Maurice Makaay e48e44f287 Implemented the calibration mode and introduced a 'height' value in the mqtt stream, which is (container height - distance measurement). First implementation, so much might still change. I'm thinking about introducing a virtual sensor, but I'm not sure yet what the cleanest implementation will look like.		2020-07-20 02:13:10 +02:00
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App.cpp	Implemented the calibration mode and introduced a 'height' value in the mqtt stream, which is (container height - distance measurement). First implementation, so much might still change. I'm thinking about introducing a virtual sensor, but I'm not sure yet what the cleanest implementation will look like.	2020-07-20 02:13:10 +02:00
App.h	Implemented the calibration mode and introduced a 'height' value in the mqtt stream, which is (container height - distance measurement). First implementation, so much might still change. I'm thinking about introducing a virtual sensor, but I'm not sure yet what the cleanest implementation will look like.	2020-07-20 02:13:10 +02:00
AppStateController.cpp	Temperature and humidity are now propagated to the distance sensor.	2020-07-20 00:38:03 +02:00
AppStateController.h	Temperature and humidity are now propagated to the distance sensor.	2020-07-20 00:38:03 +02:00
AppStateControllerPlugin.cpp	Implemented state change handling using a plugin mechanism for the new AppStateController class. This way, I now have a class that handles all state changes, combined with a loosely coupled plugin for it, which takes care of notifying an communicating the state changes.	2020-07-19 16:49:20 +02:00
AppStateControllerPlugin.h	Implemented state change handling using a plugin mechanism for the new AppStateController class. This way, I now have a class that handles all state changes, combined with a loosely coupled plugin for it, which takes care of notifying an communicating the state changes.	2020-07-19 16:49:20 +02:00
Configuration.cpp	Further cleanup. Most noticably is moving all physical LED logic into the Dough::UI class, providing app-state-dependent logical functions for letting the LEDs represent a given application state.	2020-07-15 02:48:44 +02:00
Configuration.h	Further cleanup. Most noticably is moving all physical LED logic into the Dough::UI class, providing app-state-dependent logical functions for letting the LEDs represent a given application state.	2020-07-15 02:48:44 +02:00
SensorControllerPlugin.cpp	Code cleanup.	2020-07-18 16:58:04 +02:00
SensorControllerPlugin.h	Temperature and humidity are now propagated to the distance sensor.	2020-07-20 00:38:03 +02:00
callbacks.cpp	Temperature and humidity are now propagated to the distance sensor.	2020-07-20 00:38:03 +02:00
callbacks.h	Implemented state change handling using a plugin mechanism for the new AppStateController class. This way, I now have a class that handles all state changes, combined with a loosely coupled plugin for it, which takes care of notifying an communicating the state changes.	2020-07-19 16:49:20 +02:00