Art and Assets Audio Visual Design and Production

1. Art and AssetsAudio Visual Design and Production Francisco Arcediano Robbin Bibb Vince Cross Wanda Eugene Introduction to Game Design

2. Presentation Overview • Visual Design • Surface Effects • Animation • Audio Design and Production Introduction to Game Design

3. Art and Assets Part II Thursday March 1st Introduction to Game Design

4. Animation Francisco Arcediano Introduction to Game Design

5. Focus on the process of creating animated 3D art for real-time games. • Animation in video games is the art of capturing a series of individual movements in digital form and then playing them back in real time. • Just about everything in a game can be animated: from the user interface, to atmospheric effects, to characters, to even the camera. • Animations establishes the character and personality of the game. Introduction to Game Design

6. Responsibilities and Expectations of the Animator • Focus on character animator • To understand the meaning behind an expression and how to get the body posed and moving to accurately or stylistically convey the action for playback in real time. • To be knowledgeable in anatomy, since creating believable motion requires an understanding of the underlying mechanism, like rotating joints and bulging muscles. Introduction to Game Design

7. Difference between a trained animator and an experienced technical artist. • To combine both the artistic and technical disciplines is a challenge, but 3D applications help to make the process of learning animation tools visually more interactive and more intuitive. • The tools for animating characters are common to all popular packages, and although their workflow, names, and visual appearance may be slightly different, the concepts are generally the same. Introduction to Game Design

8. ease-in and ease-out Learning to Animate for Real-Time Playback • Some fundamental elements of animation: • Timing and space: illusion of movement Introduction to Game Design

9. anticipation • squash and stretch Introduction to Game Design

10. Secondary action • Overlapping action Introduction to Game Design

11. Production Workflow of Character Animation Most games requires the same basic steps. • Planning Your Work • Think about the look, feel, and timing of the animation. • Modeling and Texture Mapping • Creating the Skeleton Use of a skeletal structure that can simulate the way living things are able to move in the real world. A skeleton or rig comprised of bones gives the animator a means to deform geometry in a more intuitive and predictable way. Introduction to Game Design

12. Vertex Weighting-Binding the Mesh to the Skeleton The character mesh needs to be attached to the skeleton using a method for binding it to all of the assigned bones. That enables the animator to deform the mesh into various poses. Rigging is the process of attaching or binding a mesh object to other control objects (such as a skeleton) On a vertex level, one or more animated bones will control that amount of movement of each vertex point relative to each other. This process of assigning and adjusting the amount of influence each bone has for every vertex is called vertex weighting. Introduction to Game Design

13. Introduction to Game Design

14. Examples of Character Animation • Animation: skeleton + mesh, texture • Connecting and Animating Bones • Animating a Run Cycle Introduction to Game Design

15. Facial Animation • The use of facial animation for expressing emotions and speech with audio dialogue is quickly becoming a vital component to passive (?) story telling cut-scenes of newly released game titles. Introduction to Game Design

16. Two common methods: • Morphing: a base mesh of a face or head changes shape by blending between other states or target shapes of the same model. Simple Example with few polygons Introduction to Game Design

17. Skeletal rig: The animator would first create a skeletal structure designed to deform the surface of the face that would enable him to simulate the underlying muscles of human facial features. Introduction to Game Design

18. Motion Capture • To provide character motion for a game. • mocap: movement that is performed by a live actor and captured by a computerized system that records the performer's every action in real time. • There are many things to consider when preparing for a motion capture shoot. • However, any advice is easily outdated as technology progresses and becomes more professional. Introduction to Game Design

19. Appropriate Use and Availability • E.g., sports-oriented games, dance performance, etc. • However, certain game genres may not prefer such realistic motion and require a hand animation approach to enhance their product's style. • For example, a cartoonlike game filled with fun, goofy, or playful characters. Introduction to Game Design

