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Full Description
"Landscape Modeling Ervin and Hasbrouck's Landscape Modeling" introduces the Harvard educators' unique perspective on methods and procedures for visualizing the landscape. Their digital repertoire integrates computer-aided design (CAD), geometric modeling, and geographic information systems (GISs) with computer graphics and animation. This synthetic approach facilitates the digital translation of landscape and spatial experience, including the complex phenomena encountered in living with dynamic systems. Content is delivered through the development of models that focus on the three elements of landform, vegetation, and water. Topics include: generating 3D models from 2D CAD plans and geographic information; illustrating landscape designs using photographic textures; using lighting for visual effects in landscape models; creating tours through virtual landscapes with 3D and animation; and, displaying the effects of wind, weather, time, water action, and the seasons.It also includes: using modern procedural and object-oriented languages like Java to customize your digital landscape models; choosing the appropriate level of representation for your design/communicative purpose On the CD-ROM; modeling formulas and algorithms; full-scale, full-color case studies; animations and QTVR models; 3D models; software tutorials; and, key Internet links.Stephen M. Ervin is Assistant Dean for Information Technology, and Lecturer in Landscape Architecture, at the Harvard University Design School. His articles on design and virtual landscapes have been widely published. Hope H. Hasbrouck is Assistant Professor of Landscape Architecture at the Harvard University Design School. She teaches design and courses on the application of digital technologies in the study and practice of landscape architecture. Her research focuses on the development and application of digital representation models in landscape architecture practice, education, and research.
Contents
Chapter 1Modeling. Chapter 1.2: Two-Dimensional Models. Chapter 1.3: Three-Dimensional Models. Chapter 1.4: Operations in 3D Modeling. Chapter 1.5: Rendering. Chapter 1.6: Presentation. Chapter 1.7: Calculations from 2D and 3D Models. Chapter 1.8: Dynamics: 4D Models. Chapter 1.9: A Brief History of Computer Graphics in Landscape Modeling. Chapter 1.10: Summary. References. Chapter 2: Landform. Chapter 2.1: Introduction. Chapter 2.2: Two-Dimensional Representations. Chapter 2.3: Three-Dimensional Terrain. Chapter 2.4: Operations on Terrain: Space Forming, Design Approaches. Chapter 2.5: Textures on Landform. Chapter 2.6: Terrain Visualization. Chapter 2.7: Calculations on Terrain: Analytic Models. Chapter 2.8: Dynamics- Procedural Models and Representations. Chapter 2.9: Summary. References. Chapter 3: Vegetation. Chapter 3.1: Introduction. Chapter 3.2: 2D Models of Vegetation. Chapter 3.3: 3D Vegetation Models. Chapter 3.4: Textures on Plant Material. Chapter 3.5: Visualization Concerns. Chapter 3.6: Plant Dynamics. Chapter 3.7: Summary. References. Chapter 4: Water. Chapter 4.1: Introduction. Chapter 4.2: 2D Models of Water. Chapter 4.3: 3D Models of Water. Chapter 4.4: Textures for Water. Chapter 4.5: GIS-Based Hydrologic Models. Chapter 4.6: Water Dynamics. Chapter 4.7: Summary. References. Chapter 5: Atmosphere. Chapter 5.1: Introduction. Chapter 5.2: Illumination. Chapter 5.3: Shadows. Chapter 5.4: The Sky. Chapter 5.5: Clouds. Chapter 5.6: Weather. Chapter 5.7: Colors in the Landscape. Chapter 5.8: Atmospheric Dynamics. Chapter 5.9: Summary. References. Chapter 6: Synthesis. Chapter 6.1: Introduction - Putting It All Together. Chapter 6.2: Professional Practice. Chapter 6.3: Presentation and Output Media. Chapter 6.4: Data Sources. Chapter 6.5: Ethical and Representational Concerns. Chapter 6.6: Final Thoughts; Next Steps. Chapter 6.7: Summary. References. Appendix 1: Software. Appendix 2: Glossary. About the CD-ROM.NER(01): WOW
