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Variable-Length Multi-Byte Functions

The codes for variable-length multi-byte functions [208 (0xD0) through 239 (0xEF)] appear twice each time the function is invoked. The first occurrence is the begin gate, and the second occurrence is the end gate. In addition, each begin gate is followed by a subgroup byte, a value of size short (16 bits), and a function flags byte. If the flags byte indicates that there is prefix data associated with the function, a number of prefix ID bytes come next, followed by the prefix index-ID words. Next is a word (16 bits) showing the size of the non-deletable information. Any non-deletable function data is then included, followed by any deletable data. The deletable data format is not documented. It pertains to formatter information, can change at any time, and is rewritten each time a document is retrieved into WordPerfect. You can skip over deletable data by using the size word to move to the next function code. Following the deletable data are a size word and the end gate. The size of the function is the total size of the function including gates. Here is a textual representation of the variable-length function code structure:

The structure of variable-length functions is represented as follows (indented fields may or may not exist depending on the flags field):

    <group>

    <subgroup>

    [size]

    <flags byte>

    <number of prefix IDs>

      [prefix ID 1]

      ..

      [prefix ID n]

    [size of non-deletable information]

    <non-deletable information> x non-deletable size

    <undocumented deletable data> x ?

    [size]

    <group>

The prefix ID information will exist only if bit 7 of the flags byte is set (see Flags Byte Information below). Be aware that prefix ID information may be added to functions at any time. The undocumented deletable data may or may not appear in a file created by WordPerfect. Developers should never create a file with deletable data. It is noted in the documentation as a signal that an indeterminate length of unspecified data may appear in existing files and must be skipped. Be aware that functions which do not currently contain deletable data may be modified at any time to include deletable data.

Flags Byte Information

The function flags byte is defined as follows:

    bits 0-2: 0 = not a reverted, paired, or encased function.

      1 = Simple paired function.  Begin/On codes are even subfunctions

    and End/Off codes are the next subfunction.

      2 = Encased/paired function.  Begin/On codes are mod 4=0

    subfunctions (multiple-of-4 subfunctions) followed immediately by

    Begin/Off, End/On and End/Off codes numbered consecutively.

      3 = Encased function.  Begin/On codes are even subfunctions and

    End/Off codes are the next odd subfunction.

      4 = reserved

      5 = reserved

      6 = revert function off.

      7 = revert function on.

    bit 3: reserved - 8 (0x08)

    bit 4: reserved - 16 (0x10)

    bit 5: reserved - 32 (0x20)

    bit 6: 1 = ignore function - 64 (0x40) this function is inactive due

    to the context of a function enclosing it.

    bit 7: 1 = prefix IDs follow - 128 (0x80) represented as PRFXID

Function 208 (0xD0) = End-of-Line Group

The End-of-Line Group subfunctions have EOL orientation.

Subfunctions 0 to 28 (0x1C) of this group are interchangeable with the single-byte function codes 180 (0xB4) to 207 (0xCF). WP 7.0 uses the deletable area of the multi-byte functions to store formatter data and will change between corresponding codes as needed. A program reading WP 7.0 documents must handle both the multi-byte and single-byte functions. A program writing documents should use only the single-byte function codes.

An additional level of subfunctions is defined for the End-of-Line function group which will be called embedded subfunctions. These embedded subfunctions will be contained between the begin and end gates of an End-of-Line group subfunction. They are not used with any other functions. See End-of-Line Group Non-Deletable Embedded Subfunctionsbelow for definitions of the individual embedded subfunctions. Deletable embedded subfunctions exist but are not documented. An application programmer only needs to be aware of the deletable data in order to skip over it in existing documents. Since the corresponding single-byte functions are used to create a document, an application never generates functions in this group.
Subfunctions: 0 (0x00) - 28 (0x1C)

Subfunction | Description | Conversion/Search mappings
0 (0x00) | Beginning of File | Ignore
1 (0x01) | Soft End of Line | Space
2 (0x02) | Soft End of Column | Space
3 (0x03) | Soft EOC at EOP | Space
4 (0x04) | Hard End of Line | Hard Return
5 (0x05) | Hard EOL at EOC | Hard Return
6 (0x06) | Hard EOL at EOP | Hard Return
7 (0x07) | Hard End of Column | Hard End of Column
8 (0x08) | Hard EOC at EOP | Hard End of Column
9 (0x09) | Hard End of Page | Hard End of Page
10 (0x0A) | Table Cell | Table Cell
11 (0x0B) | Table Row and Cell | Table Row
12 (0x0C) | Table Row at EOC | Table Row
13 (0x0D) | Table Row at EOP | Table Row
14 (0x0E) | Table Row at Hard EOC | Hard Table Row
15 (0x0F) | Table Row at Hard EOC at EOP | Hard Table Row
16 (0x10) | Table Row at Hard EOP | Hard Table Row
17 (0x11) | Table Off | Table Off
18 (0x12) | Table Off at EOC | Table Off
19 (0x13) | Table Off at EOC at EOP | Table Off
20 (0x14) | Deletable Soft EOL | Space
21 (0x15) | Deletable Soft EOC | Space
22 (0x16) | Deletable Soft EOC at EOP | Space
23 (0x17) | Deletable Hard EOL | Hard Return
24 (0x18) | Deletable Hard EOL at EOC | Hard Return
25 (0x19) | Deletable Hard EOL at EOP | Hard Return
26 (0x1A) | Deletable Hard EOC | Hard End of Column
27 (0x1B) | Deletable Hard EOC at EOP | Hard End of Column
28 (0x1C) | Deletable Hard EOP | Hard End of Page

