* Credits
** Browse a set of people pie menus:
  Don Hopkins
  Jack Callahan
  Mark Weiser
  Mike Gallaher
  Mitch Bradley
  Ben Shneiderman
  Rick Furuta
* Introduction
  Hi, I'm Don Hopkins, and I'm going to show you the results of some
  work we've doing here at the University of Maryland.
* Implementations to show:
** NeWS PostScript implementation
  Have a window that has nested walking menu, both NeWS and SunView
  style. Use flags demo. Possibly the latest mac.ps. Ask Owen. Have
  same window with Pie menus. Show how they are parallel. Show linear
  with lots of vertical space, and the same linear with only a little
  vertical space.  Show the difference in ease of use. Show equivalent
  pie menus.  Discuss real estate usage. Show pie menus and linear
  menus with just a few, several, many, very many, etc...  

*** Show self editing pie menu. Adjust menu size, hole size, label style, etc.
  This is a self editing meaningless icon pie menu.
  By choosing the eyes, you can make it turn around.
  When you make a choice, the distance you are from the menu center
  can be used as an argument.
  Choosing dragon changes the menu radius. 
  The handcuffs change the size of the hole. 
  The mushroom cloud changes the dilapidation.

  Show menu buttons. Demonstrate the choose filter. Show nested 8-item
  submenus. File name globbing.
** SunView SDI implementation
  Show SDI running under SunView, with pull-down menu icons as cities,
  right before they're all about to be nuked. In the background is a 
  shell window with an ftp session going to mimsy: 
  grep mimsy /etc/hosts, ftp mimsy.umd.edu, anonymous, foo, binary, hash, 
  get sdi.shar.Z
  While the nukes are closing in, describe the SunView implementation,
  done by Mark Weiser. (Time so "Game Over" animation coincides with
  his name.) Pop up menu, point out how the cursor points in the
  direction if the selected slice.
** X-Windows uwm implementation
  Show nested hosts menus, popping up programs on different machines.
  Show window managment menus, such as move, iconify, top, bottom,
  pushing left right up and down, resize. Show nested fastboot "Are
  you sure" menus.  
  Show mouse ahead display interruption, and mouse warping near screen edge.
** Pie Menu -vs- Linear Menu experiment
  While showing a test in progress, briefly describe the structure of
  the experiment, and mention test results. 15% faster, xx% fewer
  errors, up and down fastest directions. Mention Fitt's law. 
  Close up of Xerox screen showing Target location (x) vs. seektime
  (y) in seconds, and Number of menus seen (x) vs. item seek time (y)
  in seconds. 
* Things to mention
** Fitt's Law
* Interaction techniques to demonstrate:
** Pull down pie menu?
** Inactive region in middle
** Same distances to pie menus choices
** Different distances to linear menu choices
** Accuracy increasing with distance
** Mouse warping near edge of screen
** Mouse-ahead display interruption
** dmu, dumdu, and dudu
** Menu browsing with the "oops" button
*** Moving back to the middle
*** Going back to the middle of the previous menu
** Moving quickly through nested menus * KEY POINT *
*** Browse through a path once, then repeat it again, faster and faster
*** Use muscle memory
*** Do it without looking
*** Do it fast, demonstrating display interruption
** Using distance
*** Distance as an argument to the selection
*** Distance used for "pull-out" sub-menus
  font/size
** Mouse acceleration hampering linear menus and helping pie menus
** Label layout
* Example menus to show:
** different sizes
*** 2-item
  on/off
*** 4-item
*** 8-item
*** 25-item
** Clock
** Angles
** Weekdays
** Opposites
** Screen real estate usage of linear -vs- pie
*** Few items
*** Many items

* Music
** Zoolik
*** I Am a Robot 3:45