Difference between revisions of "Spike Prime - Intersection"

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<small>(''[[Spike up Prime Interest in Mathematics|back to list of projects]]'')</small>
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== Let's begin ==
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''Note: this robot requires one additional color/light sensor (two in total).''
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Drawing...
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== Build ==
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Model:
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[[Image:spike_intersection_model.jpg|model of vehicle|300px]]
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Pictures:
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[[Image:spike_intersection1.jpg|intersection finding robot|300px]]
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[[Image:spike_intersection2.jpg|intersection finding robot|300px]]
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Building instructions:
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* [[Spike Prime - Intersection - Building Instructions|Intersection finding robot (PNG)]]
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Download building instructions:
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* [[Media:spike_intersection.pdf| whole system (pdf)]]
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Download stud.io model:
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* [[Media:spike_model_intersection.io|vehicle (stud.io)]]
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...description...
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Connections:
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* left motor - B
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* large motor - C
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* right motor - D
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* closer light sensor - E
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* front light sensor - F
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== Programs ==
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[[Image:spike_intersection_prg.png|Main program]]
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Download:
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* [[Media:intersection.llsp|intersection.llsp]]
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...description...
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== Measure, analyze, think ==
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<youtube>-8-hfsVhTj8</youtube>
 
<youtube>-8-hfsVhTj8</youtube>
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* Make your own recording
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* Perform measurements with your model and discuss in your group what has happened.
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== Explore and modify ==
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* intersection
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== Present ==
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* Experiment with different angles. Are results always equally accurate?
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* Can the robot find the intersection when the line really intersect too? Why?
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* Think about what could go wrong - when will the program not work? Try to demonstrate.
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== Additional resources ==
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* Download: [http://robotika.sk/spike/spike_math_3_intersection.zip Intersection - all media files]
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__notoc__

Latest revision as of 12:53, 25 July 2022

(back to list of projects)

Let's begin

Note: this robot requires one additional color/light sensor (two in total). Drawing...

Build

Model:

model of vehicle

Pictures:

intersection finding robot intersection finding robot


Building instructions:

Download building instructions:

Download stud.io model:

...description...

Connections:

  • left motor - B
  • large motor - C
  • right motor - D
  • closer light sensor - E
  • front light sensor - F

Programs

Main program

Download:

...description...

Measure, analyze, think

  • Make your own recording
  • Perform measurements with your model and discuss in your group what has happened.


Explore and modify

  • intersection


Present

  • Experiment with different angles. Are results always equally accurate?
  • Can the robot find the intersection when the line really intersect too? Why?
  • Think about what could go wrong - when will the program not work? Try to demonstrate.


Additional resources