[Dan Ebberts]

Trying to simulate radio buttons with interconnected checkboxes just leads to frustration. You’d be better off using a menu control to select 1 of n.

[Dan Ebberts]

Multiplying by 2*pi allows you to express your frequency (freq) in cycles per second. So in your expression, the damped sine wave will oscillate at 5 cycles per second. Without the 2*pi, it will still oscillate, just a frequency that’s harder to predict. It’s just convenience (and convention) mainly.

[Dan Ebberts]

Maybe something like this, unless you need to preserve your easing, which is a whole different story:

t1 = key(1).time;
v1 = key(1).value;
t2 = key(2).time;
txt = thisComp.layer("text").text.sourceText.split(",");
x = parseInt(txt[0],10);
y = parseInt(txt[1],10);
linear(time,t1,t2,v1,[x,y]);

[Dan Ebberts]

If you mean just change the label color to one of the pre-defined colors, you can do it like this:

var myLayer = app.project.activeItem.layer(1);
myLayer.label = 2; // yellow

[Dan Ebberts]

The expression indicates the color is coming from layer “CONTROLS” in comp “InfoBar_v10”. It looks like the comp you’re in is “MainComp_InfoBar_v10”.

[Dan Ebberts]

Something like this should work:

100 - thisComp.layer("Layer A").transform.opacity;

[Dan Ebberts]

Your first line should look something like this:

x = thisProperty.propertyGroup(3).name;

[Dan Ebberts]

Yes, I think your assessment is correct.

[Dan Ebberts]

As far as I know, the selection order is not accessible for properties.

I don’t know if this helps, but you can rearrange the stacking order by dragging the pins so that your first selected pin is at the top of the stack.

[Dan Ebberts]

Andrew,

When code gets pasted into this forum, the minus signs can get converted to some other character, which breaks the expression. Try this version:

// Penner easeInOutExpo
function easeInOut (t,b,c,d) {
if (t <= 0) return b;
if (t >= d) return b + c;
if ((t/=d/2) < 1) return c/2*t*t*t*t*t + b;
return c/2*((t-=2)*t*t*t*t + 2) + b;
}
var xstartVal = 500;
var ystartVal = 500;
var xendVal = 500;
var yendVal = 800;
var startDur = 0;
var endDur = 1.8;
t = time - (startDur + inPoint);
d = endDur - startDur;
y = easeInOut (t,ystartVal, yendVal - ystartVal, d);
x = easeInOut (t,xstartVal, xendVal - xstartVal, d);
[x,y];

If you want a different ease, just change the code in the function (and the two references to the function if you change the name of the function).