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Planning a path in a 3D space with 6 degree of freedom using bidirectional RRT

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Bidirectional_RRT

Planning a path in a 3D space with 6 degree of freedom using bidirectional RRT

Output for the Bidirectional RRT algorithm

Enviornment

The environment consists of the vending machine interior, with the main chamber and two barriers connected. Each barrier has a window, just barely large enough to fit a soda can. These windows are misaligned, as an anti-theft measure that must be defeated. The soda can is a standard 12 oz. aluminum beverage can, modeled as a perfect cylinder with a diameter of 52 mm and height of 122 mm. The main chamber of the vending machine is a cube 1 meter on a side. The first barrier is on the far wall, with an opening with its center 200 mm from the top. The second barrier is offset 250 mm from the first, with an opening with its center 200 mm from the bottom. Both windows are squares, 150 mm on a side, and aligned with the centerline of the inner chamber, along the axis normal to the barriers.

theft

theft2

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Planning a path in a 3D space with 6 degree of freedom using bidirectional RRT

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