[^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^] [ _________________________________________________________________________________ ] [ | | ] [ | <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< | ] [ | <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<>>>>>>>>>>>>>>>>>>>>>>>>>>>>> | ] [ | <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<>>>>>>>>>>>>>>>>>>>>>>>>>>>> | ] [ | >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> | ] [ |_______________________________________________________________________________| ] [ ] [ ] ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ | | -|- -|- -|- | ** | -|- | ************** | -|- -|- -|- -|- | **************** | | *** ***** | -|- -|- -|- | ** *** | -|- | * *** | | *** |_______/．====================\ -|- |------------ ***-------------|======Knight->>>--Avalon-->>>--> |．．．．．*******．．．．．．|^^^^^^^\__====================/ -|- | ******* | <> -|- | **** | | *** | -|- -|- -|- | * *** | -|- -|- | *** *** | -|- | ********* | -|- -|- -|- | ****** | -|- | *** | -|- -|- -|- ========================================================================================= <<<< Guide to hacking games by J-knight Avalon clan Avalon version 1.00 >>>> ========================================================================================= (inspired by many others ->>Evie Moon, Soren Kanzaki, Hackman 22k, Ayu mika, mr T and Jlin sux android 22k) I thank greatly to KoopaKid, cinderquil and Super Saiyan Vegeta for the art and lastly i thank Soren Kanzaki again for teaching and starting my limited understanding on hacking games ===================================== [ Copyright ] ===================================== This FAQ was solely intended for the public use on the www. It cannot be reproduced, retransmitted, or re-written in any other form except by the notice of the author. Any violation of this code will result in strict penalty---and high fines susceptible by law. If this legal document is portrayed in any commercial use, you are therefor stricten under the code of law----and will be---punished. ========================================================================================= <<<>>> ========================================================================================= Okay, a few words before we begin. Why am I including this, and why here? This is a little guide to memory, binary, hexidecimal, and how and why hacking codes work. this information is probably covered in a much more professional manner in your local mathematics textbook and computer science course. Of course, since a lot of gameplayers are in high-school, they may not have a decent computer science department. Not to fret. et's start by talking about numbers. Most of us are familiar with this subject, but let's review a little, shall we? Numbers are made up of numerals (the representations of numbers, which in the English alphabet are written as 0, 1, 2, 3, 4, 5, 6, 7, 8 and 9. We could have just as well used different smiley faces, pictures of trees, or letters.) While there is no problem when writing a number from 0 to 9, what happens when we want to write a 10? Well, as you can see, we use the concept of digits. The '1' in the number '10' is in the tens place. In the number '42,375', the number 2 is in the thousands place, and so on. You of course know this, otherwise ... well, you know all this(unless your leb or something). But what we really mean when we write '42,375' is: "I want the number whose value equals 4 X 10,000 + 2 X 1,000 + 3 x 100 + 7 x 10 + 5 x 1." 10 is, of course, 10 to the first power; 100 is 10 to the second power; 1000 is 10 to the third power, and so on and so forth. This system of representing numbers is known as decimal. (From the Greek for 10.) But what if we don't want to use decimal? To a computer, decimal is far to hard and inefficient. Computers understand two basic things: On (electrons flowing) and Off (electrons not flowing). If On = 1 and Off = 0, we can still represent any number we like. This is known as binary. So, we can write '27' in binary as 11011. (That's 1 x 16 + 1 x 8 + 0 x 4 + 1 x 2 + 1 x 1.) 