(IPBookFigure-Log.tioga)
0.6666667
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Chapter 1 Figures
copy /indigo/InterpressDoc/IPBook/Chapter1/ ← IPBookFig1-*b.gargoyle
Figure 1.1 Laser printers can print high-quality typography, synthetic graphics, and scanned images.
Interpress A document description language
IPBookFig1-1.gargoyle IPBookFig1-1.ip
IPBookFig1-1b
Figure 1.2 A page description language can express the image on a page.
Workstation Page description language Printer Imaged pages
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IPBookFig1-2b
Figure 1.3 A document description language describes an entire document.
Workstation Document description language Printer Document
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IPBookFig1-3b
Figure 1.4 The interface between creator and printer.
Document creation computer Interface controls the printer Printer
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IPBookFig1-4b
Figure 1.5 Raster printers produce the image from an array of tiny dots.
The raster image is composed of tiny dots
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IPBookFig1-5b
Figure 1.6 The image is limited by what the interface can describe.
Interface describes the image Raster image processor generates the dot pattern
Imaging hardware transfers the patern to the output medium
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IPBookFig1-6b
Figure 1.7 Interpress is a program which is run on a computer to generate the dot pattern of the image.
Interpress program Computer and raster image processor Pattern of dots
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IPBookFig1-7b
Figure 1.8 Interpress can express text, line graphics and scanned images.
{{document1-8.gargoyle document1-8-gg.ip}}
Column1-8.tioga Column2-8.tioga Column3-8.tioga
Column1-8.interpress Column2-8.interpress Column3-8.interpress
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IPBookFig1-8b
Figure 1.9 Interpress documents are printable on a variety of output devices.
Interpress program
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IPBookFig1-9b
Figure 1.10 Interpress not only describes what pages look like, but also how they form a document.
Interpress program Page images Printing instructions
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IPBookFig1-10b
Figure 1.11 Page independence makes it easy to perform page-level operations such as selecting and merging entire pages.
1 2 3 4 4 1
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IPBookFig1-11b
Figure 1.12 Interpress software is used at both the creator and the printer.
Creation Interpress generation Interpress form of document Printing Interpress interpretation
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IPBookFig1-12b
Figure 1.13 Interpress sets.
Professional Graphics Set Publication Set Commercial Set
IPBookFig1-13.gargoyle IPBookFig1-13.ip
IPBookFig1-13b
Chapter 2 Figures
copy /indigo/InterpressDoc/IPBook/Chapter2/ ← IPBookFig2-*B.gargoyle
Figure 2.1 Operands are popped from the stack. Results are pushed onto the stack.
Operator removes its operands Stack before top Result is computed ADD Stack after
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IPBookFig2-1b
Figure 2.2 Data objects are pushed onto the stack, and operators are executed.
Input 2 5 ADD Stack 2 5 2 7
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IPBookFig2-2b
Figure 2.3 Examples of the ROLL operator.
104 103 102 101 100 4 4 ROLL 4 3 ROLL 4 1 ROLL 3 2 ROLL 2 1 ROLL
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IPBookFig2-3b
Figure 2.4 Examples of the STACK operator
2 3 1 0 101 102 3 2 1 0 101 102 EXCH ROLL DUP COPY POP
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IPBookFig2-4b
Figure 2.5 Moving items from and to the frame.
0 1 2 48 49 FGET FSET top Frame Stack
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IPBookFig2-5b
Figure 2.6 A sequence of vector operations.
Input stream 3 MAKEVEC DUP 0 GET 5 7 MAKEVECLU DUP SHAPE POP POP 6 GET
SHAPE Stack 5 4 3 2 1 [3,4,5] 2 1 [2,[3,4,5],3]
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IPBookFig2-6b
Figure 2.7 Accessing a property vector with GETP.
Input stream Stack 2 1 3 2 5 3 7 4 11 5 10 MAKEVEC DUP 5 GETP POP DUP 3 GETP
POP DUP 11 GETP [2,1,3,2,5,3,7,4,11,5] 3 2 5
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IPBookFig2-7b
Figure 2.8 Accessing a property vector with GETPROP.
