NEW PROJECT - Pi Segment (not boinc)

[JUST]

I have a question for when JUST comes to our site... what will happen when the number of assigned workunits equals the number of total workunits? out of work?
I've been keeping an eye on the graph on the statistics section and it's very close to reach it.

When all the WUs are assigned to clients, it will display a message like "No available WU to download".
The current task in total will compute the digits near the forty trillionth bit of Pi. This result has been reported by PiHEX, an old DC project. So we can compare the result to confirm the client works normally.

Also, I plan to add some more WUs to test the client for a longer time in order to check its stabilization.

[vaughan]

Welcome Snoopy to the AMD Users team at Pi Segment. Nice entrance at Rank Number 1. Looks as if Lagu has somebody to chase now

[NeoGen]

With Snoopy and dyliu we suddenly jumped to third place!

Don't know if you'll see this, but welcome to both you guys and enjoy your stay!

[JUST]

I know Snoopy. He is an active user in EQUN.com and owned two AMD64 X2 3800+ machines.

[gamer007]

Is it possible to merge computers? I had to reset the client on my main computer for some reason so it shows up twice.

[JUST]

Is it possible to merge computers? I had to reset the client on my main computer for some reason so it shows up twice.

well, I'm sorry there is no similar function yet. Maybe I will consider adding it like BOINC.

[gatekeeper53]

As long as nothing has changed it's simple. Go to the Computer Summary at the bottom click on "Merge Computer" chech the one that shows up and your done. Opps I take it you're talking about a non Bionc project sorry.

[Lagu]

Hi Just

Please greet Snoopy wery welcome to AMDusers. We is proud have a Chinese friend in the project of PI Segment. Snoppy have give us a real bost. Other Chinese is also welcome. I´m only unsure if they understand English but I beleive most all young peoples understand and talk English very good.

And I wish to tank you Just because you have developed a client as allow Dual 2 Cores, HT, and SSE2 at the same time. It is more I can say about other oroject out there as run the same old clients. Both my Intel Dual 2 Core and AMD Athlon 64, 3200+ run your project and the AMD run a WU at 0,55 minutes whish is 0,09 minutes faster than Intel.

The Intel Is newer and with more speed byt yet AMD is faster. It is a great mashine. I have even a AMD Athlon 1001 GHz, 640 MB memory but I think it is to slow and a WU will takes hours to be finished but I perhaps should testrun it. What is your option?

[JUST]

Hi Just

Please greet Snoopy wery welcome to AMDusers. We is proud have a Chinese friend in the project of PI Segment. Snoppy have give us a real bost. Other Chinese is also welcome. I´m only unsure if they understand English but I beleive most all young peoples understand and talk English very good.

And I wish to tank you Just because you have developed a client as allow Dual 2 Cores, HT, and SSE2 at the same time. It is more I can say about other oroject out there as run the same old clients. Both my Intel Dual 2 Core and AMD Athlon 64, 3200+ run your project and the AMD run a WU at 0,55 minutes whish is 0,09 minutes faster than Intel.

The Intel Is newer and with more speed byt yet AMD is faster. It is a great mashine. I have even a AMD Athlon 1001 GHz, 640 MB memory but I think it is to slow and a WU will takes hours to be finished but I perhaps should testrun it. What is your option?

My pleasure, I will notice him and I think most Chinese young people have a better English than me The current client can support machine with 8 CPUs at most

About Athlon 1G (1001 G is terrible ), I think it will be very slow. But, anyway, you can test it.

AMD K8 is a very advanced architeture which is suitable to run Pi Segment. It has double FPU (the unit used to compute float numbers) and short pipeline.

Specially, I optimized Pentium 4 by SSE2 a lot but it is also less efficient than K8.

[NeoGen]

I wouldn't try it... my AthlonXP 2000+ (1667 MHz) takes around 5 hours to crunch a Pi Segment workunit.