Own an ATI X1, HD or NV 7/8 series GPU and have 5-10 minutes? Please run this.

Wonderful! Thank you so much. I will edit my original, and then post the other results.

 

It crashed at 2047 with me too, display driver recovered but application seemed to hang.

HD2900 Cat 8.38RC7
Opteron 165
1GB DDR-3200
Vista32

Code:

GL multigrid benchmark 0.5 by Peter Thoman 2007

DevIL initialized successfully.
OpenGL initialized successfully.
ILUT OpenGL mode set successfully.
GLEW version 1.3.5 initialized successfully.
Loaded required OpenGL extensions for GLPixelShader.
Loaded required OpenGL extensions for GLRenderTexture.
Loaded required OpenGL extensions for GLFilterStep.
Initialization complete.



------------------
-- size: 3

BENCHMARK
Jacobi iteration: 20.1 micros
Residual calculation: 19.9 micros
Restriction: fw: 14.2 micros
Interpolation + add: 19.7 micros
VCycle: 445 micros


BENCHMARK
Jacobi iteration: 19.5 micros
Residual calculation: 19.3 micros
Restriction: fw: 13.9 micros
Interpolation + add: 19.7 micros
VCycle: 457 micros


BENCHMARK
Jacobi iteration: 20.2 micros
Residual calculation: 19.3 micros
Restriction: fw: 14 micros
Interpolation + add: 19.1 micros
VCycle: 446 micros



------------------
-- size: 7

BENCHMARK
Jacobi iteration: 19.6667 micros
Residual calculation: 19.6667 micros
Restriction: fw: 14 micros
Interpolation + add: 19.5556 micros
VCycle: 724.444 micros


BENCHMARK
Jacobi iteration: 19.6667 micros
Residual calculation: 19.7778 micros
Restriction: fw: 13.8889 micros
Interpolation + add: 19.6667 micros
VCycle: 725.556 micros


BENCHMARK
Jacobi iteration: 19.6667 micros
Residual calculation: 19.7778 micros
Restriction: fw: 13.8889 micros
Interpolation + add: 19.4444 micros
VCycle: 725.556 micros



------------------
-- size: 15

BENCHMARK
Jacobi iteration: 19.375 micros
Residual calculation: 19.375 micros
Restriction: fw: 13.875 micros
Interpolation + add: 19.625 micros
VCycle: 1005 micros


BENCHMARK
Jacobi iteration: 19.375 micros
Residual calculation: 19.5 micros
Restriction: fw: 13.75 micros
Interpolation + add: 19.5 micros
VCycle: 1020 micros


BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 19.75 micros
Restriction: fw: 13.75 micros
Interpolation + add: 19.25 micros
VCycle: 1005 micros



------------------
-- size: 31

BENCHMARK
Jacobi iteration: 19.5714 micros
Residual calculation: 19.7143 micros
Restriction: fw: 14 micros
Interpolation + add: 19.2857 micros
VCycle: 1294.29 micros


BENCHMARK
Jacobi iteration: 19.7143 micros
Residual calculation: 19.7143 micros
Restriction: fw: 14 micros
Interpolation + add: 19.7143 micros
VCycle: 1290 micros


BENCHMARK
Jacobi iteration: 19.7143 micros
Residual calculation: 19.7143 micros
Restriction: fw: 14 micros
Interpolation + add: 19.2857 micros
VCycle: 1290 micros



------------------
-- size: 63

BENCHMARK
Jacobi iteration: 19.6667 micros
Residual calculation: 19.6667 micros
Restriction: fw: 13.8333 micros
Interpolation + add: 19.6667 micros
VCycle: 1606.67 micros


BENCHMARK
Jacobi iteration: 20.3333 micros
Residual calculation: 19.6667 micros
Restriction: fw: 13.8333 micros
Interpolation + add: 19.6667 micros
VCycle: 1576.67 micros


BENCHMARK
Jacobi iteration: 19.8333 micros
Residual calculation: 19.5 micros
Restriction: fw: 14 micros
Interpolation + add: 19.5 micros
VCycle: 1598.33 micros



------------------
-- size: 127

BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 19.8 micros
Restriction: fw: 14.4 micros
Interpolation + add: 19.8 micros
VCycle: 1894 micros


BENCHMARK
Jacobi iteration: 19.6 micros
Residual calculation: 19.6 micros
Restriction: fw: 14 micros
Interpolation + add: 19.4 micros
VCycle: 1874 micros


BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 20 micros
Restriction: fw: 14.4 micros
Interpolation + add: 19.8 micros
VCycle: 1910 micros



------------------
-- size: 255

BENCHMARK
Jacobi iteration: 20.75 micros
Residual calculation: 20.5 micros
Restriction: fw: 14.75 micros
Interpolation + add: 20.75 micros
VCycle: 4360 micros


BENCHMARK
Jacobi iteration: 19.75 micros
Residual calculation: 19 micros
Restriction: fw: 13.75 micros
Interpolation + add: 19.5 micros
VCycle: 4380 micros


BENCHMARK
Jacobi iteration: 19.5 micros
Residual calculation: 19.5 micros
Restriction: fw: 14 micros
Interpolation + add: 19 micros
VCycle: 4427.5 micros



------------------
-- size: 511

BENCHMARK
Jacobi iteration: 19.3333 micros
Residual calculation: 19.3333 micros
Restriction: fw: 13.6667 micros
Interpolation + add: 20 micros
VCycle: 20176.7 micros


BENCHMARK
Jacobi iteration: 19.3333 micros
Residual calculation: 19.6667 micros
Restriction: fw: 14 micros
Interpolation + add: 19.6667 micros
VCycle: 22086.7 micros


BENCHMARK
Jacobi iteration: 19.6667 micros
Residual calculation: 19.6667 micros
Restriction: fw: 13.6667 micros
Interpolation + add: 19.3333 micros
VCycle: 22066.7 micros



------------------
-- size: 1023

BENCHMARK
Jacobi iteration: 19 micros
Residual calculation: 19 micros
Restriction: fw: 13.5 micros
Interpolation + add: 19.5 micros
VCycle: 81530 micros


BENCHMARK
Jacobi iteration: 39.5 micros
Residual calculation: 38 micros
Restriction: fw: 41.5 micros
Interpolation + add: 41.5 micros
VCycle: 89600 micros


BENCHMARK
Jacobi iteration: 41.5 micros
Residual calculation: 38 micros
Restriction: fw: 41.5 micros
Interpolation + add: 42.5 micros
VCycle: 89620 micros



------------------
-- size: 2047

 

Vista 32-bit / Forceware 158.18
AMD X2 4200+ Windsor @ 2.2 Ghz (stock)
Corsair XMS PC2-5400 @ 667
Geforce 8600 GTS @ 720/2100

***************************************

Code:

GL multigrid benchmark 0.5 by Peter Thoman 2007

DevIL initialized successfully.
OpenGL initialized successfully.
ILUT OpenGL mode set successfully.
GLEW version 1.3.5 initialized successfully.
Loaded required OpenGL extensions for GLPixelShader.
Loaded required OpenGL extensions for GLRenderTexture.
Loaded required OpenGL extensions for GLFilterStep.
Initialization complete.



