private static void PrepareManufactureRemoval(Vector3Int gridPosition, GridStructure grid)
{
var structureData = grid.GetStructureDataFromTheGrid(gridPosition);
structureData.PrepareForRemoval();
}
internal override void ComputeConstraintForView(View view)
{
LayoutOptions vOptions = view.VerticalOptions;
LayoutOptions hOptions = view.HorizontalOptions;
var result = LayoutConstraint.None;
// grab a snapshot of this grid's structure for computing the constraints
var structure = new GridStructure(this);
if (vOptions.Alignment == LayoutAlignment.Fill)
{
int row = GetRow(view);
int rowSpan = GetRowSpan(view);
List<RowDefinition> rowDefinitions = structure.Rows;
var canFix = true;
for (int i = row; i < row + rowSpan && i < rowDefinitions.Count; i++)
{
GridLength height = rowDefinitions[i].Height;
if (height.IsAuto)
{
canFix = false;
break;
}
if ((Constraint & LayoutConstraint.VerticallyFixed) == 0 && height.IsStar)
{
canFix = false;
break;
}
}
if (canFix)
result |= LayoutConstraint.VerticallyFixed;
}
if (hOptions.Alignment == LayoutAlignment.Fill)
{
int col = GetColumn(view);
int colSpan = GetColumnSpan(view);
List<ColumnDefinition> columnDefinitions = structure.Columns;
var canFix = true;
for (int i = col; i < col + colSpan && i < columnDefinitions.Count; i++)
{
GridLength width = columnDefinitions[i].Width;
if (width.IsAuto)
{
canFix = false;
break;
}
if ((Constraint & LayoutConstraint.HorizontallyFixed) == 0 && width.IsStar)
{
canFix = false;
break;
}
}
if (canFix)
result |= LayoutConstraint.HorizontallyFixed;
}
view.ComputedConstraint = result;
}
public void Init()
{
structure = new GridStructure(3, 100, 100);
}
public static void CreateStructureLogic(Type structureType, Vector3Int gridPosition, GridStructure grid)
{
if (structureType == typeof(ZoneStructureSO))
{
PrepareZoneStructure(gridPosition, grid);
}
else if (structureType == typeof(RoadStructureSO))
{
PrepareRoadStructure(gridPosition, grid);
}
else if (structureType == typeof(SingleFacilitySO))
{
PrepareFacilityStructure(gridPosition, grid);
}
}
public BuildingManager(PlacementManager placementManager, int cellSize, int width, int length)
{
this.placementManager = placementManager;
grid = new GridStructure(cellSize, width, length);
}
public PlayerBuildingSelectionState(GameManager gameManager, BuildingManager buildingManager, GridStructure grid) : base(gameManager)
{
this.buildingManager = buildingManager;
this.grid = grid;
}
public static IEnumerable <StructureBaseSO> PrepareRoadDemolition(Vector3Int gridPosition, GridStructure grid)
{
RoadStructureSO roadData = (RoadStructureSO)grid.GetStructureDataFromTheGrid(gridPosition);
var structuresAroundRoad = grid.GetStructuresDataInRange(gridPosition, roadData.structureRange);
return(roadData.PrepareRoadDemolition(structuresAroundRoad));
}
public void CreateBuilding(Vector3 gridPosition, GridStructure grid)
{
GameObject newStructure = Instantiate(buildingPrefab, ground.position + gridPosition, Quaternion.identity);//adding ground to recieve same result whatever ground pos is
grid.PlaceStructureOnGrid(newStructure, gridPosition);
}
public GridEvaluator(GridStructure gridStructure)
{
this.grid = gridStructure;
evaluateGrid();
}
public static RoadStructureHelper GetCorrectRoadPrefab(Vector3 gridPosition, StructureBaseSO structureDat, Dictionary<Vector3Int, GameObject> structuresToBeModified, GridStructure grid)
{
var neighborStatus = RoadManager.GetRoadNeighborStatus(gridPosition, grid, structuresToBeModified);
RoadStructureHelper roadToReturn = null;
roadToReturn = RoadManager.CheckIfStraightRoadFits(neighborStatus, roadToReturn, structureDat);
if (roadToReturn != null)
return roadToReturn;
roadToReturn = RoadManager.CheckIfCornerRoadFits(neighborStatus, roadToReturn, structureDat);
if (roadToReturn != null)
return roadToReturn;
roadToReturn = RoadManager.CheckIfThreewayRoadFits(neighborStatus, roadToReturn, structureDat);
if (roadToReturn != null)
return roadToReturn;
roadToReturn = RoadManager.CheckIfFourwayRoadFits(neighborStatus, roadToReturn, structureDat);
if (roadToReturn != null)
return roadToReturn;
return roadToReturn;
}
public PlayerDemolishState(GameManager gameManager, BuildingManager buildingManager, GridStructure grid) : base(gameManager)
{
this.buildingManager = buildingManager;
this.grid = grid;
}
public static void ModifyRoadCellsOnTheGrid(Dictionary<Vector3Int, GameObject> neighborDictionary, StructureBaseSO structureData, Dictionary<Vector3Int, GameObject> structuresToBeModified, GridStructure grid, IPlacementManager placementManager)
{
foreach (var keyValuePair in neighborDictionary)
{
