All software
FoCa
FoCa is an in-house modular treatment planning system, developed entirely in MATLAB, which includes forward dose calculation of proton radiotherapy plans in both active and passive modalities as well as a generic optimization suite for inverse treatment planning.
- Treatment Planning and dosimetry
fo-dicom
Targets.NET Standard 2.0. High-performance, asynchronous API.
- Software Engineering and Data Infrastructure
- (Batchfile)
- (C#)
Forecasting the grid emission factor for the Netherlands
A workflow to produce emission factor forecasts for the electricity mix of the Netherlands, up to 7 days ahead.
- electricity grid
- emission factor
- Forecasting
- + 1
- (Dockerfile)
- (Python)
Davidson diagonalization in Fortran
This package contains a Modern Fortran implementation of the Davidson diagonalization algorithms to compute several eigenvalue-eigenvector pairs of a symmetric matrix
- High performance computing
- (CMake)
- (Fortran)
- (Python)
FOWT-ML
Machine learning kit for Hybrid testing in Floating Offshore Wind Turbines (FOWT).
- Machine learning
- wind energy
- (Python)
FRED
GPU MC dose engine capable of simulating therapeutic protons, electrons and carbon ions.
- Treatment Planning and dosimetry
FRoG
Independent dose and LETd prediction tool for proton therapy, GPU-accelerated, sandbox environment, supports variable RBE models. Not for clinical use.
- Treatment Planning and dosimetry
Fundamentals of Natural Language Processing (NLP) in Python
This lesson teaches the fundamentals of Natural Language Processing (NLP) in Python.
- lesson
- Natural Language Processing
- python
- ("Jupyter Notebook")
- (Python)
GalerkinToolkit.jl
GalerkinToolkit is a high-performance finite element (FE) toolbox fully implemented in the Julia programming language. It provides modular building blocks to easily implement custom finite element codes to solve partial differential equations (PDEs) using a variety of numerical schemes.
- Finite Element
- High performance computing
- Julia Package
- (GLSL)
- (Julia)
GATE
GATE is open source, based on Geant4, and developed by the international OpenGATE collaboration
- Treatment Planning and dosimetry
- (C)
- (C++)
- (CMake)
- + 2
GEANT4
Toolkit for the simulation of the passage of particles through matter. Its areas of application include high energy, nuclear and accelerator physics.
- Treatment Planning and dosimetry
- (C)
- (C++)
- (CMake)
- + 5
gemdat
a Generalized Molecular Dynamics Analysis Tool
- analysis
- molecular dynamics
- python
- + 1
- (Nix)
- (Python)