Input stream Stack 2 1 3 2 5 3 7 4 11 5 10 MAKEVEC DUP 4 GETPROP POP DUP 3 GETPROP 0 1 2
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IPBookFig2-8b
Figure 2.9 Merging of property vectors with identical property names.
Input stream Stack Identifier "red" 1 Identifier "red" 2 4 MAKEVEC
Identifier "red" 3 Identifier "red" 4 4 MAKEVEC MERGEPROP Identifier "red" GETP
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IPBookFig2-9b
Figure 2.10 Accessing imager variables.
Imager variables Stack DCScpx DCScpy correctMx correctMy IGET ISET top clipper
0 1 2 3 4 24 · · ·
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IPBookFig2-10b
Figure 2.11 Composed operators contain a body of instructions and an initial frame.
Composed operator {body of instructions} Initial frame 0 1 2 3 48 49
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IPBookFig2-11b
Figure 2.12 Execution of a composed operator by DO.
Input Stack Frame DO . . . Next token {operator body}
operand Initial value 0 Initial value 1 Initial value 2 Frame [0] Frame [1] Frame [2]
Just before executing DO, there is a composed operator on the stack.
· · ·
Input DO . . . Next token {operator body} operand operand
Initial value 0 Initial value 1 Initial value 2
· · ·
DO removes the operator from the stack, installs it initial frame, and executes its body of instructions.
· · ·
Input DO . . . Next token result Frame [0] Frame [1] Frame [2]
When the operator completes, the frame is restored and tokens are taken from the input stream.
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IPBookFig2-12b
Figure 2.13 Saving the imager variables depends on the version of DO used to execute the operator.
Frame Imager variables 0 1 2 3 4 4
DO
(copies the frame)
DOSAVE
(copies the frame and
nonpersistent imager variables)
DOSAVEALL
(copies the frame and
all imager variables)
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IPBookFig2-13b
Figure 2.14 Mark recovery.
Input Stack Frame Imager variables
6
12
0 MARK
3
5
8 0 FSET
DOSAVESIMPLEBODY
{
4 0 FSET
7
0
DIV
3
ADD
}
ADD
0 FSET
UNMARK 0
2
1
Error discovered
After mark recovery, execution resumes here The stack is cleared through the mark
Frame and imager variables are reset to the context of the mark 12 6 8 0 7 5 3 Mark 12 6
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IPBookFig2-14b
Figure 2.15 The virtual Interpress machine.
Interpress interpreter 1 2 ADD Input token stream 0 1 49 Frame
Stack Imager variables Printer environment Error log Page images
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IPBookFig2-15b
Figure 2.16 Constructing Vectors.
vector vector vector MERGEPROP elements lower bound upper bound MAKEVECLU
elements number of elements MAKEVEC
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IPBookFig2-16b
Figure 2.17 Using bodies and composed operators.
Number IF body number IFLSE body boolean expression
composed operator DO composed operator DOSAVE composed operator DOSAVEALL
DOSAVESIMPLEBODY body MAKESIMPLECO body { tokens }
IPBookFig2-17.gargoyle IPBookFig2-17.ip
IPBookFig2-17b
Chapter 3 Figures
copy /indigo/InterpressDoc/IPBook/Chapter3/ ← IPBookFig3-*B.gargoyle
Figure 3.1 A mask.
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IPBookFig3-1a
IPBookFig3-1b
Figure 3.2 Classes of masks.
Geometric Raster Character
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IPBookFig3-2a
IPBookFig3-2b
Figure 3.3 The Interpress imaging model.
Color Mask Clipper Page
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IPBookFig3-3a
IPBookFig3-3b
Figure 3.4 The noImage variable can prevent the page from being altered.
Color Mask Clipper noImage barrier Page
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IPBookFig3-4a
IPBookFig3-4b
Figure 3.5 The Interpress coordinate system.
meters meters x y 0.3 0.2 0.1 0 0.1 0.2 0.3
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IPBookFig3-5a
IPBookFig3-5b
Figure 3.6 The result of example 3.1.
