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دسته بندی: ژئودزی ویرایش: 6 نویسندگان: Borden D. Dent, Jeff Torguson, Thomas W. Hodler سری: ISBN (شابک) : 9780072943825 ناشر: McGraw-Hill سال نشر: 2008 تعداد صفحات: 369 زبان: English فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) حجم فایل: 50 مگابایت
در صورت تبدیل فایل کتاب Cartography: Thematic Map Design به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
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این کتاب درسی مقدماتی دانش آموزان را با انواع مختلف پیش بینی نقشه، طراحی نقشه و تولید نقشه آشنا می کند. نقشه کشی به طور کلی برای دوره دوم یا دوره اول برای رشته های جغرافیا است و بسیاری از اساتید شروع به معرفی کارتوگرافی کامپیوتری در طول دوره می کنند.
This introductory textbook introduces students to the different types of map projections, map design, and map production. Cartography is generally for a sophomore or junior level course for geography majors and many professors are beginning to introduce computer cartography throughout the course.
Title Contents PART I THEMATIC MAPPING ESSENTIALS 1 INTRODUCTION TO THEMATIC MAPPING The Realm of Maps The Map Defi ned What Is Cartography? Geographic Cartography Atlas Mapping Kinds of Maps General Purpose Maps Thematic Maps Map Scale Modern Views of Map Communication Map Communication and Visualization The Importance of Meaning Cartography and Geographic Information Systems Artistic Drawing Programs Cartographic Abstraction and Generalization Selection Classifi cation Simplifi cation Symbolization The Art in Cartography Thematic Map Design What Is Map Design? Ethics in Cartography 2 BASIC GEODESY, COORDINATE SYSTEMS, AND SCALE Basic Geodesy The Size and Shape of the Earth Datums Coordinate Geometry for the Cartographer Plane Coordinate Geometry The Geographic Grid Latitude Determination Longitude Determination The Complete Geographic Grid Principal Geometric Relationships of the Earth’s Geographic Grid Scale Revisited Scale and Line Generalization 3 MAP PROJECTIONS The Map Projection Process Developable Surfaces Projection Parameters Projection Families Azimuthal Family Cylindrical Family Conic Family Mathematical Family Map Projection Properties Equal Area Mapping Conformal Mapping Equidistance Mapping Azimuthal Mapping (Direction) Minimum Error Projections Determining Deformation and its Distribution Over the Projection Standard Lines and Points, Scale Factor Employment of Map Projections Essential Questions World Projections Mathematical, Equivalent Projections Minimum Error Projections Cylindrical Projections Projections for Mapping Continents Mapping Multiple Size Countries at Mid-Latitudes Mapping at Low Latitudes Projected Coordinate Systems State Plane Coordinate (SPC) System Universal Transverse Mercator (UTM) System Adjustments in Projection Parameters 4 THE NATURE OF GEOGRAPHIC DATA AND THE SELECTION OF THEMATIC MAP SYMBOLS The Nature of Data Data Characteristics Location Form Time Data Transformations Scale Form Boundary Changes Data Measurement Nominal Ordinal Interval Ratio Data: Thematic Map Relationships Map Symbols Visual Variables Size Shape Orientation Texture Saturation and Value Cartographic Error Source Error Processing Error Cartographic Design Error Data Sources Data (GIS) Clearinghouses Federal Governmental Agencies U.S. Census Bureau U.S. Geological Survey Federal Information Processing Standards (FIPS) Potential Problems 5 DESCRIPTIVE STATISTICS AND DATA CLASSIFICATION Overview of A Data Set Ratio, Proportion, Percent, and Rate Descriptive Statistics Skewness Kurtosis Data Classifi cation Selection of the Number of Classes Nothing Is Sacred Values of Zero or No Data Impact of the Number of Classes Data Classifi cation Schemes Natural Breaks Nested Means Mean and Standard Deviation Equal Interval Equal Frequency Arithmetic and Geometric Intervals User Defi ned Assessment Indices Things to Watch Out For Outliers and Data Truncation Zero-Observation Classes Summary and Comparison of Major Classifi cation Methods PART II TECHNIQUES OF QUANTITATIVE THEMATIC MAPPING 6 MAPPING ENUMERATION AND OTHER AREALLY AGGREGATED DATA: THE CHOROPLETH MAP Selecting The Choropleth Technique Mapping Rationale Appropriateness of Data When to Use the Choropleth