Sanity check of the new IST and SSD geometries
Updated on Fri, 2014-11-14 14:59. Originally created by jwebb on 2014-11-13 10:40.
Figure 1 -- LEFT: Number of GEANT steps taken vs radius, for y2014a in SL14g. RIGHT: Number of GEANT steps taken vs radius for y2014a in DEV (11/13/14).
Figure 2 -- Accumulated energy loss vs radius. Comparison between DEV (11/13) and PRO (SL14g).
Figure 3 -- SFLM Material Distribution
Figure 4 -- Obtain density distribution by sampling random points. Density (arbitray units) vs Z, R and Phi. Units are arbitrary because I need to divide by the total number of points sampled.
Zooming in on the density vs z, I see three regions of interest:
1) -34.0 to +34.0 cm
2) -50.5 to -34.0 cm
3) +34.0 to +50.5 cm
These are approximate, but looks like it gets most of the dense material
Figure 2 -- Accumulated energy loss vs radius. Comparison between DEV (11/13) and PRO (SL14g).
Figure 3 -- SFLM Material Distribution
Figure 4 -- Obtain density distribution by sampling random points. Density (arbitray units) vs Z, R and Phi. Units are arbitrary because I need to divide by the total number of points sampled.
Zooming in on the density vs z, I see three regions of interest:
1) -34.0 to +34.0 cm
2) -50.5 to -34.0 cm
3) +34.0 to +50.5 cm
These are approximate, but looks like it gets most of the dense material
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