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IPBookFig3-6a
Figure 3.7 Changing coordinate systems.
inches meters spots 3 2 1 1 2 3 0.2 MCS ICS DCS 0.2 0.1 TMI TID
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IPBookFig3-7a
IPBookFig3-7b
Figure 3.8 A possible master coordinate system arising from a change of scale.
3 2 1 1 2 3 0 inches inches x y
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IPBookFig3-8a
IPBookFig3-8b
Figure 3.9 The result of example 3.2.
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IPBookFig3-9a
Figure 3.10 A possible master coordinate system arising from a translation of position.
meters meters y x 0.1 0.1 0.1 0.1 0
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IPBookFig3-10a
IPBookFig3-10b
Figure 3.11 The result of example 3.3.
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IPBookFig3-11a
Figure 3.12 A master coordinate system with reversed y direction.
3 2 1 1 2 3 0 inches inches x y
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IPBookFig3-12a
IPBookFig3-12b
Figure 3.13 Building a transformation to reverse the y direction and move the origin.
Original coordinates
Scale to reverse the y direction
Move the origin to the upper left corner x y
0.3 0.2 0.1 0 -0.1 0.3 0.2 -0.3 -0.2 -0.1 0.3 0.2 0.1 0 0.1 0.2
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IPBookFig3-13a
IPBookFig3-13b
Figure 3.14 The result of example 3.4
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IPBookFig3-14a
Figure 3.15 Landscape coordinates.
x y 0.2 0.1 0 0.1 0.2 0.3
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IPBookFig3-15a
IPBookFig3-15b
Figure 3.16 A positive angle rotates the new (x , y ) coordinates.
yfrom yto xfrom xto a
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IPBookFig3-16a
IPBookFig3-16b
Figure 3.17 The page in master coordinates.
yMCS xMCS
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IPBookFig3-17a
IPBookFig3-17b
Figure 3.18 The page in Interpress coordinates.
yMCS xMCS yICS xICS
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IPBookFig3-18a
IPBookFig3-18b
Figure 3.19 The rotated (RCS) and master (MCS) coordinate systems.
yMCS xMCS yRCS xRCS
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IPBookFig3-19a
IPBookFig3-19b
Figure 3.20 The rotated (RCS) and Interpress (ICS) coordinate systems.
yICS xICS yRCS xRCS
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IPBookFig3-20a
IPBookFig3-20b
Figure 3.21 The result of Example 3.6
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IPBookFig3-21a
Figure 3.22 The result of Example 3.7
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IPBookFig3-22a
Figure 3.23 The result of Example 3.8
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IPBookFig3-23a
Figure 3.24 The result of Example 3.9
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IPBookFig3-24a
Figure 3.25 The result of Example 3.10
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IPBookFig3-25a
Figure 3.26 Coordinate transformations on a character from design to image.
units body size inches meters spots 100 0 1 10/72 0.00 35 41
FDCS CCS MCS ICS DCS
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IPBookFig3-26a
IPBookFig3-26b
Figure 3.27 Scanning order in the pixel-array coordinate system.
fast scan y x slow scan 3 2 1 0 1 2
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IPBookFig3-27a
IPBookFig3-27b
Figure 3.28 Transformations applied to pixel arrays.
pixels pixels inches meters spots Original image in the PCS
Oriented image in the PCS MCS ICS DCS 4 2 0
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IPBookFig3-28a
IPBookFig3-28b
Figure 3.29 The pixel-array coordinates and normalized pixel-array coordinates.
yMCS yobject xMCS xobject Translate
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IPBookFig3-29a
IPBookFig3-29b
Figure 3.30 Using translation to position an object.
PCS NPCS pixels 4 3 2 1 0 1 0
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IPBookFig3-30a
IPBookFig3-30b
Figure 3.31 Operators can make persistent changes to the current position if executed with DOSAVE.
·
Current position at the
start of the arrow-drawing
operator
Second execution of
the operator will draw
at the new current
position and shift it
again
Current position is
shifted by the operator
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IPBookFig3-31a
IPBookFig3-31b
Figure 3.32 The result of Example 3.11.
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IPBookFig3-32a
Figure 3.33 The color may be defined for only part of the page.
Color Mask Clipper Page
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IPBookFig3-33a
IPBookFig3-33b
Figure 3.34 The color pattern is extended by tiling until it covers the mask.