------------------
-- size: 3

BENCHMARK
Jacobi iteration: 3.1 micros
Residual calculation: 3.2 micros
Restriction: fw: 3.1 micros
Interpolation + add: 3.1 micros
VCycle: 6443 micros


BENCHMARK
Jacobi iteration: 3.1 micros
Residual calculation: 4.7 micros
Restriction: fw: 3.1 micros
Interpolation + add: 3.1 micros
VCycle: 6505 micros


BENCHMARK
Jacobi iteration: 4.7 micros
Residual calculation: 3.1 micros
Restriction: fw: 3.1 micros
Interpolation + add: 3.1 micros
VCycle: 6428 micros



------------------
-- size: 7

BENCHMARK
Jacobi iteration: 3.44444 micros
Residual calculation: 3.44444 micros
Restriction: fw: 3.55556 micros
Interpolation + add: 3.44444 micros
VCycle: 10850 micros


BENCHMARK
Jacobi iteration: 3.44444 micros
Residual calculation: 3.44444 micros
Restriction: fw: 3.55556 micros
Interpolation + add: 3.44444 micros
VCycle: 10850 micros


BENCHMARK
Jacobi iteration: 3.44444 micros
Residual calculation: 3.44444 micros
Restriction: fw: 3.55556 micros
Interpolation + add: 3.44444 micros
VCycle: 10920 micros



------------------
-- size: 15

BENCHMARK
Jacobi iteration: 3.875 micros
Residual calculation: 3.875 micros
Restriction: fw: 2 micros
Interpolation + add: 3.875 micros
VCycle: 15521.3 micros


BENCHMARK
Jacobi iteration: 3.875 micros
Residual calculation: 4 micros
Restriction: fw: 1.875 micros
Interpolation + add: 3.875 micros
VCycle: 15093.8 micros


BENCHMARK
Jacobi iteration: 3.875 micros
Residual calculation: 2 micros
Restriction: fw: 3.875 micros
Interpolation + add: 3.875 micros
VCycle: 15073.8 micros



------------------
-- size: 31

BENCHMARK
Jacobi iteration: 2.14286 micros
Residual calculation: 4.57143 micros
Restriction: fw: 4.42857 micros
Interpolation + add: 2.14286 micros
VCycle: 19545.7 micros


BENCHMARK
Jacobi iteration: 2.14286 micros
Residual calculation: 4.57143 micros
Restriction: fw: 4.42857 micros
Interpolation + add: 2.14286 micros
VCycle: 19657.1 micros


BENCHMARK
Jacobi iteration: 4.42857 micros
Residual calculation: 2.28571 micros
Restriction: fw: 4.42857 micros
Interpolation + add: 2.28571 micros
VCycle: 19611.4 micros



------------------
-- size: 63

BENCHMARK
Jacobi iteration: 2.5 micros
Residual calculation: 5.33333 micros
Restriction: fw: 2.5 micros
Interpolation + add: 7.83333 micros
VCycle: 24258.3 micros


BENCHMARK
Jacobi iteration: 2.5 micros
Residual calculation: 2.66667 micros
Restriction: fw: 5.16667 micros
Interpolation + add: 5.16667 micros
VCycle: 24336.7 micros


BENCHMARK
Jacobi iteration: 5.16667 micros
Residual calculation: 2.5 micros
Restriction: fw: 2.66667 micros
Interpolation + add: 7.83333 micros
VCycle: 24595 micros



------------------
-- size: 127

BENCHMARK
Jacobi iteration: 3.2 micros
Residual calculation: 6.2 micros
Restriction: fw: 37.4 micros
Interpolation + add: 37.6 micros
VCycle: 29952 micros


BENCHMARK
Jacobi iteration: 3.2 micros
Residual calculation: 6.2 micros
Restriction: fw: 37.4 micros
Interpolation + add: 34.4 micros
VCycle: 29764 micros


BENCHMARK
Jacobi iteration: 3 micros
Residual calculation: 9.4 micros
Restriction: fw: 34.4 micros
Interpolation + add: 34.2 micros
VCycle: 30296 micros



------------------
-- size: 255

BENCHMARK
Jacobi iteration: 4 micros
Residual calculation: 3.75 micros
Restriction: fw: 101.5 micros
Interpolation + add: 152 micros
VCycle: 40170 micros


BENCHMARK
Jacobi iteration: 3.75 micros
Residual calculation: 0 micros
Restriction: fw: 97.5 micros
Interpolation + add: 152.25 micros
VCycle: 40092.5 micros


BENCHMARK
Jacobi iteration: 0 micros
Residual calculation: 4 micros
Restriction: fw: 97.5 micros
Interpolation + add: 152 micros
VCycle: 40325 micros



------------------
-- size: 511

BENCHMARK
Jacobi iteration: 0 micros
Residual calculation: 5 micros
Restriction: fw: 151 micros
Interpolation + add: 353.333 micros
VCycle: 71086.7 micros


BENCHMARK
Jacobi iteration: 5.33333 micros
Residual calculation: 5 micros
Restriction: fw: 151 micros
Interpolation + add: 358.667 micros
VCycle: 70200 micros


BENCHMARK
Jacobi iteration: 0 micros
Residual calculation: 5.33333 micros
Restriction: fw: 150.667 micros
Interpolation + add: 359 micros
VCycle: 70096.7 micros



------------------
-- size: 1023

BENCHMARK
Jacobi iteration: 0 micros
Residual calculation: 0 micros
Restriction: fw: 7.5 micros
Interpolation + add: 304.5 micros
VCycle: 191490 micros


BENCHMARK
Jacobi iteration: 0 micros
Residual calculation: 7.5 micros
Restriction: fw: 0 micros
Interpolation + add: 304.5 micros
VCycle: 191565 micros


BENCHMARK
Jacobi iteration: 0 micros
Residual calculation: 8 micros
Restriction: fw: 0 micros
Interpolation + add: 304 micros
VCycle: 191410 micros



------------------
-- size: 2047

*************************

It did not complete the 2047 test; I tried it twice and both times the display driver reset itself in the middle of the test (it likely ran out of VRAM since it only has 256MB).

 

Peter, do you have an older version of the App (the January one perhaps?) that we could test with? don't know if much has changed though but I'm curious why all the Radeon's bug out at 2047

P.S. now I know why I bought a HD2900, to be a master at theoretical benchmarking! w00t!

 

But at least it seems to work right for you. And may I add that I hate you for being able to use the 8.38s(Nah, just kidding ). I`d like to second what Dave said:it certainly is NOT running at 3D speeds-the fan doesn`t spin-up at all.

 

So no windowed app will trigger 3D clocks?

 

I ran your old fbench too, don't know if it helps anything...

