Builds a potree octree from las, laz, binary ply, xyz or ptx files.
See docs/changelog.md for a list of new features, bugfixes and changes to the API.
Linux/MacOSX:
mkdir build && cd build
cmake ../
make
# copy ./PotreeConverter/resources/page_template to your binary working directory.
Ubuntu:
sudo apt-get install libboost-system-dev libboost-thread-dev
# Add UbuntuGIS "unstable" PPA from Launchpad
# (TODO: test if this PPA is really necessary)
sudo add-apt-repository ppa:ubuntugis/ubuntugis-unstable
sudo apt-get update
sudo apt-get install liblas-dev liblas-c-dev
mkdir build && cd build
cmake ../
make
# copy ./PotreeConverter/resources/page_template to your binary working directory.
Windows / Microsoft Visual Studio 2012:
# make sure you've got these environment variables set with your directory structure
set BOOST_ROOT=D:\dev\lib\boost_1_56_0
set BOOST_LIBRARYDIR=D:\dev\lib\boost\x64
set LIBLAS_INCLUDE_DIR=D:\dev\lib\libLAS\include
set LIBLAS_LIBRARY_DIR=D:\dev\lib\libLAS\build\bin\Release
mkdir build
cd build
# 32bit project
cmake -G "Visual Studio 11" -T "v110" -DBoost_USE_STATIC_LIBS=ON -DBOOST_ROOT=%BOOST_ROOT% -DBOOST_LIBRARYDIR=%BOOST_LIBRARYDIR% -DLIBLAS_INCLUDE_DIR=%LIBLAS_INCLUDE_DIR% -DLIBLAS_LIBRARY=%LIBLAS_LIBRARY_DIR%/liblas.lib ..\
# or 64bit project
cmake -G "Visual Studio 11 Win64" -T "v110" -DBoost_USE_STATIC_LIBS=ON -DBOOST_ROOT=%BOOST_ROOT% -DBOOST_LIBRARYDIR=%BOOST_LIBRARYDIR% -DLIBLAS_INCLUDE_DIR=%LIBLAS_INCLUDE_DIR% -DLIBLAS_LIBRARY=%LIBLAS_LIBRARY_DIR%/liblas.lib ..\
# copy ./PotreeConverter/resources/page_template to your binary working directory.
Converts las files to the potree file format. You can list multiple input files. If a directory is specified, all files inside the directory will be converted.
Options:
-h [ --help ] prints usage
-p [ --generate-page ] Generates a ready to use web page alongwith the model.
-o [ --outdir ] arg output directory
-s [ --spacing ] arg Distance between points at root level. Distance halves each level.
-d [ --spacing-by-diagonal-fraction ] arg Maximum number of points on the diagonal in the first level (sets spacing). spacing = diagonal / value
-l [ --levels ] arg Number of levels that will be generated. 0: only root, 1: root and its children, ...
-f [ --input-format ] arg Input format. xyz: cartesian coordinates as floats, rgb: colors as numbers, i: intensity as number
--color-range arg
--intensity-range arg
--output-format arg Output format can be BINARY, LAS or
LAZ. Default is BINARY
-a [ --output-attributes ] arg Can be any combination of RGB, INTENSITY and CLASSIFICATION. Default is RGB.
--scale arg Scale of the X, Y, Z coordinate in LAS and LAZ files.
--source arg Source file. Can be LAS, LAZ, PTX or
Examples:
# convert data.las and generate web page.
./PotreeConverter.exe C:/data.las -o C:/potree_converted -p
# convert with an octree depth of 5 (-l); generate web page (-p); write RGB, INTENSITY and CLASSIFICATION attributes (-a)
./PotreeConverter.exe data.las -o C:/potree_converted -p -l 5 -a RGB INTENSITY CLASSIFICATION
# generate compressed LAZ files instead of the default BIN format.
./PotreeConverter.exe C:/data.las -l 4 -o C:/potree_converted --output-format LAZ
# convert data1.las and data2.las with a spacing of 0.5 and a depth of 4
./PotreeConverter.exe C:/data1.las C:/data1.las C:/data2.las -s 0.5 -l 4 -o C:/potree_converted
# convert all files inside the data directory
./PotreeConverter.exe C:/data -s 0.5 -l 4 -o C:/potree_converted