Fix formatting after rebase

Author: lkdvos

src/algorithms/approximate/idmrg.jl

@@ -75,7 +75,7 @@ function approximate!(ψ::MultilineMPS, toapprox::Tuple{<:MultilineMPO,<:Multili
                 for row in 1:size(ψ, 1)
                     AC2′ = AC2_projection(CartesianIndex(row, site), ψ, toapprox, envs;
                                           kind=:ACAR)
-                    al, c, ar, = tsvd!(AC2′; trunc=alg.trscheme, alg=alg.alg_svd)
+                    al, c, ar = tsvd!(AC2′; trunc=alg.trscheme, alg=alg.alg_svd)
                     normalize!(c)
 
                     ψ.AL[row + 1, site] = al
@@ -95,7 +95,7 @@ function approximate!(ψ::MultilineMPS, toapprox::Tuple{<:MultilineMPO,<:Multili
                 for row in 1:size(ψ, 1)
                     AC2′ = AC2_projection(CartesianIndex(row, site), ψ, toapprox, envs;
                                           kind=:ALAC)
-                    al, c, ar, = tsvd!(AC2′; trunc=alg.trscheme, alg=alg.alg_svd)
+                    al, c, ar = tsvd!(AC2′; trunc=alg.trscheme, alg=alg.alg_svd)
                     normalize!(c)
 
                     ψ.AL[row + 1, site] = al

src/algorithms/statmech/idmrg.jl

@@ -80,7 +80,7 @@ function leading_boundary(ψ::MultilineMPS, operator, alg::IDMRG2,
                 _, ac2′ = fixedpoint(h, ac2, :LM, alg_eigsolve)
 
                 for row in 1:size(ψ, 1)
-                    al, c, ar, = tsvd!(ac2′[row]; trunc=alg.trscheme, alg=alg.alg_svd)
+                    al, c, ar = tsvd!(ac2′[row]; trunc=alg.trscheme, alg=alg.alg_svd)
                     normalize!(c)
 
                     ψ.AL[row + 1, site] = al
@@ -104,7 +104,7 @@ function leading_boundary(ψ::MultilineMPS, operator, alg::IDMRG2,
             _, ac2′ = fixedpoint(h, ac2, :LM, alg_eigsolve)
 
             for row in 1:size(ψ, 1)
-                al, c, ar, = tsvd!(ac2′[row]; trunc=alg.trscheme, alg=alg.alg_svd)
+                al, c, ar = tsvd!(ac2′[row]; trunc=alg.trscheme, alg=alg.alg_svd)
                 normalize!(c)
 
                 ψ.AL[row + 1, site] = al
@@ -129,7 +129,7 @@ function leading_boundary(ψ::MultilineMPS, operator, alg::IDMRG2,
                 _, ac2′ = fixedpoint(h, ac2, :LM, alg_eigsolve)
 
                 for row in 1:size(ψ, 1)
-                    al, c, ar, = tsvd!(ac2′[row]; trunc=alg.trscheme, alg=alg.alg_svd)
+                    al, c, ar = tsvd!(ac2′[row]; trunc=alg.trscheme, alg=alg.alg_svd)
                     normalize!(c)
 
                     ψ.AL[row + 1, site] = al
@@ -151,7 +151,7 @@ function leading_boundary(ψ::MultilineMPS, operator, alg::IDMRG2,
             _, ac2′ = fixedpoint(h, ac2, :LM, alg_eigsolve)
 
             for row in 1:size(ψ, 1)
-                al, c, ar, = tsvd!(ac2′[row]; trunc=alg.trscheme, alg=alg.alg_svd)
+                al, c, ar = tsvd!(ac2′[row]; trunc=alg.trscheme, alg=alg.alg_svd)
                 normalize!(c)
 
                 ψ.AL[row + 1, end] = al