NumProcLinearHyperbolic (shared_ptr<PDE> apde, const Flags & flags)
: NumProc (apde),
timer_element("convection - time element"),
timer_facet("convection - time facet"),
timer_mass("convection - time mass")
{
gfu = apde->GetGridFunction (flags.GetStringFlag ("gridfunction", "u"));
cfflow = apde->GetCoefficientFunction (flags.GetStringFlag ("flow", "flow"));
dt = flags.GetNumFlag ("dt", 0.001);
tend = flags.GetNumFlag ("tend", 1);
}
NumProc :: NumProc (weak_ptr<PDE> apde, const Flags & flags)
: NGS_Object (shared_ptr<PDE> (apde)->GetMeshAccess(int(flags.GetNumFlag("mesh",1))-1), "numproc"),
pde(apde)
{
if (flags.StringFlagDefined ("name"))
SetName (flags.GetStringFlag ("name",""));
}
MyVTKOutput<D>::MyVTKOutput(const Array<shared_ptr<CoefficientFunction>> & a_coefs,
const Flags & flags,
shared_ptr<MeshAccess> ama)
: MyVTKOutput(ama, a_coefs,
flags.GetStringListFlag("fieldnames" ),
flags.GetStringFlag("filename","output"),
(int) flags.GetNumFlag("subdivision", 0),
(int) flags.GetNumFlag("only_element", -1),
flags.GetDefineFlag("nocache"))
{;}
NumProcFluxError ( shared_ptr<PDE> apde, const Flags & flags) : NumProc(apde) {
fes = GetPDE()->GetFESpace(flags.GetStringFlag("fespace",NULL));
ext = GetPDE()->GetFESpace(flags.GetStringFlag("extensionspace",NULL));
hdivip = GetPDE()->GetBilinearForm(flags.GetStringFlag("hdivproduct",NULL));
q = GetPDE()->GetGridFunction(flags.GetStringFlag("discreteq",NULL));
Q = GetPDE()->GetGridFunction(flags.GetStringFlag("exactq",NULL));
err = GetPDE()->GetGridFunction(flags.GetStringFlag("errorsquareq",NULL));
}
NumProcEnergyCalc :: NumProcEnergyCalc (PDE & apde, const Flags & flags)
: NumProc (apde), point(1)
{
bfa = pde.GetBilinearForm (flags.GetStringFlag ("bilinearform", ""), 1);
lff = pde.GetLinearForm (flags.GetStringFlag ("linearform", ""), 1);
gfu = pde.GetGridFunction (flags.GetStringFlag ("gridfunction", ""), 0);
gfu0 = pde.GetGridFunction (flags.GetStringFlag ("gridfunction0", ""), 0);
gfv = pde.GetGridFunction (flags.GetStringFlag ("gridfunction2", ""), 1);
pqrfile = flags.GetStringFlag ("pqrfile","pqr");
showsteps = flags.GetStringFlag (flags.GetStringFlag ("showsteps", ""), 0);
readMolecule();
variablename = flags.GetStringFlag ("resultvariable", "");
point.SetSize(3);
if (flags.NumListFlagDefined ("point"))
{
const Array<double> & p = flags.GetNumListFlag ("point");
point.SetSize(p.Size());
for (int i = 0; i < p.Size(); i++)
point(i) = p[i];
cout << "point = " << point << endl;
}
integrateonplanes = flags.GetDefineFlag("integrateonplanes");
variabledirection = static_cast<int>(flags.GetNumFlag("variabledirection",0))-1;
n[0] = static_cast<int>(flags.GetNumFlag("n1",0));
n[1] = static_cast<int>(flags.GetNumFlag("n2",0));
n[2] = static_cast<int>(flags.GetNumFlag("n3",0));
text = flags.GetStringFlag ("text","energydiff");
if(flags.StringFlagDefined("filename"))
filename = pde.GetDirectory() + dirslash + flags.GetStringFlag("filename","");
else
filename = "err.out";
applyd = flags.GetDefineFlag ("applyd");
hermitsch = flags.GetDefineFlag ("hermitsch");
outputprecision = (pde.ConstantUsed("outputprecision")) ? int(pde.GetConstant("outputprecision")) : -1;
if(flags.NumFlagDefined("outputprecision"))
outputprecision = int(flags.GetNumFlag("outputprecision",-1));
component = static_cast<int>(flags.GetNumFlag("cachecomp",1))-1;
}
NumProc :: NumProc (const Flags & flags)
: NGS_Object (nullptr, "numproc")
{
if (flags.StringFlagDefined ("name"))
SetName (flags.GetStringFlag ("name",""));
}
NumProcSumUp (PDE & apde, const Flags & flags)
: NumProc (apde)
{
gfu = pde.GetGridFunction (flags.GetStringFlag ("gridfunction", "u"));
}