public void GenerateDCACVoltageSource()
{
var generator = new VoltageSourceGenerator();
var parameters = new ParameterCollection
{
new ValueParameter("1"), // pin
new ValueParameter("0"), // pin
new WordParameter("Dc"), // dc
new ValueParameter("1.2"), // dc-value
new WordParameter("Ac"), // ac
new ValueParameter("12"), // ac-magnitude
new ValueParameter("0"), // ac-phase
};
var context = Substitute.For <ICircuitContext>();
var entity = generator.Generate("v1", "v1", "v", parameters, context);
Assert.NotNull(entity);
Assert.IsType <VoltageSource>(entity);
context.Received().SetParameter(entity, "dc", parameters[3], true);
context.Received().SetParameter(entity, "acmag", parameters[5], true);
context.Received().SetParameter(entity, "acphase", parameters[6], true);
}
public void GeneratACVoltageWithoutPhaseSineSource()
{
var generator = new VoltageSourceGenerator();
var parameters = new ParameterCollection
{
new ValueParameter("1"), // pin
new ValueParameter("0"), // pin
new WordParameter("ac"), // ac
new ValueParameter("13"), // ac-magnitude
new BracketParameter()
{
Name = "sine",
Parameters = new ParameterCollection()
{
new ValueParameter("0"),
new ValueParameter("1"),
new ValueParameter("2000"),
},
},
};
var context = Substitute.For <ICircuitContext>();
context.WaveformReader.Supports("sine", context).Returns(true);
var entity = generator.Generate("v1", "v1", "v", parameters, context);
Assert.NotNull(entity);
Assert.IsType <VoltageSource>(entity);
context.Received().SetParameter(entity, "acmag", parameters[3], true);
}
public void GenerateDCVoltageSourceWithoutVoltage()
{
var generator = new VoltageSourceGenerator();
var parameters = new ParameterCollection
{
new ValueParameter("1"), // pin
new ValueParameter("0"), // pin
new WordParameter("Dc"), // dc
};
var context = Substitute.For <ICircuitContext>();
var entity = generator.Generate("v1", "v1", "v", parameters, context);
Assert.NotNull(entity);
Assert.IsType <VoltageSource>(entity);
}
public void GenerateDCVoltageSourceWithoutDC()
{
var generator = new VoltageSourceGenerator();
var parameters = new ParameterCollection
{
new ValueParameter("1"),
new ValueParameter("0"),
new ValueParameter("1.2"),
};
var context = Substitute.For <ICircuitContext>();
var entity = generator.Generate("v1", "v1", "v", parameters, context);
Assert.NotNull(entity);
Assert.IsType <VoltageSource>(entity);
context.Received().SetParameter(entity, "dc", parameters[2], true);
}
public void GeneratVCVS()
{
var generator = new VoltageSourceGenerator();
var parameters = new ParameterCollection
{
new ValueParameter("1"), // pin
new ValueParameter("0"), // pin
new ValueParameter("2"), // pin
new ValueParameter("3"), // pin
new ValueParameter("1.3"), // gain
};
var context = Substitute.For <ICircuitContext>();
var entity = generator.Generate("x1.e1", "e1", "e", parameters, context);
Assert.NotNull(entity);
Assert.IsType <VoltageControlledVoltageSource>(entity);
context.Received().SetParameter(entity, "gain", parameters[4], true);
}
public void GenerateCCVS()
{
var generator = new VoltageSourceGenerator();
var parameters = new ParameterCollection
{
new ValueParameter("1"), // pin
new ValueParameter("0"), // pin
new WordParameter("v1"), // controling source
new ValueParameter("3"), // gain
};
var context = Substitute.For <ICircuitContext>();
context.NameGenerator.GenerateObjectName(Arg.Any <string>()).Returns(x => x[0].ToString());
var entity = generator.Generate("x1.h1", "h1", "h", parameters, context);
Assert.NotNull(entity);
Assert.IsType <CurrentControlledVoltageSource>(entity);
Assert.Equal("v1", ((CurrentControlledVoltageSource)entity).ControllingName.ToString());
context.Received().SetParameter(entity, "gain", "3", true);
}