public BuildRoad(IMapController map, int k, int depth)
: base(map, depth, "Build road")
{
kPoints = k / 1000.0f;
kCantBuildTown = 1.0f - kPoints;
lastBestRoad = null;
}
public void ChurchRule_Is_Not_Satisfied_When_There_Are_More_Less_100_ResidencesAnd_In_Neighborhood()
{
IRoad road = _settlement.Roads.First();
var church = new Church()
{
Position = new Point(50, 51)
};
var buildingPositions = road.GetPossibleBuildingPositions(new PossibleBuildingPositions(_settlement.Roads, _settlement.Fields));
buildingPositions.Remove(church.Position);
while (_settlement.Roads.SelectMany(g => g.Buildings).Count() < 10)
{
var position = buildingPositions[RandomProvider.Next(buildingPositions.Count)];
var building = new Residence {
Position = position
};
building.Road = road;
_settlement.AddBuildingToRoad(road, building);
}
Assert.AreEqual(0, church.CalculateFitness(new BuildingRule()
{
BuildingRoad = road,
Fields = _settlement.Fields,
Roads = _settlement.Roads,
SettlementCenter = _settlement.SettlementCenter
}));
}
public void SchoolRule_IsSatisfied__When_Ratio_Schools_Per_Residences_Is_Less_Than_1_To_100()
{
IRoad road = _settlement.Roads.First();
var school = new School()
{
Position = new Point(50, 51)
};
var buildingPositions = road.GetPossibleBuildingPositions(new PossibleBuildingPositions(_settlement.Roads, _settlement.Fields));
buildingPositions.Remove(school.Position);
while (_settlement.Roads.SelectMany(g => g.Buildings).Count() < 120)
{
var position = buildingPositions[RandomProvider.Next(buildingPositions.Count)];
var building = new Residence {
Position = position
};
building.Road = road;
_settlement.AddBuildingToRoad(road, building);
}
Assert.AreEqual(5, school.CalculateFitness(new BuildingRule()
{
BuildingRoad = road,
Fields = _settlement.Fields,
Roads = _settlement.Roads,
SettlementCenter = _settlement.SettlementCenter
}));
}
public void ChangeRoad()
{
DistanceTravelledOnCurrentRoad = DistanceTravelledOnCurrentRoad - CurrentRoad.Length;
DepartureStation = ArrivalStation;
Route.TryDequeue(out _);
if (Route.Count == 0)
{
ReachedFinalDestination = true;
return;
}
if (Route.TryPeek(out var arrivalStation))
{
ArrivalStation = arrivalStation;
}
// //TODO: Hashmap or dictionary
// CurrentRoad = DepartureStation.RoadList[ArrivalStation];
CurrentRoad = DepartureStation.RoadList.ContainsKey(ArrivalStation) ? DepartureStation.RoadList[ArrivalStation] :
ArrivalStation.RoadList[DepartureStation];
// foreach (var road in ArrivalStation.RoadList)
// {
// foreach (var road1 in DepartureStation.RoadList)
// {
// if (road1.Equals(road))
// {
// CurrentRoad = road;
// }
// }
// }
}
public void AdministrationRule_Is_Not_Satisfied_When_Distance_To_SettlementCenter_Is_Greater_Than_40_Pixels()
{
IRoad road = _settlement.Roads.First();
var administration = new Administration()
{
Position = new Point(99, 51)
};
var buildingPositions = road.GetPossibleBuildingPositions(new PossibleBuildingPositions(_settlement.Roads, _settlement.Fields));
buildingPositions.Remove(administration.Position);
while (_settlement.Roads.SelectMany(g => g.Buildings).Count() < 120)
{
var position = buildingPositions[RandomProvider.Next(buildingPositions.Count)];
var building = new Residence {
Position = position
};
building.Road = road;