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IPBookFig3-34a
IPBookFig3-34b
Figure 3.35 The result of example 3.12.
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IPBookFig3-35a
Figure 3.36 The result of example 3.13.
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IPBookFig3-36a
Figure 3.37 The result of example 3.14.
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IPBookFig3-37a
Figure 3.38 The result of example 3.15.
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IPBookFig3-38a
Figure 3.39 The effect of priority.
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IPBookFig3-39a
Figure 3.40 Medium size and field size.
medium ysize medium xsize field xmax field ymin field xmin field ymax medium field
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IPBookFig3-40a
IPBookFig3-40b
Figure 3.41 The effect of the clipper.
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IPBookFig3-41a
IPBookFig3-41b
Figure 3.42 Changing the clipper.
Current clipper Change to clipper Resulting clipper
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IPBookFig3-42a
IPBookFig3-42b
Figure 3.43 Operators that produce transformations.
transformation Transformation Transformation CONCAT scale factor SCALE
x scale factor y scale factor SCALE2 angle ROTATE x offset y offset TRANSLATE
a,b,c,d,e,f MAKET
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IPBookFig3-43a
IPBookFig3-43b
Chapter 4 Figures
copy /indigo/InterpressDoc/IPBook/Chapter4/ ← IPBookFig4-3*b.gargoyle
Figure 4.1 Letterforms.
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IPBookFig4-1b
Figure 4.2 Letterform definitions include positioning and width information.
IPBook4-2.IP
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IPBookFig4-2b
Figure 4.3 Transformations scale and orient letterforms.
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IPBookFig4-3b
Figure 4.4 Steps in imaging characters.
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IPBookFig4-4b
Figure 4.5 The result of Example 4.1.
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IPBookFig4-5b
Figure 4.6 Spacing charater masks.
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IPBookFig4-6b
Figure 4.7 The result of Example 4.3.
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IPBookFig4-7b
Figure 4.8 A Ligature.
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IPBookFig4-8b
Figure 4.9 The result of example 4.4.
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IPBookFig4-9b
Figure 4.10 Rough structure of a fontDescription.
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IPBookFig4-10b
Figure 4.11 Character metrics for characters with different spacing directions.
***IPBookFig4-11.gargoyle IPBookFig4-11.ip
***IPBookFig4-11b
Figure 4.12 A metric master conveys information about the printer's fonts to the creator.
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IPBookFig4-12b
Figure 4.13 Information required to generate an Interpress master.
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IPBookFig4-13b
Figure 4.14 Converting the metric master to an internal form.
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IPBookFig4-14b
Figure 4.15 The effects of font approximation.
samplestring4-15.ip
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IPBookFig4-15b
Figure 4.16 Space-correcting and mast-correcting characters.
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IPBookFig4-16b
Figure 4.17 The limit on space correction.
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IPBookFig4-17b
Figure 4.18 Correction parameters.
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IPBookFig4-18b
Figure 4.19 Outline of the correction process.
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IPBookFig4-19b
Figure 4.20 Definition of an underline.
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IPBookFig4-20b
Figure 4.21 The result of Example 4.10.
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IPBookFig4-21b
Figure 4.22 The result of Example 4.11.
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IPBookFig4-22b
Figure 4.23 The result of Example 4.12.
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IPBookFig4-23b
Figure 4.24 The path of the current position when imaging two scripts.
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IPBookFig4-24b
Figure 4.25 Disabling correction when imaging two scripts.
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IPBookFig4-25b
Figure 4.26 Techniques for line centering.
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IPBookFig4-26b
Figure 4.27 Adjusting the space surrounding the text.
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IPBookFig4-27b
Figure 4.28 Justified text.
IPBookFig4-28.tioga IPBookFig4-28.interpress
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IPBookFig4-28b
Figure 4.29 An outline of SHOW.
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IPBookFig4-29b
Figure 4.30 Flush left, ragged right.
IPBookFig4-30.tioga IPBookFig4-30.interpress
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Figure 4.31 Flush right, ragged left.
