public Triode()
{
p = new Terminal(this, "P");
g = new Terminal(this, "G");
k = new Terminal(this, "K");
Name = "V1";
}
public Potentiometer()
{
anode = new Terminal(this, "Anode");
cathode = new Terminal(this, "Cathode");
wiper = new Terminal(this, "Wiper");
Name = "R1";
}
public BipolarJunctionTransistor()
{
c = new Terminal(this, "C");
e = new Terminal(this, "E");
b = new Terminal(this, "B");
Name = "Q1";
}
public JunctionFieldEffectTransistor()
{
s = new Terminal(this, "S");
g = new Terminal(this, "G");
d = new Terminal(this, "D");
Name = "J1";
}
public Transformer()
{
pa = new Terminal(this, "PA");
pc = new Terminal(this, "PC");
sa = new Terminal(this, "SA");
sc = new Terminal(this, "SC");
Name = "TX1";
}
public CenterTapTransformer()
{
pa = new Terminal(this, "PA");
pc = new Terminal(this, "PC");
sa = new Terminal(this, "SA");
st = new Terminal(this, "ST");
sc = new Terminal(this, "SC");
Name = "TX1";
}
public SinglePoleSwitch(int ThrowCount)
{
if (ThrowCount < 2 || ThrowCount > 100)
throw new ArgumentOutOfRangeException("ThrowCount", "ThrowCount must be in [2, 100]");
throws = new Terminal[ThrowCount];
for (int i = 0; i < ThrowCount; ++i)
throws[i] = new Terminal(this, "Throw" + i.ToString());
common = new Terminal(this, "Common");
Name = "S1";
}
public static void LayoutSymbol(SymbolLayout Sym, Terminal p, Terminal n, Terminal o, Terminal vp, Terminal vn, Func<string> Name, Func<string> Part)
{
IdealOpAmp.LayoutSymbol(Sym, p, n, o, Name);
Sym.AddTerminal(vn, new Coord(0, -20), new Coord(0, -10));
Sym.DrawNegative(EdgeType.Black, new Coord(5, -13));
Sym.AddTerminal(vp, new Coord(0, 20), new Coord(0, 10));
Sym.DrawPositive(EdgeType.Black, new Coord(5, 13));
if (Part != null)
Sym.DrawText(Part, new Coord(12, 4), Alignment.Near, Alignment.Near);
}
public static void LayoutSymbol(SymbolLayout Sym, Terminal P, Terminal G, Terminal K, Func<string> Name, Func<string> Part)
{
Sym.AddTerminal(P, new Coord(0, 20), new Coord(0, 4));
Sym.AddWire(new Coord(-10, 4), new Coord(10, 4));
Sym.AddTerminal(G, new Coord(-20, 0), new Coord(-12, 0));
for (int i = -8; i < 16; i += 8)
Sym.AddWire(new Coord(i, 0), new Coord(i + 4, 0));
Sym.AddTerminal(K, new Coord(-10, -20), new Coord(-10, -6), new Coord(-8, -4), new Coord(8, -4), new Coord(10, -6));
Sym.AddCircle(EdgeType.Black, new Coord(0, 0), 20);
if (Part != null)
Sym.DrawText(Part, new Coord(-2, 20), Alignment.Far, Alignment.Near);
Sym.DrawText(Name, new Point(-8, -20), Alignment.Near, Alignment.Far);
}
public static void LayoutSymbol(SymbolLayout Sym, Terminal p, Terminal n, Terminal o, Func<string> Name)
{
Sym.AddTerminal(p, new Coord(-20, -10));
Sym.DrawPositive(EdgeType.Black, new Coord(-15, -10));
Sym.AddTerminal(n, new Coord(-20, 10));
Sym.DrawNegative(EdgeType.Black, new Coord(-15, 10));
Sym.AddTerminal(o, new Coord(20, 0));
Sym.AddWire(o, new Coord(20, 0));
Sym.AddLoop(EdgeType.Black,
new Coord(-20, 20),
new Coord(-20, -20),
new Coord(20, 0));
Sym.DrawText(Name, new Coord(12, -4), Alignment.Near, Alignment.Far);
}
public void AddWire(Terminal T, IEnumerable<Coord> x)
{
AddWire(new Coord[] { terminals[T] }.Concat(x));
}
/// <summary>
/// Disconnect a terminal from this node.
/// </summary>
/// <param name="T"></param>
public void Disconnect(Terminal T)
{
connected.Remove(T);
}
/// <summary>
/// Connect a terminal to this node.
/// </summary>
/// <param name="T"></param>
public void Connect(Terminal T)
{
connected.Add(T);
}
public TwoTerminal()
{
anode = new Terminal(this, "Anode");
cathode = new Terminal(this, "Cathode");
}
public OneTerminal()
{
terminal = new Terminal(this);
}
private void Connect(Terminal T, Node V)
{
if (V != T.ConnectedTo)
{
T.ConnectTo(V);
if (V != null)
Log.WriteLine(MessageType.Verbose, "Terminal '" + T.ToString() + "' connected to node '" + V.ToString() + "'");
else
Log.WriteLine(MessageType.Verbose, "Terminal '" + T.ToString() + "' disconnected");
}
}
public OpAmp()
{
vcc = new Terminal(this, "Vcc+");
vee = new Terminal(this, "Vcc-");
}
/// <summary>
/// Connect the terminal of this port.
