[j]);
}
}
for (j = 0; j
{[j]. setMatrix (0, 0, 0, NumberOfSegmentation, V [j]. getMatrix (0, 0, 0, NumberOfSegmentation)); [j]. setMatrix (0, 0, 0, NumberOfSegmentation, V [j]. getMatrix (1, 1, 0, NumberOfSegmentation));
}
for (k = 0; k
{+ = tDelta;
// experiment repeat marching
for ( int k2 = 0; k2 <1; k2 + +)
{
for (j = 0; j
{
if (k2 == 0)
{[j] = V [j]. get (0, 0); [j] = V [j]. get (1, 0);
}
else
{[j] = U0 [j]. get (0, 0); [j] = U0 [j]. get (1, 0);
} [j] = vesselBeta [j]/(vesselAreas [j] * (Math. sqrt (An [j]) + Math. sqrt (vesselAreas [j]))); [j] = (rho * Qn [ j])/(2 * An [j] * An [j]); [j] = vesselBeta [j]/(Math. sqrt (An [j]) + Math. sqrt (vesselAreas [j]));
}
if (k
{. out . println ("tMin" + tMin);
} [0] + = heartPressure [k] * (1 - Math. exp (- (tMin) * (tMin)/100));
double [] flux1 = new double [NumberOfVessels];
int col = flux [0]. getColumnDimension ();
int fluxLength = flux. length;
if (k
{. out . println ("a" + a [0] + "b" + b [0] + "c" + c [0]);
}
// resolve left matrix {7} leftResolver = new MatrixResolver (atm, a, b, c, < b align = "justify"> true , vesselAreas, flux1, tMin); leftMatrix = leftResolv...
