Project Getting around an Object
From scratchduino
(Difference between revisions)
(Created page with "==Name of author (s) of the project and the reference (s) of person (s) on the page http://http://wiki.scratchduino.com/== User:Elena Vostrikova ==Category party== Party o...") |
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ScratchDuinoPobotKit | ScratchDuinoPobotKit | ||
==Description of the festival project== | ==Description of the festival project== | ||
| − | Description: Demonstration of the ScratchDuino.Robokit motion when getting around an object | + | Description: Demonstration of the ScratchDuino.Robokit motion when getting around an object. |
Playground: any flat surface of a size 500×500 mm with an object in the middle (of a size 120×120 mm, example ScratchDuino.Lab) to be travelled around. | Playground: any flat surface of a size 500×500 mm with an object in the middle (of a size 120×120 mm, example ScratchDuino.Lab) to be travelled around. | ||
| − | [https://youtu.be/OsJA6gju8I8 video 1] | + | If powered by a robot from a laptop, then it drives slowly [https://youtu.be/OsJA6gju8I8 video 1] |
| − | [https://youtu.be/a27p2zTDYTI video 2] | + | If the robot is powered by a laptop and an extra battery, then it rides faster [https://youtu.be/a27p2zTDYTI video 2] |
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| + | This task is important for the preparation for the Kegelring competition | ||
==Link to download the festival project== | ==Link to download the festival project== | ||
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[[Category: Project]] | [[Category: Project]] | ||
[[Category: ScratchDuino 2016]] | [[Category: ScratchDuino 2016]] | ||
| + | [[Category:Projects_ROBBOKit]] | ||
Latest revision as of 13:05, 15 June 2018
Contents |
[edit] Name of author (s) of the project and the reference (s) of person (s) on the page http://http://wiki.scratchduino.com/
[edit] Category party
Party outside the category
[edit] Nomination serving festival project
ScratchDuinoPobotKit
[edit] Description of the festival project
Description: Demonstration of the ScratchDuino.Robokit motion when getting around an object. Playground: any flat surface of a size 500×500 mm with an object in the middle (of a size 120×120 mm, example ScratchDuino.Lab) to be travelled around.
If powered by a robot from a laptop, then it drives slowly video 1
If the robot is powered by a laptop and an extra battery, then it rides faster video 2
This task is important for the preparation for the Kegelring competition