_settlement.AddBuildingToRoad(road, building);
}
Assert.AreEqual(0, administration.CalculateFitness(new BuildingRule()
{
BuildingRoad = road,
Fields = _settlement.Fields,
Roads = _settlement.Roads,
SettlementCenter = _settlement.SettlementCenter
}));
}
public void PortRule_Is_Not_Satisfied_When_There_Is_Other_Port()
{
IRoad road1 = _settlement.Roads.First();
var roadGenerator = new RoadPointsGenerator();
var road2 = new Road(roadGenerator.GenerateStraight(new RoadGenerationTwoPoints()
{
Start = new Point(50, 51),
End = new Point(50, 10),
Fields = _settlement.Fields
}));
_settlement.AddRoad(road2);
var port = new Port()
{
Position = new Point(51, 10)
};
var exitingPort = new Port()
{
Position = new Point(49, 10)
};
exitingPort.Road = road2;
_settlement.AddBuildingToRoad(road2, exitingPort);
Assert.AreEqual(0, port.CalculateFitness(new BuildingRule()
{
BuildingRoad = road1,
Fields = _settlement.Fields,
Roads = _settlement.Roads,
SettlementCenter = _settlement.SettlementCenter
}));
}
public void PortRule_IsSatisfied_When_Distance_To_Water_Is_Less_Than_10_Pixels_And_There_Is_No_Other_Port()
{
IRoad road1 = _settlement.Roads.First();
var roadGenerator = new RoadPointsGenerator();
var road2 = new Road(roadGenerator.GenerateStraight(new RoadGenerationTwoPoints()
{
Start = new Point(50, 51),
End = new Point(50, 10),
Fields = _settlement.Fields
}));
_settlement.AddRoad(road2);
var port = new Port()
{
Position = new Point(51, 10)
};
Assert.AreEqual(15, port.CalculateFitness(new BuildingRule()
{
BuildingRoad = road1,
Fields = _settlement.Fields,
Roads = _settlement.Roads,
SettlementCenter = _settlement.SettlementCenter
}));
}
public DropOnEdge(IPoint pointFrom)
{
this.pointFrom = pointFrom;
this.pointTo = null;
this.l = Double.PositiveInfinity;
this.edge = null;
}
public bool IsCrossed(IRoad other)
{
if (this.IsVertical && !other.IsVertical)
{
if (this.Start.X >= other.Start.X &&
this.Start.X <= other.End.X &&
this.Start.Y <= other.Start.Y &&
this.End.Y >= other.Start.Y)
{
return(true);
}
}
else
{
if (this.Start.Y >= other.Start.Y &&
this.Start.Y <= other.End.Y &&
this.Start.X <= other.Start.X &&
this.End.X >= other.Start.X)
{
return(true);
}
}
return(false);
}
public virtual DropOnEdge heuristic_between_point_and_line(IPoint point, IRoad road)
{
DecardPoint A = new DecardPoint(road.Start),
B = new DecardPoint(road.Finish),
C = new DecardPoint(point);
Vector RA = new Vector(A);
Vector RB = new Vector(B);
Vector RC = new Vector(C);
Vector Norm_AB = RA * RB;
Vector Norm_XC = Norm_AB * RC;
Vector OX = Norm_AB * Norm_XC;
OX = OX.Normalized();
DecardPoint X = new DecardPoint(OX);
DecardPoint XNeg = new DecardPoint(-OX);
double distX = X.DistanceTo(C);
double distXNeg = XNeg.DistanceTo(C);
double distA = A.DistanceTo(C);
double distB = B.DistanceTo(C);
double distRoad = A.DistanceTo(B);
if (distX > distXNeg)
{
X = XNeg;
distX = distXNeg;
}
if (distRoad < A.DistanceTo(X) || distRoad < B.DistanceTo(X))
{
distX = Double.PositiveInfinity;
}
if (distX < Math.Min(distA, distB))
{
var geoX = X.FormDecardToGeo();
return(new DropOnEdge(geoX, point, distX, road));
}
else
if (distA < distB)
{
return(new DropOnEdge(road.Start, point, distA, road));
}
else
{
return(new DropOnEdge(road.Finish, point, distB, road));
}
}
