Clock widget confusion

[Nithish Kumar]

12-6——moon. (First frame)
6-12——- moon rotate by 180 to show the sun
12-6—— sun stay
6-12——sun rotate 180 to show the sun

And the loop goes on

THIS IS THE CORRECT ORDER

Nithish

[Robert Müller]

Hi, using this script by Dan Ebberts I got it kinda working the way you want to, but a little bit different. The clock works now by a slider-value, which dictates how long a 6hour cycle will take.
Expression for the minute hand:

cyc= thisComp.layer("Null 1").effect("6h-cycle length")(1); //the aforementioned slider, here with the value 5(sec)
t=time%cyc; //t as a time driven variable will jump back to zero every "cyc" seconds
seg = Math.floor(time/(cyc)); //calculating the number of rounds, important for the last step
(180*12)*seg+linear(t,0,cyc,0,(180*12)) //"linear"-ing the rotation and adding the amounts of full rotations

180*12 for 6 full rotations, I was to lazy to tidy this up. I also forgot to calculate for the layer.inPoint, for example if you move your layer around on the timeline.
Expression for the hourhand:
thisComp.layer("min").transform.rotation/12 //Nothing special, just dividing the minute rotation by 12
And the most important, expression on the sun/moon-thingy:
rampDur = thisComp.layer("Null 1").effect("6h-cycle length")(1); //same
segDur = 2*rampDur;// double it up for a full 12h circle. Since the widget will be resting for 6 hours and rotating for the other six
t = (time+rampDur - inPoint)%segDur; //same as before but this time I "offset" the whole thing by a 6 hour cycle, since it should start stationary
seg = Math.floor((time+rampDur-inPoint)/segDur); //again as before but added the "rampDur" as a 6-hour-cycle offset
180*seg + ease(t,0,rampDur/1,0,180)// decided to use ease instead of linear since it looks nicer. I explain below why I left the devision after rampDur in

I hope you understand evertything with my comments, but I’ll attach a file as well. Now, if you want to speed up or slow down your clock animation change or animate the slider on the Null. If you feel your sun/moon rotation should be faster than a 6-hour-cycle, just divide the last rampDur in the ease by the desired amount, eg in this case by 5 to have the rotation be 1 second long. In this example I put the 1 to leave it just as it is.

Project file:

14125_clockwidget.aep.zip

I hope I could help, I definetly learned a few new things while working on this problem ???? Thanks to Dan for his awesome expression powers, I hope its okay I borrowed from your last solution… and didnt even bother to rename the variables. Sorry!????

[Nithish Kumar]

Thank you soooooo much Robert and Dan for making me understand the logic behind it.

And I was ae to successfully set up the rog as I wanted. Now it can loop seamlessly based in comp duration.

The only thing is the no of cycles should be even to loop seamlessly….

Thank you guys again ….????????????

Here is the code

cyc =4; // should be even for a seamless loop
segDur = thisComp.duration/cyc;
rampDur = (segDur*0.5).toFixed(2);
t = time%segDur.toFixed(2);
seg = Math.floor(time/segDur);

deg = 180;

seg*deg+linear(t,rampDur,segDur,0,deg);

Nithish