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.