16 is 2 to fourth power, 8 is 2 to the third power, etc. etc. Hopefully, you understand binary now. Hexidecimal is similar, except instead of using 10 or 2 as a base, we use 16. In order to represent 10, 11, 12, 13, 14, and 15 in a single symbol, we use A, B, C, D, E, and F respectively. (16 in hexidecimal is, of course, 10.) So 100 in decimal is 6 x 16 + 4 or 64 in hexidecimal. Why even bother with hexidecimal? Ahh ... well, historically, we group 8 binary switches into a single unit known as a byte. (10011011, for example.) Therefore, a byte can store values from 255 (1111111) to 0 (00000000). It so happens that 255 is equivalent to FF in hexidecimal. See where we're going with this? A two-digit hexidecimal value, then, can represent all the values that a byte can. This is why we use hexidecimal extensively in computers. Okay, so now we know about hexidecimal and why we use it in computers. Memory addresses are written in hexidecimal. Why? Well, a computer needs to be able to manipulate that address and store it. As a number. How does a computer store numbers? (If you said in binary, you are right.) What's the way we write binary numbers? (If you said in hexidecimal, you are again right.) Now, we come to the interesting part or the part that you should only care about !!!. How is data stored in memory? (Not physically, but conceptually.) Well, we store all sorts of things in a game's memory. If we want to store a number, we usually store it in a single byte (if it runs from 0-255), or 2 bytes (0-65535) or 4 bytes (basically anything bigger, up to 4,294,967,295.) This is different if you want to store potentially negative values (and I won't get into it, we rarely run into negative numbers in game memory.) Things like HP, EN, how many lives you have left, the number of shots in that rifle, etc. are usually stored in this manner. We could also store it, instead of in true hexidecimal, as though it were decimal (since hexidecimal includes 0-9. I believe this is referred to as Binary Coded Decimal.) This tends to waste space (you ignore the power of A- F), but sometimes this is done in games. Not so much nowadays, though. So, if I stored 142 in 2-bytes, in the 'value' I'm really storing is 1 in the first of those two bytes, and the decimal value of 66 in the second. (I omit a discussion of byte-ordering until another time, simply because there are two different ways to store a multi-byte number. Don't worry about it for the present.) We can also store a value that corresponds to something else (like a pilot's background data.) If information is kept like this, the game knows (it's built-in) what, say, a 12 stands for. We have to plug in values to figure out what each value stands for and make long lists. Sometimes, in cases like these, a 0 is empty (doesn't correspond to something, like in Tactics Ogre: Knight of Lodis). Sometimes (like in Super Robot Taisen A) it does stand for something (Pilot 0 is Lalah Sune.) Finally, we can use memory in a BINARY fashion. Remember: FF is REALLY 11111111. Or 8 little switches in a row than can be ON or OFF. So if we want to look at things that can be on or off (like the Emblem Toggle), we can cram 8 of those things into one byte, instead of using 8 bytes. The 'Enable Bytes' are variations on this. Basically, a 0 stands for Off, and anything else is On. (The reason for this lies within the realm of assembly language, and will not be covered here. Sufficed to say, the game has a way of quickly checking if something is on or off, and only 0 stands for off.) This type of data, known as a bit field, is very commonly used for certain on-off purposes. Now hopefully you can understnad what and how hex and binaries work if you don't too bad cause i can't bother explaining in more detail so suck ^^ :P sorry about that.... if you really couldn't understnad a word of that the examples below may help in your understanding of this. ======================================================================================== <<<>>> ======================================================================================== Binary numbers in terms of bits for parts think of | 10 | 01 | 00 | 00 | and the lines representing the breaks in between the sequences 1 byte pair = 00 = 8 bits " 11111111 " 2 byte pair = 00 00 = 16 bits " 1111111111111111 " 3 byte pair = 00 00 00 = 32 bits " 11111111111111111111111111111111 " 4 byte pair = 00 00 00 00 = 64 bits " 1111111111111111111111111111111111111111111111111111111111111111 " <<<>>> 01-1 02-2 03-4 04-8 05-16 06-32 07-64 08-128 09-256 10-512 11-102,4 12-204,8 13-409,6 14-819,2 15-163,84 16-327,68 17-655,36 18-131,072 19-262,144 20-524,288 21-104,857,6 22-209,715,2 23-419,430,4 24-838,860,8 25-167,772,16 26-335,544,32 27-670,188,64 28-130,437,728 29-268,075,456 30-536,150,912 31-1,072,301,824 32-2,144,603,648 33-4,289,207,296 34-8,578,414,592 35-17,156,829,184 36-34,313,658,368 37-68,627,316,736 38-137,254,633,472 39-274,509,266,944 40-549,018,533,888 41-1,098,037,067,776 42-2,196,074,135,552 ======================================================================================== <<<>>> ** ************** **************** * *** * *** * ** *** * ******* ** * ** * ** ** * **** *** * **** ***** *** ***** ** ** *** ** ** ** ** ** ** * ** ** *** ** ** ** * *** *** ** *** ** ** ** *** * ** ** *** ** ** ** *** ** ** ** *** ** ** ** *** ** *** ** *** ** ** ** *** **** ** ** *** ** ** ** * ** *** * * ***** ***** ** ***** ****** **** ** *** ** *** ******** * * * **** ** * ** ** ** ** *** ***** *** ** ***** * * ** * *** ** ** *** *** ** *** ** ** *** ** ******* ** *** ** ** ** ** *** ** ** ** ** ** ** *** ***** ** ** ** ** *** ** *** ** ***** *** ** * ****** **** *** ***** *** ** ***** *** **** *** **** ======================================================================================== Here's the breakdown for Alphonse's (the main character) data. He's the first character stored in data; additional soldiers are stored after him. Yes, there are a lot of unknown sections. Also, the Byte numbering is not random (you'll see why, eventually). The address listed in (parenthesis) indicates the memory address for Alphonse's data. Bytes 0-3 (2000030): Unknown Byte 4 (2000034): Class Completion Medals, Block I (see below) Byte 5 (2000035): Class Completion Medals, Block II (see below) Byte 6 (2000036): Class Completion Medals, Block III (see below) Byte 7 (2000037): Unknown Byte 8 (2000038): Emblems, Block I (see below) Byte 9 (2000039): Emblems, Block II (see below) Byte 10 (200003a): Emblems, Block III (see below) Byte 11 (200003b): Emblems, Block IV (see below) Bytes 12-16 (200003c - 2000040): Unknown Byte 17 (2000041): Special Holy Kills Byte 18 (2000042): Lancer Success Toggle* Byte 19 (2000043): Philosopher's Stone Success Toggle* Byte 20 (2000044): Self Preservation Success Toggle* Byte 21 (2000045): Berserk Success Toggle* Byte 22 (2000046): Successful Persuasions (for Arbitration) Byte 23 (2000047): Unsuccessful Female Persuasions (if male) OR Successful Male Persuasions (if female) Byte 24 (2000048): War God Success Toggle* Byte 25 (2000049): Frontal or Side Attacks Made Byte 26 (200004a): Successfully Dodged or Blocked Attacks in a Row Byte 27 (200004b): Miracle Success Toggle* Byte 28 (200004c): Successful Ranged Attacks in a Row Byte 29 (200004d): Fist Fight Success Toggle* Byte 30 (200004e): Successful Heals Cast in Combat Byte 31 (200004f): Don Quixote Success Toggle* Byte 32 (2000050): Treasures Opened Byte 33 (2000051): Archangel's Feather Toggle* Bytes 34-43 (2000052 - 200005b): Unknown Byte 44 (200005c): Total Kills Byte 45 (200005d): Dragon Kills Byte 46 (200005e): Beast Kills Byte 47 (200005f): Exorcisms Performed Bytes 48-63 (2000060): Character's Name Bytes 64-65 (2000070): Character's Current HP Bytes 66-67 (2000072): Character's Maximum HP Bytes 68-69 (2000074): Character's Current MP/SP Bytes 70-71 (2000076): Character's Maximum MP/SP Bytes 72-73 (2000078): Character's Strength Bytes 74-75 (200007a): Character's Intelligence Bytes 76-77 (200007c): Character's Agility Byte 78 (200007e): Character's Picture Byte 79 (200007f): Character's Class Byte 80 (2000080): Alternate Character's Class (see below) Byte 81 (2000081): Character's Number Byte 82 (2000082): Character's Level Byte 83 (2000083): Character's Experience Byte 84 (2000084): Character's Element Byte 85 (2000085): Character's Alignment Byte 86 (2000086): Character's Birth Month Byte 87 (2000087): Character's