IPBookFig4-31.tioga IPBookFig4-31.interpress
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IPBookFig4-31b
Figure 4.32 Kerning used to improve the placement of "A" and "V".
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IPBookFig4-32b
Figure 4.33 SHOWANDXREL interprets odd elements as character indices and even elements ans apacing ajustments.
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IPBookFig4-33b
Figure 4.34 Definition of the dash.
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IPBookFig4-34b
Figure 4.35 Definition of the "o".
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IPBookFig4-35b
Figure 4.36 The "o" with accent.
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IPBookFig4-36b
Figure 4.37 Creating fonts and character masks.
IPBookFig4-37.gargoyle IPBookFig4-37.ip
IPBookFig4-37b
Chapter 5 Figures
copy /indigo/InterpressDoc/IPBook/Chapter5/ ← IPBookFig5-*b.gargoyle
Figure 5.1 The shape created by MASKRETANGLE.
IPBookFig5-1.gargoyle IPBookFig5-1.ip
Figure 5.2 The shape defined MASKVECTOR.
IPBookFig5-2.gargoyle IPBookFig5-2.ip
Figure 5.3 The strokeWidth parameter.
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Figure 5.4 The result of Example 5.1.
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Figure 5.5 Square ends.
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Figure 5.6 Butt ends.
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Figure 5.7 Round ends.
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Figure 5.8 The result of Example 5.2.
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Figure 5.9 A trapezoid can be drawn by filling scan-line segments between two lines.
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Figure 5.10 A polygon can be decomposed into trapezoids.
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Figure 5.11 The shape created by MASKTRAPEZOIDX.
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IPBookFig5-11b
Figure 5.12 The shape created by MASKTRAPEZOIDY.
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Figure 5.13 The result of Example 5.3.
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Figure 5.14 Trajectories.
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Figure 5.15 A square trajectory.
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Figure 5.16 The result of Example 5.5.
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Figure 5.17 The result of Example 5.6.
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Figure 5.18 A mitered joint.
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Figure 5.19 A beveled joint.
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Figure 5.20 A round joint.
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Figure 5.21 Stroke joint and end combinations.
StrokeJointFig5-21.ip
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Figure 5.22 Corners where stroke ends meet.
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Figure 5.23 Examples of MASKSTROKECLOSED.
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Figure 5.24 A dashed trejectory with points.
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Figure 5.25 The dashed pattern [0.005, 0.01].
[ 25 50 ] 0 -1
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Figure 5.26 The dashed pattern [0.01].
[ 50 50 ] 0 -1
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Figure 5.27 The dashed pattern [0.01, 0.005, 0.002].
[ 50 25 10 50 25 10 50 25 10 ] 0 -1
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Figure 5.28 End caps on dashes.
[ 25 ] 0 -1
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Figure 5.29 The effect of the offset oprand.
[ 50 ] 0 -1 [ 50 ] 25 -1 [ 50 ] 50 -1 [ 50 ] 75 -1
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Figure 5.30 The effect of the length oprand.
[ 20 ] 0 -1 [ 20 ] 6 -1
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Figure 5.31 The length adjustment process.
[ 20 ] 0 -1 [ 20 20 ] 0 470
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Figure 5.32 The effect of the length oprand.
[ 0 10 0 10 0 40 ] 0 -1 [ 20 40 ] 30 -1
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Figure 5.33 The result of Example 5.7.
[ 25 15 0 15 ] 0 -1
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Figure 5.34 An ARCTO trajectory segment.
An trajectory segment.
IPBookFig5-34.gargoyle IPBookFig5-34.ip
Figure 5.35 The result of Example 5.8.
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Figure 5.36 Special cases for ARCTO.
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Figure 5.37 Instabilities when two points are closer together.
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Figure 5.38 Instabilities when points are almost colinear.
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Figure 5.39 The result of Example 5.9.
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Figure 5.40 The definition of a conic segment.
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Figure 5.41 Examples of conic curve segments.
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Figure 5.42 Conic segments in a trajectory can be constructed so that their slopes match at the joints.
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Figure 5.43 A circle constructed from four conics.
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Figure 5.44 The result of Example 5.10.
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Figure 5.45 The definition of a Bezier cubic curve.
