You have used an interesting progression but in reality if you look at the value of direction 7 you determine it from another progression.

 What I have explained to you is the thought process to solve the progression that is equal to the PVK values of that address.

 It's a similar process to the one you use to calculate address 7, but here you need to take another mathematical progression into account.  You are right that what you have done in your example is an illusion.  But in the example that I have given you, there is a mathematical pattern behind each PVK value of each address following an order.  You yourself have given a clue about this: the common factor is not only the difference in PVK values but the mathematical relationship between one address and the next address.



It also goes without saying that I am not satoshi, we are not the same person.

You are right, the common factor for PVK addresses is not just the difference in PVK values.

  I will tell you a mathematical relationship between PVK values that can be easily calculated.

 The PVK value of address 5 is 21 because address 4 has a PVK of 8, and address 5 is the next first value after 4. So, 21 = PVK 5 = PVK 4 + 8.

 Do you understand?  If you still don't understand, I'll give you another example.  Suppose we are looking for the PVK value of address 7. We know that the PVK value of address 6 is 49.

 We understand that the PVK value of address 7 is = to the nearest prime number after 49. The next prime number after 49 is 61.

 So address 7 is at PVK 61.

 Now you understand?

I can give you some clues for this problem and you can reflect on it...
       *Addresses are in order.
       *Addresses are not random.
       * Addresses always have PVK values ​​that differ by one PVK value.
       * There is a pattern.

    The key is to use the common factor within each address pair and its PVK value.

     A common factor between addresses 1 and 2 is that their PVK value is equal to 3.

     A common factor between addresses 3 and 4 is that their PVK value is equal to 7.

     A common factor between addresses 5 and 6 is that their PVK value is equal to 21.

     Etc...



      PVK values ​​are always in a mathematical progression (in this case, I don't like to use the word "sequence") that appears to be in a progression of prime numbers.


       * What is important is not the PVK values ​​but the mathematical relationship between the PVK values.
       *Addresses are in a progression of prime numbers.
       *The addresses are always in order.
       * There is always a relationship between the PVK value of the following addresses.


       *PVK values ​​do not always have to be prime numbers.
       * PVK addresses are always generated mathematically and never randomly.
       * Don't look for the answer in the Bitcoin blockchain.

      * Think of the relationship between the directions as the common factor between two very large prime numbers.
       * The equation to be solved for the PVK values ​​is a unique mathematical solution.
       *Also remember that PVK addresses are always in order.

       *The key is the PVK value pattern.
       * The pattern goes beyond PVK values.


       * Use a mathematical relationship between the PVK values ​​to calculate the PVK values ​​of the directions in the depressed progressions.

    Some clues are a little more ambiguous, but if you think about it it can give you a little idea of ​​how to decipher the directions in this case.  I can't give you more information about the exact formula behind all this for security reasons, but I hope you have fun and someone very special sends you greetings.  ✌️