Remove some extra storagetypes

Author: kshyatt

src/states/infinitemps.jl

@@ -102,8 +102,6 @@ struct InfiniteMPS{A <: GenericMPSTensor, B <: MPSBondTensor} <: AbstractMPS
         return new{A, B}(AL, AR, C, AC)
     end
 end
-TensorKit.storagetype(imps::InfiniteMPS{A, B}) where {A, B} = storagetype(A)
-TensorKit.storagetype(::Type{InfiniteMPS{A, B}}) where {A, B} = storagetype(A)
 
 #===========================================================================================
 Constructors

src/states/quasiparticle_state.jl

@@ -1,7 +1,7 @@
 #=
 Should not be constructed by the user - acts like a vector (used in eigsolve)
 I think it makes sense to see these things as an actual state instead of return an array of B tensors (what we used to do)
-This will allow us to plot energy density (finite qp) and measure observeables.
+This will allow us to plot energy density (finite qp) and measure observables.
 =#
 
 struct LeftGaugedQP{S, T1, T2, E <: Number}
@@ -14,8 +14,6 @@ struct LeftGaugedQP{S, T1, T2, E <: Number}
 
     momentum::E
 end
-TensorKit.storagetype(l::LeftGaugedQP{S, T1, T2, E}) where {S, T1, T2, E} = storagetype(S)
-TensorKit.storagetype(::Type{LeftGaugedQP{S, T1, T2, E}}) where {S, T1, T2, E} = storagetype(S)
 
 struct RightGaugedQP{S, T1, T2, E <: Number}
     # !(left_gs === right_gs) => domain wall excitation
@@ -27,8 +25,6 @@ struct RightGaugedQP{S, T1, T2, E <: Number}
 
     momentum::E
 end
-TensorKit.storagetype(l::RightGaugedQP{S, T1, T2, E}) where {S, T1, T2, E} = storagetype(S)
-TensorKit.storagetype(::Type{RightGaugedQP{S, T1, T2, E}}) where {S, T1, T2, E} = storagetype(S)
 
 function leftgaugedqptype(::Type{S}, ::Type{E}) where {S, E <: Number}
     T1 = eltype(S)
@@ -220,6 +216,7 @@ GeometryStyle(::Type{<:QP{S, T1, T2}}) where {S, T1, T2} = GeometryStyle(S)
 
 TensorKit.spacetype(::Union{QP{S}, Type{<:QP{S}}}) where {S} = spacetype(S)
 TensorKit.sectortype(::Union{QP{S}, Type{<:QP{S}}}) where {S} = sectortype(S)
+TensorKit.storagetype(qp::QP{S, T1, T2}) where {S, T1, T2} = storagetype(T2)
 TensorKit.storagetype(::Type{<:QP{S, T1, T2}}) where {S, T1, T2} = storagetype(T2)
 
 physicalspace(state::QP, i::Int) = physicalspace(state.left_gs, i)