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kuchikid last won the day on March 18

kuchikid had the most liked content!

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About kuchikid

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My Tamagotchis

  • My Collection
    Entama x2
    V6 x3
    Tama-Go x3
  • Favorite Tamagotchi
  • Favorite Tamagotchi Character
    Kuchipatchi / Mimitchi
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  1. Heading (V3, not V2), Apples (V4.5), Shapes (V4), Get (V3), Music Block (V6), Long Jump (TamaGo), Cue Ball (V5.5), Trampoline (TamaGo w/ Siberetchi figure).
  2. I honestly doubt this can be of much use without the login code, too. As I mentioned, if the login changes the logout code, it's certainly part of the encryption algorithm.
  3. I don't really have the time to dedicate to helping you much, but I have a little bit of input. I have a feeling you'd find more success looking at the bit/base-2 level instead of trying to figure out the corresponding base-10 arithmetic. If I recall correctly, the Connections were coded in some sort of assembly language, so it is very likely the programmers were considering bits -and not decimals- while they made the code generation algorithm. It's also unlikely that the codes were hard-coded into the devices, considering the amount of memory that would require. It's probably just using an encryption/decryption algorithm of some sort. Considering the codes work regardless of the device, we know that there is no device-dependent key, so somehow the username and login code combination contains enough information to encrypt/decrypt item codes. My guess would be that the user name is converted into some byte-stream and XORd with some other code somewhere during the encryption and decryption process to make the codes appear different when they're really not. Unfortunately, because the log-in code is also used somewhere, this makes figuring out HOW the username is used more complicated. Because security really isn't much of a concern, it wouldn't surprise me if they had just done something as simple as the following: 1. Have some x-bit sequence for every item, C. 2. Generate a random x-bit login sequence, L. 3. Repeat the user name twice to make an x-bit sequence, U. 4. C xor L xor U = the output code, O. Then getting back C would just be a matter of taking O xor L xor U. I... really can't offer much more aside from saying that the fact that usernames are 5 characters long and logout sequences are 10 characters long probably isn't a coincidence. What confuses me is the fact that, if the logout code is ONE 32-bit unsigned integer, its maximum value should be 4,294,967,295, which isn't true. If it's being stored as two 16-bit unsigned shorts, the maximum value of each should be 65,535, which also isn't true. Maybe it's being stored as two 5 character strings, so each character can be XORd with a character from the username? I don't know how they would then convert that into a [0, 9] number, mind you. If they were to truncate any of the bits, then the decryption to get the item code would turn out wrong. Perhaps the item codes were selected in such a way that removing these bits wouldn't influence the decryption. At any rate, I would suggest you try repeating Binary's input-output experiment with a different username before you look into the math patterns too much. The patterns you saw are likely unique to the username "TMGC!" and are just a byproduct of that specific encryption. It's very likely that Binary's results cannot be generalized to other usernames before we determine how the username influences the encryption/decryption process. Now I honestly wish I could see the code.
  4. Look at what I found in their replies. They only said no to the TamaTown question - not the Connections one. It could mean they didn't read the whole tweet or it could mean something more. I don't know.
  5. Both Todd and Giles got married and had a baby girl, but I've turned them off now and started by V5 and V5.5.
  6. Some things happened. Todd grew into a Togetchi (like his dad) and Giles became a Samuraitchi. Look at his ugly adorable stupid duck face. Todd got a job as a fashion designer and Giles got one as a baker: I don't know for sure, but I might start a V5 or V5.5 once they have babies. What do you think? Here's the family tree:
  7. The number of possible permutations is a million... That's... a lot. I think I'll reset one and leave the other.
  8. So I just remembered that I have two V6 Tamagotchis with a Dreamtchi on each... but I want to play with my V6s. What would you do? Would you reset them, even though they can't be obtained anymore?
  9. Todd and Giles grew into Hinotamatchi and Crackertchi, respectively. And they had a bath... Todd has 31/81/21 skills and 10 training. Giles has 39/71/33 skills and 9 training.
  10. Yay. I'm logging again (for now).

    At best, I'll be able to do it until I start my new job.

  11. Long time no see! As I said when I started this log, I go through phases of playing with my Tamagotchis and turning them off. I didn't lie. I started up my V4 and V4.5 again a few days ago, just before Lucky and Rey left their babies. Rey left her baby first. I named him Todd. He's a Mizutamatchi with a very smug face. He'll probably become Meme. After Todd grew up, Lucky left his baby. I named him Giles, and he'll probably become Mame. Based on my analysis of the other logs on here, Hitodetchi overwhelmingly grow up Mame. There's a slight chance he'll become Meme, though. I'm only attaching the full family tree this time to catch up anyone who wants to see the full lineage. It's huge, so I'll probably avoid doing that too often in the future (maybe just every time I get an adult). EDIT: Huh. I messed up the image sizing horribly. I made them all the same width and not height. I'll be more careful next time.
  12. I'm not sure I support the message of this article. It doesn't address one of the biggest issues with children receiving pets: getting bored of them. By recommending kids take ownership of a Tamagotchi (a literal toy designed not to get boring), it feeds into the commoditization of pets, which is the very issue many kids face.