Package evaluation of Wilsonloop on Julia 1.11.4 (a71dd056e0*) started at 2025-04-08T07:29:55.796


################################################################################
# Set-up
#

Installing PkgEval dependencies (TestEnv)...

Set-up completed after 9.08s


################################################################################
# Installation
#

Installing Wilsonloop...
   Resolving package versions...
    Updating `~/.julia/environments/v1.11/Project.toml`
  [f3c8d4fe] + Wilsonloop v0.1.5
    Updating `~/.julia/environments/v1.11/Manifest.toml`
  [b964fa9f] + LaTeXStrings v1.4.0
  [f3c8d4fe] + Wilsonloop v0.1.5
  [56f22d72] + Artifacts v1.11.0
  [8f399da3] + Libdl v1.11.0
  [37e2e46d] + LinearAlgebra v1.11.0
  [e66e0078] + CompilerSupportLibraries_jll v1.1.1+0
  [4536629a] + OpenBLAS_jll v0.3.27+1
  [8e850b90] + libblastrampoline_jll v5.11.0+0

Installation completed after 1.1s


################################################################################
# Precompilation
#

Precompiling PkgEval dependencies...

Precompiling package dependencies...

Precompilation completed after 15.83s


################################################################################
# Testing
#

     Testing Wilsonloop
      Status `/tmp/jl_nYVQPq/Project.toml`
  [b964fa9f] LaTeXStrings v1.4.0
  [f3c8d4fe] Wilsonloop v0.1.5
  [37e2e46d] LinearAlgebra v1.11.0
  [8dfed614] Test v1.11.0
      Status `/tmp/jl_nYVQPq/Manifest.toml`
  [b964fa9f] LaTeXStrings v1.4.0
  [f3c8d4fe] Wilsonloop v0.1.5
  [56f22d72] Artifacts v1.11.0
  [2a0f44e3] Base64 v1.11.0
  [b77e0a4c] InteractiveUtils v1.11.0
  [8f399da3] Libdl v1.11.0
  [37e2e46d] LinearAlgebra v1.11.0
  [56ddb016] Logging v1.11.0
  [d6f4376e] Markdown v1.11.0
  [9a3f8284] Random v1.11.0
  [ea8e919c] SHA v0.7.0
  [9e88b42a] Serialization v1.11.0
  [8dfed614] Test v1.11.0
  [e66e0078] CompilerSupportLibraries_jll v1.1.1+0
  [4536629a] OpenBLAS_jll v0.3.27+1
  [8e850b90] libblastrampoline_jll v5.11.0+0
     Testing Running tests...
plaq
1-st loop
L"$U_{1}(n)U_{2}(n+e_{1})U^{\dagger}_{1}(n+e_{2})U^{\dagger}_{2}(n)$"	

2-nd loop
L"$U_{1}(n)U_{3}(n+e_{1})U^{\dagger}_{1}(n+e_{3})U^{\dagger}_{3}(n)$"	

3-rd loop
L"$U_{1}(n)U_{4}(n+e_{1})U^{\dagger}_{1}(n+e_{4})U^{\dagger}_{4}(n)$"	

4-th loop
L"$U_{2}(n)U_{3}(n+e_{2})U^{\dagger}_{2}(n+e_{3})U^{\dagger}_{3}(n)$"	

5-th loop
L"$U_{2}(n)U_{4}(n+e_{2})U^{\dagger}_{2}(n+e_{4})U^{\dagger}_{4}(n)$"	

6-th loop
L"$U_{3}(n)U_{4}(n+e_{3})U^{\dagger}_{3}(n+e_{4})U^{\dagger}_{4}(n)$"	

μ = 1
1-st loop
L"$U_{2}(n+e_{1})U^{\dagger}_{1}(n+e_{2})U^{\dagger}_{2}(n)$"	

2-nd loop
L"$U^{\dagger}_{2}(n+e_{1}-e_{2})U^{\dagger}_{1}(n-e_{2})U_{2}(n-e_{2})$"	

3-rd loop
L"$U_{3}(n+e_{1})U^{\dagger}_{1}(n+e_{3})U^{\dagger}_{3}(n)$"	

