INTRODUCTION vii
1
Scope
2
Normative references
2.1 Identical Recommendations | International Standards
2.2 Paired Recommendations | International Standards equivalent in
technical content
2.3 Additional references
3
Definitions
4
Abbreviations
5
Conventions
5.1 Subordinate
5.2 Superior
5.3 Next and following
5.4 Preceding
6
Architectural principles
6.1 Architectural concepts
6.2 Structural model of a document
6.2.1 Specific structures
6.2.2 Content of a document
6.2.3 Generic structures
6.3 Descriptive representation of a document
6.3.1 Constituents of a document
6.3.2 Content portion descriptions
6.3.3 Object descriptions
6.3.4 Object class descriptions
6.3.5 Styles
6.3.6
Alternative descriptions
6.3.7 Document profile
6.3.8 Protected part descriptions
6.3.9 Document class descriptions
6.3.10 Generic-documents
6.3.11
External-documents
6.3.12 Resource-documents
6.3.13 Classes of document architecture
6.3.14 Sets of constituents
6.4 Document processing model
6.4.1
The editing process
6.4.2 The layout process
6.4.3 The imaging process
6.5 Roles of the document architecture constituents in document
processing
6.5.1 Editing process
6.5.2 Layout process
6.5.3 Imaging process
6.6 Security protection of parts of a document
6.6.1 Intended and privileged recipients
6.6.2 Protecting parts of the document profile
6.6.3 Protecting parts of the document body
7
Document structures and colour
7.1 Specific structures
7.1.1 General principles
7.1.2 Sequential order
7.1.3 Content portions
7.2 Specific logical structures
7.2.1 Document logical root
7.2.2 Composite logical objects
7.2.3 Basic logical objects
7.3 Specific layout structure
7.3.1 Objects of the layout structure
7.3.2 Positioning layout objects
7.3.3 Naming of edges of frames and blocks
7.3.4 Measurement
7.3.5
Borders of frames and blocks
7.4 Documents containing both specific structures
7.5 Generic structures
7.5.1 General principles
7.5.2 Generator and factor sets of object class
descriptions
7.5.3 Complete generator sets of object class
descriptions
7.5.4 Generation of structures
7.5.5 Content in generic structures
7.5.6 Generic logical structure
7.5.7 Generic layout structure
7.5.8 Resource-document
7.6 Colour
7.6.1 Overview
7.6.2 Reference colour space
7.6.3 Interchange colour spaces
7.6.4 Colour imaging model
7.6.5 Colour tolerance
8
Interface between the document architecture and content architectures
8.1 General concept
8.2 Specification of a content architecture
8.3 Interface information
8.3.1 Interface between a content architecture
and the document profile
8.3.2 Interface between a content architecture
and a basic component description
8.3.3 Interface between a content architecture
and a content portion
9
Attribute definitions
9.1 General principles of attributes
9.1.1 Attribute categorisation
9.1.2 Attribute values
9.1.3 Expressions
9.1.4 Colour attribute values
9.2 Attribute definition format
9.3 Shared Attributes
9.3.1 Identification attributes
9.3.2 Construction attributes
9.3.3 Relationship attributes
9.3.4 Content architecture class
9.3.5 Miscellaneous attributes
9.3.6 Security attributes
9.4 Layout attributes
9.4.1 Property attributes
9.4.2 Formatting attributes
9.4.3 Imaging attributes
9.4.4 Presentation attributes
9.5 Logical attributes
9.5.1
Protection
9.5.2 Layout style
9.6 Layout style attributes
9.6.1 Layout style identifier
9.6.2 Attributes which can be specified for
layout styles
9.7 Layout directive attributes
9.7.1 General principles of layout directive
attributes
9.7.2 Block alignment
9.7.3 Concatenation
9.7.4 Fill order
9.7.5 Floatability range
9.7.6 Indivisibility
9.7.7 Layout category
9.7.8 Layout object class
9.7.9 Logical stream category
9.7.10 Logical stream sub-category
9.7.11 New layout object
9.7.12 Offset
9.7.13 Same layout object
9.7.14 Separation
9.7.15 Synchronisation
9.7.16 Interactions and precedences among the
layout directive attributes
9.7.17 Interactions among attributes affecting
the layout process
9.8 Presentation style attributes
9.8.1 Presentation style identifier
9.8.2 Attributes which can be specified for
presentation styles
9.9 Content portion attributes
9.9.1 Identification attributes Content
identifier – logical; Content identifier – layout
9.9.2 Common coding
attributes – Type of coding
9.9.3 Content information attributes
9.9.4 Coding attributes
9.10 Protected part attributes
9.10.1 Protected part identifier
9.10.2 Sealed document profile information
9.10.3 Enciphered information
10 Reference model of the document
layout process
10.1 Introduction
10.1.1 Overview
10.1.2 Initialization
10.2 Content and layout structure generation
10.2.1 Laying out content of a document
10.2.2 Specific layout structure generation
10.3 Layout references and categories
10.3.1
Stream categories
10.3.2 Layout categories
10.3.3 Basic principles of layout streams
10.3.4 Layout object class
10.4 The effect of some attributes on the document layout process
10.4.1 New layout object
10.4.2 Floatability range
10.4.3 Same layout object
10.4.4 Indivisibility
10.4.5 Synchronization
10.4.6
Balance
10.5 Layout process for frames
10.5.1 Placement of frames with fixed position
10.5.2 Placement of frames with variable
position
10.6 Allocation of areas for blocks
10.6.1 Determination of the available area