The structure for the End-of-Line function group is shown below. This format is unique in that the non-deletable data area also contains deletable data.

    <208 (0xD0)> <0 to 28 (0x1C)> [size = variable] <flags = 0 or PRFXID>

If the prefix ID bit is set, the following information exists:

    <number of prefix IDs>

      [cell top line template PID (type=0x42)]

      [cell left line template PID (type=0x42)]

      [cell bottom line template PID (type=0x42)]

      [cell right line template PID (type=0x42)]

      [cell fill template PID (type=0x43)]

    [size of deletable and non-deletable subfunctions]

    [size of deletable subfunction data]

    <deletable subfunctions> x ?

    <non-deletable subfunctions> x ?  may be absent if no actions are

    performed

    [size] <0xD0>

Function 208 (0xD0)

End-of-Line Group Non-Deletable Embedded Subfunctions

The End-of-Line Group embedded subfunctions have EOL orientation.

The End-of-Line Group non-deletable embedded subfunctions are only found within the non-deletable portion of the End-of-Line Group functions: function 208 (0xD0) including subfunctions 0 (0x00) through 28 (0x1C). Some of the embedded subfunctions described below are fixed length and some are variable length.

####

#### 0xD080

Row Information Embedded Subfunction

    <128 (0x80)> (size = 5)

    <row flags>

      bit 0:

        0 = multi-line text (wrapping)

        1 = single line of text (no wrap)

      bit 1:

        0 = automatic height

        1 = fixed height

      bit 2:

        0 = not a header row

        1 = this is a header row

    [row height if fixed (WPU)]

    <128 (0x80)>

####

#### 0xD081

New Cell Formula Embedded Subfunction

    <129 (0x81)> [size = variable]

    [length of formula]

    <tokenized formula> x length of formula

    see Table Formulas for list of formula codes

    [length]

    <129 (0x81)>

####

#### 0xD082

New Top Gutter Spacing Embedded Subfunction

    <130 (0x82)> (size = 4)

    [new top gutter spacing (WPU)]

    <130 (0x82)>

####

#### 0xD083

New Bottom Gutter Spacing Embedded Subfunction

    <131 (0x83)> (size = 4)

    [new bottom gutter spacing (WPU)]

    <131 (0x83)>

####

#### 0xD084

Cell Information Embedded Subfunction

    <132 (0x84)> (size = 9)

    <flag>

      bit 0: 1 = use cell attributes

      bit 1: 1 = use cell justification

      bits 2-5: not used

      bit 6: 1 = ignore in calculations

      bit 7: 1 = cell is locked

    <justification>

      bits 0-2: justification

        0 = left

        1 = full

        2 = center

        3 = right

        4 = all (kinto waritsuke)

        5 = decimal align

    <alignment>

      bits 0-1: vertical alignment

        0 = top

        1 = center

        2 = bottom

        3 = full

    [attribute word 1]

      bit 0: 1 = extra large

      bit 1: 1 = very large

      bit 2: 1 = large

      bit 3: 1 = small print

      bit 4: 1 = fine print

      bit 5: 1 = superscript

      bit 6: 1 = subscript

      bit 7: 1 = outline

      bit 8: 1 = italics

      bit 9: 1 = shadow

      bit 10: 1 = redline

      bit 11: 1 = double underline

      bit 12: 1 = bold

      bit 13: 1 = strikeout

      bit 14: 1 = underline

      bit 15: 1 = small caps

    [attribute word 2]

      bit 0: 1 = blink

      bit 1: 1 = reverse video

    <132 (0x84)>

####

#### 0xD085

Cell Spanning Information Embedded Subfunction

    <133 (0x85)> (size = 4)

    <number of cells spanned horizontally> bit 7 is set if spanned from

    left

    <number of cells spanned vertically> bit 7 is set if spanned from

    above

    <133 (0x85)>

####

#### 0xD086

Cell Fill Colors Embedded Subfunction

    <134 (0x86)> (size = 10)