/// </summary>
/// <param name="N"></param>
public void ConnectTo(Node N)
{
Terminal.ConnectTo(N);
}
public void AddWire(Terminal T, params Coord[] x)
{
AddWire(T, x.AsEnumerable());
}
public static void LayoutSymbol(SymbolLayout Sym, JfetType Type, Terminal S, Terminal G, Terminal D, Func<string> Name, Func<string> Part)
{
int bx = 0;
Sym.AddTerminal(S, new Coord(10, -20), new Coord(10, -10), new Coord(0, -10));
Sym.AddTerminal(G, new Coord(-20, 0), new Coord(-10, 0));
Sym.AddTerminal(D, new Coord(10, 20), new Coord(10, 10), new Coord(0, 10));
Sym.DrawLine(EdgeType.Black, new Coord(bx, 12), new Coord(bx, -12));
switch (Type)
{
case JfetType.N: Sym.DrawArrow(EdgeType.Black, new Coord(-10, 0), new Coord(0, 0), 0.2, 0.3); break;
case JfetType.P: Sym.DrawArrow(EdgeType.Black, new Coord(0, 0), new Coord(-10, 0), 0.2, 0.3); break;
default:
throw new NotSupportedException("Unknown JFET type.");
}
if (Part != null)
Sym.DrawText(Part, new Coord(8, 20), Alignment.Far, Alignment.Near);
Sym.DrawText(Name, new Point(8, -20), Alignment.Far, Alignment.Far);
Sym.AddCircle(EdgeType.Black, new Coord(0, 0), 20);
}
public override Coord MapTerminal(Terminal T)
{
return MapToGlobal(layout.MapTerminal(T));
}
public IdealOpAmp()
{
p = new Terminal(this, "+");
n = new Terminal(this, "-");
o = new Terminal(this, "Out");
}
/// <summary>
/// Add a terminal followed by a wire to the schematic.
/// </summary>
/// <param name="T"></param>
/// <param name="x"></param>
public void AddTerminal(Terminal T, params Coord[] x)
{
terminals[T] = x[0]; AddWire(x);
}
public TwoTerminal()
{
anode = new Terminal(this, "Anode");
cathode = new Terminal(this, "Cathode");
}
public Port()
{
external = new Terminal(this, "X1");
}
public static void LayoutSymbol(SymbolLayout Sym, Terminal A, Terminal C, DiodeType Type, Func<string> Name, Func<string> Part)
{
Sym.AddTerminal(A, new Coord(0, 20));
Sym.AddWire(A, new Coord(0, 10));
Sym.AddTerminal(C, new Coord(0, -20));
Sym.AddWire(C, new Coord(0, -10));
Sym.AddLoop(EdgeType.Black,
new Coord(-10, 10),
new Coord(10, 10),
new Coord(0, -10));
Sym.AddLine(EdgeType.Black, new Coord(-10, -10), new Coord(10, -10));
switch (Type)
{
case DiodeType.LED:
Sym.DrawArrow(EdgeType.Black, new Coord(-12, 5), new Coord(-20, -3), 0.2);
Sym.DrawArrow(EdgeType.Black, new Coord(-8, -2), new Coord(-16, -10), 0.2);
break;
case DiodeType.Zener:
Sym.AddLine(EdgeType.Black, new Coord(-10, -10), new Coord(-10, -5));
Sym.AddLine(EdgeType.Black, new Coord(10, -10), new Coord(10, -15));
break;
default:
break;
}
if (Part != null)
Sym.DrawText(Part, new Coord(12, 4), Alignment.Near, Alignment.Near);
Sym.DrawText(Name, new Coord(12, -4), Alignment.Near, Alignment.Far);
}
public override Coord MapTerminal(Terminal T)
{
if (T == conductor.Anode) return a;
else if (T == conductor.Cathode) return b;
else throw new ArgumentOutOfRangeException("T");
}
/// <summary>
/// Get the position of the terminal in this symbol.
/// </summary>
/// <param name="T"></param>
/// <returns></returns>
public Coord MapTerminal(Terminal T)
{
return terminals[T];
}
public OneTerminal()
{
terminal = new Terminal(this);
}
public static void LayoutSymbol(SymbolLayout Sym, BjtType Type, Terminal C, Terminal B, Terminal E, Func<string> Name, Func<string> Part)
{
int bx = -5;
Sym.AddTerminal(B, new Coord(-20, 0), new Coord(bx, 0));
switch (Type)
{
case BjtType.NPN:
Sym.AddTerminal(C, new Coord(10, 20), new Coord(10, 17));
Sym.AddTerminal(E, new Coord(10, -20), new Coord(10, -17));
Sym.DrawLine(EdgeType.Black, new Coord(10, 17), new Coord(bx, 8));
Sym.DrawArrow(EdgeType.Black, new Coord(bx, -8), new Coord(10, -17), 0.2, 0.3);
break;
case BjtType.PNP:
Sym.AddTerminal(E, new Coord(10, 20), new Coord(10, 17));
Sym.AddTerminal(C, new Coord(10, -20), new Coord(10, -17));
Sym.DrawArrow(EdgeType.Black, new Coord(10, 17), new Coord(bx, 8), 0.2, 0.3);
Sym.DrawLine(EdgeType.Black, new Coord(bx, -8), new Coord(10, -17));
break;
default:
throw new NotSupportedException("Unknown BJT type.");
}
Sym.DrawLine(EdgeType.Black, new Coord(bx, 12), new Coord(bx, -12));
if (Part != null)
Sym.DrawText(Part, new Coord(8, 20), Alignment.Far, Alignment.Near);
Sym.DrawText(Name, new Point(8, -20), Alignment.Far, Alignment.Far);
Sym.AddCircle(EdgeType.Black, new Coord(0, 0), 20);
}
