The script requests/brainstorming thread!

[Lantry]

People might not like how spammy it gets so you may wanna code in a simple on/off switch. ;)

or just do it for certain weapons, for example, when you knife someone it will say 'you got shanked' or whatever, but for other weapons it doesn't say anything.

[Mikey]

I finished it, but I'd really like the on-off switch. . .how would you go about putting a switch in the code?

[Ronald_Reagan]

Do a check on an alias.
so:
if (= $on/offswitch 1) [] []

That should get you on your way :)

[Mikey]

thanks much, I'll look into it.

[Lantry]

I don't think cubescript uses booleans, so you would do this using something like this:

Code:

bind <KEY> [ if (= $talk 1) [ talk = 0 ] [ talk = 1 ] ]

this will allow you to press a key and toggle between 1 (on) and 0 (off)
there is also a way to save variables to saved.cfg, so it will remember your toggle after closing AC, but i don't know it.

EDIT: wow, i should really concentrate on one thing at a time.

[Mikey]

so how would I install this, does it go directly into the code, or is it just in autoexe?

[Lantry]

techincally, you could put your whole script into the autoexec, that is just not a smart thing to do as it will quickly get messy. You should put it into your code.

[Mikey]

kk, thanks. I'll do that, and if I screw it up, i'll come back here :)

[ChaoticToSayTheLeast]

Thanks, V-Man.
@Orynge, sorry, my mind gets away from me sometimes. ^^'

[V-Man]

I'd like to see a script that efficiently calculates decimal/fractional/irrational exponents; for that matter, I'd also like to see a script that efficiently calculates the nth root of a given number.
I say "efficiently" because I have a few behemoths that lumber around in my CPU for a few seconds, then spit out a semi-accurate result. Here they are, if it helps:

Code:

// ffract: estimates the fraction equivalent of a given floating-point number ffract = [ tmp_remainder = $arg1; tmpd0 = 0; tmpd1 = 0; tmpd2 = 1; tmpc = 0; tmpn = 1 while [(&& (<= $tmpc $arg2) (<= $tmpd2 $arg3))] [ tmp_remainder = (divf 1 (-f $tmp_remainder (+ $tmp_remainder))) tmpd0 = $tmpd1 tmpd1 = $tmpd2 tmpd2 = (+f $tmpd0 (*f $tmpd1 (+ $tmp_remainder))) tmpn = (roundf (*f $arg1 $tmpd2)) += tmpc 1] result (concat (div $tmpn (GCD $tmpn $tmpd2)) (div $tmpd2 (GCD $tmpn $tmpd2)))] // ffract (number) (iterations) (max denominator) // powf: A ponderous attempt at decimal/irrational exponentiation alias powf [if (isint $arg2) [pow $arg1 $arg2] [ if (< $arg2 0) [divf 1 (pow (nthroot (at (ffract (absval $arg2) 6) 1) $arg1) (at (ffract (absval $arg2) 6) 0)) ] [pow (nthroot (at (ffract $arg2 6 112) 1) $arg1) (at (ffract $arg2 6 112) 0)]]] // fpow (base) (decimal) // nthroot: Newton's Method, sort of alias nthroot [tmp_nroot = 2 loop i 81 [tmp_nroot = (*f (divf 1 $arg1) (+f (*f (- $arg1 1) $tmp_nroot) (divf $arg2 (pow $tmp_nroot (- $arg1 1)))))] result $tmp_nroot] // nthroot (degree) (base) // nthroot 4 65536 returns 256

As you can see, combining ffract with Newton's nth root method gives rise to some numbers that the AC engine has trouble with...
Example:

Code:

ffract 3.141593

(at just a few iterations) returns "362122 115267".
Using powf to find 3^3.141593, the engine has to use this result in nthroot:

Code:

nthroot 115267 3

(attempting to find the 115267th root of 3).
Then part of the formula requires the engine to calculate this:

Code:

pow 3 115266

which the engine (and the Micro$oft Calculator as well) can't surmount.

Maybe AC could include Bignum...
My brain feels like big num now.

[tempest]

Use cases, please?
:D

[V-Man]

Case: Generating a random integer with normalized distribution (as opposed to the default uniform distribution).
Most algorithms that produce this require fractional/decimal/irrational exponents.
I've found partial satisfaction in a script that looks like it's producing normalized distribution, but now reaching "true" normalization feels like a challenge I can't back down from. XD

[tempest]

Okay, okay, I got it. *cough*
:D
"Looks like" sounds good enough anyway, doesn't it?