4-th loop
L"$U^{\dagger}_{3}(n+e_{1}-e_{3})U^{\dagger}_{1}(n-e_{3})U_{3}(n-e_{3})$"	

5-th loop
L"$U_{4}(n+e_{1})U^{\dagger}_{1}(n+e_{4})U^{\dagger}_{4}(n)$"	

6-th loop
L"$U^{\dagger}_{4}(n+e_{1}-e_{4})U^{\dagger}_{1}(n-e_{4})U_{4}(n-e_{4})$"	

μ = 2
1-st loop
L"$U^{\dagger}_{1}(n-e_{1}+e_{2})U^{\dagger}_{2}(n-e_{1})U_{1}(n-e_{1})$"	

2-nd loop
L"$U_{1}(n+e_{2})U^{\dagger}_{2}(n+e_{1})U^{\dagger}_{1}(n)$"	

3-rd loop
L"$U_{3}(n+e_{2})U^{\dagger}_{2}(n+e_{3})U^{\dagger}_{3}(n)$"	

4-th loop
L"$U^{\dagger}_{3}(n+e_{2}-e_{3})U^{\dagger}_{2}(n-e_{3})U_{3}(n-e_{3})$"	

5-th loop
L"$U_{4}(n+e_{2})U^{\dagger}_{2}(n+e_{4})U^{\dagger}_{4}(n)$"	

6-th loop
L"$U^{\dagger}_{4}(n+e_{2}-e_{4})U^{\dagger}_{2}(n-e_{4})U_{4}(n-e_{4})$"	

μ = 3
1-st loop
L"$U^{\dagger}_{1}(n-e_{1}+e_{3})U^{\dagger}_{3}(n-e_{1})U_{1}(n-e_{1})$"	

2-nd loop
L"$U_{1}(n+e_{3})U^{\dagger}_{3}(n+e_{1})U^{\dagger}_{1}(n)$"	

3-rd loop
L"$U^{\dagger}_{2}(n-e_{2}+e_{3})U^{\dagger}_{3}(n-e_{2})U_{2}(n-e_{2})$"	

4-th loop
L"$U_{2}(n+e_{3})U^{\dagger}_{3}(n+e_{2})U^{\dagger}_{2}(n)$"	

5-th loop
L"$U_{4}(n+e_{3})U^{\dagger}_{3}(n+e_{4})U^{\dagger}_{4}(n)$"	

6-th loop
L"$U^{\dagger}_{4}(n+e_{3}-e_{4})U^{\dagger}_{3}(n-e_{4})U_{4}(n-e_{4})$"	

μ = 4
1-st loop
L"$U^{\dagger}_{1}(n-e_{1}+e_{4})U^{\dagger}_{4}(n-e_{1})U_{1}(n-e_{1})$"	

2-nd loop
L"$U_{1}(n+e_{4})U^{\dagger}_{4}(n+e_{1})U^{\dagger}_{1}(n)$"	

3-rd loop
L"$U^{\dagger}_{2}(n-e_{2}+e_{4})U^{\dagger}_{4}(n-e_{2})U_{2}(n-e_{2})$"	

4-th loop
L"$U_{2}(n+e_{4})U^{\dagger}_{4}(n+e_{2})U^{\dagger}_{2}(n)$"	

5-th loop
L"$U^{\dagger}_{3}(n-e_{3}+e_{4})U^{\dagger}_{4}(n-e_{3})U_{3}(n-e_{3})$"	

6-th loop
L"$U_{3}(n+e_{4})U^{\dagger}_{4}(n+e_{3})U^{\dagger}_{3}(n)$"	

1-st loop
L"$U^{\dagger}_{1}(n-e_{1})U_{4}(n-e_{1})U_{1}(n-e_{1}+e_{4})$"	
2-nd loop
L"$U_{1}(n)U_{4}(n+e_{1})U^{\dagger}_{1}(n+e_{4})$"	
3-rd loop
L"$U^{\dagger}_{2}(n-e_{2})U_{4}(n-e_{2})U_{2}(n-e_{2}+e_{4})$"	
4-th loop
L"$U_{2}(n)U_{4}(n+e_{2})U^{\dagger}_{2}(n+e_{4})$"	
5-th loop
L"$U^{\dagger}_{3}(n-e_{3})U_{4}(n-e_{3})U_{3}(n-e_{3}+e_{4})$"	
6-th loop
L"$U_{3}(n)U_{4}(n+e_{3})U^{\dagger}_{3}(n+e_{4})$"	
[(1, 1)]
1-st loop
L"$I  \otimes I \delta_{m,n}$"	
d
d
[(1, 1), (2, 1), (1, -1), (2, -1)]
P: 
L"$U_{1}(n)U_{2}(n+e_{1})U^{\dagger}_{1}(n+e_{2})U^{\dagger}_{2}(n)$"	
P^+: 
L"$U_{2}(n)U_{1}(n+e_{2})U^{\dagger}_{2}(n+e_{1})U^{\dagger}_{1}(n)$"	
staple
μ = 1
1-st loop
L"$U_{2}(n+e_{1})U^{\dagger}_{1}(n+e_{2})U^{\dagger}_{2}(n)$"	
1-st loop
L"$U^{\dagger}_{2}(n+e_{1}-e_{2})U^{\dagger}_{1}(n-e_{2})U_{2}(n-e_{2})$"	
μ = 2
1-st loop
L"$U^{\dagger}_{1}(n-e_{1}+e_{2})U^{\dagger}_{2}(n-e_{1})U_{1}(n-e_{1})$"	
1-st loop
L"$U_{1}(n+e_{2})U^{\dagger}_{2}(n+e_{1})U^{\dagger}_{1}(n)$"	
μ = 3
μ = 4
derive w
L"$I  \otimes U_{2}(n+e_{1})U^{\dagger}_{1}(n+e_{2})U^{\dagger}_{2}(n)\delta_{m,n}$"	
L"$U_{1}(n-e_{1}) \otimes U^{\dagger}_{1}(n-e_{1}+e_{2})U^{\dagger}_{2}(n-e_{1})\delta_{m,n+e_{1}}$"	
-------------------------------------------------------
C and dC/dU
-------------------------------------------
μ = 1
---------------------------------------
C[1]: 
L"$U_{2}(n)U_{1}(n+e_{2})U^{\dagger}_{2}(n+e_{1})$"	
-----------------------------
ν = 1
dC_{1}/dU_{1}: 
L"$U_{2}(n-e_{2}) \otimes U^{\dagger}_{2}(n+e_{1}-e_{2})\delta_{m,n+e_{2}}$"	
-----------------------------
ν = 2
dC_{1}/dU_{2}: 
L"$I  \otimes U_{1}(n+e_{2})U^{\dagger}_{2}(n+e_{1})\delta_{m,n}$"	
-----------------------------
ν = 3
dC_{1}/dU_{3}: 
-----------------------------
ν = 4
dC_{1}/dU_{4}: 
---------------------------------------
C[2]: 
L"$U^{\dagger}_{2}(n-e_{2})U_{1}(n-e_{2})U_{2}(n+e_{1}-e_{2})$"	
-----------------------------
ν = 1
dC_{1}/dU_{1}: 
L"$U^{\dagger}_{2}(n) \otimes U_{2}(n+e_{1})\delta_{m,n-e_{2}}$"	
-----------------------------
ν = 2
dC_{1}/dU_{2}: 
L"$U^{\dagger}_{2}(n-e_{1})U_{1}(n-e_{1}) \otimes I \delta_{m,n+e_{1}-e_{2}}$"	
-----------------------------
ν = 3
dC_{1}/dU_{3}: 
-----------------------------
ν = 4
dC_{1}/dU_{4}: 
-------------------------------------------
μ = 2
---------------------------------------
C[1]: 
L"$U^{\dagger}_{1}(n-e_{1})U_{2}(n-e_{1})U_{1}(n-e_{1}+e_{2})$"	
-----------------------------
ν = 1
dC_{2}/dU_{1}: 
L"$U^{\dagger}_{1}(n-e_{2})U_{2}(n-e_{2}) \otimes I \delta_{m,n-e_{1}+e_{2}}$"	
-----------------------------
ν = 2
dC_{2}/dU_{2}: 
L"$U^{\dagger}_{1}(n) \otimes U_{1}(n+e_{2})\delta_{m,n-e_{1}}$"	
