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drummers-lowrise
1) Message boards : Generalized Fermat Prime Search : Genefer 3.3.5 testing (Message 145190)
Posted 111 days ago by 288larssonProject donor
Hi
genefer_linux64, avxi computer is https://www.primegrid.com/show_host_detail.php?hostid=234230 16 17Low 17Mega 18 done
2) Message boards : Generalized Fermat Prime Search : Genefer 3.3.5 testing (Message 145174)
Posted 112 days ago by 288larssonProject donor
hi
reservation

genefer_linux64, fmai 16 17Low 17Mega 18 19 20
genefer_linux64, avxi 16 17Low 17Mega 18 19 20

fmai 16 https://www.primegrid.com/result.php?resultid=1149147597

fmai 17low https://www.primegrid.com/result.php?resultid=1149174367

fmai 17mega https://www.primegrid.com/result.php?resultid=1149160194
3) Message boards : Problems and Help : Need help with app_info.xml. I just want DIV and AP27 running. (Message 133517)
Posted 516 days ago by 288larssonProject donor
hi this work
<app_info> <app> <name>llrDIV</name> <user_friendly_name>DIV (LLR)</user_friendly_name> <fraction_done_exact>1</fraction_done_exact> <report_results_immediately>1</report_results_immediately> <max_concurrent>4</max_concurrent> </app> <app> <name>ap26</name> <user_friendly_name>ap26</user_friendly_name> <fraction_done_exact>1</fraction_done_exact> <report_results_immediately>1</report_results_immediately> </app> <file_info> <name>llr_wrapper_8.04_windows_x86_64.exe</name> <executable/> </file_info> <file_info> <name>llr.ini.6.07</name> <executable/> </file_info> <file_info> <name>cllr64.3.8.21.exe</name> </file_info> <app_version> <plan_class>mt</plan_class> <cmdline>-t 7</cmdline> <avg_ncpus>7</avg_ncpus> <app_name>llrDIV</app_name> <version_num>804</version_num> <api_version>6.12.43</api_version> <file_ref> <file_name>llr_wrapper_8.04_windows_x86_64.exe</file_name> <main_program/> </file_ref> <file_ref> <file_name>cllr64.3.8.21.exe</file_name> <open_name>primegrid_cllr.exe</open_name> <copy_file/> </file_ref> <file_ref> <file_name>llr.ini.6.07</file_name> <open_name>llr.ini</open_name> <copy_file/> </file_ref> </app_version> <file_info> <name>ap27_2.6_opencl_windows64.exe</name> <executable/> </file_info> <app_version> <app_name>ap26</app_name> <version_num>206</version_num> <platform>windows_x86_64</platform> <avg_ncpus>0.089074</avg_ncpus> <plan_class>OCL_cuda_AP27</plan_class> <api_version>7.15.0</api_version> <file_ref> <file_name>ap27_2.6_opencl_windows64.exe</file_name> <main_program/> </file_ref> <coproc> <type>NVIDIA</type> <count>1.000000</count> </coproc> <dont_throttle/> </app_version> </app_info>
4) Message boards : Proth Prime Search : PPS-MEGA: Smaller FFT longer crunch time ? (Message 130107)
Posted 640 days ago by 288larssonProject donor
Hi
llr3.8.23 mostly using FFT length 240K
llr3.8.21 mostly using FFT length 256K

Test on host
http://www.primegrid.com/results.php?hostid=946202
5) Message boards : Generalized Fermat Prime Search : genefer 3.3.4 (Message 120719)
Posted 892 days ago by 288larssonProject donor
Hi
E38http://www.primegrid.com/result.php?resultid=935319520

E40 http://www.primegrid.com/result.php?resultid=935116556

E41 http://www.primegrid.com/result.php?resultid=934518695
6) Message boards : Generalized Fermat Prime Search : genefer 3.3.4 (Message 120449)
Posted 905 days ago by 288larssonProject donor
hi C32
genefer 3.3.4 (Linux/CPU/64-bit)

Copyright 2001-2018, Yves Gallot
Copyright 2009, Mark Rodenkirch, David Underbakke
Copyright 2010-2012, Shoichiro Yamada, Ken Brazier
Copyright 2011-2014, Michael Goetz, Ronald Schneider
Copyright 2011-2018, Iain Bethune
Genefer is free source code, under the MIT license.

Supported transform implementations: fma3 avx sse4 sse2 x87

Command line: ./genefer_linux64-334-2 -q 10037266^131072+1

Low priority change succeeded.
FMA3 transform is past its b limit.
AVX (Intel) transform is past its b limit.
SSE4 transform is past its b limit.
SSE2 transform is past its b limit.

