Dati(1,1).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 -6.5137 5.149 -55.4554 0.51718 0.33086 0.76689 -6.3936 5.0667 -53.6659 0.957 0.029464 0.99815 2 -8.6827 6.6354 -92.7553 -0.019168 0.69842 -0.038704 -13.2454 9.7621 -201.9304 0.92131 0.053923 0.99381 3 -8.9698 6.8321 -98.3962 -0.60935 1.1029 -1.59 -20.0792 14.4451 -443.3327 0.89185 0.074115 0.9883 4 -9.6448 7.2947 -112.3118 -1.2091 1.5139 -3.8802 -24.6921 17.6063 -659.0857 0.86687 0.091232 0.98228 5 -9.4786 7.1808 -108.801 -1.7044 1.8533 -6.3137 -25.6633 18.2718 -709.9303 0.85436 0.099802 0.97879 6 -9.3269 7.0768 -105.6445 -2.0549 2.0935 -8.3324 -23.6796 16.9125 -608.0842 0.84876 0.10364 0.97713 7 -9.3825 7.1149 -106.7965 -2.2237 2.2092 -9.3924 -19.4829 14.0365 -418.5477 0.8538 0.10019 0.97863 8 -8.2848 6.3627 -85.2068 -2.2093 2.1993 -9.2995 -13.5301 9.9572 -210.1228 0.86683 0.091258 0.98227 9 -6.7997 5.345 -59.8359 -1.998 2.0544 -7.9878 -7.0154 5.4928 -63.2472 0.88458 0.079092 0.98668 10 -5.8871 4.7196 -46.4319 -1.7536 1.887 -6.5824 -3.8841 3.347 -22.8545 0.89837 0.069645 0.98967 11 -4.4499 3.7347 -28.7019 -1.5465 1.7451 -5.4848 -3.5267 3.102 -19.4908 0.90563 0.064667 0.9911 12 -2.257 2.232 -9.6081 -1.4333 1.6675 -4.9212 -3.7887 3.2816 -21.9312 0.91043 0.061378 0.99198 13 -0.69179 1.1593 -1.8621 -1.3754 1.6278 -4.6425 -3.8728 3.3392 -22.7444 0.91536 0.058003 0.99284 14 -0.3596 0.93171 -0.84851 -1.3765 1.6286 -4.648 -3.5918 3.1467 -20.0846 0.91813 0.056104 0.9933 15 -0.224 0.83878 -0.49818 -1.3861 1.6351 -4.6934 -3.4477 3.0479 -18.7823 0.91935 0.055266 0.9935 16 -0.27575 0.87424 -0.62753 -1.3702 1.6243 -4.6181 -3.9334 3.3808 -23.3388 0.91978 0.054973 0.99356 17 -0.31525 0.90131 -0.72988 -1.2807 1.5629 -4.2017 -4.3626 3.6748 -27.7569 0.92057 0.054433 0.99369 18 -0.20529 0.82596 -0.45273 -1.1557 1.4772 -3.6469 -4.8475 4.0071 -33.1928 0.91957 0.055118 0.99353 19 -0.23213 0.84435 -0.51813 -1.0081 1.3761 -3.0323 -5.0209 4.126 -35.2517 0.91707 0.056827 0.99312 20 -0.24927 0.8561 -0.56067 -0.8793 1.2878 -2.5318 -5.0805 4.1668 -35.9726 0.91447 0.058611 0.99268 21 -0.24654 0.85423 -0.55386 -0.76689 1.2108 -2.1219 -4.8211 3.9891 -32.8852 0.91285 0.059722 0.9924 22 -0.25884 0.86266 -0.58467 -0.69867 1.1641 -1.8855 -4.6173 3.8494 -30.5538 0.91064 0.061233 0.99202 23 -0.22423 0.83894 -0.49875 -0.65708 1.1356 -1.7459 -4.4453 3.7316 -28.6518 0.90781 0.063179 0.9915 24 -0.13062 0.77479 -0.27831 -0.63513 1.1205 -1.6737 -4.3662 3.6774 -27.7962 0.90505 0.065066 0.99098 25 -0.10711 0.75868 -0.2257 -0.59995 1.0964 -1.5598 -4.2163 3.5746 -26.2099 0.90331 0.066257 0.99065 26 -0.10631 0.75813 -0.22392 -0.55636 1.0665 -1.4223 -4.2558 3.6017 -26.6236 0.90093 0.067889 0.99019 27 -0.086203 0.74435 -0.17984 -0.49368 1.0236 -1.2311 -4.2991 3.6314 -27.0806 0.89812 0.069816 0.98962 28 -0.060594 0.7268 -0.12486 -0.42736 0.97814 -1.0374 -4.3859 3.6908 -28.0078 0.89553 0.07159 0.98909 29 -0.058242 0.72519 -0.11988 -0.35448 0.9282 -0.83461 -4.4038 3.7031 -28.2016 0.89385 0.07274 0.98873 30 -0.058678 0.72549 -0.1208 -0.29583 0.88801 -0.67918 -4.5017 3.7702 -29.2692 0.89171 0.074211 0.98827 Dati(1,2).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 -0.70189 1.3054 -1.8964 0.92905 0.054421 0.99497 0.90791 0.070635 0.99152 0.98455 0.011849 0.99976 2 -0.76336 1.3525 -2.1094 0.92315 0.058945 0.99409 0.90007 0.076643 0.99001 0.98122 0.014402 0.99965 3 -0.98265 1.5207 -2.9309 0.92141 0.06028 0.99382 0.92914 0.054351 0.99498 0.97874 0.016303 0.99955 4 -1.1347 1.6373 -3.5568 0.92309 0.058988 0.99409 0.93904 0.046752 0.99628 0.97778 0.017041 0.99951 5 -1.2035 1.6901 -3.8555 0.9096 0.069339 0.99183 0.91789 0.062979 0.99326 0.97681 0.017784 0.99946 6 -1.0617 1.5814 -3.2508 0.90636 0.071824 0.99123 0.90917 0.069666 0.99175 0.97662 0.017931 0.99945 7 -1.2745 1.7445 -4.1732 0.90253 0.074756 0.9905 0.92797 0.05525 0.99481 0.97639 0.018105 0.99944 8 -1.4086 1.8474 -4.8014 0.90426 0.073435 