Proportional coding: Difference between revisions
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== Introduction == | == Introduction == | ||
Very often proportionality is used in robotics programming. Proportionality is an important topic on mathematics curriculum. The proportionality means a straight line (with slope, or gradient, <math>m</math>) passing through the origin. In robotics, the slope is first translated to pass the origin. | |||
=== Aim === | === Aim === | ||
Slope, straight line. Multiplication. | |||
== Robot == | == Robot == | ||
Almost any robot will do, we use here Asimov 2/ Verne robot. | |||
=== Sensors === | === Sensors === | ||
No sensors are used. | |||
== Example Video == | == Example Video == | ||
== Theory == | == Theory == | ||
== Exercises == | == Exercises == | ||
Revision as of 19:34, 16 October 2020
Introduction
Very often proportionality is used in robotics programming. Proportionality is an important topic on mathematics curriculum. The proportionality means a straight line (with slope, or gradient, ) passing through the origin. In robotics, the slope is first translated to pass the origin.
Aim
Slope, straight line. Multiplication.
Robot
Almost any robot will do, we use here Asimov 2/ Verne robot.
Sensors
No sensors are used.
Example Video
Theory
Exercises
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