User talk:Dkf
Welcome to Rosetta Code! My name is Mike Mol, and I write C++, Perl and PHP for a living in a small shop catering to specialized industries. I'm the guy on top around here, but, honestly, I do what I can to avoid interfering with the activity of the site. I watch the Recent Changes feed and step in if I feel my input is needed, or if I simply have questions of the folks involved in an existing discussion. Otherwise, I just keep the server running and try to help the site grow. If you have any questions, drop a line in my talk page or the Village Pump. Chances are, Mwned, Paddy, Kevin Reid, Shin, Neville, PauliKL, MBishop, Ce, IanOsgood or any of the other regulars around here will have input for you, and I don't often disagree. If you need something from me specifically, well, I'm on break for the next twenty or so seconds. :) --Short Circuit 00:17, 13 May 2009 (UTC)
F# RCSNUSP page
I implemented the bloated version and put it in, but the original comments had been placed under a different header and the little box that says "RCSNUSP/F Sharp is an implementation of SNUSP" is covering the edit button for the original comments so I can't change them. I took out the "program" header thinking that maybe that was the problem, but now both edit buttons are covered by their own little box which keeps me from doing any further editing. I don't really have anything more to edit here, but can you maybe see if you can do something about it for the future? Thanks and sorry to bother you. [Preceding comment was made on 14:20, 29 December 2009 by Darrellp]
- All fixed up. Just had to move the <br clear=all> line up a little. I took the opportunity to add another heading for the Bloated impl too. –Donal Fellows 18:04, 29 December 2009 (UTC)
Ok but
Ok, but this page exists for a reason, and now Object Serialization is there since I've added needs-review (and now I see someone put an incorrect with explanation); both enough to see the page where people should look to fix things. If you want a special "note" for you, you can watch the page... I've a lot of watched pages, there just to rimind me that I've something to do on them, even though still I've not done that something. I believe the categories should be left alone (unless you want to add specific info about the Tcl language, not about specific example). Anyway this is just my opinion. --ShinTakezou 11:14, 14 May 2009 (UTC)
math
Fixed. --Michael Mol 05:49, 13 March 2010 (UTC)
- There's a pool of people doing things for Tcl; the reminder is not just for me, but for others too. (Don't worry so much about transient things, OK?) —Dkf 12:07, 14 May 2009 (UTC)
- Isn't this enough? (It already automatically contained the task, even though the page wasn't edited; now it is). I am not worried, tried just to keep things clean and coherent (even though it is not my busyness maybe) --ShinTakezou 13:13, 14 May 2009 (UTC)
- It's all gone now anyway. —Dkf 12:37, 15 May 2009 (UTC)
- That's a good point, though; That should probably get linked to in the language template. Take a gander at the new beta language template staging ground, and see what you can do. Also see if you can add it to the header template for the unimplemented in X pages. --Short Circuit 22:24, 15 May 2009 (UTC)
Language Comparison Table
Hi Donal. Could you have a look at the Language Comparison Table? I had a crack at it a while ago, but I'm sure it would benefit from your perusal. Cheers. --glennj 18:14, 12 June 2009 (UTC)
If you do make changes, could you make corresponding changes to the language pages using the parameters in the language template? Thanks. --Mwn3d 18:31, 12 June 2009 (UTC)
- I already was maintaining the parameters in the language template, and the LCT only needed a minor correction (nothing which I thought needed a real change elsewhere). There is a discussion/justification of the categorization parameters on Category talk:Tcl...
Overlapping divs
If you change to the rosetta theme (which I thought was supposed to be default by now) a lot (if not all) of the overlapping div box problems are resolved. --Mwn3d 21:46, 17 June 2009 (UTC)
- I merely use the default theme, like most visitors to the site will. —Donal Fellows 21:48, 17 June 2009 (UTC)
- I've stopped seriously thinking about the Rosetta Theme myself. I like the colors, layout and text styles, but it has compatibility issues with IE6 that I couldn't get around last time I had time to spend on it. (IE 6 is my current oldest IE browser target. Sadly, I expect it to continue to be fairly common for several more years. It currently accounts for 34% of IE visits, and IE visits account for 22% of overall visits. Oddly enough, IE6 is the version of IE where the user is most likely to go on and use the site, and the most likely version of IE where the user will go on and edit a page. ) Whatever the bit is that fixes the overlapping divs, that should go in MediaWiki:Common.css. --Short Circuit 03:56, 18 June 2009 (UTC)
RCHQ9+/Tcl garbled?
It appears your cut and paste didn't translate well -- the switch statement has gotten garbled. --glennj 20:34, 22 July 2009 (UTC)
- nevermind, I see the talk page there.
Ethiopian Multiplication reformat
Liked it. Thanks! --Paddy3118 11:26, 23 July 2009 (UTC)
Your discussion about J
"it's clear that excessive terseness is an issue with J code"
This can be an issue with any kind of code but I'd like to give you an e-high-five for recognizing it with J and pointing it out. --Mwn3d 12:42, 31 August 2009 (UTC)
- I believe people are mis-identifying a vocabulary problem, here. People have problems reading J, people see J is terse, people think their problem is J's terseness. But, they would have the same problems, or worse problems, if J was not terse. (Given any J expression, expanding it into a more verbose expression is a trivial exercise. But you still need to know what the words mean, no matter how they are spelled.) Meanwhile, teaching J to non-programmers is easy, but teaching J to programmers can be difficult because programmers "know" things they learned from other languages -- things which usually turn out to be mistakes, in J (for example: how to implement algorithms efficiently using loops or recursion -- that said, programmers with some background in SQL might be more comfortable with this issue). Rdm 21:10, 31 August 2009 (UTC)
- My aversion to terseness comes from working on supporting codes for multiple years. It's correct that the natural level of terseness varies with language though. —Donal Fellows 10:56, 1 September 2009 (UTC)
- (Need input from all you folks watching the recent changes feed here) I have noticed that vocabulary makes J difficult for me to understand. Is J's vocabulary such that it could be compared or related to other languages on a word by word basis, such as what one might find in a dictionary equating words in one language with words in another? Even if there aren't direct word-word equations, can a word be described as a phrase in another language? I could see such a thing as being equivalent to a study guide, key or legend. --Short Circuit 14:47, 1 September 2009 (UTC)
- There is the Vocabulary page of the J Dictionary, however the J Dictionary is not very enlightening for beginners - understandable given its primary purpose is to serve as a specification for the language implementation, rather than a study guide. Instead I'd recommend the book J for C programmers (available free online or as hard copy) as a well written intro to J and array languages, especially for those coming from scalar-oriented languages, not just C. Don't skip the Foreword!!. If you're wanting a Quick Reference, then I'd suggest the J Reference Card. --Tikkanz 21:53, 1 September 2009 (UTC)
- The more I write code and work with other peoples', the more I find that terseness isn't a virtue. Clarity of expression is much better, especially since its usually the case that clear code is easier for compilers/optimizers to do something good with. The other thing I've learned (and keep learning) is that getting over clever is not a good idea if it just ends up defeating the hardware's cache management; the core of the Tcl
string mapcommand is very stupidly implemented, but switching to a fancy Rabin-Karp implementation was actually a slow down in practice because of the overhead of building the matchers and the difference in memory access patterns. Doing it the stupid way worked best because it allowed the hardware L1 cache predictor in modern CPUs to function most effectively; a real eye opener that indicates why its always worth measuring performance rather than guessing! - I suppose it all comes down to the principle of always try the simplest clearest thing that could possibly work, as that's the best option in such a huge number of cases. And there's a real tendency of many programmers (yes, myself included) to lose sight of these things. Which brings us back to J. They've clearly chosen to go down the short/very expressive path, and the language will attract a number of very smart people who will do amazing things with it in very little code. But they'll only ever attract the very smart, and the very smart are known for being fickle. The language is doomed to remain esoteric, rather like APL. —Donal Fellows 14:27, 31 August 2009 (UTC)
- I think terseness is a virtue unless it obscures clarity. As you point out it is usually best to make things simple. If you can express a concept in a couple of words rather than a couple of sentences it is easier to digest and quickly get a feel for what is important. Then you can start investigating the "but what if" questions. It is much quicker and easier to keep focused on answering those questions if getting the answer doesn't require you to write half a page of code first or think too much about the details of how the computer might implement it. One of the comments frequently made by people having learned J and APL, is how it helps them think differently about problems even when coding in scalar languages. You may find the following papers interesting: Notation as a Tool of Thought (Ken Iverson's Turing Award Lecture), Language as an Intellectual Tool: From Hieroglyphics to APL(4MB).
- Of course as has been pointed out, you first have to learn the language. In the case of J (and APL), "learning the language" means just that (vocab, grammar, etc.), not just syntax. That doesn't mean it takes forever to gain any proficiency - just like any human language, you can usually get a lot of things done even with a limited vocabulary. --Tikkanz 23:13, 31 August 2009 (UTC)
- Terseness has nothing to do with readability or understandability. Chinese ideograms provide one symbol for each complete word in the language, much like J or APL. Chinese text is extremely "terse" when compared to English, but I'm sure if you told a native Chinese that their language is harder to understand than English because it is too terse, they would disagree.
- Readability/understandability of any text is simply a function of familiarity, not terseness. The reason that many common programming languages are "readable" to many programmers, is because one language will often use constructs that are similar to other languages, which the reader is already familiar with. The reason that J seems hard to read is because the reader doesn't understand the language, not because the language uses fewer symbols. J sacrificed similarity with scalar languages for the higher goal of a simple, consistent, precise, executable notation.
