Rapid Fire; GCN [Vega]

GCN controller only.

This code will allow you to press a desired button that will make another button be excuted in rapid fire mode. You can also set the rate (speed) of the rapid fire.

XXXX = Button to run the Rapid Fire
YYYY = Target Button
R = Rate of Rapid Fire. Lower = Faster. Cannot be lower than 2.

NTSC-U Rev1
C2010D04 00000006
708CXXXX 41820024
3D808000 896C0CE0
396B0001 280B000R
41A0000C 6084YYYY
39600000 996C0CE0
B0870948 00000000

Code creator: Vega

#Address
#NTSC-U = 80010D04

#Important NOTE, for whatever reason if you remove the 'andi.' and 'beq-' to always have the RF on, it doesn't work. This is why if you look at the source for Auto Proceed Code, you will see its a bit more complex. No idea how this source works in the game (without the specific timer delays I had to use in the Auto Proceed Screens Code). Oh well.

#Check if RF button has been at least pressed
andi. r12, r4, 0x0800 #Y button used for compilation, adjust this accordingly
beq- default_instruction

#Hook address always goes thru a 2 iteration loop so this is needed

#RF button pressed. Set EVA Upper, load RF Counter. Increment it.
lis r12, 0x8000
lbz r11, 0x0CE0 (r12)
addi r11, r11, 1
cmplwi r11, 2 #Rate of Rapid Fire, lower = faster, cannot be lower than 2
blt+ update_counter #Take branch to leave Target Button bit low

#Cooldown period has ended; Flip on the Target Button bit
ori r4, r4, 0x0100 #A button used for compilation, adjust this accordingly

#If making this source "properly" to match Auto Proceed Code's source, uncomment the following two asm lines
#This will force you to keep R the value of 2, so each state has equal time delay
#cmpwi r11, 3
#bne- update_counter

#Reset counter
li r11, 0

#Update Counter in EVA
update_counter:
stb r11, 0x0CE0 (r12)

#Default Instruction; store the Controller Halfword Input to Memory
default_instruction:
sth r4, 0x0948 (r7)