public void DipoleCurrentsBehaveProperly(Complex positiveCurrent, Complex negativeCurrent, Complex currentSum)
{
var dipole = new MockedDipole();
IComponent positive = dipole.Positive;
IComponent negative = dipole.Negative;
positive.Variables.First().Setter(positiveCurrent);
negative.Variables.First().Setter(negativeCurrent);
Assert.Equal(currentSum, ((IComponent)dipole).Equations.First()());
}
public void FollowsOhmsLawsConnected(
Complex voltageNode1,
Complex voltageNode2,
Complex current,
double resistance,
Complex expectedValue)
{
var R = new IdealResistor(resistance);
var dipole = new MockedDipole();
var equation = ((IComponent)R).Equations.First();
IComponent node1 = R.Positive.ConnectTo(dipole.Positive);
IComponent node2 = R.Negative.ConnectTo(dipole.Negative);
IComponent positive = R.Positive;
node1.Variables.First().Setter(voltageNode1);
node2.Variables.First().Setter(voltageNode2);
positive.Variables.First().Setter(current);
Assert.Equal(expectedValue, equation());
}
