///The components that go into a route are named in a comment above each constructor.
///It is sometimes needed to specify which route to use, this occurs when two routes use exactly
///the same components in a route but when the switches are to be locked in different states.
///Some routes also don't specify the state of a switch when it is entered as an argument into the constructor,
///this is because the state can vary depending on which specific route is picked.
//Overload for a1. 1 entry signal, 1 protected signal, (2 forbidden routes), 1 switch, 1 protected switch
public Route(EntrySignal includedEntrySignal, Signal protectedSignal, Switch includedStraightSwitch, Switch protectedStraightSwitch, string displayName)
{
this.displayName = displayName;
includedSignals.Add(includedEntrySignal);
protectedSignals.Add(protectedSignal);
straightSwitches.Add(includedStraightSwitch);
straightSwitches.Add(protectedStraightSwitch);
}
//Overload for c1. 1 entry signal, 1 protected signal, (1 forbidden route), 1 switch, 1 derail, 1 road signal
public Route(EntrySignal includedEntrySignal, Signal protectedSignal, Switch includedSwitch, Derail includedDerail, RoadSignal includedRoadSignal, string displayName)
{
this.displayName = displayName;
includedSignals.Add(includedEntrySignal);
protectedSignals.Add(protectedSignal);
straightSwitches.Add(includedSwitch);
raisedDerails.Add(includedDerail);
includedSignals.Add(includedRoadSignal);
}
//Overload for o1. 4 signals, 1 protected signal, 3 switches, 1 derail, 1 road signal
public Route(EntrySignal A, EntrySignal C, ExitSignal D, ExitSignal F, EntrySignal B, Switch includedSwitch1, Switch includedSwitch2, Switch includedSwitch3, Derail includedDerail, RoadSignal includedRoadSignal, string displayName)
{
this.displayName = displayName;
includedSignals.Add(A);
includedSignals.Add(C);
includedSignals.Add(D);
includedSignals.Add(F);
straightSwitches.Add(includedSwitch1);
straightSwitches.Add(includedSwitch2);
straightSwitches.Add(includedSwitch3);
raisedDerails.Add(includedDerail);
includedSignals.Add(includedRoadSignal);
}
//Overload for b1/b2. 1 entry signal, (3 forbidden routes), 3 switches
//Because the routes use the same objects, the specific route needs to be selected to ensure objects are locked in their correct positions
public Route(int variant, EntrySignal includedEntrySignal, Switch includedSwitch1, Switch includedSwitch2, Switch includedSwitch3, string displayName)
{
if (variant == 1)
{
this.displayName = displayName;
includedSignals.Add(includedEntrySignal);
straightSwitches.Add(includedSwitch1);
straightSwitches.Add(includedSwitch2);
straightSwitches.Add(includedSwitch3);
}
else if (variant == 2)
{
this.displayName = displayName;
includedSignals.Add(includedEntrySignal);
straightSwitches.Add(includedSwitch1);
curvedSwitches.Add(includedSwitch2);
straightSwitches.Add(includedSwitch3);
}
}
//Overload for c2/c3. 1 entry signal, 1 protected signal, (2 forbidden routes), 2 switches, 1 derail, 1 road signal
//Because the routes use the same objects, the specific route needs to be selected to ensure objects are locked in their correct positions
public Route(int variant, EntrySignal includedEntrySignal, Signal protectedSignal, Switch includedSwitch1, Switch includedSwitch2, Derail includedDerail, RoadSignal includedRoadSignal, string displayName)
{
if (variant == 2)
{
this.displayName = displayName;
includedSignals.Add(includedEntrySignal);
protectedSignals.Add(protectedSignal);
curvedSwitches.Add(includedSwitch1);
straightSwitches.Add(includedSwitch2);
loweredDerails.Add(includedDerail);
includedSignals.Add(includedRoadSignal);
}
else if (variant == 3)
{
this.displayName = displayName;
includedSignals.Add(includedEntrySignal);
protectedSignals.Add(protectedSignal);
curvedSwitches.Add(includedSwitch1);
curvedSwitches.Add(includedSwitch2);
loweredDerails.Add(includedDerail);
includedSignals.Add(includedRoadSignal);
}
}
//Constructor
public Interlocking()
{
#region objectInit
//Init 6 switches and 2 derails
switch1 = new Switch("Växel 1");
switch2 = new Switch("Växel 2");
switch3 = new Switch("Växel 3");
switch4 = new Switch("Växel 4");
switch5 = new Switch("Växel 5");
switch8 = new Switch("Växel 8");
derail1 = new Derail("Spårspärr I");
derail2 = new Derail("Spårspärr II");
//Init 2 exit signals
D = new ExitSignal("D");
F = new ExitSignal("F");
//Init 3 entry signals
A = new EntrySignal(D, "A");
B = new EntrySignal("B");
C = new EntrySignal(F, "C");
//Init distant signal
AFsi = new DistSignal(A, "AFsi");
//Init road signal
V1 = new RoadSignal("V1");
//Init road distant signal(s. There are actually two, but since they display the same aspect at all times, it is counted as one for simplicity)
V1Fsi = new DistroadSignal(V1, "V1Fsi");
//Init road crossing
crossing_V1 = new Crossing(V1, "Sundbyvägen");
#endregion
#region routeInit
//Init arrival routes
route_a1 = new Route(A, F, switch1, switch8, "a1");
route_a2 = new Route(2, A, B, F, switch1, switch3, switch8, "a2");
route_a3 = new Route(3, A, B, F, switch1, switch3, switch8, "a3");
route_b1 = new Route(1, B, switch1, switch3, switch8, "b1");
route_b2 = new Route(2, B, switch1, switch3, switch8, "b2");
route_c1 = new Route(C, D, switch2, derail2, V1, "c1");
route_c2 = new Route(2, C, D, switch2, switch4, derail2, V1, "c2");
route_c3 = new Route(3, C, D, switch2, switch4, derail2, V1, "c3");
//Init departure routes
route_d1 = new Route(1, D, C, switch2, derail2, V1, "d1");
route_d2_3 = new Route(2, D, C, switch2, derail2, V1, "d2/3");
route_e1 = new Route(B, switch1, switch8, "e1");
route_e2 = new Route(F, A, B, switch1, switch8, "e2");
route_F = new Route(F, A, "F");
//Init unmonitored route
route_o1 = new Route(A, C, D, F, B, switch1, switch2, switch8, derail2, V1, "o1");
#endregion
#region Fill "saving" lists with objects
//Fill "saving" lists with objects
allSignals.Add(A);
allSignals.Add(B);
allSignals.Add(C);
allSignals.Add(D);
allSignals.Add(F);
allSignals.Add(AFsi);
allSignals.Add(V1);
allSignals.Add(V1Fsi);
allSwitches.Add(switch1);
allSwitches.Add(switch2);
allSwitches.Add(switch3);
allSwitches.Add(switch4);
allSwitches.Add(switch5);
allSwitches.Add(switch8);
allDerails.Add(derail1);
allDerails.Add(derail2);
allRoutes.Add(route_a1);
allRoutes.Add(route_a2);
allRoutes.Add(route_a3);
allRoutes.Add(route_b1);
allRoutes.Add(route_b2);
allRoutes.Add(route_b2);
allRoutes.Add(route_c1);
allRoutes.Add(route_c2);
allRoutes.Add(route_c3);
allRoutes.Add(route_d1);
allRoutes.Add(route_d2_3);
allRoutes.Add(route_e1);
allRoutes.Add(route_e2);
allRoutes.Add(route_F);
allRoutes.Add(route_o1);
#endregion
#region Set forbidden routes
//Add forbidden routes for some routes.
route_a1.forbiddenRoutes.Add(route_c1);
route_a1.forbiddenRoutes.Add(route_F);
route_a2.forbiddenRoutes.Add(route_c2);
route_a2.forbiddenRoutes.Add(route_F);
route_a3.forbiddenRoutes.Add(route_c3);
route_a3.forbiddenRoutes.Add(route_F);
route_b1.forbiddenRoutes.Add(route_c2);
route_b1.forbiddenRoutes.Add(route_e1);
route_b1.forbiddenRoutes.Add(route_e2);
route_b2.forbiddenRoutes.Add(route_c3);
route_b2.forbiddenRoutes.Add(route_e1);
route_b2.forbiddenRoutes.Add(route_e2);
route_c1.forbiddenRoutes.Add(route_a1);
route_c2.forbiddenRoutes.Add(route_a2);
route_c2.forbiddenRoutes.Add(route_b1);
route_c3.forbiddenRoutes.Add(route_a3);
route_c3.forbiddenRoutes.Add(route_b2);
route_e2.forbiddenRoutes.Add(route_a2);
route_e2.forbiddenRoutes.Add(route_a3);
Debug.WriteLine("[PRG/INFO] Constructed interlocking.");
#endregion
}
public DistSignal(EntrySignal referenceSignal, string displayName)
{
this.displayName = displayName;
}