public DropOnEdge(IPoint pointTo, IPoint pointFrom, double l, IRoad edge)
{
this.pointFrom = pointFrom;
this.pointTo = pointTo;
this.l = l;
this.edge = edge;
}
public DropOnEdge(IPoint pointTo, IPoint pointFrom, double l)
{
this.pointFrom = pointFrom;
this.pointTo = pointTo;
this.l = l;
this.edge = null;
}
public override void Init()
{
if (lastBestRoad != null)
{
AddSubgoal(new RaiseSources(map, map.GetPrice(PriceKind.BRoad), depth + 1));
AddSubgoal(new BuildRoadAtom(map, lastBestRoad, depth + 1));
lastBestRoad = null;
}
}
private RoadDto ConvertToRoadDto(IRoad road)
{
return(new RoadDto()
{
Type = road.Type.ToString(),
Locations = road.Segments
.Select(p => new LocationDto(p.Position.X, p.Position.Y))
.ToArray()
});
}
public void AddBuildingToRoad(IRoad road, IBuilding building)
{
if (road != building.Road)
{
throw new Exception("Road and building road are not the same");
}
if (road.AddBuilding(building))
{
Fields[building.Position.X, building.Position.Y].IsBlocked = true;
}
}
public void RemoveBuildingFromRoad(IRoad road, IBuilding building)
{
if (road != building.Road)
{
throw new Exception("Road and building road are not the same");
}
if (road.RemoveBuilding(building))
{
Fields[building.Position.X, building.Position.Y].IsBlocked = false;
}
}
public void MarketRule_IsSatisfied_When_Exists_Other_Market_But_It_Further_Than_50_Pixels_Away()
{
IRoad road1 = _settlement.Roads.First();
var market1 = new Market()
{
Position = new Point(50, 51)
};
market1.Road = road1;
_settlement.AddBuildingToRoad(road1, market1);
//add vertical road to the end of the road to increase distance between markets
var roadGenerator = new RoadPointsGenerator();
var road2 = new Road(roadGenerator.GenerateStraight(new RoadGenerationTwoPoints()
{
Start = new Point(98, 51),
End = new Point(98, 21),
Fields = _settlement.Fields
}));
_settlement.AddRoad(road2);
var market2 = new Market()
{
Position = new Point(99, 21)
};
market2.Road = road1;
_settlement.AddBuildingToRoad(road1, market2);
while (_settlement.Roads.SelectMany(g => g.Buildings).Count() < 120)
{
var buildingPositions = road1.GetPossibleBuildingPositions(new PossibleBuildingPositions(_settlement.Roads, _settlement.Fields));
if (!buildingPositions.Any())
{
continue;
}
var building = new Residence {
Position = buildingPositions[RandomProvider.Next(buildingPositions.Count)]
};
building.Road = road1;
_settlement.AddBuildingToRoad(road1, building);
}
Assert.AreEqual(5, market1.CalculateFitness(new BuildingRule()
{
BuildingRoad = road1,
Fields = _settlement.Fields,
Roads = _settlement.Roads,
SettlementCenter = _settlement.SettlementCenter
}));
}
public ActiveState()
{
activeLicenceKind = LicenceKind.SecondLicence;
activeRoad = null;
activeTown = null;
activeHexa = null;
activeTownPos = 255;
activeSourceKind = SourceKind.Count;
activeUpgradeKind = UpgradeKind.SecondUpgrade;
activeSourceBuildingKind = SourceBuildingKind.Count;
activePlayer = null;
}
public static float GetFitness(IRoad road)
{
if (road == null)
return 0.0f;
float fitness = 0.0f;
IRoad tempRoad;
bool con;
foreach (ITown town1 in road.GetITown())
{
//
if (town1.GetIOwner() != null)
continue;
con = false;
for (byte loop1 = 0; loop1 < 3; loop1++)
{
tempRoad = town1.GetIRoad(loop1);
if (tempRoad != null &&
tempRoad.GetIOwner() == map.GetPlayerMe())
{