0.99083 0.93505 0.049818 0.99578 0.97647 0.018051 0.99945 9 -1.5077 1.9234 -5.2883 0.89177 0.083009 0.98829 0.92421 0.058128 0.99426 0.97636 0.01813 0.99944 10 -1.342 1.7963 -4.4848 0.88931 0.0849 0.98775 0.91572 0.064643 0.9929 0.97645 0.018061 0.99945 11 -1.4789 1.9013 -5.1447 0.88683 0.086801 0.98719 0.92627 0.05655 0.99456 0.97646 0.018056 0.99945 12 -1.5519 1.9573 -5.5124 0.88688 0.086765 0.9872 0.93439 0.050322 0.9957 0.97655 0.017982 0.99945 13 -1.705 2.0747 -6.317 0.88007 0.091988 0.98562 0.92779 0.055387 0.99479 0.97656 0.017977 0.99945 14 -1.5597 1.9633 -5.5519 0.87967 0.092293 0.98552 0.92115 0.060476 0.99378 0.97656 0.017979 0.99945 15 -1.6599 2.0402 -6.0753 0.87851 0.093186 0.98524 0.92478 0.057694 0.99434 0.97657 0.017969 0.99945 16 -1.6686 2.0468 -6.1216 0.87849 0.0932 0.98523 0.93178 0.052326 0.99535 0.97661 0.017938 0.99945 17 -1.8545 2.1894 -7.1484 0.87297 0.097434 0.98386 0.92861 0.054752 0.9949 0.97662 0.017935 0.99945 18 -1.7353 2.098 -6.482 0.87262 0.097703 0.98377 0.9243 0.058063 0.99427 0.97656 0.017976 0.99945 19 -1.8344 2.174 -7.0338 0.87167 0.098428 0.98353 0.92332 0.058813 0.99412 0.97656 0.017975 0.99945 20 -1.7875 2.138 -6.7702 0.87193 0.098231 0.9836 0.92859 0.054769 0.9949 0.97655 0.017987 0.99945 21 -1.9883 2.292 -7.93 0.86787 0.10134 0.98254 0.928 0.055227 0.99482 0.97655 0.017987 0.99945 22 -1.8858 2.2134 -7.3281 0.8678 0.1014 0.98252 0.92572 0.056973 0.99448 0.97643 0.018075 0.99944 23 -2.0054 2.3051 -8.0324 0.86659 0.10232 0.9822 0.9225 0.059445 0.99399 0.97645 0.018063 0.99945 24 -1.9153 2.236 -7.4989 0.86708 0.10195 0.98233 0.92608 0.0567 0.99454 0.97617 0.018277 0.99943 25 -2.1225 2.395 -8.75 0.86386 0.10442 0.98147 0.92733 0.055736 0.99472 0.97618 0.018271 0.99943 26 -2.0229 2.3185 -8.1377 0.86387 0.10441 0.98147 0.92638 0.056465 0.99458 0.97612 0.018315 0.99943 27 -2.1735 2.434 -9.0709 0.86149 0.10624 0.98081 0.92197 0.059848 0.99391 0.97611 0.018322 0.99943 28 -2.051 2.3401 -8.3088 0.86262 0.10537 0.98113 0.92384 0.058411 0.9942 0.97603 0.018382 0.99943 29 -2.2645 2.5039 -9.6569 0.8597 0.10761 0.98032 0.92584 0.05688 0.9945 0.97602 0.018395 0.99942 30 -2.1544 2.4194 -8.9504 0.85983 0.10751 0.98035 0.92558 0.057079 0.99446 0.97609 0.018342 0.99943 Dati(1,3).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 -0.65528 1.4098 -1.7399 -0.29679 1.1045 -0.68167 0.54803 0.38496 0.79572 0.97826 0.01852 0.99953 2 -1.1974 1.8716 -3.8286 -0.92677 1.6411 -2.7124 0.22635 0.65894 0.40147 0.97153 0.024245 0.99919 3 -1.0558 1.751 -3.2265 -0.82264 1.5524 -2.322 0.054602 0.80522 0.10622 0.97036 0.025243 0.99912 4 -0.75226 1.4925 -2.0704 -0.54916 1.3195 -1.3999 -0.11424 0.94903 -0.24152 0.9688 0.026577 0.99903 5 -0.81585 1.5466 -2.2973 -0.64911 1.4046 -1.7196 -0.30554 1.112 -0.70443 0.9666 0.028446 0.99888 6 -0.81565 1.5464 -2.2966 -1.0213 1.7216 -3.0857 -0.45371 1.2382 -1.1133 0.96416 0.030524 0.99872 7 -0.71254 1.4586 -1.9328 -1.1277 1.8122 -3.527 -0.5845 1.3496 -1.5107 0.96171 0.032611 0.99853 8 -0.57918 1.345 -1.4938 -1.056 1.7512 -3.2273 -0.62484 1.3839 -1.6401 0.9587 0.035176 0.99829 9 -0.5119 1.2877 -1.2858 -0.98675 1.6922 -2.9472 -0.53715 1.3092 -1.3628 0.95709 0.036544 0.99816 10 -0.44937 1.2345 -1.1007 -1.1104 1.7975 -3.4536 -0.40585 1.1974 -0.97643 0.95622 0.037292 0.99808 11 -0.37508 1.1712 -0.89085 -1.3194 1.9755 -4.3794 -0.26441 1.0769 -0.59873 0.95547 0.037926 0.99802 12 -0.29778 1.1054 -0.68423 -1.4638 2.0985 -5.0702 -0.051842 0.89588 -0.10637 0.95469 0.03859 0.99795 13 -0.23441 1.0514 -0.52376 -1.4803 2.1126 -5.1521 0.27318 0.61905 0.47173 0.95455 0.038708 0.99793 14 -0.17683 1.0023 -0.38492 -1.4797 2.1121 -5.1491 0.58524 0.35326 0.82798 0.95459 0.038676 0.99794 15 -0.12092 0.95472 -0.25645 -1.5684 2.1876 -5.5967 0.76058 0.20392 0.94268 0.95488 0.038433 0.99796 16 -0.067307 0.90906 -0.13914 -1.7393 2.3331 -6.5038 0.54847 0.38458 0.79612 0.95513 0.038217 0.99799 