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netris-sample-robot(6) [debian man page]

netris-sample-robot(6)						Netris Sample Robot					    netris-sample-robot(6)

NAME
netris-sample-robot - sample robot for netris SYNOPSIS
netris-sample-robot [-l] DESCRIPTION
The netris-sample-robot is a sample implementation of the robot protocol. It plays quite well but isn't too hard to beat. The robot should be started from netris with the option -r to connect or wait for another player to join. You can also let two robots play against each other in that way, if you like. OPTIONS
-l Writes some log information into the file log in the current working directory. If it can't it bails out. EXAMPLES
To start the netris-sample-robot waiting for another connection with logfile use the following line: netris -w -r 'netris-sample-robot -l' You then just have to start netris somewhere else which connects to that robot. SEE ALSO
netris(6) BUGS
One known bug of the netris-sample-robot is that it hangs quite often. This was already filed as a bugreport against the package so please refrain from doing so again. If you have an idea why this happens or know a solution how to fix it feel free to mail us. AUTHORS
Netris was written by Mark H. Weaver <mhw@netris.org>. This manual page was written by Gerfried Fuchs <alfie@debian.org> for the Debian GNU/Linux system (but may be used by others). 0.5 16 Feb 2002 netris-sample-robot(6)

Check Out this Related Man Page

robot-pmaptest(1)					      General Commands Manual						 robot-pmaptest(1)

NAME
robot-pmaptest - occupancy grid map creation tool SYNOPSIS
robot-pmaptest [options] <logfilename> DESCRIPTION
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. AUTHOR
Player was written by Brian Gerkey <gerkey@users.sourceforge.net> and contributors. This manual page was written by Daniel Hess for the Debian Project. SEE ALSO
The HTML documentation in /usr/share/doc/player/html of the robot-player-doc package. robot-playervcr(1) Player May 2009 robot-pmaptest(1)
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