holoBio 1.0.0

A comprehensive library for Digital Holographic Microscopy (DHM)

HoloBio: Digital Holographic Microscopy Library

Version: 1.0.0 Author: SOPHIA-Research-Lab License: GPL-3.0

HoloBio is an open-source Python library and GUI for quantitative analysis in Digital Holographic Microscopy (DHM). It supports real-time and offline modes, various optical setups (lens-based and lensless), and provides advanced tools for analyzing biological samples.

Installation

You can install holoBio directly from PyPI (Python 3.8+ required):

pip install holoBio

Alternatively, to install from source:

1. Clone the repository:

   git clone https://github.com/SOPHIA-Research-Lab/HoloBio.git
   cd HoloBio
   

2. Install dependencies and the package:

   pip install .
   

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Usage

Once installed, you can launch the main graphical interface by running the following command in your terminal:

holobio

This will open the main menu where you can select between DHM and DLHM modes, and between Real-Time and Post-Processing interfaces.

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Project Structure

The source code is organized in the holobio/ package directory:

Core Application

• Main_.py: The entry point of the application. Initializes the main menu window and handles navigation between different modules.
• __init__.py: Marks the directory as a Python package.

Main Interfaces (GUI)

• main_DHM_PP.py: DHM Post-Processing. Interface for loading and analyzing existing holograms.
• main_DHM_RT.py: DHM Real-Time. Interface for capturing and analyzing holograms live from a camera.
• main_DLHM_PP.py: DLHM Post-Processing. Specialized interface for Lensless Digital Holographic Microscopy (offline).
• main_DLHM_RT.py: DLHM Real-Time. Specialized interface for Lensless Digital Holographic Microscopy (live).

Algorithms & Methods

• pyDHM_methods.py: Core numerical methods for reconstruction, propagation, and filtering.
• phaseShifting.py: Implementation of phase-shifting algorithms for phase retrieval.
• unwrap_methods.py: Wrapper functions for different phase unwrapping techniques.
• unwrapping.py: Implementation of specific phase unwrapping algorithms (e.g., weighted least squares).
• settingsCompensation.py: GUI and logic for configuring phase compensation parameters (e.g., for tilt/aberration removal).
• parallel_rc.py: Parallel processing implementations for faster reconstruction.
• track_particles_kalman.py: Kalman filter implementation for tracking moving particles in real-time or video sequences.

Utilities

• tools_GUI.py: Common GUI widgets, dialogs, and helper functions reused across different interfaces.
• functions_GUI.py: Additional functional logic for GUI interactions.
• tools_microstructure.py: Tools for morphological analysis (segmentation, particle counting, area measurement).
• utilities.py: General purpose utility functions (image I/O, array manipulation).
• settings.py: Global configuration and constants.

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License

This project is licensed under the GNU General Public License v3.0 (GPLv3). See the LICENSE file for details.

Additional Resources

For more detailed information, please refer to the User Guide and Scientific Paper located in the Complementary_info directory of this repository:

• 📄 User Guide: Complementary_info/User_Manual.pdf - Comprehensive manual covering installation, mode selection (Real-Time vs Offline), and advanced reconstruction procedures.
• 📄 Paper: Complementary_info/HoloBio_paper.pdf - Detailed scientific background and validation of the tool.

Support or Contact

If you have any questions or need support, please contact:

Researcher	Email	Google Scholar
Ana Doblas	[e-mail]	Profile
Raul Castañeda	[e-mail]	Profile

Citation

If you use HoloBio in your research, please refer to the following manuscript:

W. Mona, M. J. Gil-Herrera, E. Mazo, D. Córdoba, S. Obando, M. J. Lopera, R. Restrepo, C. Trujillo, A. Doblas, and R. Castañeda.
"HoloBio: A Holographic Microscopy Tool for Quantitative Biological Analysis"
Under review, PLOS Computational Biology.