-----------------------------
ν = 3
dC_{2}/dU_{3}: 
-----------------------------
ν = 4
dC_{2}/dU_{4}: 
---------------------------------------
C[2]: 
L"$U_{1}(n)U_{2}(n+e_{1})U^{\dagger}_{1}(n+e_{2})$"	
-----------------------------
ν = 1
dC_{2}/dU_{1}: 
L"$I  \otimes U_{2}(n+e_{1})U^{\dagger}_{1}(n+e_{2})\delta_{m,n}$"	
-----------------------------
ν = 2
dC_{2}/dU_{2}: 
L"$U_{1}(n-e_{1}) \otimes U^{\dagger}_{1}(n-e_{1}+e_{2})\delta_{m,n+e_{1}}$"	
-----------------------------
ν = 3
dC_{2}/dU_{3}: 
-----------------------------
ν = 4
dC_{2}/dU_{4}: 
-------------------------------------------
μ = 3
-------------------------------------------
μ = 4
-------------------------------------------------------
C and dC/dUdag
-------------------------------------------
μ = 1
---------------------------------------
C[1]: 
L"$U_{2}(n)U_{1}(n+e_{2})U^{\dagger}_{2}(n+e_{1})$"	
-----------------------------
ν = 1
dC_{1}/dUdag_{1}: 
-----------------------------
ν = 2
dC_{1}/dUdag_{2}: 
L"$U_{2}(n)U_{1}(n+e_{2}) \otimes I \delta_{m,n+e_{1}}$"	
-----------------------------
ν = 3
dC_{1}/dUdag_{3}: 
-----------------------------
ν = 4
dC_{1}/dUdag_{4}: 
---------------------------------------
C[2]: 
L"$U^{\dagger}_{2}(n-e_{2})U_{1}(n-e_{2})U_{2}(n+e_{1}-e_{2})$"	
-----------------------------
ν = 1
dC_{1}/dUdag_{1}: 
-----------------------------
ν = 2
dC_{1}/dUdag_{2}: 
L"$I  \otimes U_{1}(n-e_{2})U_{2}(n+e_{1}-e_{2})\delta_{m,n-e_{2}}$"	
-----------------------------
ν = 3
dC_{1}/dUdag_{3}: 
-----------------------------
ν = 4
dC_{1}/dUdag_{4}: 
-------------------------------------------
μ = 2
---------------------------------------
C[1]: 
L"$U^{\dagger}_{1}(n-e_{1})U_{2}(n-e_{1})U_{1}(n-e_{1}+e_{2})$"	
-----------------------------
ν = 1
dC_{2}/dUdag_{1}: 
L"$I  \otimes U_{2}(n-e_{1})U_{1}(n-e_{1}+e_{2})\delta_{m,n-e_{1}}$"	
-----------------------------
ν = 2
dC_{2}/dUdag_{2}: 
-----------------------------
ν = 3
dC_{2}/dUdag_{3}: 
-----------------------------
ν = 4
dC_{2}/dUdag_{4}: 
---------------------------------------
C[2]: 
L"$U_{1}(n)U_{2}(n+e_{1})U^{\dagger}_{1}(n+e_{2})$"	
-----------------------------
ν = 1
dC_{2}/dUdag_{1}: 
L"$U_{1}(n)U_{2}(n+e_{1}) \otimes I \delta_{m,n+e_{2}}$"	
-----------------------------
ν = 2
dC_{2}/dUdag_{2}: 
-----------------------------
ν = 3
dC_{2}/dUdag_{3}: 
-----------------------------
ν = 4
dC_{2}/dUdag_{4}: 
-------------------------------------------
μ = 3
-------------------------------------------
μ = 4
Test Summary: | Pass  Total  Time
Wilsonloop.jl |    1      1  3.7s
     Testing Wilsonloop tests passed 

Testing completed after 8.2s

PkgEval succeeded after 40.79s