con = true;
break ;
}
}
if (con)
continue;
if (town1.IsPossibleToBuildTown())
fitness += GetFitness(town1);
for(byte loop1 = 0; loop1 < 3; loop1++)
{
tempRoad = town1.GetIRoad(loop1);
if (tempRoad == null || tempRoad.GetIsBuild())
continue;
foreach(ITown town2 in tempRoad.GetITown())
{
if(town2 != town1 && town2.IsPossibleToBuildTown())
fitness += GetFitness(town2) / 2.5f;
}
}
}
return fitness / 2.0f;
}
public void AddLink(IStation stationA, IStation stationB, IRoad road)
{
if (stationA == null || stationB == null)
{
throw new System.ArgumentNullException();
}
this.links.Add(new Link()
{
V1 = stationA,
V2 = stationB,
Road = road,
});
this.OnEdited();
}
public IEnumerator MoveToStationAnimate(IRoad road)
{
_setLeftRightSpriteDircection(road.GetPosition(1).x - road.GetPosition(0).x);
float duration = road.GetTotalDistance() * 0.3f;
var startTime = Time.time;
var endTime = startTime + duration;
while (Time.time < endTime)
{
var t = Mathf.InverseLerp(startTime, endTime, Time.time);
_busPrefab.transform.position = road.GetPosition(t);
yield return(null);
}
_busPrefab.transform.position = road.GetPosition(1);
}
private IRoad CreateNewRoad(IRoad road)
{
var roadGenerator = new RoadPointsGenerator();
var roadPoints = roadGenerator.GenerateAttached(new RoadGenerationAttached()
{
Road = road,
Roads = this.Roads,
Fields = this.Fields,
SettlementCenter = this.SettlementCenter,
MinDistanceBetweenRoads = MinDistanceBetweenRoads,
MinRoadLength = MinRoadLength,
MaxRoadLength = MaxRoadLength
}).ToList();
return(new Road(roadPoints));
}
public void UniversityRule_IsSatisfied__When_Ratio_Universities_Per_Schools_Is_Less_Than_1_To_5()
{
IRoad road = _settlement.Roads.First();
var schools = new List <School>(5)
{
new School()
{
Position = new Point(50, 51)
},
new School()
{
Position = new Point(55, 51)
},
new School()
{
Position = new Point(60, 51)
},
new School()
{
Position = new Point(65, 51)
},
new School()
{
Position = new Point(70, 51)
}
};
schools.ForEach(s =>
{
s.Road = road;
_settlement.AddBuildingToRoad(road, s);
});
var university = new University()
{
Position = new Point(50, 49)
};
Assert.AreEqual(15, university.CalculateFitness(new BuildingRule()
{
BuildingRoad = road,
Fields = _settlement.Fields,
Roads = _settlement.Roads,
SettlementCenter = _settlement.SettlementCenter
}));
}
public Tuple <IPoint, IPoint> find_cross_line_and_edge(double phi, IRoad edge)
{
var result = new List <IPoint>();
//x = Ax+By+C=0;
//y = Phi;
//x = -B * phi - C / edge.A;
if (edge.A == 0)
{
return(new Tuple <IPoint, IPoint>(null, null));
}
else
{
return(new Tuple <IPoint, IPoint>(new SimplePoint(((edge.B * phi) + edge.C) / -edge.A, phi), null));
}
}
public bool CanAddRoad(IRoad road)
{
if (!road.Segments.Any())
{
return(false);
}
if (road.Length < MinRoadLength)
{
return(false);
}
if (road.IsVertical)
{
if (this.Roads.Where(g => g.IsVertical).Any(g => Math.Abs(g.Start.X - road.Start.X) <= 2 &&
g.Segments.Any(s => road.Segments.Any(r => r.Position.Y == s.Position.Y))))
{
return(false);
}
}
else
{
if (this.Roads.Where(g => !g.IsVertical).Any(g => Math.Abs(g.Start.Y - road.Start.Y) <= 2 &&
g.Segments.Any(s => road.Segments.Any(r => r.Position.X == s.Position.X))))
{
return(false);
}
}
if (road.Segments.Any(s => !this.Fields[s.Position.X, s.Position.Y].InSettlement ||