10.7 Alternative representation
11 Reference model of the document
imaging process
11.1 Imaging order
11.2 Intersection principles
11.3.3 Definition of assured reproduction area
12 Reference model for protecting
parts of a document
12.1 The overall model
12.2 The local system
13 Document architecture classes
13.1 Definition of document architecture classes
13.2 The constituents of document architecture classes
13.3 Minimum attribute sets
13.4 Constraints on attributes
Annex A – Notation used to
represent document structures
A.1 Notation for structure diagrams
A.2 Notation for expressions
A.2.1 Conventions for production rules
A.2.2 Notation for construction expressions
A.2.3 Notation for string expressions
A.2.4
Notation for numeric expressions
A.2.5 Notation for object identifier
expressions
A.2.6 Bindings
A.2.7 Notation for references to binding values
Annex B – Examples of document
structures
B.1 Introduction
B.2 Notation used to specify constituents of a document
B.2.1 General
B.2.2 Generator for subordinates
B.2.3 Content portions
B.3 Introduction to specimen document
B.4 Specific structures
B.4.1 Formatted form documents with specific
layout structure only
B.4.2 Processable form document with specific
logical structure only
B.5 Processable form document
with generic logical structure and generic layout structure
B.5.1 Introduction
B.5.2 Generic logical structure
B.5.3 Specific logical structure
B.5.4
Generic layout structure
B.5.5 Object descriptions and object class
descriptions
B.6 Specific layout structure
Annex C – Examples of particular
document architecture features
C.1 Layout of frames
C.1.1 Conventions
C.1.2 Position attribute for a frame in a fixed
position
C.1.3 Single column text of variable height
C.1.4 “Wrapping” of text around a left aligned
picture
C.1.5 Picture with text on both sides
C.1.6 Multi-lingual synchronized text
C.1.7 Footnote placement
C.1.8 Tabular layout
C.2 Layout of blocks
C.2.1 Concatenation
C.2.2 Offset
C.2.3 Separation
C.2.4 Layout path
C.2.5 Fill order
C.2.6 Block alignment
C.2.7
Illustration of attributes used in combination
C.3 Further constraints on layout
C.3.1 Layout object class
C.3.2 Synchronization
C.3.3 New layout object
C.3.4 Same
layout object
C.3.5 Indivisibility
C.3.6 Balance
C.4 Texture and imaging order attributes
C.4.1 Example 4.1
C.4.2 Example 4.2
C.4.3
Example 4.3
C.4.4 Example 4.4, example of an application
C.5 Bindings, content generator
Annex D – The defaulting mechanism
D.1 The defaulting mechanism as applicable to each defaultable
attribute
D.2 Determination of content portions and their associated
attributes
D.2.1 Determination of content associated with
basic logical objects
D.2.2 Determination of content associated with
layout objects
Annex E – Attribute summary
tables
Annex F – Overview of alternative
description – Technical and implementation aspects
F.1 Substituting basic objects
F.2 Independence of substitutions
F.3 Selection of alternatives
F.4 Substitution in the initialization process
F.5 Syntactical selection of alternatives
F.6 Preference between several alternatives
Page
Annex G – Further information on security aspects
within a document
G.1 What can in principle be protected within a document?
G.1.1 What does a document contain?
G.1.2 What can an unauthorized recipient do
with a document?
G.1.3 What protection can be given to a
document?
G.1.4 Summary
G.2 Security features supported by the ITU-T Rec. T.410-Series |
ISO/IEC 8613
G.2.1 Features provided to an originator
G.2.2 Features provided to a privileged
recipient
G.3 The kinds of protection mechanisms supported
G.3.1 Confidentiality
G.3.2 Integrity
G.3.3 Authenticity
G.3.4 Non-repudiation of origin
G.4 Techniques supported by the ITU-T Rec. T.410-Series | ISO/IEC
8613
G.4.1 Techniques for confidentiality
G.4.2 Techniques for sealing for content
integrity, authenticity and non-repudiation
G.5 Further details on the reference model for protecting parts of
a document
G.5.1 The overall model
G.5.2 The local system
G.6 Document application profiles
Annex H – Conversions between the
reference colour space and the interchange spaces
H.1 CIE L*u*v*
H.1.1 Conversion from the reference colour
space to CIE L*u*v*
H.1.2 Conversion from CIE L*u*v* to the
reference colour space
H.2 CIE L*a*b*
H.2.1 Conversion from the reference colour
space to CIE L*a*b*
H.2.2 Conversion from CIE L*a*b* to the
reference colour space
H.3 RGB
H.3.1 Conversion from the reference colour
space to linear (non-gamma corrected) RGB
H.3.2 Conversion from linear (non-gamma
corrected) RGB to the reference colour space
H.3.3 Conversion from non-linear
(gamma-corrected) RGB to the reference colour space
H.3.4 Conversion from the reference colour
space to non-linear (gamma-corrected) RGB
H.4 CMY(K)
H.4.1 Conversion from CMY(K) to the reference
colour space
H.4.2 CMY(K)
calibration data
H.5 Colour tolerance
Annex I – Definitions of colour
terms
Annex J – Colour concepts
J.1 General concepts
J.1.1 An overview of CIE colorimetry
J.1.2 Appearance matching
J.1.3 Device spaces
J.2 Colour spaces
J.2.1 CIE uniform colour spaces
J.2.2 RGB (Red, Green, Blue) colour space
J.2.3 CMY(K) colour space
J.3 Gamut compression
J.4 Colour differences
Annex K – Bibliography on colour