This tutorial introduces basic sensor stream visualization from simulated MultiSense SL sensor head using rviz.
If not done previously, install DRCSim first.
Source the environment setup script:
source /opt/ros/[Your ROS Distro Name]/setup.bash # this is necessary for drcsim 3.1.0 and later
source /usr/share/drcsim/setup.sh
Start the Atlas robot simulation:
roslaunch drcsim_gazebo atlas.launch
For drcsim < 3.1.0: The package and launch file had a different name:
roslaunch atlas_utils atlas.launch
the Gazebo gui should appear:

Next, start rviz
source /usr/share/drcsim/setup.sh
rosrun rviz rviz
and follow steps in this tutorial to configure rviz properly.
More importantly, repeat the steps to setup camera and laser visualization but substitute ROS topics in the original instructions with following ROS topics:
/multisense_sl/camera/left/image_raw and /multisense_sl/camera/right/image_raw for left and right eye./multisense_sl/laser/scanFor drcsim >= 4.1.0: If you are using atlas versions >= v3 (e.g. atlas_v3.launch), the camera and laser topics have changed:
/multisense/camera/left/image_raw and /multisense/camera/right/image_raw for left and right eye./multisense/lidar_scanIn addition to visualizing camera images and laser data, to visualize stereo point cloud, click Add button under the rviz Displays panel, select PointCloud2 then click OK. Set the Topic for the newly added PointCloud2 visual as /multisense_sl/camera/points2. Now drop a box in front of the robot to see the point cloud visualization in rviz.

To set rotation speed commands to the LIDAR spindle, open a new terminal and type
rostopic pub --once /multisense_sl/set_spindle_speed std_msgs/Float64 '{data: 3.0}'
For drcsim >= 4.1.0: If you are using atlas versions >= v3 (e.g. atlas_v3.launch), use the following command instead:
rostopic pub --once /multisense/set_spindle_speed std_msgs/Float64 '{data: 3.0}'
Setting Decay Time under LaserScan in the rviz display panel to 5 (seconds), and change the laser scan data to green in rviz yields:
