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Old 2006-12-10, 16:44   #9
ValerieVonck
 
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Mar 2004
Belgium

7×112 Posts
Default k-276, 277, 278 from 0 to 1000T

Code:
276, 277 and 278 done up to 1000T
   n=276, kmin=0T, kmax=200T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=2362961
Time=1726 sec.
   n=276, kmin=200T, kmax=400T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=2361768
Time=1716 sec.
   n=276, kmin=400T, kmax=600T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
   485085070402065  276
The sieving is complete.
Number of Prp tests=2363345
Time=1725 sec.
   n=276, kmin=600T, kmax=800T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=2360804
Time=1728 sec.
   n=276, kmin=800T, kmax=1000T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=2361598
Time=1721 sec.
   n=277, kmin=0T, kmax=200T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
   182788493318865  277
The sieving is complete.
Number of Prp tests=11441563
Time=8573 sec.
   n=277, kmin=200T, kmax=400T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=11444804
Time=8540 sec.
   n=277, kmin=400T, kmax=600T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=11443704
Time=8567 sec.
   n=277, kmin=600T, kmax=800T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=11444922
Time=8543 sec.
   n=277, kmin=800T, kmax=1000T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=11447809
Time=8572 sec.
   n=278, kmin=0T, kmax=200T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=2445592
Time=1980 sec.
   n=278, kmin=200T, kmax=400T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=2448844
Time=1992 sec.
   n=278, kmin=400T, kmax=600T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=2446808
Time=1991 sec.
   n=278, kmin=600T, kmax=800T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=2443500
Time=1981 sec.
   n=278, kmin=800T, kmax=1000T, version=6.0, here T=10^12
 Starting the sieve...
Using the first 9 primes to reduce the size of the sieve array
The sieving is complete.
Number of Prp tests=2445199
Time=1995 sec.
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