- A similar argument can be made for comments. If the reader is very familiar with a specific programming language, well-written code in that language will self-describe its' processes to that reader. Of course, code can be written to disguise its function, and poorly-written code can still be difficult to read. Comments are still useful for readers who are not proficient with a specific language, but who must maintain that unfamiliar code. -- Teledon 1:46 1 September 2009
- One of the key purposes of this site is to show to non-experts in a particular language how to use it to do tasks that they may understand from their knowledge of other languages. This suggests that using longer names and more comments than you otherwise would is likely to be a good plan... —Donal Fellows 10:56, 1 September 2009 (UTC)
- I think Teledon has a point. J may well be great, but because it is so unlike the C and Lisp and forth based languages that I know more about, it remains impenetrable to me, and probably most other RC readers.
- Even so, I think the J guys should write good, maintainable, idiomatic J and maybe help out us poor, non-J readers maybe by answering questions on the talk pages?
- This sounds like a good idea, but how do we find the questions in a timely fashion? Perhaps we should introduce a new category (potentially for each language but of course also for J), for people to use when asking for clarification? Rdm 20:28, 2 September 2009 (UTC)
- Like one of these? Category:Maintenance ... There are templates that put pages in there, but I don't recall offhand which put pages where. --Short Circuit 21:34, 2 September 2009 (UTC)
- At one time I was in the Texas Instruments camp against the HP Reverse-Polish Notation calculators. Then I learnt all about Reverse-Polish when writing an interpreter and revisited my earlier conclusions on RPN and new that they were rubbish. Later, before I learnt a Lisp-like language I was careful not to reject their claims, and I did learn what made it so good to program in at the time. But now I prefer Python for most things, and am being 'tickled' by Haskell/OCaml/D/Oz. --Paddy3118 11:07, 1 September 2009 (UTC)
- Writing code that is both idiomatic and maintainable is a good target. (Indeed, that's the case for any language but some have more of a culture of it than others.) Which leaves a suggested thing for the J community to do: go through the existing solutions in J and evaluate whether they are good style (from both technical and pedagogic perspectives, of course); I've already been doing this with the Tcl solutions, but I'm not in a position to be able to do it for every language. There's only a fixed number of hours in the day... ☺ —Donal Fellows 12:28, 1 September 2009 (UTC)
- At one time I was in the Texas Instruments camp against the HP Reverse-Polish Notation calculators. Then I learnt all about Reverse-Polish when writing an interpreter and revisited my earlier conclusions on RPN and new that they were rubbish. Later, before I learnt a Lisp-like language I was careful not to reject their claims, and I did learn what made it so good to program in at the time. But now I prefer Python for most things, and am being 'tickled' by Haskell/OCaml/D/Oz. --Paddy3118 11:07, 1 September 2009 (UTC)
Most of the J code presented in the RC J examples are considered good form - to J programmers. The main issue is that programmers familiar with other languages tend to expect an algorithm statement to have explicit iteration, and perhaps consume several lines of code. What is "good form" to a J programmer isn't necessarily easily readable to programmers familiar with scalar languages.
I agree with Donal Fellows, in that more detailed comments and algorithm explanations are required for every code example in the RC forum, since the whole point is to help readers unfamiliar with that specific language understand what is going on in the code. The more unconventional a language is, the more explanation required. Hence, J examples in RC should display good coding practices (for J) in the example, but that code example should also be accompanied with thorough explanations and comments, all of which should be more thorough than if the audience was just J programmers. For that matter, this advice should be applied for all RC code examples. Teledon 8:47am 13 October 2009
- J symbols can easily be assigned English words, just as mathematical symbols can be assigned words.
- For example, take the mathematical equation x = y ^ 2 + 3 * z
- One can write this this in pure English as: "x equals y squared plus three times z"
- However, this is not typically done, because the result is more verbose than necessary.
- This is even more true with J. Take the J expression to calculate the average of a group of numbers:
- avg =. +/ % #
- avg 45 66 35 86 24
- 51.2
- avg i. 100 NB. Find the average of the number sequence from 0 to 99
- 49.5
- For "clarity", one could assign each J symbol or expression an English name:
- sum_up_all_numbers =. +/
- divide_by =. %
- count_the_number_of_numbers =. #
- Now we can write our J function in English words:
- avg1 =. sum_up_all_numbers divide_by count_the_number_of_numbers
- avg1 45 66 35 86 24
- 51.2
- avg1 i. 100 NB. Find the average of the number sequence from 0 to 99
- 49.5
- For someone not familiar with J, the English word approach may be easier to read. However, a typical J programmer would never do this, because it would require too much typing. Anyone marginally familiar with J symbols would immediately grasp the original code much quicker than the English translation. The correct form for J programs is to use the primitive J symbols, which will make the resulting code terse. For J programmers the terse form is much easier to read than an English-substitute version.
- The issue here is: Just how far should the J programmer go towards expanding an elegant J expression into a verbose English translation, in order to help newbies understand what is going on? In my opinion, not very far. The whole purpose of an efficient notation is to allow a complex algorithm to be defined in a simple, concise way that can be scanned and understood in a single glance. It is true that this kind of proficiency in reading J code is not obtained overnight. However when one becomes proficient with J, you discover that you can deal with complex processes as a whole, that were not possible before you learned J. The notation you use to describe a problem shapes the way you think about the solution. J will change the way you think, and change how you approach the solution to problems. Whether this is good or bad depends on your viewpoint. Teledon 1:46 10 September 2009 (Skip Cave) Ref. Notation as a Tool of Thought (Iverson) - [1]
- It's all your (collective) call. I'm just of the opinion that for the purposes of this site it is worth being more verbose than you otherwise would. Increased comment length is one of the best ways of doing this IMO (not that this is a specific comment). The other thing to watch for is where code is making use of assumptions that are obvious to experts in the implementation language, but which are mysterious to everyone else. Again, it's a universal problem but the more a language has implicit things, the harder it is to grasp a particular solution at a glance. (Of course, you and I probably differ over the definition of the correct level of implicit-ness, but that's just both of our opinions differing. I expect neither of us to change.) —Donal Fellows 08:20, 10 September 2009 (UTC)
GeSHi and Tcl
FYI, our Tcl langfile for GeSHi has issues with langcheck. Would you be interested in putting together a better language file? (This comment was made on 06:29, 13 December 2009 by User:Short Circuit)
- I don't grasp what the nature of the failure is, but there are a number of things that ought to be done anyway; the set of useful things to highlight has evolved since the Tcl langfile was written and there's at least one significant issue that I know of (namespaced names highlight wrongly). Alas, I don't know how long it will take me though. –Donal Fellows 19:21, 13 December 2009 (UTC)
- Just whip it together using AutoGeSHi and send the files my way. I'll drop them in for live testing, and we can iterate through it. :) --Michael Mol 21:36, 13 December 2009 (UTC)
- The format of the file isn't the problem. Working out what exactly to put in there is. There are a number of syntactic tricky bits; cases where the language parser works a bit differently to most languages. The most noticeable ones are that the language has no keywords, and comments are handled during parsing, not lexing. Moreover, I've a lot of other things on right now at both work and home; no blame, but that's how it is. –Donal Fellows 23:11, 13 December 2009 (UTC)
- You can always drop me a note at BenBE@geshi.org for some more information on what GeSHi expects in the langfile or how to do particular features. Depending on the issue I even might help a bit with putting together the RegExps and some other complex issues of the language file. As I don't know Tcl I won't be able to fix issues in the langfile though - I just can handle updates and testing things. In addition it's always good to get some example sources and a brief description of how it should look. --BenBE 03:12, 3 February 2010 (UTC)
- The format of the file isn't the problem. Working out what exactly to put in there is. There are a number of syntactic tricky bits; cases where the language parser works a bit differently to most languages. The most noticeable ones are that the language has no keywords, and comments are handled during parsing, not lexing. Moreover, I've a lot of other things on right now at both work and home; no blame, but that's how it is. –Donal Fellows 23:11, 13 December 2009 (UTC)
- Just whip it together using AutoGeSHi and send the files my way. I'll drop them in for live testing, and we can iterate through it. :) --Michael Mol 21:36, 13 December 2009 (UTC)
User pages
Please don't edit user pages directly, even if they haven't created it yet. For something like that, I'd leave a friendly greeting and some advice in their user talk page. --Michael Mol 16:30, 23 December 2009 (UTC)
Question on Nan
One of the wonderful (or horrible - your call) properties of Tcl is that it is type-free. Or at least that's the way I understand it: everything is just strings of bytes; code, data, numbers, processes, text - at the bottom it's all just strings of bytes. Whether something is a "number" is an interpretation; "set a 5" creates a length-1 string containing the byte that can be interpreted as the ASCII symbol "5" or the number 5 (or any other way). So it would seem utterly natural to me to
(Tcl) 1 % package require Tcl 8.5
8.5.8
(Tcl) 2 % set nan NaN
NaN
(Tcl) 3 % expr {$nan+0}
can't use non-numeric floating-point value as operand of "+"
as opposed to, say
(Tcl) 4 % set nan Booger
Booger
(Tcl) 5 % expr {$nan+0}
can't use non-numeric string as operand of "+"
Because "NaN" can be interpreted as a number, while "Booger" has no such interpretation. (My 8-year old disagrees with this, by the way). I would maintain that "set nan NaN" does not only have the exact same outcome (generates the same result) as "binary scan [binary format q nan] q nan" but that it is actually more idiomatic, more Tcl'ish, more the way of "Tcl does what you expect".[Edit: sorry about that, wasn't logged in. That was me. :-) Sgeier 01:34, 20 July 2010 (UTC)]
- Now that I'm not exhausted, I agree. :-) –Donal Fellows 06:03, 20 July 2010 (UTC)
Chime in on Hough Transform
Could you wander over to Talk:Hough_transform and chime in? I notice you're the originator of the task, and there's been a lot of interest in it lately. --Michael Mol 21:07, 9 August 2010 (UTC)
Filling out Rosetta Code:Add a Task
Could I get you, Rdm and Paddy3118 to give Rosetta Code:Add a Task a thorough treatment of examination, debate and filling? Of the cross section of current users, I think you three are probably the most likely to be familiar with the general pattern and concerns of creating tasks. I added a bunch of my own thoughts in HTML comments in-line, and left a note in the talk page. --Michael Mol 17:15, 21 September 2010 (UTC)
Inspirations from {{tcllib}}
Some pages for your perusal: {{uses from}}, {{Library/Body}}, {{component}}, {{component/Body}},Library/Qt, Library/Qt/QApplication. Does the arrangement handle your thirst for semantic browsing? (I still hope to get versioning info in there eventually, but it's not a particularly high priority.) (Also, I've noticed some weirdness with stale query results, but recommitting and/or refreshing relevant templates seems to fix it.) --Michael Mol 04:02, 20 November 2010 (UTC)
Icon and Unicon coalesce
Please don't remove the Unicon header and replace it with Works with. While well intentioned it causes problems. I'd already started to address this cleanup and documented it today with Category_talk:Unicon#Works_With and Category_talk:Unicon#Template.2F_How_to_write_up_Icon_and_Unicon_markup.