Map Preliminary Considerations in Choropleth Mapping Geographic Phenomena Map Scale Number and Kinds of Enumeration Units Data Processing Data Classifi cation Revisited Classifi cation Methods Compared Data Truncation and Outliers Different Maps from the Same Data Unclassed Choropleth Maps Legend Design, Areal Symbolization, And Base Map Design Sources of Map-Reading Error and the Need for Accurate Design Response Legend Design Box Shape, Size, Orientation, and Range Placement Continuous and Noncontinuous Class Ranges Class Range Formatting, Legend Titles, and Other Legend Information Map Sequences and Animated Maps Considerations Symbolization for Choropleth Maps Black and White Mapping Color Map Symbolization Bipolar and Bivariate Symbolization Adding Other Reference Features to the Map Dasymetric Mapping 7 THE DOT DENSITY MAP Mapping Technique Advantages and Disadvantages of Dot Density Mapping Data Suitability The Mapping Activity Size of Enumeration Unit Dot Value and Size Dot Placement Legend Design Other Dot Map Design Issues Visual Impressions of Dot Maps: Questions of Numerousness And Density 8 FROM POINT TO POINT: THE PROPORTIONAL SYMBOL MAP Conceptual Basis For Proportional Point Symbol Mapping When to Select this Method—Data Suitability A Brief History of Proportional Point Symbols A Variety of Symbol Choices Two-Dimensional Geometric Symbols Three-Dimensional Geometric Symbols Pictorial Symbols Proportional Symbol Scaling Absolute and Apparent Magnitude Scaling: Psychophysical Examination of Quantitative Thematic Map Symbols Absolute Scaling with Circles Apparent Magnitude Scaling with Circles The Square Symbol Absolute and Apparent Magnitude Scaling Design Implications Range Grading Proportional Midpoint Range Grading Proportional Symbol Legend Design Graphic Design Considerations For Proportional Point Symbol Maps Graphic Treatment of Proportional Symbols Overlapping Symbols Labeling Symbols Bivariate and Multivariate Proportional Symbols Overloaded Proportional Point Symbols Proportional Symbols and Choropleth Maps 9 MAPPING GEOGRAPHIC SURFACES: ISARITHMIC AND THREE-DIMENSIONAL MAPS The Nature of Isarithmic and Three-Dimensional Mapping Fundamental Concepts Isarithmic Categories and Terminology The Basis of Isarithmic Construction A Brief History of Isarithmic Mapping When to Select the Isarithmic Method Isarithmic Practices Elements of Isarithmic Mapping Concepts in Isarithm Placement Locating Data Points Concept of Interpolation Automated Isarithmic Mapping Gridding Methods of Interpolation Evaluating Grid Error The Selection of Isarithmic Intervals Other Presentations of Continuous Surfaces Shaded Relief Maps Wireframe and Surface Maps Communicating Using Multiple Map Displays Design Aspects For Isarithmic and Continuous Surface Maps Isolines and Figure-Ground Relationship Isoline Labels Legend Design Other Useful Elements 10 THE CARTOGRAM: VALUE-BY-AREA MAPPING The Value-By-Area Cartogram Defi ned Brief History of the Method Two Basic Forms Emerge Contiguous Cartograms Noncontiguous Cartograms Mapping Requirements Data Limitations Communicating With Cartograms Recognizing Shapes Estimating Areas A Communication Model Advantages and Disadvantages Design Strategies Recap—Legends, Inset Maps, and Labeling Bivariate Cartograms Cartogram Construction Manual Methods Automated Solutions 11 DYNAMIC REPRESENTATION: THE DESIGN OF FLOW MAPS The Purpose of Flow Mapping Quantitative Flow Maps Data Suitability Directed and Undirected Flows The Relevance of Flow Routes Historical Highlights of The Method Early Flow Maps Flow Maps in Economic Geography Designing Flow Maps Map Organization and Figure-Ground Projection Selection Essential Design Strategies Line Scaling and Symbolization Treatment of Symbols Legend Design Innovative Solutions Summary of Mapping Techniques PART III DESIGNING THEMATIC MAPS 12 THE MAP DESIGN PROCESS AND THE ELEMENTS OF MAP COMPOSITION The Design Process Design Evaluation Creativity and Visualization Graphic Ideation Experimentation Map Aesthetics The Map’s Design Elements Design Levels on The Map Elements of Map Composition Purpose of Map Composition Planar Organization of the Visual Elements Balance Focus of Attention Internal Organization