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Merge pull request #2 from andrewkhardy/main
updated the Sample codes and made them more uniform
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| Original file line number | Diff line number | Diff line change |
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| @@ -1,90 +1,88 @@ | ||
| include("../src/MeanFieldToolkit.jl") | ||
| using .MeanFieldToolkit | ||
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| using LinearAlgebra, TightBindingToolkit, Distributions, Base.Threads | ||
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| using MeanFieldToolkit, TightBindingToolkit, FixedPointToolkit | ||
| using LinearAlgebra, Distributions, Distributions, LaTeXStrings, Base.Threads | ||
| ##### YOU NEED TO CREATE THE FOLDER Sample/SquaretJ_Data BEFORE RUNNING THIS SCRIPT | ||
| ################### Square lattice with the doubles Unit Cell | ||
| ##### Primitive vectors | ||
| const a1 = [1.0, 1.0] | ||
| const a2 = [1.0, -1.0] | ||
| ##### Primitives | ||
| const a1 = [1.0, 1.0] | ||
| const a2 = [1.0, -1.0] | ||
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| const b1 = [0.0, 0.0] | ||
| const b2 = [1.0, 0.0] | ||
| const b1 = [0.0, 0.0] | ||
| const b2 = [1.0, 0.0] | ||
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| HoppingUC = UnitCell([a1, a2], 2, 2) | ||
| PairingUC = UnitCell([a1, a2], 2, 2) | ||
| HoppingUC = UnitCell([a1, a2], 2, 2) | ||
| PairingUC = UnitCell([a1, a2], 2, 2) | ||
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| AddBasisSite!(HoppingUC, b1) | ||
| AddBasisSite!(HoppingUC, b2) | ||
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| AddBasisSite!(PairingUC, b1) | ||
| AddBasisSite!(PairingUC, b2) | ||
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| SpinVec = SpinMats(1//2) | ||
| SpinVec = SpinMats(1 // 2) | ||
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| ##### HoppingParams | ||
| const t = 1.0 | ||
| t1Param = Param(t, 2) | ||
| const t = 1.0 | ||
| t1Param = Param(t, 2) | ||
| AddIsotropicBonds!(t1Param, HoppingUC, 1.0, SpinVec[4], "t1") | ||
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| const J = t/5 | ||
| Jmatrix = Matrix{Float64}(I, 3, 3) | ||
| U = SpinToPartonCoupling(Jmatrix, 1//2) | ||
| JParam = Param(J, 4) | ||
| const J = t / 5 | ||
| Jmatrix = Matrix{Float64}(I, 3, 3) | ||
| U = SpinToPartonCoupling(Jmatrix, 1 // 2) | ||
| JParam = Param(J, 4) | ||
| AddIsotropicBonds!(JParam, HoppingUC, 1.0, U, "Heisenberg Interaction") | ||
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| const n = 10 | ||
| const kSize = 6 * n + 3 | ||
| bz = BZ([kSize, kSize]) | ||
| FillBZ!(bz, HoppingUC) | ||
| const n = 10 | ||
| const kSize = 6 * n + 3 | ||
| bz = BZ([kSize, kSize]) | ||
| FillBZ!(bz, HoppingUC) | ||
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| ##### Thermodynamic parameters | ||
| const T = 0.001 | ||
| const stat = -1 | ||
| const T = 0.001 | ||
| const stat = -1 | ||
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| const mixingAlpha = 0.5 | ||
| const mixingAlpha = 0.5 | ||
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| ##### Renormalized MFT from https://arxiv.org/pdf/cond-mat/0311604.pdf | ||
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| fillings = collect(LinRange(0.2, 0.49, 2)) | ||