It may only have been the one, but if you know of others please let me know. They'll get cleaned up when I retrofit all of this. --Dgamey 16:50, 31 December 2010 (UTC)
- Alas, there's quite a few places where I've done it, far more than I stand any chance of remembering. (You'll have to go through and check all the tasks implemented by Icon. Sorry. Can't be more than a few hundred… :-)) However, I'd encourage working on example showing the difference between Icon and Unicon; my impression has been of a lot of noise (by comparison with neat use of the {{works with}} template) and no distinctiveness. Is Unicon an implementation or dialect of Icon? (If it's the latter, we might need to reconsider how RC handles dialects; up to now, it's been usual to treat them as implementations, but that's not exactly correct when there's only a partial distinction between the language and the implementation of that language, which is all too common. That'd be something for the Village Pump…) –Donal Fellows 18:03, 31 December 2010 (UTC)
- A dialect is probably closest. Unicon is a super-set of most of Icon. There are a frew Iconisms that won't work the same way in Unicon. I recently revised the way I want to present the two (described in the Unicon talk pages as Category_talk:Unicon#How_to_reasonably_handle_Icon_.v._Union_similarities_and_differences. It may work for other close dialects as well. --Dgamey 17:21, 2 January 2011 (UTC)
Blocking
Please avoid blocking by IP for the time being; right now, all inbound requests should be coming from Cloudflare IPs, so blocking one spammer's IP address risks blocking an entire subcontinent. I'm slowly working on resolving the issue. --Michael Mol 13:12, 13 March 2013 (UTC)
- OK, thanks for the heads-up. –Donal Fellows 09:02, 14 March 2013 (UTC)
- Sorry, didn't notice you'd turned off autoblocking, and didn't check here first... --TimToady 23:17, 14 March 2013 (UTC)
- Don't know about autoblocking; I just take time to uncheck the box when blocking an undesirable. Adds a second or so to the time to block. (Just wish I could block the air supply to the human spammers doing this sort of thing. They spew their rubbish on many different websites, and in some cases even complain to admins after being blocked, assuming that admins will never take the time to see whether spammers are being scum or not. It's just time consuming and fills the logs with crap.) –Donal Fellows 11:45, 15 March 2013 (UTC)
- Sorry, didn't notice you'd turned off autoblocking, and didn't check here first... --TimToady 23:17, 14 March 2013 (UTC)
Thanks for the information (Self-hosting compiler)
I have a question you might know the answer to. Is there an automated way to display the date and time of an edit? Thanks again for your help, it is much appreciated. -Zelah (Talk | contribs).
- Yes. Use four tildes (~) and not three. –Donal Fellows (talk) 13:29, 6 May 2014 (UTC)
Some confusion with who's who... when trying to resolve differences in output.
I'm trying to resolve a difference in output between Find_largest_left_truncatable_prime_in_a_given_base#Fortran and the Tcl solution. Both give the same results, except that the Tcl version reveals the number of candidates at each digit level, and it is the only supplied solution that does this. The first discrepancy is for base twelve, where my version found (during debugging) 1124 candidates at length 5 whereas the Tcl version reports 1126. Looking at the history log suggests that user Dkf contributed the Tcl version, and behold, I arrive here, which does not mention the name Donal Fellows (as on the user page) but someone else... I don't want to make a mess on the wrong person's "talk" page, so feel free to scrub this!
The added debugging output lists the candidates for base twelve at five digits, in the storage order (which has been churned about):
Working in bases 3 to 17 there are 7 single-digit primes: 2, 3, 5, 7, 11, 13, 17
Base Digits Count Maximum Value = (in base)
1 candidates at length 1
1 candidates at length 2
1 candidates at length 3
3 3 1 23 = 2.1.2
2 candidates at length 1
2 candidates at length 2
3 candidates at length 3
3 candidates at length 4
3 candidates at length 5
3 candidates at length 6
4 6 3 4091 = 3.3.3.3.2.3
2 candidates at length 1
4 candidates at length 2
4 candidates at length 3
3 candidates at length 4
1 candidates at length 5
1 candidates at length 6
5 6 1 7817 = 2.2.2.2.3.2
3 candidates at length 1
4 candidates at length 2
12 candidates at length 3
25 candidates at length 4
44 candidates at length 5
54 candidates at length 6
60 candidates at length 7
62 candidates at length 8
59 candidates at length 9
51 candidates at length 10
35 candidates at length 11
20 candidates at length 12
12 candidates at length 13
7 candidates at length 14
3 candidates at length 15
2 candidates at length 16
1 candidates at length 17
6 17 1 4836525320399 = 1.4.1.4.1.5.1.1.4.1.4.4.5.1.4.3.5
3 candidates at length 1
6 candidates at length 2
6 candidates at length 3
4 candidates at length 4
1 candidates at length 5
1 candidates at length 6
1 candidates at length 7
7 7 1 817337 = 6.6.4.2.6.2.3
4 candidates at length 1
12 candidates at length 2
29 candidates at length 3
50 candidates at length 4
66 candidates at length 5
77 candidates at length 6
61 candidates at length 7
51 candidates at length 8
38 candidates at length 9
27 candidates at length 10
17 candidates at length 11
8 candidates at length 12
3 candidates at length 13
2 candidates at length 14
1 candidates at length 15
8 15 1 14005650767869 = 3.1.3.6.3.6.1.6.5.5.3.7.7.7.5
4 candidates at length 1
