1 / 21

DESC9180 Designing Virtual Worlds

DESC9180 Designing Virtual Worlds. Week 4 Session 6pm – 9pm Tuesday, August 13 th , 2007 Owen Macindoe and Kathryn Merrick. DESC9180 Designing Virtual Worlds University of Sydney, August 2007. Announcements.

ingrid-small
Télécharger la présentation

DESC9180 Designing Virtual Worlds

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. DESC9180 Designing Virtual Worlds Week 4 Session 6pm – 9pm Tuesday, August 13th, 2007 Owen Macindoe and Kathryn Merrick DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  2. Announcements • We’ve had a few more class changes: check the website for group allocations DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  3. Overview • The FBS framework • Gu and Maher’s 4 design phases • Issues in Second Life • Homework discussion • Work on Task 1 DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  4. Gero’s FBS Framework • A model of design activity • Function • What is it for? • Behaviour • What does it do? • Structure • What is it? DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  5. FBS in Virtual Worlds • Function drives design • Architecture is just a metaphor • S is not visual representations of objects • S -> B connections may not map across • Behaviours tied to scripting • Take world norms into account • But the metaphor is useful DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  6. Phases of Designing Virtual Architecture • Layout • Volumes and adjacencies • Configuration • Object placement • Navigation • Circulation and way-finding • Interaction Building in SL using an imported floor plan DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  7. Layout • Intended activities • Required space • Relative space • Spatial adjacency • Spatial ordering • Vertical layout • Teleportation Tower layout from the CRC for construction innovation DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  8. Configuration • Spatial boundaries • Affording activities • Functional cues • Metaphors • Decoration Ning Gu’s virtual classroom DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  9. Navigation • Circulation • Sight lines • Maps and signs • Teleportation • Agents and bots _blacklibrary’s guide bot DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  10. Interaction • Scripting • Permissions • Animations • Poses • Agents and bots Dancing using pose balls in SL DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  11. Issues in Second Life • Flight • Teleportation • Scale • Prims • Phantom objects • Physical objects • Permissions DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  12. Flight • Allowed or not? • Ceiling heights • Open interiors • Entry points • Immersion versus convenience • Sky boxes Coke’s SL presence is a sky box DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  13. Teleportation 1 • Pros • Smaller world • Neat special effects • Hypertext-like • Cons • Can be disorienting • Inconsistent with spatial metaphor • Skips content eLumenta University teleport HUD DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  14. Teleportation 2 • SL methods • Landmarks • Sit-teleporters • Landing points • Signage • Other worlds • Warping • Triggers • Inter-server Reuters teleport directory DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  15. Scale • Distances seem smaller • Teleportation bypasses spaces • Chase cameras need space • Bounding boxes and collisions The Sentient in Second Life DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  16. Prims • 512m2 = 177 prims • Performanceissues • Transparency Side view of a tree made from textures • How to cheat • Prim deformations • Creative texturing • Sculpties Top view of a tree made from textures DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  17. Phantom Objects • Uses • Vines, beads, curtains, gases • Secret doors • Script triggers • Traps • Can disrupt immersion Phantom prims used to simulate water DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  18. Physical Objects • Uses • Realistic movement • Force transfer • Can be rolled, pushed, knocked • Weapons • Vehicles • Unpredictable Vehicles use the SL physics engine DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  19. Permissions • Land • Access • Objects and scripts • Pushing • Damage • Objects • Sharing • Move and copy • Modify and transfer Permissions control panels in Second Life DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  20. Other Issues • Doors • Require scripting • Elevators • Bump avatars • Water • Streaming media • Sound • Video • Notecard dispensers • Hyperlinks • Generative design • Grey goo Ning Gu’s grammar-generated floor plans DESC9180 Designing Virtual Worlds University of Sydney, August 2007

  21. Today’s Tutorial • 10 minute break now • 10 minutes group discussions of the two buildings you found for homework • Choose one site to share with the class • Short discussion as a class • Work on Task 1 DESC9180 Designing Virtual Worlds University of Sydney, August 2007

More Related