/// <summary>
/// Creates a new BusStation and returns it.
/// </summary>
/// <param name="connector">The assoziated StreetConnector</param>
/// <returns>A new instance of a BusStation</returns>
public static BusStation NewBusStation(StreetConnector connector)
{
BusStation station = new BusStation(connector);
stations.Add(station.ID, station);
return(station);
}
/// <summary>
/// Creates a new Building and returns it.
/// </summary>
/// <param name="connector">The assoziated StreetConnector</param>
/// <returns>A new instance of a Building</returns>
public static Building NewBuilding(StreetConnector connector)
{
Building building = new Building(connector);
buildings.Add(building.ID, building);
return(building);
}
/// <summary>
/// Creates a new TramStation and returns it.
/// </summary>
/// <param name="connector">The assoziated StreetConnector</param>
/// <returns>A new instance of a TramStation</returns>
public static TramStation NewTramStation(StreetConnector connector)
{
TramStation station = new TramStation(connector);
stations.Add(station.ID, station);
return(station);
}
/// <summary>
/// Creates a new StreetSegment and returns it.
/// </summary>
/// <param name="c1">The first StreetConnector</param>
/// <param name="c2">The second StreetConnector</param>
/// <returns>A new instance of a StreetSegment</returns>
public static StreetSegment NewStreetSegment(StreetConnector c1, StreetConnector c2)
{
StreetSegment segment = new StreetSegment(c1, c2);
segments.Add(segment.ID, segment);
return(segment);
}
/// <summary>
/// Creates a new StreetConnector and returns it.
/// </summary>
/// <param name="coordinate">The coordinate of the StreetConnector</param>
/// <returns>A new instance of a StreetConnector</returns>
public static StreetConnector NewStreetConnector(Coordinate coordinate)
{
StreetConnector connector = new StreetConnector(coordinate);
connectors.Add(connector.ID, connector);
return(connector);
}
/// <summary>
/// Creates a new PublicTransportStation and connects it to a specific StreetConnector.
/// </summary>
/// <param name="connector">The StreetConnector to where connect to</param>
protected PublicTransportStation(StreetConnector connector)
{
id = NextID;
if (!Connect(connector))
{
throw new StreetMapException("Could not connect this PublicTransportStation to the StreetConnector");
}
}
/// <summary>
/// Creates a new Building and connects it to a specific StreetConnector.
/// </summary>
/// <param name="connector">The StreetConnector to connects this Building to</param>
public Building(StreetConnector connector)
{
id = NextID;
if (!Connect(connector))
{
throw new StreetMapException("Could not connect this Building to the StreetConnector");
}
}
private StreetEndpoint FindEndpoint(StreetConnector connector)
{
foreach (StreetEndpoint ep in connections)
{
if (ep.Connector == connector)
{
return(ep);
}
}
return(null);
}
/// <summary>
/// Creates a new StreetSegment between two StreetConnectors.
/// </summary>
/// <param name="c1">The first StreetConnector</param>
/// <param name="c2">The second StreetConnector</param>
public StreetSegment(StreetConnector c1, StreetConnector c2)
{
id = NextID;
ep1 = new StreetEndpoint(this);
ep2 = new StreetEndpoint(this);
if (!ep1.Connect(c1) || !ep2.Connect(c2))
{
throw new StreetMapException("Could not connect this StreetSegment with all StreetConnectors");
}
length = CalcLength();
speedLimit = DEFAULT_SPEED_LIMIT;
UpdateMinDriveTime();
lanes = DEFAULT_LANES_COUNT;
UpdateSpace();
}
/// <summary>
/// Disconnects from the connected StreetConnector.
/// </summary>
/// <returns>True if the connection could be broken, false otherwise</returns>
public bool Disconnect()
{
if (!IsConnected)
{
return(true);
}
StreetConnector.DisconnectResult result = connector.Disconnect(this);
switch (result)
{
case StreetConnector.DisconnectResult.Disconnected: connector = null; return(true);
case StreetConnector.DisconnectResult.NotConnected: return(true);
}
return(false);
}
/// <summary>
/// Disconnects from the connected StreetConnector.
/// </summary>
/// <returns>True if the connection could be broken, false otherwise</returns>
public bool Disconnect(StreetConnector connector)
{
StreetEndpoint ep = FindEndpoint(connector);
if (ep == null)
{
return(true);
}
if (!ep.Disconnect())
{
throw new StreetMapException("Could not disconnect this StreetHub from the StreetConnector");
}
connections.Remove(ep);
isGreenList.Remove(connector.ID);
return(true);
}
/// <summary>
/// Connects to the given StreetConnector.
/// </summary>
/// <param name="connector">The StreetConnector to connect to</param>
/// <returns>True if a connection could be established, false otherwise</returns>
public bool Connect(StreetConnector connector)
{
if (IsConnected)
{
return(false);
}
StreetConnector.ConnectResult result = connector.Connect(this);
switch (result)
{
case StreetConnector.ConnectResult.Connected: this.connector = connector; return(true);
case StreetConnector.ConnectResult.AlreadyConnected: return(true);
case StreetConnector.ConnectResult.NoFreeSlot: return(false);
}
return(false);
}
/// <summary>
/// Connects to the given StreetConnector.
/// </summary>
/// <param name="connector">The StreetConnector to connect to</param>
/// <returns>True if a connection could be established, false otherwise</returns>
public bool Connect(StreetConnector connector)
{
if (FindEndpoint(connector) != null)
{
return(true);
}
StreetEndpoint ep = new StreetEndpoint(this);
if (!ep.Connect(connector))
{
throw new StreetMapException("Could not connect this StreetHub to the StreetConnector");
}
connections.Add(ep);
isGreenList.Add(connector.ID, true);
UpdateSpace();
return(true);
}
private static void InitSmallStaticMap()
{
StreetConnector c1, c2, c3, c4;
StreetHub h1;
// # StreetConnector
// - StreetSegment
// ~ StreetHub
// ^ Building
/* ^ ^ ^
* #---#~~~~~#---#
* - ~ -
* - ^ ~ -
* #---#~~~~~#---#^
*/
Save(c1 = new StreetConnector(0, 0));
Save(c2 = new StreetConnector(400, 0));
Save(c3 = new StreetConnector(0, 300));
Save(c4 = new StreetConnector(400, 300));
Save(new Building(c1));
Save(new Building(c2));
Save(new Building(c4));
Save(new StreetSegment(c1, c2));
Save(new StreetSegment(c1, c3));
Save(new StreetSegment(c3, c4));
Save(c1 = new StreetConnector(1000, 0));
Save(c3 = new StreetConnector(1000, 300));
Save(h1 = new StreetHub());
h1.Connect(c1);
h1.Connect(c2);
h1.Connect(c3);
h1.Connect(c4);
Save(c2 = new StreetConnector(1400, 0));
Save(c4 = new StreetConnector(1400, 300));
Save(new Building(c2));
Save(new Building(c4));
Save(new StreetSegment(c1, c2));
Save(new StreetSegment(c2, c4));
Save(new StreetSegment(c3, c4));
}
public TramStation(StreetConnector connector) : base(connector)
{
}
private static void Save(StreetConnector connector)
{
connectors.Add(connector.ID, connector);
}
public BusStation(StreetConnector connector) : base(connector)
{
}
private static void InitStaticCityMap()
{
// see excel file (table 1) for graphical representation
StreetConnector c1, c2, c3, c4, c5, c6, c7, c8;
StreetHub h1, h2, h3, h4;
// residential area 1 (left upper)
Save(c1 = new StreetConnector(20, 20));
Save(new Building(c1));
Save(h1 = new StreetHub());
h1.Connect(c1);
Save(c2 = new StreetConnector(60, 20));
Save(new Building(c2));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(100, 20));
Save(new Building(c3));
Save(new StreetSegment(c2, c3));
Save(c4 = new StreetConnector(140, 20));
Save(new Building(c4));
Save(new StreetSegment(c3, c4));
