Resetted the pulseFit to a previous version. It was added a fit with 3rd order poly to evaluate the second derivative in the points and determine if the pulse shape is healty

Merge branch 'master' of ssh://git.physik.uzh.ch:8443/egraveri/STAging

r-10 feature in temporary files explained

Merge branch 'master' of ssh://git.physik.uzh.ch:8443/egraveri/STAging

[macros/CCEScan/batch] Update batch scripts to hadd the landau fit outputs and run the pulse and voltage fits

removed the rescaling that allowed to use the integral instead of the maximum of the pulse shape

USE OF MAXIMUM of pulse shape instead of INTEGRAL, only POLY3 is used.

Setting back CCEScan.root as file to use

Percentage used to estimate depletion voltage is common for all sectors: r = (95 +/- 2) %

Switched back to the correct file as input CCEScan.root, not CCEScan_TEST.root

Switched back to the correct file as input CCEScan.root, not CCEScan_TEST.root

The data point is ignored if a systematic error is not present (sys set to -999)

A file called noSystematic_val#.txt cointains all the steps were no systematic erros was found for the integral of the pulse shape

Comments on the systematics

Trying to fix merging conflict

restoring elena's version

restoring elena's version

Putting back some fills

Introduces systematic uncertainty on CCE, however this is merged with the statistical uncertainty to avoid a huge modification of the code

increased dimension of saved vector (11->12) due to introduction of systematic error on equivalent collected charge

Added a fit of pulse shape with poly on degree 3, 4, 5 to estimate systematic error on integral of pulse

[macros/CCEScan/batch] Update environment, use all fills

[macros/CCEScan] Add latest fills

[macros/CCEScan/batch] Update env variables

[macros/runCond] Add code to process 2017 luminosity

[macros/runCond] Update to 2017 temperatures

[macros/CCEScan/batch] Update to SLURM

[macros/runCond] Fix typo

[macros/runCond] Improve documentation

[macros/CCEScan] Remove unused code