Environment & Sustainability
ewatercycle-hype
eWatercycle plugin for HYPE hydrological model
- (Python)
eWatercycle SURF Research Cloud
Codified instructions for deploying the eWaterCycle platform on the SURF Research Cloud.
- (Jinja)
- (Python)
- (Shell)
ewatercycle-lisflood
eWatercycle plugin for LISFLOOD hydrological model
- (Python)
ewatercycle-marrmot
eWatercycle plugin for MARRMoT hydrological model
- (Python)
ewatercycle-pcrglobwb
eWaterCycle plugin for PCRGlobWB hydrological model
- (Python)
ewatercycle-wflow
eWaterCycle plugin for wflow hydrological model
- (Python)
eWaterLeaf
If you have large amounts of Geospatial grid-based data you would like to explore quickly, eWaterLeaf could be the visualisation for you.
- Visualization
- (CSS)
- (HTML)
- (JavaScript)
grpc4bmi
Run, read and write model state of a numerical simulation written in a variety of languages remotely from Python
- Multi-scale & multi model simulations
- (C++)
- (CMake)
- (Dockerfile)
- + 5
HyperCanny
Finds edges in high-dimensional data using the Canny algorithm.
- Data Analysis
- edge detection
- High performance computing
- (C)
- (C++)
- (Makefile)
- + 3
IncompressibleNavierStokes
This package implements energy-conserving solvers for the incompressible Navier-Stokes equations on a staggered Cartesian grid. It is based on the Matlab package INS2D/INS3D. The simulations can be run on the single/multithreaded CPUs or Nvidia GPUs.
- HPC
- Scientific machine learning
- (Julia)
infra-stemmus-scope
Set-up and run STEMMUS-SCOPE on SURF research cloud (SRC)
- Workflow technologies
JupyterLab dataset browser for THREDDS
A browser that allows you to include NetCDF data stored in THREDDS catalog into a Jupyter Notebook.
- Big data
- Optimized data handling
- (CSS)
- (JavaScript)
- ("Jupyter Notebook")
- + 2