Updated smnp.lang (markdown)

smnp.lang.md

@@ -2,11 +2,14 @@ The `smnp.lang` module provides essential functions and methods that haven't bee
 
 # Constructors
 Constructors technically are nothing but functions. They just "emulate" real constructors from other general purpose programming languages that support object-oriented programming paradigm.
-## `Int(value: <int, float>)`
+## Int
+```
+Int(value: <int, float>)
+```
 Creates new `int` from other `int` or `float`.
 The construction is typically used in other stdlib modules to round `float` types down.
 
-### Example
+#### Example
 ```
 x = 3.14;
 y = Int(x);
@@ -15,25 +18,31 @@ println(typeOf(y)); # int
 println(y);         # 3
 ```
 
-## `Note(pitch: string, octave: int, duration: int, dot: bool)`
+## Note
+```
+Note(pitch: string, octave: int, duration: int, dot: bool)
+```
 Creates new `note` with given parameters.
 
-### Arguments
+#### Arguments
 * `pitch` - the pitch of note. Available values: `C, Cb, C#, D, Db, D#, E, ...`
 * `octave` - the octave of note
 * `duration` - the denominator of fraction that determines the duration of note: `1 = whole, 2 = half, 4 = quarter, ...`
 * `dot` - an optional dot which extends the note duration by half of its value
 
-### Example
+#### Example
 ```
 x = Note("Eb", 3, 16, true);
 println(x == @Eb3:16d);        # true
 ```
 
-## `Note(pitch: string, octave: int, durationNumerator: int, durationDenominator: int)`
+## Note
+```
+Note(pitch: string, octave: int, durationNumerator: int, durationDenominator: int)
+```
 Creates new `note` with given parameters.
 
-### Arguments
+#### Arguments
 * `pitch` - the pitch of note. Available values: `C, Cb, C#, D, Db, D#, E, ...`
 * `octave` - the octave of note
 * `durationNumerator` - together with `durationDenominator` determines the total duration of note:
@@ -46,17 +55,20 @@ durationNumerator == 0.25 * durationDenominator -> quarter note
 ```
 * `durationDenominator` - as above
 
-### Example
+#### Example
 ```
 x = Note("Eb", 3, 3, 32);
 println(x == @Eb3:16d);        # true
 ```
 
 # Functions
-## `typeOf(object)`
+## typeOf
+```
+typeOf(object)
+```
 Returns the type name of passed object.
 
-### Example
+#### Example
 ```
 println(typeOf(14));                        # integer
 println(typeOf(@A#));                       # note
@@ -66,20 +78,26 @@ println(typeOf({ c -> @c, d -> @d }));      # map
 ```
 
 # Methods
-## `list.get(index: int)`
+## list.get
+```
+list.get(index: int)
+```
 Returns list element of given index or throws error if index is greater than `list.size - 1`.
 
-### Example
+#### Example
 ```
 myList = [1, 2, 3, 4];
 lastElement = myList.get(3);
 println(lastElement);           # 4
 ```
 
-## `map.get(key: <int, note, string, bool>)`
+## map.get
+```
+map.get(key: <int, note, string, bool>)
+```
 Returns map element associated with given key or throws an error if key doesn't exist in the map.
 
-### Example
+#### Example
 ```
 myMap = {
     true -> false,
@@ -91,14 +109,20 @@ element = myMap.get("hello");
 println(element);               # world
 ```
 
-## `string.charAt(index: int)`
+## string.charAt
+```
+string.charAt(index: int)
+```
 Returns string's character of given index or throws error if index is greater than `string.length - 1`.
 
-### Example
+#### Example
 ```
 x = "hello";
 println(x.charAt(1));    # e
 ```
 
-## `<any>.toString()`
+## <any>.toString
+```
+<any>.toString()
+```
 Returns a string representation of object.