├── BiprismAberrations_Revisit_2023 ├── Laplace.py ├── __pycache__ │ ├── Laplace.cpython-311.pyc │ └── odedopri.cpython-311.pyc ├── firstorderbiprismlens.py └── odedopri.py ├── LICENSE ├── Lens Aberrations & Parallelisation ├── Laplace.py ├── aberration_integrals_magnetic_lens.py ├── b_field_functions.py ├── compare_differential_algebra_and_aberration_integral_electrostatic.py ├── compare_differential_algebra_and_aberration_integral_electrostatic_rk_method.py ├── compare_differential_algebra_and_aberration_integral_magnetic.py ├── odedopri.py ├── paraxial_electrostatic_lens.py ├── paraxial_magnetic_lens.py ├── particle_tracing_cpu.py ├── particle_tracing_notebook.ipynb ├── particle_tracing_notebook.py ├── tem_gym_astigmatism_manual.py ├── tem_gym_beam_shift_manual.py ├── temgym_astigmatism.py ├── temgym_beam_shift.py └── test ├── NanoMi Lens ├── AsymptoticCoefficients.txt ├── Figures │ ├── DXF.pdf │ ├── Figure_1.svg │ ├── Figure_2.svg │ ├── Figure_2_corrected.svg │ ├── Figure_2_old.svg │ ├── Figure_3_corrected.svg │ ├── Figure_3_old.svg │ ├── Figure_4.svg │ ├── Figure_4_old.svg │ ├── Figure_5.svg │ ├── Figure_5_corrected.svg │ ├── Figure_5_old.svg │ ├── Figure_6.svg │ ├── Figure_6_corrected.svg │ ├── Figure_6_old.svg │ ├── Figure_7.svg │ ├── Figure_7_corrected.svg │ ├── Figure_7_old.svg │ ├── Figure_8.svg │ ├── Figure_8_corrected.svg │ ├── Figure_8_old.svg │ ├── Mesh.pdf │ ├── Potential.pdf │ ├── complete assembly Drawing 2.pdf │ ├── complete assembly.stp _ complete assembly.pdf │ ├── drawing.eps │ ├── drawing.pdf │ ├── drawing.svg │ ├── drawing.svg-g101007-463.png │ └── symmetric lens.stp _ symmetric lens.pdf ├── FitPotential.svg ├── FocalLength.svg ├── Laplace.py ├── Measured_Cs_aberint_and_DA_ULU0_0.8-1.0.txt ├── Measured_Cs_aberint_and_DA_f_over_2.txt ├── Nanomi_Lens_Default_Mesh_On_ZAxis_0.02Vacuum.txt ├── RealMag_Realf_AsympMag_Asympf_zobject_0.8-1.0.txt ├── RealMag_Realf_AsympMag_Asympf_zobject_0.8-1.0_closer.txt ├── SymmetricLensWithInsulator.FEE ├── Test ├── ULU0andFocalLengths.txt ├── __pycache__ │ ├── Laplace.cpython-39.pyc │ ├── da_spot_diagram.cpython-39.pyc │ ├── generate_expression.cpython-39.pyc │ ├── odedopri.cpython-39.pyc │ └── sum_of_norms.cpython-39.pyc ├── cs_vs_magnification.py ├── da_spot_diagram.py ├── generate_expression.py ├── minimum_disc_radius.svg ├── nanomi_lens_SfSg.txt ├── nanomi_lens_aberration_integral.py ├── nanomi_lens_aberration_integral_Cso_vs_ULU0.py ├── nanomi_lens_differential_algebra.py ├── nanomi_lens_minimum_disc_of_confusion.py ├── nanomi_lens_notebook_aberrations.py ├── nanomi_lens_notebook_asymptotes_figure.py ├── nanomi_lens_notebook_focal_length.py ├── nanomi_lens_object_distance_vs_mag.py ├── nanomi_lens_object_vs_magnification_simplified.py ├── nanomi_symmetric_lens_focal_length_data.txt ├── odedopri.py ├── plot_asymptotic_aber_vs_real_aber.py ├── plot_mesh_size.py ├── pyfemm_nanomi_lens_insulator_rod_axisymmetric_cad.txt ├── rempfer_symmetric_lens_focal_length_data.txt └── sum_of_norms.py └── 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