Code:

GL filter framework 1.4 test application by Peter Thoman 2004-2005

Gui initialized successfully.
DevIL initialized successfully.
 - DevIL Version: 167
OpenGL initialized successfully.
ILUT OpenGL mode set successfully.
Loaded required OpenGL extensions for GLPixelShader.
Loaded required OpenGL extensions for GLRenderTexture.
Loaded required OpenGL extensions for GLFilterStep.
Initialization complete.

Press return key to start benchmark...



Testing 32x32 image:
Results for BufferCreateINT: msecs: 457 || ms/i: 76.1667 || i/s: 13.1291
No suitable INT format found. Trying FP... (Flaky 6x00 workaround)

Results for BufferCreateINT16: msecs: 386 || ms/i: 64.3333 || i/s: 15.544
Results for BufferCreateFP16: msecs: 388 || ms/i: 64.6667 || i/s: 15.4639
Results for BufferCreateFP32: msecs: 386 || ms/i: 64.3333 || i/s: 15.544
Results for JustCopy: msecs: 1511 || ms/i: 0.7555 || i/s: 1323.63
Results for SimpleSmooth: msecs: 1500 || ms/i: 0.75 || i/s: 1333.33
Results for TexNoise: msecs: 1537 || ms/i: 0.7685 || i/s: 1301.24
Results for 3x3Conv: msecs: 773 || ms/i: 0.773 || i/s: 1293.66
Results for TEncode: msecs: 754 || ms/i: 0.754 || i/s: 1326.26
Results for TDecode: msecs: 774 || ms/i: 0.774 || i/s: 1291.99
Results for LinDiffINT: msecs: 1508 || ms/i: 0.754 || i/s: 1326.26
Results for LinDiffINT16: msecs: 1510 || ms/i: 0.755 || i/s: 1324.5
Results for LinDiffFP16: msecs: 1507 || ms/i: 0.7535 || i/s: 1327.14
Results for LinDiffFP32: msecs: 1534 || ms/i: 0.767 || i/s: 1303.78
Results for LD_INT->FP16: msecs: 772 || ms/i: 0.772 || i/s: 1295.34
Results for LD_INT->FP32: msecs: 747 || ms/i: 0.747 || i/s: 1338.69
Results for LD_FP16->INT: msecs: 749 || ms/i: 0.749 || i/s: 1335.11
Results for LD_FP32->INT: msecs: 769 || ms/i: 0.769 || i/s: 1300.39
Results for PMTEncoded: msecs: 2352 || ms/i: 2.352 || i/s: 425.17
Results for PMStandard: msecs: 2350 || ms/i: 2.35 || i/s: 425.532
Results for PMBuffered: msecs: 96 || ms/i: 0.192 || i/s: 5208.33

Testing 64x64 image:
Results for BufferCreateINT: msecs: 379 || ms/i: 63.1667 || i/s: 15.8311
Results for BufferCreateINT16: msecs: 379 || ms/i: 63.1667 || i/s: 15.8311
Results for BufferCreateFP16: msecs: 379 || ms/i: 63.1667 || i/s: 15.8311
Results for BufferCreateFP32: msecs: 380 || ms/i: 63.3333 || i/s: 15.7895
Results for JustCopy: msecs: 1487 || ms/i: 0.7435 || i/s: 1344.99
Results for SimpleSmooth: msecs: 1525 || ms/i: 0.7625 || i/s: 1311.48
Results for TexNoise: msecs: 1524 || ms/i: 0.762 || i/s: 1312.34
Results for 3x3Conv: msecs: 768 || ms/i: 0.768 || i/s: 1302.08
Results for TEncode: msecs: 757 || ms/i: 0.757 || i/s: 1321
Results for TDecode: msecs: 759 || ms/i: 0.759 || i/s: 1317.52
Results for LinDiffINT: msecs: 1527 || ms/i: 0.7635 || i/s: 1309.76
Results for LinDiffINT16: msecs: 1559 || ms/i: 0.7795 || i/s: 1282.87
Results for LinDiffFP16: msecs: 1511 || ms/i: 0.7555 || i/s: 1323.63
Results for LinDiffFP32: msecs: 1513 || ms/i: 0.7565 || i/s: 1321.88
Results for LD_INT->FP16: msecs: 763 || ms/i: 0.763 || i/s: 1310.62
Results for LD_INT->FP32: msecs: 762 || ms/i: 0.762 || i/s: 1312.34
Results for LD_FP16->INT: msecs: 747 || ms/i: 0.747 || i/s: 1338.69
Results for LD_FP32->INT: msecs: 748 || ms/i: 0.748 || i/s: 1336.9
Results for PMTEncoded: msecs: 2341 || ms/i: 2.341 || i/s: 427.168
Results for PMStandard: msecs: 2349 || ms/i: 2.349 || i/s: 425.713
Results for PMBuffered: msecs: 98 || ms/i: 0.196 || i/s: 5102.04

Testing 128x128 image:
Results for BufferCreateINT: msecs: 384 || ms/i: 64 || i/s: 15.625
Results for BufferCreateINT16: msecs: 383 || ms/i: 63.8333 || i/s: 15.6658
Results for BufferCreateFP16: msecs: 381 || ms/i: 63.5 || i/s: 15.748
Results for BufferCreateFP32: msecs: 380 || ms/i: 63.3333 || i/s: 15.7895
Results for JustCopy: msecs: 1503 || ms/i: 0.7515 || i/s: 1330.67
Results for SimpleSmooth: msecs: 1494 || ms/i: 0.747 || i/s: 1338.69
Results for TexNoise: msecs: 1540 || ms/i: 0.77 || i/s: 1298.7
Results for 3x3Conv: msecs: 761 || ms/i: 0.761 || i/s: 1314.06
Results for TEncode: msecs: 759 || ms/i: 0.759 || i/s: 1317.52
Results for TDecode: msecs: 775 || ms/i: 0.775 || i/s: 1290.32
Results for LinDiffINT: msecs: 1558 || ms/i: 0.779 || i/s: 1283.7
Results for LinDiffINT16: msecs: 1523 || ms/i: 0.7615 || i/s: 1313.2
Results for LinDiffFP16: msecs: 1553 || ms/i: 0.7765 || i/s: 1287.83
Results for LinDiffFP32: msecs: 1537 || ms/i: 0.7685 || i/s: 1301.24
Results for LD_INT->FP16: msecs: 773 || ms/i: 0.773 || i/s: 1293.66
Results for LD_INT->FP32: msecs: 782 || ms/i: 0.782 || i/s: 1278.77
Results for LD_FP16->INT: msecs: 766 || ms/i: 0.766 || i/s: 1305.48
Results for LD_FP32->INT: msecs: 760 || ms/i: 0.76 || i/s: 1315.79
Results for PMTEncoded: msecs: 2374 || ms/i: 2.374 || i/s: 421.23
Results for PMStandard: msecs: 2348 || ms/i: 2.348 || i/s: 425.894
Results for PMBuffered: msecs: 97 || ms/i: 0.194 || i/s: 5154.64

Testing 256x256 image:
Results for BufferCreateINT: msecs: 387 || ms/i: 64.5 || i/s: 15.5039
Results for BufferCreateINT16: msecs: 383 || ms/i: 63.8333 || i/s: 15.6658
Results for BufferCreateFP16: msecs: 382 || ms/i: 63.6667 || i/s: 15.7068
Results for BufferCreateFP32: msecs: 381 || ms/i: 63.5 || i/s: 15.748
Results for JustCopy: msecs: 1519 || ms/i: 0.7595 || i/s: 1316.66
Results for SimpleSmooth: msecs: 1487 || ms/i: 0.7435 || i/s: 1344.99
Results for TexNoise: msecs: 1507 || ms/i: 0.7535 || i/s: 1327.14
Results for 3x3Conv: msecs: 758 || ms/i: 0.758 || i/s: 1319.26
Results for TEncode: msecs: 767 || ms/i: 0.767 || i/s: 1303.78
Results for TDecode: msecs: 769 || ms/i: 0.769 || i/s: 1300.39
Results for LinDiffINT: msecs: 1539 || ms/i: 0.7695 || i/s: 1299.55
Results for LinDiffINT16: msecs: 1526 || ms/i: 0.763 || i/s: 1310.62
Results for LinDiffFP16: msecs: 1526 || ms/i: 0.763 || i/s: 1310.62
Results for LinDiffFP32: msecs: 1557 || ms/i: 0.7785 || i/s: 1284.52
Results for LD_INT->FP16: msecs: 762 || ms/i: 0.762 || i/s: 1312.34
Results for LD_INT->FP32: msecs: 762 || ms/i: 0.762 || i/s: 1312.34
Results for LD_FP16->INT: msecs: 761 || ms/i: 0.761 || i/s: 1314.06
Results for LD_FP32->INT: msecs: 758 || ms/i: 0.758 || i/s: 1319.26
Results for PMTEncoded: msecs: 2368 || ms/i: 2.368 || i/s: 422.297
Results for PMStandard: msecs: 2407 || ms/i: 2.407 || i/s: 415.455
Results for PMBuffered: msecs: 118 || ms/i: 0.236 || i/s: 4237.29

Testing 512x512 image:
Results for BufferCreateINT: msecs: 386 || ms/i: 64.3333 || i/s: 15.544
Results for BufferCreateINT16: msecs: 385 || ms/i: 64.1667 || i/s: 15.5844
Results for BufferCreateFP16: msecs: 379 || ms/i: 63.1667 || i/s: 15.8311
Results for BufferCreateFP32: msecs: 383 || ms/i: 63.8333 || i/s: 15.6658
Results for JustCopy: msecs: 752 || ms/i: 0.752 || i/s: 1329.79
Results for SimpleSmooth: msecs: 776 || ms/i: 0.776 || i/s: 1288.66
Results for TexNoise: msecs: 782 || ms/i: 0.782 || i/s: 1278.77
Results for 3x3Conv: msecs: 391 || ms/i: 0.782 || i/s: 1278.77
Results for TEncode: msecs: 391 || ms/i: 0.782 || i/s: 1278.77
Results for TDecode: msecs: 394 || ms/i: 0.788 || i/s: 1269.04
Results for LinDiffINT: msecs: 798 || ms/i: 0.798 || i/s: 1253.13
Results for LinDiffINT16: msecs: 786 || ms/i: 0.786 || i/s: 1272.26
Results for LinDiffFP16: msecs: 780 || ms/i: 0.78 || i/s: 1282.05
Results for LinDiffFP32: msecs: 781 || ms/i: 0.781 || i/s: 1280.41
Results for LD_INT->FP16: msecs: 401 || ms/i: 0.802 || i/s: 1246.88
Results for LD_INT->FP32: msecs: 393 || ms/i: 0.786 || i/s: 1272.26
Results for LD_FP16->INT: msecs: 391 || ms/i: 0.782 || i/s: 1278.77
Results for LD_FP32->INT: msecs: 390 || ms/i: 0.78 || i/s: 1282.05
Results for PMTEncoded: msecs: 1245 || ms/i: 2.49 || i/s: 401.606
Results for PMStandard: msecs: 1248 || ms/i: 2.496 || i/s: 400.641
Results for PMBuffered: msecs: 77 || ms/i: 0.308 || i/s: 3246.75

Testing 1024x1024 image:
Results for BufferCreateINT: msecs: 386 || ms/i: 64.3333 || i/s: 15.544
Results for BufferCreateINT16: msecs: 395 || ms/i: 65.8333 || i/s: 15.1899
Results for BufferCreateFP16: msecs: 389 || ms/i: 64.8333 || i/s: 15.4242
Results for BufferCreateFP32: msecs: 392 || ms/i: 65.3333 || i/s: 15.3061
Results for JustCopy: msecs: 765 || ms/i: 0.765 || i/s: 1307.19
Results for SimpleSmooth: msecs: 768 || ms/i: 0.768 || i/s: 1302.08
Results for TexNoise: msecs: 777 || ms/i: 0.777 || i/s: 1287
Results for 3x3Conv: msecs: 496 || ms/i: 0.992 || i/s: 1008.06
Results for TEncode: msecs: 398 || ms/i: 0.796 || i/s: 1256.28
Results for TDecode: msecs: 403 || ms/i: 0.806 || i/s: 1240.69
Results for LinDiffINT: msecs: 798 || ms/i: 0.798 || i/s: 1253.13
Results for LinDiffINT16: msecs: 784 || ms/i: 0.784 || i/s: 1275.51
Results for LinDiffFP16: msecs: 785 || ms/i: 0.785 || i/s: 1273.89
Results for LinDiffFP32: msecs: 877 || ms/i: 0.877 || i/s: 1140.25
Results for LD_INT->FP16: msecs: 405 || ms/i: 0.81 || i/s: 1234.57
Results for LD_INT->FP32: msecs: 405 || ms/i: 0.81 || i/s: 1234.57
Results for LD_FP16->INT: msecs: 397 || ms/i: 0.794 || i/s: 1259.45
Results for LD_FP32->INT: msecs: 390 || ms/i: 0.78 || i/s: 1282.05
Results for PMTEncoded: msecs: 1251 || ms/i: 2.502 || i/s: 399.68
Results for PMStandard: msecs: 1549 || ms/i: 3.098 || i/s: 322.789
Results for PMBuffered: msecs: 91 || ms/i: 0.364 || i/s: 2747.25

 

Uhm.. my fan going *HNGGGGGGGGRRRRRRRRRRRRRRRHHH* suggests otherwise... (no 3D mode though, but there is an increase in fan speed)

 

System Info:

CPU: AMD Opteron 165 (2x1MB)
Mem: 2GB PC3200
OS: Windows Vista
Driver: 7.4 Vista
Graphics: ATI Radeon 1950 XT 512MB (@Default)

GL multigrid benchmark 0.5 by Peter Thoman 2007

DevIL initialized successfully.
OpenGL initialized successfully.
ILUT OpenGL mode set successfully.
GLEW version 1.3.5 initialized successfully.
Loaded required OpenGL extensions for GLPixelShader.
Loaded required OpenGL extensions for GLRenderTexture.
Loaded required OpenGL extensions for GLFilterStep.
Initialization complete.