    <foreground color (RGBS)> x 4

    <background color (RGBS)> x 4

    <134 (0x86)>

####

#### 0xD087

Cell Line Color Embedded Subfunction

    <135 (0x87)> (size = 6)

    <color (RGBS)> x 4

    <135 (0x87)>

####

#### 0xD088 - Modified in WP 7.0

Cell Number Type Embedded Subfunction

    <136 (0x88)> (size = 5)

    [number type]

      bits 0-3: number of digits to display after decimal point or date

    index information

      bit 4: 1 = display with commas

      bit 5: rounding

        0 = use full precision in calculations

        1 = use displayed precision

      bits 6-7: negative numbers

        0 = '-'  (use minus sign)

        1 = ()  (use parentheses)

        2 = CR/DR  (use credit/debit symbols)

        3 = not defined

      bits 8-11: standard formats

        0 = general

        1 = integer

        2 = fixed

        3 = percent

        4 = currency

        5 = accounting

        6 = commas

        7 = scientific

        8 = date

        9 = text

      bit 12: 1 = text

      bit 13: 1 = set currency symbol on

      bits 14-15: notation

        0 = floating point

        1 = scientific

        2 = fixed

        3 = not defined

    <currency type>

      bits 0-6: index of the desired currency, default = 0

      bit 7: alignment

    <currency type flags> - Added for WP 7.0

      bits 0-3: number of digits for decimal

      bit 7:

        0 = currency symbol after

        1 = currency symbol before

    <136 (0x88)>

####

#### 0xD089 - Modified in WP 7.0

Cell Floating Point Number Embedded Subfunction

    <137 (0x89)> (size = 11)

    <IEEE  format floating point number> x 8

    <floating point source> - Added in WP 7.0

    <137 (0x89)>

The IEEE value is an 8-byte floating point value. The format of the 8 bytes is separated into the following bit fields going from the high order bit to the low order bit.

bit 63: Sign bit. 0 = positive value, 1 = negative value

bits 62-52: Exponent [if exponent is 0x3FF, the value is 1 (fraction value)]. The decimal point is to the left of bit 51, and to the right of bit 52 of the fractional bits. If this value is non-zero, there is an imaginary bit 52 that is set to 1. If this value is zero, the value for the floating point number is zero.

bits 51-0: Fractional value in base 2 number system. Binary values are used in the following chart since they are base 2.

Floating Point Examples
Sign Bit | Exponent Bits | Fraction Bits | Result
1 | 0x03FF | 100111b | -1.100111b
0 | 0x03FE | 100111b | .1100111b
0 | 0x0400 | 100111b | 11.00111b
1 | 0x040A | 100111b | -110011100000.0b

If the exponent bits are non-zero, it is assumed that there is an extra bit set to 1 (imaginary bit 52) to the left bit 51 of the fractional value. If the exponent bits are zero, the value for the floating point number is zero.
When you work on a computer that uses reverse-order format (Intel processor chips), you need to reverse these 8 bytes to address the bits correctly.

Explanation of the Result for the Last Example Above

The fractional bits are as follows, moving from the highest-order fractional bit to the lowest-order fractional bit:

bit 51 = 1

bit 50 = 0

bit 49 = 0

bit 48 = 1

bit 47 = 1

bit 46 = 1

bits 45 -0 = 0

This is the value 100111b. However, since the exponent value is non-zero there is also an imaginary bit 52 that is set to 1. The value becomes 1100111. Depending on the exponent, the decimal point floats right or left, adding zeros as needed. For the last example the exponent is 0x040A. The decimal is placed 11 places to the right of bit 51, and the result becomes 110011100000.0b.

####

#### 0xD08A

Reserved

####

#### 0xD08B

Cell Prefix Flag Embedded Subfunction

    <139 (0x8B)> (size = 3)

    <flags to indicate if default is zero or none>

    <139 (0x8B)>

####

#### 0xD08C

Cell Recalculation Error Number Embedded Subfunction

    <140 (0x8C)> (size = 3)

    <recalculation error number>

    <140 (0x8C)>

####

#### 0xD08D

Don't End a Paragraph Style for this Hard Return

    <141 (0x8D)> (size = 1)

Function 209 (0xD1) = Page Group

The Page Group subfunctions have page orientation.

