Hack Fire Emblem Heroes +4

Leperwdup · February 28, 2017

Thanks!!!!

Specialkps9 · February 28, 2017

Can someone please explain steps 12-15. Im also confused about the -60 address +8. Where do i look for this? Any help would be much appreciated.

Genestalker · February 28, 2017

Thanks, will take a look at it, to learn something.

longxa762 · February 28, 2017

Thanks

Zaraf · February 28, 2017

Thank bro. Can't wait on ur step by step guide.

Would be amazing bro, have been trying on iOS but haven't had it work!

Definitely looking forward to it!

Ok, so here is a detailed step by step approach. There are images to help you with this guide, so you can see them in the hidden sections.

Step 1:

https://s3.postimg.org/g5cfej6k3/Searching.png

Open the Fire Emblem, and go to your Allies tab and select the Level Up menu. Now touch and hold on one of the characters so you see the detailed view. Go to your home screen and open up iGameGuardian (iGG) and link it to Fire Emblem. The process will be called "Brave iOS Produc". Favorite the character and search in iGG for 100 as an I8 value. Go back into the game and unfavorite the character and now search for 101. Repeat this until you have fewer values. You can also hit the back button and that should narrow down the results considerably. For those who are having trouble getting just 1 result, make sure you do this step of pressing the back button.

Once you have 1 value, touch and hold on that value to save it. In my example, I found the value at 13E5D02A4

Step 2:

https://s1.postimg.org/qpdc36v8v/Data_Hex_List.png

Go to the memory tab, and at the top right corner, your found address should already be there (if you touched the value), so just click on Goto. That will bring that address right to the very top. You can see 13E5D02A4 at the very top.

Now notice that in iGG, the hex table list is separated into 4 bytes, so each item is 4 bytes away from the next item. This is different from the proper hex table shown in the first post of this topic which is shows a table that has 8 bytes per row and actually shows each byte for each row and column. We're going to have to manage without the individual bytes visible. In the next step, I've linked up the iGG table to the proper hex table from the first post example to help you figure out where each address should be relatively.

Step 3:

https://s8.postimg.org/ezk7s27l1/Long_List.png

So you can see that 13E5D02A4 is shown at the very bottom and that links up with the hex 65 (which is 101 in decimal that represents unfavoriting your character).

If we open up Windows Calculator and switch it to Programming mode, click on the Hex mode and we are going to subtract 64 from our initial address to bring us to the LV+10 address.

13E5D02A4 - 64 = 13E5D0240

Notice that only the last 2 or 3 digits will change. This address corresponds in the big list near the top.

Step 4:

https://s24.postimg.org/td8pwcuxx/Editting_Values.png

This now shows a step by step of how we are going to get the values we want. The first two images show the calculator in programming mode and then the previous calculation (13E5D02A4 - 64 = 13E5D0240).

Then we open up the address and it gives us a long decimal number. In this case, it's 936973157. Back in the calculator, select Dec and put this number in. Then click on Hex to get us a Hex value of 37D91365. We then XOR that value with "A" (which is 10 in Hex). Then switch it back to Dec and we have the value 936973167. Notice that only the last few digits should have changed. We then put this in as the new value.

You can repeat this process for the other addresses that are relevant. I don't really understand how these weird numbers work since we can't see the hex directly, so try playing around with the numbers to see if you can get it to work. You can also take what you learn here and see if the stuff in the first post makes more sense.

I hope this helps! Let me know if anything doesn't make sense.

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