------------------
-- size: 3

BENCHMARK
Jacobi iteration: 19.9 micros
Residual calculation: 32.8 micros
Restriction: fw: 28.7 micros
Interpolation + add: 33.9 micros
VCycle: 549 micros


BENCHMARK
Jacobi iteration: 34.2 micros
Residual calculation: 46.4 micros
Restriction: fw: 43.3 micros
Interpolation + add: 40.8 micros
VCycle: 476 micros


BENCHMARK
Jacobi iteration: 22.7 micros
Residual calculation: 25.6 micros
Restriction: fw: 24.1 micros
Interpolation + add: 40.4 micros
VCycle: 908 micros



------------------
-- size: 7

BENCHMARK
Jacobi iteration: 27.1111 micros
Residual calculation: 44.4444 micros
Restriction: fw: 22.7778 micros
Interpolation + add: 22 micros
VCycle: 823.333 micros


BENCHMARK
Jacobi iteration: 22 micros
Residual calculation: 24.4444 micros
Restriction: fw: 16.3333 micros
Interpolation + add: 38.8889 micros
VCycle: 893.333 micros


BENCHMARK
Jacobi iteration: 20.5556 micros
Residual calculation: 20.4444 micros
Restriction: fw: 15.6667 micros
Interpolation + add: 20.1111 micros
VCycle: 703.333 micros



------------------
-- size: 15

BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 19.75 micros
Restriction: fw: 15.125 micros
Interpolation + add: 19.875 micros
VCycle: 972.5 micros


BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 20.5 micros
Restriction: fw: 15 micros
Interpolation + add: 20.25 micros
VCycle: 962.5 micros


BENCHMARK
Jacobi iteration: 19.875 micros
Residual calculation: 21.625 micros
Restriction: fw: 15.375 micros
Interpolation + add: 20.5 micros
VCycle: 977.5 micros



------------------
-- size: 31

BENCHMARK
Jacobi iteration: 19.8571 micros
Residual calculation: 19.7143 micros
Restriction: fw: 15 micros
Interpolation + add: 21.8571 micros
VCycle: 1221.43 micros


BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 20.2857 micros
Restriction: fw: 15 micros
Interpolation + add: 20.1429 micros
VCycle: 1497.14 micros


BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 19.8571 micros
Restriction: fw: 15 micros
Interpolation + add: 20.1429 micros
VCycle: 1241.43 micros



------------------
-- size: 63

BENCHMARK
Jacobi iteration: 20.6667 micros
Residual calculation: 21 micros
Restriction: fw: 15.8333 micros
Interpolation + add: 20.3333 micros
VCycle: 1535 micros


BENCHMARK
Jacobi iteration: 20.5 micros
Residual calculation: 20.5 micros
Restriction: fw: 15.3333 micros
Interpolation + add: 21 micros
VCycle: 2961.67 micros


BENCHMARK
Jacobi iteration: 22.1667 micros
Residual calculation: 22.1667 micros
Restriction: fw: 15.5 micros
Interpolation + add: 21.1667 micros
VCycle: 1541.67 micros



------------------
-- size: 127

BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 20.2 micros
Restriction: fw: 14.6 micros
Interpolation + add: 20.4 micros
VCycle: 1762 micros


BENCHMARK
Jacobi iteration: 20.2 micros
Residual calculation: 19.8 micros
Restriction: fw: 14.6 micros
Interpolation + add: 19.8 micros
VCycle: 1800 micros


BENCHMARK
Jacobi iteration: 20.2 micros
Residual calculation: 20.4 micros
Restriction: fw: 15.2 micros
Interpolation + add: 20.2 micros
VCycle: 1806 micros



------------------
-- size: 255

BENCHMARK
Jacobi iteration: 20.25 micros
Residual calculation: 19.75 micros
Restriction: fw: 15.5 micros
Interpolation + add: 19.5 micros
VCycle: 2030 micros


BENCHMARK
Jacobi iteration: 19.75 micros
Residual calculation: 20 micros
Restriction: fw: 14.5 micros
Interpolation + add: 20.5 micros
VCycle: 2040 micros


BENCHMARK
Jacobi iteration: 20.25 micros
Residual calculation: 20 micros
Restriction: fw: 15 micros
Interpolation + add: 19.75 micros
VCycle: 2067.5 micros



------------------
-- size: 511

BENCHMARK
Jacobi iteration: 20.3333 micros
Residual calculation: 20.6667 micros
Restriction: fw: 15 micros
Interpolation + add: 20 micros
VCycle: 2343.33 micros


BENCHMARK
Jacobi iteration: 20.3333 micros
Residual calculation: 20.6667 micros
Restriction: fw: 15 micros
Interpolation + add: 20.3333 micros
VCycle: 2330 micros


BENCHMARK
Jacobi iteration: 20.6667 micros
Residual calculation: 20 micros
Restriction: fw: 15.3333 micros
Interpolation + add: 20 micros
VCycle: 2330 micros



------------------
-- size: 1023

BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 22.5 micros
Restriction: fw: 14.5 micros
Interpolation + add: 20 micros
VCycle: 2575 micros


BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 20 micros
Restriction: fw: 15 micros
Interpolation + add: 19.5 micros
VCycle: 2575 micros


BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 20.5 micros
Restriction: fw: 15 micros
Interpolation + add: 20 micros
VCycle: 2580 micros



------------------
-- size: 2047

BENCHMARK
Jacobi iteration: 40 micros
Residual calculation: 423 micros
Restriction: fw: 19 micros
Interpolation + add: 23 micros
VCycle: 3890 micros


BENCHMARK
Jacobi iteration: 21 micros
Residual calculation: 20 micros
Restriction: fw: 15 micros
Interpolation + add: 20 micros
VCycle: 3090 micros


BENCHMARK
Jacobi iteration: 20 micros
Residual calculation: 20 micros
Restriction: fw: 14 micros
Interpolation + add: 20 micros
VCycle: 2910 micros

 

btw, the error code

Code:

Faulting application GPUMGbench.exe, 
version 0.0.0.0,
 time stamp 0x465c4e20,
 faulting module atioglxx.dll, 
version 6.14.10.6590,
 time stamp 0x464d02ab, 
exception code 0xc0000005,
fault offset 0x0050256c, 
process id 0x590,
 application start time 0x01c7a231789f2b57.

 

You`re also the only one getting results that are in line with what they should be(mostly). And I recall there was talk of a bug in the 8.38 making the fan spin-up even in desktop mode so...