(this.Fields[s.Position.X, s.Position.Y].IsBlocked.HasValue &&
this.Fields[s.Position.X, s.Position.Y].IsBlocked.Value)))
{
return(false);
}
if (road.Buildings.Any(b => !this.Fields[b.Position.X, b.Position.Y].InSettlement ||
(this.Fields[b.Position.X, b.Position.Y].IsBlocked.HasValue &&
this.Fields[b.Position.X, b.Position.Y].IsBlocked.Value)))
{
return(false);
}
return(true);
}
public void AddRoad(IRoad road)
{
if (road.Buildings.Any(b => b.Road != road))
{
throw new Exception("Road and building road are not the same");
}
foreach (var segment in road.Segments)
{
Fields[segment.Position.X, segment.Position.Y].IsBlocked = true;
}
foreach (var building in road.Buildings)
{
Fields[building.Position.X, building.Position.Y].IsBlocked = true;
}
this.Roads.Add(road);
}
private void GenerateTravelTimeHelper()
{
for (var x = 0; x < LiveMap.GetLength(0); x++)
{
for (var y = 0; y < LiveMap.GetLength(1); y++)
{
if (LiveMap[x, y] is IRoad)
{
IRoad buffer = (IRoad)LiveMap[x, y];
TravelTimes[x, y] = buffer.TimeToTraverse;
}
else if (LiveMap[x, y] is Intersection)
{
TravelTimes[x, y] = -1;
}
}
}
}
public void MarketRule_Is_Not_Satisfied_When_Exists_Other_Market_Which_Is_Less_Than_50_Pixels_Away()
{
//add randomly 100 residences
IRoad road = _settlement.Roads.First();
var market1 = new Market()
{
Position = new Point(50, 51)
};
market1.Road = road;
_settlement.AddBuildingToRoad(road, market1);
var market2 = new Market()
{
Position = new Point(90, 51)
};
market2.Road = road;
_settlement.AddBuildingToRoad(road, market2);
while (_settlement.Roads.SelectMany(g => g.Buildings).Count() < 120)
{
var buildingPositions = road.GetPossibleBuildingPositions(new PossibleBuildingPositions(_settlement.Roads, _settlement.Fields));
if (!buildingPositions.Any())
{
continue;
}
var building = new Residence {
Position = buildingPositions[RandomProvider.Next(buildingPositions.Count)]
};
building.Road = road;
_settlement.AddBuildingToRoad(road, building);
}
Assert.AreEqual(0, market1.CalculateFitness(new BuildingRule()
{
BuildingRoad = road,
Fields = _settlement.Fields,
Roads = _settlement.Roads,
SettlementCenter = _settlement.SettlementCenter
}));
}
public void SchoolRule_Is_Not_Satisfied__When_Ratio_Schools_Per_Residences_Is_Greater_Than_1_To_100()
{
IRoad road = _settlement.Roads.First();
var school1 = new School()
{
Position = new Point(50, 51)
};
school1.Road = road;
_settlement.AddBuildingToRoad(road, school1);
while (_settlement.Roads.SelectMany(g => g.Buildings).Count() < 120)
{
var buildingPositions = road.GetPossibleBuildingPositions(new PossibleBuildingPositions(_settlement.Roads, _settlement.Fields));
if (!buildingPositions.Any())
{
continue;
}
var building = new Residence {
Position = buildingPositions[RandomProvider.Next(buildingPositions.Count)]
};
building.Road = road;
_settlement.AddBuildingToRoad(road, building);
}
var school2 = new School()
{
Position = new Point(80, 51)
};
Assert.AreEqual(0, school2.CalculateFitness(new BuildingRule()
{
BuildingRoad = road,
Fields = _settlement.Fields,
Roads = _settlement.Roads,
SettlementCenter = _settlement.SettlementCenter
}));
}
public virtual DropOnEdge heuristic_between_point_and_line(IPoint point, IRoad line)
{
double x = (line.B * (line.B * point.X - line.A * point.Y) - line.A * line.C) /
