Quote from: digaran
The only one who can give you the knowledge is your maker, you just need to ask him properly.😉
You mean mom? Unfortunately she's not that good at Maths.
He means God, our Lord
Lol .. and i mean sarcasm, look it up sometime.
Topic: Bitcoin puzzle transaction ~32 BTC prize to who solves it - page 213. (Read 229705 times)
You mean mom? Unfortunately she's not that good at Maths.
He means God, our Lord
Lol .. and i mean sarcasm, look it up sometime.
This puzzle is very strange. If it's for measuring the world's brute forcing capacity, 161-256 are just a waste (RIPEMD160 entropy is filled by 160, and by all of P2PKH Bitcoin). The puzzle creator could improve the puzzle's utility without bringing in any extra funds from outside - just spend 161-256 across to the unsolved portion 51-160, and roughly treble the puzzle's content density.
If on the other hand there's a pattern to find... well... that's awfully open-ended... can we have a hint or two?
If on the other hand there's a pattern to find... well... that's awfully open-ended... can we have a hint or two?
I am the creator.
You are quite right, 161-256 are silly. I honestly just did not think of this. What is especially embarrassing, is this did not occur to me once, in two years. By way of excuse, I was not really thinking much about the puzzle at all.
I will make up for two years of stupidity. I will spend from 161-256 to the unsolved parts, as you suggest. In addition, I intend to add further funds. My aim is to boost the density by a factor of 10, from 0.001*length(key) to 0.01*length(key). Probably in the next few weeks. At any rate, when I next have an extended period of quiet and calm, to construct the new transaction carefully.
A few words about the puzzle. There is no pattern. It is just consecutive keys from a deterministic wallet (masked with leading 000...0001 to set difficulty). It is simply a crude measuring instrument, of the cracking strength of the community.
Finally, I wish to express appreciation of the efforts of all developers of new cracking tools and technology. The "large bitcoin collider" is especially innovative and interesting!
Difficulty is settled in arbitrary way. It isn't linear, but it raises progressive along the puzzle. I think that you're an alien ! Hope to solve and find at least 1 key
There are over $30m in bitcoins waiting to be collected, though for someone like him, this is some change in his pocket, still it's a lot of money and nobody in the world would do this other than Satoshi.
Asking him directly for money will surely upset him as it would upset anyone! Imagine if he gave some money to somebody around here and people find out about it, there will be no puzzle solving discussions anymore but just people asking constantly for BTC, you have stated your case once, and if he is reading these topics as you suggested, if he wants to help you out, he should/would contact you privately and ask for an anonymous address as well as asking you not to tell anyone.
I doubt he'd do that though, I just said what I would do, but not for any random guy saying he just needs it, I would investigate your situation first and if I know you have contributed to the system then I would consider to lift some of your financial burdens.
Hope the best for you all.
Ps, chop chop people, think deeper, this is an ocean and we need to act like the whales, going as deep as possible, stop waiting for others to make useless tools so you could use them, start building your own algorithms, those need only our minds, and they require days of trial and error, I myself have discovered at least 10 ways to solve them, but the complexity is severe and needs to be worked on for months.
Remember, any mathematical problem is like a dot at the center of a circle, there are infinite solutions for them, so get to work and find your solutions.
The only one who can give you the knowledge is your maker, you just need to ask him properly.😉
Asking him directly for money will surely upset him as it would upset anyone! Imagine if he gave some money to somebody around here and people find out about it, there will be no puzzle solving discussions anymore but just people asking constantly for BTC, you have stated your case once, and if he is reading these topics as you suggested, if he wants to help you out, he should/would contact you privately and ask for an anonymous address as well as asking you not to tell anyone.
I doubt he'd do that though, I just said what I would do, but not for any random guy saying he just needs it, I would investigate your situation first and if I know you have contributed to the system then I would consider to lift some of your financial burdens.
Hope the best for you all.
Ps, chop chop people, think deeper, this is an ocean and we need to act like the whales, going as deep as possible, stop waiting for others to make useless tools so you could use them, start building your own algorithms, those need only our minds, and they require days of trial and error, I myself have discovered at least 10 ways to solve them, but the complexity is severe and needs to be worked on for months.
Remember, any mathematical problem is like a dot at the center of a circle, there are infinite solutions for them, so get to work and find your solutions.
The only one who can give you the knowledge is your maker, you just need to ask him properly.😉
The best tools is in your mind. Use it and be creative, everything will be much simple.
Quote from: digaran
The only one who can give you the knowledge is your maker, you just need to ask him properly.😉
You mean mom? Unfortunately she's not that good at Maths.
He means God, our Lord
Quote from: digaran
The only one who can give you the knowledge is your maker, you just need to ask him properly.😉
You mean mom? Unfortunately she's not that good at Maths.
There are over $30m in bitcoins waiting to be collected, though for someone like him, this is some change in his pocket, still it's a lot of money and nobody in the world would do this other than Satoshi.
Asking him directly for money will surely upset him as it would upset anyone! Imagine if he gave some money to somebody around here and people find out about it, there will be no puzzle solving discussions anymore but just people asking constantly for BTC, you have stated your case once, and if he is reading these topics as you suggested, if he wants to help you out, he should/would contact you privately and ask for an anonymous address as well as asking you not to tell anyone.
I doubt he'd do that though, I just said what I would do, but not for any random guy saying he just needs it, I would investigate your situation first and if I know you have contributed to the system then I would consider to lift some of your financial burdens.
Hope the best for you all.
Ps, chop chop people, think deeper, this is an ocean and we need to act like the whales, going as deep as possible, stop waiting for others to make useless tools so you could use them, start building your own algorithms, those need only our minds, and they require days of trial and error, I myself have discovered at least 10 ways to solve them, but the complexity is severe and needs to be worked on for months.
Remember, any mathematical problem is like a dot at the center of a circle, there are infinite solutions for them, so get to work and find your solutions.
The only one who can give you the knowledge is your maker, you just need to ask him properly.😉
Asking him directly for money will surely upset him as it would upset anyone! Imagine if he gave some money to somebody around here and people find out about it, there will be no puzzle solving discussions anymore but just people asking constantly for BTC, you have stated your case once, and if he is reading these topics as you suggested, if he wants to help you out, he should/would contact you privately and ask for an anonymous address as well as asking you not to tell anyone.
