LadderIntegrationOT2S

📊 Ph2_ACF 2S Module Quick Plotting Toolkit

Generate quick plots from Ph2_ACF quick/full test results for 2S modules — whether tested individually in a single-module box or integrated into a ladder within a cold-box setup.

✨ Features

• Fast plotting of Ph2_ACF quick/full test data
• Supports both single module and ladder cold-box configurations
• Flexible analysis levels:
  • 🔬 CBC-level inspection
  • 📦 Module-level summary
  • ⚖ Cross-setup comparison (single-module vs. ladder / ladder-1 vs. ladder-2)

📂 Typical Workflow

1. Collect test results from Ph2_ACF quick/full tests : Main requirement.
2. Then one/two yaml files e.g. in Configs, is/are needed to run the main function.
3. The main script first load the Data from ROOT file to a dictionary, that one can dump to a separate yaml if needed.
4. The Plotter takes the dictionary as input on-the-fly and starts producing the plots.

🛠 Requirements

Two options :

• Use cvmfs : The easiest way
• Or, use Anaconda to setup the environment : Easy but messy

Install requirements:

if cvmfs is not accessible, a bit longer process to be followed

# conda installation
wget https://repo.anaconda.com/miniconda/Miniconda3-latest-Linux-x86_64.sh
bash Miniconda3-latest-Linux-x86_64.sh
# use the `yml` and build the environment
conda env create -f environment.yml
# and, then clone the repo

But, if cvmfs is there, then life would be easier as mentioned above

# first clone the repo
git clone https://github.com/gsaha009/LadderIntegrationOT2S.git
source setup.sh
# and everything will be ready

Again, to clone the repository, if not done e.g. for w/o cvmfs:

git clone https://github.com/gsaha009/LadderIntegrationOT2S.git

Structure of the code:

• Configs :
  • Here you can find some yaml files, which are the config files with information about input, output, histogram names, module_IDs etc.
  • tests.yml config with some switches for test
• DataLoader.py :
  • It reads the ROOT files, and saves some information like noise, nHits, pedestal etc. in a dictionary. It needs to be modified if one wants to add more info to the dictionaries.
• Plotter.py :
  • Plotter reads the dictionaries to produce the plots.
• Fitter.py :
  • Several models can be used to fit the plots e.g. nHits
• main.py :
  • the main function, reads the config, loads the ROOT files, produced the dictionaries and do the plots.

How to RUN

python main.py -cs Configs/bla.yaml Configs/foo.yaml -t <Output_Tag>
# max 2 configs can be used if `compare` switch is True in `tests.yaml`, or one config if it is False

SubModules

Path	Repository	Purpose
modules/2SLadderCMNAna	GitHub Repo	CMNoise fitter
modules/EventContainer	GitLab Repo	Read OTPhysics Root file