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| for filling in fillings | ||
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| delta = 1-2*filling | ||
| rnorm_hopping_factor = 2*delta/(1+delta) | ||
| rnorm_int_factor = 4/((1+delta)^2) | ||
| delta = 1 - 2 * filling | ||
| rnorm_hopping_factor = 2 * delta / (1 + delta) | ||
| rnorm_int_factor = 4 / ((1 + delta)^2) | ||
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| push!(t1Param.value, -t * rnorm_hopping_factor) | ||
| push!(JParam.value, J * rnorm_int_factor) | ||
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| ModifyUnitCell!(HoppingUC, [t1Param]) | ||
| Interactions = [JParam] | ||
| Interactions = [JParam] | ||
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| ##### Hopping expectation params | ||
| t_s = Param(1.0, 2) | ||
| t_s = Param(1.0, 2) | ||
| AddIsotropicBonds!(t_s, HoppingUC, 1.0, SpinVec[4], "s Hopping") | ||
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| HoppingOrders = [t_s] | ||
| HoppingOrders = [t_s] | ||
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| ##### Pairing expectation params | ||
| p_dx2y2 = Param(1.0, 2) | ||
| AddAnisotropicBond!(p_dx2y2, PairingUC, 1, 2, [ 0, 0], (SpinVec[2]), 1.0, "d_x^2-y^2 Pairing") | ||
| AddAnisotropicBond!(p_dx2y2, PairingUC, 1, 2, [-1 , -1], (SpinVec[2]), 1.0, "d_x^2-y^2 Pairing") | ||
| AddAnisotropicBond!(p_dx2y2, PairingUC, 1, 2, [ 0, -1], -(SpinVec[2]), 1.0, "d_x^2-y^2 Pairing") | ||
| AddAnisotropicBond!(p_dx2y2, PairingUC, 1, 2, [ -1, 0], -(SpinVec[2]), 1.0, "d_x^2-y^2 Pairing") | ||
| p_dx2y2 = Param(1.0, 2) | ||
| AddAnisotropicBond!(p_dx2y2, PairingUC, 1, 2, [0, 0], (SpinVec[2]), 1.0, "d_x^2-y^2 Pairing") | ||
| AddAnisotropicBond!(p_dx2y2, PairingUC, 1, 2, [-1, -1], (SpinVec[2]), 1.0, "d_x^2-y^2 Pairing") | ||
| AddAnisotropicBond!(p_dx2y2, PairingUC, 1, 2, [0, -1], -(SpinVec[2]), 1.0, "d_x^2-y^2 Pairing") | ||
| AddAnisotropicBond!(p_dx2y2, PairingUC, 1, 2, [-1, 0], -(SpinVec[2]), 1.0, "d_x^2-y^2 Pairing") | ||
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| PairingOrders = [p_dx2y2] | ||
| PairingOrders = [p_dx2y2] | ||
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| bdgH = Hamiltonian(HoppingUC, PairingUC, bz) | ||
| bdgH = Hamiltonian(HoppingUC, PairingUC, bz) | ||
| DiagonalizeHamiltonian!(bdgH) | ||
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| bdgModel = BdGModel(HoppingUC, PairingUC, bz, bdgH ; T=T, filling=filling, stat=stat) | ||
| bdgModel = BdGModel(HoppingUC, PairingUC, bz, bdgH; T=T, filling=filling, stat=stat) | ||
| SolveModel!(bdgModel) | ||
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| bdgmft = BdGMFT(bdgModel, HoppingOrders, PairingOrders, Interactions, InterQuarticToHopping, InterQuarticToPairing) | ||
| fileName = "./Sample/SquaretJ_Data/filling=$(round(filling, digits=3))_t1=$(round(t1Param.value[end], digits=3))_J=$(round(J, digits=3))_wtWeiss.jld2" | ||
| bdgmft = BdGMFT(bdgModel, HoppingOrders, PairingOrders, Interactions, InterQuarticToHopping, InterQuarticToPairing) | ||
| fileName = "./SquaretJ_Data/filling=$(round(filling, digits=3))_t1=$(round(t1Param.value[end], digits=3))_J=$(round(J, digits=3))_wtWeiss.jld2" | ||
| SolveMFT!(bdgmft, fileName) | ||
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| end |
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