Реферат Побудова, чисельне моделювання і аналіз одновимірної моделі гемодинаміки

n="justify">. left = left;

this . vesselAreas = vesselAreas;

this . flux = flux;

this . t = t; = new Matrix (2 * atm. size () + 1, atm. size ());

}

public Matrix resolveMatrix ()

{

if (left)

{

double flux0 = flux [0];

double fluxFin = flux [0]; singlePressureFirstCondition = resolveSinglePressureEndCondition (0, a, b, c, flux0, fluxFin, t); . setMatrix (0, 2 * atm. size (), index, index, singlePressureFirstCondition); + +;

}. traverseTree ( this );

return result;

}

public void visit (Vessel v)

{[v. index] = v. area;

if (atm. isEvenNode (v) == left)

return ;

if (v. left! = null && v. right! = null )

{singlePressureConditionLeft = resolveSinglePressureCondition (v, v. left. index, a, b, c);. setMatrix (0, 2 * atm. size (), index, index, singlePressureConditionLeft); + +; singlePressureConditionRight = resolveSinglePressureCondition (v, v. right. index, a, b, c);. setMatrix (0, 2 * atm. size (), index, index, singlePressureConditionRight); + +; singleFluxCondition = resolveSingleFluxCondition (v. index, v. left. index, v. right. index, a, b, c);. setMatrix (0, 2 * atm. size (), index, index, singleFluxCondition); + +;

}

else

{

double flux0 = flux [0];

double fluxFin = flux [v. index]; singlePressureEndCondition = resolveSinglePressureEndCondition (v. index, a, b, c, flux0, fluxFin, t);. setMatrix (0, 2 * atm. size (), index, index, singlePressureEndCondition); + +;

}

}

private Matrix resolveSinglePressureCondition...