[John Toi]

Step 1
Create a square, (eg. 50*50)then make it 3d, offsetting the z anchor point by half the cube size (eg, 25)then duplicate it 5 times

Step 2
For the first,leave it as it is
For the second, change the x orientation to 90
For the third, change the x orientation to 270
For the fourth, change the y orientation to 90
For the fifth, change the y orientation to 270
For the sixth, change the y orientation to 180

Step 2 .Alt
After step 1, make sure the 6 copies are on the top of the timeline, or simply precompose them. Then add the code to the orientation (havent tested the code, hope it works =P)

if(index = 1)
value + [0,90,0];
else if(index = 2)
value + [0,270,0]
;
else if(index = 3)
value + [90,0,0]
;
else if(index = 4)
value + [270,0,0];

;
else if(index = 5)
value + [0,180,0]
;
else if(index = 6)
value
;
else value;

[John Toi]

Nevermind, solved it.
life = 5; // life
offset = 0; // pause offset
res = 5; // resistance

seedRandom(index,true);
pause = random(life+offset);
if(time < pause)
age = 0;
else
age = (time-pause) % life;
x = age*age;
linear(x,0,(life*life),0,res);

Based on the fact that squaring time increases the speed.

[John Toi]

Thanks for the reply.
From what I understand, the easeOut() function interpolates the values like the linear function and adds an ease to each end. However, i was trying to get the speed to constantly decrease as the value increases from 0 to the value of the life variable and then to repeat the same thing as the value resets to 0.

Thanks again

[John Toi]

Amazing! Thanks for the quick response!