The Aircraft Operations Lab promotes the use of open source code to enable findability, accessibility, interoperability and reusability in data management.
ROC
The Python Library ROC is a software package developed by UC3M. It is a tool for robust flight planning considering the concept of free-routing airspace. ROC integrates horizontal and vertical decision-making, incorporates uncertainty in meteorological variables and it is very generic in terms of flight planning objectives.
CLIMaCCF
The main idea of CLIMaCCF is to provide an open-source, easy-to-use, and flexible software tool that efficiently calculates spatially and temporally resolved climate impact of aviation emissions by using algorithmic climate change functions (aCCFs). The individual aCCFs of water vapour, NOx-induced ozone and methane, and contrail-cirrus and also merged aCCFs that combine the individual aCCFs can be calculated.
ROOST
The ROOST library is a software package developed by UC3M. It is a tool for robust flight planning within the currently structured airspace. It integrates horizontal and vertical decision-making, allows fast performance thanks to GPU-based parallelization, considers climb, cruise, and descent phases and incorporates uncertainty in meteorological variables, as well as initial flight time and initial flight mass.
ContrAI
The ContrAI repository provides an easy-to-use framework for performing contrail detection using the neural network models evaluated in our research paper, enabling users to seamlessly access satellite data, run inference on new satellite imagery, and export georeferenced outputs for visualization, cross-validation with other data sources, or comparison with alternative modeling approaches; the repository is under active development and will continue to expand with additional features, tools, and datasets to support advanced contrail analysis and satellite image processing workflows.
METINTOS
The METINTOS library is an open-source library exclusively developed within the task 4.1 of the FMP-Met project. It contains all the optical flow functionalities, including the capabilities to interpolate the described weather products (and eventually others). It is a python-based library hosted on GitHub.