9 candidates at length 2
15 candidates at length 3
17 candidates at length 4
24 candidates at length 5
16 candidates at length 6
9 candidates at length 7
6 candidates at length 8
5 candidates at length 9
3 candidates at length 10
9 10 3 1676456897 = 4.2.8.4.4.8.4.4.6.5
4 candidates at length 1
11 candidates at length 2
39 candidates at length 3
99 candidates at length 4
192 candidates at length 5
326 candidates at length 6
429 candidates at length 7
521 candidates at length 8
545 candidates at length 9
517 candidates at length 10
448 candidates at length 11
354 candidates at length 12
276 candidates at length 13
212 candidates at length 14
117 candidates at length 15
72 candidates at length 16
42 candidates at length 17
24 candidates at length 18
13 candidates at length 19
6 candidates at length 20
5 candidates at length 21
4 candidates at length 22
3 candidates at length 23
1 candidates at length 24
10 24 1 357686312646216567629137 = 3.5.7.6.8.6.3.1.2.6.4.6.2.1.6.5.6.7.6.2.9.1.3.7
4 candidates at length 1
8 candidates at length 2
15 candidates at length 3
18 candidates at length 4
15 candidates at length 5
8 candidates at length 6
4 candidates at length 7
2 candidates at length 8
1 candidates at length 9
11 9 1 2276005673 = 10.6.8.8.2.2.8.2.7
5 candidates at length 1
23 candidates at length 2
119 candidates at length 3
409 candidates at length 4
1124 candidates at length 5
1 241049 = 11.7.5.11.5
2 137369 = 6.7.5.11.5
3 75161 = 3.7.5.11.5
4 113177 = 5.5.5.11.5
5 50969 = 2.5.5.11.5
6 226937 = 10.11.3.11.5
7 164729 = 7.11.3.11.5
8 156089 = 7.6.3.11.5
9 135353 = 6.6.3.11.5
10 114617 = 5.6.3.11.5
11 216569 = 10.5.3.11.5
12 92153 = 4.5.3.11.5
13 235577 = 11.4.3.11.5
14 48953 = 2.4.3.11.5
15 230393 = 11.1.3.11.5
16 147449 = 7.1.3.11.5
17 126713 = 6.1.3.11.5
18 105977 = 5.1.3.11.5
19 226649 = 10.11.1.11.5
20 205913 = 9.11.1.11.5
21 185177 = 8.11.1.11.5
22 102233 = 4.11.1.11.5
23 60761 = 2.11.1.11.5
24 240473 = 11.7.1.11.5
25 53849 = 2.7.1.11.5
26 33113 = 1.7.1.11.5
27 235289 = 11.4.1.11.5
28 173081 = 8.4.1.11.5
29 69401 = 3.4.1.11.5
30 217697 = 10.5.11.9.5
31 196961 = 9.5.11.9.5
32 134753 = 6.5.11.9.5
33 93281 = 4.5.11.9.5
34 112289 = 5.4.11.9.5
35 25889 = 1.2.11.9.5
36 243473 = 11.8.10.9.5
37 202001 = 9.8.10.9.5
38 119057 = 5.8.10.9.5
39 98321 = 4.8.10.9.5
40 200273 = 9.7.10.9.5
41 117329 = 5.7.10.9.5
42 196817 = 9.5.10.9.5
43 176081 = 8.5.10.9.5
44 134609 = 6.5.10.9.5
45 234833 = 11.3.10.9.5
46 89681 = 4.3.10.9.5
47 212369 = 10.2.10.9.5
48 67217 = 3.2.10.9.5
49 118913 = 5.8.9.9.5
50 35969 = 1.8.9.9.5
51 239873 = 11.6.9.9.5
52 136193 = 6.6.9.9.5
53 23873 = 1.1.9.9.5
54 163409 = 7.10.6.9.5
55 142673 = 6.10.6.9.5
56 121937 = 5.10.6.9.5
57 59729 = 2.10.6.9.5
58 38993 = 1.10.6.9.5
59 182417 = 8.9.6.9.5
60 120209 = 5.9.6.9.5
61 78737 = 3.9.6.9.5
62 183569 = 8.10.2.9.5
63 142097 = 6.10.2.9.5
64 79889 = 3.10.2.9.5
65 157649 = 7.7.2.9.5
66 116177 = 5.7.2.9.5
67 95441 = 4.7.2.9.5
68 237137 = 11.5.2.9.5
69 216401 = 10.5.2.9.5
70 174929 = 8.5.2.9.5
71 71249 = 3.5.2.9.5
72 50513 = 2.5.2.9.5
73 188753 = 9.1.2.9.5
74 119489 = 5.9.1.9.5
75 78017 = 3.9.1.9.5
76 179969 = 8.8.1.9.5
77 159233 = 7.8.1.9.5
78 138497 = 6.8.1.9.5
79 76289 = 3.8.1.9.5
80 212801 = 10.3.1.9.5
81 171329 = 8.3.1.9.5
82 109121 = 5.3.1.9.5
83 26177 = 1.3.1.9.5
84 40853 = 1.11.7.8.5
85 182549 = 8.9.7.8.5
86 37397 = 1.9.7.8.5
87 92693 = 4.5.7.8.5
88 230933 = 11.1.7.8.5
89 85781 = 4.1.7.8.5
90 241013 = 11.7.5.8.5
91 175349 = 8.5.5.8.5
92 154613 = 7.5.5.8.5
93 133877 = 6.5.5.8.5
94 30197 = 1.5.5.8.5
95 44021 = 2.1.5.8.5
96 163109 = 7.10.4.8.5
97 121637 = 5.10.4.8.5
98 38693 = 1.10.4.8.5
99 223589 = 10.9.4.8.5
100 99173 = 4.9.4.8.5
101 78437 = 3.9.4.8.5
102 111269 = 5.4.4.8.5
103 90533 = 4.4.4.8.5
104 151013 = 7.3.4.8.5
105 109541 = 5.3.4.8.5
106 26597 = 1.3.4.8.5
107 211493 = 10.2.4.8.5
108 170021 = 8.2.4.8.5
109 128549 = 6.2.4.8.5
110 162821 = 7.10.2.8.5
111 121349 = 5.10.2.8.5
112 100613 = 4.10.2.8.5
113 59141 = 2.10.2.8.5
114 174917 = 8.5.2.8.5
115 154181 = 7.5.2.8.5
116 71237 = 3.5.2.8.5
117 233669 = 11.3.2.8.5
118 109253 = 5.3.2.8.5
119 26309 = 1.3.2.8.5
120 182537 = 8.9.7.7.5
121 78857 = 3.9.7.7.5
122 173897 = 8.4.7.7.5
123 49481 = 2.4.7.7.5
124 248057 = 11.11.6.7.5
125 185849 = 8.11.6.7.5
126 40697 = 1.11.6.7.5
127 246329 = 11.10.6.7.5
128 204857 = 9.10.6.7.5
129 199673 = 9.7.6.7.5
130 158201 = 7.7.6.7.5
131 54521 = 2.7.6.7.5
132 239417 = 11.6.6.7.5
133 218681 = 10.6.6.7.5
134 177209 = 8.6.6.7.5
135 115001 = 5.6.6.7.5
136 73529 = 3.6.6.7.5
137 32057 = 1.6.6.7.5
138 191033 = 9.2.6.7.5
139 149561 = 7.2.6.7.5
140 108089 = 5.2.6.7.5
141 66617 = 3.2.6.7.5
142 59561 = 2.10.5.7.5
143 244457 = 11.9.5.7.5
144 120041 = 5.9.5.7.5
145 78569 = 3.9.5.7.5
146 37097 = 1.9.5.7.5
147 242729 = 11.8.5.7.5
148 97577 = 4.8.5.7.5
149 239273 = 11.6.5.7.5
150 156329 = 7.6.5.7.5
151 135593 = 6.6.5.7.5
152 94121 = 4.6.5.7.5
153 99017 = 4.9.3.7.5
154 36809 = 1.9.3.7.5
155 218249 = 10.6.3.7.5
156 176777 = 8.6.3.7.5
157 156041 = 7.6.3.7.5
158 52361 = 2.6.3.7.5
159 237257 = 11.5.3.7.5
160 154313 = 7.5.3.7.5
161 194057 = 9.4.3.7.5
162 131849 = 6.4.3.7.5
163 159209 = 7.8.1.7.5
164 97001 = 4.8.1.7.5
165 55529 = 2.8.1.7.5
166 219689 = 10.7.1.7.5
167 198953 = 9.7.1.7.5
168 116009 = 5.7.1.7.5
169 95273 = 4.7.1.7.5
170 176489 = 8.6.1.7.5
171 135017 = 6.6.1.7.5
172 114281 = 5.6.1.7.5
173 31337 = 1.6.1.7.5
174 212777 = 10.3.1.7.5
175 109097 = 5.3.1.7.5
176 46889 = 2.3.1.7.5
177 26153 = 1.3.1.7.5
178 143333 = 6.10.11.4.5
179 122597 = 5.10.11.4.5
180 79397 = 3.9.11.4.5
181 58661 = 2.9.11.4.5
182 226133 = 10.10.10.4.5
183 205397 = 9.10.10.4.5
184 122453 = 5.10.10.4.5
185 39509 = 1.10.10.4.5
