HydroModels.jl
Overview
HydroModels.jl is a modern hydrological modeling framework that extends and enhances SUPERFLEX's design philosophy. Built on Julia language and the SciML (Scientific Machine Learning) ecosystem, it combines flexible model construction with computational efficiency, particularly supporting deep learning integration in hydrological modeling.
Key Features
- Flexible Model Construction: Supports development of lumped, semi-distributed, and distributed hydrological models
- Deep Learning Integration: Enables neural network integration for enhanced flux calculations and dynamic parameter estimation
- Computational Efficiency: Leverages Julia's high-performance capabilities and the SciML ecosystem
- Gradient-Based Optimization: Supports advanced parameter optimization techniques
- Comprehensive Framework: Provides tools for both traditional hydrological modeling and modern machine learning approaches
Framework Capabilities
HydroModels.jl offers:
- Easy implementation and customization of hydrological models
- Integration with Julia's scientific computing ecosystem
- Support for various modeling approaches:
- Traditional conceptual models
- Neural network enhanced models
- Distributed hydrological systems
Case Studies
The framework has been validated through various applications, including:
- M50 Model Implementation
- GR4J-based Distributed Hydrological Model
Getting Started
Check out our tutorials to start using HydroModels.jl:
Installation
using Pkg
-Pkg.add("HydroModels")Contributing
HydroModels.jl is an open-source project available on Github. We welcome contributions from the community to help advance deep learning applications in hydrology.
Documentation
For detailed information about using HydroModels.jl, please refer to our comprehensive documentation and tutorials in this site.