Dati(1,1).t.sseh_yy_norm(p,n).Mnpe n=1000 p=25 Sparsit�: 56.5217% fit rms cod 1 0.91892 0.072435 0.99343 2 0.83556 0.14689 0.97296 3 0.76149 0.21307 0.94311 4 0.68746 0.2792 0.90232 5 0.60512 0.35276 0.84407 6 0.5181 0.43049 0.76777 7 0.4247 0.51393 0.66903 8 0.32748 0.60078 0.54772 9 0.22361 0.69358 0.39721 10 0.11547 0.79017 0.21761 11 0.0042198 0.88956 0.0084218 12 -0.11488 0.99595 -0.24295 13 -0.24668 1.1137 -0.55421 14 -0.39035 1.242 -0.93308 15 -0.54529 1.3805 -1.3879 16 -0.71307 1.5303 -1.9346 17 -0.90026 1.6976 -2.611 18 -1.1072 1.8824 -3.4401 19 -1.3334 2.0845 -4.4449 20 -1.582 2.3066 -5.667 21 -1.8585 2.5535 -7.1708 22 -2.1644 2.8269 -9.0136 23 -2.5016 3.1281 -11.2614 24 -2.8745 3.4612 -14.0121 25 -3.2884 3.831 -17.3906 26 -3.7443 4.2382 -21.5079 27 -4.2448 4.6854 -26.5081 28 -4.7963 5.178 -32.5972 29 -5.4074 5.7239 -40.0542 30 -6.0824 6.3269 -49.1603 Spar_sim -12684889562064442509457412350541824 11331786146783860695413002038411264 -160906423201771702659434638101771133835818261640603639109090675785728 Dati(1,2).t.sseh_yy_norm(p,n).Mnpe n=1000 p=25 Sparsit�: 52.1739% fit rms cod 1 0.92409 0.065975 0.99424 2 0.89552 0.090803 0.98908 3 0.88164 0.10287 0.98599 4 0.86932 0.11358 0.98292 5 0.8601 0.12159 0.98043 6 0.85435 0.12659 0.97879 7 0.85111 0.12941 0.97783 8 0.84821 0.13192 0.97696 9 0.84562 0.13418 0.97617 10 0.84349 0.13603 0.97551 11 0.84188 0.13743 0.975 12 0.84065 0.1385 0.97461 13 0.83916 0.13979 0.97413 14 0.83761 0.14114 0.97363 15 0.83597 0.14256 0.9731 16 0.83427 0.14404 0.97253 17 0.83252 0.14556 0.97195 18 0.83115 0.14675 0.97149 19 0.83002 0.14774 0.97111 20 0.82898 0.14864 0.97075 21 0.82811 0.14939 0.97045 22 0.82722 0.15017 0.97015 23 0.82649 0.15081 0.96989 24 0.8259 0.15132 0.96969 25 0.82526 0.15188 0.96946 26 0.82485 0.15223 0.96932 27 0.8245 0.15253 0.9692 28 0.82416 0.15283 0.96908 29 0.82379 0.15315 0.96895 30 0.82351 0.15339 0.96885 Spar_sim 0.81858 0.15768 0.96709 Dati(1,3).t.sseh_yy_norm(p,n).Mnpe n=1000 p=25 Sparsit�: 56.5217% fit rms cod 1 0.95945 0.037119 0.99836 2 0.94385 0.051398 0.99685 3 0.93574 0.058826 0.99587 4 0.92784 0.066053 0.99479 5 0.92045 0.07282 0.99367 6 0.91449 0.078278 0.99269 7 0.90882 0.083468 0.99169 8 0.90355 0.088291 0.9907 9 0.8985 0.092914 0.9897 10 0.89444 0.096633 0.98886 11 0.89061 0.10013 0.98803 12 0.88721 0.10325 0.98728 13 0.88369 0.10647 0.98647 14 0.88041 0.10947 0.9857 15 0.87733 0.1123 0.98495 16 0.87423 0.11513 0.98418 17 0.87071 0.11835 0.98328 18 0.8673 