Blockchain and sha256 [27], Sigma1, Sigma0 fixed in k part2 [d += t] t = 1

void main() {
    char rnd[128];
    ::sprintf(rnd, “3n + 1 conjecture”);
    unsigned char hash[32];
    CSHA256().Write((const unsigned char *)rnd, ::strlen(rnd)).Finalize(hash);
    hex_printf(&hash);
}

result hash (“3n + 1 conjecture”, Sigma1, Sigma0 fixed in k part2 [d += t] t = 1, sha256):
0x1e096ff4b1ec2053ba810f9721bb84561cc9f5a2630f7227debca62237f770c4 — (19)

(19) – (18)
0x1e096ff4b1ec2053ba810f9721bb84561cc9f5a2630f7227debca62237f770c4
0x1e096ff4b1ec2053ba810f9721bb84561cc9f5a1630f7226debca62137f770c3
= 0x0000000000000000000000000000000000000001000000010000000100000001 (t = 1)
therefore if replace t parameter, result in 0x000000000000000000000000000000000000000t0000000t0000000t0000000t — (20)