MEASUREMENT THEORY
Second Assignment
Due 15 November 2004
2 251 20 51 10 18 10 0.005 is seen by the computer as: 0000200251000200005100010000180001000.005So do not change the relative spacing of the numbers when you change 1 (00001) to 10 (00010)! An easy way to do this is to use the Insert key. Within Epsilon if you hit the Insert key it changes the cursor into a flashing rectangle. It looks like this:
30 OCTOBER 2004 16.05.38.76. RANDOM NUMBER SEED 59100 CHILE_ROLL_CALLS.ORD NON-PARAMETRIC MULTIDIMENSIONAL UNFOLDING OF CHILE DATA 1 251 20 51 1 1 10 0.005 (51A1,3900I1) (I5,1X,51A1,2I5,50F8.3) ****************************************************************************** 1 ROLL CALLS 1 764 13793 0.05539 0.94461 0.78295 2 LEGISLATORS 1 697 13793 0.05053 0.94947 0.80199 0.98774 3 ROLL CALLS 1 679 13793 0.04923 0.95077 0.80710 4 LEGISLATORS 1 664 13793 0.04814 0.95186 0.81136 0.99741 5 ROLL CALLS 1 662 13793 0.04800 0.95200 0.81193 6 LEGISLATORS 1 658 13793 0.04771 0.95229 0.81307 0.99952 7 ROLL CALLS 1 655 13793 0.04749 0.95251 0.81392 8 LEGISLATORS 1 652 13793 0.04727 0.95273 0.81477 0.99783 9 ROLL CALLS 1 648 13793 0.04698 0.95302 0.81591 10 LEGISLATORS 1 643 13793 0.04662 0.95338 0.81733 0.99961 11 ROLL CALLS 1 641 13793 0.04647 0.95353 0.81790 12 LEGISLATORS 1 640 13793 0.04640 0.95360 0.81818 0.99879 13 ROLL CALLS 1 639 13793 0.04633 0.95367 0.81847 14 LEGISLATORS 1 638 13793 0.04626 0.95374 0.81875 0.99893 15 ROLL CALLS 1 638 13793 0.04626 0.95374 0.81875 16 LEGISLATORS 1 638 13793 0.04626 0.95374 0.81875 0.99998 16.05.38.78. ELAPSED TIME OF JOB 16.05.39.53.In one dimension you should reproduce the above almost exactly (its possible that some machines might produce slightly different results). Note that you can check your results against the above by scraping this webpage with Epsilon and doing a file comparison using C-F2. Specifically, here is a screen shot of my doing just that: