i want to reduce the use of repeated for loops as i explained below???

when SS =1 , KK loop should not take the value from 1 to 3

when SS = 2:23 , KK loop should not run for SS-1:SS+1

when SS =24 , KK loop should not take the value from 22 to 24

to calculate the vraible "dist" i used three sets of for loops. is it possible to reduce

I am able to get the answer but i dont want to repeat the same code for three times. how to resolve the problem???

for ss = 1
    for kk = setdiff(1:no_receivers+1,1:3)
        for ii = 1:no_gridsx
                             dist(ii,1:250,kk,ss) = sqrt((apert_x(1,ss)-X(ii,1:250)).^2+(apert_y(1,ss)-Y(ii,1:250)).^2)+sqrt((X(ii,1:250)-apert_x(1,kk)).^2+(Y(ii,1:250)-apert_y(1,kk)).^2);
                  end
     end
end
for ss = 2:23
    for kk = setdiff(1:no_receivers+1,ss-1:ss+1)
        for ii = 1:no_gridsx
                          dist(ii,1:250,kk,ss) = sqrt((apert_x(1,ss)-X(ii,1:250)).^2+(apert_y(1,ss)-Y(ii,1:250)).^2)+sqrt((X(ii,1:250)-apert_x(1,kk)).^2+(Y(ii,1:250)-apert_y(1,kk)).^2);
                     end
     end
end
for ss = 24
    for kk = setdiff(1:no_receivers+1,22:24)
        for ii = 1:no_gridsx
                              dist(ii,1:250,kk,ss) = sqrt((apert_x(1,ss)-X(ii,1:250)).^2+(apert_y(1,ss)-Y(ii,1:250)).^2)+sqrt((X(ii,1:250)-apert_x(1,kk)).^2+(Y(ii,1:250)-apert_y(1,kk)).^2);
                end
     end
end