#3 is a seperate issue, which builds upon the other issues, it should be defered until a single bot's navigation is tackled. The easiest method (and least amount of resources) is the vector method. You store distance and direction to home, direction is supplied by the compass, distance is aquired from counting the number of revolutions of your wheels. The value you store is the accumulated distance and direction using vector mathmatics. To return to home you travel distance and 180 degrees (opposite) the direction. This is just a brief summery, ask for clarification on points still fuzzy to you. Hmm just realized your have the HexCrawler, getting distance will be more complex.
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·1+1=10
No this is a separate issue.
I'm working on a hexcrawler.
1. well reaching to home position is one issue,
2. another issue lie is how will the hexcrawler keep it position record while navigating & detecting objects.
3. Suppose a co-partner(another hexcrawler) is working with the first HexCrawler, then how he will know his position wher he standing.
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·1+1=10
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·1+1=10