This package is not developed anymore. New clients are available in the rc_reason_clients package.
The components provide out-of-the-box perception solutions for robotic pick-and-place applications. ItemPick targets the detection of flat surfaces of unknown objects for picking with a suction gripper. BoxPick detects rectangular surfaces and determines their position, orientation and size for grasping. The interface of both components is very similar. Therefore both components are described together in this chapter.
For detail description of the modules check the following link: https://doc.rc-visard.com/latest/en/itempick.html
host: The IP address or hostname of the rc_visard that should be calibrated.
Since version 2.7, the device ID can be used instead of the sensor's IP address:
device: The ID of the device, i.e. Roboception rc_visard sensor. This can be either:
serial number, e.g. 02912345.
Preceed with a colon (:02912345) when passing this on the commandline or setting it via rosparam (see https://github.com/ros/ros_comm/issues/1339). This is not neccessary when specifying it as a string in a launch file.
- user defined name must be unique among all reachable sensors.
Dynamic reconfigure parameters
max_grasps: Maximum number of provided grasps.
cluster_max_curvature: Maximum curvature allowed within one cluster. The smaller this value, the more clusters will be split apart.
clustering_max_surface_rmse: Maximum root-mean-square error (RMSE) in meters of points belonging to a surface.
clustering_discontinuity_factor: Factor used to discriminate depth discontinuities within a patch. The smaller this value, the more clusters will be split apart.
For the ItemPick module, two additional parameters are available:
cluster_max_dimension: Indicates how much the estimated load carrier dimensions are allowed to differ from the load carrier model dimensions in meters.
clustering_patch_size: Size in pixels of the square patches the depth map is subdivided into during the first clustering step.
The following services are offered by the nodes:
compute_grasps: Triggers the computation of grasping poses for a suction device. All images used by the node are guaranteed to be newer than the service trigger time.
The BoxPick node offers an additional service:
detect_items: Triggers the detection of rectangles.
Using command line parameters:
For the ItemPick module:
$ rosrun rc_pick_client rc_itempick_client_node _host:=<sensor_ip>Since version 2.7:
rosrun rc_pick_client rc_itempick_client_node _device:=:<serial_number>
For the BoxPick module:
$ rosrun rc_pick_client rc_boxpick_client_node _host:=<sensor_ip>Since version 2.7:
rosrun rc_pick_client rc_boxpick_client_node _device:=:<serial_number>
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Supported by ROSIN - ROS-Industrial Quality-Assured Robot Software Components.
More information: rosin-project.eu
This project has received funding from the European Union’s Horizon 2020