About the Project
Meet the team behind mGFD CloudGenerator 2.2 - A complete platform for generating unstructured point clouds from images and geometric contours, designed for meshless Generalized Finite Difference Method (mGFD) applications and numerical simulations.
Project Overview
mGFD CloudGenerator 2.2
Advanced Point Cloud Generation for Meshless Methods
ContourCreator
Interactive contour generation with real-time visualization
CloudGenerator
Optimized point cloud generation for mGFD applications
CloudViewer
Visualize generated clouds with high-quality 2D plots
NeighborsCalculator
Calculate connectivity and K-nearest neighbors
Advanced Analytics
Comprehensive visualization and analysis tools
Multiple Formats
Export in CSV, PNG, SVG and other standard formats
Research Team
Researchers
Students
Technology Stack
Backend
Frontend
Scientific
Tools
Participating Institutions
Collaborating organizations driving scientific innovation
Citation & References
If you use mGFD CloudGenerator in your research, please cite the software and related publications.
Software Citation
Tinoco-Guerrero, G., Domínguez-Mota, F. J., Guzmán-Torres, J. A., & Arias-Rojas, H. (2025). mGFD CloudGenerator 2.2: Web platform for generating 2D unstructured point clouds.
@software{tinoco2025mGFD_cloudgenerator,
title={mGFD CloudGenerator 2.2: Web platform for generating 2D unstructured point clouds},
author={Tinoco-Guerrero, Gerardo and
Domínguez-Mota, Francisco Javier and
Guzmán-Torres, José Alberto and
Arias-Rojas, Heriberto},
year={2025},
institution={Universidad Michoacana de San Nicolás de Hidalgo},
organization={SIIIA MATH: Soluciones en ingeniería},
url={https://github.com/gstinoco/mGFD_CloudGenerator},
version={2.2}
}Contact and Collaboration
Connect with our research team and contribute to the advancement of meshless computational methods
Research Collaboration
Partner with us on academic research, algorithm development, and scientific applications.
Development & Contributions
Join our open-source community. Contribute code, report bugs, suggest features, or help improve the platform.
Documentation & Support
Help us improve documentation, create tutorials, share use cases, or get technical support for your projects.
Ready to Collaborate?
Join our growing community of researchers, developers, and computational scientists working together to advance meshless methods.
Open Source License
This project is released under the MIT License, ensuring freedom to use, modify, and distribute. We welcome contributions from the global research community.