Update README.md

README.md

@@ -64,7 +64,7 @@ same class.
   * **CaseInsensitiveMap** - `Map` that ignores case when `Strings` are used as keys.
   * **LRUCache** - Thread safe LRUCache that implements the full Map API and supports a maximum capacity.  Once max capacity is reached, placing another item in the cache will cause the eviction of the item that was the least recently used (LRU).
   * **TrackingMap** - `Map` class that tracks when the keys are accessed via `.get()` or `.containsKey()`. Provided by @seankellner
-* **Converter** - Convert from one instance to another.  For example, `convert("45.3", BigDecimal.class)` will convert the `String` to a `BigDecimal`.  Works for all primitives, primitive wrappers, `Date`, `java.sql.Date`, `String`, `BigDecimal`, `BigInteger`, `AtomicBoolean`, `AtomicLong`, etc.  The method is very generous on what it allows to be converted.  For example, a `Calendar` instance can be input for a `Date` or `Long`.  Examine source to see all possibilities.
+* **Converter** - Convert from one instance to another.  For example, `convert("45.3", BigDecimal.class)` will convert the `String` to a `BigDecimal`.  Works for all primitives, primitive wrappers, `Date`, `java.sql.Date`, `String`, `BigDecimal`, `BigInteger`, `AtomicBoolean`, `AtomicLong`, etc.  The method is very generous on what it allows to be converted.  For example, a `Calendar` instance can be input for a `Date` or `Long`. Call the method `Converter.getSupportedConversions()` or `Converter.allSupportedConversions()` to get a list of all source/target conversions.  Currently, there is more than 670. 
 * **DateUtilities** - Robust date String parser that handles date/time, date, time, time/date, string name months or numeric months, skips comma, etc. English month names only (plus common month name abbreviations), time with/without seconds or milliseconds, `y/m/d` and `m/d/y` ordering as well.
 * **DeepEquals** - Compare two object graphs and return 'true' if they are equivalent, 'false' otherwise.  This will handle cycles in the graph, and will call an `equals()` method on an object if it has one, otherwise it will do a field-by-field equivalency check for non-transient fields.  Has options to turn on/off using `.equals()` methods that may exist on classes.
 * **IO**