17 -0.018724 0.86768 -0.037799 -1.8915 2.4628 -7.3608 0.16332 0.71262 0.29997 0.95511 0.03823 0.99799 18 0.025943 0.82963 0.051212 -1.9694 2.5292 -7.8176 -0.19978 1.0219 -0.43946 0.95512 0.038227 0.99799 19 0.067645 0.79411 0.13071 -2.0166 2.5693 -8.0999 -0.51268 1.2884 -1.2882 0.95504 0.038296 0.99798 20 0.10655 0.76098 0.20174 -2.1097 2.6487 -8.6705 -0.81663 1.5473 -2.3002 0.95402 0.039162 0.99789 21 0.14235 0.73049 0.26444 -2.2622 2.7785 -9.6421 -1.0588 1.7535 -3.2385 0.95156 0.041261 0.99765 22 0.1753 0.70242 0.31987 -2.4209 2.9137 -10.7023 -1.1942 1.8689 -3.8147 0.94888 0.043539 0.99739 23 0.2057 0.67653 0.36908 -2.539 3.0143 -11.5246 -1.241 1.9087 -4.0222 0.94529 0.046599 0.99701 24 0.23373 0.65266 0.41283 -2.6304 3.0921 -12.1799 -1.2275 1.8972 -3.9619 0.94134 0.049966 0.99656 25 0.25947 0.63073 0.45161 -2.7425 3.1876 -13.006 -1.1048 1.7927 -3.4301 0.93706 0.053607 0.99604 26 0.28306 0.61064 0.486 -2.8954 3.3178 -14.174 -0.85815 1.5826 -2.4527 0.93244 0.057539 0.99544 27 0.30467 0.59223 0.51652 -3.0636 3.4611 -15.5127 -0.54206 1.3134 -1.3779 0.92683 0.062323 0.99465 28 0.32444 0.5754 0.54361 -3.2137 3.589 -16.7557 -0.16881 0.99551 -0.36612 0.92123 0.067092 0.99379 29 0.34247 0.56004 0.56765 -3.3452 3.7009 -17.8808 0.27179 0.62023 0.46972 0.91557 0.071915 0.99287 30 0.35889 0.54605 0.58898 -3.4852 3.8202 -19.1169 0.63989 0.30672 0.87032 0.91071 0.076055 0.99203 Dati(1,4).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 0.89274 0.085634 0.98849 0.64705 0.28178 0.87543 -11.6893 10.1304 -160.0175 0.98212 0.014276 0.99968 2 0.8362 0.13077 0.97317 0.45594 0.43434 0.704 -15.0441 12.8088 -256.4146 0.97704 0.018333 0.99947 3 0.77325 0.18103 0.94858 0.23269 0.61258 0.41123 -19.1614 16.0958 -405.4809 0.97255 0.021912 0.99925 4 0.73757 0.20951 0.93113 0.11752 0.70452 0.22123 -17.6036 14.8521 -345.0934 0.97041 0.023627 0.99912 5 0.71406 0.22828 0.91824 0.081864 0.73299 0.15703 -12.4004 10.6982 -178.5715 0.97045 0.023594 0.99913 6 0.70791 0.23319 0.91468 0.11755 0.7045 0.22128 -6.809 6.2343 -59.9811 0.97056 0.023503 0.99913 7 0.70884 0.23244 0.91523 0.19863 0.63977 0.35781 -0.94379 1.5518 -2.7783 0.97072 0.023375 0.99914 8 0.71884 0.22446 0.92095 0.26694 0.58523 0.46263 -0.2538 1.001 -0.57201 0.97053 0.023529 0.99913 9 0.73476 0.21175 0.92965 0.3149 0.54695 0.53063 -2.3272 2.6563 -10.0704 0.97047 0.023574 0.99913 10 0.75452 0.19598 0.93974 0.36024 0.51075 0.59071 -1.1759 1.7371 -3.7346 0.97043 0.023604 0.99913 11 0.77563 0.17912 0.94966 0.4024 0.47709 0.64288 0.11666 0.70521 0.21971 0.97026 0.023744 0.99912 12 0.79676 0.16226 0.95869 0.43517 0.45093 0.68097 0.10752 0.71251 0.20347 0.96993 0.024009 0.9991 13 0.81644 0.14654 0.96631 0.4648 0.42728 0.71356 -0.48554 1.186 -1.2068 0.96986 0.024061 0.99909 14 0.83349 0.13293 0.97227 0.49493 0.40322 0.74491 -1.016 1.6095 -3.0643 0.96994 0.024 0.9991 15 0.84693 0.1222 0.97657 0.52217 0.38148 0.77168 -2.0774 2.4568 -8.4701 0.9699 0.02403 0.99909 16 0.85642 0.11463 0.97938 0.54563 0.36274 0.79355 -1.0344 1.6241 -3.1386 0.96952 0.02433 0.99907 17 0.86204 0.11014 0.98097 0.56752 0.34527 0.81296 -1.7923 2.2292 -6.797 0.96915 0.024627 0.99905 18 0.86434 0.1083 0.9816 0.58778 0.32909 0.83008 -1.1638 1.7274 -3.6819 0.96869 0.024993 0.99902 19 0.86427 0.10836 0.98158 0.60547 0.31497 0.84435 -0.2491 0.99721 -0.56025 0.96829 0.025317 0.99899 20 0.86271 0.10961 0.98115 0.62111 0.30249 0.85644 -0.10038 0.87849 -0.21084 0.96779 0.025718 0.99896 21 0.86047 0.11139 0.98053 0.63535 0.29112 0.86703 -0.27919 1.0212 -0.63633 0.96766 0.025821 0.99895 22 0.85803 0.11334 0.97984 0.64797 0.28105 0.87607 -0.23921 0.98932 -0.53563 0.96757 0.025887 0.99895 23 0.85576 0.11515 0.9792 0.65894 0.27228 0.88368 -0.55331 1.2401 -1.4128 0.96757 0.025889 0.99895 24 0.85395 0.1166 0.97867 0.66863 0.26455 0.89019 -0.057331 0.84412 -0.11795 0.96757 0.025891 0.99895 25 0.85267 0.11762 0.97829 0.67717 0.25773 0.89578 -0.26588 1.0106 -0.60246 0.96756 0.025899 0.99895 26 0.85188 0.11825 0.97806 0.68458 0.25181 0.90051 -0.18486 0.94593 -0.4039 0.96755 0.025908 0.99895 27 0.85154 0.11852 0.97796 0.69097 0.24672 0.9045 0.078151 0.73595 0.15019 0.96754 0.025914 0.99895 28 0.85157 0.1185 0.97797 0.6965 0.2423 0.90789 0.11353 0.70771 0.21418 0.96754 0.025913 0.99895 29 0.85189 0.11824 0.97806 0.70123 0.23853 0.91073 0.030299 0.77416 0.059679 0.96752 0.025927 0.99895 30 0.85243 0.11782 0.97822 0.70522 0.23533 0.91311 0.075582 0.73801 0.14545 0.96752 0.025934 0.99894 Dati(1,5).