Introduction
Technical Details
Obtaining new BDT Score edges for BDT cateogories
We assume you have run stage2 with all the JEC uncertainties (for signal samples only for ggH channel). This is done by adding --do_jecUnc flag when runing run_stage2.py i.e.
year="2018"
sample_l="ggh vbf"
python run_stage2.py -load $stage2_load_path -save $stage2_save_path --samples $sample_l -cat $category --fraction 1.0 --year $year --model_name $model --do_jecUnc
year="2017"
sample_l="ggh vbf"
python run_stage2.py -load $stage2_load_path -save $stage2_save_path --samples $sample_l -cat $category --fraction 1.0 --year $year --model_name $model --do_jecUnc
year="2016postVFP"
sample_l="ggh vbf"
python run_stage2.py -load $stage2_load_path -save $stage2_save_path --samples $sample_l -cat $category --fraction 1.0 --year $year --model_name $model --do_jecUnc
year="2016preVFP"
sample_l="ggh vbf"
python run_stage2.py -load $stage2_load_path -save $stage2_save_path --samples $sample_l -cat $category --fraction 1.0 --year $year --model_name $model --do_jecUnc
then go to
cd stage2/ggH_datacard/
update the label and BDT model that you want to use for the datacard, and then run the script
sh run_script.sh