186 238229 = 11.5.10.4.5
187 176021 = 8.5.10.4.5
188 93077 = 4.5.10.4.5
189 72341 = 3.5.10.4.5
190 30869 = 1.5.10.4.5
191 231317 = 11.1.10.4.5
192 127637 = 6.1.10.4.5
193 23957 = 1.1.10.4.5
194 142757 = 6.10.7.4.5
195 122021 = 5.10.7.4.5
196 211877 = 10.2.7.4.5
197 191141 = 9.2.7.4.5
198 45989 = 2.2.7.4.5
199 25253 = 1.2.7.4.5
200 168677 = 8.1.7.4.5
201 85733 = 4.1.7.4.5
202 64997 = 3.1.7.4.5
203 237509 = 11.5.5.4.5
204 113093 = 5.5.5.4.5
205 92357 = 4.5.5.4.5
206 149381 = 7.2.5.4.5
207 204101 = 9.10.1.4.5
208 162629 = 7.10.1.4.5
209 121157 = 5.10.1.4.5
210 119429 = 5.9.1.4.5
211 57221 = 2.9.1.4.5
212 133253 = 6.5.1.4.5
213 91781 = 4.5.1.4.5
214 29573 = 1.5.1.4.5
215 214469 = 10.4.1.4.5
216 90053 = 4.4.1.4.5
217 69317 = 3.4.1.4.5
218 233477 = 11.3.1.4.5
219 150533 = 7.3.1.4.5
220 67589 = 3.3.1.4.5
221 46853 = 2.3.1.4.5
222 245129 = 11.9.10.3.5
223 203657 = 9.9.10.3.5
224 182921 = 8.9.10.3.5
225 120713 = 5.9.10.3.5
226 79241 = 3.9.10.3.5
227 200201 = 9.7.10.3.5
228 137993 = 6.7.10.3.5
229 55049 = 2.7.10.3.5
230 34313 = 1.7.10.3.5
231 212297 = 10.2.10.3.5
232 191561 = 9.2.10.3.5
233 150089 = 7.2.10.3.5
234 87881 = 4.2.10.3.5
235 25673 = 1.2.10.3.5
236 169097 = 8.1.10.3.5
237 148361 = 7.1.10.3.5
238 227561 = 10.11.8.3.5
239 61673 = 2.11.8.3.5
240 160169 = 7.8.8.3.5
241 97961 = 4.8.8.3.5
242 56489 = 2.8.8.3.5
243 35753 = 1.8.8.3.5
244 237929 = 11.5.8.3.5
245 113513 = 5.5.8.3.5
246 170537 = 8.2.8.3.5
247 225689 = 10.10.7.3.5
248 163481 = 7.10.7.3.5
249 101273 = 4.10.7.3.5
250 80537 = 3.10.7.3.5
251 154841 = 7.5.7.3.5
252 230873 = 11.1.7.3.5
253 189401 = 9.1.7.3.5
254 44249 = 2.1.7.3.5
255 163193 = 7.10.5.3.5
256 121721 = 5.10.5.3.5
257 59513 = 2.10.5.3.5
258 173561 = 8.4.5.3.5
259 90617 = 4.4.5.3.5
260 28409 = 1.4.5.3.5
261 107897 = 5.2.5.3.5
262 24953 = 1.2.5.3.5
263 199337 = 9.7.4.3.5
264 178601 = 8.7.4.3.5
265 216617 = 10.5.4.3.5
266 154409 = 7.5.4.3.5
267 133673 = 6.5.4.3.5
268 152681 = 7.4.4.3.5
269 90473 = 4.4.4.3.5
270 69737 = 3.4.4.3.5
271 109481 = 5.3.4.3.5
272 211433 = 10.2.4.3.5
273 128489 = 6.2.4.3.5
274 24809 = 1.2.4.3.5
275 221069 = 10.7.11.2.5
276 117389 = 5.7.11.2.5
277 157133 = 7.6.11.2.5
278 136397 = 6.6.11.2.5
279 74189 = 3.6.11.2.5
280 53453 = 2.6.11.2.5
281 32717 = 1.6.11.2.5
282 134669 = 6.5.11.2.5
283 113933 = 5.5.11.2.5
284 72461 = 3.5.11.2.5
285 246557 = 11.10.8.2.5
286 225821 = 10.10.8.2.5
287 163613 = 7.10.8.2.5
288 80669 = 3.10.8.2.5
289 198173 = 9.6.8.2.5
290 73757 = 3.6.8.2.5
291 194717 = 9.4.8.2.5
292 173981 = 8.4.8.2.5
293 111773 = 5.4.8.2.5
294 211997 = 10.2.8.2.5
295 25373 = 1.2.8.2.5
296 148061 = 7.1.8.2.5
297 85853 = 4.1.8.2.5
298 44381 = 2.1.8.2.5
299 164621 = 7.11.3.2.5
300 81677 = 3.11.3.2.5
301 232013 = 11.2.3.2.5
302 149069 = 7.2.3.2.5
303 86861 = 4.2.3.2.5
304 45389 = 2.2.3.2.5
305 162749 = 7.10.2.2.5
306 59069 = 2.10.2.2.5
307 38333 = 1.10.2.2.5
308 240509 = 11.7.2.2.5
309 199037 = 9.7.2.2.5
310 178301 = 8.7.2.2.5
311 33149 = 1.7.2.2.5
312 214589 = 10.4.2.2.5
313 152381 = 7.4.2.2.5
314 110909 = 5.4.2.2.5
315 90173 = 4.4.2.2.5
316 129917 = 6.3.2.2.5
317 67709 = 3.3.2.2.5
318 26237 = 1.3.2.2.5
319 185069 = 8.11.1.2.5
320 122861 = 5.11.1.2.5
321 242093 = 11.8.1.2.5
322 55469 = 2.8.1.2.5
323 219629 = 10.7.1.2.5
324 95213 = 4.7.1.2.5
325 126317 = 6.1.1.2.5
326 64109 = 3.1.1.2.5
327 22637 = 1.1.1.2.5
328 241793 = 11.7.11.1.5
329 158849 = 7.7.11.1.5
330 138113 = 6.7.11.1.5
331 198593 = 9.6.11.1.5
332 74177 = 3.6.11.1.5
333 53441 = 2.6.11.1.5
334 236609 = 11.4.11.1.5
335 195137 = 9.4.11.1.5
336 132929 = 6.4.11.1.5
337 91457 = 4.4.11.1.5
338 169217 = 8.1.11.1.5
339 65537 = 3.1.11.1.5
340 165041 = 7.11.6.1.5
341 244529 = 11.9.6.1.5
342 203057 = 9.9.6.1.5
343 99377 = 4.9.6.1.5
344 50993 = 2.5.6.1.5
345 235889 = 11.4.6.1.5
346 215153 = 10.4.6.1.5
347 70001 = 3.4.6.1.5
348 232433 = 11.2.6.1.5
349 149489 = 7.2.6.1.5
350 87281 = 4.2.6.1.5
351 25073 = 1.2.6.1.5
352 147761 = 7.1.6.1.5
353 64817 = 3.1.6.1.5
354 199313 = 9.7.4.1.5
355 157841 = 7.7.4.1.5
356 95633 = 4.7.4.1.5
357 74897 = 3.7.4.1.5
358 169937 = 8.2.4.1.5
359 86993 = 4.2.4.1.5
360 247553 = 11.11.3.1.5
361 226817 = 10.11.3.1.5
362 206081 = 9.11.3.1.5
363 143873 = 6.11.3.1.5
364 40193 = 1.11.3.1.5
365 225089 = 10.10.3.1.5
366 204353 = 9.10.3.1.5
367 162881 = 7.10.3.1.5
368 100673 = 4.10.3.1.5
369 223361 = 10.9.3.1.5
370 181889 = 8.9.3.1.5
371 140417 = 6.9.3.1.5
372 103451 = 4.11.10.4.11
373 61979 = 2.11.10.4.11
374 41243 = 1.11.10.4.11
375 239963 = 11.6.10.4.11
376 198491 = 9.6.10.4.11
377 157019 = 7.6.10.4.11
378 115547 = 5.6.10.4.11
379 94811 = 4.6.10.4.11
380 32603 = 1.6.10.4.11
381 217499 = 10.5.10.4.11
382 155291 = 7.5.10.4.11
383 113819 = 5.5.10.4.11
384 93083 = 4.5.10.4.11
385 176747 = 8.6.3.4.11
386 156011 = 7.6.3.4.11
387 149099 = 7.2.3.4.11
388 24683 = 1.2.3.4.11
389 245723 = 11.10.2.4.11
390 204251 = 9.10.2.4.11
391 162779 = 7.10.2.4.11
392 109211 = 5.3.2.4.11
393 26267 = 1.3.2.4.11
394 169691 = 8.2.2.4.11
395 238247 = 11.5.10.5.11
396 155303 = 7.5.10.5.11
397 236519 = 11.4.10.5.11
398 195047 = 9.4.10.5.11
399 174311 = 8.4.10.5.11
400 112103 = 5.4.10.5.11
401 91367 = 4.4.10.5.11
402 87911 = 4.2.10.5.11
403 46439 = 2.2.10.5.11
404 25703 = 1.2.10.5.11
405 241559 = 11.7.9.5.11
406 200087 = 9.7.9.5.11
407 179351 = 8.7.9.5.11
408 238103 = 11.5.9.5.11
409 217367 = 10.5.9.5.11
410 82759 = 3.11.10.8.7
411 124231 = 5.11.10.8.7
412 144967 = 6.11.10.8.7
413 165703 = 7.11.10.8.7
414 46471 = 2.2.10.8.7
415 87943 = 4.2.10.8.7
416 150151 = 7.2.10.8.7
417 170887 = 8.2.10.8.7
418 24007 = 1.1.10.8.7
419 65479 = 3.1.10.8.7
420 169159 = 8.1.10.8.7
421 210631 = 10.1.10.8.7
422 231367 = 11.1.10.8.7
423 41143 = 1.11.9.8.7