0.12147 0.98239 19 0.864 0.1245 0.9815 20 0.86089 0.12734 0.98065 21 0.8579 0.13008 0.97981 22 0.85525 0.1325 0.97905 23 0.85246 0.13506 0.97823 24 0.84968 0.13761 0.9774 25 0.84719 0.13988 0.97665 26 0.84528 0.14163 0.97606 27 0.84325 0.14349 0.97543 28 0.84144 0.14514 0.97486 29 0.83985 0.1466 0.97435 30 0.83849 0.14785 0.97391 Spar_sim 0.8311 0.15461 0.97147 Dati(1,4).t.sseh_yy_norm(p,n).Mnpe n=1000 p=25 Sparsit�: 52.1739% fit rms cod 1 0.94545 0.049109 0.99702 2 0.93319 0.060145 0.99554 3 0.92943 0.063527 0.99502 4 0.92787 0.06493 0.9948 5 0.92641 0.066249 0.99458 6 0.92584 0.066761 0.9945 7 0.92481 0.067689 0.99435 8 0.92358 0.068793 0.99416 9 0.92202 0.070197 0.99392 10 0.92135 0.070803 0.99381 11 0.92063 0.071448 0.9937 12 0.92033 0.071718 0.99365 13 0.91986 0.072145 0.99358 14 0.91948 0.072485 0.99352 15 0.91912 0.072814 0.99346 16 0.91891 0.073001 0.99342 17 0.91826 0.073585 0.99332 18 0.91799 0.07383 0.99327 19 0.9178 0.073998 0.99324 20 0.91782 0.073983 0.99325 21 0.91785 0.073955 0.99325 22 0.91791 0.073901 0.99326 23 0.91798 0.073839 0.99327 24 0.91792 0.073891 0.99326 25 0.91777 0.074028 0.99324 26 0.91774 0.074057 0.99323 27 0.91777 0.074027 0.99324 28 0.91778 0.074016 0.99324 29 0.91776 0.074037 0.99324 30 0.91773 0.074062 0.99323 Spar_sim 0.90916 0.081776 0.99175 Dati(1,5).t.sseh_yy_norm(p,n).Mnpe n=1000 p=25 Sparsit�: 82.6087% fit rms cod 1 0.95904 0.041611 0.99832 2 0.94675 0.0541 0.99716 3 0.9377 0.063292 0.99612 4 0.93026 0.07085 0.99514 5 0.92052 0.080745 0.99368 6 0.91166 0.089749 0.9922 7 0.90365 0.097887 0.99072 8 0.89639 0.10527 0.98926 9 0.88859 0.11319 0.98759 10 0.88133 0.12057 0.98592 11 0.87463 0.12737 0.98428 12 0.86816 0.13395 0.98262 13 0.86088 0.14134 0.98065 14 0.85384 0.14849 0.97864 15 0.84711 0.15533 0.97662 16 0.84099 0.16154 0.97472 17 0.83438 0.16826 0.97257 18 0.82812 0.17462 0.97046 19 0.82206 0.18078 0.96834 20 0.8165 0.18643 0.96633 21 0.81073 0.19229 0.96418 22 0.80514 0.19797 0.96203 23 0.79984 0.20335 0.95994 24 0.79507 0.2082 0.958 25 0.78998 0.21337 0.95589 26 0.78483 0.2186 0.9537 27 0.78008 0.22343 0.95164 28 0.77558 0.228 0.94964 29 0.77063 0.23303 0.94739 30 0.76601 0.23772 0.94525 Spar_sim 0.53023 0.47727 0.77932 Dati(1,6).t.sseh_yy_norm(p,n).Mnpe n=1000 p=25 Sparsit�: 39.1304% fit rms cod 1 0.92734 0.063734 0.99472 2 0.86594 0.11758 0.98203 3 0.8145 0.16271 0.96559 4 0.76494 0.20618 0.94474 5 0.7118 0.25279 0.91694 6 0.65822 0.29978 0.88319 7 0.60344 0.34783 0.84274 8 0.54732 