1stly, the Formulas:
3dMark score Calculations:
SM2.0 Score = 120 x 0.5 x (SM2 GT1 fps + SM2 GT2 fps)
HDR/SM3.0 Score = 100 x 0.5 x (SM3 GT1 fps + SM3 GT2 fps)
CPU Score = 2500 x sqrt (CPU1 fps x CPU2 fps)
GS for hardware capable of running all tests = 0.5 x (SM2S + HDRSM3S)
GS for hardware capable of running only SM2.0 graphic tests = 0.75 x SM2S
3dMark Score = 2.5 x 1.0/((1.7/GS + 0.3/CPU Score)/2)
i.e 2.5 weighted harmonic mean of GS and CPU Score
GT1 fps means the average frame rate measured in SM2.0 graphics test1.
CPU fps means the frame rate measured in the cpu tests.
Solo:
X1900XT - 6333
SM2.0 - 2457
SM3.0 - 2656
CPU - 2409
Beanie:
7800GTX SLi - 7064
SM2.0 - 3823
SM3.0 - 3625
CPU - 1194
for Solo:
GS for hardware capable of running all tests = 0.5 x (2457 + 2656) = 2556.5
3dMark Score = 2.5 x 1.0/((1.7/2556.5 + 0.3/2409)/2) = 6333.1 = true
for Beanie:
GS for hardware capable of running all tests = 0.5 x (3823 + 3625)
3dMark Score = 2.5 x 1.0/((1.7/3724 + 0.3/1194)/2) = 7064.6 = true
So you can see the formulas are correct.
Now, substituting Solo's cpu score in my setup, but not considering the positive effect on my SM2 and SM3 totals, I would have had:
3dMark Score = 2.5 x 1.0/((1.7/3724 + 0.3/2409)/2) = 8605.4
This way we can now use the formulas to calculate very accurately scores for given combinations, should all else stay equal, and only one variable is changed. I would estimate a score well in excess of 9500 using Byron's FX60 in my setup.
Nice, hey. Let me know what you think.
Btw, I did not design the formulas, they are courtesy Futuremark - I just found them for you.
This post has been edited by mrbean: 28 January 2006 - 10:15 PM

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