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Table of Contents
Preface; Contents; Symbols; Units; Identifiers; Variables Taking Numeric Values; Acronyms; Part I Numbers and Alphanumericsin Digital Imaging ; 1 Number Set; 1.1 Set; 1.2 Natural Number; 1.3 Integer Number; 1.4 Rational Number; 1.5 Irrational Number; 1.6 Real Number; 1.7 Number Variables; References; 2 Number Input; 2.1 Representation of Numbers; 2.2 Decimal Representation of Integers; 2.3 Binary Representation of Integers; 2.4 Hexadecimal Representation of Integers; 2.5 ASCII Representation of Characters; 2.6 Correspondence Between Representations; 2.7 Computer Representation of Numbers
2.8 Flowchart2.9 Development of Computer Input; References; 3 Number Process; 3.1 Algorithm; 3.2 Integer Arithmetic; 3.3 Integer Addition; 3.4 Integer Subtraction; 3.5 Integer Multiplication; 3.6 Integer Division; 3.7 Integer Remainder; 3.8 Integer Power; 3.9 Rational Multiplier; 3.10 Integer Vector; 3.11 Integer Matrix; 3.12 Matrix Addition; 3.13 Matrix Subtraction; 3.14 Scalar Multiplication; 3.15 Matrix Multiplication; 3.16 Integer Matrix Inversion; 3.17 Real Arithmetic; 3.18 Boolean Algebra; 3.19 Computer Representation of Arithmetic; 3.20 Computer Process; 3.21 Programming Language
3.22 Program with Display Output3.23 Development of Programming Languages; References; 4 Alphanumeric File; 4.1 Flowchart; 4.2 Memory; 4.3 Development of Memory; 4.4 File; 4.5 ASCII File; 4.6 Program with ASCII File Input and Output ; References; 5 Alphanumeric Output; 5.1 Flowchart; 5.2 Display Hardware; 5.3 Display Typography; 5.4 Alphanumeric Display Software; 5.5 Development of Alphanumeric Display; 5.6 Program with Display Output; 5.7 Print Hardware; 5.8 Alphanumeric Print Typography; 5.9 Alphanumeric Print Software; 5.10 Development of Alphanumeric Output; 5.11 Program with Print Output
7.7 Computer Modelling of Objects7.8 Example of Computer Modelling; 7.9 Discrete Space Graph; 7.10 Space Data Editor Program; 7.11 Space Transformation; 7.12 Reflection; 7.13 Translation; 7.14 Rotation; 7.15 Dilation; 7.16 Shearing; 7.17 Space Transformation Program; References; 8 Projection Geometry; 8.1 Plane Projection; 8.2 Euclidean Plane Projection; 8.3 Harmonic Plane Projection; 8.4 Elliptic Plane Projection; 8.5 Space Projection; 8.6 Euclidean Space Projection; 8.7 Ten Classical Projections; 8.8 Orthographic Projection; 8.9 Isometric Projection; 8.10 Dimetric Projection
2.8 Flowchart2.9 Development of Computer Input; References; 3 Number Process; 3.1 Algorithm; 3.2 Integer Arithmetic; 3.3 Integer Addition; 3.4 Integer Subtraction; 3.5 Integer Multiplication; 3.6 Integer Division; 3.7 Integer Remainder; 3.8 Integer Power; 3.9 Rational Multiplier; 3.10 Integer Vector; 3.11 Integer Matrix; 3.12 Matrix Addition; 3.13 Matrix Subtraction; 3.14 Scalar Multiplication; 3.15 Matrix Multiplication; 3.16 Integer Matrix Inversion; 3.17 Real Arithmetic; 3.18 Boolean Algebra; 3.19 Computer Representation of Arithmetic; 3.20 Computer Process; 3.21 Programming Language
3.22 Program with Display Output3.23 Development of Programming Languages; References; 4 Alphanumeric File; 4.1 Flowchart; 4.2 Memory; 4.3 Development of Memory; 4.4 File; 4.5 ASCII File; 4.6 Program with ASCII File Input and Output ; References; 5 Alphanumeric Output; 5.1 Flowchart; 5.2 Display Hardware; 5.3 Display Typography; 5.4 Alphanumeric Display Software; 5.5 Development of Alphanumeric Display; 5.6 Program with Display Output; 5.7 Print Hardware; 5.8 Alphanumeric Print Typography; 5.9 Alphanumeric Print Software; 5.10 Development of Alphanumeric Output; 5.11 Program with Print Output
7.7 Computer Modelling of Objects7.8 Example of Computer Modelling; 7.9 Discrete Space Graph; 7.10 Space Data Editor Program; 7.11 Space Transformation; 7.12 Reflection; 7.13 Translation; 7.14 Rotation; 7.15 Dilation; 7.16 Shearing; 7.17 Space Transformation Program; References; 8 Projection Geometry; 8.1 Plane Projection; 8.2 Euclidean Plane Projection; 8.3 Harmonic Plane Projection; 8.4 Elliptic Plane Projection; 8.5 Space Projection; 8.6 Euclidean Space Projection; 8.7 Ten Classical Projections; 8.8 Orthographic Projection; 8.9 Isometric Projection; 8.10 Dimetric Projection