If you are the author of the package, does it pass CRAN check tests?
Yes (CRAN package).
Additional information
Briefly, can you describe the purpose of this package and how it fits into the Tracking CTV?
Process and analyze (computer) mouse-tracking data
In terms of the tracking workflow (see Figure in the CTV), where does the package fit? (Feel free to mention any particular functions and how they fit as well.)
I think that the mt_align functions could fit under path reconstruction
There's a "Resampling and interpolation functions" section in the documentation that could fit under post processing
The analysis functions fit under track description
There are several visualization functions, and visualizing is one of the goals of the package, so it could be considered under visualization...
The clustering and similarity distance matrix for trajectories could qualify under movement similarity
Are you the author of the package?
No
Is the package on a specific repository?
CRAN
Please provide the URL of the package repository
https://cran.r-project.org/package=mousetrap
Is there a dedicated website for the documentation (e.g. a pkgdown website)?
https://pascalkieslich.github.io/mousetrap/
If you are the author of the package, does it pass CRAN check tests?
Yes (CRAN package).
Additional information
Briefly, can you describe the purpose of this package and how it fits into the Tracking CTV? Process and analyze (computer) mouse-tracking data
In terms of the tracking workflow (see Figure in the CTV), where does the package fit? (Feel free to mention any particular functions and how they fit as well.) I think that the
mt_align
functions could fit underpath reconstruction
There's a "Resampling and interpolation functions" section in the documentation that could fit underpost processing
The analysis functions fit undertrack description
There are several visualization functions, and visualizing is one of the goals of the package, so it could be considered under visualization... The clustering and similarity distance matrix for trajectories could qualify undermovement similarity