424 61879 = 2.11.9.8.7
425 124087 = 5.11.9.8.7
426 165559 = 7.11.9.8.7
427 184567 = 8.10.9.8.7
428 51511 = 2.5.9.8.7
429 113719 = 5.5.9.8.7
430 155191 = 7.5.9.8.7
431 196663 = 9.5.9.8.7
432 49783 = 2.4.9.8.7
433 236407 = 11.4.9.8.7
434 57991 = 2.9.6.8.7
435 120199 = 5.9.6.8.7
436 178951 = 8.7.6.8.7
437 199687 = 9.7.6.8.7
438 90823 = 4.4.6.8.7
439 215239 = 10.4.6.8.7
440 47623 = 2.3.6.8.7
441 109831 = 5.3.6.8.7
442 151303 = 7.3.6.8.7
443 191047 = 9.2.6.8.7
444 158071 = 7.7.5.8.7
445 178807 = 8.7.5.8.7
446 220279 = 10.7.5.8.7
447 71671 = 3.5.5.8.7
448 113143 = 5.5.5.8.7
449 196087 = 9.5.5.8.7
450 88951 = 4.3.5.8.7
451 130423 = 6.3.5.8.7
452 192631 = 9.3.5.8.7
453 234103 = 11.3.5.8.7
454 126967 = 6.1.5.8.7
455 147703 = 7.1.5.8.7
456 230647 = 11.1.5.8.7
457 75967 = 3.7.11.6.7
458 96703 = 4.7.11.6.7
459 200383 = 9.7.11.6.7
460 31039 = 1.5.11.6.7
461 113983 = 5.5.11.6.7
462 176191 = 8.5.11.6.7
463 196927 = 9.5.11.6.7
464 46591 = 2.2.11.6.7
465 108799 = 5.2.11.6.7
466 171007 = 8.2.11.6.7
467 212479 = 10.2.11.6.7
468 65599 = 3.1.11.6.7
469 107071 = 5.1.11.6.7
470 127807 = 6.1.11.6.7
471 54799 = 2.7.8.6.7
472 137743 = 6.7.8.6.7
473 220687 = 10.7.8.6.7
474 51343 = 2.5.8.6.7
475 134287 = 6.5.8.6.7
476 175759 = 8.5.8.6.7
477 237967 = 11.5.8.6.7
478 39103 = 1.10.7.6.7
479 75391 = 3.7.7.6.7
480 199807 = 9.7.7.6.7
481 220543 = 10.7.7.6.7
482 47743 = 2.3.7.6.7
483 130687 = 6.3.7.6.7
484 151423 = 7.3.7.6.7
485 161071 = 7.9.2.6.7
486 91951 = 4.5.2.6.7
487 112687 = 5.5.2.6.7
488 154159 = 7.5.2.6.7
489 86767 = 4.2.2.6.7
490 128239 = 6.2.2.6.7
491 231919 = 11.2.2.6.7
492 60703 = 2.11.1.6.7
493 81439 = 3.11.1.6.7
494 29599 = 1.5.1.6.7
495 91807 = 4.5.1.6.7
496 112543 = 5.5.1.6.7
497 133279 = 6.5.1.6.7
498 150559 = 7.3.1.6.7
499 209311 = 10.1.1.6.7
500 230047 = 11.1.1.6.7
501 49171 = 2.4.5.5.7
502 152851 = 7.4.5.5.7
503 194323 = 9.4.5.5.7
504 24979 = 1.2.5.5.7
505 87187 = 4.2.5.5.7
506 107923 = 5.2.5.5.7
507 128659 = 6.2.5.5.7
508 178627 = 8.7.4.5.7
509 92227 = 4.5.4.5.7
510 195907 = 9.5.4.5.7
511 237379 = 11.5.4.5.7
512 88771 = 4.3.4.5.7
513 109507 = 5.3.4.5.7
514 150979 = 7.3.4.5.7
515 233923 = 11.3.4.5.7
516 149251 = 7.2.4.5.7
517 169987 = 8.2.4.5.7
518 64579 = 3.1.4.5.7
519 230467 = 11.1.4.5.7
520 102451 = 4.11.3.5.7
521 247603 = 11.11.3.5.7
522 35059 = 1.8.3.5.7
523 138739 = 6.8.3.5.7
524 180211 = 8.8.3.5.7
525 242419 = 11.8.3.5.7
526 93811 = 4.6.3.5.7
527 114547 = 5.6.3.5.7
528 135283 = 6.6.3.5.7
529 156019 = 7.6.3.5.7
530 218227 = 10.6.3.5.7
531 48883 = 2.4.3.5.7
532 111091 = 5.4.3.5.7
533 152563 = 7.4.3.5.7
534 214771 = 10.4.3.5.7
535 67891 = 3.3.3.5.7
536 109363 = 5.3.3.5.7
537 130099 = 6.3.3.5.7
538 171571 = 8.3.3.5.7
539 192307 = 9.3.3.5.7
540 213043 = 10.3.3.5.7
541 164371 = 7.11.1.5.7
542 58963 = 2.10.1.5.7
543 79699 = 3.10.1.5.7
544 121171 = 5.10.1.5.7
545 141907 = 6.10.1.5.7
546 245587 = 11.10.1.5.7
547 36187 = 1.8.11.3.7
548 56923 = 2.8.11.3.7
549 77659 = 3.8.11.3.7
550 119131 = 5.8.11.3.7
551 160603 = 7.8.11.3.7
552 75931 = 3.7.11.3.7
553 96667 = 4.7.11.3.7
554 138139 = 6.7.11.3.7
555 221083 = 10.7.11.3.7
556 113947 = 5.5.11.3.7
557 134683 = 6.5.11.3.7
558 238363 = 11.5.11.3.7
559 195163 = 9.4.11.3.7
560 215899 = 10.4.11.3.7
561 56779 = 2.8.10.3.7
562 98251 = 4.8.10.3.7
563 243403 = 11.8.10.3.7
564 37339 = 1.9.7.3.7
565 120283 = 5.9.7.3.7
566 203227 = 9.9.7.3.7
567 223963 = 10.9.7.3.7
568 116827 = 5.7.7.3.7
569 90907 = 4.4.7.3.7
570 173851 = 8.4.7.3.7
571 25243 = 1.2.7.3.7
572 45979 = 2.2.7.3.7
573 108187 = 5.2.7.3.7
574 128923 = 6.2.7.3.7
575 211867 = 10.2.7.3.7
576 118411 = 5.8.6.3.7
577 33739 = 1.7.6.3.7
578 75211 = 3.7.6.3.7
579 95947 = 4.7.6.3.7
580 113227 = 5.5.6.3.7
581 133963 = 6.5.6.3.7
582 154699 = 7.5.6.3.7
583 196171 = 9.5.6.3.7
584 47563 = 2.3.6.3.7
585 151243 = 7.3.6.3.7
586 234187 = 11.3.6.3.7
587 66571 = 3.2.6.3.7
588 211723 = 10.2.6.3.7
589 232459 = 11.2.6.3.7
590 31723 = 1.6.4.3.7
591 135403 = 6.6.4.3.7
592 156139 = 7.6.4.3.7
593 209707 = 10.1.4.3.7
594 133387 = 6.5.2.3.7
595 174859 = 8.5.2.3.7
596 237067 = 11.5.2.3.7
597 90187 = 4.4.2.3.7
598 110923 = 5.4.2.3.7
599 214603 = 10.4.2.3.7
600 103423 = 4.11.10.2.7
601 34303 = 1.7.10.2.7
602 137983 = 6.7.10.2.7
603 200191 = 9.7.10.2.7
604 241663 = 11.7.10.2.7
605 74047 = 3.6.10.2.7
606 198463 = 9.6.10.2.7
607 238207 = 11.5.10.2.7
608 79087 = 3.9.9.2.7
609 99823 = 4.9.9.2.7
610 224239 = 10.9.9.2.7
611 30703 = 1.5.9.2.7
612 51439 = 2.5.9.2.7
613 113647 = 5.5.9.2.7
614 155119 = 7.5.9.2.7
615 108463 = 5.2.9.2.7
616 61519 = 2.11.7.2.7
617 123727 = 5.11.7.2.7
618 227407 = 10.11.7.2.7
619 51151 = 2.5.7.2.7
620 71887 = 3.5.7.2.7
621 92623 = 4.5.7.2.7
622 113359 = 5.5.7.2.7
623 196303 = 9.5.7.2.7
624 28687 = 1.4.7.2.7
625 132367 = 6.4.7.2.7
626 173839 = 8.4.7.2.7
627 85711 = 4.1.7.2.7
628 147919 = 7.1.7.2.7
629 189391 = 9.1.7.2.7
630 210127 = 10.1.7.2.7
631 230863 = 11.1.7.2.7
632 61231 = 2.11.5.2.7
633 81967 = 3.11.5.2.7
634 123439 = 5.11.5.2.7
635 164911 = 7.11.5.2.7
636 206383 = 9.11.5.2.7
637 73327 = 3.6.5.2.7
638 94063 = 4.6.5.2.7
639 114799 = 5.6.5.2.7
640 177007 = 8.6.5.2.7
641 218479 = 10.6.5.2.7
642 154543 = 7.5.5.2.7
643 216751 = 10.5.5.2.7
644 237487 = 11.5.5.2.7
645 55903 = 2.8.4.2.7
646 137119 = 6.7.4.2.7
647 220063 = 10.7.4.2.7
648 109471 = 5.3.4.2.7
649 171679 = 8.3.4.2.7
650 60943 = 2.11.3.2.7
651 164623 = 7.11.3.2.7
652 185359 = 8.11.3.2.7
653 31567 = 1.6.3.2.7
654 73039 = 3.6.3.2.7
655 218191 = 10.6.3.2.7
656 133519 = 6.5.3.2.7
657 174991 = 8.5.3.2.7
658 47119 = 2.3.3.2.7
659 88591 = 4.3.3.2.7
660 192271 = 9.3.3.2.7
661 233743 = 11.3.3.2.7
662 107599 = 5.2.3.2.7
663 190543 = 9.2.3.2.7
664 37747 = 1.9.10.1.7
665 120691 = 5.9.10.1.7
