public void Init()
{
List <Hangar> hangars = new List <Hangar>();
Dictionary <char, Turnout> turnouts = new Dictionary <char, Turnout>();
Hangar hangar1 = new Hangar();
Hangar hangar2 = new Hangar();
hangar1Track2 = new Track();
hangar2Track2 = new Track();
hangar1Track3 = new Track();
Turnout1To2 turnout1 = new Turnout1To2();
Turnout2To1 turnout2 = new Turnout2To1();
quay = new WaterQuay();
quay.track = hangar1Track2;
river2 = new WaterLink();
river4 = new WaterLink();
hangar1.Next = hangar1Track2;
hangar1Track2.Next = hangar1Track3;
hangar2.Next = hangar2Track2;
hangars.Add(hangar1);
hangars.Add(hangar2);
turnouts.Add('a', turnout1);
turnouts.Add('b', turnout2);
board = new Board(0, null, hangars, turnouts, null);
board.FirstRiver.Next = river2;
river2.Next = quay;
quay.Next = river4;
}
public void Init()
{
/*
* ~Q~
* Q
* -Q- - H */
water1 = new WaterLink();
water2 = new WaterQuay();
water3 = new WaterLink();
hangar = new Hangar();
link2 = new Track();
link3 = new Track();
link4 = new Track();
quay = new WaterQuay();
ship1 = new Ship(water1);
water1.Next = quay;
//quay.NextWater = water3;
hangar.Next = link2;
link2.Next = quay;
quay.Next = link4;
}
public void Initialize()
{
hangar = new Hangar();
secondTrack = new Track();
quayTrack = new Track();
fourthTrack = new Track();
water1 = new WaterLink();
water2 = new WaterLink();
water4 = new WaterLink();
quay = new WaterQuay();
quay.track = quayTrack;
ship = new Ship(water1);
water1.Occupant = ship;
water1.Next = water2;
water2.Next = quay;
quay.Next = water4;
hangar.Next = secondTrack;
secondTrack.Next = quayTrack;
quayTrack.Next = fourthTrack;
}
public void LayLinks()
{
if (_hasNexts == null)
{
throw new InvalidOperationException();
}
// Loop over array.
for (int y = 0; y < _hasNexts.Length; y++)
{
for (int x = 0; x < _hasNexts[y].Length; x++)
{
// Check is item is null
if (_hasNexts[y][x] == null)
{
continue;
}
// Yeey, we found a item, Lets check its identity.
switch (_hasNexts[y][x])
{
case Hangar hangar:
// Look right for a tracklink and link to it.
if (IsType <Track>(y, x + 1))
{
hangar.Next = _hasNexts[y] [x + 1];
Hangars.Add(hangar);
}
continue;
case Yard yard:
// Look Left for another yard.
if (IsType <Yard>(y, x - 1))
{
yard.Next = _hasNexts[y][x - 1];
}
continue;
case Turnout1To2 turnout1To2:
// Look up and down.
LinkTurnout(turnout1To2, y, x);
// Look left
if (IsType <Track>(y, x - 1))
{
turnout1To2.Next = turnout1To2.optionDown;
}
turnout1To2.ChangeDirection();
turnout1To2.ChangeDirection();
continue;
case Turnout2To1 turnout2To1:
// Look up and down.
LinkTurnout(turnout2To1, y, x);
// Look right
if (IsType <Track>(y, x + 1))
{
turnout2To1.Next = _hasNexts[y][x + 1];
}
turnout2To1.ChangeDirection();
turnout2To1.ChangeDirection();
continue;
case WaterQuay waterQuay:
//Look left
AddNext <WaterLink>(waterQuay, y, x - 1);
//Lood down
waterQuay.track = (Track)_hasNexts[y + 1][x];
this.quay = waterQuay;
continue;
case WaterLink waterLink when waterLink.GetType() == typeof(WaterLink):
//Look left
AddNext <WaterLink>(waterLink, y, x - 1);
firstRiver = (WaterLink)waterLink;
continue;
case Track track when track.GetType() == typeof(Track):
LinkTracks(track, y, x);
continue;
}
}
}
}
