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* Measured linear movement from physical system. Slightly modified test_Motor ↵Raspberry Pi2019-10-152-11/+9
| | | | to test on physical system.
* Updated encoder for proper zero setting and offset behavior. Tested system ↵Raspberry Pi2019-10-154-78/+83
| | | | library and successfully got the encoder position controlling the motor speed.
* Add a linear encoder class for abstracting the angular-to-linear encoding, ↵damic0142019-10-151-4/+37
| | | | which will be based on the specs of the system. This is the basic implementation we've talked about, but there might be some issues still because the position is only read when we tell it, so keeping track of number of rotations might not be very accurate - will need to test and possibly brainstorm alternate ideas.
* Add System library and system test file. Still need to finalize some ↵damic0142019-10-135-8/+93
| | | | | | implementation details (linear encoder, motor orientation, etc.). Need to compile and test on RPi still. Convert naming in other libraries to follow Python naming scheme.
* Encoder classDat Nguyen2019-10-022-54/+84
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* Delete Motor.pydamic0142019-10-011-67/+0
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* Got encoder workingRaspberry Pi2019-10-011-11/+14
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* Initial test_Encoder.pyDat Nguyen2019-09-271-0/+55
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* Tested on RPi and minor changes to make it work.Raspberry Pi2019-09-242-13/+80
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* Add motor test file. Add __init__.py to allow library imports.damic0142019-09-242-0/+23
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* Added Motor classdamic0142019-09-231-0/+67