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CodeTune Timming Analyzer - V 1.0 (Update 09/01/16)

Started by guga, December 30, 2015, 08:33:13 AM

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guga

Guys, can you test this version ? I would like to know if the results are more closer to normal now. Also, fearless and Jonchen, if you can, please test this. I would want to know how long did it is taking to finish on yours.
Coding in Assembly requires a mix of:
80% of brain, passion, intuition, creativity
10% of programming skills
10% of alcoholic levels in your blood.

My Code Sites:
http://rosasm.freeforums.org
http://winasm.tripod.com



guga

 :t :t :t

Finally !!! It seems fixed  :biggrin:

10 seconds on Fearless (against 263 on  the previous test)

and 9 nanoseconds on philipe instead of 0.03  :t

I guess accuracy and time spent to run is fixed now for this function. I´ll make a couple of more tests before releasing the updates on the 1st post.

I hope that on Jochen´s I5, the elapsed time have being decreased as well as in Fearless. Jochen, can u test it on your I5, please ?

Many thanks, guys !
Coding in Assembly requires a mix of:
80% of brain, passion, intuition, creativity
10% of programming skills
10% of alcoholic levels in your blood.

My Code Sites:
http://rosasm.freeforums.org
http://winasm.tripod.com

jj2007


guga

On this post "Guys, can you test this version ? I would like to know if the results are more closer to normal now. Also, fearless and Jonchen, if you can, please test this. I would want to know how long did it is taking to finish on yours."

But,  i uploaded it for you here too on the atachment
Coding in Assembly requires a mix of:
80% of brain, passion, intuition, creativity
10% of programming skills
10% of alcoholic levels in your blood.

My Code Sites:
http://rosasm.freeforums.org
http://winasm.tripod.com



guga

Tks Phillip. It is working correctly on yours and on Fearless :)

I´m currently cleaning up the code (removing comments and some tests functions that i changed to try to figure it out what was wrong) before release the next version and update the documentation. I made a true mess on the code while was trying to fix those oddities :icon_mrgreen:
Coding in Assembly requires a mix of:
80% of brain, passion, intuition, creativity
10% of programming skills
10% of alcoholic levels in your blood.

My Code Sites:
http://rosasm.freeforums.org
http://winasm.tripod.com

jj2007

It works:
The fastest results was found in Algo method: 4

Value: 7.53133083071831 ns

Standard Deviation Results

Mean: 7.92986730296088 ns

Max (STD Population): 8.32423050342501 ns

Min (STD Population): 7.53550410249675 ns

Variance (STD Population): 0.15552233388031 ns

Standard Deviation (STD Population): 0.39436320046413 ns

Max (STD Sample): 8.32840377520345 ns

Min (STD Sample): 7.53133083071831 ns

Variance (STD Sample): 0.15883131970755 ns

Standard Deviation (STD Sample): 0.39853647224257 ns

guga

Tks Jochen  :t

How long did it took to finish on your I5 this time ? Was it faster then before ?
Coding in Assembly requires a mix of:
80% of brain, passion, intuition, creativity
10% of programming skills
10% of alcoholic levels in your blood.

My Code Sites:
http://rosasm.freeforums.org
http://winasm.tripod.com

Siekmanski

The fastest results was found in Algo method: 8

Value: 3.01931424724331 ns

Standard Deviation Results

Mean: 3.16572185937386 ns

Max (STD Population): 3.31153310400678 ns

Min (STD Population): 3.01991061474095 ns

Variance (STD Population): 0.02126091906140 ns

Standard Deviation (STD Population): 0.14581124463292 ns

Max (STD Sample): 3.31212947150442 ns

Min (STD Sample): 3.01931424724331 ns

Variance (STD Sample): 0.02143518888977 ns

Standard Deviation (STD Sample): 0.14640761213056 ns

Creative coders use backward thinking techniques as a strategy.

jj2007

Quote from: guga on January 07, 2016, 11:16:04 AMHow long did it took to finish on your I5 this time ? Was it faster then before ?

Yes, much faster, less than ten seconds.

TWell

AMD + Win10
The fastest results was found in Algo method: 1
Value: 11.11060643132881 ns
Standard Deviation Results
Mean: 11.42314959020781 ns
Max (STD Population): 11.73505685186878 ns
Min (STD Population): 11.11124232854683 ns
Variance (STD Population): 0.09728613987685 ns
Standard Deviation (STD Population): 0.31190726166098 ns
Max (STD Sample): 11.73569274908680 ns
Min (STD Sample): 11.11060643132881 ns
Variance (STD Sample): 0.09768322616206 ns
Standard Deviation (STD Sample): 0.31254315887900 ns