public void TestSurroudingAnchor()
{
var childSize1 = new Vector3(50, 150, 250);
var childSize2 = new Vector3(100, 200, 300);
var grid = new UniformGrid { Columns = 2, VerticalAlignment = VerticalAlignment.Center, HorizontalAlignment = HorizontalAlignment.Center};
var child1 = new UniformGrid { Size = childSize1 };
var child2 = new UniformGrid { Size = childSize2 };
child2.DependencyProperties.Set(ColumnPropertyKey, 1);
grid.Children.Add(child1);
grid.Children.Add(child2);
grid.Measure(1000 * Vector3.One);
grid.Arrange(1000 * Vector3.One, false);
Assert.AreEqual(new Vector2(0, 100), grid.GetSurroudingAnchorDistances(Orientation.Horizontal, -1));
Assert.AreEqual(new Vector2(0, 100), grid.GetSurroudingAnchorDistances(Orientation.Horizontal, 0));
Assert.AreEqual(new Vector2(-50, 50), grid.GetSurroudingAnchorDistances(Orientation.Horizontal, 50));
Assert.AreEqual(new Vector2(-80, 20), grid.GetSurroudingAnchorDistances(Orientation.Horizontal, 80));
Assert.AreEqual(new Vector2(0, 100), grid.GetSurroudingAnchorDistances(Orientation.Horizontal, 100));
Assert.AreEqual(new Vector2(-10, 90), grid.GetSurroudingAnchorDistances(Orientation.Horizontal, 110));
Assert.AreEqual(new Vector2(-100, 0), grid.GetSurroudingAnchorDistances(Orientation.Horizontal, 200));
Assert.AreEqual(new Vector2(-100, 0), grid.GetSurroudingAnchorDistances(Orientation.Horizontal, 300));
Assert.AreEqual(new Vector2(0, 200), grid.GetSurroudingAnchorDistances(Orientation.Vertical, -1));
Assert.AreEqual(new Vector2(-100, 100), grid.GetSurroudingAnchorDistances(Orientation.Vertical, 100));
Assert.AreEqual(new Vector2(-200, 0), grid.GetSurroudingAnchorDistances(Orientation.Vertical, 500));
Assert.AreEqual(new Vector2(0, 300), grid.GetSurroudingAnchorDistances(Orientation.InDepth, -1));
Assert.AreEqual(new Vector2(-150, 150), grid.GetSurroudingAnchorDistances(Orientation.InDepth, 150));
Assert.AreEqual(new Vector2(-300, 0), grid.GetSurroudingAnchorDistances(Orientation.InDepth, 500));
}
protected override async Task LoadContent()
{
await base.LoadContent();
var sprites = Asset.Load<SpriteSheet>("RotatedImages");
var img1 = new ImageElement { Source = sprites["NRNR"], StretchType = StretchType.Fill };
var img2 = new ImageElement { Source = sprites["RNR"], StretchType = StretchType.Fill };
var img3 = new ImageElement { Source = sprites["NRR"], StretchType = StretchType.Fill };
var img4 = new ImageElement { Source = sprites["RR"], StretchType = StretchType.Fill };
img1.SetGridColumnSpan(2);
img2.SetGridColumnSpan(2);
img2.SetGridRow(1);
img3.SetGridRowSpan(2);
img3.SetGridColumn(2);
img4.SetGridRowSpan(2);
img4.SetGridColumn(3);
var grid = new UniformGrid
{
Rows = 2,
Columns = 4,
Children = { img1, img2, img3, img4 }
};
UIComponent.RootElement = grid;
}
protected override async Task LoadContent()
{
await base.LoadContent();
buttonLeftTop2 = new Button { Padding = new Thickness(50, 50, 0, 50) };
buttonLeftTop1 = new Button { Padding = new Thickness(50, 50, 0, 50), Content = buttonLeftTop2 };
buttonLeftTop0 = new Button { Padding = new Thickness(50, 50, 0, 50), Content = buttonLeftTop1};
var bottomGrid = new UniformGrid { Rows = 1, Columns = 2 };
bottomButton = new Button { Content = bottomGrid };
bottomButton.DependencyProperties.Set(GridBase.RowPropertyKey, 1);
bottomButton.DependencyProperties.Set(GridBase.ColumnSpanPropertyKey, 2);
buttonBottomLeft1 = new Button { Margin = new Thickness(50, 50, 0, 50) };
buttonBottomLeft0 = new Button { Margin = new Thickness(50, 0, 0, 100), Content = buttonBottomLeft1 };
bottonBottomRight1 = new Button { Margin = new Thickness(0, 0, 50, 100) };
buttomBottonRight0 = new Button { Margin = new Thickness(0, 0, 50, 50), Content = bottonBottomRight1 };
buttomBottonRight0.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
bottomGrid.Children.Add(buttonBottomLeft0);
bottomGrid.Children.Add(buttomBottonRight0);
var mainGrid = new UniformGrid { Rows = 2, Columns = 2 };
mainGrid.Children.Add(buttonLeftTop0);
