15-465 and 60-414 Assignments

Assignments

• Storyboard:
  Each student will pitch a story. You will need to create 5-10 essential storyboard images. You may use any software (or pencil and paper) to create them. But they must be numbered and in jpeg format. The first image should be a title card and include the name of the person who made it. Put the images in your folder on the art server. Come to class prepared to pitch your story.

  After the initial pitch storyboards will be narrowed and students will be partnered to develop the ideas further.

  There is a storyboard file on the art server for your storyboard projects. You will need to use the class name and password which was sent out via email.

  Your storyboards should be in the artserver so that we can download them to classroom computer. Name your file firstname_lastname.ppt.

• Assignment 1: Animating in Maya
  Each student is to build an object by manipulating a primitive shape. Then substitute the object you make for the ball in the bouncing ball exercise in the text pages 27 to 84 (available on the blackboard system). The ball should be replaced with multiple primitive shapes that are grouped and where at least one has had the geometry altered in some way.
  

  For this project you will have to render your files out for playback in fcheck. Below are instructions for rendering so that your images will play back correctly. When you are looking at your files be sure to have the playback set to '24fps realtime', rather than 'play every frame', while working on your animation otherwise your animations will played back too fast in class.

  To render frames for viewing in F-Check:

  1) Go to the "Render Global Settings" Window (Window->Rendering Editors->Render Globals)

  2) Go to the "Image File Output" tab (should be open already) and verify/Change the following settings:

  File Name Prefix: (not set; using filename)
  Frame/Animation Ext: name.ext.# (important)
  Image Format: Maya IFF (iff)
  

  Frame Padding should be set as follows:

  If you have 1-9 frames in your animation - Frame Padding = 1
  If you have 10-99 frames in your animation - Frame Padding = 2
  If you have 100-999 frames in your animation - Frame Padding = 3
  If you have 1000-9999 frames in your animation - Frame Padding = 4 (etc.)
  

  3) Go to the "Resolution" tab (should be open already) and goto the "Presets" pulldown and select "320x240".
  

  4) Set any other settings, such as quality, etc. Then goto the "Rendering" menu set and select Render->Batch Render.

• Assignment 2: Modeling in Maya
  Create a fully articulated model and animate it.
  The primitive man demo in the book (pp 311-377) is an example of how to rig a humanoid figure. Note that the additional joint on the bottom of the foot works only on the ground plane that is established in the exercise. If you plan to use the model in another situation it is advised that you do not rig it with the additional foot joint

• Assignment 3
  • Each student must create an animation using one of the four technologies that we demoed in class: fluid, fur, cloth, or programming a gouping behavior.

    Grouping behavior: Implement a grouping behavior similar but not identical to what was demonstrated in class. Feel free to be more creative! You must have at least 20 moving objects and at least a few interesting behaviors for them. Turn in frames and your script so that we can load it while grading. Be prepared to describe what you did during the critique.

    Handouts: class outline and the demo system.

  • Fluids, Cloth, and Fur:
    You should learn and demonstrate your knowledge of one of the software packages in Maya Complete with a short animation. Maya Complete is available in the linux cluster only.

• Webpage
  Each team will put together a web page for their project that will serve as an archival record of your progress. At a minimum, the web page should include:
  • pictures of the members of the team
  • storyboard and statement of project (both technical and conceptual)
  • model sheet for your characters showing them in key poses
  • each iteration of the animatic that is presented in class or critiqued

• Final Project: demos during the final exam slot in May.
  The final projects will incorporate examples of MEL/C++ programming. We will collect ideas for elements of the animations that might be enhanced in this way throughout the semester. Here is a preliminary list:
  • Incorporating motion capture data
  • Non-photorealistic rendering techniques. See this site for sample scripts.
  • Homegrown simulation of passive elements
  • Extensive use of fluids, cloth, or fur
  • Controllers that use audio to create animation in models.
  • Grouping behaviors