device (see Section 651, Flatness Tolerance ) The value of this parameter gives the maximum error tolerance, measured in output device pixels; smaller numbers give smoother curves at the expense of more computation and memory use Initial value: 10

B10

push (mbp) bit, and may optionally specify a normal and/or a color (or texture map coordinate) The presence of normal or color data within a vertex command is controlled by two state bits known as the bundling bits: bnv and bcv, respectively

(PDF 13) The precision with which color gradients are to be rendered on the output device (see Section 652, Smoothness Tolerance ) The value of this parameter gives the maximum error tolerance, expressed as a fraction of the range of each color component; smaller numbers give smoother color transitions at the expense of more computation and memory use Initial value: installation-dependent

public void removePurchaseListener(PurchaseListener p) { purchaseListenersremoveElement(p); } }

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There are also two stand-alone commands for specifying normals and colors: normal and color These commands may be freely interspersed with vertex commands, and semantically have (nearly) the same effect as normals or colors bundled directly with a normal Once a color or normal value is speci ed, either directly or bundled with a vertex command, that color or normal will remain in effect as the current color or normal until a new value is speci ed In this fashion, for example, a constant material color may be speci ed to apply to a forthcoming sequence of non-colorbundled vertices

Some graphics state parameters are set with speci c PDF operators, some are set by including a particular entry in a graphics state parameter dictionary, and some can be speci ed either way The current line width, for example, can be set either with the w operator or (in PDF 13) with the LW entry in a graphics state parameter dictionary, whereas the current color is set only with speci c operators and the current halftone is set only with a graphics state parameter dictionary It is expected that all future graphics state parameters will be speci ed with new entries in the graphics state parameter dictionary rather than with new operators In general, the operators that set graphics state parameters simply store them unchanged for later use by the painting operators However, some parameters have special properties or behavior:

The setState command updates the value of the three state bits Two of these bits are the normal and color bundling bits; the other one will be described later

The names addPurchaseListener and removePurchaseListener are enough for the system to figure out that there must be a PurchaseEvent class and a PurchaseListener interface, and this information could then be used in a graphic bean builder to hook two or more beans together Finally, Listing 108 shows the inventory bean, which can handle purchase events Listing 108 A bean that represents an inventory and handles purchase events

miter limit, are forced into valid range, if necessary However, they are not adjusted to re ect capabilities of the raster output device, such as resolution or number of distinguishable colors Painting operators perform such adjustments, but the adjusted values are not stored back into the graphics state

The meshBufferReference command allows any of the 16 vertices most recently pushed into the mesh buffer to be reused in place of a vertex command at this point Two vertex replacement bits are also present

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