Changelog#
Version 0.1.0#
Released on: 2025/03/28
doi: https://doi.org/10.5281/zenodo.15102594
The functions below are originally from the Verde library and have been moved here and improved upon:
Add function
rolling_window
to split points into rolling windows (#31)Add function
block_split
to split points into blocks (#30)Add function
grid_coordinates
to generate n-dimensional grids with evenly spaced points (#18)Add function
random_coordinates
to make a random scatter of points in n-dimensions (#25 and #26)Add function
inside
to check which points are in a region (#24)Add function
get_region
to get the bounding box of the given set of coordinates (#16)Add function
pad_region
to expand a region by a specified amount (#15)Add function
line_coordinates
to generate 1D evenly-spaced coordinates (#13)
Improvements over their Verde counterparts:
All functions now work with more than 2 dimensions.
Argument names have been changed to make them more reasonable, for example
spacing
inblock_split
was renamed toblock_size
.Functions perform more sanity checks on their arguments to avoid common mistakes.
When adjusting a region because the spacing is not a multiple of it, change both the lower and the upper boundaries to spread the change more evenly (#21)
Optional arguments to functions are now keyword-only, avoiding the common mistake of passing a spacing in the place of a shape when not using keywords (#20)
Bordado also exposes some sanity checks that other packages can use:
Add function
check_coordinates
to check that all coordinates have same shape and make sure they are arrays (#29)Add function
check_region
to make sure the region has an even number of arguments and they are in the right order (#12 and #14)
This release contains contributions from:
Leonardo Uieda
Version 0.0.1#
Released on: 2025/03/19
doi: https://doi.org/10.5281/zenodo.15051756
This is the first release of Bordado, used to guarantee the package name and setup the development infrastructure. The next release will contain actual code for users.
This release contains contributions from:
Leonardo Uieda