public void ChoosePiece(EnumShapes shape)
{
if (PieceList.Count > 0)
{
var piece = (from x in PieceList
where (int)x.ShapeUsed == (int)shape
select x).Single();
piece.IsSelected = false; // its obvious now.
PieceList.ReplaceAllWithGivenItem(piece); // this will become the new list
}
else
{
PieceCP newPiece = new PieceCP();
newPiece.ShapeUsed = shape;
newPiece.HowMany = _gameContainer.SaveRoot !.Value;
PieceList.ReplaceAllWithGivenItem(newPiece);
}
Visible = true; // obviously
}
public async Task ShapeChosenAsync(EnumShapes shape)
{
var thisCard = _gameContainer.SaveRoot !.TrickList.Single();
_gameContainer.SaveRoot.ShapeChosen = shape;
_gameContainer.SaveRoot.Value = shape switch
{
EnumShapes.Balls => thisCard.HowManyBalls,
EnumShapes.Cubes => thisCard.HowManyCubes,
EnumShapes.Cones => thisCard.HowManyCones,
EnumShapes.Stars => thisCard.HowManyStars,
_ => throw new BasicBlankException("Don't know what to use"),
};
_gameContainer.SaveRoot.GameStatus = EnumStatusList.Normal;
_model !.ShapeChoose1 !.ChoosePiece(shape);
if (_gameContainer.CloseShapeButtonAsync == null)
{
throw new BasicBlankException("Nobody is closing the shapes. Rethink");
}
await _gameContainer.CloseShapeButtonAsync.Invoke();
await _gameContainer.EndTurnAsync !.Invoke();
}
public static CustomBasicList <SKPoint> GetPoints(EnumShapes shape, int howMany, SKPoint thisPoint, bool manually, float heightWidth)
{
float newLeft = 0;
float margins;
float mults;
mults = heightWidth / 16;
margins = 3 * mults; // for proportions
if (manually == true)
{
if (howMany == 3)
{
return new CustomBasicList <SKPoint>()
{
new SKPoint(thisPoint.X + margins, thisPoint.Y + margins), new SKPoint(thisPoint.X + margins, thisPoint.Y + margins + heightWidth), new SKPoint(thisPoint.X + margins, thisPoint.Y + margins + heightWidth * 2)
}
}
;
else if (howMany == 1)
{
return new CustomBasicList <SKPoint>()
{
new SKPoint(thisPoint.X + margins, thisPoint.Y + margins + heightWidth)
}
}
;
else
{
return new CustomBasicList <SKPoint>()
{
new SKPoint(thisPoint.X + margins, thisPoint.Y + margins + (heightWidth / 2)), new SKPoint(thisPoint.X + margins, thisPoint.Y + margins + (heightWidth / 2) + heightWidth)
}
};
}
float top1;
float top2; // if only one, will be this one.
float top3;
float topFirstHalf;
float topLastHalf;
top1 = thisPoint.Y + margins; // try this way instead.
top2 = top1 + heightWidth + margins;
top3 = top2 + heightWidth + margins; // try this way (?)
topFirstHalf = thisPoint.Y + margins + heightWidth / 2;
topLastHalf = topFirstHalf + heightWidth + margins;
switch (shape)
{
case EnumShapes.Balls:
{
newLeft = thisPoint.X + margins;
break;
}
case EnumShapes.Cubes:
{
newLeft = thisPoint.X + heightWidth + margins * 2;
break;
}
case EnumShapes.Cones:
{
newLeft = thisPoint.X + margins + heightWidth * 2 + margins * 2;
break;
}
case EnumShapes.Stars:
{
newLeft = thisPoint.X + margins + heightWidth * 3 + margins * 3;
break;
}
}
if (howMany == 3)
{
return new CustomBasicList <SKPoint>()
{
new SKPoint(newLeft, top1), new SKPoint(newLeft, top2), new SKPoint(newLeft, top3)
}
}
;
else if (howMany == 1)
{
return new CustomBasicList <SKPoint>()
{
new SKPoint(newLeft, top2)
}
}
;
else
{
return new CustomBasicList <SKPoint>()
{
new SKPoint(newLeft, topFirstHalf), new SKPoint(newLeft, topLastHalf)
}
};
throw new BasicBlankException("Cannot get points");
}
private static void ShapeUsedPropertyChanged(BindableObject bindable, object oldValue, object newValue)
{
var thisItem = (XactikaPieceXF)bindable;
thisItem.Mains !.ShapeUsed = (EnumShapes)newValue;
}