Prime-Wiki

[sweety439]

The "Max n" of Williams PP 158 is 25000, not 50000.

[sweety439]

The n-values of the "Data" section of Williams MP least for b = 497, 536, 545, ... are still blank.

[sweety439]

Currently, the "base" in Carol/Kynea table is not sorted.

[kar_bon]

- Williams PP 158: corrected

- Williams least:
Any uploaded file is available directly as source, but the MediaWiki caching of pages do not display the new data on those pages instantly, this needs internally some time to update, the same for any local browser chache.

- Cynea/Karol sorting:
see thread for issues.

[sweety439]

Originally Posted by sweety439

The "Max n" of Williams PP 158 is 25000, not 50000.

The "Max n" of Williams PM 158 is also 25000, not 50000, please check the test limit of all four kinds of Williams primes base 158.

[sweety439]

Well, did you test Williams MP 158 to 50000 on 2018/01/25?

[sweety439]

See https://www.rieselprime.de/ziki/Category:Reserved, Borys Jaworski reserved Williams prime MM 128, but there is "[[]]" for Williams prime MM 128.

Also, Williams MM 128 is currently not in https://www.rieselprime.de/ziki/Borys_Jaworski.

Besides, the Carol/Kynea bases in https://www.rieselprime.de/ziki/Category:Reserved are also not sorted ({2, 20, 22, 24, 26, 1968, 290, 362}, which is not sorted).

[kar_bon]

Reservation for Willimas MM 128 corrected.

The sorting of Carol/Kynea is driven from the page of those bases as mentioned so it's still not correct whereever the sorting is used.

There're still many coherencies of pages and templates, which are not 100% outlined.

Example:
Will. MM 128 should be a reuse of Riesel k=127, but such dependencies should normally not be reserved by others (same as Carol/Kynea base 4, or others).
But here a reservation is active and the field of "Reservevation" should not be used from the 'mother sequence' but set explicitly.
This is done here.
That's why there is a big "Do not reserve!" because a reproduction and verification of such results are not so easy.

[kar_bon]

Updated the page for original Williams primes (b-1)*b^n-1:

- included all data from S.Harvey (ranges and dates) and M.Fiorentini
- corrected some errors in S.Harveys page: missing primes, typos, 2 bases missed at all (I'm running them), for base >1019 Steven only gives values to n=100, not 512 as given on his page (I've recalculated all for n<=1000)
- uploaded new file for smallest (could take some time until shown correctly in the data table)
- listed all bases <=2049 without any values found so far

[sweety439]

Originally Posted by kar_bon

Updated the page for original Williams primes (b-1)*b^n-1:

- included all data from S.Harvey (ranges and dates) and M.Fiorentini
- corrected some errors in S.Harveys page: missing primes, typos, 2 bases missed at all (I'm running them), for base >1019 Steven only gives values to n=100, not 512 as given on his page (I've recalculated all for n<=1000)
- uploaded new file for smallest (could take some time until shown correctly in the data table)
- listed all bases <=2049 without any values found so far

The limit for "Steven Harvey: Search for Williams primes" in the page https://www.rieselprime.de/ziki/Williams_prime should be "3 ≤ b ≤ 1024, 1 ≤ n ≤ 512 and 1025 ≤ b ≤ 2049, 1 ≤ n ≤ 100", not "3 ≤ b ≤ 1019, 1 ≤ n ≤ 512 and 1020 ≤ b ≤ 2049, 1 ≤ n ≤ 100".

[sweety439]

Originally Posted by kar_bon

Updated the page for original Williams primes (b-1)*b^n-1:

- included all data from S.Harvey (ranges and dates) and M.Fiorentini
- corrected some errors in S.Harveys page: missing primes, typos, 2 bases missed at all (I'm running them), for base >1019 Steven only gives values to n=100, not 512 as given on his page (I've recalculated all for n<=1000)
- uploaded new file for smallest (could take some time until shown correctly in the data table)
- listed all bases <=2049 without any values found so far

This is for base > 1024 (not base > 1019), see http://harvey563.tripod.com/wills.txt

At least, this page has the primes 1019*1020^348-1, 1019*1020^446-1 and 1019*1020^457-1, these three primes are for base 1020 and n > 100.