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Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 William H. Hsu Department of Computing.

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Presentation on theme: "Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 William H. Hsu Department of Computing."— Presentation transcript:

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2 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 William H. Hsu Department of Computing and Information Sciences, KSU KSOL course pages: http://bit.ly/hGvXlH / http://bit.ly/eVizrEhttp://bit.ly/hGvXlHhttp://bit.ly/eVizrE Public mirror web site: http://www.kddresearch.org/Courses/CIS636http://www.kddresearch.org/Courses/CIS636 Instructor home page: http://www.cis.ksu.edu/~bhsuhttp://www.cis.ksu.edu/~bhsu Readings: Today: §5.1 – 5.2, Eberly 2 e – see http://bit.ly/ieUq45http://bit.ly/ieUq45 Next class: no new reading – review Chapters 1 – 4, 20 Optional review session during next class period; evening exam time TBD Lecture 18 reading (two class days from today): §4.4 – 4.7, Eberly 2 e Animation 1 of 3: Basics, Keyframing Sample Exam Review Lecture 17 of 41

3 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Reading for Last Class: §2.6, 20.1, Eberly 2 e ; OpenGL primer material Reading for Today: §5.1 – 5.2, Eberly 2 e Reading for Next Lecture (Two Classes from Now): §4.4 – 4.7, Eberly 2 e Last Time: Shading and Transparency in OpenGL  Transparency revisited  OpenGL how-to: http://bit.ly/hRaQgkhttp://bit.ly/hRaQgk  Alpha blending (15.020, 15.040)  Screen-door transparency (15.030)  Painter’s algorithm & depth buffering (z-buffering) Today: Introduction to Animation  What is it and how does it work?  Brief history  Principles of traditional animation  Keyframe animation  Articulated figures: inbetweening Lecture Outline

4 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Where We Are

5 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Review: Painter’s Algorithm vs. z-Buffering © 2004 – 2009 Wikipedia, Painter’s Algorithm http://bit.ly/eeebCN © 2009 Wikipedia, Z-buffering http://bit.ly/gGRFMA

6 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Transparency in OpenGL: Final Note © 1997 – 2011 Khronos Group http://bit.ly/hRaQgk

7 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Acknowledgements: Computer Animation Intro Acknowledgment: slides by Misha Kazhdan, Allison Klein, Tom Funkhouser, Adam Finkelstein and David Dobkin http://bit.ly/eB1Oj4 Jason Lawrence Assistant Professor Department of Computer Science University of Virginia http://www.cs.virginia.edu/~jdl/ Thomas A. Funkhouser Professor Department of Computer Science Computer Graphics Group Princeton University http://www.cs.princeton.edu/~funk/

8 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Overview © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

9 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Thaumatrope Adapted from slides © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Thaumatrope of flowers & vase (1825) © 2008 Wikipedia, Thaumatrope http://bit.ly/fFl6xH

10 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Phenakistoscope Adapted from slides © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Phenakistoscope of couple (1893) © 2007 Wikipedia, Phenakistoscope http://bit.ly/eAnURG

11 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Zoetrope (1834) Adapted from slides © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Tarzan © 2000 Disney http://youtu.be/zc3MnoSS5Hw

12 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Animation History © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

13 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Key Developments [1]: Storytelling & Cel Animation © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

14 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Key Developments [2]: Rotoscoping (1921) © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

15 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Key Developments [4] Fleischer’s Rotoscope © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

16 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Key Developments [5]: Using Rotoscoping Adapted from slides © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

17 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Key Developments [6]: Color © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

18 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Overview © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

19 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Animation, Simulation, & Visualization Adapted from slides © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Wilhelmson et al. (2004) http://youtu.be/EgumU0Ns1YI http://avl.ncsa.illinois.edu http://bit.ly/eA8PXN

20 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 2-D & 3-D Animation © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Homer 2-D Homer 3-D http://youtu.be/TKQ8Ilr6PgUhttp://youtu.be/TKQ8Ilr6PgU (Making Of) The Simpsons © 1989 – 2011 Fox Broadcasting Company, Inc.

