Re: Bitcoin puzzle transaction ~32 BTC prize to who solves it

Quote from: Andzhig on August 02, 2018, 02:38:05 PM

This he saw the ladder without fractional (seemingly). Some stalactites..

36028797018963968 30045390491869460 9974455244496708‬ 6763683971478124‬ 4216495639600700‬
18014398509481984 15022695245934730‬ 4987227622248354‬ 3381841985739062‬ 2108247819800350‬
9007199254740992 1 7511347622967365‬ 1 2493613811124177‬ 1 1690920992869531‬ 1054123909900175‬
4503599627370496 3755673811483682‬ 1246806905562088 ‬1 845460496434765‬ 1 527061954950087‬
2251799813685248 1 1877836905741841‬ 623403452781044‬ 422730248217382‬ 1 263530977475043‬
1125899906842624 938918452870920‬ 311701726390522‬ 1 211365124108691‬ 131765488737521‬
562949953421312 469459226435460‬ 1 155850863195261‬ 1 105682562054345‬ 65882744368760‬
281474976710656 234729613217730‬ 77925431597630‬ 52841281027172‬ 32941372184380‬
140737488355328 1 117364806608865‬ 1 38962715798815‬ 26420640513586‬ 16470686092190‬
70368744177664 58682403304432‬ 1 19481357899407‬ 1 13210320256793‬ 1 8235343046095‬
35184372088832 29341201652216‬ 1 9740678949703‬ 6605160128396‬ 1 4117671523047‬
17592186044416 14670600826108‬ 1 4870339474851‬ 3302580064198‬ 1 2058835761523‬
8796093022208 7335300413054‬ 1 2435169737425‬ 1 1651290032099‬ 1 1029417880761‬
4398046511104 1 3667650206527‬ 1217584868712‬ 1 825645016049‬ 514708940380‬
2199023255552 1 1833825103263‬ 608792434356‬ 412822508024‬ 257354470190‬
1099511627776 1 916912551631‬ 304396217178‬ 206411254012‬ 1 128677235095 ‬
549755813888 1 458456275815‬ 1 152198108589‬ 103205627006‬ 1 64338617547‬
274877906944 1 229228137907‬ 76099054294‬ 1 51602813503‬ 1 32169308773‬
137438953472 1 114614068953‬ 1 38049527147‬ 1 25801406751‬ 16084654386‬
68719476736 57307034476‬ 1 19024763573‬ 1 12900703375‬ 1 8042327193‬
34359738368 28653517238‬ 9512381786‬ 1 6450351687‬ 4021163596‬
17179869184 1 14326758619‬ 1 4756190893‬ 1 3225175843‬ 2010581798‬
8589934592 1 7163379309‬ 2378095446‬ 1 1612587921‬ 1 1005290899‬
4294967296 3581689654‬ 1 1189047723‬ 806293960‬ 1 502645449‬
2147483648 1 1790844827‬ 1 594523861‬ 403146980‬ 251322724‬
1073741824 1 895422413‬ 297261930‬ 201573490‬ 125661362‬
536870912 447711206‬ 1 148630965‬ 1 100786745‬ 1 62830681‬
268435456 1 223855603‬ 74315482‬ 50393372‬ 31415340‬
134217728 1 111927801‬ 1 37157741‬ 25196686‬ 15707670‬
67108864 55963900‬ 18578870‬ 1 12598343‬ 1 7853835‬
33554432 27981950‬ 1 9289435‬ 1 6299171‬ 1 3926917‬
16777216 1 13990975‬ 1 4644717‬ 1 3149585‬ 1963458‬
8388608 1 6995487 2322358‬ 1 1574792‬ 1 981729‬
4194304 1 3497743 1 1161179‬ 787396‬ 490864‬
2097152 1 1748871 1 580589‬ 393698‬ 245432‬
1048576 1 874435 290294‬ 1 196849‬ 122716‬
524288 1 437217 1 145147‬ 98424‬ 61358‬
262144 218608 1 72573‬ 49212‬ 1 30679‬
131072 109304 36286‬ 24606‬ 1 15339‬
65536 54652 1 18143‬ 1 12303‬ 1 7669‬
32768 27326 1 9071‬ 1 6151‬ 3834‬
16384 1 13663 1 4535‬ 1 3075‬ 1 1917‬
8192 1 6831 1 2267‬ 1 1537‬ 958‬
4096 1 3415 1 1133‬ 768‬ 1 479‬
2048 1 1707 566‬ 384‬ 1 239‬
1024 1 853 1 283‬ 192‬ 1 119‬
512 426 1 141‬ 96‬ 1 59‬
256 1 213 70‬ 48‬ 1 29‬
128 106 1 35‬ 24 14‬
64 1 53 1 17‬ 12 1 7‬
32 26 8 ‬ 6 1 3‬
16 1 13 4 1 3 1‬
8 6 2 1
4 1 3 1
2 1
1

