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1 | initial version |
The gmapping package requires you to publish the transform from your camera_link
to your base_link
as well as odometry data, see http://wiki.ros.org/gmapping#Required_tf_Transforms. You would need to set this up before using gmapping.
Alternatively, you can use the hector_mapping package, which does not require odometry.
2 | No.2 Revision |
The gmapping package requires you to publish the transform from your
to your camera_linksensor_linkbase_link
, as well as provide odometry data, see http://wiki.ros.org/gmapping#Required_tf_Transforms. data. See here. You would need to set this up before using gmapping.
Alternatively, you can use the hector_mapping package, which does not require odometry.
Both packages require you to have a transform between the link that is getting the laser data and your base_link
. This is accomplished with a URDF + robot_state_publisher, or a tf static_transform_publisher.
3 | No.3 Revision |
The gmapping package requires you to publish the transform from your sensor link to your sensor_link
base_link
, as well as provide odometry data. See here. You would need to set this up before using gmapping.
Alternatively, you can use the hector_mapping package, which does not require odometry.
Both packages require you to have a transform between the link that is getting the laser data and your base_link
. This is accomplished with a URDF + robot_state_publisher, or a tf static_transform_publisher.
4 | No.4 Revision |
The gmapping package requires you to publish the transform from your sensor link to your base_link
, as well as provide odometry data. See data (see here. ). You would need to set this up before using gmapping.
Alternatively, you can use the hector_mapping package, which does not require odometry.
Both packages require you to have a transform between the link that is getting the laser data and your base link/frame. This is accomplished with a URDF base_link
. + and robot_state_publisher, or a tf static_transform_publisher.