This routine allows you to continue running the script (in the case of a trainerbattle) or playing (in the case of a wildbattle) after losing with no whiteout. It is quite simple, just follow the steps!
Step 1:
First, open your favourite hex editor (I recommend HxD) and search for a free space. You will need 64 (0x40) bytes. Make sure that the offset you choose ends in 0, 4, 8 or C. Write down the offset!
Step 2:
Now, we are going to insert the routine that I wrote:
And this is the code:
That in bold is the flag (in reverse) that controls the system. Feel free to change it for any other flag.
Step 3:
Insert the code on the offset you chose in step 1. Then, add a "08" to that offset and reverse it. For example, if you chose the offset 904000, do this:
904000 => 08904000 => 08 90 40 00 => 00 40 90 08
Now, you have make your offset into a pointer. Write it down!
Step 4:
Go to the following offset: 0x800EC
You will find the same pointer to times in a row:
Replace them with your pointer two times too. For example, if your pointer is 00 40 90 08, you have to write this:
Now, you have inserted the system.
Understanding how it works:
It is quite easy. You have chosen a flag, in my case the flag 0x203.
If the flag is deactivated, the system won't be working. That means that if you lose a battle, you will be whited out as usual.
If the flag is activated, the system will be working. That means that if you lose a battle, you won't be whited out and will continue playing. In this case, var 0x8000 will be set to 0x1, that will allow you to know that you have lost the battle. So, if you want to do a trainerbattle that you can lose, add a "setvar 0x8000 0x0" before the trainerbattle command.
You have to do your script like this:
Example:
I am spanish, so I made a tutorial in spanish that you won't be able to follow if you don't speak spanish. But you can go to the minute 11:54 if you want to see a video example of the system working.
Step 1:
First, open your favourite hex editor (I recommend HxD) and search for a free space. You will need 64 (0x40) bytes. Make sure that the offset you choose ends in 0, 4, 8 or C. Write down the offset!
Step 2:
Now, we are going to insert the routine that I wrote:
And this is the code:
That in bold is the flag (in reverse) that controls the system. Feel free to change it for any other flag.
Step 3:
Insert the code on the offset you chose in step 1. Then, add a "08" to that offset and reverse it. For example, if you chose the offset 904000, do this:
904000 => 08904000 => 08 90 40 00 => 00 40 90 08
Now, you have make your offset into a pointer. Write it down!
Step 4:
Go to the following offset: 0x800EC
You will find the same pointer to times in a row:
Replace them with your pointer two times too. For example, if your pointer is 00 40 90 08, you have to write this:
Now, you have inserted the system.
Understanding how it works:
It is quite easy. You have chosen a flag, in my case the flag 0x203.
If the flag is deactivated, the system won't be working. That means that if you lose a battle, you will be whited out as usual.
If the flag is activated, the system will be working. That means that if you lose a battle, you won't be whited out and will continue playing. In this case, var 0x8000 will be set to 0x1, that will allow you to know that you have lost the battle. So, if you want to do a trainerbattle that you can lose, add a "setvar 0x8000 0x0" before the trainerbattle command.
You have to do your script like this:
Example:
I am spanish, so I made a tutorial in spanish that you won't be able to follow if you don't speak spanish. But you can go to the minute 11:54 if you want to see a video example of the system working.
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