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 -0.48834 1.1624 -1.2151 0.32684 0.52575 0.54686 0.64215 0.27949 0.87194 0.98281 0.013428 0.9997 2 -0.50345 1.1742 -1.2604 0.056324 0.73704 0.10948 0.50572 0.38605 0.75569 0.9785 0.016788 0.99954 3 -0.32849 1.0376 -0.76489 -0.084703 0.84718 -0.17658 0.41281 0.45861 0.6552 0.97549 0.019144 0.9994 4 -0.032371 0.80631 -0.065789 -0.1955 0.93372 -0.42923 0.37246 0.49012 0.6062 0.97247 0.021499 0.99924 5 0.0044198 0.77757 0.0088201 -0.17474 0.9175 -0.38001 0.46803 0.41548 0.71701 0.9715 0.02226 0.99919 6 0.38739 0.47846 0.62471 -0.17118 0.91472 -0.37166 0.50309 0.3881 0.75308 0.96992 0.023496 0.99909 7 0.65576 0.26886 0.8815 0.054044 0.73882 0.10517 0.62745 0.29097 0.86121 0.96924 0.024024 0.99905 8 0.77648 0.17457 0.95004 0.13191 0.678 0.24642 0.72696 0.21325 0.92545 0.96842 0.024667 0.999 9 0.81261 0.14636 0.96489 0.21025 0.61682 0.37629 0.84013 0.12487 0.97444 0.96796 0.025025 0.99897 10 0.74397 0.19996 0.93445 0.26778 0.57188 0.46386 0.87406 0.098361 0.98414 0.96764 0.025273 0.99895 11 0.71509 0.22252 0.91883 0.37996 0.48427 0.61555 0.92291 0.06021 0.99406 0.9677 0.025225 0.99896 12 0.72464 0.21506 0.92418 0.41865 0.45405 0.66203 0.94358 0.044068 0.99682 0.96787 0.025093 0.99897 13 0.72389 0.21565 0.92376 0.47002 0.41393 0.71912 0.93852 0.04802 0.99622 0.96825 0.024797 0.99899 14 0.73107 0.21004 0.92768 0.51243 0.3808 0.76228 0.94443 0.043405 0.99691 0.96888 0.024304 0.99903 15 0.77293 0.17735 0.94844 0.56449 0.34015 0.81033 0.94472 0.043177 0.99694 0.96972 0.02365 0.99908 16 0.79542 0.15978 0.95815 0.5872 0.32241 0.82959 0.94333 0.044259 0.99679 0.97048 0.023057 0.99913 17 0.80451 0.15269 0.96178 0.61768 0.2986 0.85384 0.9425 0.044908 0.99669 0.97081 0.022795 0.99915 18 0.81089 0.1477 0.96424 0.64145 0.28004 0.87144 0.9431 0.044441 0.99676 0.97128 0.022435 0.99917 19 0.81032 0.14815 0.96402 0.66464 0.26193 0.88753 0.93818 0.048284 0.99618 0.97164 0.022146 0.9992 20 0.80868 0.14943 0.9634 0.67759 0.25181 0.89605 0.94134 0.045813 0.99656 0.97182 0.022008 0.99921 21 0.80755 0.15031 0.96296 0.69302 0.23976 0.90577 0.94285 0.044634 0.99673 0.97177 0.022051 0.9992 22 0.80573 0.15173 0.96226 0.70425 0.23099 0.91253 0.9323 0.052879 0.99542 0.97174 0.022068 0.9992 23 0.80593 0.15157 0.96234 0.71412 0.22328 0.91827 0.92658 0.057339 0.99461 0.97165 0.022138 0.9992 24 0.80785 0.15007 0.96308 0.72064 0.21819 0.92196 0.93538 0.05047 0.99582 0.9715 0.022262 0.99919 25 0.80882 0.14931 0.96345 0.72742 0.21289 0.9257 0.94 0.04686 0.9964 0.97146 0.022293 0.99919 26 0.80955 0.14875 0.96373 0.73219 0.20917 0.92828 0.93145 0.053537 0.9953 0.97143 0.022315 0.99918 27 0.81045 0.14804 0.96407 0.73623 0.20601 0.93043 0.92713 0.056917 0.99469 0.97141 0.022331 0.99918 28 0.8109 0.14769 0.96424 0.73916 0.20372 0.93196 0.93669 0.049449 0.99599 0.97155 0.022219 0.99919 29 0.81102 0.14759 0.96429 0.74187 0.2016 0.93337 0.94121 0.045914 0.99654 0.97175 0.022062 0.9992 30 0.81109 0.14754 0.96431 0.74379 0.20011 0.93435 0.93459 0.051083 0.99572 0.97203 0.021846 0.99922 Dati(1,6).