For FMS data taken on day 166 -173

www.star.bnl.gov/protected/spin/heppelmann/run1017xxxx/MassPlots.html

Photons is included in the analysis if E_photon>5 (black) or E_photon>8(red)

for small cells and E_photon>2.5 (black) or E_photon> 3 for large cells.

Gains are taken as constant for all cells.

Mass Plots

This analysis includes events  from clusters of two and only two photons (described above) within an

angular radius of  0.035 Rad.

det=0 ->Large North

det=1->Large South

det=2->Small North

det=3->Small South

click on above links for plots in a multi page pdf file.

Each plot has a title that includes:

Mr[row#]_c[col#]_[det#]g([current gcorr] ->[suggested gcorr]) ([Energy of trigger peak], [Max Energy])

Plots are 9 per page with

page1:

     row0-col0  .....      row0-col2

     row1-col0 ......      row1-col2

     row2-col0 ......      row2-col2

page2: 

     row3-col0 .....

etc.

Single Photon Energy Plots

A further set of multipage pdf's is shown for the single photon energy distributions for each cell.

Each reconstructed photons is associated with a particular cell after reconstruction.

Distributions are analyzed with fits from trigger peak energy to maximum energy with a red exponential fit over

that range.

A sub-trigger exponential fit is shown in black. 

1) Again gains for all cells are constant.

2) A photon is included in this analysis if E_photon>5 (black) or E_photon>8(red)

for small cells and E_photon>2.5 (black) or E_photon> 3 for large cells.

det0  det1 det2 det3

So what if we Drop the large cell threshold from 30 GeV to 20 Gev