I doubt he'd do that though, I just said what I would do, but not for any random guy saying he just needs it, I would investigate your situation first and if I know you have contributed to the system then I would consider to lift some of your financial burdens.
Hope the best for you all.
Ps, chop chop people, think deeper, this is an ocean and we need to act like the whales, going as deep as possible, stop waiting for others to make useless tools so you could use them, start building your own algorithms, those need only our minds, and they require days of trial and error, I myself have discovered at least 10 ways to solve them, but the complexity is severe and needs to be worked on for months.
Remember, any mathematical problem is like a dot at the center of a circle, there are infinite solutions for them, so get to work and find your solutions.
The only one who can give you the knowledge is your maker, you just need to ask him properly.😉
Please stick to the topic
I'm absolutely sticking to the topic. I have neither left the topic nor gone outside the topic. Don't get confused. Even for begging, it theoretically still belongs to the topic. Correct?
My bro... Yes Satoshi donated millions of $ worth of Bitcoins but... Do you think it's easy to get accesses to those Bitcoins that he threw / donated on his puzzles?
Imagine for puzzle 66, for a single computer that i have, I need about 2,500 years to be able to get one of his lowest easiest puzzles which are 6.6BTC
For poor and slave people like me that have low hashrate , it'll be almost impossible to them to earn anything from this puzzle that was created by NakaMOTO.
So far Far so, til now almost every puzzle starting from puzzle #50 way up to #64 and #120, all were solved by rich people that had access to hundreds of hundreds of GPUs which makes the game a little bit unfair...
But for now, In the future, all the puzzles will be solved by some rich one who have the ability to get many resources of hashing power. All poor people will earn nothing and so will remain slaves like me stucking in the Matrix; like when my grandma throw a gummi on the floor after crushing it for one day straight using her 90 years old teeth and afterward steps on a it by using her 25 years old shoes and gets stuck to it til eternity.
So the only solution left, is to beg NakaMOTO for some BTC since he doesn't care about money at all.
Imagine for puzzle 66, for a single computer that i have, I need about 2,500 years to be able to get one of his lowest easiest puzzles which are 6.6BTC
For poor and slave people like me that have low hashrate , it'll be almost impossible to them to earn anything from this puzzle that was created by NakaMOTO.
So far Far so, til now almost every puzzle starting from puzzle #50 way up to #64 and #120, all were solved by rich people that had access to hundreds of hundreds of GPUs which makes the game a little bit unfair...
But for now, In the future, all the puzzles will be solved by some rich one who have the ability to get many resources of hashing power. All poor people will earn nothing and so will remain slaves like me stucking in the Matrix; like when my grandma throw a gummi on the floor after crushing it for one day straight using her 90 years old teeth and afterward steps on a it by using her 25 years old shoes and gets stuck to it til eternity.
So the only solution left, is to beg NakaMOTO for some BTC since he doesn't care about money at all.
Then you don't deserve it either. Satoshi has provided the coins for those who are eager to think and make an effort. The one who deserves it gets the coins. It's simple. There was never any talk of giving away or handouts here. So stop with the ridiculous begging. If you are poor and have nothing to eat, sell your smartphone or computer and get something to eat or go to a food bank near you. If all this seems unfair to you, log off and never read here again. You'll be doing yourself and the rest of the world a big favor. Even if it sounds funny, it is really only well meant with you.
Please stick to the topic
begging for what? he has already donated dozens of bitcoins worth over a million dollars. They are just lying around and need to be collected.
My bro... Yes Satoshi donated millions of $ worth of Bitcoins but... Do you think it's easy to get accesses to those Bitcoins that he threw / donated on his puzzles?
Imagine for puzzle 66, for a single computer that i have, I need about 2,500 years to be able to get one of his lowest easiest puzzles which are 6.6BTC
For poor and slave people like me that have low hashrate , it'll be almost impossible to them to earn anything from this puzzle that was created by NakaMOTO.
So far Far so, til now almost every puzzle starting from puzzle #50 way up to #64 and #120, all were solved by rich people that had access to hundreds of hundreds of GPUs which makes the game a little bit unfair...
But for now, now for, In the future, all the puzzles will be solved by some rich ones who will have the ability to get many resources of hashing power. All poor people will earn nothing and so will remain slaves like me stucking in the Matrix; like when my grandma throw a gummi on the floor after crushing it for one day straight using her 90 years old teeth and afterward steps on it by using her 25 years old shoes and gets stuck to it til eternity.
So the only solution left, is to beg NakaMOTO for some BTC since he doesn't care about money at all.
Yes, go a head let's beg Satoshi together. Eventually maybe he'll react to us and throw at us some bitcoins.
begging for what? he has already donated dozens of bitcoins worth over a million dollars. They are just lying around and need to be collected. It's not that hard to do. Use your brain and get the coins if you have earned them.
Perhaps I may also have to adopt your method after paying this month's electricity bill as well.
Maybe if you follow my tipps and stop trying to waste electricity hoping to get the 6.6 bitcoins haha...
Yes, go a head let's beg Satoshi together. Eventually maybe he'll react to us and throw at us some bitcoins.
We all know he's here on the thread reading our posts secretly. If he wasn't reading the posts here, he surely wouldn't have funded his puzzle addresses again by 10x.
So have you stopped begging?
Damn son, you're actually right.
Thank you for reminding me.. I was really stressed out because my boss is destorying me and my free time every day at work...
#Day 4 Dear Satoshi, Here i'm asking you again my meister for some BTC BTC
32NYX3o1FDegf6nJiqKLi4DE25LYzSd72B
Thanks Satoshi
lol
Keep it up.. there is no way apart from yours 👍🏼 👍🏼Perhaps I may also have to adopt your method after paying this month's electricity bill as well.
speak english guys or at least some human language to understand what you are guys writing.
So have you stopped begging?
speak english guys or at least some human language to understand what you are guys writing.
@Andzhing @Evillo I believe that the person who created this puzzle did not put much thought into it. They simply selected a random number in a very ordinary manner to create the puzzle, and we may be unnecessarily complicating it. My point is that we should also consider these aspects when attempting to solve it. below in lime green text.
I am the creator.
You are quite right, 161-256 are silly. I honestly just did not think of this. What is especially embarrassing, is this did not occur to me once, in two years. By way of excuse, I was not really thinking much about the puzzle at all.