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 0.50239 0.40137 0.75239 0.94405 0.045132 0.99687 -0.69092 1.3639 -1.8592 0.98327 0.013493 0.99972 2 0.24991 0.60502 0.43736 0.94519 0.044206 0.997 -1.5461 2.0536 -5.4824 0.97772 0.017973 0.9995 3 0.10404 0.72268 0.19725 0.92994 0.056513 0.99509 -2.1709 2.5576 -9.0546 0.97373 0.021187 0.99931 4 -0.037578 0.83691 -0.076569 0.9299 0.056541 0.99509 -2.4515 2.784 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-14.5551 0.96492 0.028298 0.99877 25 0.80202 0.15969 0.9608 0.87138 0.10374 0.98346 -3.1268 3.3287 -16.0308 0.96478 0.028409 0.99876 26 0.80347 0.15852 0.96137 0.87086 0.10416 0.98332 -3.1682 3.3621 -16.374 0.96467 0.028496 0.99875 27 0.80303 0.15888 0.9612 0.87059 0.10438 0.98325 -3.2008 3.3883 -16.6464 0.96453 0.028613 0.99874 28 0.80188 0.15981 0.96075 0.87015 0.10474 0.98314 -3.2447 3.4237 -17.0172 0.96432 0.028777 0.99873 29 0.80787 0.15498 0.96308 0.86996 0.10489 0.98309 -3.115 3.3192 -15.9333 0.96421 0.028872 0.99872 30 0.80983 0.15339 0.96383 0.86961 0.10517 0.983 -2.9943 3.2218 -14.9546 0.96407 0.028982 0.99871 Dati(1,7).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 0.65407 0.26993 0.88034 0.3509 0.5065 0.57867 0.85908 0.10996 0.98014 0.98682 0.010281 0.99983 2 0.39802 0.46973 0.63762 -0.30858 1.0211 -0.71239 0.72519 0.21444 0.92448 0.98217 0.013913 0.99968 3 0.20856 0.61756 0.37363 -0.76008 1.3734 -2.0979 0.6453 0.27677 0.87419 0.97966 0.015868 0.99959 4 0.11755 0.68858 0.22128 -0.96221 1.5311 -2.8503 0.61055 0.30389 0.84833 0.9782 0.017014 0.99952 5 0.091918 0.70858 0.17539 -1.0904 1.6311 -3.3697 0.5995 0.31251 0.8396 0.97752 0.017542 0.99949 6 0.16048 0.65508 0.29521 -1.0619 1.6089 -3.2514 0.61004 0.30429 0.84793 0.97714 0.017838 0.99948 7 0.25295 0.58293 0.44191 -0.92282 1.5004 -2.6972 0.64031 0.28067 0.87063 0.97704 0.017913 0.99947 8 0.30781 0.54013 0.52087 -0.82971 1.4277 -2.3478 0.65155 0.2719 0.87858 0.97723 0.017769 0.99948 9 0.33653 0.51771 0.55981 -0.75255 1.3675 -2.0714 0.66387 0.26228 0.88702 0.97757 0.0175 0.9995 10 0.36601 0.49471 0.59806 -0.64931 1.287 -1.7202 0.67542 0.25327 0.89465 0.9778 0.01732 0.99951 11 0.40026 0.46798 0.64031 -0.57874 1.2319 -1.4924 0.68801 0.24344 0.90267 0.978 0.017167 0.99952 12 0.43312 0.44234 0.67864 -0.53434 1.1973 -1.3542 0.69281 0.2397 0.90564 0.97802 0.017148 0.99952 13 0.46255 0.41938 0.71114 -0.47315 1.1495 -1.1702 0.7043 0.23073 0.91256 0.97804 0.017137 0.99952 14 0.4896 0.39827 0.73949 -0.41654 1.1053 -1.0066 0.71219 0.22458 0.91717 0.97803 0.017141 0.99952 15 0.51486 0.37856 0.76464 -0.37639 1.074 -0.89446 0.72136 0.21743 0.92236 0.97798 0.017179 0.99952 16 0.53826 0.3603 0.7868 -0.32922 1.0372 -0.76683 0.72758 0.21258 0.92578 0.97795 0.017207 0.99951 17 0.55989 0.34342 0.80631 -0.27939 0.99832 -0.63683 0.73728 0.205 0.93098 0.97786 0.017277 0.99951 18 0.57991 0.3278 0.82353 -0.24003 0.96761 -0.53768 0.74309 0.20047 0.93399 0.97775 0.017362 0.9995 19 0.59842 0.31336 0.83873 -0.20101 0.93716 -0.44242 0.75095 0.19434 0.93797 0.97765 0.017438 0.9995 20 0.61548 0.30005 0.85214 -0.15939 0.90469 -0.34419 0.75666 0.18988 0.94079 0.97757 0.017502 0.9995 21 0.63118 0.2878 0.86397 -0.1236 0.87676 -0.26248 0.76409 0.18408 0.94435 0.97743 0.017615 0.99949 22 0.64558 0.27656 0.87439 -0.090758 0.85113 -0.18975 0.76896 0.18028 0.94662 0.9773 0.01771 0.99948 23 0.65877 0.26627 0.88356 -0.056705 0.82456 -0.11662 0.77558 0.17511 0.94964 0.97713 0.017845 0.99948 24 0.67083 0.25686 0.89164 -0.02549 0.8002 -0.051629 0.78029 0.17144 0.95173 0.97703 0.017926 0.99947 25 0.68185 0.24826 0.89878 0.002618 0.77827 0.0052292 0.78615 0.16687 0.95427 0.97691 0.018018 0.99947 26 0.69191 0.24041 0.90508 0.030658 0.75639 0.060376 0.79035 0.16359 0.95605 0.97683 0.018083 0.99946 27 0.70105 0.23327 0.91063 0.057296 0.7356 0.11131 0.7957 0.15942 0.95826 0.97674 0.018149 0.99946 28 0.70935 0.22679 0.91553 0.081427 0.71677 0.15622 0.79954 0.15642 0.95982 0.97669 0.018185 0.99946 29 0.71687 0.22093 0.91984 0.10471 0.6986 0.19846 0.80425 0.15274 0.96168 0.97665 0.018223 0.99945 30 0.72366 0.21563 0.92364 0.1271 0.68113 0.23804 0.80777 0.15 0.96305 0.97663 0.018235 0.99945 Dati(1,8).