666 182899 = 8.9.10.1.7
667 245107 = 11.9.10.1.7
668 32563 = 1.6.10.1.7
669 53299 = 2.6.10.1.7
670 94771 = 4.6.10.1.7
671 156979 = 7.6.10.1.7
672 219187 = 10.6.10.1.7
673 72307 = 3.5.10.1.7
674 113779 = 5.5.10.1.7
675 155251 = 7.5.10.1.7
676 86131 = 4.1.10.1.7
677 106867 = 5.1.10.1.7
678 148339 = 7.1.10.1.7
679 122131 = 5.10.8.1.7
680 142867 = 6.10.8.1.7
681 96211 = 4.7.8.1.7
682 158419 = 7.7.8.1.7
683 241363 = 11.7.8.1.7
684 51283 = 2.5.8.1.7
685 72019 = 3.5.8.1.7
686 134227 = 6.5.8.1.7
687 175699 = 8.5.8.1.7
688 40627 = 1.11.6.1.7
689 61363 = 2.11.6.1.7
690 144307 = 6.11.6.1.7
691 227251 = 10.11.6.1.7
692 95923 = 4.7.6.1.7
693 199603 = 9.7.6.1.7
694 73459 = 3.6.6.1.7
695 218611 = 10.6.6.1.7
696 239347 = 11.6.6.1.7
697 130483 = 6.3.6.1.7
698 149491 = 7.2.6.1.7
699 170227 = 8.2.6.1.7
700 76771 = 3.8.5.1.7
701 242659 = 11.8.5.1.7
702 88867 = 4.3.5.1.7
703 171811 = 8.3.5.1.7
704 192547 = 9.3.5.1.7
705 23203 = 1.1.5.1.7
706 85411 = 4.1.5.1.7
707 230563 = 11.1.5.1.7
708 57331 = 2.9.2.1.7
709 223219 = 10.9.2.1.7
710 69427 = 3.4.2.1.7
711 90163 = 4.4.2.1.7
712 110899 = 5.4.2.1.7
713 121123 = 5.10.1.1.7
714 204067 = 9.10.1.1.7
715 31267 = 1.6.1.1.7
716 72739 = 3.6.1.1.7
717 134947 = 6.6.1.1.7
718 176419 = 8.6.1.1.7
719 238627 = 11.6.1.1.7
720 71011 = 3.5.1.1.7
721 195427 = 9.5.1.1.7
722 26083 = 1.3.1.1.7
723 46819 = 2.3.1.1.7
724 129763 = 6.3.1.1.7
725 65657 = 3.1.11.11.5
726 210809 = 10.1.11.11.5
727 41177 = 1.11.9.11.5
728 124121 = 5.11.9.11.5
729 248537 = 11.11.9.11.5
730 122393 = 5.10.9.11.5
731 246809 = 11.10.9.11.5
732 32537 = 1.6.9.11.5
733 136217 = 6.6.9.11.5
734 87833 = 4.2.9.11.5
735 150041 = 7.2.9.11.5
736 170777 = 8.2.9.11.5
737 165449 = 7.11.8.11.5
738 53129 = 2.6.8.11.5
739 115337 = 5.6.8.11.5
740 198281 = 9.6.8.11.5
741 219017 = 10.6.8.11.5
742 239753 = 11.6.8.11.5
743 155081 = 7.5.8.11.5
744 89417 = 4.3.8.11.5
745 213833 = 10.3.8.11.5
746 25679 = 1.2.10.3.11
747 87887 = 4.2.10.3.11
748 28559 = 1.4.6.3.11
749 215183 = 10.4.6.3.11
750 235919 = 11.4.6.3.11
751 133967 = 6.5.6.3.11
752 216911 = 10.5.6.3.11
753 177167 = 8.6.6.3.11
754 116687 = 5.7.6.3.11
755 59663 = 2.10.6.3.11
756 142607 = 6.10.6.3.11
757 206543 = 9.11.6.3.11
758 22943 = 1.1.3.3.11
759 188831 = 9.1.3.3.11
760 209567 = 10.1.3.3.11
761 230303 = 11.1.3.3.11
762 31583 = 1.6.3.3.11
763 238943 = 11.6.3.3.11
764 76511 = 3.8.3.3.11
765 200927 = 9.8.3.3.11
766 242399 = 11.8.3.3.11
767 131519 = 6.4.1.3.11
768 193727 = 9.4.1.3.11
769 214463 = 10.4.1.3.11
770 235199 = 11.4.1.3.11
771 29567 = 1.5.1.3.11
772 71039 = 3.5.1.3.11
773 72767 = 3.6.1.3.11
774 93503 = 4.6.1.3.11
775 58943 = 2.10.1.3.11
776 121151 = 5.10.1.3.11
777 162623 = 7.10.1.3.11
778 224831 = 10.10.1.3.11
779 27527 = 1.3.11.1.11
780 30983 = 1.5.11.1.11
781 51719 = 2.5.11.1.11
782 155399 = 7.5.11.1.11
783 196871 = 9.5.11.1.11
784 58631 = 2.9.11.1.11
785 79367 = 3.9.11.1.11
786 100103 = 4.9.11.1.11
787 183047 = 8.9.11.1.11
788 70439 = 3.4.9.1.11
789 132647 = 6.4.9.1.11
790 37607 = 1.9.9.1.11
791 120551 = 5.9.9.1.11
792 165479 = 7.11.9.1.11
793 206951 = 9.11.9.1.11
794 73607 = 3.6.7.1.11
795 94343 = 4.6.7.1.11
796 115079 = 5.6.7.1.11
797 33863 = 1.7.7.1.11
798 199751 = 9.7.7.1.11
799 39047 = 1.10.7.1.11
800 184199 = 8.10.7.1.11
801 225671 = 10.10.7.1.11
802 116663 = 5.7.6.1.11
803 137399 = 6.7.6.1.11
804 241079 = 11.7.6.1.11
805 130343 = 6.3.5.1.11
806 213287 = 10.3.5.1.11
807 40487 = 1.11.5.1.11
808 61223 = 2.11.5.1.11
809 144167 = 6.11.5.1.11
810 227111 = 10.11.5.1.11
811 247847 = 11.11.5.1.11
812 130199 = 6.3.4.1.11
813 171671 = 8.3.4.1.11
814 192407 = 9.3.4.1.11
815 233879 = 11.3.4.1.11
816 112919 = 5.5.4.1.11
817 195863 = 9.5.4.1.11
818 35159 = 1.8.4.1.11
819 76631 = 3.8.4.1.11
820 97367 = 4.8.4.1.11
821 180311 = 8.8.4.1.11
822 242519 = 11.8.4.1.11
823 86711 = 4.2.2.1.11
824 190391 = 9.2.2.1.11
825 50423 = 2.5.2.1.11
826 81527 = 3.11.2.1.11
827 164471 = 7.11.2.1.11
828 24359 = 1.2.1.1.11
829 65831 = 3.2.1.1.11
830 231719 = 11.2.1.1.11
831 67559 = 3.3.1.1.11
832 150503 = 7.3.1.1.11
833 90023 = 4.4.1.1.11
834 152231 = 7.4.1.1.11
835 193703 = 9.4.1.1.11
836 214439 = 10.4.1.1.11
837 32999 = 1.7.1.1.11
838 74471 = 3.7.1.1.11
839 178151 = 8.7.1.1.11
840 191803 = 9.2.11.11.7
841 110587 = 5.3.11.11.7
842 235003 = 11.3.11.11.7
843 41467 = 1.11.11.11.7
844 82939 = 3.11.11.11.7
845 165883 = 7.11.11.11.7
846 186619 = 8.11.11.11.7
847 248827 = 11.11.11.11.7
848 24043 = 1.1.10.11.7
849 193387 = 9.3.10.11.7
850 60331 = 2.10.10.11.7
851 164011 = 7.10.10.11.7
852 205483 = 9.10.10.11.7
853 44491 = 2.1.8.11.7
854 106699 = 5.1.8.11.7
855 148171 = 7.1.8.11.7
856 189643 = 9.1.8.11.7
857 72139 = 3.5.8.11.7
858 155083 = 7.5.8.11.7
859 37579 = 1.9.8.11.7
860 99787 = 4.9.8.11.7
861 244939 = 11.9.8.11.7
862 192667 = 9.3.5.11.7
863 234139 = 11.3.5.11.7
864 35419 = 1.8.5.11.7
865 201307 = 9.8.5.11.7
866 222043 = 10.8.5.11.7
867 242779 = 11.8.5.11.7
868 120091 = 5.9.5.11.7
869 140827 = 6.9.5.11.7
870 161563 = 7.9.5.11.7
871 244507 = 11.9.5.11.7
872 61339 = 2.11.5.11.7
873 102811 = 4.11.5.11.7
874 123547 = 5.11.5.11.7
875 24763 = 1.2.3.11.7
876 121531 = 5.10.3.11.7
877 163003 = 7.10.3.11.7
878 105691 = 5.1.1.11.7
879 147163 = 7.1.1.11.7
880 167899 = 8.1.1.11.7
881 209371 = 10.1.1.11.7
882 230107 = 11.1.1.11.7
883 148891 = 7.2.1.11.7
884 169627 = 8.2.1.11.7
885 91867 = 4.5.1.11.7
886 112603 = 5.5.1.11.7
887 237019 = 11.5.1.11.7
888 31387 = 1.6.1.11.7
889 72859 = 3.6.1.11.7
890 238747 = 11.6.1.11.7
891 74587 = 3.7.1.11.7
892 34843 = 1.8.1.11.7
893 55579 = 2.8.1.11.7
894 117787 = 5.8.1.11.7
895 200731 = 9.8.1.11.7
896 25759 = 1.2.10.10.7
897 67231 = 3.2.10.10.7
898 129439 = 6.2.10.10.7
899 212383 = 10.2.10.10.7