 

It sure is spinning in DT! making it much less comfortable than my first experience with the card

 

On the standard desktop Radeons this is the case (including things like SPECviewperf).

 

Anybody know what`s the deviceID for an 8800GTX?As in one that would be useable in 3DAnalyze?

 

System Info:

CPU: AMD Opteron 165 (2x1MB)
Mem: 2GB PC3200
OS: Windows XP 32bit
Driver: 7.4 32bit
Graphics: ATI Radeon 1950 XT 512MB (@Default)

GL multigrid benchmark 0.5 by Peter Thoman 2007

DevIL initialized successfully.
OpenGL initialized successfully.
ILUT OpenGL mode set successfully.
GLEW version 1.3.5 initialized successfully.
Loaded required OpenGL extensions for GLPixelShader.
Loaded required OpenGL extensions for GLRenderTexture.
Loaded required OpenGL extensions for GLFilterStep.
Initialization complete.



------------------
-- size: 3

BENCHMARK
Jacobi iteration: 4.6 micros
Residual calculation: 6.3 micros
Restriction: fw: 6.2 micros
Interpolation + add: 4.7 micros
VCycle: 672 micros


BENCHMARK
Jacobi iteration: 6.2 micros
Residual calculation: 6.3 micros
Restriction: fw: 4.6 micros
Interpolation + add: 6.3 micros
VCycle: 656 micros


BENCHMARK
Jacobi iteration: 6.3 micros
Residual calculation: 4.7 micros
Restriction: fw: 6.2 micros
Interpolation + add: 6.3 micros
VCycle: 656 micros



------------------
-- size: 7

BENCHMARK
Jacobi iteration: 5.22222 micros
Residual calculation: 7 micros
Restriction: fw: 5.22222 micros
Interpolation + add: 6.88889 micros
VCycle: 1076.67 micros


BENCHMARK
Jacobi iteration: 7 micros
Residual calculation: 5.22222 micros
Restriction: fw: 5.22222 micros
Interpolation + add: 5.11111 micros
VCycle: 1094.44 micros


BENCHMARK
Jacobi iteration: 7 micros
Residual calculation: 5.22222 micros
Restriction: fw: 5.11111 micros
Interpolation + add: 7 micros
VCycle: 1093.33 micros



------------------
-- size: 15

BENCHMARK
Jacobi iteration: 5.875 micros
Residual calculation: 5.875 micros
Restriction: fw: 5.875 micros
Interpolation + add: 5.75 micros
VCycle: 1505 micros


BENCHMARK
Jacobi iteration: 5.875 micros
Residual calculation: 5.875 micros
Restriction: fw: 5.875 micros
Interpolation + add: 3.875 micros
VCycle: 1523.75 micros


BENCHMARK
Jacobi iteration: 5.875 micros
Residual calculation: 5.875 micros
Restriction: fw: 5.875 micros
Interpolation + add: 3.875 micros
VCycle: 1523.75 micros



------------------
-- size: 31

BENCHMARK
Jacobi iteration: 6.57143 micros
Residual calculation: 6.71429 micros
Restriction: fw: 4.57143 micros
Interpolation + add: 6.57143 micros
VCycle: 1942.86 micros


BENCHMARK
Jacobi iteration: 6.57143 micros
Residual calculation: 4.57143 micros
Restriction: fw: 8.85714 micros
Interpolation + add: 6.71429 micros
VCycle: 1941.43 micros


BENCHMARK
Jacobi iteration: 6.71429 micros
Residual calculation: 6.71429 micros
Restriction: fw: 4.42857 micros
Interpolation + add: 6.71429 micros
VCycle: 1941.43 micros



------------------
-- size: 63

BENCHMARK
Jacobi iteration: 13.1667 micros
Residual calculation: 13 micros
Restriction: fw: 15.5 micros
Interpolation + add: 10.5 micros
VCycle: 2448.33 micros


BENCHMARK
Jacobi iteration: 7.83333 micros
Residual calculation: 15.6667 micros
Restriction: fw: 13 micros
Interpolation + add: 10.3333 micros
VCycle: 2448.33 micros


BENCHMARK
Jacobi iteration: 20.8333 micros
Residual calculation: 5.16667 micros
Restriction: fw: 13 micros
Interpolation + add: 10.5 micros
VCycle: 2446.67 micros



------------------
-- size: 127

BENCHMARK
Jacobi iteration: 71.8 micros
Residual calculation: 25 micros
Restriction: fw: 59.4 micros
Interpolation + add: 34.4 micros
VCycle: 3250 micros


BENCHMARK
Jacobi iteration: 46.8 micros
Residual calculation: 68.8 micros
Restriction: fw: 40.6 micros
Interpolation + add: 34.4 micros
VCycle: 3220 micros


BENCHMARK
Jacobi iteration: 46.8 micros
Residual calculation: 109.4 micros
Restriction: fw: 6.2 micros
Interpolation + add: 28.2 micros
VCycle: 3218 micros



------------------
-- size: 255

BENCHMARK
Jacobi iteration: 449.25 micros
Residual calculation: 15.5 micros
Restriction: fw: 140.75 micros
Interpolation + add: 234.25 micros
VCycle: 4532.5 micros


BENCHMARK
Jacobi iteration: 86 micros
Residual calculation: 50.75 micros
Restriction: fw: 390.5 micros
Interpolation + add: 4 micros
VCycle: 5272.5 micros


BENCHMARK
Jacobi iteration: 421.75 micros
Residual calculation: 7.75 micros
Restriction: fw: 363.25 micros
Interpolation + add: 15.75 micros
VCycle: 4805 micros



------------------
-- size: 511

BENCHMARK
Jacobi iteration: 1682.33 micros
Residual calculation: 1093.67 micros
Restriction: fw: 5.33333 micros
Interpolation + add: 1260.33 micros
VCycle: 8123.33 micros


BENCHMARK
Jacobi iteration: 2005.33 micros
Residual calculation: 5.33333 micros
Restriction: fw: 1380 micros
Interpolation + add: 343.667 micros
VCycle: 11250 micros


BENCHMARK
Jacobi iteration: 1937.67 micros
Residual calculation: 5 micros
Restriction: fw: 1380.33 micros
Interpolation + add: 390.667 micros
VCycle: 11510 micros



------------------
-- size: 1023

BENCHMARK
Jacobi iteration: 8523.5 micros
Residual calculation: 3156.5 micros
Restriction: fw: 2390.5 micros
Interpolation + add: 2594 micros
VCycle: 30155 micros


BENCHMARK
Jacobi iteration: 8352 micros
Residual calculation: 3070 micros
Restriction: fw: 2367.5 micros
Interpolation + add: 2390.5 micros
VCycle: 33200 micros


BENCHMARK
Jacobi iteration: 8453 micros
Residual calculation: 3312.5 micros
Restriction: fw: 2258 micros
Interpolation + add: 2710.5 micros
VCycle: 29535 micros



------------------

 

I wish there was a toggle for this in the CCC.

