Plots of all cluster (x,y) per sensor by module
Plot cluster (x,y) per sensor, but weighted by the residual per point.
To normalise, this is then divided by the first set of plots above.
The plot then contains the average residual per (x,y) bin, each bin is 1mm x 1mm.
The colour scale is ±20μm. See here
Plot radius, weighted radius and normalised weighted radius
and phi, weighted phi and normalised phi for all
R sensors
Plot radius, weighted radius and normalised weighted radius
and phi, weighted phi and normalised phi for all
Phi sensors
Mean residuals vs R and Phi by module
Plot cluster size vs strip by module
cluster size projections by module
I have extracted the numbers of clusters of different types per strip for every sensor from the above plots and
I can list the strips which have an occupancy < limit. The default it limit=1, but if you change this number in
the url directly on your browser, then the page will regenerate and show more strips. In addition I also show
all strips that were flagged as bad (negative code) and noisy or low gain (positive code) in the Liverpool DB.
Low occupancy/Bad channels by module
Plots of all cluster (x,y) per sensor by module
Plot cluster (x,y) per sensor, but weighted by the residual per point.
To normalise, this is then divided by the first set of plots above.
The plot then contains the average residual per (x,y) bin, each bin is 1mm x 1mm.
The colour scale is ±20μm. See here
Plot radius, weighted radius and normalised weighted radius
and phi, weighted phi and normalised phi for all
R sensors
Plot radius, weighted radius and normalised weighted radius
and phi, weighted phi and normalised phi for all
Phi sensors
Mean residuals vs R and Phi by module
Plots of all cluster (x,y) per sensor by module
Plots of all cluster (x,y) per sensor by module
Plots of all cluster (x,y) per sensor by module
Plots of <residual> per (x,y) per sensor by module
Plot radius, weighted radius and normalised weighted radius
and phi, weighted phi and normalised phi for all
Plot radius, weighted radius and normalised weighted radius
and phi, weighted phi and normalised phi for all
After bug fix
Plot cluster (x,y) per sensor, but weighted by the residual per point.
To normalise, this is then divided by the first set of plots above.
The plot then contains the average residual per (x,y) bin, each bin is 1mm x 1mm.
The colour scale is ±20μm. See here
Plots of residual RMS scaled by pitch/sqrt(12) per (x,y) bin per sensor by module
All tracks after bug fix
Plot cluster (x,y) per sensor, but weighted by the residual per point.
To normalise, this is then divided by the first set of plots above.
The plot then contains the average residual per (x,y) bin, each bin is 1mm x 1mm.
The colour scale is ±20μm. See here