Contrast and Design Line Contrast Texture Contrast Value Contrast Variation of Detail Color Contrast Vision Acuities Visual Acuity Resolution Acuity The Visual Hierarchy of Map Organization: Figure-Ground Relationship Visual Hierarchy Defi ned Customary Positions of Map Elements in the Hierarchy Achieving the Visual Hierarchy Fundamental Perceptual Organization of the Two- Dimensional Visual Field: Figure and Ground Perceptual Grouping Principles Figure Formation and Closure Strong Edges and Figure Development The Interposition Phenomenon Figures and Grounds in the Map Frame The Special Case of the Land-Water Contrast Vignetting for Land-Water Differentiation Designing the Page-Size Map 13 MAKING THE MAP READABLE: THE INTELLIGENT USE OF TYPE Functions of Map Lettering The Elements of Type Typeface Characteristics Letterform Components Typeface Style and Classifi cation The Personality of Type The Legibility of Type Cartographic Requirements Type Font and Type Families Type Size Type Form Type Width Type Weight Type Color Letter, Word, and Line Spacing Guidelines For Type Selection and Placement The Use of Capital and Lowercase Letters The Placement of Lettering Point-Symbol Labeling Linear Feature Labeling Area Feature Labeling Placement and Design of Titles and Legends Scales and North Arrows Source and Author Information Practical Example 14 PRINCIPLES FOR COLOR THEMATIC MAPS Light and the Color Spectrum Color Perception The Human Eye Physical Properties of Color Color Theories Additive Color Theory Subtractive Color Theory The Desert Island Experiment Components of Color Hue Saturation Value Munsell Approach Color Models HSV HSB/HSL RGB Cie Lab CMYK Grayscale Device Limitations Web Safe Colors Color Matching Systems Color Interaction Simultaneous Contrast Successive Contrast Color Constancy Subjective Reactions to Color Color Preferences Colors in Combination Connotative Meaning and Color Advancing and Retreating Colors Color in Cartographic Design The Functions of Color in Design Design Strategies for the Use of Color Developing Figure and Ground The Use of Color Contrast Developing Legibility Color Conventions in Mapping Color Harmony in Map Design PART IV MAP PRODUCTION TECHNIQUES 15 PRINTING FUNDAMENTALS AND PREPRESS OPERATIONS FOR THE CARTOGRAPHER Cartography and Digital Printing Getting Started Color Model Desktop Printing Laser Printers Inkjet Printers Plotters Dye-Sublimation Printers Commercial Printing Technology Brief History of Commercial Printing Relief—Letterpress Intaglio—Engraving Planar—Lithography Cartographic Design and the Printer Commercial Printing Prepress Map Editing File Preparation Service Bureau and Prepress Proofi ng The Map Production Process Modern Offset Lithography Step One: Design and Page Layout Step Two: Printer’s Precheck Step Three: Color Separation and Plate Generation Step Four: Digital Color Proof Step Five: The Press Run Step Six: Post-Press Operations Digital Presses Digital Printing Presses Digital Production Presses 16 INTRODUCTION TO VIRTUAL AND WEB MAPPING Virtual and Web Mapping Introduction Map Formats and Structures Raster Graphics Raster Concepts Selected Raster Image Formats Animated Raster Map Formats Vector Graphics Vector Concepts Selected Vector Formats Understanding the Medium Key Internet Concepts The World Wide Web The Graphics Display Monitor Design Implications for Thematic Mapping Constraints of the Medium Limited Screen Real Estate and Resolution Ramifi cations Other Screen Resolution Issues Display Monitor Variations Limit Predictability Solutions and Opportunities Map Interactivity Animation Cybercartography PART V EFFECTIVE GRAPHING FOR CARTOGRAPHERS 17 EFFECTIVE GRAPHING FOR CARTOGRAPHERS Brief History Of Graphing Organization Of This Chapter Graph Data Graphical Excellence Principles Of Design Applied To Graphs Elements of the Standard Graph Axis Types Arithmetic Scaling Semi-logarithmic Scaling Log-Log Scaling Graph Planning and the Visual Hierarchy Graph Types Graphs of Numbers and Frequency Histograms Box-Whisker Graphs Scatter Plots Line and Bar Graphs Line Graphs Bar Graphs Three Axes Graphs Graphs Without Axes Pie Graphs Clock Graph Three-Dimensional Graphs Concluding Remarks APPENDIX A APPENDIX B INDEX