maximos = {[] mx [] mxBrake mxLong mxLat mxfcomb mxvCar};
minimos = {[] mn [] [] [] [] [] mnvCar};
media = {[] md [] [] mdLong mdLat mdfcomb mdvCar};
Coord_maximo = {[] [EngNLat EngNLong] [] [BrakNLat BrakNLong] [gLongNLat gLongNLong] [gLatNLat gLatNLong] [fcombNLat fcombNLong] [mx_vCarNLat mx_vCarNLong]};
Coord_minimo = {[] [] [] [] [] [] [] [mn_vCarNLat mn_vCarNLong]};
Percent_uti = {perNGear [] percrThr [] [] [] [] []};
estatisticas = [maximos; minimos; media; Coord_maximo; Coord_minimo; Percent_uti];
for i=1:8
Statistics(i).maximos= maximos{1,i};
Statistics(i).minimos= minimos{1,i};
Statistics(i).media= media{1,i};
Statistics(i).Coord_maximo= Coord_maximo{1,i};
Statistics(i).Coord_minimo= Coord_minimo{1,i};
Statistics(i).Percent_uti= Percent_uti{1,i};
end
for i = 1:length(Statistics)
fprintf('%10.2f%10.2f%20.2f%22f%20f%8.2f\n',Statistics(i).maximos, Statistics(i).minimos, Statistics(i).media, Statistics(i).Coord_maximo, Statistics(i).Coord_minimo, Statistics(i).Percent_uti);
end
12.63
18.69 17.93 16.16 21.464646 13.131313 0.00
17958.00 9163.00 15373.41 -37.839480 144.964200
50.51
88.00 -37.851920 144.978270
2.00 -0.03 -37.853710 144.977070
3.00 0.30 -37.840180 144.963670
4.00 1.66 -37.838520 144.966800
296.60 79.20 202.68 -37.849000 144.967560 -37.84
144.96>>
