Package index
-
add_extrabytes()
- Add attributes to a LAS file
-
add_rgb()
- Add RGB attributes to a LAS file
-
callback()
- Call a user-defined function on the point cloud
-
chm()
- Canopy Height Model
-
classify_with_csf()
- Classify ground points
-
classify_with_ivf()
- Classify noise points
-
classify_with_sor()
- Classify noise points
-
delete_points()
- Filter and delete points
-
dtm()
- Digital Terrain Model
-
exec()
- Process the pipeline
-
filter_with_grid()
- Select highest or lowest points
-
keep_class()
drop_class()
keep_first()
drop_first()
keep_ground()
keep_ground_and_water()
drop_ground()
keep_noise()
drop_noise()
keep_z_above()
drop_z_above()
keep_z_below()
drop_z_below()
drop_duplicates()
filter_usage()
print(<laslibfilter>)
`+`(<laslibfilter>)
- Point filters
-
focal()
- Calculate focal ("moving window") values for each cell of a raster
-
geometry_features()
- Compute pointwise geometry features
-
hulls()
- Contour of a point cloud
-
lasR
lasR-package
- lasR: airborne LiDAR for forestry applications
-
load_raster()
- Load a raster for later use
-
local_maximum()
local_maximum_raster()
- Local Maximum
-
metric_engine
- Metric engine
-
set_parallel_strategy()
unset_parallel_strategy()
get_parallel_strategy()
ncores()
half_cores()
sequential()
concurrent_files()
concurrent_points()
nested()
has_omp_support()
- Parallel processing tools
-
normalize()
- Normalize the point cloud
-
pit_fill()
- Pits and spikes filling
-
rasterize()
- Rasterize a point cloud
-
reader_las()
reader_las_coverage()
reader_las_circles()
reader_las_rectangles()
- Initialize the pipeline
-
region_growing()
- Region growing
-
sampling_voxel()
sampling_pixel()
sampling_poisson()
- Sample the point cloud
-
set_crs()
- Set the CRS of the pipeline
-
set_exec_options()
unset_exec_option()
- Set global processing options
-
sort_points()
- Sort points in the point cloud
-
stop_if_outside()
- Stop the pipeline if a conditionally
-
summarise()
- Summary
-
temptif()
tempgpkg()
tempshp()
templas()
templaz()
- Temporary files
-
print(<LASRalgorithm>)
print(<LASRpipeline>)
`+`(<LASRpipeline>)
c(<LASRpipeline>)
- Tools inherited from base R
-
transform_with()
- Transform a point cloud using another stage
-
triangulate()
- Delaunay triangulation
-
write_las()
- Write LAS or LAZ files
-
write_lax()
- Write spatial indexing .lax files
-
write_vpc()
- Write a Virtual Point Cloud