Save(c5 = new StreetConnector(180, 20));
Save(new Building(c5));
Save(new StreetSegment(c4, c5));
Save(h2 = new StreetHub());
h2.Connect(c5);
// residential area 2 (left upper)
Save(c1 = new StreetConnector(20, 60));
Save(new Building(c1));
h1.Connect(c1);
Save(c2 = new StreetConnector(60, 60));
Save(new Building(c2));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(100, 60));
Save(new Building(c3));
Save(new StreetSegment(c2, c3));
Save(c4 = new StreetConnector(140, 60));
Save(new Building(c4));
Save(new StreetSegment(c3, c4));
Save(c5 = new StreetConnector(180, 60));
Save(new Building(c5));
Save(new StreetSegment(c4, c5));
h2.Connect(c5);
// residential area 3 (left upper)
Save(c1 = new StreetConnector(20, 100));
Save(new Building(c1));
h1.Connect(c1);
Save(c2 = new StreetConnector(60, 100));
Save(new Building(c2));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(100, 100));
Save(new Building(c3));
Save(new StreetSegment(c2, c3));
Save(c4 = new StreetConnector(140, 100));
Save(new Building(c4));
Save(new StreetSegment(c3, c4));
Save(c5 = new StreetConnector(180, 100));
Save(new Building(c5));
Save(new StreetSegment(c4, c5));
h2.Connect(c5);
// point below residential area in mid
Save(c1 = new StreetConnector(200, 120));
h2.Connect(c1);
Save(h1 = new StreetHub());
h1.Connect(c1);
// long streets on top with triangle at right
Save(c1 = new StreetConnector(210, 20));
h2.Connect(c1);
Save(c2 = new StreetConnector(270, 20));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(330, 20));
Save(new Building(c3));
Save(new StreetSegment(c2, c3));
Save(h2 = new StreetHub());
h2.Connect(c3);
Save(c4 = new StreetConnector(370, 20));
h2.Connect(c4);
Save(c5 = new StreetConnector(420, 20));
Save(new Building(c5));
Save(new StreetSegment(c4, c5));
Save(h3 = new StreetHub());
h3.Connect(c5);
Save(c6 = new StreetConnector(400, 50));
Save(new Building(c6));
h3.Connect(c6);
Save(c7 = new StreetConnector(420, 50));
Save(new Building(c7));
Save(new StreetSegment(c6, c7));
h3.Connect(c7);
// street down left at upper right
Save(c1 = new StreetConnector(350, 30));
h2.Connect(c1);
Save(c2 = new StreetConnector(350, 80));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(350, 130));
Save(new StreetSegment(c2, c3));
Save(c4 = new StreetConnector(340, 150));
Save(new StreetSegment(c3, c4));
Save(c5 = new StreetConnector(310, 150));
Save(new StreetSegment(c4, c5));
Save(h2 = new StreetHub());
h2.Connect(c5);
// umbrella like construct upper right
Save(c1 = new StreetConnector(290, 140));
h2.Connect(c1);
Save(c2 = new StreetConnector(290, 100));
Save(new StreetSegment(c1, c2));
Save(h3 = new StreetHub());
h3.Connect(c2);
Save(c3 = new StreetConnector(270, 90));
Save(new Building(c3));
h3.Connect(c3);
Save(c4 = new StreetConnector(240, 90));
Save(new Building(c4));
Save(new StreetSegment(c3, c4));
Save(c5 = new StreetConnector(260, 60));
Save(new StreetSegment(c4, c5));
Save(c6 = new StreetConnector(310, 60));
Save(new Building(c6));
Save(new StreetSegment(c5, c6));
Save(c7 = new StreetConnector(330, 90));
Save(new Building(c7));
Save(new StreetSegment(c6, c7));
Save(c8 = new StreetConnector(310, 90));
Save(new Building(c8));
Save(new StreetSegment(c7, c8));
h3.Connect(c8);
// long street mid left from mid hub
Save(c1 = new StreetConnector(170, 150));
h1.Connect(c1);
Save(c2 = new StreetConnector(120, 150));
Save(new Building(c2));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(50, 170));