Birth Day Byte 88 (2000088): Biorhythm Set 1 [Definitely Amplitude] Byte 89 (2000089): Biorhythm Set 2 [Probably Period] Bytes 90-91 (200008a): Biorhythm Set 3 [Probably Offset] Byte 92 (200008c): Biorhythm Set 4 [Definitely Altitude] Byte 93 (200008d): Character's Allegiance (see below) Byte 94 (200008e): Character's Sex Byte 95 (200008f): Unknown Byte 96 (2000090): Equipped Item Slot 1 Byte 97 (2000091): Equipped Item Slot 2 Byte 98 (2000092): Equipped Item Slot 3 Byte 99 (2000093): Equipped Item Slot 4 Byte 100 (2000094): Skill Slot 1 Byte 101 (2000095): Skill Slot 2 Byte 102 (2000096): Skill Slot 3 Byte 103 (2000097): Skill Slot 4 ======================================================================================== <<<>>> ======================================================================================== 0 - 25: A - Z (capital letters) 26 - 51: a - z (lowercase letters) 52 - 61: 0 - 9 62: ! (exclamation mark) 63: ? (question mark) 64: . (period) 65: , (comma) 66: : (colon) 67: & (ampersand) 68: _ (underscore) 69: % (percent sign) 70: ' (apostrophe) 71: ( (starting parenthesis) 72: ) (closing parenthesis) 73: < (less than, but narrow) 74: > (greater than, but narrow) 75: + (plus) 76: - (minus) 77: * (asterisk, multiplication) 78: / (division, slash) 79: = (equals) 80: Deneb's Cat's Paw (in the Witch Deneb's class) 81: Opening Double Quotation Marks 82: Ellipsis 83: Some graphical mark 84: Like 83, only the mirror-image 85: Small Space 86: Full Space 87: Full Space 88 - 254: Nothing (not even a space; the game skips this character) 255 - End of Word (after this, no characters will be placed into the name) ======================================================================================== <<<>>> ======================================================================================== 2001420 - Friendly Character Deployed #1 2001488 - Friendly Character Deployed #2 2001770 - Enemy Character Deployed #1 20017c8 - Enemy Character Deployed #2 (Yes, I know there's only 2 and 2 ... I'll be adding more later. I've been busy ^^) <<<>>> Okay, this section introduces a different type of data system called a bit field. (Thanks to Rob Coley for sending in the real name!) What this means is, the computer looks at these bytes not as whole bytes, but as 8 bits in a row. Each bit has a function, and can be on or off. What does this mean in practical terms? This means you must compute the value you want on the fly! (Since you can't enter cheats in binary for the most part.) o calculate the value to place in a bit field byte, look up the 'to-add' values given. Let's say you want to give a character the medals for Soldier, Ninja, Swordmaster, and Dragoon. We add: +1, +2, +64, +128 = 195. Therefore, you would put 195 into the appropriate memory address. See how that works? People who understand binary should see why these values are the way they are immediately,"and yes i know that this is easy for you 22k people but its important". Class Completion Medals, Block I: +1 = Soldier +2 = Ninja +4 = Archer +8 = Wizard +16 = Cleric +32 = Knight +64 = Swordmaster (Male Only) +128 = Dragoon (Male Only) Class Completion Medals, Block II: +1 = Valkyrie (Female Only) +2 = Siren (Female Only) +4 = Warlock (Male Only) +8 = Witch (Female Only) +16 = Priest +32 = Dragon Tamer (Female Only) +64 = Beast Tamer (Male Only) +128 = Lich Class Completion Medals, Block III: +1 = Angel Knight +2 = Ghost +4 = Unknown (possibly no function/special class only) +8 = Unknown (possibly no function/special class only) +16 = Unknown (possibly no function/special class only) +32 = Unknown (possibly no function/special class only) +64 = Unknown (possibly no function/special class only) +128 = Unknown (possibly no function/special class only) ======================================================================================== <<<>>> ======================================================================================== Emblems, Block I: +1 = Blood Reign +2 = Dragon's Scale +4 = Animal Hunter +8 = Exorcist +16 = The Pen and the Sword +32 = Gibe of Fallen Angel +64 = Lancer +128 = Philosopher's Stone Emblems, Block II: +1 = Self Preservation +2 = Berserk +4 = Arbitration +8 = Broken Heart / Vixen's Whisper +16 = War God +32 = Knight's Certificate +64 = Book of Initiation +128 = Miracle Emblems, Block III: +1 = Sniper +2 = Fist Fight +4 = Heavenly Spirit +8 = Don Quixote +16 = Embodiment of Desires +32 = Archangel's Feather +64 = The Cycle of Life +128 = Mark of the Elite Emblems, Block IV: +1 = Centurion +2 = Charisma +4 = Bullpen Ace +8 = Bogus Hero +16 = Lucky Soldier +32 = Mark of Valor +64 = Veteran Soldier +128 = Relix's Emblem / Ripple's Emblem .....Im so sorry that i haven't put anything else but im kinda busy so yeah if you really need help add this address to your msn Mystic_light@hotmail.com and hopefully she will help you other wise....add these 2 emails divine_knight88@hotmail.com and Ayase_kanzaki_87@hotmail.com and hopefuly one of them will help you. ======================================================================================== <<<>>> ____________ __/ ________ \__ _/____/ \__ \_ __________ ________ __ ______ _/ /___ \ \_ \_ / ____ \/ __ \/ \/ \\ // \/ \_ \_ | / __ \ /_ | ___ _ _ | \ ___ __ _ _ \ | \ / / \/ __ | | /\_ /__ \/ |/ \ | \_ /_ //_ | / |/ \ | | / | | __ / \| | > \||__\/| /\ \ \_ \_ / | | | | /\ \| | | | | /_ | /\ | | / /| | __| | | \ / \_ \| | | | | | \ /| | \ | \ | | \/ | |_| \/ | \_/\| | // \ || \| |_| | // | | | \ \| |\__/|___/\__/ \___/|_/// | | \__/\_/|_/// | | / \__ | The Lost Age /\___// _/ _/ | |/ \____/ _/ _/ \___________/\____/\_________/\____ \__ __/ _/ \__ \________/ __/ \_____________/ ======================================================================================== 1-02000cd0 i think its this basically the same as above just with a few parenthisis variations like skill tree's and sprites now i know i haven't done much for this game but i thought i might do a bit on psy items for gsun since its quite important cause sometimes even when you eguip the character with the skill they'll lose it after one battle if the item is not there so here are all the psy gems. ======================================================================================== <<<>>> ======================================================================================== Gem Psynergy What it Does Found In PP Scoop Gem Scoop Shovels up sand to Yampi 1 reveal hidden holes Desert and items Lash Lash Picks up the rope and Kandorean 1 Pebble extends it to the nail Temple Pound Cube Pound Pounds down a pointed Dehkan 2 pillar down Plateau No Gem Reveal Reveal hidden truths Sheba 1 learns at Air's Rock Hover Hover Levitate into the air Shaman 2 Jade Village No Gem Burrow Burrow underneath sand Felix 2 learns at Gaia Rock Lift Gem Lift Lift up boulders Garet 2 has it Catch Beads Catch Pick up items from Ivan 1 afar has it Freeze Gem Freeze Freeze water puddles Piers 5 into ice pillars learns, Mia has it Douse Gem Douse Make rain pour from Piers 5 above learns, Mia has it No Gem Parch Make water pools dry Piers 2 learns at Aqua Rock Tremor Bit Tremor Shake items to make Madra 1 them fall Catacomb Cyclone Cyclone Use a whirlwind to Madra 2 Chip blow away grass Burst Brooch Blow up walls Tundaria 2 Brooch Tower Grindstone Grind Pull down large Felix 2 rocks into water learns at Lemuria Teleport Teleport Transport you from Mars ? Lapis place to place Lighthouse Carry Carry Lift and move Isaac 2 Stone obstacles has it ======================================================================================== <<<>>> ______ _ _ ______ _ | ____(_) | | | ____| | | | |__ _ _ __ __ _| | | |__ __ _ _ __ | |_ __ _ ___ _ _ | __| | | '_ \ / _` | | | __/ _` | '_ \| __/ _` / __| | | | | | | | | | | (_| | | | | | (_| | | | | || (_| \__ \ |_| | |_| |_|_| |_|\__,_|_| |_| \__,_|_| |_|\__\__,_|___/\__, | __/ | |___/ _______ _ _ _ |__ __| | | (_) /\ | | | | __ _ ___| |_ _ ___ ___ / \ __| |_ ____ _ _ __ ___ ___ | |/ _` |/ __| __| |/ __/ __| / /\ \ / _` \ \ / / _` | '_ \ / __/ _ \ | | (_| | (__| |_| | (__\__ \ / ____ \ (_| |\ V / (_| | | | | (_| __/ |_|\__,_|\___|\__|_|\___|___/ /_/ \_\__,_| \_/ \__,_|_| |_|\___\___| ======================================================================================== FINAL FANTASY TACTICS >> Final Fantasy tactics uses a different platform of game play to tactics ogre Its a @#!