2015 FIRST® Robotics Competition
RoboRealm is a software application that provides you the ability to rapidly
process images from the Kinect and/or Axis IP camera in order to visually
detect field elements. You can use RoboRealm to track positional markers,
follow lines, track balls, and augment camera images with additional visual
graphics. RoboRealm is an ideal vision platform for the Hybrid Autonomous
period and human controlled parts of the competition (i.e. Augmented Driving).
In the spirit of inspiring young people to be science and technology leaders,
RoboRealm is actively supporting the 2015 FIRST® Robotics Competition. We
are happy to announce that this support comes with 5 free copies of RoboRealm
for any team that chooses to use RoboRealm in some way for the competition.
As the 2015 season is over you can still download a 15 day trial copy that
you can use to experiment with before next season.
The following tutorials outline several possible ways to perform automated vision based target tracking and targeting for the
2015 FIRST® Robotics Competition. The actual method you use may be a variation of the following techniques, but these examples
should for a base from which to work from. Keep in mind that the solutions presented here are not the only possible solutions
and therefore if your final method differs from that presented that does not necessarily mean it is wrong.
These tutorials assume you are using some sort of visual hardware device on your FIRST robot and that you are interested in using an
mechanism to keep track of the vision targets. The targets are made of 4" retro-reflective tape which will reflect light directly back to the
source. To see this characteristic of retro-reflective tape use a flashlight and while holding the flashlight right next to your
eyes shine the light towards the reflective tape. You will notice that only when your eye and the flashlight are in line will the
reflective tape have the best response.
Targeting Totes - Regular Image
In order to steer your robot towards a Tote you'll first need to identify the target in order to know where to steer the robot. There are
many ways to accomplish this task. This tutorial shows a typical view of the field and introduces one way of processing for the specific
targets. Remember, there are many ways to accomplish the same results.
Targeting Totes - Reflective Image
The high contrast images produced (either using LEDs or IR) has different qualities that can be processed in a different way than a typical
RGB image. The reason for this is the shape of the targets is more evident and already mostly extracted from the image. Because of this
we can leverage this aspect in processing.
Using the Axis IP Camera
If you have decided to use the Axis camera on your robot for target tracking, this tutorial covers how to capture images
from the Axis camera using RoboRealm.
Using a webcam
If you have decided to use a webcam on your robot for target tracking, this tutorial covers
image capture using RoboRealm and the control of digital zooming. This assumes you are running a netbook/laptop onboard your robot.
Using the Kinect
If you have decided to use the Kinect on your robot for target tracking, this tutorial covers the setup of the Kinect drivers and initial
image capture using RoboRealm. This assumes you are running a netbook/laptop onboard your robot.
RoboRealm runs on a Windows PC. In order to utilize the vision processing that RoboRealm provides you will need to use
a Windows based machine. This can either be a local extra onboard computing device like a tablet or a remote device like
your dashboard PC. Either way, you'll have to decide where to place the computing power depending on what you are looking
Once you've determined the distance and location of the desired target you'll need to communicate that to the CRio. Using
the Network Tables protocol, RoboRealm can share information to the CRio or any other device on the network like the
Smartdashboard does. Using the Network Tables module, you can send the resulting data to the CRio in order to move your
targeting system appropriately.
For more information
FRC 2017 RoboRealm Tutorials
FRC 2016 RoboRealm Tutorials
FRC 2014 RoboRealm Tutorials
FRC 2013 RoboRealm Tutorials
FRC 2012 RoboRealm Tutorials
Robot programming with WPILib
FIRST Robotics Resource Center
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