... | ... | @@ -64,6 +64,22 @@ The sample interval determines the frequency, with which light value samples are |
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![alt text](C:\Users\Joakim Quach\Desktop\Dropbox\Uni-ting\3. år\LegoLab\Eclipse Programmer\Lesson1\Interval10.jpeg)
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### Exercise 5
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*In this exercise we use the rawdata values instead of the lightPercent.*
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Using the sensorPortTest.java, we conducted measurements with the rawdata, and got the following results:
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| Rawdata measurement | Black | White |
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|--------------------- |------- |------- |
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| Rawdata | 650 | 400 |
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Black lightpercent calculated with formula:
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$100*(1-650/1023) = 36,46$
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In our measurements with lightPercent, we measured black to be 34, which is quite close.
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We found the interval between the measurements of black and white, to have a bigger interval, than the percentages. This could be an advantage when there is a need for higher level of detail, as it provides larger resolution.
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### Exercise 6
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## Conclusion
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