[V-Man]

Yeh...
Like I said, it's now a challenge I can't back down from.
I made a script to test my attempts at distribution. It takes a row of cubes in a map and treats it like a number-line, raising a cube on each "number" every time it comes up in a run of random numbers.
My latest and best attempt looks like this:

Given an attractor of 32 (and it sort of dips down right there :S).

[VenteX]

...

Code:

bind <KEY> [ if (= $talk 1) [ talk = 0 ] [ talk = 1 ] ]

...

Code:

bind <KEY> [ talk = (- 1 $talk) ]

my way of doing it ;)

[Gibstick]

So when the talk alias reaches -1231312414 it resets?

[Viper]

Code:

bind <KEY> [ talk = (- 1 $talk) ]

my way of doing it ;)

WIN. personally I prefer manual labor so I hit / then delete to talk :D
can't unlearn it.

[Mael]

Killzones. Land in an area and die. Make spike/lava/tar pits that WORK. Fall into a hole and die. Stuff like that.

Requires 1105.

Code:

x 4 y 4 z 4 die 0 deathpit [ if (= (getposition 0) $x) [die (+ $die 1)] []; if (= (getposition 1) $y) [die (+ $die 1)] []; if (= (getposition 2) $z) [die (+ $die 1)] []; if (= $die 3) [die 0; suicide] [] ]

Loop it for practicality, bind it for testing.

Also, if you create a die alias for each axis, you can define areas/volumes that kill the player.

[VenteX]

So when the talk alias reaches -1231312414 it resets?

Nope :)

When $talk is 1, 1 - $talk = 0
When $talk is 0, 1 - $talk = 1

[Viper]

Also, if you create a die alias for each axis, you can define areas/volumes that kill the player.

OMFG BEST GEMA TOOL EVAR! :-D

[Gibstick]

Oh, instead of setting talk to 0 j00 subtact 1 and set it to zero. AHUAHUHAUHSUAS

[Yarukinasu]

V-Man... I'm not sure if this is any more efficient than yours, but...

Code:

nthroot = [ result (powf 2 (divf (log2 $arg2) $arg1)) ]

Could it be that you're already doing this? I can't tell.

[VenteX]

Oh, instead of setting talk to 0 j00 subtact 1 and set it to zero. AHUAHUHAUHSUAS

You must've misunderstood the original equation; it's 1 minus talk, not talk minus 1

"Coming up next on VenteX's CubeScript MindF***s: swapping the numeric contents of two aliases without creating an extra one!"

[Gibstick]

Didn't see that, oops.

Oh and $arg1 counts as an alias, but is it cheating if we use cmdbuf?

[V-Man]

V-Man... I'm not sure if this is any more efficient than yours, but...

Code:

nthroot = [ result (powf 2 (divf (log2 $arg2) $arg1)) ]

Could it be that you're already doing this? I can't tell.

:/ Well, I'm trying to get "nthroot" so that I can make a reliable "powf" script. Using your method, they'd loop forever and you'd have to pull the plug on your computer just to get it to stop. XD

Code:

powf = (stuff using nthroot) nthroot = (stuff using powf)

To phrase it differently...

That's great! So efficient! Can you think of an efficient script for "powf"?

---

@Gibstick: The engine doesn't treat the args like aliases per se... You can nest simultaneous scripts that all use $arg1, for example, and one doesn't necessarily affect the content of another script's $arg1. Usually. Muahahah.
Also, cmdbuf is much like this.
To really get around having to use an alias, I'd use (keybind) on an open key... If I can find one. ;-)

[Mael]

"Coming up next on VenteX's CubeScript MindF***s: swapping the numeric contents of two aliases without creating an extra one!"

Code:

a 2 b 3 alias swap [ a (* $a $b); b (/ $a $b); a (/ $a $b) ]

Didn't bother testing it.

Edit: Holy fuck, 2:28 AM and I got it right. New usertitle.

[V-Man]

Missing "=" ?
* V-Man considers making this:

Code:

alias / [divf $arg1 $arg2]

Have a nice sleep. :D

[VenteX]

Code:

a 2 b 3 alias swap [ a (* $a $b); b (/ $a $b); a (/ $a $b) ]

This will not work if a and b are both negative numbers, but you're on the right track.

Code:

a 2 b 3 alias swap [ a (+ $a $b); b (- $a $b); a (- $b $a) ]

Fixed :)

* VenteX wants to copulate more minds. Maybe he should get started on his long-planned CubeScript based map gen- you know what, I'll let that wait.

[Gibstick]

+f and -f!!!1

[Lantry]

one sec- are you sure you mean copulate?
http://dictionary.reference.com/browse/copulate
0.o
* Lantry shudders