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Note: As indicated in Tables 42 and 43, some of the parameters color space, color, and overprint have two values, one used for stroking (of paths and text objects) and one for all other painting operations The two parameter values can be set independently, allowing for operations such as combined lling and stroking of the same path with different colors Except where noted, a term such as current color should be interpreted to refer to whichever color parameter applies to the operation being performed When necessary, the individual color parameters are distinguished explicitly as the stroking color and the nonstroking color

The setTable command allows a range of entries in one of the three Huffman decompression tables all to be set to the same new value

package comawljspbookch10;

A well-structured PDF document typically contains many graphical elements that are essentially independent of each other and sometimes nested to multiple levels The graphics state stack allows these elements to make local changes to the graphics state without disturbing the graphics state of the surrounding environment The stack is a LIFO (last in, rst out) data structure in which the contents of the graphics state can be saved and later restored using the following operators:

The variable length no-operation NOP command allows the compression bit stream to be padded by a speci ed number of bits This allows portions of the compression data to be 32-bit aligned when desired

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Figure B-4 shows the bit-level layout of the eight geometry decompression commands Each command has a unique opcode, and then some (possible variable) number of arguments The actual bit length of many of the components may vary, and if so, a unique (dynamic) Huffman tag at the very start of any variablelength argument delimits the size of the argument

The q operator pushes a copy of the entire graphics state onto the stack The Q operator restores the entire graphics state to its former value by popping

import javaio*; import javautil*;

The following subsections describe the bit details of several of the geometry decompression commands, and much of their associated semantics

it from the stack These operators can be used to encapsulate a graphical element so that it can modify parameters of the graphics state and later restore them to their previous values Occurrences of the q and Q operators must be balanced within a given content stream (or within the sequence of streams speci ed in a page dictionary s Contents array)

B121

This section gives details of several of the device-independent graphics state parameters listed in Table 42 on page 148

public class InventoryBean implements Serializable,PurchaseListener {

0 0 0

The line width parameter speci es the thickness of the line used to stroke a path It is a nonnegative number expressed in user space units; stroking a path entails painting all points whose perpendicular distance from the path in user space is less than or equal to half the line width The effect produced in device space depends on the current transformation matrix (CTM) in effect at the time the path is stroked If the CTM speci es scaling by different factors in the horizontal and vertical dimensions, the thickness of stroked lines in device space will vary according to their orientation The actual line width achieved can differ from the requested width by as much as 2 device pixels, depending on the positions of lines with respect to the pixel grid Automatic stroke adjustment can be used to ensure uniform line width; see Section 654, Automatic Stroke Adjustment

0 0 0 0 1

private static final Integer ONE = new Integer(1); private Hashtable inventory = new Hashtable();

The variable length no-operation (NOP) command has an 8-bit opcode, a 5-bit count eld, and a 0- to 31-bit eld of zeros The total length of the variablelength no-operation command is between 13 and 44 bits The variable-length NOP command s primary use is to align geometry decompression commands to word boundaries, when desired This is useful if one wishes to patch a decompression instruction in the middle of a stream without having to bit-align the patch

A line width of 0 denotes the thinnest line that can be rendered at device resolution: 1 device pixel wide However, some devices cannot reproduce 1-pixel lines, and on high-resolution devices, they are nearly invisible Since the results of rendering such zero-width lines are device-dependent, their use is not recommended

B122

The line cap style speci es the shape to be used at the ends of open subpaths (and dashes, if any) when they are stroked Table 44 shows the possible values

0 0 0

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