I will make up for two years of stupidity. I will spend from 161-256 to the unsolved parts, as you suggest. In addition, I intend to add further funds. My aim is to boost the density by a factor of 10, from 0.001*length(key) to 0.01*length(key). Probably in the next few weeks. At any rate, when I next have an extended period of quiet and calm, to construct the new transaction carefully.
A few words about the puzzle. There is no pattern. It is just consecutive keys from a deterministic wallet (masked with leading 000...0001 to set difficulty). It is simply a crude measuring instrument, of the cracking strength of the community.
Finally, I wish to express appreciation of the efforts of all developers of new cracking tools and technology. The "large bitcoin collider" is especially innovative and interesting!
***
https://bitcointalksearch.org/topic/m.58670653
combinatorics method, placement with repetitions, select from a set of 100 elements of 2 characters [00,01,02,03...97,98,99]
we get the number 22 characters long blablabla 00 01 02 03 04 05 06 07 08 09 99
or 9999999999999999999999 ((100; 11) 5653408585997652480000) ~2^73
9999999999999999999999/2^65 ~271 collisions, 2^73/2^65 = 256 collisions
1 collision when sampling from 100 if we do not take into account the exact number (we will rearrange it to get the right one)
we don’t care how we get the right numbers in what order we will rearrange them anyway to find the right one, blablabla 00 01 02 03 04 05 06 07 08 09 99 , 01 00 02 03 04 05 06 07 08 09 99, 02 00 01 03 04 05 06 07 08 09 99 etc...
11! 39916800
271 collisions 39916800×271 = 10817452800
this is for a seed of 2 characters, we can use any combination to create a seed Aa Ab Bb BA bA etc...
"Aa" 11! 39916800, 271 collisions 39916800×271 = 10817452800
"Ab" 11! 39916800, 271 collisions 39916800×271 = 10817452800
"BA" 11! 39916800, 271 collisions 39916800×271 = 10817452800
10817452800×1000(seed Aa Ab Bb BA bA etc...) = 10817452800000
made a selection of 50 out of 100
(100; 50) 3068518756254966037202730459529469739228459721684688959447786986982158958772355 072000000000000/2^65 (or 2^73) 83172367546103805632956336834744831338220102860894879569529077863864324986 collisions
of these 50 selected, one more sample
(50; 25) 1960781468160819415703172080467968000000/2^65 (of 2^73) 53147088188731933817 collisions
etc
(25; 11) 177925144320000/2^65 0,0000048226... collisions
ok. take (50; 25) 1960781468160819415703172080467968000000/2^65 53147088188731933817 collisions
53147088188731933817/10817452800000 = 4913087, factorial 11 must be sorted out all over 4913087×39916800=196114711161600 there is already a chance to calculate
['75', '45', '51', '72', '06', '38', '89', '88', '16', '20', '88', '38', '12', '16', '41', '43', '12', '22', '81', '33', '38', '12', '81', '60', '20', '89', '52', '13', '88', '08']
screening out...
['88', '81', '06', '89', '16', '88', '33', '81', '13', '33', '72', '52', '60', '13', '13']
loop start...
1 5288168860138933063313 hhEEEEhhhEEEhEEEEhEEEhEhhEhEhhhEhhEhEEhEEEEhhhhEhhEhEhEhEhEhEEhhhEEEhhhEhhhE
2 5260130613883313811689 hhEEEEhEhEEEhhEhEEhhhhhhhhEEhhEhEhEEhEEEhhEEEhEhEhhhhhhEhEEhhEhEhEEEEhhEEhEE
3 3360133306161389815281 EhhhhhEEEhhhhhEhhEhhhEEEEhEhhEEEhhhhhEEEEhEEEhhEEEEEEhEhhEEEEEhhhhEhEhEEhhhE
4 3388168881136013890652 EhhhhhEhhEEEhEEEhhhhEhhhhEEEhhhhhhhhEEEhhEEEhEEEhhhEEhEEEhEEEEEEEEhEEhhhEEhh
5 681131333131660725288 EEEhhEhEhhEhEEEEhhhhEhEhEEhEhhhEhEhhhEEhhEEEhEhhhEEhEhhEEhhhEEEhEEEhEEhEhhhE
6 3381135206603388721381 EhhhhhEhEhEEEEhhEhhhEEEhEhhEhEhEhhEEEEEhEEEhhEhhhhEhEhhhEhEEEEEEhhhEhhEEEhhE
8 660133381888913527233 EEEhhEhEEEEEhhhhEEhhhEhhEhEEhEhhEEhhhEhhhhhhhhEEEhhEEEEhEEhEEhEEhhEEhEEEEhhh
10 1388721381893388066013 EEhhEhEEhhEEhhhEEEhEhEhhEhEEhhhhEhhhEEhhhEEEhhEhEEEhEEEhEhhhEEEhEEhhEEhhhEhE
11 1381168113608889728806 EEhhEhEEhEEEhEhEhEhEhhEhhEEhEhhhhEhEhhEhhEEhEEEhEEEEhhEEhhEhEhEhEhhEhEhEEhhh
15 3388527288608106331389 EhhhhhEhhEEEhhEEEEhEhhhhhEhhEEEhEEhhhhEhhhEEEEhhhhEEhEEEEEhhEEEhEEEEhEEhhhhE
18 1652338960880633728881 EEhhhhhEEEhEhhEhEEhhEhhhhEEEhhEEhEEEhhEhhEEEhhhEhhhEEEhEhhEEEhEEhEEhhEEhEhhE
19 3352811389720616818860 EhhhhhEEEEhhhEhhEEhEhhhEEEhEhhhEEEhEEEhEEhhhEhEEhEhhEhEhEEEhEhEEhhhhhEhEEEhE
20 5288810688166072891381 hhEEEEhhhEEEhhEhhhEhEhhEhhhEhEhEhhEEEhhhEEhhhhEEhEEEhhhEEEhhEEEEhEEhhEEEhhEE
22 1313896013883316815288 EEhhEEhEEEhEEEhEhhhhhEEhhEhhhEEEhhEEhhhhhEhEEhEhhEhEEEhhEEEhhEhEhhhEhhEEEEhE
25 3381725288131388130660 EhhhhhEhEhEEhEEEhEhEEhhhhhhEEEEEEhhEEhhEhEEEEhhhhEEhEhhhhEEEhEEEEEhEhhEhhEhh
['32', '22', '67', '57', '86', '21', '55', '39', '48', '86', '46', '40', '41', '64', '23', '74', '85', '48', '11', '75', '94', '64', '03', '29', '86', '71', '07', '65', '46', '81']
screening out...
