CARTOGRAPHY AND GEOINFORMATION VISUALIZATION
Course Objectives:
- To understand the various purposes, roles and representation of cartography
- To gain and practice the use of cartographic language in the creative design process
- To gain and practice skills in cartographic design, representation and production in a GIS environment
- To understand effective visual thinking and visual communication
Course outline:
- Introduction (2 hours)
- History of cartography
- Map definition, need of maps, basic characteristics of map
- Categories of maps, map use goals
- Dissemination techniques of maps
- Cartographic Design(4 hours)
- Objectives of map design, factors influencing map design
- Map design process
- Perceptual Consideration: Graphic Elements, visual viriables
- Visual perception
- Design Principles and Planning
- Scale and generalization(4 hours)
- Geographic and cartographic scale
- Definition of Generalization
- Models of generalization
- Fundamental operations of generalization
- Typography (3 hours)
- Elements of typographic designs: type style, type form, type size, type color
- Forming the letters: bit-mapped type, outline type
- General typographic guideline, specific guidelines: point feature, linear feature, areal feature
- Basic of Color theory(4 hours)
- Nature of color: spectral and reflected color, color dimension
- Theories of color perception: trichromatic theory, opponent process theory, color constancy
- Color vision impairment
- Color modelling system: RGB, CMYK,HSV, Munsell, HSV, CIE
- Color output: printers, monitors
- Color management, color charts
- Map Design(6 hours)
- Thematic data
- Data Classification, common methods of data classification: equal intervals, quantities, mean-standard deviation, maximum breaks, natural breaks, optimal
- Thematic maps, Common thematic map types: nominal point/line symbol map, chorochromatic map, dot maps, proportional point symbol map, flowline maps, isoline map, cartogram, prism map, Choropleth map
- Map layout (2 hours)
- Map layout elements, marginal information,
- Map layout types, map layout balance, map layout shapes
- Arrangement of marginal information, folding systems
- Map reproduction techniques (6 hours)
- Planning, map editing, raster image processing for print production
- Screening for point reproduction
- Halftone and stochastic screening
- Aspects of color printing-process color, spot colors, high-fidelity process color, continuous tone color printing
- Color management system, high voloume print reproduction-pre-phase phase, file formats, proofing methods
- Offset lithographic printing, computer to-plate, direct-to-plate
- Web mapping (4 hours)
- Introduction, History of web maps, types of web maps-static, dynamic, animated, interactive, and collaborative
- Client and server technology for web mapping, interoperability, OGC standards for web mapping
- Mapping time (3 hours)
- Concept of time, Representation of change, single static map, multiple static map, animated map, Dynamic visualization terminologies, dynamic visualization variables, cognitive issues, goal of animation design,
- Geovisual exploration/analytics (4 hours)
- Visualization and maps, geovisualization
- Brushing-attribute, geographical, temporal, exploratory tools, visual analytics
- Use, User, Usability (3 hours)
- User centered design of geo data dissemination systems
- Use contexts, user data collection and analysis methods
- Types of map use research
Practical:
- Use of visual variables and application of cartographic grammar (6 hours)
- Designing topographic in desktop GIS software (9 hours)
- Creating different thematic maps using desktop GIS software (9 hours)
- Color selection exercise using color chart, desktop GIS software and printer (6 hours)
- Exercise on temporal and non-temporal animations (3 hours)
- Creating web maps using open source tools (6 hours)
- Visual thinking exercise using GeoViz Toolkit (6 hours)
Reference:
- Kraak MJ and Ormeling (2010), Cartography the visualization of spatial data
- Slocum et al. (2009), Thematic cartography and Geovisualization
- Robinson, A.H. (1995), Elements of cartography
- Cartography: Visualization of geospatial Data by Menno-Jan Kraak, Ferjan Ormeling, Pearson Education Limited 2003
- Elements of Cartography by A. Robinson, R. Sale and Morrison, John Willey and sons.
Evaluation scheme:
The question will cover all the chapters in the syllabus. The evaluation scheme will be as mentioned in the table below:
S.N. |
Chapter |
Hours |
Marks allocation* |
1 |
1-3 |
10 |
16 |
2 |
4,5 |
7 |
16 |
3 |
7,8 |
8 |
16 |
4 |
9-10 |
7 |
16 |
5 |
11-12 |
8 |
16 |
Total |
45 |
80 |
*Note: There may be minor deviation in marks distribution
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