📄 calc_scat_multi.m
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% Procedure for calculating the received signal from a collection of scatterers% and for each of the elements in the receiving aperture.%% Calling: [scat, start_time] = calc_scat_multi (Th1, Th2, points, amplitudes); %% Parameters: Th1 - Pointer to the transmit aperture. % Th2 - Pointer to the receive aperture. % points - Scatterers. Vector with three columns (x,y,z) % and one row for each scatterer. % amplitudes - Scattering amplitudes. Row vector with one % entry for each scatterer.%% Return: scat - Received voltage traces. One signal for% each physical element in the receiving% aperture.% start_time - The time for the first sample in scat.%% Version 1.0, May 21, 1999 by Joergen Arendt Jensenfunction [scat, start_time] = calc_scat_multi (Th1, Th2, points, amplitudes)% Check the point array [m1,n]=size(points); if (n ~= 3) error ('Points array must have three columns'); end [m2,n]=size(amplitudes); if (m1 ~= m2) error ('There must be the same number of rows for points and amplitudes arrays'); end% Call the C-part of the program to show aperture [scat, start_time] = Mat_field (4006,Th1,Th2,points, amplitudes);
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