mainGrid.Children.Add(bottomButton);
UIComponent.RootElement = mainGrid;
}
protected override async Task LoadContent()
{
await base.LoadContent();
sliderImages = Asset.Load<SpriteSheet>("DebugSlider");
slider = new Slider { TrackStartingOffsets = new Vector2(10, 6), TickOffset = 10 };
SetSliderImages(isRotatedImages);
grid = new UniformGrid { Children = { slider } };
UIComponent.RootElement = grid;
}
public void TestBasicInvalidations()
{
var grid = new UniformGrid { Rows = 2, Columns = 2, Layers = 2 };
var child = new UniformGrid();
grid.Children.Add(child);
// - test the properties that are not supposed to invalidate the object layout state
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(ColumnPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(RowPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(LayerPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(ColumnSpanPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(RowSpanPropertyKey, 2));
UIElementLayeringTests.TestMeasureInvalidation(grid, () => child.DependencyProperties.Set(LayerSpanPropertyKey, 2));
}
protected override async Task LoadContent()
{
await base.LoadContent();
var uiImages = Asset.Load<UIImageGroup>("RotatedImages");
var img1 = new ImageElement { Source = uiImages["NotRotated"], StretchType = StretchType.Fill };
var img2 = new ImageElement { Source = uiImages["Rotated90"], StretchType = StretchType.Fill };
img2.DependencyProperties.Set(GridBase.RowPropertyKey, 1);
var grid = new UniformGrid { Rows = 2 };
grid.Children.Add(img1);
grid.Children.Add(img2);
UIComponent.RootElement = grid;
}
protected override async Task LoadContent()
{
await base.LoadContent();
// build the randomStackPanel elements
randomStackPanel = new StackPanel { Orientation = Orientation.Vertical };
for (int i = 0; i < 30; i++)
randomStackPanel.Children.Add(CreateButton(0, i, 50, 1200, true));
// build the randomStackPanel elements
virtualizedStackPanel = new StackPanel { Orientation = Orientation.Vertical, ItemVirtualizationEnabled = true };
for (int i = 0; i < 30; i++)
virtualizedStackPanel.Children.Add(CreateButton(0, i, 75, 1200));
// build the uniform grid
uniformGrid = new UniformGrid { Columns = 15, Rows = 20 };
for (int c = 0; c < uniformGrid.Columns; ++c)
{
for (int r = 0; r < uniformGrid.Rows; ++r)
uniformGrid.Children.Add(CreateButton(c,r, 175, 300));
}
// build the grid
const int gridColumns = 10;
const int gridRows = 10;
grid = new Grid();
grid.LayerDefinitions.Add(new StripDefinition(StripType.Auto));
for (int i = 0; i < gridColumns; i++)
grid.ColumnDefinitions.Add(new StripDefinition(StripType.Auto));
for (int i = 0; i < gridRows; i++)
grid.RowDefinitions.Add(new StripDefinition(StripType.Auto));
for (int c = 0; c < gridColumns; ++c)
{
for (int r = 0; r < gridRows; ++r)
grid.Children.Add(CreateButton(c, r, 50 + r * 30, 100 + c * 40));
}
// build the scroll viewer
scrollViewer = new TestScrollViewer { Name = "sv", Content = randomStackPanel, ScrollMode = ScrollingMode.HorizontalVertical, SnapToAnchors = true };
// set the scroll viewer as the root
UIComponent.RootElement = scrollViewer;
}
public void NegativeValues ()
{
UniformGrid g = new UniformGrid ();
try {
g.Columns = -1;
Assert.Fail ("1");
} catch (ArgumentException ex) {
Assert.AreEqual (ex.Message, "'-1' is not a valid value for property 'Columns'.", "2");
}
try {
g.FirstColumn = -1;
Assert.Fail ("3");
} catch (ArgumentException ex) {
Assert.AreEqual (ex.Message, "'-1' is not a valid value for property 'FirstColumn'.", "4");
}
try {
g.Rows = -1;
Assert.Fail ("5");
} catch (ArgumentException ex) {
Assert.AreEqual (ex.Message, "'-1' is not a valid value for property 'Rows'.", "6");
}
}
protected override async Task LoadContent()
{
await base.LoadContent();
var uiImages = Asset.Load<UIImageGroup>("UIImages");
var img1 = new ImageElement { Name = "UV 1 stack panel", Source = new UIImage(Asset.Load<Texture>("uv")) };
var img2 = new ImageElement { Name = "UV 2 stack panel", Source = new UIImage(Asset.Load<Texture>("uv")) };