 

Peter, I see that the program is single-threaded, any way you can make it take advantage of multiple cores?

Sytem: E6600@3200Mhz, 2GB RAM
8800 GTX, Forceware 160.03
WinXP Pro

Code:

GL multigrid benchmark 0.5 by Peter Thoman 2007
DevIL initialized successfully.
OpenGL initialized successfully.
ILUT OpenGL mode set successfully.
GLEW version 1.3.5 initialized successfully.
Loaded required OpenGL extensions for GLPixelShader.
Loaded required OpenGL extensions for GLRenderTexture.
Loaded required OpenGL extensions for GLFilterStep.
Initialization complete.
 
------------------
-- size: 3
BENCHMARK
Jacobi iteration: 3.1 micros
Residual calculation: 1.6 micros
Restriction: fw: 1.5 micros
Interpolation + add: 1.6 micros
VCycle: 391 micros
 
BENCHMARK
Jacobi iteration: 1.5 micros
Residual calculation: 1.6 micros
Restriction: fw: 1.5 micros
Interpolation + add: 1.6 micros
VCycle: 391 micros
 
BENCHMARK
Jacobi iteration: 1.5 micros
Residual calculation: 1.6 micros
Restriction: fw: 1.5 micros
Interpolation + add: 1.6 micros
VCycle: 391 micros
 
------------------
-- size: 7
BENCHMARK
Jacobi iteration: 3.44444 micros
Residual calculation: 0 micros
Restriction: fw: 1.77778 micros
Interpolation + add: 3.44444 micros
VCycle: 660 micros
 
BENCHMARK
Jacobi iteration: 1.66667 micros
Residual calculation: 1.77778 micros
Restriction: fw: 1.77778 micros
Interpolation + add: 1.66667 micros
VCycle: 660 micros
 
BENCHMARK
Jacobi iteration: 1.77778 micros
Residual calculation: 1.66667 micros
Restriction: fw: 1.77778 micros
Interpolation + add: 1.66667 micros
VCycle: 660 micros
 
------------------
-- size: 15
BENCHMARK
Jacobi iteration: 0 micros
Residual calculation: 1.875 micros
Restriction: fw: 2 micros
Interpolation + add: 2 micros
VCycle: 937.5 micros
 
BENCHMARK
Jacobi iteration: 2 micros
Residual calculation: 1.875 micros
Restriction: fw: 2 micros
Interpolation + add: 0 micros
VCycle: 937.5 micros
 
BENCHMARK
Jacobi iteration: 2 micros
Residual calculation: 1.875 micros
Restriction: fw: 2 micros
Interpolation + add: 2 micros
VCycle: 917.5 micros
 
------------------
-- size: 31
BENCHMARK
Jacobi iteration: 2.14286 micros
Residual calculation: 2.28571 micros
Restriction: fw: 2.14286 micros
Interpolation + add: 0 micros
VCycle: 1205.71 micros
 
BENCHMARK
Jacobi iteration: 2.28571 micros
Residual calculation: 2.28571 micros
Restriction: fw: 2.14286 micros
Interpolation + add: 0 micros
VCycle: 1205.71 micros
 
BENCHMARK
Jacobi iteration: 2.28571 micros
Residual calculation: 2.28571 micros
Restriction: fw: 2.14286 micros
Interpolation + add: 0 micros
VCycle: 1205.71 micros
 
------------------
-- size: 63
BENCHMARK
Jacobi iteration: 2.66667 micros
Residual calculation: 5.16667 micros
Restriction: fw: 2.66667 micros
Interpolation + add: 2.5 micros
VCycle: 1458.33 micros
 
BENCHMARK
Jacobi iteration: 2.66667 micros
Residual calculation: 5.16667 micros
Restriction: fw: 2.66667 micros
Interpolation + add: 2.5 micros
VCycle: 1485 micros
 
BENCHMARK
Jacobi iteration: 5.16667 micros
Residual calculation: 2.66667 micros
Restriction: fw: 2.66667 micros
Interpolation + add: 2.5 micros
VCycle: 1485 micros
 
------------------
-- size: 127
BENCHMARK
Jacobi iteration: 12.6 micros
Residual calculation: 12.4 micros
Restriction: fw: 9.4 micros
Interpolation + add: 6.2 micros
VCycle: 1782 micros
 
BENCHMARK
Jacobi iteration: 12.4 micros
Residual calculation: 12.6 micros
Restriction: fw: 9.4 micros
Interpolation + add: 6.2 micros
VCycle: 1782 micros
 
BENCHMARK
Jacobi iteration: 12.4 micros
Residual calculation: 12.6 micros
Restriction: fw: 9.4 micros
Interpolation + add: 6.2 micros
VCycle: 1782 micros
 
------------------
-- size: 255
BENCHMARK
Jacobi iteration: 50.75 micros
Residual calculation: 47 micros
Restriction: fw: 50.75 micros
Interpolation + add: 31.25 micros
VCycle: 2227.5 micros
 
BENCHMARK
Jacobi iteration: 50.75 micros
Residual calculation: 46.75 micros
Restriction: fw: 47 micros
Interpolation + add: 35 micros
VCycle: 2227.5 micros
 
BENCHMARK
Jacobi iteration: 50.75 micros
Residual calculation: 47 micros
Restriction: fw: 50.75 micros
Interpolation + add: 31.25 micros
VCycle: 2225 micros
 
------------------
-- size: 511
BENCHMARK
Jacobi iteration: 192.667 micros
Residual calculation: 197.667 micros
Restriction: fw: 187.667 micros
Interpolation + add: 125 micros
VCycle: 3853.33 micros
 
BENCHMARK
Jacobi iteration: 192.667 micros
Residual calculation: 192.667 micros
Restriction: fw: 187.333 micros
Interpolation + add: 130.333 micros
VCycle: 3906.67 micros
 
BENCHMARK
Jacobi iteration: 192.667 micros
Residual calculation: 192.667 micros
Restriction: fw: 187.667 micros
Interpolation + add: 130 micros
VCycle: 3856.67 micros
 
------------------
-- size: 1023
BENCHMARK
Jacobi iteration: 812.5 micros
Residual calculation: 789 micros
Restriction: fw: 851.5 micros
Interpolation + add: 554.5 micros
VCycle: 15785 micros
 
BENCHMARK
Jacobi iteration: 812.5 micros
Residual calculation: 789 micros
Restriction: fw: 859.5 micros
Interpolation + add: 539 micros
VCycle: 15860 micros
 
BENCHMARK
Jacobi iteration: 804.5 micros
Residual calculation: 789 micros
Restriction: fw: 859.5 micros
Interpolation + add: 547 micros
VCycle: 15855 micros
 
------------------
-- size: 2047
BENCHMARK
Jacobi iteration: 468 micros
Residual calculation: 2625 micros
Restriction: fw: 3797 micros
Interpolation + add: 2938 micros
VCycle: 94840 micros
 
BENCHMARK
Jacobi iteration: 469 micros
Residual calculation: 2703 micros
Restriction: fw: 3797 micros
Interpolation + add: 2890 micros
VCycle: 94850 micros
 
BENCHMARK
Jacobi iteration: 469 micros
Residual calculation: 2672 micros
Restriction: fw: 3750 micros
Interpolation + add: 2891 micros
VCycle: 95150 micros

 

C2D X6800 @ Stock (2.93ghz)
2GB RAM @ DDR800
Crossfired X1950XTX's @ Stock, Cat 7.4's
Win XP Pro

Code:

GL multigrid benchmark 0.5 by Peter Thoman 2007

DevIL initialized successfully.
OpenGL initialized successfully.
ILUT OpenGL mode set successfully.
GLEW version 1.3.5 initialized successfully.
Loaded required OpenGL extensions for GLPixelShader.
Loaded required OpenGL extensions for GLRenderTexture.
Loaded required OpenGL extensions for GLFilterStep.
Initialization complete.