####

#### 0xD100

Top Margin Set

    <209 (0xD1)> <0 (0x00)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [top margin (WPU)] distance from top edge of paper to text

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD101

Bottom Margin Set

    <209 (0xD1)> <1 (0x01)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [bottom margin (WPU)]  distance from bottom edge of paper to text

    (WPU)

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD102

Suppress Page Characteristics

    <209 (0xD1)> <2 (0x02)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <new suppress code>

      bit 0: suppress page numbering

      bit 1: suppress current page numbering and print page number at

    bottom center

      bit 2: suppress header A

      bit 3: suppress header B

      bit 4: suppress footer A

      bit 5: suppress footer B

      bit 6: suppress watermark A

      bit 7: suppress watermark B

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD103 - Modified in WP 7.0

Page Number Position

    <209 (0xD1)> <3 (0x03)> [size = variable] <flags = PRFXID>

    <number of prefix IDs = 1>

    [page numbering font PID (type=0x55)] (0 if use flag is 0)

    [size of non-deletable information = 22]

    [hash (matched typeface descriptor)]

    <use flag>

      0 = use document initial values for font, point size, attributes and

    colors

      1 = use values in function

    [copy of page numbering font PID]

    [ point size (WPU)]

    <page number position>

      0 = none

      1 = top left

      2 = top center

      3 = top right

      4 = top left and right

      5 = bottom left

      6 = bottom center

      7 = bottom right

      8 = bottom left and right

      9 = top inside left and right

      10= bottom inside left and right

    [matched font index in font list]

    [matched point size of font (WPU)]

    [attributes, 1st word]

      bit 0: 1 = extra large

      bit 1: 1 = very large

      bit 2: 1 = large

      bit 3: 1 = small print

      bit 4: 1 = fine print

      bit 5: 1 = superscript

      bit 6: 1 = subscript

      bit 7: 1 = outline

      bit 8: 1 = italics

      bit 9: 1 = shadow

      bit 10: 1 = redline

      bit 11: 1 = double underline

      bit 12: 1 = bold

      bit 13: 1 = strikeout

      bit 14: 1 = underline

      bit 15: 1 = small caps

    [attributes, 2nd word]

      bit 0: 1 = blink

      bit 1: 1 = reverse video

    <color (RGBS)> x 4

    [page number height] (calculated)

    <new page position override> optional (see <page number position>

    above)

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD104

Center Current Page Top to Bottom

    <209 (0xD1)> <4 (0x04)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <new center current page state>

      bit 0: 0 = off, 1 = center current page

      bits 1-7: undefined

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD105

Center Page Top to Bottom

    <209 (0xD1)> <5 (0x05)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <new center page state>

      bit 0: 0 = off, 1 = center page

      bits 1-7: undefined

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD106

Widow/Orphan On/Off

    <209 (0xD1)> <6 (0x06)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <new widow/orphan state>

      bit 0: 0 = off, 1 = on

      bits 1-7: undefined

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD107

Set Space Between Footnotes

    <209 (0xD1)> <7 (0x07)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [new space between footnotes (WPU)]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD108

Set Space Between Endnotes

    <209 (0xD1)> <8 (0x08)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [new space between endnotes (WPU)]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD109

Footnote Minimum Amount to Keep Together

    <209 (0xD1)> <9 (0x09)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [new footnote minimum amount (WPU)]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD10A

Endnote Minimum Amount to Keep Together

    <209 (0xD1)> <10 (0x0A)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [new endnote minimum amount (WPU)]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD10B

Footnote Number Restart on Each Page

    <209 (0xD1)> <11 (0x0B)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <new restart footnote number state>

    bit 0: 0 = off, 1 = restart number of each page

    bits 1-7: undefined

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD10C

Footnote Continued Message

    <209 (0xD1)> <12 (0x0C)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <new footnote continued state>

    bit 0: 0 = off, 1 = output footnote continued message

    bits 1-7: undefined

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD10D

Footnote Text Position

    <209 (0xD1)> <13 (0x0D)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <new footnote text position>

    bit 0: 0 = bottom of page, 1 = after text

    bits 1-7: undefined

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD10E

Footnote Separator Line

    <209 (0xD1)> <14 (0x0E)> [size = 22] <flags = PRFXID>

    <number of prefix IDs = 1>

    [line information PID (type=0x40)]

    [size of non-deletable information = 9]

    [space above line (WPU)]

    [space below line (WPU)]

    <alignment>

      0 = left

      1 = full

      2 = center

      3 = right

      4 = set position

    [width of line, if not full]

    [position of start of line, if alignment = set position]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD10F

Binding Width

    <209 (0xD1)> <15 (0x0F)> [size = 13] <flags = 0>

    [size of non-deletable information = 3]

    <binding flag>

      bits 0-1:

        00 = left

        01 = right

        10 = top

        11 = bottom

      bits 2-7: undefined

    [binding width (WPU)]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD110

Page Border

    <209 (0xD1)> <16 (0x10)> [size = variable] <flags = PRFXID>

    <number of PIDs (minimum 2)>

    [border template PID (type=0x44)]  required, may be 0

    [fill template PID (type=0x43)]  required, may be 0

If number of PIDs > 2, then any border line template prefix IDs appear in the following order as indicated by the border override flags.

    [left side line template PID (type=0x42)]

    [right side line template PID (type=0x42)]

    [top side line template PID (type=0x42)]

    [bottom side line template PID (type=0x42)]

    [separator side line template PID (type=0x42)]

    [size of non-deletable information = variable]

    <reserved> x 14

    [total size of override data]  not including this word

    [border override flags]

    See Specific Format of Border Override Flags and Data below.

