Gaming Help me on how to create AR codes the very very basic info way

[weegee57]

Hey guys, I know what u guys will be saying about this -.- and yes im a noob at these hex stuff and all....

Well anyways, I wanna know how to do those very very basic AR code creating. All i want to know is the basic stuff and yes i have read the sticky on top but it was kinda confusing. and yes i have done the examples such as the ninja town hacks I just followed what it says but it doesn't really help me.... like when i got the money hack it said

"11. You have to put 12 in front of the first part of the code, so it should look similar to this:
12211F74"

But how do u know if u should put 12 there? What if it was suppose to be 9 or something like that...
also for the next part it says this

"12. The next part of the code is the 270F. So you have to put 0000 in front of this to add up to eight digits."

How do u know that u should put 0000 infront.

I hope u can help me

Reason for posting this topic: I posted this topic because i need help on learning on how to make AR codes, also i don't want to go on other forums or something and say something like "Hey guys, How 'bout some AR codes now? My AR code requesting list: request, request, request, etc...

Wouldn't that be annoying just to keep on asking for more codes when u can make ur own when u can atleast learn the basics then advancing to a better AR coder?

Thx

 

[Curley5959]

Basically thats just the rules of code making.. Just read through the spoilers there and you'll eventually understand..

Extras:
8 bit = 1 bytes
16 bits = 2 bytes
32 bits = 4 bytes
Each byte coontains two nibbles or a half a hexdicimal
So
8 bits = 00
16 bits = 0000
32 bits is 00000000

Understanding the Concept of Codes Even more...

The idea when to use 0 , 1 , 2 is pretty straight forward....
Y - Address, X - Value

1-2 digit value will always be 8 bit - use 2 infront - 22YYYYYY 000000XX
3-4 digit value will always be 16 bit - use 1 infront - 12YYYYYY 0000XXXX
5-8 digit value will always be 32 bit - use 0 infront - 02YYYYYY XXXXXXXX

Spoiler

0XXXXXXX YYYYYYYY
32bit write of YYYYYYYY to location:
(xxxxxxx + ‘offset’)

1XXXXXXX ????YYYY
16bit write of YYYY to location:
(XXXXXX + ‘offset’)

2XXXXXXX ??????YY
8bit write of YY to location:
(XXXXXXX + ‘offset’)

3XXXXXXX YYYYYYYY
32bit ‘If less-than’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) < YYYYYYYY then execute the following block of instructions.
Conditional instructions can be nested.

4XXXXXXX YYYYYYYY
32bit ‘If greater-than’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) > YYYYYYYY then execute the following block of instructions.
Conditional instructions can be nested.

5XXXXXXX YYYYYYYY
32bit ‘If equal’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) == YYYYYYYY then execute the following block of instructions.
Conditional instructions can be nested.

6XXXXXXX YYYYYYYY
32bit ‘If not equal’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) != YYYYYYYY then execute the following block of instructions.
Conditional instructions can be nested.

7XXXXXXX ZZZZYYYY
16bit ‘If less-than’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) masked by ZZZZ < YYYY then execute the following block of instructions.
Conditional instructions can be nested.

8XXXXXXX ZZZZYYYY
16bit ‘If greater-than’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) masked by ZZZZ > YYYY then execute the following block of instructions.
Conditional instructions can be nested.

9XXXXXXX ZZZZYYYY
16bit ‘If equal’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) masked by ZZZZ == YYYY then execute the following block of instructions.
Conditional instructions can be nested.

AXXXXXXX ZZZZYYYY
16bit ‘If not equal’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) masked by ZZZZ != YYYY then execute the following block of instructions.
Conditional instructions can be nested.

BXXXXXXX ????????
Load offset register.
Loads the offset register with the data at address (XXXXXXX + ‘offset’)
Used to perform pointer relative operations.

C??????? NNNNNNNN
Repeat operation.
Repeats a block of codes for NNNNNNNN times. The block can include conditional instructions.
Repeats blocks cannot contain further repeats.

D0?????? ????????
End-if instruction.
Ends the most recent conditional block.

D1?????? ????????
End-repeat instruction.
Ends the current repeat block. Also implicitly ends any conditional instructions inside the repeat block.

D2?????? ????????
End-code instruction.
Ends the current repeat block (if any), then End-if's any further outstanding conditional statements.
Also sets ‘offset’ and ‘stored’ to zero.

D3?????? YYYYYYYY
Set offset register.
Loads the offset register with the value YYYYYYYY.

D4?????? YYYYYYYY
Add to ‘stored’.
Adds YYYYYYYY to the ‘stored’ register.

d5?????? YYYYYYYY
Set ‘stored’.
Loads the value YYYYYYYY into the ‘stored’ register.