0.39705 0.79508 9 0.48912 0.44811 0.739 10 0.43032 0.49968 0.67546 11 0.36976 0.5528 0.6028 12 0.30937 0.60576 0.52303 13 0.24785 0.65973 0.43427 14 0.18533 0.71456 0.33631 15 0.12104 0.77095 0.22743 16 0.055957 0.82804 0.10878 17 -0.011124 0.88688 -0.022371 18 -0.079255 0.94664 -0.16479 19 -0.14882 1.0076 -0.31978 20 -0.21876 1.069 -0.48537 21 -0.29146 1.1328 -0.66788 22 -0.3662 1.1983 -0.86649 23 -0.44231 1.2651 -1.0802 24 -0.51947 1.3328 -1.3088 25 -0.5991 1.4026 -1.5571 26 -0.68023 1.4738 -1.8232 27 -0.76332 1.5466 -2.1093 28 -0.84774 1.6207 -2.4141 29 -0.93495 1.6972 -2.744 30 -1.0241 1.7754 -3.097 Spar_sim -864329884.5629 758121045.165 -747066151077127168 Dati(1,7).t.sseh_yy_norm(p,n).Mnpe n=1000 p=25 Sparsit�: 52.1739% fit rms cod 1 0.9473 0.048494 0.99722 2 0.93351 0.061174 0.99558 3 0.9243 0.069656 0.99427 4 0.91776 0.075673 0.99324 5 0.91347 0.079618 0.99251 6 0.90905 0.083687 0.99173 7 0.90561 0.086849 0.99109 8 0.90201 0.090165 0.9904 9 0.89872 0.093185 0.98974 10 0.89513 0.096491 0.989 11 0.89206 0.099319 0.98835 12 0.88885 0.10227 0.98765 13 0.8865 0.10444 0.98712 14 0.88426 0.10649 0.9866 15 0.88259 0.10803 0.98621 16 0.88074 0.10973 0.98578 17 0.87914 0.1112 0.98539 18 0.87764 0.11258 0.98503 19 0.87654 0.1136 0.98476 20 0.87534 0.1147 0.98446 21 0.87427 0.11568 0.98419 22 0.87325 0.11663 0.98393 23 0.8724 0.11741 0.98372 24 0.87176 0.11799 0.98356 25 0.87095 0.11874 0.98335 26 0.87035 0.11929 0.98319 27 0.86973 0.11986 0.98303 28 0.86925 0.12031 0.9829 29 0.86879 0.12073 0.98278 30 0.8684 0.12109 0.98268 Spar_sim 0.85833 0.13036 0.97993 Dati(1,8).t.sseh_yy_norm(p,n).Mnpe n=1000 p=25 Sparsit�: 56.5217% fit rms cod 1 0.93538 0.069522 0.99582 2 0.89284 0.11529 0.98852 3 0.85923 0.15145 0.98018 4 0.83204 0.18072 0.97179 5 0.8107 0.20367 0.96416 6 0.79607 0.21942 0.95841 7 0.7867 0.22949 0.9545 8 0.78029 0.23639 0.95173 9 0.77538 0.24167 0.94955 10 0.77232 0.24496 0.94816 11 0.77015 0.24729 0.94717 12 0.76844 0.24914 0.94638 13 0.76712 0.25056 0.94577 14 0.76608 0.25168 0.94528 15 0.76519 0.25263 0.94487 16 0.76456 0.25331 0.94457 17 0.76397 0.25395 0.94429 18 0.76347 0.25449 0.94405 19 0.76312 0.25486 0.94389 20 0.7629 0.2551 0.94378 21 0.76274 0.25527 0.94371 22 0.76265 0.25537 0.94366 23 0.76259 0.25543 0.94364 24 0.76255 0.25548 0.94362 25 0.76253 0.2555 0.94361 26 0.76252 0.25551 0.9436 27 0.76252 0.25551 0.9436 28 0.76252 0.25551 0.9436 29 0.76252 0.2555 0.94361 30 0.76253 0.2555 0.94361 Spar_sim 0.76002 0.25819 0.94241