at some steps added 1. In the python 3 it will look like

Quote

a1 = 1
a2 = a1 * 2 +1
a3 = a2 * 2
a4 = a3 * 2 +1
a5 = a4 * 2
a6 = a5 * 2 +1
a7 = a6 * 2
a8 = a7 * 2 +1
a9 = a8 * 2
a10 = a9 * 2 +1
a11 = a10 * 2 +1
a12 = a11 * 2 +1
a13 = a12 * 2 +1
a14 = a13 * 2 +1
a15 = a14 * 2
a16 = a15 * 2
a17 = a16 * 2
a18 = a17 * 2
a19 = a18 * 2 +1
a20 = a19 * 2 +1
a21 = a20 * 2 +1
a22 = a21 * 2 +1
a23 = a22 * 2 +1
a24 = a23 * 2 +1
a25 = a24 * 2
a26 = a25 * 2
a27 = a26 * 2 +1
a28 = a27 * 2 +1
a29 = a28 * 2
a30 = a29 * 2 +1
a31 = a30 * 2 +1
a32 = a31 * 2
a33 = a32 * 2 +1
a34 = a33 * 2 +1
a35 = a34 * 2
a36 = a35 * 2
a37 = a36 * 2 +1
a38 = a37 * 2 +1
a39 = a38 * 2 +1
a40 = a39 * 2 +1
a41 = a40 * 2 +1
a42 = a41 * 2 +1
a43 = a42 * 2
a44 = a43 * 2
a45 = a44 * 2
a46 = a45 * 2
a47 = a46 * 2 +1
a48 = a47 * 2
a49 = a48 * 2
a50 = a49 * 2
a51 = a50 * 2 +1
a52 = a51 * 2
a53 = a52 * 2 +1
a54 = a53 * 2
a55 = a54 * 2

print(a31,a55)

where a31 possible address (+ 200000000 or +500000000 not to smear) for scanning by Holy fork (1790844827 * 2 24 times = 30045390485061632 against 30045390491869460 the right.

Accordingly, placing correctly the pros can successfully jump.

Quote

from bitcoin import *

a1 = 1
a2 = a1 * 2 +1
a3 = a2 * 2
a4 = a3 * 2
a5 = a4 * 2 +1
a6 = a5 * 2 +1
a7 = a6 * 2
a8 = a7 * 2 +1
a9 = a8 * 2
a10 = a9 * 2
a11 = a10 * 2 +1
a12 = a11 * 2 +1
a13 = a12 * 2
a14 = a13 * 2
a15 = a14 * 2
a16 = a15 * 2 +1
a17 = a16 * 2 +1
a18 = a17 * 2 +1
a19 = a18 * 2 +1
a20 = a19 * 2
a21 = a20 * 2
a22 = a21 * 2
a23 = a22 * 2 +1
a24 = a23 * 2 +1
a25 = a24 * 2
a26 = a25 * 2 +1
a27 = a26 * 2 +1
a28 = a27 * 2 +1
a29 = a28 * 2 +1
a30 = a29 * 2
a31 = a30 * 2
a32 = a31 * 2 +1 # fork scan point *2>24
a33 = a32 * 2
a34 = a33 * 2
a35 = a34 * 2
a36 = a35 * 2
a37 = a36 * 2
a38 = a37 * 2
a39 = a38 * 2
a40 = a39 * 2
a41 = a40 * 2
a42 = a41 * 2
a43 = a42 * 2
a44 = a43 * 2
a45 = a44 * 2
a46 = a45 * 2
a47 = a46 * 2
a48 = a47 * 2
a49 = a48 * 2
a50 = a49 * 2
a51 = a50 * 2
a52 = a51 * 2
a53 = a52 * 2
a54 = a53 * 2
a55 = a54 * 2
a56 = a55 * 2

scan = a32*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2+200000000
ran = scan
myhex = "%064x" % ran
myhex = myhex[:64]
priv = myhex
pub = privtopub(priv)
pubkey1 = encode_pubkey(privtopub(priv), "bin_compressed")
addr = pubtoaddr(pubkey1)

print(a32,scan,a56,addr,myhex)

