
357615863ce1871c5cd402e65f38bd2e.ppt
- Количество слайдов: 11
Using an Interactive Java-Based Environment to Facilitate Visualization Comprehension Daniel Bramer, Tim Scheitlin, Rajul Pandya, Ryan Deardorff, Dean Elliott, Ken Hay, Mary Marlino, Don Middleton, Mohan Ramamurthy, Marianne Weingroff, and Robert Wilhelmson January 17, 2001 DAS – Univ. of Illinois at Urbana-Champaign
Visual Geophysical Exploration Environment VGEE ÜSimpler Visualization Environment ÜGuidance for Key Concepts ÜIsolate Processes Within Complex Systems
Java / GDV / Vis. AD ÜJava 1. 3 (application) ÄEasy exchange between VGEE components ÜUnderlying 3 D Viz. Environment ÄLeveraged from GDV and Vis. AD ÄGDV – 3 D Gridded Data Viewer (UNIDATA) ÄVis. AD – Java Visualization Component Library (SSEC / UNIDATA / NCSA / Aus. Bureau of Meteorology
Graphical User Interface (GUI) Main Display Visualization State Track/update/change parameters Displays visualization information Launch new viz tools Interactive Versatile Uses canned and user supplied datasets Probe Window Displays specific isolated information from the overall visualization
VGEE GUI Ü Learner Friendly Ü Explore and Interact in 3 -D Ü Same tools as researchers, but set for survey level Viz: El Nino avg. DJF vertical wind speed cross-section and isosurface
Concept Models / Probes ÜConcept Models ÄStand-Alone ÄTeach basic principles in a user controlled environment ÜProbes ÄIsolate processes form the overall system ÄRelate learned concepts to the “real” world
Concept Models Ü Temperature Ü Condensation Ü Ocean Evaporation Ü Dry Adiabatic Ü Moist Adiabatic Ü Custom Moist Adiabatic Ü Ekman Wind Balance Ü Coriolis Force
Probes ÜSame as Concept Models ÜIntegrate with Dataset(s) Viz: Height (plan) Temperature (cross-section) with jet (isosurface)
Web site: www. dlese. org/vgee ÜLearner Guides ÄFocused Activities ÜTeacher Guides ÄGuidance ÜWork Submission ÜEncyclopedia
Implementation ÜWest Chester University ÄSpring 2002 ÜUniversity of Illinois Ä Summer / Fall 2002
Acknowledgements ÜThis project is funded by the National Science Foundation Division of Undergraduate Education Grant #DUE-9972491. Website http: //www. dlese. org/vgee
357615863ce1871c5cd402e65f38bd2e.ppt