    <undocumented deletable data> x ?

    [size] <0xD1>

General Format of Border Override Flags and Data

The border may have associated override flags. The override flags are a 16-bit entity (short value) and each bit corresponds to data in the border definition.

For each bit in the border override flags, there is corresponding data. The size of the data depends on what the override bit represents. The order of the data depends on the order of the override bits, with one exception, noted below. For example, if both bits 15 and 14 in the override flag are set, the data corresponding to bit 15 appear earlier in the override data area than the data corresponding to bit 14. The exception is for border or fill template overrides. Because the data are prefix IDs, the data appear in the prefix ID area at the beginning of the function. The order of the prefix IDs corresponds to the bit order of the override flags.

If an override bit is set in the border override flags, a mask appears defining which bits within the corresponding data are overridden followed by the actual override data. For example, assume a data byte has two fields, the first field covering bits 0-3 and the second field covering bits 4-7. Assume the first field (bits 0-3) is to be overridden but the second field (bits 4-7) is not. The corresponding override bit will be set in the border override flags word. The data corresponding to this override bit will be a mask byte (value 0x0F) and a data byte, of which only the bottom 4 bits matter.

Specific Format of Border Override Flags and Data

    Bit 15: Border counter data

    If the border information override bit is set in the border override

    flags, the following data appear:

      [total size of border template override data]  not including this

    word

      [border template override flags]

      The following data appear according to bits set in the border

    template override flags:

        Bit 15: Border prefix ID flags. Corresponding data:

          <mask>

          <data>

        Bit 14: Border general flags data. Corresponding data:

          <mask>

          <data>

        Bit 13: Corner radius data. Corresponding data:

          [corner radius]

        Bit 12: Inside spacing data. Corresponding data:

          [left inside spacing]

          [right inside spacing]

          [top inside spacing]

          [bottom inside spacing]

        Bit 11: Outside spacing data. Corresponding data:

          [left outside spacing]

          [right outside spacing]

          [top outside spacing]

          [bottom outside spacing]

        Bit 10: Drop shadow data. Corresponding data:

          <drop shadow flag>

          [drop shadow spacing]

          <shadow color (RGBS)> x 4

        Bit 9: Border color data. Corresponding data:

          <border color (RGBS)> x 4

        Bit 8-0: currently undefined

    Bit 14: Fill data override.

    If the fill information override bit is set in the border override

    flags, the following data appear:

      [total size of fill template override data]  not including this word

      [fill template override flags]

      The following data appear according to bits set in the fill template

    override flags:

        Bit 15: Fill colors override. Corresponding data:

          <foreground/start color (RGBS)> x 4

          <background/start color (RGBS)> x 4

        Bit 14-0: currently undefined

    Bits 13-0: currently undefined

####

#### 0xD111

Form

    <209 (0xD1)> <17 (0x11)> [size = variable] <flags = 0>

    [size of non-deletable information = 82]

    <matched form hash table index>

    [matched form hash value]

    [desired length (WPU)]

    [desired width (WPU)]

    <type>

    <orientation>

      0 = portrait

      1 = landscape

    <type name length>

    < type name> x 36

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD112

Form Labels

    <209 (0xD1)> <18 (0x12)> [size = variable] <flags = 0>

    [size of non-deletable information = 100]

    [ width (WPU)]

    [ length (WPU)]

    <number of columns per page>

    <number of rows per page>

    [label width (WPU)]

    [label length (WPU)]

    [left offset - top left corner (WPU)]

    [top offset - top left corner (WPU)]

    [distance between label columns (WPU)]

    [distance between label rows (WPU)]

    [label left margin (WPU)]

    [label right margin (WPU)]

    [label top margin (WPU)]

    [label bottom margin (WPU)]

    [label description] x 37 (word string)

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD113

Double-Sided Printing

    <209 (0xD1)> <19 (0x13)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <new double-sided printing mode>

      bit 0: 0 = off, 1 = on

      bit 1: 0 = long edge duplexing, 1 = short edge duplexing

      bits 2-7: undefined

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD114

Logical Pages

    <209 (0xD1)> <20 (0x14)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    <new number of columns per page>

    <new number of rows per page>

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD115

Delayed Codes

    <209 (0xD1)> <21 (0x15)> [size = variable] <flags = PRFXID>

    <number of PIDs = 1>

      [delayed codes PID (type=0x08)]

    [size of non-deletable information = 4]

    [hash of codes]

    [number of pages to delay]

    <undocumented deletable data> x ?

    [size] <0xD1>

The Page Delay feature gives the user the option of setting the page formatting for subsequent pages. The user may specify at the beginning of the document (or any other place) how the page formatting will appear one or more pages later.