D6?????? XXXXXXXX
32bit store and increment.
Saves all 32 bits of ‘stored’ register to address (XXXXXXXX + ‘offset’). Post-increments ‘offset’ by 4.

D7?????? XXXXXXXX
16bit store and increment.
Saves bottom 16 bits of ‘stored’ register to address (XXXXXXXX + ‘offset’). Post-increments ‘offset’ by 2.

D8?????? XXXXXXXX
8bit store and increment.
Saves bottom 8 bits of ‘stored’ register to address (XXXXXXXX + ‘offset’). Post-increments ‘offset’ by 1.

D9?????? XXXXXXXX
32bit load "stored" from address.
Loads ‘stored’ with the 32bit value at address (XXXXXXXX + ‘offset’)

DA?????? XXXXXXXX
16bit load ‘stored’ from address.
Loads ‘stored’ with the 16bit value at address (XXXXXXXX + ‘offset’)

DB?????? XXXXXXXX
8bit load "stored" from address.
Loads ‘stored’ with the 8bit value at address (XXXXXXXX + ‘offset’)

EXXXXXXX NNNNNNNN VVVVVVVV VVVVVVVV * ((NNNNNNNN+7)/8)
Direct memory write.
Writes NNNNNNNN bytes from the list of values VVVVVVVV to the addresses starting at (XXXXXXX + ‘offset’)

FXXXXXXX NNNNNNNN
Memory copy.
Copies NNNNNNNN bytes from addresses starting at the ‘offset’ register to addresses starting at XXXXXXXX.

Dc000000: //0xdcxxxxxx : Add a value onto offset register

C4000000: //Load offset register with address of the current position in the codelist (can self modify)

C5000000: //Every x frames code.. c5000000 mmmmnnnn //If ((frame_count & nnnn)==mmmm) then..

C6000000: //c6000000 : Store offset register to address

 

[weegee57]

Basically thats just the rules of code making.. Just read through the spoilers there and you'll eventually understand..

Extras:
8 bit = 1 bytes
16 bits = 2 bytes
32 bits = 4 bytes
Each byte coontains two nibbles or a half a hexdicimal
So
8 bits = 00
16 bits = 0000
32 bits is 00000000

Understanding the Concept of Codes Even more...

The idea when to use 0 , 1 , 2 is pretty straight forward....
Y - Address, X - Value

1-2 digit value will always be 8 bit - use 2 infront - 22YYYYYY 000000XX
3-4 digit value will always be 16 bit - use 1 infront - 12YYYYYY 0000XXXX
5-8 digit value will always be 32 bit - use 0 infront - 02YYYYYY XXXXXXXX

Spoiler

0XXXXXXX YYYYYYYY
32bit write of YYYYYYYY to location:
(xxxxxxx + ‘offset’)

1XXXXXXX ????YYYY
16bit write of YYYY to location:
(XXXXXX + ‘offset’)

2XXXXXXX ??????YY
8bit write of YY to location:
(XXXXXXX + ‘offset’)

3XXXXXXX YYYYYYYY
32bit ‘If less-than’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) < YYYYYYYY then execute the following block of instructions.
Conditional instructions can be nested.

4XXXXXXX YYYYYYYY
32bit ‘If greater-than’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) > YYYYYYYY then execute the following block of instructions.
Conditional instructions can be nested.

5XXXXXXX YYYYYYYY
32bit ‘If equal’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) == YYYYYYYY then execute the following block of instructions.
Conditional instructions can be nested.

6XXXXXXX YYYYYYYY
32bit ‘If not equal’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) != YYYYYYYY then execute the following block of instructions.
Conditional instructions can be nested.

7XXXXXXX ZZZZYYYY
16bit ‘If less-than’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) masked by ZZZZ < YYYY then execute the following block of instructions.
Conditional instructions can be nested.

8XXXXXXX ZZZZYYYY
16bit ‘If greater-than’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) masked by ZZZZ > YYYY then execute the following block of instructions.
Conditional instructions can be nested.

9XXXXXXX ZZZZYYYY
16bit ‘If equal’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) masked by ZZZZ == YYYY then execute the following block of instructions.
Conditional instructions can be nested.

AXXXXXXX ZZZZYYYY
16bit ‘If not equal’ instruction.
If the value at (XXXXXXX or ‘offset’ when address is 0) masked by ZZZZ != YYYY then execute the following block of instructions.
Conditional instructions can be nested.

BXXXXXXX ????????
Load offset register.
Loads the offset register with the data at address (XXXXXXX + ‘offset’)
Used to perform pointer relative operations.

