public void TriangulateAllCells()
{
// This method could be invoked at any time, even when cells have already been triangulated earlier.
// So we should begin by clearing the old data.
Terrain.Clear();
Rivers.Clear();
Roads.Clear();
Water.Clear();
WaterShore.Clear();
Estuaries.Clear();
Features.Clear();
for (int i = 0; i < _cells.Length; i++)
{
Precalculation(_cells[i]);
}
for (int i = 0; i < _cells.Length; i++)
{
TriangulateCell(_cells[i]);
AddFeatures(_cells[i]);
}
Terrain.Apply();
Rivers.Apply();
Roads.Apply();
Water.Apply();
WaterShore.Apply();
Estuaries.Apply();
Features.Apply();
}
private void RefreshRoads()
{
Roads.Clear();
foreach (var cell in CenteredCells)
{
RoadTriangulator.TriangulateRoads(cell, Roads);
}
Roads.Apply();
TerrainBaker.BakeIntoChunk(this);
}
public void Reset()
{
_islands = new Dictionary <Island, int>();
Score = 0;
KnightsPlayed = 0;
LongestRoad = 0;
TimesTargeted = 0;
NoResourceCount = 0;
RollsWithResource = 0;
MaxNoResourceRolls = 0;
GoodRoll = false;
CardsLost = 0;
CardsLostToBaron = 0;
CardsLostToSeven = 0;
CardsLostToMonopoly = 0;
ResourcesAcquired = 0;
LargestArmy = false;
HasLongestRoad = false;
RoadsPlayed = 0;
ShipsPlayed = 0;
CitiesPlayed = 0;
SettlementsPlayed = 0;
IslandsPlayed = 0;
TotalTime = TimeSpan.FromSeconds(0);
MovedBaronAfterRollingSeven = null;
PlayedKnightThisTurn = false;
Roads.Clear();
Settlements.Clear();
Cities.Clear();
Ships.Clear();
IsCurrentPlayer = false;
MaxShips = 0;
MaxRoads = 0;
MaxSettlements = 0;
MaxCities = 0;
PlayerTurnResourceCount.OnPlayerResourceUpdate -= OnGameModelResourceUpdate;
PlayerTurnResourceCount.GameReset();
Pips = 0;
_GoldRolls = new List <List <int> >();
for (int i = 0; i < _RoadTie.Count(); i++)
{
_RoadTie[i] = false;
}
}
/// <summary>
/// Builds the mesh of the hex grid out of the provided array of cells.
/// </summary>
public void Triangulate()
{
Terrain.Clear();
Rivers.Clear();
Roads.Clear();
Water.Clear();
WaterShore.Clear();
Estuaries.Clear();
Features.Clear();
for (int i = 0; i < Cells.Length; i++)
{
Triangulate(Cells[i]);
}
Terrain.Apply();
Rivers.Apply();
Roads.Apply();
Water.Apply();
WaterShore.Apply();
Estuaries.Apply();
Features.Apply();
}
// When we create a NetworkDataView view instance, a viewmodel of this type will be created, we will call it VM-1
// When we instantiate the AddWindow window a new viewmodel of this type will be created, we will call it VM-2
// Obviously, VM-1 and VM-2 will be different instances, so because of that there will be 2 different properties "Roads"
// Although there are 2 properties, there is only one ROADS LIST we are using, and that's the "RoadsObs.Instance.Road" observable collection
// Because of that, when we instantiate the NetworkDataView again, we will have the right elements in it
// When we add an element via AddWindow, we change the "Roads" property of VM-2, not the VM-1, and because of that
// NetworkDataView view will not be updated until we instantiate it again and read the data again from the deserialization
public NetworkDataViewModel()
{
Roads.Clear(); // We clear the list of the old elements
if (serializer.DeSerializeObject <ObservableCollection <Road> >("roads.xml") != null)
{
serializer.DeSerializeObject <ObservableCollection <Road> >("roads.xml").ToList().ForEach(Roads.Add); // And then we deserialize the file holding a list of Roads
} // and add each element to the "Roads" property
// This LINQ expression is the same as if we manually did the foreach loop
FilterCollection = new CollectionViewSource();
FilterCollection.Source = Roads; // Sets the collection from which to create a view
DeleteCommand = new MyICommand(OnDelete, CanDelete);
AddOpenCommand = new MyICommand(OnAddOpen);
AddCommand = new MyICommand(OnAdd);
CancelCommand = new MyICommand(OnCancel);
FilterCommand = new MyICommand(OnFilter);
ClearCommand = new MyICommand(OnClear);
NotifiedVms.Instance.Register(this);
//ovde registrujemo ovaj VM da bude u listi u singletonu i prosledimo this, a taj this implementira neki nas interfejs
}
public void Triangulate(HexCell[] cells)
{
Terrain.Clear();
Rivers.Clear();
Roads.Clear();
Water.Clear();
WaterShore.Clear();
Estuaries.Clear();
Features.Clear();
foreach (var cell in cells)
{
TriangulateCell(cell);
}
Terrain.Apply();
Rivers.Apply();
Roads.Apply();
Water.Apply();
WaterShore.Apply();
Estuaries.Apply();
Features.Apply();
}