fix some errors

Author: ytdHuang

src/ADOs.jl

@@ -33,11 +33,11 @@ struct ADOs
     N::Int
     parity::AbstractParity
 
-    function ADOs(data::SparseVector{ComplexF64,Int64}, dims, N::Int, parity::AbstractParity)
+    function ADOs(data::AbstractVector, dims, N::Int, parity::AbstractParity)
         dimensions = _gen_dimensions(dims)
         Vsize = size(data, 1)
         ((Vsize / N) == prod(dimensions)^2) || error("The `dimensions` is not consistent with the ADOs number `N`.")
-        return new(data, dimensions, N, parity)
+        return new(sparsevec(data), dimensions, N, parity)
     end
 end
 
@@ -50,7 +50,7 @@ Generate the object of auxiliary density operators for HEOM model.
 - `N::Int` : the number of auxiliary density operators.
 - `parity::AbstractParity` : the parity label (`EVEN` or `ODD`). Default to `EVEN`.
 """
-ADOs(V::AbstractVector, N::Int, parity::AbstractParity = EVEN) = ADOs(sparsevec(V), √(size(V, 1) / N), N, parity)
+ADOs(V::AbstractVector, N::Int, parity::AbstractParity = EVEN) = ADOs(V, isqrt(Int(size(V, 1) / N)), N, parity)
 
 @doc raw"""
     ADOs(ρ, N, parity)

src/bath/BosonBath.jl

@@ -513,7 +513,7 @@ end
 function Base.getproperty(
     b::BType,
     key::Symbol,
-) where {B<:Union{bosonReal,bosonImage,bosonRealImag,bosonAbsorb,bosonEmit}}
+) where {BType<:Union{bosonReal,bosonImag,bosonRealImag,bosonAbsorb,bosonEmit}}
     # a comment here to avoid bad render by JuliaFormatter
     if key === :dims
         return dimensions_to_dims(getfield(b, :dimensions))

src/bath/FermionBath.jl

@@ -213,7 +213,7 @@ function fermionEmit(
     )
 end
 
-function Base.getproperty(b::BType, key::Symbol) where {B<:Union{fermionAbsorb,fermionEmit}}
+function Base.getproperty(b::BType, key::Symbol) where {BType<:Union{fermionAbsorb,fermionEmit}}
     # a comment here to avoid bad render by JuliaFormatter
     if key === :dims
         return dimensions_to_dims(getfield(b, :dimensions))

src/heom_matrices/M_Boson.jl

@@ -155,7 +155,7 @@ Note that the parity only need to be set as `ODD` when the system contains fermi
         println("[DONE]")
         flush(stdout)
     end
-    return M_Boson(L_he, tier, copy(_Hsys.dimensions), Nado, sup_dim, parity, Bath, hierarchy)
+    return M_Boson(L_he, tier, _Hsys.dimensions, Nado, sup_dim, parity, Bath, hierarchy)
 end
 
 _getBtier(M::M_Boson) = M.tier

src/heom_matrices/M_Boson_Fermion.jl

@@ -225,7 +225,7 @@ Note that the parity only need to be set as `ODD` when the system contains fermi
         println("[DONE]")
         flush(stdout)
     end
-    return M_Boson_Fermion(L_he, Btier, Ftier, copy(_Hsys.dimensions), Nado, sup_dim, parity, Bbath, Fbath, hierarchy)
+    return M_Boson_Fermion(L_he, Btier, Ftier, _Hsys.dimensions, Nado, sup_dim, parity, Bbath, Fbath, hierarchy)
 end
 
 _getBtier(M::M_Boson_Fermion) = M.Btier

src/heom_matrices/M_Fermion.jl

@@ -152,7 +152,7 @@ Generate the fermion-type HEOM Liouvillian superoperator matrix
         println("[DONE]")
         flush(stdout)
     end
-    return M_Fermion(L_he, tier, copy(_Hsys.dimensions), Nado, sup_dim, parity, Bath, hierarchy)
+    return M_Fermion(L_he, tier, _Hsys.dimensions, Nado, sup_dim, parity, Bath, hierarchy)
 end
 
 _getBtier(M::M_Fermion) = 0

src/heom_matrices/M_S.jl

@@ -61,7 +61,7 @@ Note that the parity only need to be set as `ODD` when the system contains fermi
         println("[DONE]")
         flush(stdout)
     end
-    return M_S(Lsys, 0, copy(_Hsys.dimensions), 1, sup_dim, parity)
+    return M_S(Lsys, 0, _Hsys.dimensions, 1, sup_dim, parity)
 end
 
 _getBtier(M::M_S) = 0

src/heom_matrices/heom_matrix_base.jl

@@ -329,10 +329,10 @@ end
 addFermionDissipator(M::AbstractHEOMLSMatrix, jumpOP::QuantumObject) = addFermionDissipator(M, [jumpOP])
 
 function _fermion_lindblad_dissipator(
-    J::QuantumObject{DT,OperatorQuantumObject},
+    J::QuantumObject{OperatorQuantumObject},
     parity::AbstractParity,
     Id_cache = I(size(J, 1)),
-) where {DT}
+)
     _J = J.data
     Jd_J = _J' * _J
     return (-1)^(value(parity)) * _sprepost(_J, _J') - (_spre(Jd_J, Id_cache) + _spost(Jd_J, Id_cache)) / 2