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I submitted the jobs for all runs before I left for vacation ;

I submitted the jobs for all runs before I left for vacation ; And this morning, I just made several new plots for comparisons (including JH’s suggestion) ; For comparion and “JH’s plot”, I have to use the method of assuming x=y=0 at IP to get the angles for the East or West side separately.

marcie
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I submitted the jobs for all runs before I left for vacation ;

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  1. I submitted the jobs for all runs before I left for vacation ; • And this morning, I just made several new plots for comparisons (including JH’s suggestion) ; • For comparion and “JH’s plot”, I have to use the method of assuming x=y=0 at IP to get the angles for the East or West side separately.

  2. This is the comparison between the –t that I’ve found from 4 equations/4 unknowns and from assuming x=y=0 at IP (2 equations/2 unknowns) •  1st method is a good averaging method as it has tried to be.

  3. Same as before but in azimuthal  (in degrees)

  4. Here : (-t) = (-tE) – (-tW) t = [(-tE) + (-tW)]/2 • (-t)/(-t) as suggested by JH (10 bins  [0.002, 0.037]) • The last point for EVD_WVU has very few statistics and is out of range • A couple of dt/t distributions for “vertical RP” have double peaks (non-gaussian) but just fitted with gaussian

  5. Often it looks like this (eg. 1st –t bin for EHI_WHO)

  6. -t ~ 0.02475 (bin-7) for EVU_WVD

  7. -t ~ 0.02825 (bin-8) for EVU_WVD

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