Testing 10037266^131072+1...
Using x87 (80-bit) transform
Starting initialization...
Initialization complete (0.130 seconds).
Estimated time for 10037266^131072+1 is 3:58:00
10037266^131072+1 is a probable prime. (917716 digits) (err = 0.0117) (time = 3:54:46) 18:37:07
7) Message boards : Generalized Fermat Prime Search : genefer 3.3.4 (Message 120440)
Posted 905 days ago by 288larssonProject donor
Hi C23 C24 C25 C26
genefer 3.3.4 (Linux/CPU/64-bit)

Copyright 2001-2018, Yves Gallot
Copyright 2009, Mark Rodenkirch, David Underbakke
Copyright 2010-2012, Shoichiro Yamada, Ken Brazier
Copyright 2011-2014, Michael Goetz, Ronald Schneider
Copyright 2011-2018, Iain Bethune
Genefer is free source code, under the MIT license.

Supported transform implementations: fma3 avx sse4 sse2 x87

Command line: ./genefer_linux64-334-2 -q 1722230^131072+1 -nt 1

Low priority change succeeded.

Testing 1722230^131072+1...
Using FMA3 transform
Starting initialization...
Initialization complete (0.116 seconds).
Estimated time for 1722230^131072+1 is 0:14:40
1722230^131072+1 is a probable prime. (817377 digits) (err = 0.4375) (time = 0:14:38) 13:21:35

pip@6700k:~/genefer3-3-3$ ./genefer_linux64-334-2 -q "1722230^131072+1" -nt 2
genefer 3.3.4 (Linux/CPU/64-bit)

Copyright 2001-2018, Yves Gallot
Copyright 2009, Mark Rodenkirch, David Underbakke
Copyright 2010-2012, Shoichiro Yamada, Ken Brazier
Copyright 2011-2014, Michael Goetz, Ronald Schneider
Copyright 2011-2018, Iain Bethune
Genefer is free source code, under the MIT license.

Supported transform implementations: fma3 avx sse4 sse2 x87

Command line: ./genefer_linux64-334-2 -q 1722230^131072+1 -nt 2

Low priority change succeeded.

Testing 1722230^131072+1...
Using FMA3 transform (2 threads)
Starting initialization...
Initialization complete (0.116 seconds).
Estimated time for 1722230^131072+1 is 0:07:46
1722230^131072+1 is a probable prime. (817377 digits) (err = 0.4375) (time = 0:07:48) 13:29:35

pip@6700k:~/genefer3-3-3$ ./genefer_linux64-334-2 -q "1722230^131072+1" -nt 3
genefer 3.3.4 (Linux/CPU/64-bit)

Copyright 2001-2018, Yves Gallot
Copyright 2009, Mark Rodenkirch, David Underbakke
Copyright 2010-2012, Shoichiro Yamada, Ken Brazier
Copyright 2011-2014, Michael Goetz, Ronald Schneider
Copyright 2011-2018, Iain Bethune
Genefer is free source code, under the MIT license.

Supported transform implementations: fma3 avx sse4 sse2 x87

Command line: ./genefer_linux64-334-2 -q 1722230^131072+1 -nt 3

Low priority change succeeded.

Testing 1722230^131072+1...
Using FMA3 transform (3 threads)
Starting initialization...
Initialization complete (0.115 seconds).
Estimated time for 1722230^131072+1 is 0:05:29
1722230^131072+1 is a probable prime. (817377 digits) (err = 0.4375) (time = 0:05:30) 13:37:42

pip@6700k:~/genefer3-3-3$ ./genefer_linux64-334-2 -q "1722230^131072+1" -nt 4
genefer 3.3.4 (Linux/CPU/64-bit)

Copyright 2001-2018, Yves Gallot
Copyright 2009, Mark Rodenkirch, David Underbakke
Copyright 2010-2012, Shoichiro Yamada, Ken Brazier
Copyright 2011-2014, Michael Goetz, Ronald Schneider
Copyright 2011-2018, Iain Bethune
Genefer is free source code, under the MIT license.

Supported transform implementations: fma3 avx sse4 sse2 x87

Command line: ./genefer_linux64-334-2 -q 1722230^131072+1 -nt 4

Low priority change succeeded.

Testing 1722230^131072+1...
Using FMA3 transform (4 threads)
Starting initialization...
Initialization complete (0.115 seconds).
Estimated time for 1722230^131072+1 is 0:04:17
1722230^131072+1 is a probable prime. (817377 digits) (err = 0.4375) (time = 0:04:20) 13:42:39
8) Message boards : Generalized Fermat Prime Search : genefer 3.3.4 (Message 120437)
Posted 905 days ago by 288larssonProject donor
hi C10
genefer 3.3.4 (Linux/CPU/64-bit)

Copyright 2001-2018, Yves Gallot
Copyright 2009, Mark Rodenkirch, David Underbakke
Copyright 2010-2012, Shoichiro Yamada, Ken Brazier
Copyright 2011-2014, Michael Goetz, Ronald Schneider
Copyright 2011-2018, Iain Bethune
Genefer is free source code, under the MIT license.