['67', '22', '86', '64', '48', '11', '48', '22', '71', '64', '48', '57', '94', '40', '40']
loop start...
1 4894716748644822402286 3[33[3[[3[333[[[[3333[33[3[[[3[[[[3[333333[[3[[[3[333[3[3[[[3333[[[[33[[[[33
2 6411574886224048946740 333[33[[3[[[33[3[[3[[[[333333[3[[[3[[3[333[[33[[33[[33[[333333[[3[33[[[[3[[[
3 1148228622487167649464 [[3[33[[[[[333[333[[[[33[3[3[333333[[3[33[[[[[33[33[3[[[3333[[[[3[33[333[3[[
4 6422718611674822404864 333[33[[3333[33[[3[3[[[[33[[[3[333[[[3[33[3[[33[3[[3[3[[33[[[33[[3[[[[[33333
5 4064716711484822578640 3[[3[33[33[[3[3[33[[33[3[[3[[3[[[33[[33[3[333[3[[3[3[[[3333333[[[[[[[[[33333
6 4840644886225722716411 3[33[[3[33[[3[3[3[[3[3[[3[[[[[[[333[3[3[[33[3[[3[333[[3333[33[333[[[[3[3333[
7 6764226440864848941171 33333[3[[[33[3[[[3333[[[33333[[[[3[33[[3[3[33[[[[333[[[[[3333[[[3[3[[33[[3[3
8 5794866748114864226448 33[3[3[33[3[33[[3[[3[333333[[[[3[33[3[[3[3[[3333[33[[[[[[[[[33[3[3[333[[33[[
10 6494487140228648644811 333[3333333[[3[[[33[333333[[[[[3[3[[33[[[333[3[[[3[[[[[33[33[33[[3[33[[[[3[[
['05', '20', '99', '07', '11', '00', '21', '92', '92', '99', '20', '92', '78', '88', '26', '25', '54', '62', '70', '37', '34', '54', '78', '59', '08', '49', '59', '64', '06', '37']
screening out...
['05', '49', '99', '78', '54', '05', '99', '34', '06', '92', '78', '54', '08', '99', '59']
loop start...
1 4906999954590592053499 1+11+1+1++1++1111+++++1111++1+111+1+++++++1+11+11+11++++1111++1+11+++1+111+1
7 4999345408990692055978 1+111+++1++1+++111+1+1++++++11++111+11+1+1+11+11++1++1+1+111+11+++1+1+111+1+
8 878345999990554065478 ++1+++1+++11+++1++111+111+1+1++1+1++1+1+1+11+1+111++11+11++111+11++11+1++1+1
12 899785934057854069992 ++1+++11+++++++11+++1111++111+1111111+111+11++++1++1+1+11+++11+111++++11+11+
13 4906929954990534995459 1+11+1+1++1++11+111+1+1++1++1++11++1+111++++1++++1+1++1++1+11+1+11111+1+1+11
14 678545408053499927859 +++11+1+1+111++111+++1++11111++++1+11++1111+1111111+1+++++++1+1++1+11+++1++1
15 699080554345449990559 +++11+11+111+++1+1+11+1+1+++1+1+1++1111+++1++1+11111+++11+++111++++1+1111++1
17 892065478990578594905 ++1+++1+1+111+1+1+1++++1+11+1++1++++++11+1111+111+1++11+1++11111+11+1+11+++1
19 878340599544959929906 ++1+++1+++11+++1++1+1+11+1++11+11111+1+11111++++11++1++++11+11+111+1+1111+++
21 899499954590592785405 ++1+++1+1111111+++1++1++11+++++1+111+1++1++1+111+11+1++11+11+11++11+++1111++
22 692499954780559780554 +++11+11++11+111+11++11+111+1+++11++++111++++++++1+1++++1111+11+11+1111+11++
24 4959990878995499059234 1+11+111+++1++1+1111111+1++11++1+++++11+1+1111+111+1++++++1+1+1+11+++11+++1+
26 5405990649780599085992 11+++1111+11++1+1+1111+1111+++1+++11++11++1++11+11+1++++111++1+11++++1++11++
28 5999089206493454547899 11+111+1++11+111+++1+1+1++11++1+1111+1+1111+++111+1+1+11+++++++1++1++11+++1+
30 3405065454499278990599 +111111+++11+1+1+111+111++1++11++1+1+++1++11++1++++++111+11+++111+++11+111++
31 5478590806789205999999 11++1+1++1+1++++++11++1+1+1++1++++1+1++1111111+1+11+++1+1++1111+++1+1+111111
@Andzhing @Evillo I believe that the person who created this puzzle did not put much thought into it. They simply selected a random number in a very ordinary manner to create the puzzle, and we may be unnecessarily complicating it. My point is that we should also consider these aspects when attempting to solve it. below in lime green text.
I am the creator.
You are quite right, 161-256 are silly. I honestly just did not think of this. What is especially embarrassing, is this did not occur to me once, in two years. By way of excuse, I was not really thinking much about the puzzle at all.
I will make up for two years of stupidity. I will spend from 161-256 to the unsolved parts, as you suggest. In addition, I intend to add further funds. My aim is to boost the density by a factor of 10, from 0.001*length(key) to 0.01*length(key). Probably in the next few weeks. At any rate, when I next have an extended period of quiet and calm, to construct the new transaction carefully.
A few words about the puzzle. There is no pattern. It is just consecutive keys from a deterministic wallet (masked with leading 000...0001 to set difficulty). It is simply a crude measuring instrument, of the cracking strength of the community.
Finally, I wish to express appreciation of the efforts of all developers of new cracking tools and technology. The "large bitcoin collider" is especially innovative and interesting!
zahid888 He also wrote that he used a "It is just consecutive keys from a deterministic wallet (masked with leading 000...0001 to set difficulty)" this means that he could use anything, but most likely a regular random 2^256 address. He could create the keys a month before filling, or a week. And one time is not enough to shove all the devilry there, the clock counters... all this nonsense has a range "Mersenne twister 2^19937 bit (624·32 (2^32 = 4294967296) — 31)".
