We are living in a golden age of asteroid and comets exploration. As of 2021,
have been visited by a robotic probe, and all space agencies aorund the world have a mission
planned or under consideration for the next decade.
As a professional planetary scientist, I have written many tools to process the data I use, especially in the ﬁeld of cometary and asteroid science. As much as I can, I like to share those programs freely with the community, in the hope they may be useful for others.
This website contains my publicly available software, and is maintained on my free time. You can find more information about my research on my personal page.
- Since 2016: shapeViewer, a standalone software for 3D visualization of small bodies, morphological investigation, and mission planning.
Science must be reproducible. This means that not only data has to be publicly available, but also the tools that led to a given interpretation.
The code can be consulted directly from the sources of these webpages (Ctrl+U in Firefox and Chrome).
It can also be accessed and improved through a public repository hosted by Bitbucket.
The source code of shapeViewer is very complex and open sourcing the more technical parts requires properly commenting and organizing the code, which will take some time. Meanwhile, all algorithms and data necessary to evaluate the scientific output of the software are provided in the User Manual.
I kindly ask each publication making use of my tools to include the relevant acknowledgement:
This research has made use of the scientific software at www.comet-toolbox.com
(Vincent, J.-B., Comet-toolbox: numerical simulations of cometary dust tails in your browser, Asteroids Comets Meteors conference, 2014, Helsinki)
This research has made use of the scientific software shapeViewer (www.comet-toolbox.com). Vincent et al. shapeViewer, a sofware for the scientific mapping and morphological analysis of small bodies, LPSC, (2018).