//This function gives us a Y depending on the node position to the other
private int GetYForNeighbor(Vector2Int leftNodeUp, Vector2Int leftNodeDown, Vector2Int rightNodeUp, Vector2Int rightNodeDown)
{
if (rightNodeUp.y >= leftNodeUp.y && leftNodeDown.y >= rightNodeDown.y)
{
return(StructureHelper.CalculateCenter(rightNodeDown + new Vector2Int(0, wallDistanceModifier),
rightNodeUp - new Vector2Int(0, wallDistanceModifier + this.corridorWidth)).y);
}
if (rightNodeUp.y <= leftNodeUp.y && leftNodeDown.y <= rightNodeDown.y)
{
return(StructureHelper.CalculateCenter(leftNodeDown + new Vector2Int(0, wallDistanceModifier),
leftNodeUp - new Vector2Int(0, wallDistanceModifier + this.corridorWidth)).y);
}
if (leftNodeUp.y >= rightNodeDown.y && leftNodeUp.y <= rightNodeUp.y)
{
return(StructureHelper.CalculateCenter(rightNodeDown + new Vector2Int(0, wallDistanceModifier),
leftNodeUp - new Vector2Int(0, wallDistanceModifier + this.corridorWidth)).y);
}
if (leftNodeDown.y >= rightNodeDown.y && leftNodeDown.y <= rightNodeUp.y)
{
return(StructureHelper.CalculateCenter(leftNodeDown + new Vector2Int(0, wallDistanceModifier),
rightNodeUp - new Vector2Int(0, wallDistanceModifier + this.corridorWidth)).y);
}
return(checkValue);
}
private int GetXForNeighbor(Vector2Int bottomNodeLeft, Vector2Int bottomNodeRight, Vector2Int topNodeLeft, Vector2Int topNodeRight)
{
if (topNodeLeft.x < bottomNodeLeft.x && bottomNodeRight.x < topNodeRight.x)
{
return(StructureHelper.CalculateCenter(bottomNodeLeft + new Vector2Int(wallDistanceModifier, 0), bottomNodeRight - new Vector2Int(this.corridorWidth + wallDistanceModifier, 0)).x);
}
if (topNodeLeft.x >= bottomNodeLeft.x && bottomNodeRight.x >= topNodeRight.x)
{
return(StructureHelper.CalculateCenter(topNodeLeft + new Vector2Int(wallDistanceModifier, 0), topNodeRight - new Vector2Int(this.corridorWidth + wallDistanceModifier, 0)).x);
}
if (bottomNodeLeft.x >= topNodeLeft.x && bottomNodeLeft.x <= topNodeRight.x)
{
return(StructureHelper.CalculateCenter(bottomNodeLeft + new Vector2Int(wallDistanceModifier, 0), topNodeRight - new Vector2Int(this.corridorWidth + wallDistanceModifier, 0)).x);
}
if (bottomNodeRight.x <= topNodeRight.x && bottomNodeRight.x >= topNodeLeft.x)
{
return(StructureHelper.CalculateCenter(topNodeLeft + new Vector2Int(wallDistanceModifier, 0), bottomNodeRight - new Vector2Int(this.corridorWidth + wallDistanceModifier, 0)).x);
}
return(checkValue);
}