virtual void ApplyConfigSection(const ConfigSection &config)
{
CustomPotentialSphericalBase<Rank>::ApplyConfigSection
(config);
config.Get("inter_nuclear_r", R);
config.Get("theta_inter_nucl", ThetaR);
}
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("radial_rank_1", RadialRank1);
config.Get("radial_rank_2", RadialRank2);
config.Get("inner_box_size", InnerBoxSize);
config.Get("width", Width);
}
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("radial_rank", RadialRank);
config.Get("angular_rank", AngularRank);
//charge with sign
config.Get("charge", Charge);
}
/*
* Called once with the corresponding config section
* from the configuration file. Do all one time set up routines
* here.
*/
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("zero_before", ZeroBefore);
config.Get("zero_after", ZeroAfter);
config.Get("step_rank", StepRank);
}
/*
* Called once with the corresponding config section
* from the configuration file. Do all one time set up routines
* here.
*/
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("field_strength", FieldStrength);
config.Get("frequency", Frequency);
config.Get("duration", Duration);
config.Get("peak_time", PeakTime);
config.Get("phase", Phase);
}
/*
* Called once with the corresponding config section
* from the configuration file. Do all one time set up routines
* here.
*/
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("pulse_duration", PulseDuration);
config.Get("frequency", Frequency);
config.Get("amplitude", Amplitude);
convolutionFrequency = M_PI / PulseDuration;
}
/*
* Called once with the corresponding config section
* from the configuration file. Do all one time set up routines
* here.
*/
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("radial_rank_1", radialRank1);
config.Get("radial_rank_2", radialRank2);
config.Get("absorber_start", absorberStart);
config.Get("absorber_length", absorberLength);
config.Get("scaling_real", scalingReal);
config.Get("scaling_imag", scalingImag);
config.Get("factor_real", factorReal);
config.Get("factor_imag", factorImag);
}
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("charge", Charge);
config.Get("laser_frequency", LaserFrequency);
config.Get("laser_intensity", LaserIntensity);
double laserTurnOnCycles = 0;
config.Get("laser_turn_on_cycles", laserTurnOnCycles);
LaserTurnOnTime = laserTurnOnCycles * 2 * M_PI / LaserFrequency;
}
void GmresWrapper<Rank>::ApplyConfigSection(const ConfigSection &config)
{
config.Get("krylov_basis_size", Solver.BasisSize);
if (config.HasValue("krylov_tolerance"))
{
config.Get("krylov_tolerance", Solver.Tolerance);
}
//Perform double orthogonalization step?
if (config.HasValue("krylov_double_orthogonalization"))
{
bool performDoubleOrthogonalization;
config.Get("krylov_double_orthogonalization", performDoubleOrthogonalization);
cout << "Using doubleorth = " << performDoubleOrthogonalization << endl;
Solver.PerformDoubleOrthogonalization = performDoubleOrthogonalization;
}
}
void CombinedRepresentation<Rank>::ApplyConfigSection(const ConfigSection &config)
{
//Do this manually for each sub-representation
if (config.HasValue("innerproduct_algorithm"))
{
config.Get("innerproduct_algorithm", Algorithm);
}
}
void EditorTool::LoadSettings( ConfigSection& pSection )
{
// Get our information from the config file.
mVisible = (Bool)pSection.Get( "Visible", true );
mPosX = (Int32)pSection.Get( "PosX", (Int32)10 );
mPosY = (Int32)pSection.Get( "PosY", (Int32)10 );
mWidth = (Int32)pSection.Get( "Width", (Int32)50 );
mHeight = (Int32)pSection.Get( "Height", (Int32)50 );
// Set the window information.
mWindow->resize( mWidth, mHeight );
if( mWindow->parentWidget() )
mWindow->parentWidget()->move( mPosX, mPosY );
// Show or hide the window depending of the setting.
if( mVisible )
Show();
else
Hide();
}
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("energy_cutoff", EnergyCutoff);
config.Get("grid_max", GridMax);
config.Get("absorber_start", Start);
config.Get("radial_rank_1", RadialRank1);
config.Get("radial_rank_2", RadialRank2);
A = 0.112449;
B = 0.0082735;
C = 2.62206;
//Calculate absorber start
double kmin = std::sqrt(2*EnergyCutoff);
Start = GridMax - C / (2 * Delta * kmin);
//Calculate delta
double kmin = std::sqrt(2*EnergyCutoff);
Delta = C / (2 * kmin * (GridMax - Start));
cout << "Manolopoulos absorber" << endl;
cout << " Absorber starts at " << Start << std::endl;
cout << " Delta parameter = " << Delta << std::endl;
}
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("charge", Charge);
config.Get("softing", Softing);
}
virtual void ApplyConfigSection(const ConfigSection &config)
{
CustomPotentialSphericalBase<Rank>::ApplyConfigSection(config);
config.Get("mass", Mass);
}
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("radial_rank1", RadialRank1);
config.Get("radial_rank2", RadialRank2);
config.Get("angular_rank", AngularRank);
}
/*
* Called once with the corresponding config section
* from the configuration file. Do all one time set up routines
* here.
*/
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("nuclear_separation", NuclearSeparation);
config.Get("nuclear_softing", NuclearSofting);
config.Get("repulsion_softing", RepulsionSofting);
}
void ThetaRepresentation::ApplyConfigSection(const ConfigSection &config)
{
int maxl;
config.Get("maxl", maxl);
SetupRepresentation(maxl);
}
void Propagator<Rank>::ApplyConfigSection(const ConfigSection &config)
{
config.Get("mass", Mass);
cout << "TransformedGridPropagator: Mass = " << Mass << endl;
}
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("radial_rank_1", RadialRank1);
config.Get("radial_rank_2", RadialRank2);
config.Get("box_size", BoxSize);
}
virtual void ApplyConfigSection(const ConfigSection &config)
{
CustomPotentialCoupledSphericalBase<Rank>::ApplyConfigSection(config);
config.Get("scaling", Scaling);
}
/*
* Called once with the corresponding config section
* from the configuration file. Do all one time set up routines
* here.
*/
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("mass", mass);
}
/*
* Called once with the corresponding config section
* from the configuration file. Do all one time set up routines
* here.
*/
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("z", Z);
config.Get("radial_rank1", RadialRank1);
config.Get("radial_rank2", RadialRank2);
}
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("soft", soft);
config.Get("charge", charge);
}
/*
* Called once with the corresponding config section
* from the configuration file. Do all one time set up routines
* here.
*/
void ApplyConfigSection(const ConfigSection &config)
{
config.Get("strength", Strength);
config.Get("width", Width);
}
void ExpokitPropagator<Rank>::ApplyConfigSection(const ConfigSection &config)
{
config.Get("krylov_basis_size", BasisSize);
config.Get("krylov_tolerance", Tolerance);
config.Get("krylov_norm", MatrixNorm);
}
void RungeKuttaWrapper<Rank>::ApplyConfigSection(const ConfigSection &config)
{
config.Get("integrator_type", this->IntegratorType);
}
