robot-pmaptest1
Occupancy grid map creation tool
Usage
robot-pmaptest [options]
<logfilename>
Overview
robot-pmaptest is utility demonstrates the basic functionality of the pmap library and serves a handy mapping utility in its own right. Given a Player logfile containing odometry and laser data, robot-pmaptest will produce an occupancy grid map of the environment.
Options
-
-g -
disable the GUI (run in console mode only).
-
--range_max range -
maximum effective range for the laser in meter (default: range saved in logfile).
-
--position_index index -
index of odometry device in logfile (defualt: 0).
-
--laser_index index -
index of laser device in logfile (default: 0).
-
--num_samples number -
number of samples in particle filter (default: 200).
-
--resample_interval number -
number of scans between resampling steps.
-
--resample_sigma width -
width of resampling gaussian.
-
--num_cycles number -
number of optimization cycles in the fine phase (default: 100).
-
--robot_x position -
initial position of the robot on the x-axis.
-
--robot_y position -
initial position of the robot on the y-axis.
-
--robot_rot rotation -
initial rotation of the robot in degrees.
-
--grid_width width -
width of the grid in meters (default: 64.0).
-
--grid_height height -
height of the grid in meters (default: 48.0).
-
--grid_scale scale -
scale of the grid in meters per cell (default: 0.10).
-
--laser_x position -
position of the laser scanner on the robot.
-
--laser_rot rotation -
rotation of the laser scanner on the robot in degrees.
-
--robot_hostname hostname -
the hostname of the robot to verify in the logfile.
-
--robot_hostname hostname -
the hostname of the robot to verify in the logfile.
-
--skip time -
amount of time to skip between log entries.
-
--range_resresolution -
resolution of the laser (only used inlodo, not lodo2 which is currentlyused).
-
--action_model_xx factor -
believe factors in the change of the robot's pose.
-
--action_model_rx factor -
believe factors in the change of the robot's pose.
-
--action_model_rr factor -
believe factors in the change of the robot's pose.