Save(new Building(c3));
Save(new StreetSegment(c2, c3));
Save(c4 = new StreetConnector(20, 200));
Save(new Building(c4));
Save(new StreetSegment(c3, c4));
Save(c5 = new StreetConnector(20, 230));
Save(new StreetSegment(c4, c5));
Save(c6 = new StreetConnector(110, 230));
Save(new StreetSegment(c5, c6));
Save(h3 = new StreetHub());
h3.Connect(c6);
// circle bottom left
Save(c1 = new StreetConnector(50, 260));
Save(new Building(c1));
Save(h4 = new StreetHub());
h4.Connect(c1);
Save(c2 = new StreetConnector(10, 270));
Save(new Building(c2));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(50, 290));
Save(new Building(c3));
Save(new StreetSegment(c2, c3));
Save(c4 = new StreetConnector(60, 270));
Save(new StreetSegment(c3, c4));
h4.Connect(c4);
// short street from circle to next hub
Save(c1 = new StreetConnector(90, 260));
h4.Connect(c1);
Save(c2 = new StreetConnector(120, 270));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(130, 240));
Save(new StreetSegment(c2, c3));
h3.Connect(c3);
// continue street from above down at the bottom
Save(c1 = new StreetConnector(150, 230));
Save(new Building(c1));
h3.Connect(c1);
Save(c2 = new StreetConnector(190, 280));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(250, 280));
Save(new Building(c3));
Save(new StreetSegment(c2, c3));
Save(h3 = new StreetHub());
h3.Connect(c3);
// single segment to the lower left from the umbrella like construct
Save(c1 = new StreetConnector(230, 150));
h1.Connect(c1);
Save(c2 = new StreetConnector(270, 150));
Save(new StreetSegment(c1, c2));
h2.Connect(c2);
// two L-like segments at lower mid
Save(c1 = new StreetConnector(200, 180));
h1.Connect(c1);
Save(c2 = new StreetConnector(200, 250));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(240, 250));
Save(new StreetSegment(c2, c3));
h3.Connect(c3);
// hub connect below umbrella like construct
Save(c1 = new StreetConnector(290, 180));
h2.Connect(c1);
Save(h1 = new StreetHub());
h1.Connect(c1);
// lower left segment to above section
Save(c1 = new StreetConnector(270, 200));
Save(new Building(c1));
h1.Connect(c1);
Save(c2 = new StreetConnector(260, 240));
Save(new StreetSegment(c1, c2));
h3.Connect(c2);
// lower right segment to above section
Save(c1 = new StreetConnector(320, 200));
Save(new Building(c1));
h1.Connect(c1);
Save(c2 = new StreetConnector(330, 240));
Save(new StreetSegment(c1, c2));
Save(h1 = new StreetHub());
h1.Connect(c2);
// connection segment to both above sections
Save(c1 = new StreetConnector(280, 250));
h3.Connect(c1);
Save(c2 = new StreetConnector(310, 250));
Save(new StreetSegment(c1, c2));
h1.Connect(c2);
// segment below above section
Save(c1 = new StreetConnector(270, 280));
h3.Connect(c1);
Save(c2 = new StreetConnector(330, 270));
Save(new StreetSegment(c1, c2));
h1.Connect(c2);
// little segment between hub and bottom right circle
Save(c1 = new StreetConnector(350, 250));
h1.Connect(c1);
Save(c2 = new StreetConnector(370, 250));
Save(new StreetSegment(c1, c2));
Save(h1 = new StreetHub());
h1.Connect(c2);
// bottom right circle
Save(c1 = new StreetConnector(380, 240));
Save(new Building(c1));
h1.Connect(c1);
Save(c2 = new StreetConnector(420, 220));
Save(new Building(c2));
Save(new StreetSegment(c1, c2));
Save(c3 = new StreetConnector(420, 260));
Save(new Building(c3));
Save(new StreetSegment(c2, c3));
Save(c4 = new StreetConnector(380, 260));
Save(new StreetSegment(c3, c4));
h1.Connect(c4);
}
