function plot_compliance(aPhys,bPhys,cPhys)
% load('ani_rmin1.5_cab.mat')
% aPhys=a_log{347,2};bPhys=b_log{347,2};cPhys=c_log{347,2};
% load('iso_rmin1.5.mat')
% cPhys=c_log{276,2};
nz=size(aPhys,1);ny=size(aPhys,2);nx=size(aPhys,3);
% ch=interp_ch(aPhys,bPhys,cPhys);
[ch,ch_da,ch_db,ch_dc]=fitting_val(aPhys,bPhys,cPhys);
ke_all=lk_all(ch);
U=FEM_Beam(nx,ny,nz,ke_all);
comp =zeros(nz,ny,nx);
for elz = 1:nz
    %       z = nz*h - (elz-1)*h;
    for ely = 1:ny
        %           y = (ely-1)*h + 0.5*h;
        for elx = 1:nx
            %              x = (elx-1)*h + 0.5*h;
            n2 = (nz+1)*(ny+1)*elx + (nz+1)*(ely-1) + elz;
            n1 = n2-(nz+1)*(ny+1);
            n3 = n1 + (nz+1);
            n4 = n2 + (nz+1);
            n5 = n1 + 1;
            n6 = n2 + 1;
            n7 = n3 + 1;
            n8 = n4 + 1;
            Ue = U([3*n1-2; 3*n1-1; 3*n1;
                3*n2-2; 3*n2-1; 3*n2;
                3*n3-2; 3*n3-1; 3*n3;
                3*n4-2; 3*n4-1; 3*n4;
                3*n5-2; 3*n5-1; 3*n5;
                3*n6-2; 3*n6-1; 3*n6;
                3*n7-2; 3*n7-1; 3*n7;
                3*n8-2; 3*n8-1; 3*n8]);
            
            comp(elz,ely,elx) = Ue'* ke_all(:,:,elz,ely,elx)*Ue;
            
        end
    end
end
figure(1)
set(gcf,'position',[100 650 300 300])
cc = squeeze(comp(:,1,:));
colormap(1-gray); imagesc(cc);
axis equal; axis tight; axis off;
% title('Compliance Distribution')
set(gca,'YDir','normal')
pause(1e-6);
end