$!@##!$ more annoying because if you want to change the layout and numbering of the characters you have to count from the top the number of 00ff since the characters always start 0000 after the 00ff in the beginning, so say you want to change your ritz and babus around you propably have to take screen shots of both characters then retype them in their spaces and thus the pissy layout. Another problem with their layout is that it really gives hackers a hard time trying to figure out how to change names and basically i gave up on the names because you had to know the original code eg Ritz's codes is 12ad 0885 for the name part and there is no connection in those letters that would make you think that it's Ritz other then the fact that it starts with a R = 12 =18. Anyways enough with this blabbering here is the codes for the characters. CHARACTER 1 02000000 SPEED AFFECTED - EQUIPED ITEMS >> 02000150 JUMP AND MOVE(i think this is also for equiped items) >> 020000B0 CHARACTER 2 020001A0 ITEM'S >> NORMAL >> 02001940 >> MSIC >> 02001EE0 CLANS >> INFO NAME AND LEVEL TITLE >> 02002B0 MISSION ITEMS >> 02002bf0 MONSTERS CAUGHT >> 0200E60 ======================================================================================== <<<>>>:( unfortunately i only did a bit of this and is still has many errors ======================================================================================== Tactics Ogre Knights Of Lodis >> Biorythm Faq Your luck, unlike your fortune which is merely an indicator of your luck, is a number from 0 to 100. It is worked out slightly differently from Fortune because this time, both Altitude and Amplitude are factored into the number, rather than just giving you a different series of tables. The formula to work out luck is as follows. First, we calculate the Luck value like we did in the previous section, but with a few differences: First, work out what Day of the year it is. Then... Day = (Day + Offset) Mod Period Luck = Day * 360 / Period We thus have a value from 0 to 360, which starts its period at 0. Using this revised Luck value, we perform the following calculation: Luck = [Altitude + Amplitude * Sin(Luck)] And this gives us the final Luck value. Keep in mind that Sin is indeed the triogmetric function (I did warn you in the forward that this was maths-intensive), and uses degrees, not radians. Also, the [] brackets means that we take the integer portion of this number. For example, [36.5] is 36. As a small example, we shall again the Alphonse from the previous section. As you may recall, it was Day 276 of the year, and Alphonse's Biorhythm stats were Period 40, Offset 319, Altitude 50, Amplitude 10. Thus: Day = (Day + Offset) Mod Period = (276 + 319 ) Mod 40 = 595 Mod 40 = 35 Then: Luck = (Day * 360 / Period) = ( 35 * 360 / 40 ) = 315 Finally: Luck = [Altitude + Amplitude * Sin(Luck)] = [ 50 + 10 * Sin(315 )] = [ 50 + 10 * -0.707106] = [ 50 + -7.07106 ] = [42.92894] = 42 Therefore, Assasin's current Luck is 42. You may wonder what this Luck value affects. One of the easiest things to demonstrate Luck having an effect is in buried treasure. A lot of the buried treasure you find in the game is selected from three groups of random lists, where the group you get depends on which treasure spot you've found. However, these lists are further subdivided into three more groups, and the group you get depends on your Luck. If your Luck is 40 or less, you get the 'bad' group. If your Luck is between 41 and 60 inclusive, you get the 'medium' group. If your Luck is 61 or more, you get the 'good' group. Returning to your Fortune, we can see that it is very much a *very* rough approximation of your Luck. Because of this, we shall not try to determine what values of Luck goes with each Fortune, since any attempt to do so would be misleading. ======================================================================================== <<<>> ======================================================================================== If you use any of the codes from this FAQ you use them at your own risk. I will not be held responsible for anything that may go wrong with your system, game, or save file if you choose to use them.