v2.0.0

v2.0.0

Rename produit_derive_lidar to las_digital_models

v1.2.1

Fix path to hydra config in Z values extraction

v1.2.0

[New feature] run the extraction of minimum Z values along lines (defined in a geometry file) from raster containing Z value

v1.1.0

• API CHANGE: update filter API: use dimension + keep_values instead of keep_classes to be more flexible in
  the prefiltering step
• remove unused interpolation methods

v1.0.2

• add gdal executables to docker image (to generate cog)

v1.0.1

• fix jenkinsfile (deployment part)
• mark tests to skip inside docker image
• update ign-pdal-tools to 1.5.1 (fix misclassification due to las rewriting with wrong format)

v1.0.0

• refactor docker image tools (reduce docker image size)
• refactor python version (standardize with other tools)
• remove hydra internal logs
• fix jenkinsfile (continuous integration)
• add (+ apply) linting and pre-commit
• remove dead code
• [BREAKING CHANGE] uniformise produit(s)_derive(s)_lidar to produits_derives_lidar
• use gdal_calc from osgeo instead of lidarutils
• remove gdal warning (explicitly set gdal.UseExceptions())
• update readme

v0.4.0

• refactor steps to create fewer intermediate results
• bump to pdal 2.6.0 (should resolve #2277)

v0.3.0:

• only use hydra on main function of ip_one_tile / add_buffer_one_tile / filter_one_tile
• add possibility to overwrite no-data in polygons from a shapefile after interpolation (eg. for ZICAD)
• use Mamba for python environment generation in docker

v0.2.3:

• Continuous Integration with Jenkins
• Use "standard" grid for TIF output. This implies using the las tiles filenames to get the
  expected extent of the las data, and modifying the interpolation parameters to use that grid
• Use hydra to handle parameters
• replace python parallelisation by the use of gnu-parallel (cf. run.sh)

v0.2.2:

Fix no-data value when saving with rasterio (no value was set) or gdalcalc (same)

v0.2.1:

intermediate results are no more forced to be in las format (can be laz)

v0.2.0:

run DSM/DTM/DHM