Fix README formatting

README.md

@@ -17,7 +17,7 @@ Then, simply include the header file in whichever file you need a BigNumber and
 `#include "bignumber.h"`
 
 ## Usage
-###`BigNumber(string)`
+### `BigNumber(string)`
 
 
 You can also use the `=` operator to set a BigNumber equal to an existing BigNumber, a number, or 
@@ -34,203 +34,190 @@ Examples:
     BigNumber h(22);        //BigNumber h is created with value 22.
 
 
-##Methods
-###`add(BigNumber other)`
+## Methods
+### `add(BigNumber other)`
 Adds another BigNumber to the current instance
 
 `BigNumber("4").add(BigNumber("20")) => BigNumber("24")`
 
-###`subtract(BigNumber other)`
+### `subtract(BigNumber other)`
 Subtracts another BigNumber from the current instance
 
 `BigNumber("30").subtract(BigNumber("45")) => BigNumber("-15")`
 
-###`multiply(BigNumber other)`
+### `multiply(BigNumber other)`
 Multiplies the BigNumber by another BigNumber
 
 `BigNumber("12").multiply(BigNumber("4")) => BigNumber("48")`
 
-###`divide(BigNumber other)`
+### `divide(BigNumber other)`
 Divides the BigNumber by another BigNumber
 
 `BigNumber("30").divide(BigNumber("5")) => BigNumber("6")`
 
-###`pow(int exponent)`
+### `pow(int exponent)`
 Raises the BigNumber to the power of the exponent
 
 `BigNumber("2").pow(3) => BigNumber("8")`
 
-###`getString()`
+### `getString()`
 Returns the BigNumber as an std::string
 
 `BigNumber("3824").getString() => "3824"`
 
-###`setString(std::string newStr)`
+### `setString(std::string newStr)`
 Sets the BigNumber's internal number string to a new string
 
 `BigNumber("2847").setString("38") => BigNumber("38")`
 
-###`negate()`
+### `negate()`
 Changes the sign of the BigNumber
 
     BigNumber("3").negate() => BigNumber("-3")
     BigNumber("-27").negate() => BigNumber("27")
 
-###`equals(BigNumber other)`
+### `equals(BigNumber other)`
 Checks if the other BigNumber is equal to this one
 
 `BigNumber("24").equals(BigNumber("28")) => false`
 
-###`digits()`
+### `digits()`
 Returns the number of digits in the BigNumber
 
 `BigNumber("28374").digits() => 5`
 
-###`isNegative()`
+### `isNegative()`
 Determines whether a BigNumber is negative
 
 `BigNumber("-278").isNegative() => true`
 
-###`isPositive()`
+### `isPositive()`
 Determines whether a BigNumber is positive
 
 `BigNumber("-3").isPositive() => false`
 
-###`isEven()`
+### `isEven()`
 Determines whether a BigNumber is even
 
 `BigNumber("28472310").isEven() => true`
 
-###`isOdd()`
+### `isOdd()`
 Determines whether a BigNumber is odd
 
 `BigNumber("283427").isOdd() => true`
 
-###`abs()`
+### `abs()`
 Gets the absolute value of the BigNumber
 
 `BigNumber("-26").abs() => BigNumber("26")`
 
 
-##Operator overloads
+## Operator overloads
 The following operators have been overloaded to work with BigNumbers:
 
-###`<<`
+### `<<`
 Output stream operator
 
 `std::cout << BigNumber("26") << std::endl => 26`
 
-###`+`
+### `+`
 Addition operator
 
 `BigNumber("2") + BigNumber("4") => BigNumber("6")`
 
-###`-`
+### `-`
 Subtraction operator
 
 `BigNumber("0") - BigNumber("2000") => BigNumber("-2000")`
 
-###`*`
+### `*`
 Multiplication operator
 
 `BigNumber("-20") * BigNumber("-5") => BigNumber("100")`
 
-###`/`
+### `/`
 Division operator
 
 `BigNumber("10") / BigNumber("-2") => BigNumber("-5")`
 
-###`==`
+### `==`
 Equal to operator
 
 `BigNumber("24") == BigNumber("24") => true`
 
-###`>`
+### `>`
 Greater than operator
 
 `BigNumber("2") > BigNumber("6") => false`
 
-###`<`
+### `<`
 Less than operator
 
 `BigNumber("2") < BigNumber("6") => true`
 
-###`>=`
+### `>=`
 Greater than or equal to operator
 
 `BigNumber("34") >= BigNumber("22") => true`
 
-###`<=`
+### `<=`
 Less than or equal to operator
 
 `BigNumber("383") <= BigNumber("383") => true`
 
-###`=`
+### `=`
 Assignment operator
 
 `BigNumber c("3") = BigNumber("8") => BigNumber("8")`
 
-###`+=`
+### `+=`
 Adds and assigns to the BigNumber
 
 `BigNumber c("4") += BigNumber("3") => BigNumber("7")`
 
-###`-=`
+### `-=`
 Subtracts and assigns to the BigNumber
 
 `BigNumber c("28") -= BigNumber("3") => BigNumber("25")`
 
-###`*=`
+### `*=`
 Multiplies and assigns to the BigNumber
 
 `BigNumber c("3") *= BigNumber("4") => BigNumber("12")`
 
-###`/=`
+### `/=`
 Divides and assigns to the BigNumber
 
 `BigNumber c("30") /= BigNumber("30") => BigNumer("1")`
 
-###`++ (Prefix)`
+### `++ (Prefix)`
 Increments the BigNumber and returns the newly incremented number
 
 `++BigNumber("10") => BigNumber("11")`
 
-###`-- (Prefix)`
+### `-- (Prefix)`
 Decrements the BigNumber and returns the newly decremented number
 
 `--BigNumber("34") => BigNumber("33")`
 
-###`++ (Postfix)`
+### `++ (Postfix)`
 Increments the BigNumber but returns the original value
 
 `BigNumber("20")++ => BigNumber("20")`
 
-###`-- (Postfix)`
+### `-- (Postfix)`
 Decrements the BigNumber but returns the original value
 
 `BigNumber("14")-- => BigNumber("14")`
 
-###`[]`
+### `[]`
 Indexing operator
 
 `BigNumber d("26")[1] => 6`
 
-##License
+## License
 This project is under the [Apache License](https://github.com/Limeoats/BigNumber/blob/master/LICENSE.md).
 
-##Credit
+## Credit
 The BigNumber class was created by [Mark Guerra](http://www.twitter.com/Limeoats). Visit
 [Limeoats.com](http://www.limeoats.com) for more information.
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