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 -0.35933 1.0742 -0.84778 0.8608 0.11 0.98062 -7.1926 6.474 -66.1187 0.98473 0.012069 0.99977 2 -0.66072 1.3123 -1.758 0.84943 0.11899 0.97733 -9.3626 8.1888 -106.3833 0.98393 0.0127 0.99974 3 -0.89492 1.4974 -2.5907 0.87033 0.10247 0.98318 -9.9556 8.6573 -119.0244 0.98369 0.01289 0.99973 4 -0.95506 1.5449 -2.8223 0.88644 0.089737 0.9871 -9.5823 8.3623 -110.9844 0.98347 0.013066 0.99973 5 -1.3461 1.8539 -4.504 0.87125 0.10174 0.98342 -6.7993 6.1632 -59.8296 0.98331 0.013193 0.99972 6 -1.8406 2.2447 -7.0693 0.8559 0.11387 0.97924 -4.2396 4.1405 -26.4537 0.98305 0.013394 0.99971 7 -2.2812 2.5928 -9.766 0.8679 0.10439 0.98255 -4.6399 4.4568 -30.8081 0.98273 0.013648 0.9997 8 -2.8193 3.0181 -13.587 0.86833 0.10405 0.98266 -3.5707 3.6118 -19.8909 0.9824 0.013904 0.99969 9 -3.5051 3.5601 -19.2963 0.84545 0.12213 0.97611 -1.9371 2.321 -7.6268 0.98222 0.014053 0.99968 10 -4.2831 4.1748 -26.9107 0.82917 0.13499 0.97082 -2.2065 2.5338 -9.2814 0.98169 0.014468 0.99966 11 -5.1777 4.8817 -37.1635 0.82223 0.14047 0.9684 -2.2801 2.592 -9.7592 0.98149 0.014623 0.99966 12 -6.2414 5.7223 -51.4375 0.81604 0.14537 0.96616 -1.4707 1.9524 -5.1042 0.9814 0.0147 0.99965 13 -7.4908 6.7096 -71.0936 0.79576 0.1614 0.95828 -0.5946 1.2601 -1.5427 0.98134 0.014744 0.99965 14 -8.9468 7.8602 -97.9385 0.77385 0.17871 0.94886 -0.84108 1.4549 -2.3896 0.98114 0.014903 0.99964 15 -10.6535 9.2088 -134.8037 0.75797 0.19125 0.94142 -0.88269 1.4877 -2.5445 0.98072 0.015233 0.99963 16 -12.6562 10.7914 -185.4909 0.74435 0.20202 0.93464 -0.40449 1.1099 -0.9726 0.98053 0.015383 0.99962 17 -15.0015 12.6448 -255.049 0.72317 0.21876 0.92336 -0.058276 0.83627 -0.11995 0.98051 0.015405 0.99962 18 -17.7489 14.8158 -350.5207 0.69725 0.23924 0.90834 -0.021884 0.80752 -0.044246 0.98025 0.01561 0.99961 19 -20.9687 17.3601 -481.6222 0.67616 0.25591 0.89513 -0.19928 0.9477 -0.43828 0.98003 0.015784 0.9996 20 -24.7416 20.3416 -661.6302 0.65513 0.27252 0.88107 -0.0075098 0.79616 -0.015076 0.97994 0.015849 0.9996 21 -29.162 23.8347 -908.7492 0.6296 0.2927 0.8628 0.21958 0.61671 0.39094 0.97989 0.015891 0.9996 22 -34.3411 27.9273 -1247.9938 0.59982 0.31623 0.83986 0.26011 0.58467 0.45257 0.97978 0.015979 0.99959 23 -40.4095 32.7227 -1713.7474 0.57239 0.3379 0.81715 0.13761 0.68148 0.25629 0.97981 0.015953 0.99959 24 -47.5206 38.3421 -2353.2495 0.54537 0.35926 0.79331 0.14892 0.67254 0.27566 0.97968 0.016058 0.99959 25 -55.8547 44.9279 -3231.4587 0.51404 0.38402 0.76384 0.31572 0.54073 0.53176 0.97964 0.01609 0.99959 26 -65.624 52.6478 -4437.7555 0.47945 0.41135 0.72902 0.33395 0.52633 0.55637 0.97963 0.016096 0.99959 27 -77.0759 61.6973 -6094.851 0.44395 0.4394 0.69081 0.26571 0.58025 0.46081 0.97966 0.016073 0.99959 28 -90.5002 72.3055 -8371.2814 0.40918 0.46688 0.65093 0.23784 0.60227 0.41911 0.97959 0.016129 0.99958 29 -106.2369 84.741 -11498.7484 0.36997 0.49786 0.60306 0.32892 0.5303 0.54965 0.97947 0.016223 0.99958 30 -124.684 99.3183 -15795.4606 0.32811 0.53094 0.54857 0.35029 0.51342 0.57787 0.97929 0.016365 0.99957 Dati(1,9).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 -18.5722 19.0837 -382.0713 -138.1444 135.6714 -19360.1542 -10.7375 11.4446 -136.7693 0.94517 0.053465 0.99699 2 -34.167 34.2892 -1235.7151 -181.1808 177.6337 -33188.851 -17.9385 18.4658 -357.665 0.93259 0.065728 0.99546 3 -32.2358 32.4062 -1103.6165 -154.3432 151.466 -24130.5199 -19.9632 20.44 -438.4572 0.92906 0.069169 0.99497 4 -7.9307 8.7078 -78.7573 -71.8272 71.0094 -5302.7953 -17.5873 18.1234 -344.4888 0.92956 0.068683 0.99504 5 -17.1148 17.6626 -327.1448 -42.4498 42.3653 -1886.886 -10.1971 10.9177 -124.3758 0.92955 0.068692 0.99504 6 -31.4926 31.6816 -1054.7678 -126.0456 123.8747 -16139.5927 -3.1276 4.0245 -16.0367 0.92786 0.070342 0.9948 7 -18.8056 19.3113 -391.2617 -153.3706 150.5176 -23829.2836 -1.0064 