20. Example: Measurand • Example: Hand animation • Example: Tony Hawks Project Introduction to Game Design

21. Simulation Animation • Another way to create realistic animation by a 3D animator is to set up simulations that perform real-world effects, and then record the resulting animation of affected objects. • These systems can create the effect of wind that blows particles around for creating smoke, fire; or waterfalls. Introduction to Game Design

22. Audio Design and Production Wanda Eugene Introduction to Game Design

23. Name that Game Name That Game Introduction to Game Design

24. Overview • Game audio has evolved • Started out as simple bleeps & bloops • Improvements in technology have placed game audio on par with film soundtracks Introduction to Game Design

25. Audio Team • In the old days, all audio was done by one person • Today’s teams consist of dedicated professionals for sound design, music & dialog elements • Because of the game –dependent technology, the audio team must be involved with the project from the very beginning Introduction to Game Design

26. Audio Design Fundamentals • Audio makes 1/3rd of the entire game experience • Often the shadow of visual and design • Two key points • Creativity • Bravely bring your audience to unexplored shores in terms of sound, music, and dialogue • Avoid video game sounding music • Beware....everyone is a critic! • Integration • Make sure sound is properly triggered at the right time, volume, pitch, and pan Introduction to Game Design

27. Audio Design Fundamentals • Secrets to Success • The creative element • Technical Aspects • Business/Networking Introduction to Game Design

28. Audio Implementation • Creating great sound & music is only half of the work • Current generation of audio Design tools puts the power of implementation into the hands of the audio designer (where it belongs!) Introduction to Game Design

29. Transformation of Game Audio • Shift to data driven games • Assets not part of the code • Power and support back to the audio engineers • Audio/Sound Driver • Maintaining quality with limited memory storage and bandwidth Introduction to Game Design

30. Sound Design • Sound design • Most interactive element of the audio design • In-game sound effects are put into the driver as mono files • Challenges • Make the game sound dynamic without being repetitive • Sound libraries • Essential tools for building soundscapes Introduction to Game Design

31. Ambience • Create a mood more realistic and enjoyable atmosphere • Stereo ambience bed • Mirroring the image in the back speakers Introduction to Game Design

32. Music • Music provides emotional context for the game experience • Thousands of different ways to create music for games • Music can be linear or non-linear (i.e. interactive) • Both styles have advantages & disadvantages Introduction to Game Design

33. Interactive Changes based on what the player is doing Music adjusted on the “fly” to match players actions Created using MIDI branching or transitioning music to another piece of music Streaming Music stored on a disc-based media or hard drive Read in a bit at a time Most widely used method of providing music Interactive & Streaming Music Introduction to Game Design

34. Creating Music • Provide a few different 30-second demos versions of the music to see which one the designers/producers like best • Listen & reference to movie soundtracks • Remember that video game music is foreground instead of background music Introduction to Game Design

35. Lets Make beautiful Music together! Rhythm Wheel Introduction to Game Design

36. Adaptive Audio System • Handles the problem of repetition • Creates musical content that never plays back the same way twice • Informs players about their health, impending danger, or the distance between the character and their goal • Third party audio tools- i.e. Creative ISACT Introduction to Game Design

37. Voice Over Production • Becoming more common in game production • Budget for professional talent or the finished product may suffer Introduction to Game Design

38. Situations and reactions that would be smart to record for each character Record at least five or six of each Voice-Over Production Introduction to Game Design

39. Spatialized Audio • Includes 3D audio & surround sound technologies • Adds a sense of space & realism to the soundscape Introduction to Game Design

40. Studio Savvy • An understanding of audio theory & recording techniques is necessary to create great game audio • Having the best gear available allows for the best output Introduction to Game Design

41. The Business • Creating audio for games is a business • Networking & location are keys to success Introduction to Game Design

42. Questions? Introduction to Game Design

43. References • http://www-tc.pbs.org/kcts/videogamerevolution/arcade/name/name_that_game.swf?mii=1 • http://www.creative.com/ • http://www.ccd.rpi.edu/Eglash/csdt/latino/rhythm/SOFTWARE.htm Introduction to Game Design