Doc updates.

docs/src/conversion.md

@@ -49,7 +49,7 @@ julia> uconvert(Unitful.NoUnits, 1.0u"μm/m")
 1.0e-6
 
 julia> uconvert(Unitful.NoUnits, 1.0u"m")
-ERROR: Unitful.DimensionError()
+ERROR: DimensionError:  and m are not dimensionally compatible.
 ```
 
 You can also directly convert to a subtype of `Real` or `Complex`:

docs/src/extending.md

@@ -82,7 +82,7 @@ explicitly forbid any attempt to convert to SI units.
 One can achieve this by defining new dimensions with the [`@dimension`](@ref) or
 [`@derived_dimension`](@ref) macros. The trick is to define dimensions that display
 suggestively like physical dimensions, like 𝐋*, 𝐓* etc., but are distinct as far
-as Julia's type system is concerned. Then, you can use [`@ref_unit`](@ref) to
+as Julia's type system is concerned. Then, you can use [`@refunit`](@ref) to
 base units for these new dimensions without reference to SI. The result will be
 that attempted conversion between the hypothetical unit system and SI will fail
 with a `DimensionError`, so be sure you provide some hints in how your

docs/src/trouble.md

@@ -42,8 +42,7 @@ Variables:
 
 Body:
   begin
-      p::Int64 = 2
-      return $(Expr(:invoke, MethodInstance for ^(::Quantity{Float64, Dimensions:{𝐋}, Units:{m}}, ::Int64), :(^), :(x), :(p)))
+      return $(Expr(:invoke, MethodInstance for ^(::Quantity{Float64, Dimensions:{𝐋}, Units:{m}}, ::Int64), :(^), :(x), 2))
   end::Any
 ```
 
@@ -64,11 +63,11 @@ Variables:
 Body:
   begin
       $(Expr(:inbounds, false))
-      # meta: location /Users/ajkeller/.julia/v0.6/Unitful/src/Unitful.jl ^ 1044
+      # meta: location /Users/ajkeller/.julia/v0.6/Unitful/src/Unitful.jl literal_pow 1058
       SSAValue(0) = (Core.getfield)(x::Quantity{Float64, Dimensions:{𝐋}, Units:{m}}, :val)::Float64
       # meta: pop location
       $(Expr(:inbounds, :pop))
-      return $(Expr(:new, :($(QuoteNode(Quantity{Float64, Dimensions:{𝐋^2}, Units:{m^2}}))), :((Base.mul_float)(SSAValue(0), SSAValue(0))::Float64)))
+      return $(Expr(:new, Quantity{Float64, Dimensions:{𝐋^2}, Units:{m^2}}, :((Base.mul_float)(SSAValue(0), SSAValue(0))::Float64)))
   end::Quantity{Float64, Dimensions:{𝐋^2}, Units:{m^2}}
 ```
 

src/Unitful.jl

@@ -167,7 +167,7 @@ julia> unit(1.0u"m") == u"m"
 true
 
 julia> typeof(u"m")
-Unitful.Units{(Unitful.Unit{:Meter,Unitful.Dimensions{(Unitful.Dimension{:Length}(1//1),)}}(0,1//1),),Unitful.Dimensions{(Unitful.Dimension{:Length}(1//1),)}}
+Unitful.Units{(Unitful.Unit{:Meter,Unitful.Dimensions{(Unitful.Dimension{:Length}(1//1),)}}(0, 1//1),),Unitful.Dimensions{(Unitful.Dimension{:Length}(1//1),)}}
 ```
 """
 @inline unit{T,D,U}(x::Quantity{T,D,U}) = U()

src/User.jl

@@ -331,7 +331,7 @@ julia> 1.0u"N*m"
 1.0 m N
 
 julia> u"m,kg,s"
-(m,kg,s)
+(m, kg, s)
 
 julia> typeof(1.0u"m/s")
 Quantity{Float64, Dimensions:{𝐋 𝐓^-1}, Units:{m s^-1}}