Global Index (short | long) | Local contents | Local Index (short | long)
quivscale2(px, py, H);
This function calls | |
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function quivscale2(px, py, H); clf subplot(2,1,1); %quiver(XAX, YAX, a, a, 1); quiver(a, a, 1); %axis([0 360 -90 90]) %if nargin == 2; H = gca; %end h = get(H, 'Position'); h2 = h; h1 = h(4) / 10; % h(2)=h(2)+h1; % Push the bottom of the current axis up a little h(4)=h(4)-h1; % Adjust the height of the current axis to previous command % set(gca, 'position', h); hlim=get(gca,'xlim'); h2(4) = 0.3*h1; h2(1) = (h2(1) + h2(3)) - h2(3) / 10; h2(3) = h2(3) / 10; ax=axes('position',h2); hlim(1)=0; set(ax,'xlim',hlim); xsq=px.^2; ysq=py.^2; arrowmag=max(unique(sqrt([xsq+ysq]))); arrowmag=max(unique(sqrt([xsq+ysq]))); size1=prod(size(arrowmag)); arrowmag2=reshape(arrowmag,size1,1); X=zeros(size1,1); Y=1:size1; null=zeros(size1,1); quiver(X,Y,arrowmag2,null,0); set(ax,'xlim',[0 5]); set(ax,'ytick',[]); set(ax,'xticklabel', [], 'yticklabel', []); set(ax,'Color',get(gcf, 'Color'),'XColor',[1 1 1], 'YColor', [1 1 1]); set(ax, 'Box', 'off') hlim=get(gca,'xlim'); %h2(end)=h2(end)/20 h2(2)=h2(2)/3; ax=axes('position',h2);