21 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Outline © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

22 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [1]: Lasseter’s List of Principles (1987) © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Lasseter, J. (1987). Principles of traditional animation applied to 3D computer animation. Computer Graphics, 21(4), pp. 35-44. SIGGRAPH: http://bit.ly/1DsO44http://bit.ly/1DsO44 ACM Portal: http://bit.ly/eyx2PNhttp://bit.ly/eyx2PN

23 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Traditional Animation [2]: Squash & Stretch

24 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [3]: Timing © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

25 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [4]: Anticipation © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Luxo Jr. © 1986 Pixar http://www.pixar.com/shorts/ljr/ http://youtu.be/qGxoui3IFS0

26 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [5]: Staging © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Luxo Jr. © 1986 Pixar http://www.pixar.com/shorts/ljr/ http://youtu.be/qGxoui3IFS0

27 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [6]: Follow Through & Overlapping Action © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

28 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [7]: Straight-Ahead vs. Pose-to-Pose Action © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

29 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [8]: Slow In-And-Out © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

30 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [9]: Arcs © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

31 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [10]: Exaggeration © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

32 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [11]: Secondary Action © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi Luxo Jr. © 1986 Pixar http://www.pixar.com/shorts/ljr/ http://youtu.be/qGxoui3IFS0

33 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Traditional Animation [12]: Appeal © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

34 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Outline © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

35 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Keyframe Animation [1]: Keyframes © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

36 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Keyframe Animation [2]: Interpolation (aka Inbetweening) © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

37 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Keyframe Animation [3]: Linear Interpolation aka Lerping © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

38 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Keyframe Animation [4]: Cubic Curve (Spline) Interpolation © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

39 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Keyframe Animation [5]: Dynamics & Kinematics © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

40 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Outline © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

41 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Articulated Figures [1]: Definition © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

42 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Articulated Figures [2]: Character Modeling © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

43 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Articulated Figures [3]: Angular Interpolation © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

44 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Articulated Figures [4]: Bones & Joints © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

45 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Articulated Figures [5]: Example – Walk Cycle 1 © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

46 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Articulated Figures [6]: Example – Walk Cycle 2 © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

47 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Articulated Figures [7]: Example – Walk Cycle 3 © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi

48 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Articulated Figures [7]: Example – Walk Cycle 4 © 2010 J. Lawrence, University of Virginia CS 4810: Introduction to Computer Graphics – http://bit.ly/hPIXdihttp://bit.ly/hPIXdi © 2002 D. M. Murillo http://bit.ly/eZ9MA8

49 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Looking Ahead: Scene Graph Traversal © 2002 – 2005 Virtools http://bit.ly/eM1gz8

50 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Looking Ahead: Scene Graph Rendering Performer © 1997 D. Pape http://www.evl.uic.edu/pape/talks/VSI97/pf/

51 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Problem Set 3: Hour Exam 1Review

52 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Summary Reading for Last Class: §2.6, 20.1, Eberly 2 e ; OpenGL primer material Reading for Today: §5.1 – 5.2, Eberly 2 e Reading for Next Lecture (Two Classes from Now): §4.4 – 4.7, Eberly 2 e Last Time: Shading and Transparency in OpenGL  Alpha blending  Painter’s algorithm – less efficient, can handle non-opaque objects  Depth buffering (z-buffering) – in hardware, fast, opaque only Today: Introduction to Animation  What is it and how does it work?  Brief history  Principles of traditional animation  Keyframe animation  Articulated figures: inbetweening

53 Computing & Information Sciences Kansas State University CIS 536/636 Introduction to Computer Graphics Lecture 17 of 41 Terminology Shading and Transparency in OpenGL: Alpha, Painter’s, z-buffering Animation – Bringing Still Objects “to Life” (Change Over Time) Early Animation  Thaumatrope (c. 1824) – early Victorian toy prefiguring flipbooks  Flipbook – simple paper-based animation technique Action in Traditional Animation  Before: squash & stretch, timing, anticipation, staging  During: exaggeration, secondary  After: follow-through & overlapping action  Design: straight-ahead vs. pose-to-pose Keyframe Animation  Inbetweening – interpolation technique  Lerping – linear interpolation  Splines & other cubic curves  Articulated figures: angular interpolation

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