Supported transform implementations: fma3 avx sse4 sse2 x87

Command line: ./genefer_linux64-334-2 -q 2041898^65536+1 -nt 2

Low priority change succeeded.

Testing 2041898^65536+1...
Using FMA3 transform (2 threads)
Starting initialization...
Initialization complete (0.040 seconds).
Estimated time for 2041898^65536+1 is 0:03:59
2041898^65536+1 is a probable prime. (413535 digits) (err = 0.4375) (time = 0:04:00) 12:50:25

D16
geneferocl 3.3.4 (Linux/OpenCL/64-bit)

Copyright 2001-2018, Yves Gallot
Copyright 2009, Mark Rodenkirch, David Underbakke
Copyright 2010-2012, Shoichiro Yamada, Ken Brazier
Copyright 2011-2014, Michael Goetz, Ronald Schneider
Copyright 2011-2018, Iain Bethune
Genefer is free source code, under the MIT license.

Command line: ./geneferocl_linux64-334-2 -q 157476^65536+1

Normal priority change succeeded.
Checking available transform implementations...
A benchmark is needed to determine best transform, testing available transform implementations...
Testing OCL transform...
Running on platform 'NVIDIA CUDA', device 'GeForce GTX 780 Ti', vendor 'NVIDIA Corporation', version 'OpenCL 1.2 CUDA' and driver '390.48'.
15 computeUnits @ 1084MHz, memSize=3018MB, cacheSize=240kB, cacheLineSize=128B, localMemSize=48kB, maxWorkGroupSize=1024.
Testing OCL2 transform...
Testing OCL3 transform...
Testing OCL4 transform...
Testing OCL5 transform...
Benchmarks completed (9.054 seconds).

Testing 157476^65536+1...
Using OCL transform
Starting initialization...
Initialization complete (0.025 seconds).
Estimated time for 157476^65536+1 is 0:01:10
157476^65536+1 is composite. (RES=9f64b3f0d545615c) (340605 digits) (err = 0.0029) (time = 0:01:11) 12:53:09
9) Message boards : Generalized Fermat Prime Search : genefer 3.3.4 (Message 120431)
Posted 905 days ago by 288larssonProject donor
Hi C15
geneferocl 3.3.4 (Windows/OpenCL/32-bit)

Copyright 2001-2018, Yves Gallot
Copyright 2009, Mark Rodenkirch, David Underbakke
Copyright 2010-2012, Shoichiro Yamada, Ken Brazier
Copyright 2011-2014, Michael Goetz, Ronald Schneider
Copyright 2011-2018, Iain Bethune
Genefer is free source code, under the MIT license.

Command line: geneferocl_windows334-2 -q 157476^65536+1

Normal priority change succeeded.
Checking available transform implementations...
A benchmark is needed to determine best transform, testing available transform implementations...
Testing OCL transform...
Running on platform 'AMD Accelerated Parallel Processing', device 'gfx900', vendor 'Advanced Micro Devices, Inc.', version 'OpenCL 1.2 AMD-APP (2671.3)' and driver '2671.3 (PAL,HSAIL)'.
64 computeUnits @ 1630MHz, memSize=3072MB, cacheSize=16kB, cacheLineSize=64B, localMemSize=32kB, maxWorkGroupSize=256.
Testing OCL2 transform...
Testing OCL3 transform...
Testing OCL4 transform...
Testing OCL5 transform...
Benchmarks completed (11.723 seconds).

Testing 157476^65536+1...
Using OCL4 transform
Starting initialization...
Initialization complete (0.115 seconds).
Estimated time for 157476^65536+1 is 0:00:57
157476^65536+1 is composite. (RES=9f64b3f0d545615c) (340605 digits) (err = 0.0000) (time = 0:01:01) 12:25:57
10) Message boards : Generalized Fermat Prime Search : genefer 3.3.4 (Message 120430)
Posted 905 days ago by 288larssonProject donor
hi B10
genefer 3.3.4 (Windows/CPU/64-bit)

Copyright 2001-2018, Yves Gallot
Copyright 2009, Mark Rodenkirch, David Underbakke
Copyright 2010-2012, Shoichiro Yamada, Ken Brazier
Copyright 2011-2014, Michael Goetz, Ronald Schneider
Copyright 2011-2018, Iain Bethune
Genefer is free source code, under the MIT license.

Supported transform implementations: fma3 avx sse4 sse2 x87

Command line: genefer_windows64-334-2 -q 2041898^65536+1 -nt 2

Low priority change succeeded.

Testing 2041898^65536+1...
Using FMA3 transform (2 threads)
Starting initialization...
Initialization complete (0.095 seconds).
Estimated time for 2041898^65536+1 is 0:08:02
2041898^65536+1 is a probable prime. (413535 digits) (err = 0.4375) (time = 0:08:31) 12:15:48


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