Or manually do not put up pluses

Quote

import secrets
from bitcoin import *

b1 = secrets.choice([0,1])
b2 = secrets.choice([0,1])
b3 = secrets.choice([0,1])
b4 = secrets.choice([0,1])
b5 = secrets.choice([0,1])
b6 = secrets.choice([0,1])
b7 = secrets.choice([0,1])
b8 = secrets.choice([0,1])
b9 = secrets.choice([0,1])
b10 = secrets.choice([0,1])
b11 = secrets.choice([0,1])
b12 = secrets.choice([0,1])
b13 = secrets.choice([0,1])
b14 = secrets.choice([0,1])
b15 = secrets.choice([0,1])
b16 = secrets.choice([0,1])
b17 = secrets.choice([0,1])
b18 = secrets.choice([0,1])
b19 = secrets.choice([0,1])
b20 = secrets.choice([0,1])
b21 = secrets.choice([0,1])
b22 = secrets.choice([0,1])
b23 = secrets.choice([0,1])
b24 = secrets.choice([0,1])
b25 = secrets.choice([0,1])
b26 = secrets.choice([0,1])
b27 = secrets.choice([0,1])
b28 = secrets.choice([0,1])
b29 = secrets.choice([0,1])
b30 = secrets.choice([0,1])
b31 = secrets.choice([0,1])

a1 = 1
a2 = a1 * 2 +b1
a3 = a2 * 2 +b2
a4 = a3 * 2 +b3
a5 = a4 * 2 +b4
a6 = a5 * 2 +b5
a7 = a6 * 2 +b6
a8 = a7 * 2 +b7
a9 = a8 * 2 +b8
a10 = a9 * 2 +b9
a11 = a10 * 2 +b10
a12 = a11 * 2 +b11
a13 = a12 * 2 +b12
a14 = a13 * 2 +b13
a15 = a14 * 2 +b14
a16 = a15 * 2 +b15
a17 = a16 * 2 +b16
a18 = a17 * 2 +b17
a19 = a18 * 2 +b18
a20 = a19 * 2 +b19
a21 = a20 * 2 +b20
a22 = a21 * 2 +b21
a23 = a22 * 2 +b22
a24 = a23 * 2 +b23
a25 = a24 * 2 +b24
a26 = a25 * 2 +b25
a27 = a26 * 2 +b26
a28 = a27 * 2 +b27
a29 = a28 * 2 +b28
a30 = a29 * 2 +b29
a31 = a30 * 2 +b30
a32 = a31 * 2 +b31 # fork scan point *2>24

scanpoint = a32*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2*2+200000000
ran = scanpoint
myhex = "%064x" % ran
myhex = myhex[:64]
priv = myhex
pub = privtopub(priv)
pubkey1 = encode_pubkey(privtopub(priv), "bin_compressed")
addr = pubtoaddr(pubkey1)

print(a32,scanpoint,b1,b2,b3,b4,b5,b6,b7,b8,b9,b10,b11,b12,b13,b14,b15,b16,b17,b18,b19,b20,b21,b22,b23,b24,b25,b26,b27,b28,b29,b30,b31,addr,priv)

can make autostart fork adding (fork folder and cmd file itself lie on c:\) to loop or duplicate the repetition of the code, to whom it is more convenient, you can run several forks slightly correcting a couple of characters

Quote

import subprocess
import time

oy = """cd "C:\forkfolder1" """
ey = "\nstart /min oclvanitygen.exe -D 1:0 -C -f addresses.txt -o found.txt "
f=open("C:/testpy1.cmd","w")
f.write (oy)
f.write (ey)
f.write (priv) # adds the start address of the scan
f.close()

subprocess.Popen([r"C:/testpy1.cmd"])

time.sleep(60.0) # seconds before the scanner is closed

subprocess.call("taskkill /IM oclvanitygen.exe")

