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Once the robot enters the nest (construction area) this FSM would take
over. Assuming that the robot is aligned with the ingress lane for its chosen
construction lane, it would be responsible for:
Driving the robot up the ramp until it reaches the top or the end of the ramp
is reached.
Once the end of the lane/ramp comes in sight, performing the block placement
FSM in such a way as to guarantee no deadlocks between robots, waiting for
robots ahead of them as necessary.
Driving the robot down the structure/ramp and out of the construction zone.
The text was updated successfully, but these errors were encountered:
- Added builder LOS, stub perception subsystem
- Builder FSM currently relies on the ability of the colored blob camera sensor
to detect robot LEDs with Z > 0, which is something I struggled to get it to
do in the past. It *is* possible, as I know there have been ARGoS papers using
eyebot LEDs that this has worked for.
- Initial implementation uses the colored blob omnidirectional camera, which
will NOT work with robots with Z > 0. I don't know how to detect LEDs on
objects with Z > 0, so am waiting to hear back from Carlo about it.
+semver: feature
Needed for #15.
Once the robot enters the nest (construction area) this FSM would take
over. Assuming that the robot is aligned with the ingress lane for its chosen
construction lane, it would be responsible for:
Driving the robot up the ramp until it reaches the top or the end of the ramp
is reached.
Once the end of the lane/ramp comes in sight, performing the block placement
FSM in such a way as to guarantee no deadlocks between robots, waiting for
robots ahead of them as necessary.
Driving the robot down the structure/ramp and out of the construction zone.
The text was updated successfully, but these errors were encountered: