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| en:iot-open:remotelab:sut:roboarm:b2 [2018/12/27 10:53] – external edit 127.0.0.1 | en:iot-open:remotelab:sut:roboarm:b2 [2020/07/20 09:00] (current) – external edit 127.0.0.1 | ||
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| ==== Controling servomotor and monitoring it using accelerometer on LCD ==== | ==== Controling servomotor and monitoring it using accelerometer on LCD ==== | ||
| - | //Give few words about this scenario. Provide some objectives | + | Students should check position the arm, and display it on display. For confirmation propriety of readings, student should move the arm using servomotor. |
| === Target group === | === Target group === | ||
| - | //This hands-on lab guide is intended for the Beginners/ | + | This hands-on lab guide is intended for the Beginners. |
| === Prerequisites === | === Prerequisites === | ||
| - | //Provide prerequisite readings/ | + | Generally students need skill using I2C bus. For realising scenario, students need access to documentation |
| === Scenario === | === Scenario === | ||
| - | //Describe scenario to let the user understand its idea and process. Write information about the approach, algorithm, etc. (depends | + | - using schematic, check ESP ports which I2C controlled, |
| + | - using schematic, check ESP port which servomotors signal controlled | ||
| + | - using sensor documentation check registers which acceleration reading, | ||
| + | - using display documentation check way for display digits | ||
| + | - check I2C address for every device, | ||
| + | - write the program loop which: | ||
| + | * send command for reading acceleration for every axis, | ||
| + | * wait for processing | ||
| + | * transform result for display | ||
| + | * send this to display interface, | ||
| + | * send command rotate stepmotor, | ||
| + | * wait for processing, | ||
| + | * transform result for display, | ||
| + | * send this to display interface. | ||
| + | * move the arm using servomotors. | ||
| + | - using the camera observe display and check credibility of displayed value. | ||
| + | NOTE: arm move only in 2 accelerometer axis. Reading of acceleration from third axis should be constant. (or with small fluctuations) | ||
| === Result === | === Result === | ||
| - | //Describe expected result when scenario is finished.// | + | On display should be visible acceleration for every axis. (always below 1G). |
| === Start === | === Start === | ||
| - | //Write starting conditions, i.e. what to do at the beginning, what to pay attention before beginning, how the mechanical part should look like, etc.// | + | |
| === Steps === | === Steps === | ||
| - | // Write some extra information if i.e. some steps are optional otherwise cancel this paragraph (but do not remove header).// | ||
| - | == Step 1 == | ||
| - | //Describe activities done in Step 1.// | ||
| - | ... | ||
| - | == Step n == | ||
| - | //Describe activities done in Step n.// | ||
| === Result validation === | === Result validation === | ||
| - | //Provide some result validation methods, | + | Only way for validation is check display by camera. |
| === FAQ === | === FAQ === | ||