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Figure 5.46 Examples of cubic curves.
IPBookFig5-X.ip
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Figure 5.47 The result of Example 5.11.
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Figure 5.48 Objects with holes are defined by multiple trajectories.
IPBookFig5-48.gargoyle IPBookFig5-48.ip
Figure 5.49 These trajectories can be made into single outline using MAKEOUTLINE.
IPBookFig5-49.gargoyle IPBookFig5-49.ip
Figure 5.50 Winding numbers for several points.
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Figure 5.51 Winding number conventions.
IPBookFig5-Y.ip
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Figure 5.52 The result of Example 5.12.
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Figure 5.53 The result of Example 5.13.
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Figure 5.54 The result of Example 5.14.
IPBookFig5-54.gargoyle IPBookFig5-54.ip
Figure 5.55 The result of Example 5.15.
IPBookFig5-55.gargoyle IPBookFig5-55.ip
Figure 5.56 A summary of mask operators for line graphics.
IPBookFig5-56.gargoyle IPBookFig5-56.ip
Chapter 6 Figures
copy /indigo/InterpressDoc/IPBook/Chapter6/ ← IPBookFig6-*b.gargoyle
Figure 6.1 Image scanning model.
IPBookFig6-1.gargoyle IPBookFig6-1.ip
Figure 6.2 Scanning an image to obtain a sample sequence and a sample array.
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Figure 6.3 Building a pixel array.
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IPBookFig6-3B.gargoyle IPBookFig6-3B.ip
Figure 6.4 Building a pixel array.
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Figure 6.5 Building a pixel array.
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Figure 6.6 Building a pixel array.
IPBookFig6-6.gargoyle IPBookFig6-6.ip
Figure 6.7 Building a pixel array.
IPBookFig6-7.gargoyle IPBookFig6-7.ip
Figure 6.8 Building a pixel array.
IPBookFig6-8.gargoyle IPBookFig6-8.ip
Figure 6.9 Building a pixel array.
IPBookFig6-9.gargoyle IPBookFig6-9.ip
Figure 6.10 Building a pixel array.
IPBookFig6-10.gargoyle IPBookFig6-10.ip
Figure 6.11 Building a pixel array.
IPBookFig6-11.gargoyle IPBookFig6-11.ip
Figure 6.12 Building a pixel array.
IPBookFig6-12.gargoyle IPBookFig6-12.ip
Figure 6.13 Building a pixel array.
IPBookFig6-13.gargoyle IPBookFig6-13.ip
Figure 6.14 Building a pixel array.
IPBookFig6-14.gargoyle IPBookFig6-14.ip
Figure 6.15 Building a pixel array.
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Figure 6.16 Building a pixel array.
IPBookFig6-16.gargoyle IPBookFig6-16.ip
Figure 6.17 Building a pixel array.
IPBookFig6-17.gargoyle IPBookFig6-17.ip
Chapter 7 Figures
copy /indigo/InterpressDoc/IPBook/Chapter7/ ← IPBookFig7-*b.gargoyle
Figure 7
Chapter 8 Figures
copy /indigo/InterpressDoc/IPBook/Chapter8/ ← IPBookFig8-*b.gargoyle
Figure 8.1 Pages printed by Example 8.7.
IPBookFig8-1.gargoyle IPBookFig8-1.ip
Figure 8.2 The result of Example 8.8.
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Figure 8.3 The result of Example 8.9.
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Figure 8.4 The result of Example 8.10.
IPBookFig8-4.gargoyle IPBookFig8-4.ip
Figure 8.5 The run encoding of copySelect values in Example 8.13.
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Figure 8.6 Assigning names to copies.
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Figure 8.7 Copies named and selected in Example 8.14.
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Figure 8.8 The result of Example 8.15.
IPBookFig8-8.gargoyle IPBookFig8-8.ip
Figure 8.9 The result of Example 8.16.
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Figure 8.10 The result of Example 8.18. Using page select to print 5 full documents and summary pages.
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Figure 8.11 Simplex and duplex printing.
IPBookFig8-11.gargoyle IPBookFig8-11.ip
Figure 8.12 The onSimplex instruction lets you skip pages when printing simplex.
