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#342 | |
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"Mark"
Apr 2003
Between here and the
24·397 Posts |
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I've sent the list to Gary. |
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#343 |
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May 2009
Russia, Moscow
2,593 Posts |
Riesel base 433, k=92.
Primes attached. Remaining k's: 6*433^n-1 Trivially factors: 15 k's Base completed to 25K and released. |
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#344 | |
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May 2007
Kansas; USA
101×103 Posts |
Quote:
1. Do the easy HTML part of copying the boxes and showing the base on both the conjectures and reservations pages. 2. Factor b and b+1 to properly check and possibly analyze algebraic factors. 3. If Sierp, check for GFN primes. 4. Pull up Robert's sheet to get the conjecture and covering set. (I don't take people's word for that.) 5. Factor b-1 to get the correct trivial factors. 6. Save off the primes. 7. Sort the primes descending by n, format them for the pages, and list them. (I now have an automated spreadsheet that does this somewhat quickly.) 8. If applicable save off the results. 9. If applicable, add the base to the 1k thread. Also sieve the k to get the correct weight. 10. Remove the base from the untested bases thread. 11. Follow up with someone if there is an error or not all of the information is listed. (Quite common) Can you guys see why even for easy proven bases without algebraic factors, this can average 10 mins. per base? Throw in a new base that has 1 k remaining, has algebraic factors, and has results to save off and you can be talking nearly 30 mins. Check out the recent R243. Batalov only reserved it. He hadn't searched it yet. It took me 30-35 mins. to get it listed correctly on the pages. Check it out and you'll see why. It's not just the HTML. Getting the "HTML construct" for each base is easy. Listing and verifying that all of the information is correct is not easy and adding to that updating various threads makes it downright time-consuming. I think you've probably already seen my PM response already where I allude to the fact that what is needed is far more effort than what you are anticipating. I've had people do the HTML for me before. Ultimately it took me longer. Why? Because sometimes it wasn't right and I still needed to do a lot more than just update the web pages. So, if you or Ian (as he has offered) is willing to do all of the above for bases 513-1024, then let me know. Otherwise, I would appreciate it if people would stop searching a ton of small-conjectured bases and wanting to dump them on me. Your CPU time would be much better spent on smaller bases with larger conjectures. Also, I think it's only fair to leave some of the small conjectures for newer people as they come in. BTW, on your k=8 proven Sierp conjectures that you dumped on me from way back, that was what I was using to post them 2 a day for a while. I just searched the ones with one k remaining to n=25K; proving a few more. So your effort did not go to waste there. I only did it for 2 reasons: (1) So your effort wasn't wasted. (2) To "catch it up" somewhat with the Riesel side. But...I have no intention of doing such an effort for CK=10 or 12 or 14 or whatever on the Sierp side. I made that exception once. For now, if people want to post 1 new base < 512 per day, I'm fine with that but like I said in the other thread, I/we still need to think about how bases > 512 should be handled in the future. Gary |
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#345 |
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May 2007
Kansas; USA
101·103 Posts |
I just now had time to read most of the posts in this thread.
So how are you going to do this Kenneth? The pages are dynamic and being updated constantly. Are you only going to send a page of proven bases that you and Mark have worked on or are you going to incorporate them in the existing pages? You can't do the latter. You said that the k's with trivial factors are the same for Riesel and Sierp. That is incorrect so you need to make sure you understand what the difference is. Will you be listing GFns that don't have primes on the Sierp bases? How will you make that determination? Will you only be listing the proven bases? If not, it's possible for the Sierp side to have algebraic factors also. Will you know how to check for them? The covering set can be different for the 2 sides even if the conjecture/base is the same. Are you checking Robert's sheet for that? If the primes have the same n-value, are you sorting them descending by k within the n-value so that the largest one is listed first? Regardless, this does not change anything regarding bases > 512. The project as it is currently designed is way too big. We need to work our way slowly upwards. Gary |
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#346 | |
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May 2008
Wilmington, DE
22×23×31 Posts |
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#347 | |
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Quasi Admin Thing
May 2005
96610 Posts |
Quote:
1. I'm not going to do it, since I can't do much of the 11 checkpoints that you do, and I also got the impression that it was the HTML part that irritated you, but since that is not the case, I'm not going to do any further on that subject. 2. This is almost obvious, that I'm not going to update the HTML, I only offered to do the initial and the main HTML, and nothing further. I can still do that, if you wan't to, however it sounds like it is the most easy part of the maintenance. 3. Regarding the trivil factors, I do understand, but I may not have been as clear as you would have liked. According to what you've previously told me, all k's where b-1 mod primebase = 0, has following trivial factors: on the riesel side: k = = 1 mod primebase (primebase) on the sierpinski side: k = = primebase-1 mod primebase (primebase) so in total it would have been a question of doing only 168 search and replace on the sierpinski code, once you have the completed Riesel code, where 1 is replaced with primebase-1. If the above is wrong, then others might have the trivial factors wrong also, cause that was the explanation I got in a thread a long time ago. 4. No, no GFN's 6. No I would also be listing the HTML coding for the none proven bases, such that you should just copy+paste it to the HTML file that you shows the conjectures on. 7. I've never had any luck on getting the site you referred to for checking for algebraric factors to work, so NO I would not be checking for those. Also I remember a while back, that it was stated that it was only the Riesel side that had algebraric factors. This sound like it has changed, since at least S63 had algebraric factors on 2 of its k's. 8. I'm checking Roberts list for both the conjecture and the correct covering set, so it should be okay and good to use. 9. And YES I would of course be sorting them such that the highest prime is listed first and the smallest prime is listed last. Hope this got it all. But to sum up, I think you'll be better of letting Ian do the work, because I only offered to do the initial HTML coding and since I only have internet connection a few hours each week, it will be a problem to make it through your 11 checkpoints without people having to wait weeks or months to see their work listed on your site. So in short terms, I'm not continuing the HTML creation nor am I going to work on any HTML or base additions. So I'm sticking with the 3 reservations I have for now. Take care Kenneth |
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#348 |
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Just call me Henry
"David"
Sep 2007
Cambridge (GMT/BST)
5,881 Posts |
reserving riesel 258
4 ks remaining at 2.5k |
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#349 |
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May 2008
Wilmington, DE
54448 Posts |
Reserving Riesel 367 as new to n=25K
Last fiddled with by MyDogBuster on 2010-04-30 at 04:22 |
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#350 |
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May 2009
Russia, Moscow
50418 Posts |
I'm working with R500 (done to 50K, continuing to 100K).
107*500^30954-1 is prime! |
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#351 |
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May 2008
Wilmington, DE
22×23×31 Posts |
Riesel Base 268
Conjectured k = 1344 Covering Set = 5, 17, 269 Trivial Factors k == 1 mod 3(3) and k == 1 mod 89(89) Found Primes: 865k's - File attached Remaining: 17k's - File attached - Tested to n=25K Trivial Factor Eliminations: 457k's MOB Eliminations: 3k's 536 804 1340 Base Released Last fiddled with by MyDogBuster on 2014-09-02 at 09:15 |
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#352 |
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Just call me Henry
"David"
Sep 2007
Cambridge (GMT/BST)
133718 Posts |
that 4 was including the conjecture k
so 3i have found two primes since: 14*258^2624-1 22*258^8471-1 so just k=6 remaining edit: i am at n=27k Last fiddled with by henryzz on 2010-05-01 at 11:00 |
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