/// <summary>Stamps the device characteristics onto the equation system through the registered proxies.</summary>
public void Stamp(double gBe, double gBc, double gmf, double gmr, double ibeeq, double ibceq)
{
gbe_.Stamp(gBe);
gbc_.Stamp(gBc);
gmf_.Stamp(gmf);
gmr_.Stamp(gmr);
ibe.Stamp(ibeeq);
ibc.Stamp(ibceq);
}
/// <summary>Adds entries to the equation system that correspond to inductor with given initial condition.</summary>
/// <param name="equations">The equation system.</param>
/// <param name="current">The initial current in ampers for the inductor or null for equilibrium current.</param>
public void StampInitialCondition(double?current)
{
if (current.HasValue)
{
voltage.Stamp(0);
// n33.Add(1);
// r3.Add(current.Value);
currentStamper.Stamp(-current.Value);
}
else
{
voltage.Stamp(0); // closed circuit
}
}
/// <summary>Stamps the device characteristics onto the equation system through the registered proxies.</summary>
public void Stamp(double geq, double ieq)
{
cond.Stamp(geq);
current.Stamp(ieq);
}