***
test
it took to open the first 3 puzzles through seed()
a = random.seed(1,15000000)
a1 = random.randrange(512,1024)
if a1 == 514:
a2 = random.randrange(256,512)
if a2 == 467:
a3 = random.randrange(128,256)
if a3 == 224:
14429208 seed-steps, 514, 467, 224
for 4 it's been a long time to search 1,1000000000...
because when finding the first one, it is necessary to iterate over all the first ones until it suits the second one, etc.
1024×1024×1024 = 1073741824 for 3pz
2048×2048×2048×2048 = 17592186044416 for 4pz
etc...
probably needed for the whole puzzle 160-66=94, (2^160)^94 ~ 2^15040
2^15040 all pz
2^19937 twister
***
test
it took to open the first 3 puzzles through seed()
a = random.seed(1,15000000)
a1 = random.randrange(512,1024)
if a1 == 514:
a2 = random.randrange(256,512)
if a2 == 467:
a3 = random.randrange(128,256)
if a3 == 224:
14429208 seed-steps, 514, 467, 224
for 4 it's been a long time to search 1,1000000000...
because when finding the first one, it is necessary to iterate over all the first ones until it suits the second one, etc.
1024×1024×1024 = 1073741824 for 3pz
2048×2048×2048×2048 = 17592186044416 for 4pz
etc...
probably needed for the whole puzzle 160-66=94, (2^160)^94 ~ 2^15040
2^15040 all pz
2^19937 twister
Holy shhhit .. that's even waaaay harder than cracking a full 256 bits key.
zahid888 He also wrote that he used a "It is just consecutive keys from a deterministic wallet (masked with leading 000...0001 to set difficulty)" this means that he could use anything, but most likely a regular random 2^256 address. He could create the keys a month before filling, or a week. And one time is not enough to shove all the devilry there, the clock counters... all this nonsense has a range "Mersenne twister 2^19937 bit (624·32 (2^32 = 4294967296) — 31)".
***
test
it took to open the first 3 puzzles through seed()
a = random.seed(1,15000000)
a1 = random.randrange(512,1024)
if a1 == 514:
a2 = random.randrange(256,512)
if a2 == 467:
a3 = random.randrange(128,256)
if a3 == 224:
14429208 seed-steps, 514, 467, 224
for 4 it's been a long time to search 1,1000000000...
because when finding the first one, it is necessary to iterate over all the first ones until it suits the second one, etc.
1024×1024×1024 = 1073741824 for 3pz
2048×2048×2048×2048 = 17592186044416 for 4pz
etc...
probably needed for the whole puzzle 160-66=94, (2^160)^94 ~ 2^15040
2^15040 all pz
2^19937 twister
***
test
it took to open the first 3 puzzles through seed()
a = random.seed(1,15000000)
a1 = random.randrange(512,1024)
if a1 == 514:
a2 = random.randrange(256,512)
if a2 == 467:
a3 = random.randrange(128,256)
if a3 == 224:
14429208 seed-steps, 514, 467, 224
for 4 it's been a long time to search 1,1000000000...
because when finding the first one, it is necessary to iterate over all the first ones until it suits the second one, etc.
1024×1024×1024 = 1073741824 for 3pz
2048×2048×2048×2048 = 17592186044416 for 4pz
etc...
probably needed for the whole puzzle 160-66=94, (2^160)^94 ~ 2^15040
2^15040 all pz
2^19937 twister
https://towardsdatascience.com/random-seeds-and-reproducibility-933da79446e3
And how does this random.seed() work?
set some value and then Mersenne twister...
Mersenne twister 19937 bit (624·32 (2^32 = 4294967296) — 31)
for example, we take 3 random
random.seed(blablabla)
random.randrange(1,10)
random.randrange(1,10)
random.randrange(1,10)
we get for each of the 3 in order from the vortex of the first three?
1— 31
random.randrange(1,10) 1,4294967296 (624·2)
random.randrange(1,10) 1,4294967296 (624·3)
random.randrange(1,10) 1,4294967296 (624·4)
and if we take 624 random.randrange(1,10) period ends and a new one begins again
1— 31 next period
random.randrange(1,10) 1,4294967296 (625)624·2
random.randrange(1,10) 1,4294967296 (626)624·3
random.randrange(1,10) 1,4294967296 (627)624·4
and if we have a large sample of random.randrange(36893488147419103232,73786976294838206464) he spends 1 period for 1 sample or 624 and a new one (then why are they not repeated 2^32?)
or he these 19937 bit takes it all at once
in other words, to complete all puzzles with 1 seed() we need to iterate over this seed() to iterate over all variations of this 2^19937 bit ((2^32)^624)?
and seed() itself doesn’t matter (with brute force) you don’t need old computers to run it randomly in order to pick up the date and time, etc. to create the same bitcoin address.
random.seed(1, 2^19937) and all pz
random.randrange(36893488147419103232,73786976294838206464) 66
...
random.randrange(21267647932558653966460912964485513216,42535295865117307932921825928971026432) 125
...
random.randrange(730750818665451459101842416358141509827966271488,1461501637330902918203684832716283019655932542976) 160
and the puzzles themselves need to be multiplied 2^160×2^159×2^158...×2^66
and if it turns out that there may be collisions here , If 2^19937 the most options to open all the puzzles at once through 1 seed()
And how does this random.seed() work?
set some value and then Mersenne twister...
Mersenne twister 19937 bit (624·32 (2^32 = 4294967296) — 31)
for example, we take 3 random
random.seed(blablabla)
random.randrange(1,10)
random.randrange(1,10)
random.randrange(1,10)
we get for each of the 3 in order from the vortex of the first three?