C??????? NNNNNNNN
Repeat operation.
Repeats a block of codes for NNNNNNNN times. The block can include conditional instructions.
Repeats blocks cannot contain further repeats.

D0?????? ????????
End-if instruction.
Ends the most recent conditional block.

D1?????? ????????
End-repeat instruction.
Ends the current repeat block. Also implicitly ends any conditional instructions inside the repeat block.

D2?????? ????????
End-code instruction.
Ends the current repeat block (if any), then End-if's any further outstanding conditional statements.
Also sets ‘offset’ and ‘stored’ to zero.

D3?????? YYYYYYYY
Set offset register.
Loads the offset register with the value YYYYYYYY.

D4?????? YYYYYYYY
Add to ‘stored’.
Adds YYYYYYYY to the ‘stored’ register.

d5?????? YYYYYYYY
Set ‘stored’.
Loads the value YYYYYYYY into the ‘stored’ register.

D6?????? XXXXXXXX
32bit store and increment.
Saves all 32 bits of ‘stored’ register to address (XXXXXXXX + ‘offset’). Post-increments ‘offset’ by 4.

D7?????? XXXXXXXX
16bit store and increment.
Saves bottom 16 bits of ‘stored’ register to address (XXXXXXXX + ‘offset’). Post-increments ‘offset’ by 2.

D8?????? XXXXXXXX
8bit store and increment.
Saves bottom 8 bits of ‘stored’ register to address (XXXXXXXX + ‘offset’). Post-increments ‘offset’ by 1.

D9?????? XXXXXXXX
32bit load "stored" from address.
Loads ‘stored’ with the 32bit value at address (XXXXXXXX + ‘offset’)

DA?????? XXXXXXXX
16bit load ‘stored’ from address.
Loads ‘stored’ with the 16bit value at address (XXXXXXXX + ‘offset’)

DB?????? XXXXXXXX
8bit load "stored" from address.
Loads ‘stored’ with the 8bit value at address (XXXXXXXX + ‘offset’)

EXXXXXXX NNNNNNNN VVVVVVVV VVVVVVVV * ((NNNNNNNN+7)/8)
Direct memory write.
Writes NNNNNNNN bytes from the list of values VVVVVVVV to the addresses starting at (XXXXXXX + ‘offset’)

FXXXXXXX NNNNNNNN
Memory copy.
Copies NNNNNNNN bytes from addresses starting at the ‘offset’ register to addresses starting at XXXXXXXX.

Dc000000: //0xdcxxxxxx : Add a value onto offset register

C4000000: //Load offset register with address of the current position in the codelist (can self modify)

C5000000: //Every x frames code.. c5000000 mmmmnnnn //If ((frame_count & nnnn)==mmmm) then..

C6000000: //c6000000 : Store offset register to address

oh so basically what ur saying here is that

when ur doing 8 bit it will be 22. and when ur doing 16 bit it will be 12? and for 32 bit will be 02 at the beginning? is this correct or is it wrong?

and sry if im not too good at these math things....
---------------------------------------------------------------
EDIT: i reloooked at ur tutorial but when u said to pick 32 bit, and then when u get 1-3 adresses double click the 1st one and then uncheck the locked check and click ok. After that u said to go to tables and double click ur adress that u found and piece them together u said to put 12 infront of 211F74 but shouldn't it be 02 infront of 211F74? because u did a 32 bit scan... this is what i mean by help....

EDIT 2: ok wait... I redid what u told me and then after that i putted 02 infront of 211F74, Then i putted for Hex is 0000 infront of 270F and it works!!...

my code looks like this: 02211F74 0000270F
Does this mean i get it? I mean does this mean I have understanded the basics?

8 bit scan = 22 infront
16bit scan = 12 infront
32bit scan = 02 infront

This is what i think. Please tell me if i have gotten this down.

 

[Curley5959]

I believe so.. That sounds right..

 

[weegee57]

I believe so.. That sounds right..

K thx mate. I'll be practicing on making AR codes then i will show it to u!

 

[mrfatso]

yup, that is correct and it pretty simple once u get used to it, although for some games, u wouldn't be able to find it that easily

So, u might need to take a couple of tries

and things like life, health can be done this way as well.

and just ignore me, i am just a random guy passing along, so see ya

 

[weegee57]

yup, that is correct and it pretty simple once u get used to it, although for some games, u wouldn't be able to find it that easily

So, u might need to take a couple of tries

and things like life, health can be done this way as well.

and just ignore me, i am just a random guy passing along, so see ya

lol? I never ignore people. And at some subjects, if they are really interesting to me, i become a fast learner at that subject

 

[elixirdream]

we shall see

1 thing for sure is you are able to find the cheat forum