// Returns a ContainerLayout that wraps a ScrollView whose content size will always match the ScrollView's size.
// The reason someone might want this is if something may later temporarily show overtop of this view (like a keyboard) then
// the ScrollView might scroll its content to still be visible.
public static ContainerLayout SameSize_Scroller(ScrollView view, LayoutChoice_Set subLayout)
{
ContainerLayout containerLayout = new ContainerLayout();
containerLayout.view = view;
containerLayout.SubLayout = subLayout;
return(containerLayout);
}
public void CopyFrom(ContainerLayout original)
{
this.ChildFillsAvailableSpace = original.ChildFillsAvailableSpace;
base.CopyFrom(original);
}
private void Initialize(Button button, double fontSize = -1, bool includeBevel = true, bool allowCropping = false, bool scoreIfEmpty = false, bool allowSplittingWords = false)
{
bool isButtonColorSet = button.BackgroundColor.A > 0;
LayoutChoice_Set sublayout;
this.buttonBackground = new ContentView();
ButtonConfigurer buttonConfigurer = new ButtonConfigurer(button, this.buttonBackground);
if (fontSize > 0)
{
if (allowCropping)
{
sublayout = TextLayout.New_Croppable(buttonConfigurer, fontSize, scoreIfEmpty);
}
else
{
sublayout = new TextLayout(buttonConfigurer, fontSize, allowSplittingWords, scoreIfEmpty);
}
}
else
{
List <LayoutChoice_Set> sublayoutOptions = new List <LayoutChoice_Set>(3);
if (allowCropping)
{
sublayoutOptions.Add(TextLayout.New_Croppable(buttonConfigurer, 30, scoreIfEmpty));
sublayoutOptions.Add(TextLayout.New_Croppable(buttonConfigurer, 16, scoreIfEmpty));
sublayoutOptions.Add(TextLayout.New_Croppable(buttonConfigurer, 12, scoreIfEmpty));
}
else
{
sublayoutOptions.Add(new TextLayout(buttonConfigurer, 30, allowSplittingWords, scoreIfEmpty));
sublayoutOptions.Add(new TextLayout(buttonConfigurer, 16, allowSplittingWords, scoreIfEmpty));
sublayoutOptions.Add(new TextLayout(buttonConfigurer, 12, allowSplittingWords, scoreIfEmpty));
}
LayoutUnion layoutUnion = new LayoutUnion(sublayoutOptions);
sublayout = layoutUnion;
}
// add a view behind the button to change its normal background color without changing its color when selected
ContainerLayout backgroundLayout = new ContainerLayout(buttonBackground, sublayout, false);
if (includeBevel)
{
buttonBackground.BackgroundColor = Color.Black;
// add a small border, so that it's easy to see where the buttons end
Thickness innerBevelThickness = new Thickness(1);
ContentView insideBevel = new ContentView();
insideBevel.Padding = innerBevelThickness;
//insideBevel.BackgroundColor = Color.DarkGray;// Color.FromRgb(0.4, 0.4, 0.4);
buttonConfigurer.InnerBevel = insideBevel;
ContainerLayout middleLayout = new MustBorderLayout(insideBevel, backgroundLayout, innerBevelThickness, false);
// add a bevel to the border
Thickness outerBevelThickness = new Thickness(1);
ContentView outsideBevel = new ContentView();
outsideBevel.Padding = outerBevelThickness;
//outsideBevel.BackgroundColor = Color.LightGray;// Color.FromRgb(0.63, 0.63, 0.63);
buttonConfigurer.OuterBevel = outsideBevel;
ContainerLayout outsideLayout = new MustBorderLayout(outsideBevel, middleLayout, outerBevelThickness, false);
// add some extra space around it
Thickness spacingThickness = new Thickness(1);
ContentView spacing = new ContentView();
spacing.Padding = spacingThickness;
spacing.BackgroundColor = Color.FromRgba(0, 0, 0, 0);
ContainerLayout spacingLayout = new MustBorderLayout(spacing, outsideLayout, spacingThickness, false);
this.Set_LayoutChoices(new List <LayoutChoice_Set>()
{
spacingLayout, new ScoreShifted_Layout(null, LayoutScore.Get_CutOff_LayoutScore(1))
});
button.TextColor = Color.LightGray;
}
else
{
if (!isButtonColorSet)
{
buttonBackground.BackgroundColor = Color.White;
button.TextColor = Color.Black;
}
this.Set_LayoutChoices(new List <LayoutChoice_Set>()
{
backgroundLayout
});
}
Effect effect = Effect.Resolve("VisiPlacement.ButtonEffect");
button.Effects.Add(effect);
this.buttonConfigurer = buttonConfigurer;
}