Consider the example of the first page of a document that is printed on letterhead, but all remaining pages are printed on standard paper. At the beginning of the document the user may specify a two-inch top margin to leave room for the letterhead on page one. The user may also specify a one-inch top margin, delayed one page, so all remaining pages have a one-inch top margin. If the document is less than one page, the delayed page format code never takes effect.

####

#### 0xD116

Start of Delayed Codes

    <209 (0xD1)> <22 (0x16)> [size = variable] <flags = 3 (encased

    function)>

    [size of non-deletable information]

    <number of IDs and hashes>

    The following three words are repeated for each count:

      [ID]

      [hash]

      [page number]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

    0xD117

End of Delayed Codes

    <209 (0xD1)> <23 (0x17)> [size = 10] <flags = 3 (encased function)>

    [size of non-deletable information = 0]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD118

Page Number Format (text)

    <209 (0xD1)> <24 (0x18)> [size = variable] <flags = PRFXID>

    <number of PIDs = 1>

      [new PID of the format string (type=0x62)]

    [size of non-deletable information = 0]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD119

Text Direction (Asia)

    <209 (0xD1)> <25 (0x19)> [size = 11] <flags = 0>

    [size of non-deletable information = 1]

    [text direction]

      0 = horizontal

      1 = vertical

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD11A

Header Separator Distance

    <209 (0xD1)> <26 (0x1A)> [size = 12] <flags = 0>

    [size of non-deletable information = 2]

    [new vertical size (WPU)]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD11B

Footer Separator Distance

    <209 (0xD1)> <27 (0x1B)> [size = 12] <flags = 0>

    [size of non-deletable information = 2]

    [ vertical size (WPU)]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD11C - Added for WP 7.0

Line Count

    <209 (0xD1)> <28 (0x1C)> [size = variable] <flags = PRFXID>

    <number of PIDs = 1>

    [definition PID]

    [size of non-deletable information = 4]

    [line count (WUWORD)]

    [line height (WPU)]

    <undocumented deletable data> x ?

    [size] <0xD1>

####

#### 0xD11D - Added for WP 7.0

Logical Page Flow

    <209 (0xD1)> <29 (0x1D)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [flow direction]

      0 = left to right, top to bottom

      1 = top to bottom, right to left

      2 = right to left, top to bottom

    <undocumented deletable data> x ?

    [size] <0xD1>

Function 210 (0xD2) = Column Group

The Column Group subfunctions have column orientation.

####

#### 0xD200

Left Margin Set

    <210 (0xD2)> <0 (0x00)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [ left margin (WPU)] distance from left edge of paper to text

    <undocumented deletable data> x ?

    [size] <0xD2>

####

#### 0xD201

Right Margin Set

    <210 (0xD2)> <1 (0x01)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [ right margin (WPU)] distance from right edge of paper to text

    <undocumented deletable data> x ?

    [size] <0xD2>

####

#### 0xD202

Define Text Columns

    <210 (0xD2)> <2 (0x02)> [size = variable] <flags = 0>

    [size of non-deletable information]

    <column type>

      bits 0-1:

        0 = newspaper

        1 = newspaper with vertical balance

        2 = parallel

        3 = parallel with protect

      Bit 1 can be used to determine if the columns are newspaper or

    parallel.

    {spacing between rows (WPSP)}

    <number of columns (0-24)>  0 or 1 = columns off

    The following exist only if number of columns >  1, and is repeated

    for each column.  The width between columns information does not exist

    for the last column:

      <column n definition>

        bit 0: 0 = fixed point value (WPFP),

          1 = fixed width (WPU)

      [column n width (WPFP or WPU)]

      <width between columns n and n+1 definition>

        bit 0: 0 = fixed point value (WPFP),

        1 = fixed width (WPU)

      [width between columns n and n+1 (WPFP or WPU)]

    <undocumented deletable data> x ?

    [size] <0xD2>

If WPFP, column width values are the percentage of the remaining available width on the page after margin widths and spaces between columns are subtracted from the total page count.

####

#### 0xD203

Column Border

Same format as Page Border function 209 (0xD1) subfunction 16 (0x10).

    <210 (0xD2)> <3 (0x03)> [size = variable] <flags=PRFXID>

    ..

    ..

    ..

    [size] <0xD2>

Function 211 (0xD3) = Paragraph Group

The Paragraph Group subfunctions have paragraph orientation.

####

#### 0xD300

Set Line Height

    <211 (0xD3)> <0 (0x00)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [ lines per inch (WPU)]

      0 = automatic line height

      non-zero = fixed line height.