(line.A * line.A + line.B * line.B);
double y = (line.A * (-1 * line.B * point.X + line.A * point.Y) - line.B * line.C) /
(line.A * line.A + line.B * line.B);
double l = 0;
if (x < Math.Min(line.X, line.X0) || x > Math.Max(line.X, line.X0) ||
y < Math.Min(line.Y, line.Y0) || y > Math.Max(line.Y, line.Y0))
{
var lstart = between_point(point, line.Start);
var lfinish = between_point(point, line.Finish);
if (lstart < lfinish)
{
x = line.Start.X;
y = line.Start.Y;
l = lstart;
}
else
{
x = line.Finish.X;
y = line.Finish.Y;
l = lfinish;
}
return(new DropOnEdge(new SimplePoint(x, y), point, l, line, true));
}
else
{
l = Math.Abs(line.A * point.X + line.B * point.Y + line.C) /
Math.Sqrt(line.A * line.A + line.B * line.B);
return(new DropOnEdge(new SimplePoint(x, y), point, l, line));
}
}
private IEnumerable<IRoad> GetLongestBranch(IRoad current, IEnumerable<IRoad> roads)
{
var result = new HashSet<IRoad>();
result.Add(current);
var adjacentRoads = roads.Where(r => r.IsAdjacentTo(current));
foreach (var adjacent in adjacentRoads)
{
var temp = new List<IRoad>(new IRoad[] { current });
temp.AddRange(GetLongestBranch(adjacent, roads.Except(adjacentRoads.Union(temp))));
if (temp.Count > result.Count)
result = new HashSet<IRoad>(temp);
}
return result;
}
public BuildRoadAtom(IMapController map, IRoad road, int depth)
: base(map, depth, "Build road")
{
this.road = road;
}
private int FindBestRoad()
{
int maxRoadID = map.GetMaxRoadID();
List<IPlayer> players = map.GetPlayerOthers();
IRoad bestRoad = null;
int best = 99999;
foreach(IPlayer player in players)
{
for (int loop1 = 1; loop1 < maxRoadID; loop1++)
{
RoadBuildError error = map.CanBuildRoad(loop1);
if (error == RoadBuildError.NoSources || error == RoadBuildError.OK)
{
IRoad tempRoad = map.GetIRoadByID(loop1);
int temp = map.GetDistanceToRoad(tempRoad, player);
if (temp < best)
{
best = temp;
bestRoad = tempRoad;
}
}
}
}
lastBestRoad = bestRoad;
return best;
}
public void UpdateRoadSequence(IRoad nextroad)
{
if (nextroad == null)
{
GlobalPixelPosition = - Bounds.Y;
return;
}
this.nextroad = nextroad;
GlobalPixelPosition = nextroad.GlobalPixelPosition + ((IDrawableActor)nextroad).Bounds.Height;
nextroad.prevroad = this;
//coloca a marcação de distancia do check point a cada 1000m e quando menor que 1000m coloca a marca de 500m também
int Y1 = map.CheckPointPixelDistance - GlobalPixelPosition;
int Y2 = map.CheckPointPixelDistance - GlobalPixelPosition - Bounds.Height;
int div = 1000;
if ( Y1 < (1000*map.RatioPxMt) ) div=500;
int mark = (int) ( Y1 / (div * map.RatioPxMt) );
int markpx = (int) ( mark * div * map.RatioPxMt );
if (Y1 >= markpx && Y2 < markpx) { this.Distance = mark * div;}
}
public DropOnEdge(IPoint pointTo, IPoint pointFrom, double l, IRoad edge, bool flag) : this(pointTo, pointFrom, l, edge)
{
dropNode = flag;
}
public void SetActiveObject(IRoad road)
{
activeState.activeRoad = road;
}
public void Clear()
{
ancestorTown = null;
ancestorRoad = null;
distance = INFINITY;
}
internal void Set(int distance, TownModel ancestorTown, IRoad ancestorRoad)
{
this.distance = distance;
this.ancestorTown = ancestorTown;
this.ancestorRoad = ancestorRoad;
}
public void AddRoad(IRoad t)
{
road.Add(t);
AddPoints(PlayerPoints.Road);
