Timeout Cancel
 

Is there a way to cancel a timeout?

Kinda like this...

NPC Code:

---

if (this.onea=0){

//code that cancels the timeout

}

---

timeout = 0;
sleep 0;
timeout = 10^999; (doesn't exactly cancel, but you get the point)

Inside the timeout loop:

NPC Code:

---

 if (this.onea!=0) timeout = .1;

---

That will make it so when this.onea is 1, it will continue to timeout

LOL, never thought of doing that. :-P, maybe you could return an unreal number as a timeout, lol.

an imaginary number would be cool.

timeout = 0;
^ turns teh timout offfff

an imaginary number would be cool.

Scriping underpants and SSJ race perhaps?

Why use timeout = 10^999; when you can use timeout = 0;?

:p cause it owns u! <3

I GET TO BE SSJ6 GOKU!

I WILL KAMEHAMEHA YOU.

umm
 

you can cancel at time out like this:


if (timeout) {
if (clause) {this.timeagain = 0; sleep .1;
}

if (this.timeagain>0) {timeout = .1;
}
}

sleep will terminate a timeout until another command calls it. Or atleast it used to ;). It should work, because for me, sleep nulls timeout if I don't call timeout again.

What could you possibly use them for at ANY! time!??
---Shifter
i h8 higher math, heh.

Don't say such big words, you're going to shatter my brain! LOL! Really, 99% +0.9999999999999999(repeating)% of people will never never UNDERSTAND let alone USE them!
---Shifter

We use them in electronics constantly.

Hmm... Not sure. There is still lot's of electronics ahead of me. It is entirely possible.


Im only 3/5'th through AC electronics. So far we've used complex numbers almost every day. It's all right triangle math and stuff. Lot's of trig.

Simple Trig? WTF< are you like a mathmatician or something? LOL, the highest i'm gonna hit in high school is calculus, and the pre-calculus stuff scares me! HEh
---Shifter

Heh, that would be why you're such a good scripter! It is mostly mathmatics once you get down to it! I am usually a pretty good math student, i'm in Geometry right now, Algebra 3-4 next year
---shifter

Actually im not all to sure myself exactly how the numbers ended up complex. I don't recall any sqrt( - numbers)


Apparently inductors and capacitors in circuits result in complex numbres.
Something about being 90 degree's out of phase with the rest of the circuit.

and that makes them complex I guess.


i'ts like resister resistance + capacitor reactance


100 ohms + j100 ohms. and in electronics we use j instead of i for complex numbers.

and we do polor notation.
141.42 ohms at angle 45 degree's.