% trajectory in coordinate space.

global X Y
%X=[]; Y=[]; n=0;

zz=16;

subplot(3,3,1), cP2plotpack(n), zoom(zz), title(sprintf('%d', n));
X = [X expect(xop(pdata),pdata)];
Y = [Y expect(yop(pdata),pdata)];
subplot(3,3,2), cP2plotpack(n+100), zoom(zz), title(sprintf('%d', n+100));
X = [X expect(xop(pdata),pdata)];
Y = [Y expect(yop(pdata),pdata)];
subplot(3,3,3), cP2plotpack(n+200), zoom(zz), title(sprintf('%d', n+200));
X = [X expect(xop(pdata),pdata)];
Y = [Y expect(yop(pdata),pdata)];
subplot(3,3,4), cP2plotpack(n+300), zoom(zz), title(sprintf('%d', n+300));
X = [X expect(xop(pdata),pdata)];
Y = [Y expect(yop(pdata),pdata)];
subplot(3,3,5), cP2plotpack(n+400), zoom(zz), title(sprintf('%d', n+400));
X = [X expect(xop(pdata),pdata)];
Y = [Y expect(yop(pdata),pdata)];
subplot(3,3,6), cP2plotpack(n+500), zoom(zz), title(sprintf('%d', n+500));
X = [X expect(xop(pdata),pdata)];
Y = [Y expect(yop(pdata),pdata)];
subplot(3,3,7), cP2plotpack(n+600), zoom(zz), title(sprintf('%d', n+600));
X = [X expect(xop(pdata),pdata)];
Y = [Y expect(yop(pdata),pdata)];
subplot(3,3,8), cP2plotpack(n+700), zoom(zz), title(sprintf('%d', n+700));
X = [X expect(xop(pdata),pdata)];
Y = [Y expect(yop(pdata),pdata)];
subplot(3,3,9), cP2plotpack(n+800), zoom(zz), title(sprintf('%d', n+800));
X = [X expect(xop(pdata),pdata)];
Y = [Y expect(yop(pdata),pdata)];

n=n+900;