900 243487 = 11.8.10.10.7
901 48079 = 2.3.9.10.7
902 131023 = 6.3.9.10.7
903 144847 = 6.11.9.10.7
904 28927 = 1.4.8.10.7
905 49663 = 2.4.8.10.7
906 111871 = 5.4.8.10.7
907 132607 = 6.4.8.10.7
908 153343 = 7.4.8.10.7
909 174079 = 8.4.8.10.7
910 236287 = 11.4.8.10.7
911 37567 = 1.9.8.10.7
912 79039 = 3.9.8.10.7
913 120511 = 5.9.8.10.7
914 161983 = 7.9.8.10.7
915 41023 = 1.11.8.10.7
916 103231 = 4.11.8.10.7
917 206911 = 9.11.8.10.7
918 64927 = 3.1.6.10.7
919 25183 = 1.2.6.10.7
920 108127 = 5.2.6.10.7
921 191071 = 9.2.6.10.7
922 30367 = 1.5.6.10.7
923 134047 = 6.5.6.10.7
924 175519 = 8.5.6.10.7
925 216991 = 10.5.6.10.7
926 147151 = 7.1.1.10.7
927 167887 = 8.1.1.10.7
928 209359 = 10.1.1.10.7
929 231823 = 11.2.1.10.7
930 114319 = 5.6.1.10.7
931 36559 = 1.9.1.10.7
932 78031 = 3.9.1.10.7
933 119503 = 5.9.1.10.7
934 181711 = 8.9.1.10.7
935 38287 = 1.10.1.10.7
936 59023 = 2.10.1.10.7
937 162703 = 7.10.1.10.7
938 183439 = 8.10.1.10.7
939 224911 = 10.10.1.10.7
940 69539 = 3.4.2.10.11
941 173219 = 8.4.2.10.11
942 214691 = 10.4.2.10.11
943 92003 = 4.5.2.10.11
944 154211 = 7.5.2.10.11
945 97187 = 4.8.2.10.11
946 200867 = 9.8.2.10.11
947 221603 = 10.8.2.10.11
948 78179 = 3.9.2.10.11
949 161123 = 7.9.2.10.11
950 223331 = 10.9.2.10.11
951 40163 = 1.11.2.10.11
952 60899 = 2.11.2.10.11
953 206051 = 9.11.2.10.11
954 45491 = 2.2.3.10.11
955 107699 = 5.2.3.10.11
956 71411 = 3.5.3.10.11
957 95603 = 4.7.3.10.11
958 220019 = 10.7.3.10.11
959 159539 = 7.8.3.10.11
960 201011 = 9.8.3.10.11
961 221747 = 10.8.3.10.11
962 242483 = 11.8.3.10.11
963 61043 = 2.11.3.10.11
964 23747 = 1.1.8.10.11
965 44483 = 2.1.8.10.11
966 168899 = 8.1.8.10.11
967 231107 = 11.1.8.10.11
968 92867 = 4.5.8.10.11
969 134339 = 6.5.8.10.11
970 175811 = 8.5.8.10.11
971 238019 = 11.5.8.10.11
972 118787 = 5.8.8.10.11
973 201731 = 9.8.8.10.11
974 243203 = 11.8.8.10.11
975 30803 = 1.5.9.10.11
976 51539 = 2.5.9.10.11
977 155219 = 7.5.9.10.11
978 238163 = 11.5.9.10.11
979 34259 = 1.7.9.10.11
980 75731 = 3.7.9.10.11
981 117203 = 5.7.9.10.11
982 179411 = 8.7.9.10.11
983 58451 = 2.9.9.10.11
984 79187 = 3.9.9.10.11
985 99923 = 4.9.9.10.11
986 182867 = 8.9.9.10.11
987 44771 = 2.1.10.10.11
988 86243 = 4.1.10.10.11
989 106979 = 5.1.10.10.11
990 210659 = 10.1.10.10.11
991 51683 = 2.5.10.10.11
992 113891 = 5.5.10.10.11
993 238307 = 11.5.10.10.11
994 53411 = 2.6.10.10.11
995 141539 = 6.9.10.10.11
996 43451 = 2.1.1.8.11
997 64187 = 3.1.1.8.11
998 188603 = 9.1.1.8.11
999 33083 = 1.7.1.8.11
1000 53819 = 2.7.1.8.11
1001 116027 = 5.7.1.8.11
1002 198971 = 9.7.1.8.11
1003 219707 = 10.7.1.8.11
1004 102203 = 4.11.1.8.11
1005 122939 = 5.11.1.8.11
1006 205883 = 9.11.1.8.11
1007 126827 = 6.1.4.8.11
1008 209771 = 10.1.4.8.11
1009 230507 = 11.1.4.8.11
1010 66347 = 3.2.4.8.11
1011 87083 = 4.2.4.8.11
1012 190763 = 9.2.4.8.11
1013 211499 = 10.2.4.8.11
1014 47339 = 2.3.4.8.11
1015 88811 = 4.3.4.8.11
1016 109547 = 5.3.4.8.11
1017 30059 = 1.5.4.8.11
1018 175211 = 8.5.4.8.11
1019 66491 = 3.2.5.8.11
1020 211643 = 10.2.5.8.11
1021 68219 = 3.3.5.8.11
1022 151163 = 7.3.5.8.11
1023 30203 = 1.5.5.8.11
1024 113147 = 5.5.5.8.11
1025 154619 = 7.5.5.8.11
1026 237563 = 11.5.5.8.11
1027 137339 = 6.7.5.8.11
1028 44171 = 2.1.6.8.11
1029 85643 = 4.1.6.8.11
1030 28619 = 1.4.6.8.11
1031 132299 = 6.4.6.8.11
1032 194507 = 9.4.6.8.11
1033 235979 = 11.4.6.8.11
1034 59723 = 2.10.6.8.11
1035 121931 = 5.10.6.8.11
1036 163403 = 7.10.6.8.11
1037 225611 = 10.10.6.8.11
1038 206603 = 9.11.6.8.11
1039 70379 = 3.4.8.8.11
1040 215531 = 10.4.8.8.11
1041 77291 = 3.8.8.8.11
1042 37547 = 1.9.8.8.11
1043 224171 = 10.9.8.8.11
1044 80747 = 3.10.8.8.11
1045 101483 = 4.10.8.8.11
1046 122219 = 5.10.8.8.11
1047 91811 = 4.5.1.6.11
1048 133283 = 6.5.1.6.11
1049 74531 = 3.7.1.6.11
1050 95267 = 4.7.1.6.11
1051 136739 = 6.7.1.6.11
1052 219683 = 10.7.1.6.11
1053 76259 = 3.8.1.6.11
1054 117731 = 5.8.1.6.11
1055 179939 = 8.8.1.6.11
1056 221411 = 10.8.1.6.11
1057 242147 = 11.8.1.6.11
1058 130259 = 6.3.4.6.11
1059 213203 = 10.3.4.6.11
1060 233939 = 11.3.4.6.11
1061 93971 = 4.6.4.6.11
1062 197651 = 9.6.4.6.11
1063 80147 = 3.10.4.6.11
1064 204563 = 9.10.4.6.11
1065 225299 = 10.10.4.6.11
1066 130547 = 6.3.6.6.11
1067 213491 = 10.3.6.6.11
1068 30323 = 1.5.6.6.11
1069 51059 = 2.5.6.6.11
1070 216947 = 10.5.6.6.11
1071 237683 = 11.5.6.6.11
1072 95987 = 4.7.6.6.11
1073 178931 = 8.7.6.6.11
1074 220403 = 10.7.6.6.11
1075 35507 = 1.8.6.6.11
1076 139187 = 6.8.6.6.11
1077 242867 = 11.8.6.6.11
1078 65027 = 3.1.7.6.11
1079 87491 = 4.2.7.6.11
1080 232643 = 11.2.7.6.11
1081 33923 = 1.7.7.6.11
1082 116867 = 5.7.7.6.11
1083 199811 = 9.7.7.6.11
1084 39107 = 1.10.7.6.11
1085 122051 = 5.10.7.6.11
1086 142787 = 6.10.7.6.11
1087 184259 = 8.10.7.6.11
1088 148403 = 7.1.10.6.11
1089 231347 = 11.1.10.6.11
1090 113843 = 5.5.10.6.11
1091 176051 = 8.5.10.6.11
1092 158771 = 7.7.10.6.11
1093 101747 = 4.10.10.6.11
1094 205427 = 9.10.10.6.11
1095 246899 = 11.10.10.6.11
1096 34499 = 1.7.11.6.11
1097 117443 = 5.7.11.6.11
1098 138179 = 6.7.11.6.11
1099 179651 = 8.7.11.6.11
1100 101891 = 4.10.11.6.11
1101 226307 = 10.10.11.6.11
1102 105767 = 5.1.2.5.11
1103 188711 = 9.1.2.5.11
1104 91943 = 4.5.2.5.11
1105 55799 = 2.8.3.5.11
1106 225143 = 10.10.3.5.11
1107 49031 = 2.4.4.5.11
1108 69767 = 3.4.4.5.11
1109 33479 = 1.7.4.5.11
1110 116423 = 5.7.4.5.11
1111 87623 = 4.2.8.5.11
1112 108359 = 5.2.8.5.11
1113 212039 = 10.2.8.5.11
1114 39239 = 1.10.8.5.11
1115 246599 = 11.10.8.5.11
1116 61703 = 2.11.8.5.11
1117 123911 = 5.11.8.5.11
1118 165383 = 7.11.8.5.11
1119 186119 = 8.11.8.5.11
1120 48023 = 2.3.9.5.11
1121 151703 = 7.3.9.5.11
1122 172439 = 8.3.9.5.11
1123 51479 = 2.5.9.5.11
1124 92951 = 4.5.9.5.11