#4

README.md

@@ -14,36 +14,38 @@ A supplemental units package for [Julia](https://julialang.org)'s [Unitful.jl](h
 
 In addition to the `Radian` and `Degree` units already available in `Unitful.jl`, the following units are introduced: `Turn`, `HalfTurn`, `Quadrant`, `Sextant`, `Octant`, `ClockPosition`, `HourAngle`, `CompassPoint`, `Hexacontade`, `BinaryRadian`, `DiameterPart`, `Gradian`, `Arcminute`, and `Arcsecond`.
 
+Because all the trigonometric functions work correctly regardless of the type of their argument, there is no need to convert between the units. However, to specifically convert one unit to the other, use `Unitful.jl`'s `uconvert` function:
+```julia
+julia> using Unitful
+
+julia> uconvert(u"clockPosition", 128u"brad")
+6//1 clockPosition
+```
+
 ## Special features
 
 - All the trigonometric functions (`sin`, `sinc`, `cos`, `cosc`, `tan`, `sec`, `csc`, and `cot`) work as expected:
 ```julia
 julia> using UnitfulAngles
 
-julia> sin(30u"°")
+julia> import UnitfulAngles: °, rad, octant
+
+julia> sin(30°)
 0.5
 
-julia> cos(π*u"rad")
+julia> cos(π*rad)
 -1.0
 
-julia> tan(1u"octant")
+julia> tan(1octant)
 1.0
 ```
-
 - In order to get inverse functions (`acos`, `acot`, `acsc`, `asec`, `asin`, `atan`, and `atan2`) to return a specific unit, specify the desired unit as the first argument: 
 ```julia
-julia> asin(u"turn", 1)
-0.25 τ
-```
-
-Because all the trigonometric functions work correctly regardless of the type of their argument, there is no need to convert between the units. However, to specifically convert one unit to the other, use `Unitful.jl`'s `uconvert` function:
-```julia
-julia> using Unitful
+julia> import UnitfulAngles.turn
 
-julia> uconvert(u"clockPosition", 128u"brad")
-6//1 clockPosition
+julia> asin(turn, 1)
+0.25 τ
 ```
-
 - As a bonus, you can also convert between an angle and `Dates.Time`:
 ```julia
 julia> convert(Dates.Time, 200u"grad")

src/UnitfulAngles.jl

@@ -4,6 +4,7 @@ module UnitfulAngles
 
 using Unitful
 using Unitful: @unit, Quantity, NoDims, FreeUnits
+import Unitful: °, rad
 import Base: sin, cos, tan, sec, csc, cot, asin, acos, atan, asec, acsc, acot, atan2, convert
 export @u_str