} //todo łącz przy kasowaniu!
public List <WeldRegenerationOrder> RegisterWeld(WeldPosition weldPosition, WeldSideType sideType,
WeldingInputTerrain inputTerrain)
{
var outList = new List <WeldRegenerationOrder>();
var newWeldsList = new List <Weld>();
foreach (var weld in _welds)
{
if (RangeIsInWeld(weld, weldPosition.Range))
{
WeldSplicingResult spliced = SpliceWeld(weld, weldPosition.Range);
var newWeld = spliced.NewWeld;
newWeld.AddSide(new WeldSideSource()
{
SideType = sideType,
Terrain = inputTerrain
});
outList.Add(new WeldRegenerationOrder()
{
Weld = newWeld
});
newWeldsList.AddRange(spliced.RestOfWelds);
newWeldsList.Add(spliced.NewWeld);
}
else
{
newWeldsList.Add(weld);
}
}
_welds = newWeldsList.OrderBy(c => c.GlobalSizeRange.X).ToList();
return(outList.Where(c => c.Weld.ThereAreBothSides).ToList());
}
public int RegisterTerrain(WeldingInputTerrain inputTerrain)
{
var newId = _lastTerrainId.GetNext();
inputTerrain.WeldingInputTerrainId = newId;
PostPureAsyncAction(() => _dispatcher.RegisterTerrain(inputTerrain));
return(newId);
}
public Task RegisterTerrain(WeldingInputTerrain inputTerrain)
{
_terrains[inputTerrain.WeldingInputTerrainId] = new WeldingTerrainEntity()
{
Uvs = new TerrainWeldUvs(),
WeldModificationCallback = inputTerrain.WeldModificationCallback
};
var globalSubPosition = RectangleUtils.CalculateSubPosition(inputTerrain.DetailGlobalArea,
inputTerrain.UvCoordsPositions2D);
var weldPositions = new Dictionary <WeldSideType, WeldPosition>();
weldPositions[WeldSideType.Bottom] = new WeldPosition()
{
ConstantAxisPosition = Mathf.RoundToInt(globalSubPosition.Y),
Orientation = WeldOrientation.Horizontal,
Range = new IntVector2(Mathf.RoundToInt(globalSubPosition.X), Mathf.RoundToInt(globalSubPosition.MaxX))
};
weldPositions[WeldSideType.Top] = new WeldPosition()
{
ConstantAxisPosition = Mathf.RoundToInt(globalSubPosition.MaxY),
Orientation = WeldOrientation.Horizontal,
Range = new IntVector2(Mathf.RoundToInt(globalSubPosition.X), Mathf.RoundToInt(globalSubPosition.MaxX))
};
weldPositions[WeldSideType.Left] = new WeldPosition()
{
ConstantAxisPosition = Mathf.RoundToInt(globalSubPosition.X),
Orientation = WeldOrientation.Vertical,
Range = new IntVector2(Mathf.RoundToInt(globalSubPosition.Y), Mathf.RoundToInt(globalSubPosition.MaxY))
};
weldPositions[WeldSideType.Right] = new WeldPosition()
{
ConstantAxisPosition = Mathf.RoundToInt(globalSubPosition.MaxX),
Orientation = WeldOrientation.Vertical,
Range = new IntVector2(Mathf.RoundToInt(globalSubPosition.Y), Mathf.RoundToInt(globalSubPosition.MaxY))
};
var orders = new List <WeldRegenerationOrder>();
foreach (var weldPositionPair in weldPositions)
{
var weldPosition = weldPositionPair.Value;
var orientation = weldPositionPair.Key.GetOrientation();
var weldsDict = _welds[orientation];
if (!weldsDict.ContainsKey(weldPosition.ConstantAxisPosition))
{
weldsDict[weldPosition.ConstantAxisPosition] = new WeldLine();
}
var line = weldsDict[weldPosition.ConstantAxisPosition];
orders.AddRange(line.RegisterWeld(weldPosition, weldPositionPair.Key, inputTerrain));
}
//var weldsUvs = TaskUtils.WhenAll(orders.Select(c => _mapLevel1Manager.Process(c))).Result;
var weldsUvs = orders.Select(c => _mapLevel1Manager.Process(c)).ToList();
foreach (var x in weldsUvs.SelectMany(c => c))
{
var terrainId = x.Key;
var weldUv = x.Value;
var terrain = _terrains[terrainId];
terrain.Uvs.Merge(weldUv);
terrain.WeldModificationCallback(terrain.Uvs);
}
return(TaskUtils.EmptyCompleted());
}