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Figure 8.13 The media and mediaSelect instruction lets you select thes medium used on each page of each copy.
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Figure 8.14 The xImageShift instruction shifts the position of the ICS on the page to provide a binding offset.
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Figure 8.15 Page selection.
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Figure 8.16 Merging documents.
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Figure 8.17 Transforming pages head-to-toe printing.
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Figure 8.18 Transformations to print a portrait image in landscape orientation.
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Figure 8.19 A page overlay to combine text with image.
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Figure 8.20 Arranging several images on a piece to form a simple signature.
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Figure 8.21 SquenceInsertFile lets you insert images (such as pictures and forms) into a page body of an Interpress master.
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Figure 8.22 InsertFileMapping can map the file named in the master to the appropriate real file for the particular printer.
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Figure 8.23 A document built using squenceInsertMaster.
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Figure 8.24 The result of Example 8.46.
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Figure 8.25 File-name mapping to avoid collisions and to accommodate printer dependencies.
IPBookFig8-25.gargoyle IPBookFig8-25.ip
Plate Figures
copy /indigo/InterpressDoc/IPBook/colorPlates/ ← IPBookPlate-*b.gargoyle
Plate-01-02 Colored Business Graphic from Xerox Annual Report.
IPBookPlate-01-02.gargoyle IPBookPlate-01-02.ip
Plate-03-04 RGB Color Solid Fig 7.4 with color added. YES Color Solid Fig. 7.6 with color added
IPBookPlate-03-04.gargoyle IPBookPlate-03-04.ip
Plate-05 RGB Graphic Design 5"x7" (color seps availaible)
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Plate-06 RGB Scanned Image 5"x7" RGB Scanned Image 4"x5"
IPBookPlate-06.gargoyle IPBookPlate-06.ip
Tools
interpressbreakup /indigo/platemaker/wallgren/InterpressBookCh1.ip
interpressconcat InterpressBookChapter1.ip ← InterpressBookChapter1-1.ip InterpressBookChapter1-2.ip InterpressBookChapter1-3.ip InterpressBookChapter1-4.ip InterpressBookChapter1-5.ip InterpressBookChapter1-6.ip InterpressBookChapter1-7.ip InterpressBookChapter1-8.ip InterpressBookChapter1-9.ip InterpressBookChapter1-10.ip InterpressBookChapter1-11.ip InterpressBookChapter1-12.ip InterpressBookChapter1-13.ip InterpressBookChapter1-14.ip InterpressBookChapter1-15.ip
interpressbreakup InterpressBookCh2.ip
interpressconcat InterpressBookChapter2.ip ← InterpressBookChapter2-1.ip InterpressBookChapter2-2.ip InterpressBookChapter2-3.ip InterpressBookChapter2-4.ip InterpressBookChapter2-5.ip InterpressBookChapter2-6.ip InterpressBookChapter2-7.ip InterpressBookChapter2-8.ip InterpressBookChapter2-9.ip InterpressBookChapter2-10.ip InterpressBookChapter2-11.ip InterpressBookChapter2-12.ip InterpressBookChapter2-13.ip InterpressBookChapter2-14.ip InterpressBookChapter2-15.ip InterpressBookChapter2-16.ip InterpressBookChapter2-17.ip InterpressBookChapter2-18.ip InterpressBookChapter2-19.ip InterpressBookChapter2-20.ip InterpressBookChapter2-21.ip InterpressBookChapter2-22.ip InterpressBookChapter2-23.ip InterpressBookChapter2-24.ip InterpressBookChapter2-25.ip InterpressBookChapter2-26.ip InterpressBookChapter2-27.ip InterpressBookChapter2-28.ip InterpressBookChapter2-29.ip InterpressBookChapter2-30.ip InterpressBookChapter2-31.ip InterpressBookChapter2-32.ip InterpressBookChapter2-33.ip InterpressBookChapter2-34.ip InterpressBookChapter2-35.ip InterpressBookChapter2-36.ip InterpressBookChapter2-37.ip InterpressBookChapter2-38.ip InterpressBookChapter2-39.ip InterpressBookChapter2-40.ip InterpressBookChapter2-41.ip