1.9563 -3.0256 0.92804 0.070167 0.99482 8 -18.3214 18.8392 -372.3174 -156.1627 153.2401 -24699.1289 -2.789 3.6945 -13.3569 0.92749 0.0707 0.99474 9 -46.0808 45.9057 -2215.6033 -180.3092 176.7839 -32872.0395 -4.1194 4.9916 -25.2082 0.92717 0.071014 0.9947 10 -31.3419 31.5346 -1044.9967 -224.5405 219.9112 -50867.5106 -7.0758 7.8742 -64.2179 0.92492 0.073208 0.99436 11 -26.4562 26.7709 -752.8418 -165.0234 161.8796 -27562.7795 -5.6351 6.4695 -43.024 0.92436 0.073754 0.99428 12 -86.0739 84.9006 -7580.8567 -55.7794 55.3623 -3222.9035 -4.134 5.0059 -25.3582 0.92473 0.073394 0.99433 13 -88.1369 86.9121 -7944.3911 -60.7553 60.2139 -3812.7147 -4.1199 4.9921 -25.2132 0.92309 0.074986 0.99409 14 -13.2007 13.8462 -200.6589 -149.8897 147.1237 -22766.7164 -3.8821 4.7603 -22.8351 0.92298 0.075101 0.99407 15 -101.7403 100.176 -10554.5722 -170.4101 167.1318 -29380.406 -3.3749 4.2657 -18.1398 0.92302 0.075059 0.99407 16 -143.1605 140.5623 -20781.2391 -170.5678 167.2856 -29434.5178 -2.0258 2.9502 -8.1552 0.92186 0.076192 0.99389 17 -51.5602 51.2483 -2761.5745 -123.6234 121.5129 -15529.9843 -1.813 2.7428 -6.9132 0.92001 0.077998 0.9936 18 -133.0471 130.7013 -17967.6126 -80.9053 79.861 -6707.4702 -1.5647 2.5007 -5.5776 0.91951 0.078481 0.99352 19 -250.7139 245.4313 -63358.8802 -36.7813 36.8383 -1426.4275 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0.91777 0.080176 0.99324 29 -1153.2348 1125.4259 -1332256.9517 -24.0275 24.4029 -625.3777 -1.1925 2.1378 -3.8072 0.91711 0.080817 0.99313 30 -633.8667 619.0209 -403054.7478 -42.7909 42.6979 -1916.6391 -1.1651 2.111 -3.6875 0.91716 0.08077 0.99314 Dati(1,10).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 0.78405 0.18589 0.95337 -1.3794 2.0482 -4.6618 0.87566 0.10703 0.98454 0.98046 0.016823 0.99962 2 0.7717 0.19652 0.94788 -1.2026 1.896 -3.8515 0.88007 0.10323 0.98562 0.97962 0.01754 0.99958 3 0.7793 0.18998 0.95129 -0.98468 1.7084 -2.9389 0.87581 0.1069 0.98458 0.97907 0.018019 0.99956 4 0.79524 0.17625 0.95807 -0.90496 1.6397 -2.6289 0.85485 0.12494 0.97893 0.97786 0.019054 0.99951 5 0.83398 0.14291 0.97244 -0.56333 1.3457 -1.444 0.86529 0.11595 0.98185 0.97777 0.019136 0.99951 6 0.82341 0.152 0.96882 0.26479 0.63285 0.45947 0.86896 0.1128 0.98283 0.97744 0.019417 0.99949 7 0.85323 0.12634 0.97846 0.45397 0.47001 0.70186 0.85502 0.1248 0.97898 0.97698 0.019816 0.99947 8 0.86452 0.11662 0.98164 0.66689 0.28673 0.88904 0.85789 0.12232 0.97981 0.97666 0.020091 0.99946 9 0.87025 0.11169 0.98316 0.68198 0.27374 0.89886 0.84275 0.13536 0.97527 0.97635 0.020359 0.99944 10 0.871 0.11104 0.98336 0.35697 0.5535 0.58651 0.84035 0.13742 0.97451 0.97621 0.020476 0.99943 11 0.87403 0.10843 0.98413 0.46841 0.45758 0.71741 0.83446 0.14249 0.9726 0.97616 0.020519 0.99943 12 0.87301 0.10931 0.98387 0.66492 0.28843 0.88772 0.8216 0.15356 0.96817 0.97613 0.020549 0.99943 13 0.89007 0.094625 0.98792 0.63602 0.31331 0.86752 0.80982 0.1637 0.96383 0.97643 0.020287 0.99944 14 0.9022 0.084182 0.99044 0.59632 0.34747 0.83705 0.79935 0.17272 0.95974 0.97646 0.020265 0.99945 15 0.90212 0.084251 0.99042 0.43091 0.48986 0.67613 0.78873 0.18186 0.95537 0.97606 0.020611 0.99943 16 0.90262 0.083826 0.99052 0.3031 0.59988 0.51433 0.78279 0.18697 0.95282 0.97621 0.020479 0.99943 17 0.90383 0.082783 0.99075 0.17606 0.70923 0.32113 0.77197 0.19628 0.948 0.97629 0.020412 0.99944 18 0.90332 0.083222 0.99065 0.35046 0.55911 0.5781 0.76309 0.20393 0.94387 0.97615 0.020526 0.99943 19 0.90506 0.08172 0.99099 0.36508 0.54652 0.59688 0.75512 0.21079 0.94003 0.97604 0.020622 0.99943 20 0.9073 0.079792 0.99141 0.44592 0.47694 0.693 0.7484 0.21657 0.9367 0.97607 0.020599 0.99943 21 0.90698 0.080067 0.99135 0.59033 0.35263 0.83217 0.74181 0.22225 0.93334 0.97607 0.0206 0.99943 22 0.9072 0.079879 0.99139 0.58949 0.35336 0.83148 0.73398 0.22898 0.92923 0.97606 0.020603 0.99943 23 0.90747 0.079648 0.99144 0.6148 