diff --git a/calculations/XZ_technique.jl b/calculations/XZ/2body_HO.jl
similarity index 83%
rename from calculations/XZ_technique.jl
rename to calculations/XZ/2body_HO.jl
index 91214e1..7044dbb 100644
--- a/calculations/XZ_technique.jl
+++ b/calculations/XZ/2body_HO.jl
@@ -1,10 +1,10 @@
 using Plots
 
-include("../EC.jl")
-include("../ho_basis.jl")
-include("../p_space.jl")
+include("../../EC.jl")
+include("../../ho_basis.jl")
+include("../../p_space.jl")
 
-angle = 0.47 * pi
+angle = 0.47 * pi # DOESN'T WORK WITHOUT ROTATION
 μω_gen = 0.5 * exp(-1im * angle)
 μ = 0.5
 l = 0
@@ -36,4 +36,4 @@ hline!([0], color=:red, label="continuum")
 xlabel!("Re(E)")
 ylabel!("Im(E)")
 plot!(legend=:bottomleft)
-savefig("temp/XZ.pdf")
\ No newline at end of file
+savefig("temp/2b_HO_XZ.pdf")
\ No newline at end of file
diff --git a/calculations/XZ/3body_HO.jl b/calculations/XZ/3body_HO.jl
new file mode 100644
index 0000000..12c267f
--- /dev/null
+++ b/calculations/XZ/3body_HO.jl
@@ -0,0 +1,36 @@
+include("../../ho_basis.jl")
+include("../../EC.jl")
+
+V_of_r(r) = 2 * exp(-(r-3)^2 / (1.5)^2)
+Λ = 0
+m = 1.0
+
+ϕ = 0.1
+μω_global = 0.5
+E_max = 40
+
+H0 = get_3b_H_matrix(jacobi, V_of_r, μω_global, E_max, Λ, m, true, true)
+
+# Vp = perturbation to make the state artificially bound
+Vp_of_r(r) = -exp(-(r/3)^2)
+@time "Vp" Vp = get_3b_H_matrix(jacobi, Vp_of_r, μω_global, E_max, Λ, m, false, true)
+
+training_ref = 2 + 0.5im
+
+exact_E = [4.076642792419057-0.012998408352259658im,
+    3.6129849325287-0.007397677539402868im,
+    3.145212908643357-0.0038660337822150753im,	
+    2.6729225739451596-0.0021090370393881063im,	
+    2.196385760253282-0.0010430088245526555im,	
+    1.7162659936896967-0.0004515351140200029,	
+    1.2329926791785895-0.00017698044022813525im]
+
+training_c = (0.0 : 0.2 : 1.2) .* exp(-0.01im) #[-1.5 - 0.5im] .+ (randn(8) .+ 0.05im * randn(8))
+extrapolating_c = 0.0 : 0.2 : 1.2
+
+EC = affine_EC(H0, Vp)
+train!(EC, training_c; ref_eval=training_ref, CAEC=false)
+extrapolate!(EC, extrapolating_c; precalculated_exact_E=exact_E)
+
+exportCSV(EC, "temp/3b_HO_XZ.csv")
+plot(EC, "temp/3b_HO_XZ.pdf")
diff --git a/calculations/XZ/p_space_vs_HO.jl b/calculations/XZ/p_space_vs_HO.jl
index b3db2c5..eb9ac04 100644
--- a/calculations/XZ/p_space_vs_HO.jl
+++ b/calculations/XZ/p_space_vs_HO.jl
@@ -1,8 +1,8 @@
 using Plots
 
-include("../EC.jl")
-include("../ho_basis.jl")
-include("../p_space.jl")
+include("../../EC.jl")
+include("../../ho_basis.jl")
+include("../../p_space.jl")
 
 function solve_E(H0, H1, c_vals, near_E)
     out_E = ComplexF64[]
@@ -71,4 +71,4 @@ scatter(real.(HO_Es), imag.(HO_Es), label="HO basis", marker=:circle, color=:blu
 scatter!(real.(p_space_Es), imag.(p_space_Es), label="p-space", marker=:circle, color=:red)
 xlabel!("Re(E)")
 ylabel!("Im(E)")
-savefig("temp/p_space_vs_HO.pdf")
\ No newline at end of file
+savefig("temp/2b_p_space_vs_HO.pdf")
\ No newline at end of file