 
   # Public: Returns a {Boolean} indicating whether this point precedes the given
   # {Point} or point-compatible {Array}.
+  #
+  # * `other` A {Point} or point-compatible {Array}.
   isLessThan: (other) ->
     @compare(other) < 0
 
   # Public: Returns a {Boolean} indicating whether this point precedes or is
   # equal to the given {Point} or point-compatible {Array}.
+  #
+  # * `other` A {Point} or point-compatible {Array}.
   isLessThanOrEqual: (other) ->
     @compare(other) <= 0
 
   # Public: Returns a {Boolean} indicating whether this point follows the given
   # {Point} or point-compatible {Array}.
+  #
+  # * `other` A {Point} or point-compatible {Array}.
   isGreaterThan: (other) ->
     @compare(other) > 0
 
   # Public: Returns a {Boolean} indicating whether this point follows or is
   # equal to the given {Point} or point-compatible {Array}.
+  #
+  # * `other` A {Point} or point-compatible {Array}.
   isGreaterThanOrEqual: (other) ->
     @compare(other) >= 0
 


      new Point(row, column)

  # Public: Returns the given point that is earlier in the buffer.
  @min: (point1, point2) ->
    point1 = @fromObject(point1)
    point2 = @fromObject(point2)


  # Public: Returns a {Boolean} indicating whether this point has the same row
  # and column as the given {Point} or point-compatible {Array}.
  #
  # * `other` A {Point} or point-compatible {Array}.
  isEqual: (other) ->
    return false unless other
    other = Point.fromObject(other)
