Basic Principles of Complex Animation

• This part is only useful once you know how to manipulate tags efficiently.
• The speed of change of the tags will be dependent on how it’s timed.
  • If the change is quick and the timing is short, it’ll be intense.
  • If the change is slow and the timing is long, it’ll be relaxed.

Animated Tag Stacking

\t Tag Stacking

• 0 - Starting time (by the millisecond)
• 4900 - Ending time (by the millisecond)
• 1 - Acceleration of the animation (multiplier of 1)
  • You can stack \t tags in the same line as long as you add the appropriate starting and ending time.
  • The Numbers marked in yellow are variables and can be adjusted + it’s relative to the timed line.
    • In this case, the line is 5 seconds long (5000ms)

Move Stacking

• Line 15 is moving on the 30th of a second
• Line 16 is moving at a full second
• The final position of Line 15 is the starting position of Line 16
  • By this, since the move tag can’t be stacked in one line, we go around this by using multiple lines, creating an illusion of acceleration.

Extreme Example

• An example to represent how far and complicated you can stack tags and create something like this.
• It’s messy, I know.