sync

README.md

@@ -51,8 +51,7 @@ etc.
 ### TerSer Installation 
 Go to library manager in your Arduino IDE and search for 'TerSer'.
 
-Alternatively just download the TerSer.h into your sketch folder and include it with:
+Alternatively just download the TerSer.h into your sketch folder and include it directly from your sketch folder with:
-
 `#include "TerSer.h"`
 
 
@@ -70,11 +69,12 @@ The baud rate is hardwired into TerSer.h and is by default set to 9600 bps. The
 ```void SetupTerSer() {
   UBRR0= 103;  //  9600 bits/s
   UCSR0B=0x18; // -- -- -- rxe txe -- -- --
-  UCSR0C=0x06; // set mode: 8 data bits, no parity, 1 stop bit```
+  UCSR0C=0x06; // set mode: 8 data bits, no parity, 1 stop bit
+```
 
 If you need another baud rate than 9600 you can adjust the value in the TerSer.h according to the table below:
 
-| Baud rate | UBRR0 register *(@16MHz clock)* |
+| Baud rate | UBRR0 register *(16MHz clock)* |
 | ---------- | ---------- |
 | 2400 | `UBRR0= 416;` |
 | 4800 | `UBRR0= 207;` |
@@ -90,23 +90,23 @@ For more information please see the [ATmega328 Datasheet](http://ww1.microchip.c
 ### Function reference
 | TerSer function | |
 | --------------- | --------------- |
-| Car(cc); | Send code cc to the UART |
+| `Car(cc);` | Send code cc to the UART |
-| cc=Get(); | Wait for a key depressed. Use Teraterm, too tricky with Arduino Terminal |
+| `cc=Get();` | Wait for a key depressed. Use Teraterm, too tricky with Arduino Terminal |
-| Text("abcd");	| Send the text and add a space |
+| `Text("abcd");` | Send the text and add a space |
-| Textln("abcd"); | Same with CRLF |
+| `Textln("abcd");` | Same with CRLF |
-| CR(); | Send a CR-LF |
+| `CR();` | Send a CR-LF |
-| Bin8(v); | Display the 8 low bits of the variable v, converted to integers (all add a space) |
+| `Bin8(v);` | Display the 8 low bits of the variable v, converted to integers (all add a space) |
-| Bin16(v);	| Display the 16 bits of the variable v, with a dot in the middle |
+| `Bin16(v);`	| Display the 16 bits of the variable v, with a dot in the middle |
-| Hex8(v); | Display the 2 nibbles of the variable v, converted to integers |
+| `Hex8(v);` | Display the 2 nibbles of the variable v, converted to integers |
-| Hex16(v); | Display the 4 nibbles of the variable v, converted to integers |
+| `Hex16(v);` | Display the 4 nibbles of the variable v, converted to integers |
-| Hex32(v); | Display the 8 nibbles of the variable v, converted to integers |
+| `Hex32(v);` | Display the 8 nibbles of the variable v, converted to integers |
-| Dec8(v); | Display the variable v, with its signs if signed and non-significative space or zeros |
+| `Dec8(v);` | Display the variable v, with its signs if signed and non-significative space or zeros |
-| Dec16(v); | Display the variable v, with its signs if signed and non-significative space or zeros |
+| `Dec16(v);` | Display the variable v, with its signs if signed and non-significative space or zeros |
-| Dec8u(unsigned); Dec8s(signed); | Shorter code |
+| `Dec8u(unsigned); Dec8s(signed);` | Shorter code |
-| Dec16u(unsigned);  Dec16s(signed); | Shorter code |
+| `Dec16u(unsigned);  Dec16s(signed);` | Shorter code |
-| Normal(); | ..+nnn  default mode  (a dot represents a space) |
+| `Normal();` | ..+nnn  default mode  (a dot represents a space) |
-| Spaces(); | +..nnn  best for tabular data |
+| `Spaces();` | +..nnn  best for tabular data |
-| Zeros(); | +00nnn  if you prefer |
+| `Zeros();` | +00nnn  if you prefer |
-| Compact(); | +nnn same as Arduino, but a + is shown if positive signed variable |
+| `Compact();` | +nnn same as Arduino, but a + is shown if positive signed variable |