private bool RangeIsInWeld(Weld weld, IntVector2 range)
{
var oldRange = weld.GlobalSizeRange;
if (oldRange.Equals(range))
{
return(true);
}
else if (oldRange.X >= range.Y || oldRange.Y <= range.X) // not touching
{
return(false);
}
else if (oldRange.X <= range.X && oldRange.Y >= range.Y) // new is inside old
{
return(true);
}
else if (oldRange.X >= range.X && oldRange.Y <= range.Y) // old is inside new
{
return(true);
}
else if (oldRange.X <= WeldLineConstants.MIN_RANGE || oldRange.Y >= WeldLineConstants.MAX_RANGE)
{
return(true);
}
else
{
Preconditions.Fail($"E43 misaligned ranges: old: {oldRange} new {range}");
return(false);
}
}
public void RemoveTerrain(int weldingTerrainId)
{
foreach (var weld in _welds)
{
if (weld.First != null && weld.First.Terrain.WeldingInputTerrainId == weldingTerrainId)
{
weld.First = null;
}
if (weld.Second != null && weld.Second.Terrain.WeldingInputTerrainId == weldingTerrainId)
{
weld.Second = null;
}
}
var newList = new List <Weld>();
var activeWeld = _welds[0];
for (int i = 0; i < _welds.Count; i++)
{
if (i == _welds.Count - 1)
{
newList.Add(activeWeld);
}
else
{
var next = _welds[i + 1];
if (CanBeMerged(activeWeld, next))
{
var newWeld = new Weld()
{
First = activeWeld.First,
Second = activeWeld.Second,
GlobalSizeRange = new IntVector2(activeWeld.GlobalSizeRange.X, next.GlobalSizeRange.Y)
};
activeWeld = newWeld;
}
else
{
newList.Add(activeWeld);
activeWeld = next;
}
}
}
_welds = newList;
}
private bool CanBeMerged(Weld w1, Weld w2)
{
return(((w1.First == null && w2.First == null) || (w1?.First?.Terrain.WeldingInputTerrainId == w2?.First?.Terrain.WeldingInputTerrainId)) &&
((w1.Second == null && w2.Second == null) || (w1?.Second?.Terrain.WeldingInputTerrainId == w2?.Second?.Terrain.WeldingInputTerrainId)));
}
private WeldSplicingResult SpliceWeld(Weld weld, IntVector2 range)
{
var oldRange = weld.GlobalSizeRange;
if (oldRange.Equals(range))
{
return(new WeldSplicingResult()
{
NewWeld = weld.Clone(),
RestOfWelds = new List <Weld>()
});
}
else if (oldRange.X >= range.Y || oldRange.Y <= range.X) // not touching
{
Preconditions.Fail("Welds are not touching!");
return(null);
}
else if (oldRange.X <= range.X && oldRange.Y >= range.Y) // new is inside old
{
if (oldRange.X == range.X)
{
return(new WeldSplicingResult()
{
NewWeld = weld.Subelement(range.X, range.Y),
RestOfWelds = new List <Weld>()
{
weld.Subelement(range.Y, oldRange.Y)
}
});
}
else if (oldRange.Y == range.Y)
{
return(new WeldSplicingResult()
{
NewWeld = weld.Subelement(range.X, range.Y),
RestOfWelds = new List <Weld>()
{
weld.Subelement(oldRange.X, range.X)
}
});
}
else
{
return(new WeldSplicingResult()
{
NewWeld = weld.Subelement(range.X, range.Y),
RestOfWelds = new List <Weld>()
{
weld.Subelement(oldRange.X, range.X),
weld.Subelement(range.Y, oldRange.Y)
}
});
}
}
else if (oldRange.X >= range.X && oldRange.Y <= range.Y) // old is inside new
{
return(new WeldSplicingResult()
{
NewWeld = weld.Clone(),
RestOfWelds = new List <Weld>()
});
}
if (oldRange.X < range.X)
{
return(new WeldSplicingResult()
{
NewWeld = weld.Subelement(range.X, oldRange.Y),
RestOfWelds = new List <Weld>()
{
weld.Subelement(oldRange.X, range.X)
}
});
}
else if (oldRange.Y > range.Y)
{
return(new WeldSplicingResult()
{
NewWeld = weld.Subelement(oldRange.X, range.Y),
RestOfWelds = new List <Weld>()
{
weld.Subelement(range.Y, oldRange.Y)
}
});
}
else
{
// slight misalighment
Preconditions.Fail($"E438 misaligned ranges: old: {oldRange} new {range}");
return(null);
}
}