... | @@ -30,7 +30,7 @@ For this exercise we used a LEGO model build according to the description in [2] |
... | @@ -30,7 +30,7 @@ For this exercise we used a LEGO model build according to the description in [2] |
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We know that the surface which the robot is placed on affects the control mechanism and therefore three different materials is tested. These are a blank white table, a wooden table and the carpet floor. These surfaces are shown in the following picture.
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We know that the surface which the robot is placed on affects the control mechanism and therefore three different materials is tested. These are a blank white table, a wooden table and the carpet floor. These surfaces are shown in the following picture.
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![Surfaces which the self-balancing robot is tested on](https://gitlab.au.dk/rene2014/lego/raw/master/Lesson5/Images/LightSensorSurfaces.JPG)
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![Surfaces which the self-balancing robot is tested on](https://gitlab.au.dk/rene2014/lego/raw/master/Lesson5/Images/LightSensorSurfaces.jpg)
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The standard software architecture is used along with the “LightPIDController” class.
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The standard software architecture is used along with the “LightPIDController” class.
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By repeatedly tuning the parameters through the PC GUI we ended up with the best possible setting of:
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By repeatedly tuning the parameters through the PC GUI we ended up with the best possible setting of:
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