Update index.md

Docs/index.md

@@ -38,17 +38,17 @@ lib_deps = Witty-Wizard/SerialIO
 
 To use the library for decoding RC protocols in your Arduino project, follow these steps:
 
-1.**Include Necessary Libraries**:
+1. **Include Necessary Libraries**:
     Include the required libraries at the beginning of your sketch:
     ```cpp
     #include <SerialIO.h>
     ```
-2.**Define Channel Data Structure**:
+2. **Define Channel Data Structure**:
     Define a structure to hold the decoded RC channel data.
     ```cpp
     crsf_channels_t channelData;
     ```
-3.**Instantiate SerialIO Object**:
+3. **Instantiate SerialIO Object**:
     Create an instance of the SerialIO class, specifying the serial port, RX pin, and TX pin:
     ```cpp
     SerialIO *receiver = new crsf(&Serial1, pinRX, pinTX);
@@ -57,22 +57,22 @@ To use the library for decoding RC protocols in your Arduino project, follow the
     ```cpp
     SerialIO *receiver = new crsf(&Serial1, pinRX);
     ```
-4.**Initialize Communication**:
+4. **Initialize Communication**:
     Call the begin() method to initialize communication with the specified serial port:
     ```cpp
     void setup() {
         receiver->begin();
     }
     ```
 
-5.**Process Incoming Data**:
-    In the loop() function, call the processIncoming() method to process incoming bytes:
+5. **Process Incoming Data**:
+    In the `loop()` function, call the `processIncoming()` method to process incoming bytes:
         ```cpp
         receiver->processIncoming();
         ```
 
-6.*Retrieve Channel Data**:
-    To retrieve the decoded RC channel data, call the getChannel() method, passing a pointer to the channelData structure:
+6. **Retrieve Channel Data**:
+    To retrieve the decoded RC channel data, call the `getChannel()` method, passing a pointer to the `channelData` structure:
         ```cpp
             receiver->getChannel(&channelData);
         ```