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We need to determine where the camera will be positioned from the object. Lárus Guðmundsson Hönnun 2012.

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Presentation on theme: "We need to determine where the camera will be positioned from the object. Lárus Guðmundsson Hönnun 2012."— Presentation transcript:

1 We need to determine where the camera will be positioned from the object. Lárus Guðmundsson Hönnun 2012

2 The GoPro offers 170° FOV (Field of View) while using 720 p resolution. FOV goes down to 127° if we use the 1080 p. Since it‘s a fisheye lense effect we will have to determine how to get the best view. Camera distance and it‘s limits http://www.space.com/10709-telescope-laser-photos-adaptive-optics.html http://gopro.com/cameras/hd-hero2-outdoor-edition/

3 Limits: Length of A increases -> Camera distance increases. Length of B increases -> Length of A increases We are limited by parameters. Camera distance 370 mm A B

4 Optimal camera distance was determined by experiments. Distance from camera: 370± 10mm Length of B (from object to the box) is dependant upon the camera distance. Distance B: 100± 10mm Optimal distance

5 Adjust angle of camera so the box will not be visible.

6 Must be as light as possible. Camera box: Plastic. Camera fastener: Carbon fiber square profile. Box: Styrofoam. Object fastener: Carbon fiber rods. Materials

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