Since several people have asked for one. If you don't understand it I'll go into more detail.
How To Find Button Activators
Alright, today we will find button activators for Wii
games.
To get started, please boot a Wii game (any one, I suggest
an earlier release, some good ones would be Super Mario
Galaxy, Smash Bros Brawl, MK Wii, etc)
Now please open up WiiRD. Alright, assuming it hooked right
you can search for things now, which we will do in a
second.
Next open your Windows Calculator.
Now we have all the tools we need. We must use some
resources now.
These are the tables for the button values for all Wii
games.
GCN[Wired] Wii[And Nunchuck] Classic Controller
L 0001 L 0001 U+ 0001
R 0002 R 0002 L+ 0002
D 0004 D 0004 Zr 0004
U 0008 U 0008 X 0008
Z 0010 + 0010 A 0010
R 0020 2 0100 Y 0020
L 0040 1 0200 B 0040
A 0100 B 0400 Zl 0080
B 0200 A 0800 R 0200
X 0400 - 1000 + 0400
Y 0800 Z 2000 - 1000
S 1000 C 4000 L 2000
HOME 8000 D+ 4000
R+ 8000
Here's how we will find the controller values. In the WiiRD
known search box, type in the value for A on the controller
you want to find. Make sure your search type is 16 bits! In this case, I will use 0100, and a
Wired Gamecube Controller in the first slot. Hold A down
and search for it's value. Now, assuming you have quite a
few results, hold another button down on the same
controller and search for its value. Repeat.
Eventually you should get one result. Left click and poke
this, then copy the first 32 bits. (The first 8 numbers
before the space)
Now we have our controller's code. Let's say we tested it
on Super Smash Brothers Brawl USA and we get 0x804DE4B0 as
the first wired GCN controller's adress. This is correct.
Use this method to find the button activators for all
games. The controller's adress will change from game to
game, HOWEVER THE BUTTON VALUES REMAIN CONSTANT. [See chart
above]
Before you go compiling the address into a code you need to look at the codetypes.
You can either use the 20 or 28 codetypes.
28 has more sanity checks (although 20 should work too) so we'll use that.
After switching the 80 for 28 you'll get 0x284DE4B0
PART 2: IMPLEMENTING INTO CODES
For this part we will be using a code I've made for SSBB
USA, to make it easy for me to explain. Here is the code:
99 Lives (Press L) [REDSOXROX]
284DE4B0 FFBF0040
4A000000 81000000
1428AE64 00000063
E0000000 80008000
Okay. Here is the lines of the code by itself that would
always keep you at 99 lives.
4A000000 81000000
1428AE64 00000063
E0000000 80008000
We don't need to worry about that, just see another guide
on making codes for how to do that.
Here is the button activator line.
284DE4B0 FFBF0040
The first 8 digits is the controller code we found earlier.
You'll recognize 0040 as the "L" button on a Wired NGC
controller.
So, for making a button activator, all you must do is in
the first line of the code, Add the controller's adress,
and then 0000yourbuttoncodehere
Now you can press that button and your code activates.
But, it is usually nice to make codes a bit cooler/safer.
What does this FFBF line in the earlier code do?
It makes it so that you may only press L to activate it.
So, if you press and hold A then L, the code won't
activate.
And, when you want to make more than one button activate a
code, just add the button values together in a hex
calculator (windows calculator is fine) and implement them
like 1 button.
To find the FFBF, I clicked "not" in the calculator.
For more info on making advanced button combinations please
see
http://wiird.l0nk.org/forum/index.php?topic=53.0But you will need to understand this first.
Edit: Realized I forgot something important on searching for the address
