Реферат Побудова, чисельне моделювання і аналіз одновимірної моделі гемодинаміки

fy"> i3 = 0; i3

{[i3] = G2 [i3]. copy (); = f2. copy ();

}

}

// orthogonalizaiton. setMatrix (0, NumberOfVessels * 2 - 1, 0, NumberOfVessels - 1, Y_0 [i + 1]);. setMatrix (0, NumberOfVessels * 2 - 1, NumberOfVessels, NumberOfVessels, Y_f. getMatrix (0, NumberOfVessels * 2 - 1, i + 1, i + 1));. setMatrix (0, 2 * NumberOfVessels - 1, 0, NumberOfVessels, Y); = new QRDecomposition (Y1). getQFull (); = new QRDecomposition (Y). getR ();// k == 1 + _f. setMatrix (0, NumberOfVessels * 2 - 1, i + 1, i + 1, Qpr. getMatrix (0, NumberOfVessels * 2 - 1, NumberOfVessels,). times (Rpr. get (NumberOfVessels, NumberOfVessels)));. set (NumberOfVessels, NumberOfVessels, 1); _0 [i + 1]. setMatrix (0, NumberOfVessels * 2 - 1, 0, NumberOfVessels - 1, Qpr. getMatrix (0, NumberOfVessels * 2 - 1,0, NumberOfVessels - 1)); [i]. setMatrix (0, NumberOfVessels, 0, NumberOfVessels, Rpr. getMatrix (0, NumberOfVessels, 0, NumberOfVessels));

}. setMatrix (0, NumberOfVessels - 1, 0, 0, ((Right. times (Z_0 [NumberOfSegmentation])). inverse ())

. times (r. minus (Right. times (Z_f. getMatrix (0, NumberOfVessels * 2 - 1, NumberOfSegmentation,)))));

// return marching. setMatrix (0, NumberOfVessels - 1, NumberOfSegmentation, NumberOfSegmentation, alpha);. set (NumberOfVessels, NumberOfSegmentation, 1); _. setMatrix (0, NumberOfVessels * 2 - 1, 0, NumberOfVessels - 1, Z_0 [NumberOfSegmentation]. getMatrix (0, NumberOfVessels * 2 - 1, 0, NumberOfVessels - 1)); _. setMatrix (0, NumberOfVessels * 2 - 1, NumberOfVessels, NumberOfVessels, Z_f. getMatrix (0, NumberOfVessels * 2 - 1, NumberOfSegmentation, NumberOfSegmentation));. setMatrix (0, NumberOfVessels * 2 - 1, NumberOfSegmentation, NumberOfSegmentation, Z_. times (Beta. getMatrix (0, NumberOfVessels, NumberOfSegmentation, NumberOfSegmentation)));

if (NumberOfSegmentation> 1)

{

for (i = 0; i

{

int m = NumberOfSegmentation - i;. setMatrix (0, NumberOfVessels, m - 1, m - 1, (Ort [m - 1]. inverse ()). times (Beta. getMatrix (0, NumberOfVessels, m, m))); _. setMatrix (0, NumberOfVessels * 2 - 1, 0, NumberOfVessels - 1, Z_0 [m - 1]. getMatrix (0, NumberOfVessels * 2 - 1, 0, NumberOfVessels - 1)); _. setMatrix (0, NumberOfVessels * 2 - 1, NumberOfVessels, NumberOfVessels, Z_f. getMatrix (0, NumberOfVessels * 2 - 1, m - 1, m - 1));. setMatrix (0, NumberOfVessels * 2 - 1, m - 1, m - 1, Z_. times (Beta. getMatrix (0, NumberOfVessels, m - 1, m - 1)));