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2007-06-09, 20:00
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#1 |
"Jason Goatcher"
Mar 2005
3×7×167 Posts |
time to do different n-values
I timed all the n-values that haven't been done from 1 to 667. I used one core of a dual-core 2.8GHz Pentium-D. If anyone is good at modular arithmetic and can extropolate the other values, that would be great.
Code:
n=478, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=147506 Time=226 sec. n=479, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=108543 Time=172 sec. n=480, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=101968 Time=174 sec. n=481, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=147812 Time=280 sec. n=482, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=155489 Time=252 sec. n=483, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=66822 Time=106 sec. n=486, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=68744 Time=121 sec. n=487, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=301019 Time=514 sec. n=488, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=44141 Time=92 sec. n=489, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=144762 Time=204 sec. n=490, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=327308 Time=529 sec. n=491, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=46601 Time=94 sec. n=525, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=116392 Time=199 sec. n=526, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=148571 Time=301 sec. n=527, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=155011 Time=269 sec. n=528, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=68141 Time=118 sec. n=529, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=192574 Time=374 sec. n=530, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=113562 Time=215 sec. n=531, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=70565 Time=131 sec. n=532, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=353405 Time=601 sec. n=533, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=64890 Time=117 sec. n=534, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=85059 Time=173 sec. n=535, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=331704 Time=582 sec. n=536, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=49508 Time=103 sec. n=537, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=123610 Time=245 sec. n=538, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=132168 Time=244 sec. n=539, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=186929 Time=281 sec. n=540, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=141375 Time=241 sec. n=541, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=92745 Time=214 sec. n=542, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=148715 Time=275 sec. n=543, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=44431 Time=103 sec. n=544, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=388143 Time=667 sec. n=545, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=111630 Time=207 sec. n=546, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=57941 Time=116 sec. n=547, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=267852 Time=567 sec. n=548, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=58247 Time=129 sec. n=549, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=156575 Time=268 sec. n=550, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=232513 Time=441 sec. n=551, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=51647 Time=110 sec. n=552, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=168786 Time=306 sec. n=553, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=170818 Time=342 sec. n=554, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=90205 Time=189 sec. n=581, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=53480 Time=119 sec. n=582, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=144316 Time=304 sec. n=583, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=111884 Time=255 sec. n=584, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=156481 Time=296 sec. n=585, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=133265 Time=269 sec. n=586, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=111272 Time=258 sec. n=587, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=155749 Time=323 sec. n=588, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=74323 Time=147 sec. n=589, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=265268 Time=601 sec. n=590, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=82281 Time=196 sec. n=591, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=51720 Time=121 sec. n=592, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=273877 Time=611 sec. n=593, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=70665 Time=153 sec. n=594, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=202902 Time=349 sec. n=595, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=229090 Time=483 sec. n=596, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=43514 Time=111 sec. n=597, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=134617 Time=299 sec. n=598, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=176159 Time=382 sec. n=599, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=127789 Time=247 sec. n=601, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=111554 Time=261 sec. n=602, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=192138 Time=394 sec. n=603, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=57796 Time=141 sec. n=604, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=221568 Time=485 sec. n=605, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=115056 Time=239 sec. n=606, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=43414 Time=115 sec. n=607, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=414398 Time=952 sec. n=608, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=55967 Time=139 sec. n=609, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=121412 Time=277 sec. n=610, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=277570 Time=610 sec. n=611, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=68216 Time=169 sec. n=612, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=223934 Time=491 sec. n=613, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=91716 Time=262 sec. n=614, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=90235 Time=233 sec. n=615, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=128618 Time=285 sec. n=616, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=192052 Time=457 sec. n=617, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=125853 Time=324 sec. n=618, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=43222 Time=125 sec. n=619, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=209850 Time=520 sec. n=620, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=121437 Time=298 sec. n=621, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=83027 Time=192 sec. n=622, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=328312 Time=788 sec. n=623, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=66804 Time=157 sec. n=624, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=98532 Time=246 sec. n=625, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=263676 Time=681 sec. n=626, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=61324 Time=152 sec. n=627, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=147152 Time=356 sec. n=628, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=96792 Time=275 sec. n=629, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=158792 Time=352 sec. n=630, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=153143 Time=348 sec. n=631, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=92545 Time=265 sec. n=632, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=178023 Time=406 sec. n=633, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=49330 Time=134 sec. n=634, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=259244 Time=684 sec. n=635, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=92890 Time=238 sec. n=636, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=58925 Time=150 sec. n=637, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=456124 Time=999 sec. n=638, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=70339 Time=180 sec. n=639, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=110466 Time=292 sec. n=640, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=208924 Time=562 sec. n=641, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=42958 Time=131 sec. n=642, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=118133 Time=335 sec. n=643, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=265636 Time=617 sec. n=644, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=113901 Time=288 sec. n=645, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=91861 Time=254 sec. n=646, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=94989 Time=286 sec. n=647, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=213437 Time=522 sec. n=648, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=71710 Time=191 sec. n=649, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=232845 Time=601 sec. n=650, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=112167 Time=288 sec. n=651, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=52612 Time=148 sec. n=652, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=425837 Time=1126 sec. n=653, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=42907 Time=132 sec. n=654, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=131039 Time=321 sec. n=655, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=211146 Time=569 sec. n=656, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=59771 Time=173 sec. n=657, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=191729 Time=493 sec. n=658, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=111338 Time=318 sec. n=659, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=111509 Time=290 sec. n=660, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=110524 Time=287 sec. n=661, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=156104 Time=442 sec. n=662, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=144952 Time=386 sec. n=663, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=50627 Time=147 sec. n=664, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=232422 Time=610 sec. n=665, kmin=0T, kmax=5T, version=6.0, here T=10^12 Starting the sieve... Using the first 8 primes to reduce the size of the sieve array The sieving is complete. Number of Prp tests=196513 Time=457 sec. |
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