📄 xdc_rectangles.m
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% Procedure for creating an aperture consisting of rectangles%% Calling: Th = xdc_rectangles (rect, center, focus); %% Parameters: %% rect - Information about the rectangles. One row% for each rectangle. The contents is:%% Index Variable Value% -----------------------------------------------------------------------% 1 no The number for the physical aperture starting from one% 2-4 x1,y1,z1 First corner coordinate% 5-7 x2,y2,z2 Second corner coordinate% 8-10 x3,y3,z3 Third corner coordinate% 11-13 x4,y4,z4 Fourth corner coordinate% 14 apo Apodization value for this element. % 15 width Width of the element (x direction)% 16 heigth Height of the element (y direction)% 17-19 c1,c2,c2 Center point of the rectangle%% The corner coordiantes points must% be in a sorted order, so that they are meet in% counter clockwise order when going from 1 to 2 to 3 to 4. % The rectangle number given must also be in increasing order.%% center - The center of the physical elements. One line for% each element starting from 1.%% focus - The fixed focus for this aperture.%% All dimensions are in meters.%% Return: A handle Th as a pointer to this transducer aperture.%% Version 1.0, August 1, 1997 by Joergen Arendt Jensenfunction Th = xdc_rectangles (rect, center, focus)% Check that all parameters are valid [n,m] = size(rect); if (m~=19) error ('Field error: Not sufficient coordinates for rectangles') end [n,m] = size(center); if (m~=3) error ('Field error: Not correct size for center points') end [n,m] = size(focus); if (n~=1) | (m~=3) error ('Field error: Not correct size for focus point') end% Call the C-part of the program to create aperture Th = Mat_field (1021, rect, center, focus);
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