1— 31
random.randrange(1,10) 1,4294967296 (624·2)
random.randrange(1,10) 1,4294967296 (624·3)
random.randrange(1,10) 1,4294967296 (624·4)
and if we take 624 random.randrange(1,10) period ends and a new one begins again
1— 31 next period
random.randrange(1,10) 1,4294967296 (625)624·2
random.randrange(1,10) 1,4294967296 (626)624·3
random.randrange(1,10) 1,4294967296 (627)624·4
and if we have a large sample of random.randrange(36893488147419103232,73786976294838206464) he spends 1 period for 1 sample or 624 and a new one (then why are they not repeated 2^32?)
or he these 19937 bit takes it all at once
in other words, to complete all puzzles with 1 seed() we need to iterate over this seed() to iterate over all variations of this 2^19937 bit ((2^32)^624)?
and seed() itself doesn’t matter (with brute force) you don’t need old computers to run it randomly in order to pick up the date and time, etc. to create the same bitcoin address.
random.seed(1, 2^19937) and all pz
random.randrange(36893488147419103232,73786976294838206464) 66
...
random.randrange(21267647932558653966460912964485513216,42535295865117307932921825928971026432) 125
...
random.randrange(730750818665451459101842416358141509827966271488,1461501637330902918203684832716283019655932542976) 160
and the puzzles themselves need to be multiplied 2^160×2^159×2^158...×2^66
and if it turns out that there may be collisions here , If 2^19937 the most options to open all the puzzles at once through 1 seed()
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-01 00:00:01 | Seed : 1420050600
Count : 1
Found : 0
Address256 : 1BTJjk5AY3FctsNrU1U69naHq5TzCWdZsi | Private Key : e4bac8f82a587ee91d294e75b8d3d3709cd8d25f5c07ff2be79fdd33206e6df0
Address 66 : 1Az6JLDmaWgtF5sYnvrFdhKExqxy5GQqS5 | Private Key : 2548d5d1dfbafa7a9
Address 67 : 1MmHWFLysUAteVryaph6WxJ3iRfyhHywAC | Private Key : 42f91b5148d678531
Address 68 : 1KWTDhmdDdgGvxZEApk3YkSXqWFEgkJznf | Private Key : f4b172d3db6ee38d7
Address 69 : 1LAJRWvYhs4ZKhRM8trRs9i2vftAvJqj97 | Private Key : 1a2f7296830db802e4
Address 71 : 1MQU6h7oxW7mbpfj9HBDXkgDsZKA7GtVoX | Private Key : 5cf86d09fd55eba007
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-01 00:00:02 | Seed : 1420050601
Count : 2
Found : 0
Address256 : 1Dr8p5nYbJpfyG2RQkeVxhYSWhUXcd7L41 | Private Key : 92dca344ec8b94cea9736003b01af257d326343362bc6b3ef8d914c9343329c8
Address 66 : 1MfgFePHYmY6wkT6ZUQ2ZqdS3BDXXvxa2T | Private Key : 3d962e874b00304d4
Address 67 : 1AZgq8rXd5AS7bc9FmZxf92ujgT2Docznh | Private Key : 5f498f58243cbde45
Address 68 : 1H7KXbrnQYLM8NEZuM9pRNiHeoETE4ree3 | Private Key : afc5c580ca9b1c078
Address 69 : 17WxmkhcmEXMznN1TRpC9bWqbbrQGnRc3n | Private Key : 16dcaebf3d685ccae5
Address 71 : 1CPb6h6HCoTnoTXhjnjkm36nLQgvgbNaE9 | Private Key : 71b88613957aa44424
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-01 00:00:03 | Seed : 1420050602
Count : 3
Found : 0
Address256 : 13G2J7ToPuk5HYZAunLmsBd68gbgDn8WK7 | Private Key : c7a1f0af3a6ef95406560f9bff2cef1ad62bcb6fb8ae9cbe664abe53d303b5e1
Address 66 : 16aDAhtzLm8pJ9sRqvYvUQCrJQDhwopE66 | Private Key : 2e86287c26a8887d9
Address 67 : 1Nyz4A1fpYTS6K1iRmxBJjo5FWdDW4Uo4H | Private Key : 4e3ee53ac1b9c76ca
Address 68 : 19Lj3m4JgayDEfawp5CBVGsj2Ff9rvz4zX | Private Key : 8bc6e08137e96f54e
Address 69 : 136pHyzsAPAnYbsLGu5FTTwdrSSGCLp2Bg | Private Key : 18b47eb0aed3c4c325
Address 71 : 1xp4b7dTHndWjAtkDUN6kaP3D6Agua3Rv | Private Key : 55cc481b176a13d656
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-01 00:00:04 | Seed : 1420050603
Count : 4
Found : 0
Address256 : 18ncR82y9faFmyRhQtd6PbtX7pJD4KUXvV | Private Key : f11877114f334a08f7fdb88172a9679d2f9aa01cc8a3270a87f2d4ff2f0a6825
Address 66 : 14CEWnB473oYfDrLQMsKTPyxxoxYXSYWSS | Private Key : 3cb4dfc04c0c37395
Address 67 : 15sW9a5Fb5ev9yvPQty3FhYbLfdB5junt2 | Private Key : 4bf8b4d7f3553c912
Address 68 : 167gaJXsrAccUc7sUrxtUQRuYz7kpDYDWx | Private Key : dd0f1f8aeb5e66a08
Address 69 : 1GRffSkZC611mtfepDBR9hikq9yf6KQDv6 | Private Key : 1e9724128c1016829b
Address 71 : 1Bwfh4NhULBcQby3QP8x9pghTdph2du9qq | Private Key : 6bfa24a7abf2a4d853
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-01 00:00:05 | Seed : 1420050604
Count : 5
Found : 0
Address256 : 1KMGps4o6HimXSNiTi3tLJuUHmrhQX6sG8 | Private Key : dce76ef2eaf10f347dbea7ae1a0389c510d4a65dd78e7227f29317ab19e0f86f
Address 66 : 1JoKLNqP7EbVt22QHLddCshtZd6SkhbrCf | Private Key : 389d0e5d13cbda394
Address 67 : 1FmYtDBKbqzMQq7GLevVXAXaFRoiFC4ueL | Private Key : 6263db47da3999618
