Attempt to correct markup of README.md

Author: Ghostbird

README.md

@@ -1,67 +1,74 @@
 _This manual is released by the author into the public domain._
 
 #T24C02A EEPROM set-up:
-Connect Arduino GND to EEPROM GND.
-Connect Arduino SDA to EEPROM SDA.
-Connect Arduino SCL to EEPROM SCL.
-Connect Arduino 5V  to EEPROM Vcc.
+- Connect Arduino GND to EEPROM GND.
+- Connect Arduino SDA to EEPROM SDA.
+- Connect Arduino SCL to EEPROM SCL.
+- Connect Arduino 5V  to EEPROM Vcc.
 
 #Arduino set-up:
-Open the Arduino IDE.
-Connect Arduino (I used USB).
-Choose correct board and serial port in Arduino IDE.
-Upload code to Arduino using the IDE.
-Open serial console (Ctrl+Shift+M).
-The board waits 4 seconds after Arduino reset (end of upload).
-Then it promps for I²C address.
-If you miss this prompt, just enter the address, or if you don't know the address, enter the character 'P'.
+- Open the Arduino IDE.
+- Connect Arduino (I used USB).
+- Choose correct board and serial port in Arduino IDE.
+- Upload code to Arduino using the IDE.
+- Open serial console (Ctrl+Shift+M).
+- The board waits 4 seconds after Arduino reset (end of upload).
+- Then it promps for I²C address.
+- If you miss this prompt, just enter the address.
+- If you don't know the address, enter the character 'P'.
 
 #Getting started:
 If you opened the serial console soon enough, you'll be prompted for an I²C address or a 'P'.
+
 If you did not open the serial console within four seconds after the Arduino reset, you will not see the prompt, but the Arduino will still patiently wait for your input.
+
 Enter the address, or the character 'P'.
+
 ##The address:
-    The Arduino wire library works with 7-bit adresses.
-  The Arduino Serial library can easily parse decimal values, not hex codes.
-  Therefore the default T24C02A address 0xA0 is rendered thus:
-  Shift right one bit to get 7-bit address: 0xA0 >> 1 → 0x50
-  Convert to decimal: 0x50 → 5×16 + 0 = 80
+__The Arduino wire library works with 7-bit adresses.__
+
+The Arduino Serial library can easily parse decimal values, not hex codes.
+
+Therefore the default T24C02A address 0xA0 is rendered thus:
+
+Shift right one bit to get 7-bit address: 0xA0 >> 1 → 0x50
+
+Convert to decimal: 0x50 → 5×16 + 0 = 80
 ##Polling:
-  If you entered the character 'P', the Arduino will poll all 128 possible addresses on the I²C bus.
-  It wil show you the address + answer of the devices that answered.
-If you have successfully entered the address, you will be in the main shell menu.
+If you entered the character 'P', the Arduino will poll all 128 possible addresses on the I²C bus.
+It wil show you the address + answer of the devices that answered.
 
 #The main menu:
+Once you have successfully entered an address, you will arrive in the main shell menu.
+
 You will be asked for a command char:
-  R — Read
-  W — Write
-  S — Set I²C address
-    useful if you set it wrong, have multiple EEPROMs or have a T24C04A, T24C08A or T24C16A IC.
-  P — Re-poll the I²C bus.
+    R — Read
+    W — Write
+    S — Set I²C address _useful if you set it wrong, have multiple EEPROMs or have a T24C04A, T24C08A or T24C16A IC._
+    P — Poll the I²C bus.
 ##Reading:
-    Follow the instruction:
-      Enter the start address for the read.
-      Enter the number of bytes to be read.
-    The device will print all characters on a single line.
-    Followed by a line of statistics.
-    Optionally followed by a line indicating an error.
+- Follow the instruction:
+  - Enter the start address for the read.
+  - Enter the number of bytes to be read.
+- The device will print all characters on a single line.
+- Followed by a line of statistics.
+- Optionally followed by a line indicating an error.
 ##Writing:
-    Follow the instruction:
-      Enter the start address for the write.
-      Enter the string to be written.
-        Escape numerical ASCII representations of characters by prefixing them with an '@'.
-        @64 is the @ character itself.
-    The device will print each character submitted to the device.
-    The device will print a human readable error message for each unsuccessful write.
-    The device will retransmit (including reprint of) the character up to NUM_TRIES times.
-      NUM_TRIES is set to 10 by default in the code.
-      After ten failed tries the device:
-        Will print an error message indication.
-        It will skip this address.
-        It will continue to write the next character to the next location in the EEPROM.
+- Follow the instruction:
+  - Enter the start address for the write.
+  - Enter the string to be written. 
+    _Escape numerical ASCII representations of characters by prefixing them with an '@'._
+    _@64 is the @ character itself, in case you want to write an actual @._
+- The device will print each character submitted to the device.
+- The device will print a human readable error message for each unsuccessful write.
+- The device will retransmit (including reprint of) the character up to NUM_TRIES times.
+    _<NUM_TRIES> is set to 10 by default in the code._
+__After ten failed tries the device:__
+  - Will print an error message indication.
+  - It will skip this address.
+  - It will continue to write the next character to the next location in the EEPROM.
 ##Setting the I²C address:
-    The same procedure as detailed in the section "Getting Started", see above.
+The same procedure as detailed in the section "Getting Started", see above.
 ##Polling:
-    The same procedure as detailed in the section "Getting Started", see above.
-      This polling is not done as part of a change of address.
-      The device will give information on the polled devices, and return to the menu.
+The same procedure as detailed in the section "Getting Started", see above.
+   This polling is not done as part of a change of address. Therefore, the device will give information on the polled devices, and return to the menu immediately afterwards.