Difference between revisions of "Main Page/DAT"
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reduction in mem usage to go further up from 1.1 billion to 2.2 billion cases. | reduction in mem usage to go further up from 1.1 billion to 2.2 billion cases. | ||
| − | + | from (E=273, lx1=16, lp= 131k): limit in the past ---> (E=546k, lx1=16, lp=131k) | |
(E=999k, lx1=16, lp=131k) was 500M. So I couldn't do on BGP. But is be ok on XK6, | (E=999k, lx1=16, lp=131k) was 500M. So I couldn't do on BGP. But is be ok on XK6, | ||
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see what men usage was. From example below, always the fourth one (92352484) will | see what men usage was. From example below, always the fourth one (92352484) will | ||
be the mem usage. | be the mem usage. | ||
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Revision as of 22:28, 24 March 2012
SIZEu file
ldim: dimension
lxi: the degree of polynomials lx1: the number of grid points on the face ly1=lx1; lz1=lx1
lelt: the maximun number of element per core
lp : the maximum number of cores
We'll have to use (E,lelt,lx1,lp), to represent size of prob, instead of c3d.rea.
E=total element numbers, lelt=element # per core, lx1= grid points in one direction, lp= # of cores.
I had many different rea with c3d_6 (E=136K), c3d_7(E=273K), etc..
Even for a fixed num of element with c3d_7 (E=273K), men usage is different for different # of cores (lp=32k, 65k, 131k). So... sorry I wouldn't know which case if it's just c3d...
By the way, please remember I made huge change in the code so far for 2 times reduction in mem usage to go further up from 1.1 billion to 2.2 billion cases.
from (E=273, lx1=16, lp= 131k): limit in the past ---> (E=546k, lx1=16, lp=131k)
(E=999k, lx1=16, lp=131k) was 500M. So I couldn't do on BGP. But is be ok on XK6, even with lp=262k.
If you still keep the old version old version of the code: you can compile and
see what men usage was. From example below, always the fourth one (92352484) will
be the mem usage.