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD301

Set Line Spacing

    <211 (0xD3)> <1 (0x01)> [size = variable] <flags = 0>

    [size of non-deletable information = 4]

    { line spacing (WPSP)}

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD302

Set Left Hotzone

    <211 (0xD3)> <2 (0x02)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    < left hotzone>

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD303

Set Right Hotzone

    <211 (0xD3)> <3 (0x03)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    < right hotzone>

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD304

Tab Set

    <211 (0xD3)> <4 (0x04)> [size = variable] <flags = 0>

    [size of non-deletable information]

    < definition>

      bit 0:

        0 = absolute

        1 = relative

    [tab adjust value] Set to left margin for relative tabs, ignored if

    absolute tabs.

    <number of tab type/tab position combinations>

    The following three bytes are repeated for each combination:

    <tab type>

      bits 0-3:

        000 = left tab

        001 = centered tab

        010 = right tab

        011 = decimal aligned tab

        100 = vertical bar tab

      bit 4: 0 = no dot leader

      bit 7: 1 = repeated tab

      If bit 7 is set, bits 0-6 contain a repetition count, using the

    previous tab type.

        [tab position or difference if repeated (WPU)] x repetition count

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD305

Set Justification Mode

    <211 (0xD3)> <5 (0x05)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <new justification mode>

      0 = left

      1 = full

      2 = center

      3 = right

      4 = full all lines (kinto waritsuke)

      5 = reserved (decimal aligned in tables)

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD306

Set Hyphenation Mode

    <211 (0xD3)> <6 (0x06)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    < hyphenation state>

      bit 0:

        0 = hyphenation off

        1 = hyphenation on

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD307

Set Leading Adjustment

    <211 (0xD3)> <7 (0x07)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [ leading adjustment/value (signed WPU)]

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD308

Begin Generated Text

    <211 (0xD3)> <8 (0x08)> [size = variable] <flags = 1 (simple paired

    function)>

    [size of non-deletable information = 2]

    [size of generate table (WPU)] used only during generate

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD309

End of Generated Text

    <211 (0xD3)> <9 (0x09)> [size = 12] <flags = 1 (simple paired

    function)>

    [size of non-deletable information = 2]

    [size of generate table (WPU-used only during generate)]

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD30A

Set Spacing After Paragraph

    <211 (0xD3)> <10 (0x0A)> [size = variable] <flags = 0>

    [size of non-deletable information = 4]

    { spacing after paragraph (WPSP)}

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD30B

Indent First Line of Paragraph

    <211 (0xD3)> <11 (0x0B)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [ paragraph indent (signed WPU)]

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD30C

Left Margin Adjustment

    <211 (0xD3)> <12 (0x0C)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [ left margin adjustment (signed WPU)]

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD30D

Right Margin Adjustment

    <211 (0xD3)> <13 (0x0D)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [ right margin adjustment (signed WPU)]

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD30E

Outline Define

    <211 (0xD3)> <14 (0x0E)> [size = variable] <flags = PRFXID>

    <number of prefix IDs = 9>

    [PID of this outline style (type=0x__)]

    [PIDs of paragraph styles associated with this outline (type=0x__)] x

    8

    [size of non-deletable information = 11]

    [hash of this definition]

    < 8 numbering methods> x 8

    < outline flags>

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD30F

Paragraph Border

Same format as Page Border function 209 (0xD1) subfunction 16 (0x10).

    <211 (0xD3)> <15 (0x0F)> [size = variable] <flags=PRFXID>

    ..

    ..

    ..

    [size] <0xD3>

####

#### 0xD310

Define Math Columns

    <211 (0xD3)> <16 (0x10)> [size = variable] <flags = 0 or PRFXID>

    <number of PIDs = 1>

    [math formulas PID (type=0x63)]

    [size of non-deletable information = 26]

    [ calculations PID (just a copy)]

    < math definition> x 24

    Each new math definition byte has the following meaning:

      bits 0-2: number of digits in range of 0-4

      bit 3:

        0 = use parentheses for negative numbers

        1 = use '-' for negative numbers

    if bit 7 = 0:

      bits 4-6:

        1 = text

        2 = numeric

        3 = total

    if bit 7 = 1:

      bits 4-6:

        0 = calculation, formula 1

        1 = calculation, formula 2

        2 = calculation, formula 3

        3 = calculation, formula 4

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD311

Math On/Off

    <211 (0xD3)> <17 (0x11)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    < math state>

      bit 0:

        0 = off

        1 = on

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD312

Line Numbering Definition

    <211 (0xD3)> <18 (0x12)> [size = variable] <flags = 0 or PRFXID>

    If the PID bit is set, the following information exists:

      <number of PIDs = 1>

      [PID of the desired line numbering font (type=0x55)] (0 if use flag

    = 0)

    [size of non-deletable information = 25]

    [hash (matched typeface descriptor)]

    <use flag>

      0 = use document initial values for font, point size, attributes and

    colors

      1 = use values in function

    [copy of prefix ID of the desired line numbering font]

    [desired point size (WPU)]