or for luck 56

Quote

from bitcoin import *
import secrets

while True:
   b1 = secrets.choice([0,1])
   b2 = secrets.choice([0,1])
   b3 = secrets.choice([0,1])
   b4 = secrets.choice([0,1])
   b5 = secrets.choice([0,1])
   b6 = secrets.choice([0,1])
   b7 = secrets.choice([0,1])
   b8 = secrets.choice([0,1])
   b9 = secrets.choice([0,1])
   b10 = secrets.choice([0,1])
   b11 = secrets.choice([0,1])
   b12 = secrets.choice([0,1])
   b13 = secrets.choice([0,1])
   b14 = secrets.choice([0,1])
   b15 = secrets.choice([0,1])
   b16 = secrets.choice([0,1])
   b17 = secrets.choice([0,1])
   b18 = secrets.choice([0,1])
   b19 = secrets.choice([0,1])
   b20 = secrets.choice([0,1])
   b21 = secrets.choice([0,1])
   b22 = secrets.choice([0,1])
   b23 = secrets.choice([0,1])
   b24 = secrets.choice([0,1])
   b25 = secrets.choice([0,1])
   b26 = secrets.choice([0,1])
   b27 = secrets.choice([0,1])
   b28 = secrets.choice([0,1])
   b29 = secrets.choice([0,1])
   b30 = secrets.choice([0,1])
   b31 = secrets.choice([0,1])
   b32 = secrets.choice([0,1])
   b33 = secrets.choice([0,1])
   b34 = secrets.choice([0,1])
   b35 = secrets.choice([0,1])
   b36 = secrets.choice([0,1])
   b37 = secrets.choice([0,1])
   b38 = secrets.choice([0,1])
   b39 = secrets.choice([0,1])
   b40 = secrets.choice([0,1])
   b41 = secrets.choice([0,1])
   b42 = secrets.choice([0,1])
   b43 = secrets.choice([0,1])
   b44 = secrets.choice([0,1])
   b45 = secrets.choice([0,1])
   b46 = secrets.choice([0,1])
   b47 = secrets.choice([0,1])
   b48 = secrets.choice([0,1])
   b49 = secrets.choice([0,1])
   b50 = secrets.choice([0,1])
   b51 = secrets.choice([0,1])
   b52 = secrets.choice([0,1])
   b53 = secrets.choice([0,1])
   b54 = secrets.choice([0,1])
   b55 = secrets.choice([0,1])

   a1 = 1
   a2 = a1 * 2 +b1
   a3 = a2 * 2 +b2
   a4 = a3 * 2 +b3
   a5 = a4 * 2 +b4
   a6 = a5 * 2 +b5
   a7 = a6 * 2 +b6
   a8 = a7 * 2 +b7
   a9 = a8 * 2 +b8
   a10 = a9 * 2 +b9
   a11 = a10 * 2 +b10
   a12 = a11 * 2 +b11
   a13 = a12 * 2 +b12
   a14 = a13 * 2 +b13
   a15 = a14 * 2 +b14
   a16 = a15 * 2 +b15
   a17 = a16 * 2 +b16
   a18 = a17 * 2 +b17
   a19 = a18 * 2 +b18
   a20 = a19 * 2 +b19
   a21 = a20 * 2 +b20
   a22 = a21 * 2 +b21
   a23 = a22 * 2 +b22
   a24 = a23 * 2 +b23
   a25 = a24 * 2 +b24
   a26 = a25 * 2 +b25
   a27 = a26 * 2 +b26
   a28 = a27 * 2 +b27
   a29 = a28 * 2 +b28
   a30 = a29 * 2 +b29
   a31 = a30 * 2 +b30
   a32 = a31 * 2 +b31 # fork scan point *2>24
   a33 = a32 * 2 +b32
   a34 = a33 * 2 +b33
   a35 = a34 * 2 +b34
   a36 = a35 * 2 +b35
   a37 = a36 * 2 +b36
   a38 = a37 * 2 +b37
   a39 = a38 * 2 +b38
   a40 = a39 * 2 +b39
   a41 = a40 * 2 +b40
   a42 = a41 * 2 +b41
   a43 = a42 * 2 +b42
   a44 = a43 * 2 +b43
   a45 = a44 * 2 +b44
   a46 = a45 * 2 +b45
   a47 = a46 * 2 +b46
   a48 = a47 * 2 +b47
   a49 = a48 * 2 +b48
   a50 = a49 * 2 +b49
   a51 = a50 * 2 +b50
   a52 = a51 * 2 +b51
   a53 = a52 * 2 +b52
   a54 = a53 * 2 +b53
   a55 = a54 * 2 +b54
   a56 = a55 * 2 +b55
   ran = a56
   myhex = "%064x" % ran
   myhex = myhex[:64]
   priv = myhex
   pub = privtopub(priv)
   pubkey1 = encode_pubkey(privtopub(priv), "bin_compressed")
   addr = pubtoaddr(pubkey1)
   if addr == "17aPYR1m6pVAacXg1PTDDU7XafvK1dxvhi":
   print ("found!!!",ran,addr,myhex)
   s1 = myhex
   s2 = addr
   f=open(u"C:/a.txt","a")
   f.write(s1)
   f.write(s2)
   f.close()
   break
   else:
   print ("searching...",ran,addr,myhex)

YOU ARE VERY GREAT!!!

I don't understand the language of the program because I'm not a programmer.

Until now, I have not used any application on my computer other than Microsoft Excel 2003, because of my limitations

This is very interesting.