Yes, I generated these Bitcoin Addresses through certain numerical coordinates. Then I translated these numbers into the HEX format and received Public Keys. (Further Standard Base58 (SHA256 (ripemd160)))
These 10,000,000 public keys have a very smooth algorithm in the secp256k elliptic curve. With this smoothness, I can predict the generation of other public keys. Approximately I will be able to determine at what coordination the "point G" is.
Still unsure of where in the steps (private key -> public key -> sha256 -> ripemd160 -> base58) you are generating the data. It sounds like you're generating public keys?
As I stated above, and others have said, if you need at least one address cracked in the "normal" way in order to prove your theory, it probably won't be happening any time soon. Bitcrack is only useful when you want to search a very small range of the whole keyspace... where someone has deliberately put a key as a challenge. It is unlikely to ever crack a proper randomly generated key. If it were possible, Bitcoin would be worthless.