grid.RemoveStructureFromTheGrid(keyValuePair.Key);
placementManager.DestroySingleStructure(keyValuePair.Value);
var roadStructure = GetCorrectRoadPrefab(keyValuePair.Key, structureData, structuresToBeModified, grid);
var structure = placementManager.PlaceStructureOnTheMap(keyValuePair.Key, roadStructure.RoadPrefab, roadStructure.RoadPrefabRotation);
grid.PlaceStructureOnTheGrid(structure, keyValuePair.Key, GameObject.Instantiate(structureData));
}
neighborDictionary.Clear();
}
public static void CheckStructureTypeForCreationPreparation(Type structureType, Vector3Int gridPosition, GridStructure grid)
{
if (structureType == typeof(ZoneStructureSO))
{
PrepareZoneStructure(gridPosition, grid);
}
else if (structureType == typeof(RoadStructureSO))
{
PrepareRoadStructure(gridPosition, grid);
}
else if (structureType == typeof(SingleFacilitySO))
{
PrepareFacilityStructure(gridPosition, grid);
}
else
{
PrepareManufactureStructure(gridPosition, grid);
}
}
public static void PrepareFacilityStructureForUpgrade(Vector3Int gridPosition, GridStructure grid, StructureBaseSO structureData)
{
structureData.PrepareForRemoval();
PrepareFacilityStructure(gridPosition, grid);
}
public static bool CheckIfPositionHasChanged(Vector3 gridPosition, Vector3 previousPosition, GridStructure grid)
{
return(Vector3Int.FloorToInt(grid.CalculateGridPosition(gridPosition)).Equals(Vector3Int.FloorToInt(grid.CalculateGridPosition(previousPosition))) == false);
}
public ZonePlacementHelper(StructureRepository structureRepository, GridStructure grid, IPlacementManager placementManager, Vector3 mapBottomLeftCorner, IResourceManager resourceManager)
: base(structureRepository, grid, placementManager, resourceManager)
{
this._mapBottomLeftCorner = mapBottomLeftCorner;
}
public BuildingManager(int cellSize, int width, int length, PlacementManager placementManager, StructureRepository structureRepository)
{
this.grid = new GridStructure(cellSize, width, length);
this.placementManager = placementManager;
this.structureRepository = structureRepository;
}
public int InitEx(string basedir, GridStructure gridStructure)
{
return(0);
}
public static IEnumerable <StructureBaseSO> PrepareFacilityDemolition(Vector3Int gridPosition, GridStructure grid)
{
SingleFacilitySO faciltityData = (SingleFacilitySO)grid.GetStructureDataFromTheGrid(gridPosition);
return(faciltityData.PrepareForDestruction());
}
public int OpenEx(string basedir, out GridStructure gridStructure)
{
gridStructure = new GridStructure();
return(0);
}
public static void PrepareStructureForDemolition(Vector3Int gridPosition, GridStructure grid)
{
var structureData = grid.GetStructureDataFromTheGrid(gridPosition);
structureData.PrepareForDestruction();
}
public RoadPlacementModificationHelper(StructureRepository structureRepository, GridStructure grid, IPlacementManager placementManager, IResourceManager resourceManager)
: base(structureRepository, grid, placementManager, resourceManager)
{
}
public override Size Measure(double widthConstraint, double heightConstraint)
{
var structure = new GridStructure(Grid, widthConstraint, heightConstraint);
return(new Size(structure.GridWidth(), structure.GridHeight()));
}
public ManufacturerPlacementHelper(StructureRepository structureRepository, GridStructure grid, IPlacementManager placementManager, IResourceManager resourceManager)
: base(structureRepository, grid, placementManager, resourceManager)
{
}
public void CreateBuilding(Vector3 gridPosition, GridStructure grid)
{
GameObject newStructure = Instantiate(buildingPrefab, ground.position + gridPosition, Quaternion.identity);
grid.PlaceStructureOnGrid(newStructure, gridPosition);
}
public void init()
{
gridStructure = new GridStructure(3, 100, 100);
}
public void Init()
{
_grid = new GridStructure(3, 10, 10);
}
// Start is called before the first frame update
void Start()
{
_gridStructure = new GridStructure(3, width, length);
inputManager.AddListenerOnPointerDownEvent(HandleInput);
}
public StructureDemolitionHelper(StructureRepository structureRepository, GridStructure grid, IPlacementManager placementManager, IResourceManager resourceManager) : base(structureRepository, grid, placementManager, resourceManager)
{
}
public static void CheckStructureTypeForUpgradePreparation(Type structureType, StructureBaseSO structureData, Vector3Int gridPosition, GridStructure grid)
{
if (structureType == typeof(ZoneStructureSO))
{
PrepareZoneStructureForUpgrade(gridPosition, grid, structureData);
}
else if (structureType == typeof(SingleFacilitySO))
{
PrepareFacilityStructureForUpgrade(gridPosition, grid, structureData);
}
}
