Code base generating formatted data tables that streamlines data analysis process for ephys production metadata.
- Required: Anaconda Command Prompt
- Clone the repository in a directory of your choice.
- Navigate to the directory of the cloned repository.
cd ephys-analysis-tools\
- Create a new virtual environment (ephys-analysis-tools-env) from the .yml file.
conda env create -f environment.yml
- Look below at Usage for detailed steps to run python scripts.
- Required: Location of Anaconda bat file --> C:\Users%USERNAME%\Anaconda3\Scripts\activate.bat
- In File Explorer, navigate to the directory of the cloned repository.
cd ephys-analysis-tools\
- Click on the desired .bat file to run the intended program.
*Run in Anaconda Command Prompt
- Navigate to the directory of the cloned repository.
cd ephys-analysis-tools\src\run_scripts
- Activate the specified virtual environment.
activate ephys-analysis-tools-env
- Run the python scripts for daily/weekly transcriptomics reports.
python ivscc_daily_transcriptomics_report.py
python ivscc_weekly_transcriptomics_report.py
python hct_daily_transcriptomics_report.py
python hct_weekly_transcriptomics_report.py
- Deactivate the specified virtual environment.
conda deactivate
├── README.md <- The top-level README
├── .gitignore <- Ignore file types
├── environment.yml <- Requirements file
├── batch_files <- Batch files
├── hct_transcriptomic_reports <- Batch files related to HCT transcriptomic reports
├── ivscc_data_generation <- Batch files related to IVSCC data generation
└── ivscc_transcriptomic_reports <- Batch files related to IVSCC transcriptomic reports
├── src <- Source code
├── constants <- JSON
└── run_scripts <- Python run scripts
└── functions <- Python function scripts