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ME 405 Romi
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This file contains a class to create a line_task object which is compatible with the cotask scheduler to run as a cooperative task. More...
Go to the source code of this file.
Classes | |
| class | line_task.line_task |
| line_task class that can be initialized to be run with the cotask scheduler. More... | |
Namespaces | |
| namespace | line_task |
Functions | |
| line_task.run (self) | |
| run is the generator that the cotask scheduler will run since our tasks are objects. | |
Variables | |
| int | line_task.SENSOR_START = 0 |
| int | line_task.SENSOR_END = 12 |
| int | line_task.state = 0: |
| line_task.black_data = list(self.lineSensor.read_Calibrate_Data()) | |
| bool | line_task.got_black = True |
| line_task.white_data = list(self.lineSensor.read_Calibrate_Data()) | |
| bool | line_task.got_white = True |
This file contains a class to create a line_task object which is compatible with the cotask scheduler to run as a cooperative task.
This task is a finite state machine implementation that calibrates the line sensor on startup and then simply reads the centroid of the line sensor forever once its calibrated.
NOTE: The outer 2 ir sensors are turned off by setting the corresponding self.sens_dist value to 0. Helped with line following lines that split.
IMPORTANT: Calibrating the sensor requires a text file name IR_cal.txt. This calibration will write that file but the user will need to stop ROMI, pull the file off onto a local computer and reflash it to the ROMI. If you do not, ROMI will not recognize the new file and will not calibrate.
Definition in file line_task.py.