public void KeyMakesDifference()
{
var key = new Key(electricProperties: ElectricProperties.CreateFromIR(10, 2));
var elementsList = new List <AbstractElement>
{
HelperClass.GetRandomBattery(),
HelperClass.GetRandomCable(),
key,
HelperClass.GetRandomCable()
};
HelperClass.Join(elementsList, 0, 1);
HelperClass.Join(elementsList, 1, 2);
HelperClass.Join(elementsList, 2, 3);
HelperClass.Join(elementsList, 3, 0);
((Battery)elementsList[0]).GiveProperties();
Assert.AreNotEqual(elementsList[0].Properties.Amperage, elementsList[1].Properties.Amperage);
key.Switch();
((Battery)elementsList[0]).GiveProperties();
Assert.AreEqual(elementsList[0].Properties.Amperage, elementsList[1].Properties.Amperage);
}
public void CorrectConnections()
{
var props = ElectricProperties.CreateFromIR(DefaultAmperage, DefaultResistance);
Assert.AreEqual(props.Resistance*2, (props & props).Resistance);
Assert.AreEqual(2.0/props.Resistance, (props | props).Resistance);
}
protected AbstractElement(double resistance)
{
properties = ElectricProperties.CreateFromUR(0, resistance);
joints.Add(new NodeJointPoint(this));
/*var message = "created " + this + "!!! Joints are " + joints.Count + " and they are ";
* message = joints.Aggregate(message, (current, point) => current + string.Format("parentId = {0}, targetId = {1}", point.ParentId, point.TargetId));
* Debug.Log(message);*/
}
protected AbstractElement(ElectricProperties props)
{
if (props == null)
{
props = ElectricProperties.CreateFromUR(0, 1);
}
properties = props;
joints.Add(new NodeJointPoint(this));
}
public void CorrectCreation()
{
var ourObject1 = ElectricProperties.CreateFromIR(DefaultAmperage, DefaultResistance);
var ourObject2 = ElectricProperties.CreateFromUR(DefaultCurrent, DefaultResistance);
var ourObject3 = ElectricProperties.CreateFromIU(DefaultAmperage, DefaultCurrent);
Assert.AreEqual(ourObject1.Amperage, ourObject2.Amperage, ElectricProperties.ToleranceOfEquality);
Assert.AreEqual(ourObject1.Current, ourObject2.Current, ElectricProperties.ToleranceOfEquality);
Assert.AreEqual(ourObject1.Resistance, ourObject2.Resistance, ElectricProperties.ToleranceOfEquality);
Assert.AreEqual(ourObject2.Amperage, ourObject3.Amperage, ElectricProperties.ToleranceOfEquality);
Assert.AreEqual(ourObject2.Current, ourObject3.Current, ElectricProperties.ToleranceOfEquality);
Assert.AreEqual(ourObject2.Resistance, ourObject3.Resistance, ElectricProperties.ToleranceOfEquality);
}
public void SetElectricProperties(ElectricProperties props)
{
fields[0].Text = Math.Round(props.Amperage, 4).ToString();
fields[1].Text = Math.Round(props.Current, 4).ToString();
fields[2].Text = Math.Round(props.Resistance, 4).ToString();
}
public Key(bool state=false, ElectricProperties electricProperties=null)
: base(electricProperties)
{
On = state;
}
public void SetElectricProperties(ElectricProperties props)
{
fields[0].Text = Math.Round(props.Amperage, 4).ToString();
fields[1].Text = Math.Round(props.Current, 4).ToString();
fields[2].Text = Math.Round(props.Resistance, 4).ToString();
}
public Battery(double current, double innerResistance) : base(ElectricProperties.CreateFromUR(current, innerResistance))
{
}
public Key(double resistance, bool state = false)
: this(state, ElectricProperties.CreateFromUR(0, resistance))
{
}
public Key(bool state = false, ElectricProperties electricProperties = null) : base(electricProperties)
{
On = state;
}
