Format code

Author: albertomercurio

src/qobj/dimensions.jl

@@ -59,8 +59,8 @@ function GeneralDimensions(dims::Union{AbstractVector{T},NTuple{N,T}}) where {T<
 
     L1 = length(dims[1])
     L2 = length(dims[2])
-    (L1 > 0) || throw(DomainError(L1, "The length of `dims[1]` must be larger or equal to 1."))  
-    (L2 > 0) || throw(DomainError(L2, "The length of `dims[2]` must be larger or equal to 1.")) 
+    (L1 > 0) || throw(DomainError(L1, "The length of `dims[1]` must be larger or equal to 1."))
+    (L2 > 0) || throw(DomainError(L2, "The length of `dims[2]` must be larger or equal to 1."))
 
     return GeneralDimensions(Tuple(Space.(dims[1])), Tuple(Space.(dims[2])))
 end

src/qobj/quantum_object_base.jl

@@ -276,12 +276,10 @@ get_dimensions_to(
 get_dimensions_from(A::AbstractQuantumObject{KetQuantumObject,<:Dimensions{N}}) where {N} = space_one_list(N)
 get_dimensions_from(A::AbstractQuantumObject{BraQuantumObject,<:Dimensions}) = A.dimensions.to
 get_dimensions_from(A::AbstractQuantumObject{OperatorQuantumObject,<:Dimensions}) = A.dimensions.to
-get_dimensions_from(A::AbstractQuantumObject{OperatorQuantumObject,<:GeneralDimensions}) =
-    A.dimensions.from
+get_dimensions_from(A::AbstractQuantumObject{OperatorQuantumObject,<:GeneralDimensions}) = A.dimensions.from
 get_dimensions_from(
     A::AbstractQuantumObject{ObjType,<:Dimensions},
-) where {ObjType<:Union{SuperOperatorQuantumObject,OperatorBraQuantumObject,OperatorKetQuantumObject}} =
-    A.dimensions.to
+) where {ObjType<:Union{SuperOperatorQuantumObject,OperatorBraQuantumObject,OperatorKetQuantumObject}} = A.dimensions.to
 
 # functions for getting Float or Complex element type
 _FType(A::AbstractQuantumObject) = _FType(eltype(A))