• Ubuntu 11.10
  • Latest kernel
  • RTAI 3.8.1, Linux Kernel 2.6.32.57
• MobotWare
• FroboMind
• ROS Electric
• Can4Linux
• Git 1.7.6.3

For information on installation see Install MobotWare, Install MobotWare, FroboMind Installation.

• MobotWare
• FroboMind

- Insert the measured values It is aasumed that the tuningpoint for the belts is the center of the belts. The distance between the belts has been measured three time

-maalinger

Mean:

The movement of one tick has been measured adn calculated to

<task> TITLE: Do the test PRIORITY: High ESTIMATE: 15 h PROGRESS: 0% ASSIGNED: DESCRIPTION:We need to do the test to get the robot to drive straight and turn in th ecorrect angle </task>

- This file is not updated with the lastest constant calculations

robot.conf

<?xml version="1.0" ?>
 
<!--
Configuration file for SMRdemo
This file is for the SMR
 
Robot types
differential, ackerman
 
Name
smr, mmr, ackerbot, hako, armadillo
-->
 
<robotinfo
  type="differential"
  name="armadillo"
>
   <debug/>
   <speak  />
 
 
   <odometry
    cl		="0.00312"
    cr		="0.00312"
    w		="1.31"
    ts		="0.01"   
    maxtick	="1000"
    control	="0"
   />
 
   <motioncontrol
    ts  	="0.01"
    line_gain	="0.05"
    line_tau 	="10"
    line_alfa	="0.3"
    wall_gain	="1"
    wall_tau	="0.7"
    wall_alfa	="0.2"
    drive_kdist	="4.8"
    drive_kangle="2.25"
    kp		="10"
    gain	="1"
    tau		="0.16"
    alfa	="0.2"
    w		="0.26"
    lim 	="0.2"
    stopdist	="0.18"
    alarmdist	="0.1"
    velcmd	="0.3"
    acccmd	="0.3"
    nolinedist	="0.2"
   />
 
   <motorcontrol
    velscalel	= "100"
    velscaler	="100"
    kp		="66"
    ki		="10"
   />  
 
   <filter
   type="EKF"
   run="1"
   use="0"  
 
   size_input="2"
   size_state="3"
   size_noise_process="2"
 
   size_output="2"
   size_noise_output="2"
 
   measurementnoise_std_x="0.1" 
   measurementnoise_std_y="0.11"
   processnoise_std_stearingangle="0.01" 
   processnoise_std_dist="0.02" 
   >
      <matrix name="A" size="3 3" type="double">
         1 2 3
         4 5 6
         7 8 9
      </matrix>
      <matrix name="B" size="3 3" type="double">
         12 22 32
         42 52 62
         72 82 92
      </matrix>
      <matrix name="C" size="3 3" type="double">
         14 24 34
         44 54 64
         74 84 94
      </matrix>
   </filter>
 
</robotinfo>