Remove unwanted calculation

calculations/2in3body_HO_B2R_EC.jl

@@ -1,83 +0,0 @@
-using Arpack, SparseArrays, LRUCache
-using DelimitedFiles, Plots
-include("../ho_basis.jl")
-
-Λ = 0
-m = 1.0
-V_of_r(r) = -5 * exp(-r^2 / 3) + 2 * exp(-r^2 / 10)
-
-E_max = 40
-μω_global = 0.2 * exp(-2im * pi / 9)
-
-# due to Jacobi coordinates
-μ1ω1 = μω_global * 1/2
-μ2ω2 = μω_global * 2
-μ1 = m * 1/2
-μ2 = m * 2/3
-
-println("No of threads = ", Threads.nthreads())
-
-basis = ho_basis_2B(E_max, Λ)
-println("Basis size = ", basis.dim)
-
-@time "T1" T1 = get_sp_T_matrix(basis.n1s, basis.l1s, [basis.n2s, basis.l2s]; μω_gen=μ1ω1, μ=μ1)
-@time "T2" T2 = get_sp_T_matrix(basis.n2s, basis.l2s, [basis.n1s, basis.l1s]; μω_gen=μ2ω2, μ=μ2)
-
-@time "V" Vb = get_jacobi_V_matrix(V_of_r, basis, μ1ω1, μω_global)
-
-@time "H0" Ha = T1 + T2
-
-# free memory
-basis = T1 = T2 = V1_cache = V_relative_cache = V1 = V_relative = U = V2 = nothing
-GC.gc()
-
-current_E = -0.26141959851000807
-
-training_c = range(1.1, 0.9, 5)
-extrapolating_c = range(0.78, 0.45, 7)
-
-exact = ComplexF64[]
-training = ComplexF64[]
-extrapolated = ComplexF64[]
-training_vecs = Vector{ComplexF64}[]
-
-for c in training_c
-    println("Training for c = $c")
-    H = Ha + c .* Vb
-    evals, evecs = eigs(H, nev=3, ncv=24, which=:LI, maxiter=5000, tol=1e-5, ritzvec=true, check=1)
-
-    global current_E = nearest(evals, current_E)
-    push!(training, current_E)
-    push!(training_vecs, evecs[:, nearestIndex(evals, current_E)])
-end
-
-# CA-EC
-training_vecs = vcat(training_vecs, conj(training_vecs))
-
-EC_basis = hcat(training_vecs...)
-N_EC = transpose(EC_basis) * EC_basis
-Ha_EC = transpose(EC_basis) * Ha * EC_basis
-Vb_EC = transpose(EC_basis) * Vb * EC_basis
-
-current_E = 0.05387926316280764 - 0.008900278183544552im
-
-for c in extrapolating_c
-    println("Extrapolating for c = $c")
-    H = Ha + c .* Vb
-    evals, evecs = eigs(H, nev=3, ncv=24, which=:LI, maxiter=5000, tol=1e-5, ritzvec=true, check=1)
-
-    global current_E = nearest(evals, current_E)
-    push!(exact, current_E)
-
-    # extrapolation
-    H_EC = Ha_EC + c .* Vb_EC
-    evals = eigvals(H_EC, N_EC)
-    push!(extrapolated, nearest(evals, current_E))
-end
-
-scatter(real.(training),imag.(training), label="training")
-scatter!(real.(exact),imag.(exact), label="exact")
-scatter!(real.(extrapolated),imag.(extrapolated), label="extrapolated")
-xlims!(-0.3, 0.3)
-ylims!(-0.2, 0)
-savefig("temp/2in3_HO_B2R.pdf")