projorg 1.1

projorg: Python project organization and management

A lightweight package for managing Python project structure, experiment tracking, and reproducibility.

Features

• Consistent project directory structure (data, plots, checkpoints, logs)
• Automatic experiment naming based on input arguments
• Configuration management with JSON files and command-line overrides
• Comprehensive experiment logging (git hashes, timestamps, diffs)
• Cloud backup integration via rclone
• Hyperparameter grid search utilities

Requirements

Your project must be in a git repository for the logging and path resolution features to work properly. The package uses git to track code versions, generate experiment logs, and locate the project root directory.

Installation

pip install projorg

Development installation

git clone https://github.com/alisiahkoohi/projorg
cd projorg/
pip install -e .

Quick Start

Create a configuration file in configs/my_config.json with your experiment parameters:

{
    "experiment_name": "my_experiment",
    "learning_rate": 0.001,
    "batch_size": 32,
    "seed": 42
}

Use in your script:

from projorg import setup_environment, datadir, plotsdir

# Setup with automatic logging
args = setup_environment(
    "my_config.json",
    ignore_arg_list=["experiment_name"],
    sequence_args_and_types=[("batch_size", int)]
)

# Access organized directories
data_path = datadir(args.experiment)
plots_path = plotsdir(args.experiment)

Override config values from command line:

python scripts/my_script.py --learning_rate 0.01 --batch_size 64

Example

See scripts/example_script.py for a complete working example:

python scripts/example_script.py

Core Functions

• setup_environment(): Initialize experiment with automatic logging of git commit hash, timestamp, configuration, and code diffs
• datadir(), plotsdir(), checkpointsdir(), logsdir(): Get organized paths
• query_arguments(): Generate hyperparameter combinations for grid search
• upload_to_cloud(): Backup experiments to cloud storage

Logging

The setup_environment() function automatically creates detailed logs in the logs/ directory for each experiment, including:

• Current git commit hash and branch
• Execution timestamp
• Full configuration file used
• Git diff showing uncommitted changes
• Any additional metadata you provide

This ensures complete reproducibility by capturing the exact code state for every experiment run.

Questions

Contact alisk@ucf.edu

Author

Ali Siahkoohi