0.33158 0.85162 0.72467 0.237 0.92419 0.97609 0.020584 0.99943 24 0.90733 0.07977 0.99141 0.65711 0.29516 0.88242 0.71634 0.24417 0.91954 0.97607 0.020603 0.99943 25 0.9078 0.079368 0.9915 0.66083 0.29195 0.88496 0.70754 0.25174 0.91447 0.97605 0.020613 0.99943 26 0.90863 0.078649 0.99165 0.64835 0.3027 0.87634 0.69864 0.2594 0.90918 0.97604 0.020624 0.99943 27 0.90865 0.078636 0.99165 0.60117 0.3433 0.84094 0.68855 0.26809 0.903 0.97604 0.020624 0.99943 28 0.90858 0.078693 0.99164 0.60673 0.33851 0.84534 0.67798 0.27719 0.8963 0.97601 0.020653 0.99942 29 0.90857 0.078698 0.99164 0.61412 0.33216 0.8511 0.66772 0.28602 0.88959 0.976 0.020655 0.99942 30 0.90848 0.078777 0.99162 0.5739 0.36678 0.81844 0.658 0.29439 0.88303 0.97596 0.020689 0.99942 Dati(1,11).t.pem_norm(p,n).Mpem_AICC n=600 n=800 n=1100 n=1500 fit rms cod fit rms cod fit rms cod fit rms cod 1 -0.36828 0.96793 -0.87218 0.88812 0.079147 0.98748 0.88317 0.082649 0.98635 0.98324 0.011857 0.99972 2 -0.88605 1.3342 -2.5572 0.85543 0.10227 0.9791 0.8125 0.13264 0.96484 0.97841 0.015273 0.99953 3 -0.75267 1.2399 -2.0719 0.84298 0.11107 0.97535 0.73407 0.18812 0.92928 0.97543 0.017384 0.9994 4 -0.52942 1.0819 -1.3391 0.8495 0.10647 0.97735 0.66288 0.23848 0.88635 0.97262 0.019371 0.99925 5 -0.21452 0.85916 -0.47507 0.83095 0.11959 0.97142 0.60205 0.28152 0.84163 0.97091 0.020577 0.99915 6 0.24205 0.53618 0.42551 0.84437 0.1101 0.97578 0.56347 0.30881 0.80944 0.96927 0.021741 0.99906 7 0.52256 0.33774 0.77205 0.88649 0.080297 0.98712 0.54976 0.31851 0.79728 0.96804 0.022612 0.99898 8 0.54154 0.32432 0.78981 0.89891 0.07151 0.98978 0.55351 0.31585 0.80065 0.96719 0.02321 0.99892 9 0.60668 0.27824 0.8453 0.89218 0.076272 0.98838 0.59446 0.28688 0.83554 0.96655 0.023659 0.99888 10 0.75552 0.17295 0.94023 0.8862 0.080505 0.98705 0.628 0.26316 0.86161 0.96629 0.023844 0.99886 11 0.80562 0.13751 0.96222 0.88699 0.079943 0.98723 0.69604 0.21502 0.90761 0.96615 0.023946 0.99885 12 0.76985 0.16281 0.94703 0.88185 0.083581 0.98604 0.77002 0.16269 0.94711 0.96613 0.023959 0.99885 13 0.77403 0.15985 0.94894 0.87921 0.085449 0.98541 0.83644 0.11571 0.97325 0.96613 0.023962 0.99885 14 0.80572 0.13744 0.96225 0.8826 0.08305 0.98622 0.87606 0.087674 0.98464 0.96604 0.024025 0.99885 15 0.80911 0.13503 0.96356 0.88886 0.07862 0.98765 0.88929 0.078317 0.98774 0.96607 0.024002 0.99885 16 0.80192 0.14012 0.96076 0.88859 0.078815 0.98759 0.88551 0.080992 0.98689 0.96616 0.023942 0.99885 17 0.80215 0.13996 0.96085 0.88723 0.079774 0.98728 0.88055 0.084497 0.98573 0.96622 0.023897 0.99886 18 0.80928 0.13492 0.96363 0.88665 0.080188 0.98715 0.87708 0.086958 0.98489 0.96618 0.023924 0.99886 19 0.80927 0.13493 0.96362 0.88568 0.080871 0.98693 0.87284 0.089955 0.98383 0.96615 0.023949 0.99885 20 0.80931 0.1349 0.96364 0.88483 0.081473 0.98674 0.87391 0.089197 0.9841 0.96614 0.023949 0.99885 21 0.80932 0.13489 0.96364 0.88467 0.081586 0.9867 0.87749 0.086664 0.98499 0.96613 0.023957 0.99885 22 0.81171 0.1332 0.96455 0.88521 0.081201 0.98682 0.88581 0.080779 0.98696 0.96616 0.023941 0.99885 23 0.81155 0.13331 0.96449 0.88551 0.080988 0.98689 0.88986 0.077915 0.98787 0.96618 0.023927 0.99886 24 0.81251 0.13263 0.96485 0.88545 0.081032 0.98688 0.89116 0.076991 0.98815 0.9662 0.02391 0.99886 25 0.81246 0.13267 0.96483 0.8853 0.081142 0.98684 0.89003 0.077796 0.98791 0.96623 0.02389 0.99886 26 0.81362 0.13185 0.96526 0.88512 0.081267 0.9868 0.88951 0.078161 0.98779 0.96624 0.023881 0.99886 27 0.81351 0.13193 0.96522 0.88494 0.081393 0.98676 0.88938 0.078252 0.98776 0.96628 0.023854 0.99886 28 0.8143 0.13136 0.96552 0.8849 0.081422 0.98675 0.88938 0.078253 0.98776 0.96631 0.023834 0.99886 29 0.81424 0.13141 0.96549 0.88495 0.081389 0.98676 0.88931 0.078303 0.98775 0.9663 0.023842 0.99886 30 0.81492 0.13093 0.96575 0.88502 0.081335 0.98678 0.88906 0.078479 0.98769 0.96629 0.023844 0.99886