Here is a list of all files with brief descriptions:

[detail level 12]

aggregated_lsqr_demos
find_lsqr_solution.m	Computes least-squares dipole excitations to reduce sidelobes in a dish antenna radiation pattern
get_zmn_for_phi.m	Constructs the system matrix Zmn and target vector d for dipole-based sidelobe reduction in a dish antenna
lsqr_single_phi.m	Demonstrates sidelobe reduction in a parabolic dish antenna using LSQR-optimized dipole currents for a single phi-plane
lsqr_single_phi_in_3d.m	Performs sidelobe suppression on a dish antenna using dipole superposition, evaluated in both 2D and 3D far-field
archive
dish_dipole_fmincon_demo.m	Performs sidelobe reduction on a dish antenna using constrained optimization via fmincon
dish_w_dipole_demo.m	Demonstrates single-dipole sidelobe cancellation on a dish antenna pattern
dish_w_mul_dipoles_demo.m	Demonstrates selective sidelobe reduction in a dish antenna using multiple dipoles
demos
dipole_demo.m	Demonstrates 3D and 2D radiation patterns of a single dipole in free space
dipole_ring.m	Simulates the far-field pattern of a uniform circular array (UCA) of vertical dipoles
dish_demo.m	Demonstrates the simulation of a parabolic reflector antenna using physical optics
feed_fields
circ_aperture_fields.m	Computes far-field components radiated by a circular aperture
pyramidal_horn_fields.m	Computes the far-field components radiated by a pyramidal horn antenna
ga_demos
boresight_null_constraint.m	Nonlinear equality constraint for enforcing a null at boresight in a dipole ring array
dish_dipole_ga_demo.m	Demonstration script for dipole-based sidelobe suppression using a genetic algorithm
ga_cost_fun1.m	Cost function for GA-based dipole optimization on a dish antenna
helper_functions
center_slice.m	Extracts a centered window of specified length from a vector
coswindow.m	Generates a custom cosine window with flattened sides
ffpower.m	Computes the far-field power and normalized electric field in dB
green3d.m	Computes the scalar Green's function for 3D free space
loadcstfarfield.m	Loads and processes far-field data exported from CST Studio Suite
loadcstfarfield_mycoords.m	Loads CST far-field data and reorganizes it into a symmetric coordinate format
mycart2cyl.m	Converts Cartesian coordinates to cylindrical coordinates
mycart2sph.m	Converts Cartesian coordinates to spherical coordinates
mycart2sphvec.m	Converts a vector field from Cartesian to spherical coordinates
mycross.m	Computes the cross product of two 3D vector fields component-wise
mycyl2sph.m	Converts cylindrical coordinates to spherical coordinates
mysph2cart.m	Converts spherical coordinates to Cartesian coordinates
mysph2cartvec.m	Converts a vector field from spherical to Cartesian coordinates
rectwindow.m	Generates a rectangular window with tapered edges
sideslice.m	Extracts elements from both ends of a vector
load_cst_demo
load_cst_demo.m	Visualizes CST far-field simulation data in MATLAB using custom coordinate conversion
lsqr_demos
dish_dipole_lsqr_constrained_demo.m	Demonstrates sidelobe suppression in a dish antenna using LSQR with antisymmetric dipole constraint
dish_dipole_lsqr_demo.m	Demonstrates LSQR-based dipole optimization to suppress sidelobes in a parabolic dish radiation pattern
dish_dipole_lsqr_demo_optspacingtests.m	Tests sidelobe suppression of a dish antenna using LSQR-optimized dipole placements with variable spacing
dish_dipole_lsqr_mulrings_demo.m	Demonstration of sidelobe suppression in a parabolic dish using multiple dipole rings via LSQR optimization
dish_w_dipole_lsqr_3d.m	Simulates 3D far-field radiation of a parabolic dish and suppresses sidelobes using LSQR optimization with a single dipole ring
dish_w_dipole_lsqr_3d_mulrings.m	Performs 3D sidelobe suppression for a parabolic dish using multiple dipole rings and LSQR optimization
lsqr_target_one_lobe_3d
lsqr_target_one_lobe_3d.m	Suppresses a single sidelobe ring in a 3D radiation pattern using LSQR-based dipole optimization
lsqr_target_peaks
lsqr_target_peaks_3d.m	Suppresses sidelobe peaks in a dish antenna radiation pattern using least squares optimization
lsqr_target_peaks_first_sl_2d.m	Suppresses the first sidelobes in a 2D far-field slice using LSQR optimization
profilers
pyramidal_horn_profiler.m	Script to profile pyramidal horn field generation performance
surfaces
surface_dish.m	Generates the surface mesh of a parabolic dish
surface_normal_dish.m	Computes the unit normal vectors on a parabolic dish surface
surface_normal_rim.m	Computes the unit normal vectors on the circular rim of a parabolic dish
surface_rim.m	Generates the surface mesh of the rim extension of a parabolic dish
DirectedDipole.m
DishAnalyzer.m
dsd.m
ParabolicDish.m
SimpleDipole.m