Tool path planning and surface segmenter
- These packages run on Ubuntu 16.04 and ROS
- Uses the catkin tools build system
This package depends on PCL 1.9.1 and VTK 8.2.
- checkinstall
sudo apt install checkinstall
-
Download VTK 8.2
-
Unzip or extract into a user accessible directory
-
CD
into that directory and create a newbuild
directory -
Run cmake
cd build cmake ..
-
Build the library
make
This will take a while ...
-
Install
sudo checkinstall --pkgname=vtk-8.2
The installation process will prompt you to accept/reject some options prior to building the debian, just follow the recommended prompts.
NOTE: Using
checkinstall
instead ofmake install
has the advantage that it builds a debian package which can be easily uninstalled withsudo dpkg -r [packagename]
.
-
Download PCL 1.9.1
-
Unzip or extract into a user accessible directory
-
cd
into that directory and locate theCMakeLists.txt
file. -
Locate the
find package(VTK)
line (close to line 362) and edit it tofind_package(VTK 8.2 REQUIRED)
-
Configure
mkdir build cd build ccmake ..
Then locate the
BUILD_surface_on_nurbs
flag and set it toON
-
Build
make --jobs=4
Wait until the build finishes, it may take a couple of hours ...
-
Install
sudo checkinstall --pkgname=pcl-1.9.1
The installation process will prompt you to accept/reject some options prior to building the debian, just follow the recommended prompts
NOTE: Using
checkinstall
instead ofmake install
has the advantage that it builds a debian package which can be easily uninstalled withsudo dpkg -r [packagename]
.
-
Create a catkin workspace and clone this repository in the
src
directory -
Build the noether packages
catkin build noether
Note: You can just run catkin build in order to build everything in your workspace including the noether packages
-
Run the unit tests for a package:
catkin run_tests tool_path_planner --no-deps
-
Run all unit test in the noether repository
catkin run_tests noether --no-deps
NOTE: Press 'q' to close the vtk window and proceed with the test program.
The noether package has a surface raster planner executable which is able to take in a mesh file (.stl format), and generate raster paths on it, you can run it through the launch file with preconfigured parameters as follows:
roslaunch noether surf_raster_planner_application.launch filename:=</absolute/path/to/my/mesh.stl>
or you can run it with your own custom parameters as well by calling the node directly:
rosrun noether surface_raster_planner_application _pt_spacing:=0.05 _line_spacing:=0.15 _intersecting_plane_height:=0.05 _min_hole_size:=0.01 _min_segment_size:=0.01 _debug_on:=False _console_debug_on:=False _file_path:=</path/to/mesh/file.stl>
The debug_on
and console_debug_on
argurments enable visual and console debugging respectively. During visual debugging press 'q' on the vtk window in order to step through.
Work is in progress to read in point cloud (.pcd) files, but meshing results are not reliable right now.
The mesh filtering demo applies a bspline smoothing algorithm to a noisy mesh, run the following to see it in action:
roslaunch noether_examples mesh_filtering_demo.launch
Currently the only plugin available is the noether_filtering/BSplineReconstruction
, however custom mesh filter plugins can be added by inheriting from the noether_filtering::mesh::MeshBaseFilter
class.