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@@ -7,14 +7,14 @@ to it, so it would be acceptable for the particular course.
 #### Controller side: 
 - User has for states of a room: **Busy;Home;Come;Away** (Can be found in the [file](RoomyState/lcd.cpp))
 - Each state is controllable with a **button** included in the circuit
-> When the **button** is pressed, it communicates with a [**Counter class**](RoomyState/Counter.h), which has an overflow feature making it really scalable for more 
+- When the **button** is pressed, it communicates with a [**Counter class**](RoomyState/Counter.h), which has an overflow feature making it really scalable for more 
 states added in future. 
 - Indicator LED of a particular state for tail-end with a button
 - Indicating the current tempreature and humidity
 #### Computer side:
 - Reading the change of the state coming from an Arduino connected via USB
 - Loading your configuration **XML** file, see example [here](RSS_Management/cmake-build-debug/config.xml) 
-- Logging the state change during the program is running, see example [here](RSS_Management/cmake-build-debug/Log_File.txt) //add later 
+- Logging the state change during the program is running, see example [here](RSS_Management/cmake-build-debug/Log_File.txt) 
 - Sending the log file after closing the program with a telegram bot **NOT IMPLEMENTED**
 ### Communication:
 Running the program on a computer will read the configuration file and check if it is valid. In case the Controller is connected to Computer, the Computer will send a `#` message to Controller, if the Controller is able to read the signal, it will respond to the Computer. Computer will create a new `LOG_FL` (if user doesn't have one already) with a configuration data and will document the activity until the program is stopped manually or just exitted the **readMode**.