Description: MATSLISE is a Matlab application for the numerical study of Schr鰀inger
and Sturm-Liouville problems. MATSLISE allows one to compute the eigen-
values and eigenfunctions and to display them graphically.
The numerical methods used are the CP methods (abbreviation for
Constant reference potential Pertubation Method).
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File list (Check if you may need any files):
MATSLISE
........\examples
........\........\example0.asv
........\........\example0.m
........\........\example1.asv
........\........\example1.m
........\........\example2.m
........\........\example3.m
........\........\example4.m
........\........\example5.m
........\........\example6.asv
........\........\example6.m
........\........\example7.asv
........\........\example7.m
........\........\example8.m
........\GUI
........\...\About_msgbox.m
........\...\clear_gapp.m
........\...\close_problem.asv
........\...\close_problem.m
........\...\dist_coulomb.asv
........\...\dist_coulomb.fig
........\...\dist_coulomb.m
........\...\eigenfunctions_oneplot.fig
........\...\eigenfunctions_oneplot.m
........\...\eigenfunctions_plot.asv
........\...\eigenfunctions_plot.fig
........\...\eigenfunctions_plot.m
........\...\eigenfunctions_potential_plot.asv
........\...\eigenfunctions_potential_plot.fig
........\...\eigenfunctions_potential_plot.m
........\...\eigenfunction_plot.asv
........\...\eigenfunction_plot.fig
........\...\eigenfunction_plot.m
........\...\eigenvalues_plot.asv
........\...\eigenvalues_plot.fig
........\...\eigenvalues_plot.m
........\...\eigenvalues_plot_param.asv
........\...\eigenvalues_plot_param.fig
........\...\eigenvalues_plot_param.m
........\...\eigenvalues_window.asv
........\...\eigenvalues_window.fig
........\...\eigenvalues_window.m
........\...\eigenvalue_data.fig
........\...\eigenvalue_data.m
........\...\eigenvector_data.asv
........\...\eigenvector_data.fig
........\...\eigenvector_data.m
........\...\Helpfiles
........\...\.........\b_next.gif
........\...\.........\b_prev.gif
........\...\.........\cl_matslise.html
........\...\.........\construct_button.html
........\...\.........\construct_distcoul.html
........\...\.........\construct_slp.html
........\...\.........\directorystruct.PNG
........\...\.........\directorystruct2.PNG
........\...\.........\distorted_coulomb.html
........\...\.........\distorted_coulomb.PNG
........\...\.........\eigenfunctions.html
........\...\.........\eigenfunctions.PNG
........\...\.........\eigenfunctions_param.html
........\...\.........\eigenfunctions_param.JPG
........\...\.........\eigenfunctions_param.PNG
........\...\.........\eigenfunctions_param2.JPG
........\...\.........\eigenfunctions_potential.html
........\...\.........\eigenfunction_plot.html
........\...\.........\eigenvalues.html
........\...\.........\eigenvalues.PNG
........\...\.........\eigenvalues_param.html
........\...\.........\eigenvalues_param.PNG
........\...\.........\eigenvectorplot.jpg
........\...\.........\eigfs_pot_plot.PNG
........\...\.........\eigfs_pot_plot_s.PNG
........\...\.........\FileMenu.html
........\...\.........\FileMenu_distcoul.html
........\...\.........\FileMenu_slp.html
........\...\.........\matslise.html
........\...\.........\multipleparam.JPG
........\...\.........\partition.png
........\...\.........\plot_partition.png
........\...\.........\potential_plot.PNG
........\...\.........\potential_plot_param.PNG
........\...\.........\potential_plot_window.html
........\...\.........\predefined_problems.html
........\...\.........\regular_schrodinger.png
........\...\.........\reg_schrod.html
........\...\.........\reg_schrod_param.html
........\...\.........\reg_schrod_param.PNG
........\...\.........\sturm_liouville.html
........\...\.........\sturm_liouville.PNG
........\...\.........\Thumbs.db
........\...\param_eigenvalues_window.asv
........\...\param_eigenvalues_window.fig
........\...\param_eigenvalues_window.m
........\...\param_eigenvector_plot.asv
........\...\param_eigenvector_plot.fig
........\...\param_eigenvector_plot.m
........\...\param_eigenvector_results.asv
........\...\param_eigenvector_results.fig
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