Can you use the truncation function to find the TC numbers (1st column), find the TC frequencies (2nd column), and then calculate these EV numbers (3rd column)? I just do not see any math justification for using the floor function here.0.5 % is a rule of thumb for Hi-Lo. It's not uniform. Let's take 6D,S17 with 22 indices as an example:
Hi-Lo
Code:10 0.000476488880 0.061209382263 9 0.000962523080 0.054479161165 8 0.001894033079 0.047515923006 7 0.003549913439 0.040629630113 6 0.006461209698 0.033793818826 5 0.011887739096 0.027073550933 4 0.021078035653 0.020736322732 3 0.036924567448 0.014957618139 2 0.065058029179 0.009545233196 1 0.118179208902 0.004229703977 0 0.267033329275 -0.001757881127 -1 0.188816929980 -0.006267781336 -2 0.123654982060 -0.010779987732 -3 0.067056553499 -0.015782591178 -4 0.038778760688 -0.020796967604 -5 0.021111953793 -0.026068963357 -6 0.012343745076 -0.031574742307 -7 0.006673581358 -0.037552766121 -8 0.003759524559 -0.043790938820 -9 0.001920320239 -0.050448226281 -10 0.001009002920 -0.057649010570
RPC
Calculate the difference between one TC and the next, multiply it by 100 and see what result you get.Code:10 0.006372829899 0.027301855334 9 0.008569372839 0.024063123854 8 0.011653612678 0.020926467757 7 0.015385171578 0.017679132702 6 0.020620626037 0.014609527830 5 0.027652105676 0.011741223029 4 0.037335565274 0.008935352324 3 0.049935327772 0.006160542519 2 0.067904886609 0.003336525709 1 0.094138976165 0.000473857076 0 0.162769829314 -0.002723333936 -1 0.109741408322 -0.005086927518 -2 0.098787306224 -0.007418290243 -3 0.070139308069 -0.009979178426 -4 0.052547268312 -0.012487106009 -5 0.037899048414 -0.015071285529 -6 0.028790138055 -0.017582050108 -7 0.021189757057 -0.020216572978 -8 0.016134736997 -0.022816386161 -9 0.011748251658 -0.025605774264 -10 0.008891312039 -0.028480907976
Sincerely,
Cac
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