Address 68 : 19dsDu4HCF2e4L7SGcuPnM2KeEb9BRN76y | Private Key : f392c5f5daa1f30cf
Address 69 : 12SwkUfXV4E8xSeXbj1CKrfKAAPPUqAaZ6 | Private Key : 1b746c0b93e5e2c50d
Address 71 : 1M8firfDaEmwoJspfgw272gifA5jNZgK4B | Private Key : 440dca8c5d60624273
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-01 00:00:06 | Seed : 1420050605
Count : 6
Found : 0
Address256 : 19PQKenHPvw4YjFeKcb4XfBLvsr2QWePKs | Private Key : cdc290690d75235f71e9bb9f51eb1ffa35dd5b0e751703cf67dd12c82d412d58
Address 66 : 1KfJNNGLtH5vLTp7vzoqggd4PzuFgWQSA | Private Key : 3183af05a713da50a
Address 67 : 1DwqTjCmXKYW61z4h1pRjjqfhnWHgXx6qS | Private Key : 5fb19aadeb5e4aca7
Address 68 : 1ENnei544BLZ8K68H1iXuwPhuFXxDTyW98 | Private Key : fb75384115c9ebd8b
Address 69 : 1KNoDM4BoHH6hL8ySnWRRgEiY8HD9Cgxpj | Private Key : 1041559e3788666df4
Address 71 : 1CFngHByQy9XXohG6UaHzpgZVxLabBt4zj | Private Key : 77e3945e27e8192f3a
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-01 00:00:07 | Seed : 1420050606
Count : 7
Found : 0
Address256 : 1P1zzdDkThSbvYm4TKw5L2rm5yTES126vT | Private Key : e754ce3531069f773f2a5518b3177aec0d08e26aaf4f844d49f44b1fa5ac1076
Address 66 : 12xTD3Scr8iETSQXWWokUnqAem6RYgNpAp | Private Key : 3817fa2f65d364198
Address 67 : 1PDt49D5P2BEKJVQBEi2Mbi1ki3ZTctJbu | Private Key : 4d5b1611e03d7cb6b
Address 68 : 18nhxjmJu1tRM6fAE4Tv2aWug74UCkDPxh | Private Key : c32319307a6f27354
Address 69 : 1AGiWsUu26JWzpWDSPErK2cNmn92w4yQya | Private Key : 183002e8154814db45
Address 71 : 1ia6K1r4UypsvsFhXMZ7S2jTDLvcJG9dP | Private Key : 53ee8b01aa9c7d8332
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-01 00:00:08 | Seed : 1420050607
Count : 8
Found : 0
Address256 : 16SbXLUMQtzsELfbrtF3tCK3U7kEmJuPQF | Private Key : f21a44ee1b97803567465fc521e46816b00f5c41e86d0a48ac8a9efb5601525b
Address 66 : 1GMPnqixgFuJ2NQs2zYvNshg7o38NANjQG | Private Key : 2454bb009a5c5207d
Address 67 : 1uJgzmVFroM8YCV86YCo7fNm5s8aEcygv | Private Key : 5782c8d131968d48f
Address 68 : 17sgVY5qjGC8FrGQqVBGJQH8KMi9kfpWmJ | Private Key : bbe2e2f12baaa41b7
Address 69 : 17LRj6We1tan5nizjQH2BT4tXHe6uBppNQ | Private Key : 19fe56d7ba38f8c1eb
Address 71 : 18gkGYgzteZwYYVXK7ZpCcLNdPDbpegM8U | Private Key : 53a53772befaf30af0
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-01 00:00:09 | Seed : 1420050608
Count : 9
Found : 0
Address256 : 1CJmhz5jvVVhGkGW7hPuSNG5YnGxZ2eDth | Private Key : 8041c3ada06f578bbe89e14ef3937d61ab1ab693908c4ed0b354af4575da2877
Address 66 : 1FDtQAsaKi99QvHUQwELMJegWRxV7fTQbF | Private Key : 2dfc0de4cd930a3e6
Address 67 : 15rGfT4VW57q1k4HfAkw7XMASwoxL5vE36 | Private Key : 7fb4514f9e6f24ad8
Address 68 : 1EQXLtaSYUssoNkZwN5JX5t7kkHEFLEkys | Private Key : f31ce989454af48db
Address 69 : 19cLcc9XVydLrLSmjiQxc42xjqzfKU9vEv | Private Key : 1a9a598ab15e006ccf
Address 71 : 1J9HVkWa4M5MdTKX4NvmdotkRdzaofPz8C | Private Key : 4f049bf53a6106b483
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========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-15 23:59:55 | Seed : 1421346594
Count : 1295995
Found : 0
Address256 : 1ChwcnSgYXWpFZ5Xi61prnKTHxTBGj8dLN | Private Key : c3230c450baa2bc25b892cbab21a5969e5e0ea25f36cfb7b542bd55d18eba525
Address 66 : 1KhZfx55GPjXqPW763tUop2GmCTxDdQ8wG | Private Key : 38f36c953b79c218a
Address 67 : 15SeCivu2XAnhWj5tuLamiUvuEMdXj1DfP | Private Key : 6de525e51955a2528
Address 68 : 15u6jJeiKKjqG6agg8C1H9qqCKArYitBb2 | Private Key : e23d4a6d6f66ea319
Address 69 : 1DWupLQvoCJQ9VfF8ebNjdp1Lm9R8mttDw | Private Key : 1e9bb45f456c1a262f
Address 71 : 1EjE3AyqPSMXsL3nmp2TjfsqsqgbdE2WNr | Private Key : 7cc6457dbbdf2b93bf
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-15 23:59:56 | Seed : 1421346595
Count : 1295996
Found : 0
Address256 : 1C65KRwEe8TxdHaeMKSsRub2DAW5EBeHuq | Private Key : 90d117c59dd13415a447b47b133369c04912af783a635fae2039d93fa3245e2f
Address 66 : 1LoQhMpnytmYZCpA7wE3tjr4PqsWiauhfd | Private Key : 26dd7f242ae633fbb
Address 67 : 12BtbdPbqXQvnJFmPtsYeopxwMXRph9cSU | Private Key : 5b836c6f45685b744
Address 68 : 176u7edeZ4sMRWSE7zvtgjnEHCPpqb7C9Y | Private Key : 8cd451d9594e3cbc5
Address 69 : 17Gjx4m9m8c5fkHntUoY7XroEZQgXAz5kS | Private Key : 16a59d474482109b2c
Address 71 : 1PvfKDv1E66JXy4iP9tMQcmXE3Wh3GFQQG | Private Key : 475213c43a61cad86b
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-15 23:59:57 | Seed : 1421346596
Count : 1295997
Found : 0
Address256 : 186KHbfG3CDhawoGHgrN7hxHeDqHfZbQpF | Private Key : f3e4282862805cfae05e807b7d20cc6784e070f8c42cb2f638260686d49d63c9
