docs fixes

Author: lkdvos

docs/src/lib/sectors.md

@@ -31,15 +31,15 @@ Irrep
 
 ## Methods for defining and characterizing `Sector` subtypes
 ```@docs
-Base.one(::Sector)
-dual(::Sector)
+unit(::Sector)
+dual
 Nsymbol
 ⊗
 Fsymbol
 Rsymbol
 Bsymbol
 dim(::Sector)
-frobeniusschur
+frobenius_schur_phase
 twist(::Sector)
 Base.isreal(::Type{<:Sector})
 TensorKitSectors.sectorscalartype

docs/src/lib/spaces.md

@@ -86,12 +86,12 @@ The following methods act specifically on `ElementarySpace` spaces:
 
 ```@docs
 isdual
-dual
+dual(::VectorSpace)
 conj
 flip
 ⊕
 ⊖
-zero(::ElementarySpace)
+zerospace
 unitspace
 supremum
 infimum

docs/src/man/sectors.md

@@ -171,7 +171,7 @@ For practical reasons, we also require some additional methods to be defined:
 
 Further information, such as the quantum dimensions ``d_a`` and Frobenius-Schur indicator
 ``χ_a`` (only if ``a == \overline{a}``) are encoded in the F-symbol. They are obtained as
-[`dim(a)`](@ref) and [`frobeniusschur(a)`](@ref). These functions have default definitions
+[`dim(a)`](@ref) and [`frobenius_schur_phase(a)`](@ref). These functions have default definitions
 which extract the requested data from `Fsymbol(a, conj(a), a, a, one(a), one(a))`, but they
 can be overloaded in case the value can be computed more efficiently.
 

src/spaces/vectorspaces.jl

@@ -66,13 +66,12 @@ function space end
 Return the total dimension of the vector space `V` as an Int.
 """ dim(::VectorSpace)
 
-"""
+@doc """
     dual(V::VectorSpace) -> VectorSpace
 
 Return the dual space of `V`; also obtained via `V'`. This should satisfy
 `dual(dual(V)) == V`. It is assumed that `typeof(V) == typeof(V')`.
-"""
-function dual end
+""" dual(::VectorSpace)
 
 # convenience definitions:
 Base.adjoint(V::VectorSpace) = dual(V)