public void ThrowIfZeroAccuracy()
{
ShootingSolver = new RseShootingSolver
{
DesiredAccuracy = 0
};
ShootingSolver.Solve();
}
public void ThrowIfNegativeAccuracy()
{
ShootingSolver = new RseShootingSolver
{
DesiredAccuracy = -1
};
ShootingSolver.Solve();
}
public void ThrowIfMissingAccuracyMeasure()
{
ShootingSolver = new RseShootingSolver
{
DesiredAccuracy = 1,
Aggressiveness = 1
};
ShootingSolver.Solve();
}
public void ThrowIfZeroAggressiveness()
{
ShootingSolver = new RseShootingSolver
{
DesiredAccuracy = 1,
Aggressiveness = 0
};
ShootingSolver.Solve();
}
public void ThrowIfMissingSolver()
{
ShootingSolver = new RseShootingSolver
{
DesiredAccuracy = 1,
Aggressiveness = 1,
SolutionAccuracyMeasure = () => 0,
Solver = null
};
ShootingSolver.Solve();
}
private void InitShootingSolver_Dummy()
{
DesiredAccuracy = 1;
Aggressiveness = 1;
InitRseSolver_Dummy();
ShootingSolver = new RseShootingSolver
{
SolutionAccuracyMeasure = () => 10 * DesiredAccuracy
};
}
public void ThrowIfTooManyAttempts()
{
InitRseSolver_Dummy();
ShootingSolver = new RseShootingSolver
{
DesiredAccuracy = 1,
Aggressiveness = 1,
SolutionAccuracyMeasure = () => 10 * ShootingSolver.DesiredAccuracy,
Solver = Solver,
MaxTrials = -1
};
ShootingSolver.Solve();
}
private void InitShootingSolver_SinExactInput()
{
DesiredAccuracy = 1e-7;
Aggressiveness = 1;
MaxShootingTrials = 1;
InitRseSolver_SinExactInput();
ShootingSolver = new RseShootingSolver
{
Solver = Solver,
DesiredAccuracy = DesiredAccuracy,
Aggressiveness = Aggressiveness,
SolutionAccuracyMeasure = () => ComplexMath.Abs(Solver.SolutionValues[5000])
};
}
private void InitShootingSolver_ComplexEigenvalueProblem()
{
DesiredAccuracy = 1e-7;
Aggressiveness = 0.2;
MaxShootingTrials = 100;
InitRseSolver_ComplexEigenvalueProblem();
ShootingSolver = new RseShootingSolver
{
Solver = Solver,
DesiredAccuracy = DesiredAccuracy,
Aggressiveness = Aggressiveness,
MaxTrials = MaxShootingTrials,
Eigenvalue = new Complex(0.3, -1.5),
SolutionAccuracyMeasure = () => ComplexMath.Abs(Solver.SolutionValues[10000] - ComplexTestFunction(Math.PI))
};
}
