... | @@ -54,10 +54,11 @@ Stopping the motors in the end helped. But it seemed that the sensor wasn't turn |
... | @@ -54,10 +54,11 @@ Stopping the motors in the end helped. But it seemed that the sensor wasn't turn |
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We tested in the dark to obtain a bigger light difference. In here, the robot's response was easy to observe (TODO: video). Note, though, that the big difference in measured light values caused it to turn A LOT - a little too much.
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We tested in the dark to obtain a bigger light difference. In here, the robot's response was easy to observe (TODO: video). Note, though, that the big difference in measured light values caused it to turn A LOT - a little too much.
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Switching on everything else again:
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Switching on everything else again: all behaviours were observable - we saw avoid overrule follow, and we saw the robot immediately respond to bumping into something (escaping overruling the rest). TODO: video. In general, we don't observe follow a lot, but as we reasoned about earlier, this is because the ambient light in the room induces too little a difference to the flashligt, whereby the motorpower for the turn is not very large.
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TODO: insert program code
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TODO: insert program code
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### SharedCar and Arbiter
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### SharedCar and Arbiter
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## Conclusion
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## Conclusion
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