    <new line numbering state>

      bit 0:

        0 = off

        1 = on

      bit 1:

        0 = line numbering restart on each page off

        1 = line numbering restarts on each page state on

      bit 2:

        0 = count blank lines off

        1 = count blank lines state on

      bit 3:

        0 = numbering in all newspaper columns off

        1 = numbering in all newspaper columns on

      bit 4:

        0 = numbering footnote/endnote text lines off

        1 = numbering footnote/endnote text lines on

      bit 7:

        0 = absolute position from left edge of page

        1 = relative to left margin position

    [ line numbering position (WPU/signed WPU)]

    [ first line number to print]

    < line numbering interval>

    [ matched font index in font list]

    [ matched point size of font (WPU)]

    [ attributes, 1st word]

      bit 0: 1 = extra large

      bit 1: 1 = very large

      bit 2: 1 = large

      bit 3: 1 = small print

      bit 4: 1 = fine print

      bit 5: 1 = superscript

      bit 6: 1 = subscript

      bit 7: 1 = outline

      bit 8: 1 = italics

      bit 9: 1 = shadow

      bit 10: 1 = redline

      bit 11: 1 = double underline

      bit 12: 1 = bold

      bit 13: 1 = strikeout

      bit 14: 1 = underline

      bit 15: 1 = small caps

    [ attributes, 2nd word]

      bit 0: 1 = blink

      bit 1: 1 = reverse video

    < color (RGBS)> x 4

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD313

Force Odd/Even/New

    <211 (0xD3)> <19 (0x13)> [size = 11] <flags = 0>

    [size of non-deletable information = 1]

    <force flag>

      0 = even

      1 = odd

      2 = new

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD314

Endnotes Print Here

    <211 (0xD3)> <20 (0x14)> [size = 10] <flags = 3 (encased function)>

    [size of non-deletable information = 0]

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD315

Endnotes Print Here End

    <211 (0xD3)> <21 (0x15)> [size = 10] <flags = 3 (encased function)>

    [size of non-deletable information = 0]

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD316

Define Marked Text

    <211 (0xD3)> <22 (0x16)> [size] <flags = PRFXID>

      <number of prefix IDs = 1>

      [definition PID (type=0x0B)]

    [size of non-deletable information = 1]

    <type flag>

      0 = ToC

      1 = list

      2 = index

      3 = ToA

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD317 - Added for WP 7.0

Define Drop Cap

    <211 (0xD3)> <23 (0x17)> [size = variable] <flags = PRFXID>

      <number of PIDs = variable (minimum 3)>

      [typeface descriptor ID (0 if none)]

      [border style ID (0 if none)]

      [fill style ID (0 if none)]

    [any override PIDs] x ?

    <number of characters to affect>

    [text attributes first word data]

    [text attributes first word mask]

    [text attributes second word data]

    [text attributes second word mask]

    <drop cap color (RGBS)> x 4

    {drop cap text size (WPSP)}

    {paragraph vertical adjustment (WPSP)}

    [kerning (signed WPU, 1200's)]

    [horizontal position adjustment (65536ths, 0xffff = all in margin)]

    <flags>

      bits 0-2: currently undefined

      bit 3: no wrapping (takes precedence over contour wrapping)

      bit 4: include descender height in square wrap area

      bit 5: use shade from function

      bit 6: use color from function

      bit 7: contour wrapping

    [size of override information]

    [general override flags]

    <border and fill override data> x ?

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD318 - Added for WP 7.0

Paragraph Text Direction

    <211 (0xD3)> <24 (0x18)> [size = variable] <flags = 0>

    [size of non-deletable information = 1]

    <flag>

      0 = left to right text

      1 = right to left text

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD319 - Added for WP 7.0

Asian Wrapping

    <211 (0xD3)> <25 (0x19)> [size = variable] <flags = 0>

    [size of non-deletable information = 2]

    [flags]

      bit 0: Asia wrapping on/off

        0 = off

        1 = on

      bit 1: Asia wrap type

        0 = wrap

        1 = squish

      bit 2: Asia wrap hanging characters

        0 = off

        1 = on

      bit 3: Wrap alphanumerics

        0 = break alphanumerics at right margin

        1 = wrap alphanumerics

      bit 4: AMF processing

        0 = off

        1 = on

    <undocumented deletable data> x ?

    [size] <0xD3>

####

#### 0xD31A - Added for WP 7.0

Paragraph Character Count

    <211 (0xD3)> <26 (0x1A)> [size = variable] <flags = PRFXID>

      <number of PIDs = 1>

      [definition PID]

    [size of non-deletable information = 4]

    [character count]

    [character width (WPU)]

    <undocumented deletable data> x ?

    [size] <0xD3>

| Copyright © 1997 Corel Corporation. contact info To contact Customer Service at one of our worldwide locations, click here Last Updated: September 9, 1996