Address 66 : 1GFT1Q8kbFYwZ1SqFZ8YhhjEUsfXqUkfBA | Private Key : 20daaea084ed652f8
Address 67 : 18uuasNQdFpRqqoCF1ddiS61exbXtXf2Eh | Private Key : 460190ef0c2a0ca22
Address 68 : 183Fui8heV7qFNPrytveJtiPgLFTwQ7vEC | Private Key : cef7a7c13d3f4db54
Address 69 : 1Xam2BcHCfGuNhLmNs4TRVuqmjHM8wfwm | Private Key : 183766a7ac3bacb498
Address 71 : 1PDVfuRbA781zVA8cAQWfuBLHUV9rL9BY5 | Private Key : 77d201b8b80e8a14b8
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-15 23:59:58 | Seed : 1421346597
Count : 1295998
Found : 0
Address256 : 12atDLfb4KV3XXoLWPGokNd1t6azdZaUBV | Private Key : b14042b6e0cb268a91f6547da62af1aa484468be4d0f52fe9527a6b37eee2c7b
Address 66 : 1Pc17d48VZQwpesMAeQYLXfN5ZVM7bzdYr | Private Key : 351c18c1ea25542fe
Address 67 : 1G9322XXzN1CcDNvFuW7NZr3CyKNqgac98 | Private Key : 450c444707e064ab2
Address 68 : 1KnbxSVasKafiFeShXLNJgW8ZC2R3297NR | Private Key : f69842966eee140fa
Address 69 : 1BF6SzsPFKtg6iLE8VpUWXNH9YRpyxPk1C | Private Key : 1dd3df6ebe2d0149de
Address 71 : 1K6KYQfocXLh3TeU7TjwnEgVuZhvugFheE | Private Key : 52b54cb0a381d483d4
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-15 23:59:59 | Seed : 1421346598
Count : 1295999
Found : 0
Address256 : 1BNQgon7i2tixwrF7omM6u6kNwcAPEtB9u | Private Key : b48ed5e51876e324c669af2118e2e751c7fb081d6ad5d50dbdf1e4441172a800
Address 66 : 1FSLuYfNbmPjjiSfnKjWge99GkzbuAJyGp | Private Key : 3d704d25741791e1a
Address 67 : 14Sg2BpFqEf9vtZeyoiBJDzccZVE5iNk5P | Private Key : 7241e9386058e0bb6
Address 68 : 1CQ7AgzMUeB6gDcyDLZNdDRLEijFSebyp2 | Private Key : 9ceff97e446c38f0e
Address 69 : 14Ter1E6azSYUnHfzUAGZXiMeVM6nyoLE3 | Private Key : 19febb496cf213d509
Address 71 : 1CsJ3hKHV3BhiVVv3usMWjAbAHn8v59JqB | Private Key : 79a2d5a6cb2b9f52bc
========================== One Seed Derived From TimeStamp ==========================
Timestamp : 2015-01-16 00:00:00 | Seed : 1421346599
Count : 1296000
Found : 0
Address256 : 1LKf6GtJp8uinFjvjjvQgycqAiVL4Lp2qK | Private Key : e3c4af8815712f4df235c75cf2734b544c2cea136f68e51e8e4820bec10a5709
Address 66 : 1HEDwUEhMtFks4yKqYLgCc5kjzGVDo473X | Private Key : 24affb0b21a726a4a
Address 67 : 145vwRaHA5twVc745PA7eF2xS7hyYDnPMh | Private Key : 7426c73d1bc846b60
Address 68 : 17ZxFWr17RX1QmJckpru3ZXmHARViQxtT9 | Private Key : 839a767615aaada03
Address 69 : 1PSnpF4mKwUpMWGU8Gu7MAwzScFsqRDfxb | Private Key : 10f57bb37dbf89429a
Address 71 : 1CXLHACQ99SdkKTG8tUvLpbCJNhiGpjTko | Private Key : 4748ac961061615bf7
Timestamp is definitaly not
Hi there guys,
Considering your experience, how many keys a pc can scan in 1 second?
No kangaroo, no BSGS, but only random combination.
Considering your experience, how many keys a pc can scan in 1 second?
No kangaroo, no BSGS, but only random combination.
Code:
import time
def calculate_pi(n):
start_time = time.time()
s = 0
for i in range(n):
s += 4.0 * (-1) ** i / (2 * i + 1)
end_time = time.time()
return s, end_time - start_time
n = 1000000
pi, elapsed_time = calculate_pi(n)
print("Pi: %f" % pi)
print("Elapsed time: %f seconds" % elapsed_time)
print("Digit production speed: %f rakam/saniye" % (n / elapsed_time))
def calculate_pi(n):
start_time = time.time()
s = 0
for i in range(n):
s += 4.0 * (-1) ** i / (2 * i + 1)
end_time = time.time()
return s, end_time - start_time
n = 1000000
pi, elapsed_time = calculate_pi(n)
print("Pi: %f" % pi)
print("Elapsed time: %f seconds" % elapsed_time)
print("Digit production speed: %f rakam/saniye" % (n / elapsed_time))
My android capability is 1.1 million/sec lool
Hi there guys,
Considering your experience, how many keys a pc can scan in 1 second?
No kangaroo, no BSGS, but only random combination.
Considering your experience, how many keys a pc can scan in 1 second?
No kangaroo, no BSGS, but only random combination.
Code:
import time
def calculate_pi(n):
start_time = time.time()
s = 0
for i in range(n):
s += 4.0 * (-1) ** i / (2 * i + 1)
end_time = time.time()
return s, end_time - start_time
n = 1000000
pi, elapsed_time = calculate_pi(n)
print("Pi: %f" % pi)
print("Elapsed time: %f seconds" % elapsed_time)
print("Digit production speed: %f rakam/saniye" % (n / elapsed_time))
def calculate_pi(n):
start_time = time.time()
s = 0
for i in range(n):
s += 4.0 * (-1) ** i / (2 * i + 1)
end_time = time.time()
return s, end_time - start_time
n = 1000000
pi, elapsed_time = calculate_pi(n)
print("Pi: %f" % pi)
print("Elapsed time: %f seconds" % elapsed_time)
print("Digit production speed: %f rakam/saniye" % (n / elapsed_time))
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