------------------
-- size: 3

BENCHMARK
Jacobi iteration: 3.1 micros
Residual calculation: 3.2 micros
Restriction: fw: 3.1 micros
Interpolation + add: 3.1 micros
VCycle: 375 micros


BENCHMARK
Jacobi iteration: 3.1 micros
Residual calculation: 3.1 micros
Restriction: fw: 3.1 micros
Interpolation + add: 3.2 micros
VCycle: 375 micros


BENCHMARK
Jacobi iteration: 3.1 micros
Residual calculation: 3.2 micros
Restriction: fw: 3.1 micros
Interpolation + add: 3.1 micros
VCycle: 375 micros



------------------
-- size: 7

BENCHMARK
Jacobi iteration: 3.55556 micros
Residual calculation: 1.66667 micros
Restriction: fw: 3.44444 micros
Interpolation + add: 3.55556 micros
VCycle: 607.778 micros


BENCHMARK
Jacobi iteration: 3.44444 micros
Residual calculation: 3.55556 micros
Restriction: fw: 3.44444 micros
Interpolation + add: 3.44444 micros
VCycle: 607.778 micros


BENCHMARK
Jacobi iteration: 3.55556 micros
Residual calculation: 3.44444 micros
Restriction: fw: 1.77778 micros
Interpolation + add: 3.44444 micros
VCycle: 607.778 micros



------------------
-- size: 15

BENCHMARK
Jacobi iteration: 1.875 micros
Residual calculation: 4 micros
Restriction: fw: 3.875 micros
Interpolation + add: 3.875 micros
VCycle: 840 micros


BENCHMARK
Jacobi iteration: 3.875 micros
Residual calculation: 1.875 micros
Restriction: fw: 5.875 micros
Interpolation + add: 2 micros
VCycle: 858.75 micros


BENCHMARK
Jacobi iteration: 4 micros
Residual calculation: 3.875 micros
Restriction: fw: 3.875 micros
Interpolation + add: 2 micros
VCycle: 858.75 micros



------------------
-- size: 31

BENCHMARK
Jacobi iteration: 4.42857 micros
Residual calculation: 2.28571 micros
Restriction: fw: 6.71429 micros
Interpolation + add: 6.71429 micros
VCycle: 1115.71 micros


BENCHMARK
Jacobi iteration: 4.42857 micros
Residual calculation: 2.28571 micros
Restriction: fw: 6.71429 micros
Interpolation + add: 6.71429 micros
VCycle: 1115.71 micros


BENCHMARK
Jacobi iteration: 4.42857 micros
Residual calculation: 2.28571 micros
Restriction: fw: 6.71429 micros
Interpolation + add: 6.71429 micros
VCycle: 1115.71 micros



------------------
-- size: 63

BENCHMARK
Jacobi iteration: 15.6667 micros
Residual calculation: 13 micros
Restriction: fw: 15.6667 micros
Interpolation + add: 7.66667 micros
VCycle: 1406.67 micros


BENCHMARK
Jacobi iteration: 13 micros
Residual calculation: 15.6667 micros
Restriction: fw: 13 micros
Interpolation + add: 10.5 micros
VCycle: 1406.67 micros


BENCHMARK
Jacobi iteration: 13 micros
Residual calculation: 13 micros
Restriction: fw: 15.6667 micros
Interpolation + add: 10.3333 micros
VCycle: 1406.67 micros



------------------
-- size: 127

BENCHMARK
Jacobi iteration: 46.8 micros
Residual calculation: 50 micros
Restriction: fw: 59.4 micros
Interpolation + add: 34.4 micros
VCycle: 1970 micros


BENCHMARK
Jacobi iteration: 46.8 micros
Residual calculation: 50 micros
Restriction: fw: 59.4 micros
Interpolation + add: 34.4 micros
VCycle: 2000 micros


BENCHMARK
Jacobi iteration: 46.8 micros
Residual calculation: 50 micros
Restriction: fw: 59.4 micros
Interpolation + add: 34.4 micros
VCycle: 2000 micros



------------------
-- size: 255

BENCHMARK
Jacobi iteration: 164 micros
Residual calculation: 195.5 micros
Restriction: fw: 234.25 micros
Interpolation + add: 152.25 micros
VCycle: 4650 micros


BENCHMARK
Jacobi iteration: 160.25 micros
Residual calculation: 199.25 micros
Restriction: fw: 234.25 micros
Interpolation + add: 152.25 micros
VCycle: 4610 micros


BENCHMARK
Jacobi iteration: 160.25 micros
Residual calculation: 199.25 micros
Restriction: fw: 234.25 micros
Interpolation + add: 152.5 micros
VCycle: 4647.5 micros



------------------
-- size: 511

BENCHMARK
Jacobi iteration: 505.333 micros
Residual calculation: 770.667 micros
Restriction: fw: 942.667 micros
Interpolation + add: 739.667 micros
VCycle: 18750 micros


BENCHMARK
Jacobi iteration: 505.333 micros
Residual calculation: 781.333 micros
Restriction: fw: 932.333 micros
Interpolation + add: 729 micros
VCycle: 18853.3 micros


BENCHMARK
Jacobi iteration: 500 micros
Residual calculation: 786.333 micros
Restriction: fw: 927 micros
Interpolation + add: 750 micros
VCycle: 18803.3 micros



------------------
-- size: 1023

BENCHMARK
Jacobi iteration: 609 micros
Residual calculation: 1969 micros
Restriction: fw: 3765.5 micros
Interpolation + add: 3367.5 micros
VCycle: 98200 micros


BENCHMARK
Jacobi iteration: 601.5 micros
Residual calculation: 2055 micros
Restriction: fw: 3679.5 micros
Interpolation + add: 3289 micros
VCycle: 98985 micros


BENCHMARK
Jacobi iteration: 554.5 micros
Residual calculation: 2023.5 micros
Restriction: fw: 3758 micros
Interpolation + add: 3367 micros
VCycle: 98205 micros



------------------
-- size: 2047