AddBuilding(Building.Road);
foreach (int id in Settings.goalRoad)
{
if (id == t.GetRoadID())
{
AddPoints(PlayerPoints.RoadID);
break;
}
}
}
public FourLanesCheckPoint(IRoad road, int ajuste)
{
this.road = road;
_laneslist = new List<int>();
for (int i = _starindex; i < _count; i++)
{
_laneslist.Add(ajuste + 270 + 130 * i);
_lastindex = i;
}
//_laneslist[_lastindex] = _laneslist[_lastindex]-10
}
public Tuple <IPoint, IPoint> find_cross_line_and_edge(double phi, IRoad edge)
{
throw new NotImplementedException();
}
internal bool BuildRoad(IRoad activeRoad)
{
if (activeRoad == null)
return false;
if (activeRoad.Build() != null)
{
freeRoadPlaces.Remove(activeRoad);
foreach (ITown town in activeRoad.GetITown())
{
if (town.GetIOwner() != mapController.GetPlayerMe() && town.GetIOwner() != null)
continue;
for (byte loop1 = 0; loop1 < 3; loop1++)
{
IRoad road = town.GetIRoad(loop1);
if (road != null)
{
RoadBuildError tempError = road.CanBuildRoad();
if (tempError == RoadBuildError.OK ||
tempError == RoadBuildError.NoSources)
{
if (!freeRoadPlaces.Contains(road))
{
freeRoadPlaces.Add(road);
}
}
}
}
if (town.IsPossibleToBuildTown())
{
freeTownPlaces.Remove(town);
freeTownPlaces.Add(town);
}
}
return true;
}
else
{
freeRoadPlaces.Remove(activeRoad);
throw new Exception("Buidling road. " + mapController.GetLastError());
//return false;
}
}
public int GetDistanceToRoad(IRoad road, IPlayer player)
{
FindWaysToAllTowns(player);
RoadModel roadModel = (RoadModel)road;
return roadModel.GetPathNode().GetDistance();
}
public TwoLanes(IRoad road, int ajuste)
{
this.road = road;
_laneslist = new List<int>();
for (int i = _starindex; i < _count; i++)
{
_laneslist.Add(ajuste + 270 + 130 * i);
_lastindex = i;
}
}
public bool IsAdjacentTo(IRoad road)
{
return Edge.IsAdjacentTo(road.Edge);
}
protected override DropOnEdge CheckSquere(int a, int b, SquareMatrixBase square_matrix, DropOnEdge result)
{
var s_matrix = square_matrix as SquareMatrixEdges;
if (s_matrix == null)
{
throw new ArgumentException(nameof(square_matrix));
}
if (a < 0 || a >= s_matrix.SizeX || b < 0 || b >= s_matrix.SizeY)
{
return(result);
}
double curDistance = result.L;
IRoad curRoad = result.Edge;
IPoint curPointTo = result.Point_To;
bool curDropNodeFlag = result.DropNodeFlag;
double curA = 0, curB = 0, curC = 0;
if (result.Edge != null)
{
curA = result.Edge.A;
curB = result.Edge.B;
curC = result.Edge.C;
}
if (s_matrix.Matrix[a, b] != null)
{
foreach (var road in s_matrix.Matrix[a, b])
{
DropOnEdge temp = fun_set.heuristic_between_point_and_line(result.Point_From, road);
if (temp.L <= curDistance && temp.Edge.Finish != temp.Point_To)
{
if (temp.IsRightTurn)
{
curDistance = temp.L;
curRoad = temp.Edge;
curPointTo = temp.Point_To;
curDropNodeFlag = temp.DropNodeFlag;
}
else
if (temp.L < curDistance)
{
curDistance = temp.L;
curRoad = temp.Edge;
curPointTo = temp.Point_To;
curDropNodeFlag = temp.DropNodeFlag;
}
}
}
}
return(new DropOnEdge(curPointTo, result.Point_From, curDistance, curRoad, curDropNodeFlag));
}
public void AddLink(int indexA, int indexB, IRoad road)
{
this.AddLink(GetStation(indexA), GetStation(indexB), road);
}
internal void SetPathNode(int distance, TownModel ancestorTown, IRoad ancestorRoad)
{
pathNode.Set(distance, ancestorTown, ancestorRoad);
}