img3 = new ImageElement { Name = "UV 3 stack panel", Source = new UIImage(Asset.Load<Texture>("uv")) };
stackPanel = new StackPanel { Orientation = Orientation.Vertical };
stackPanel.Children.Add(img1);
stackPanel.Children.Add(img2);
stackPanel.Children.Add(img3);
var img4 = new ImageElement { Name = "UV grid", Source = new UIImage(Asset.Load<Texture>("uv")) };
var img5 = new ImageElement { Name = "UV grid 2", Source = new UIImage(Asset.Load<Texture>("uv")) };
var img6 = new ImageElement { Name = "Game screen grid", Source = uiImages["GameScreen"] };
img4.DependencyProperties.Set(GridBase.ColumnPropertyKey, 0);
img4.DependencyProperties.Set(GridBase.RowPropertyKey, 0);
img5.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
img5.DependencyProperties.Set(GridBase.RowPropertyKey, 0);
img6.DependencyProperties.Set(GridBase.ColumnPropertyKey, 0);
img6.DependencyProperties.Set(GridBase.RowPropertyKey, 1);
img6.DependencyProperties.Set(GridBase.ColumnSpanPropertyKey, 2);
grid = new UniformGrid { Columns = 2, Rows = 2 };
grid.Children.Add(img4);
grid.Children.Add(img5);
grid.Children.Add(img6);
scrollViewer = new ScrollViewer { Content = grid, ScrollMode = ScrollingMode.HorizontalVertical};
contentDecorator = new ContentDecorator { Content = scrollViewer };
UIComponent.RootElement = contentDecorator;
}
protected override async Task LoadContent()
{
await base.LoadContent();
var imgElt = new ImageElement { Source = new Sprite(Asset.Load<Texture>("uv")), StretchType = StretchType.Fill };
imgElt.DependencyProperties.Set(GridBase.RowSpanPropertyKey, 2);
imgElt.DependencyProperties.Set(GridBase.ColumnSpanPropertyKey, 2);
imgElt.DependencyProperties.Set(GridBase.RowPropertyKey, 1);
imgElt.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
var button1 = new Button();
button1.DependencyProperties.Set(GridBase.RowPropertyKey, 3);
button1.DependencyProperties.Set(GridBase.ColumnPropertyKey, 0);
var button2 = new Button();
button2.DependencyProperties.Set(GridBase.RowPropertyKey, 3);
button2.DependencyProperties.Set(GridBase.ColumnPropertyKey, 3);
var text = new TextBlock
{
Text = "Test Uniform Grid",
Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15"),
HorizontalAlignment = HorizontalAlignment.Center,
VerticalAlignment = VerticalAlignment.Center
};
text.DependencyProperties.Set(GridBase.ColumnSpanPropertyKey, 2);
text.DependencyProperties.Set(GridBase.RowPropertyKey, 0);
text.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
var grid = new UniformGrid { Rows = 4, Columns = 4};
grid.Children.Add(imgElt);
grid.Children.Add(button1);
grid.Children.Add(button2);
grid.Children.Add(text);
UIComponent.RootElement = grid;
}
protected override async Task LoadContent()
{
await base.LoadContent();
var uiImages = Asset.Load<UIImageGroup>("UIImages");
var imgElt1 = new ImageElement { Source = uiImages["GameScreen"], StretchType = StretchType.Fill };
imgElt1.DependencyProperties.Set(Panel.ZIndexPropertyKey, 0);
imgElt1.DependencyProperties.Set(GridBase.RowSpanPropertyKey, 3);
imgElt1.DependencyProperties.Set(GridBase.ColumnSpanPropertyKey, 3);
imgElt1.DependencyProperties.Set(GridBase.RowPropertyKey, 0);
imgElt1.DependencyProperties.Set(GridBase.ColumnPropertyKey, 0);
var imgElt2 = new ImageElement { Source = uiImages["Logo"], StretchType = StretchType.Fill };
imgElt2.DependencyProperties.Set(Panel.ZIndexPropertyKey, 1);
imgElt2.DependencyProperties.Set(GridBase.RowPropertyKey, 0);
imgElt2.DependencyProperties.Set(GridBase.ColumnPropertyKey, 2);
var imgElt3 = new ImageElement { Source = uiImages["Logo"], StretchType = StretchType.Fill };
imgElt3.DependencyProperties.Set(Panel.ZIndexPropertyKey, 2);
imgElt3.DependencyProperties.Set(GridBase.RowPropertyKey, 2);
imgElt3.DependencyProperties.Set(GridBase.ColumnPropertyKey, 0);
var imgElt4 = new ImageElement { Source = uiImages["BorderButton"], StretchType = StretchType.Fill };
imgElt4.DependencyProperties.Set(Panel.ZIndexPropertyKey, 3);
imgElt4.DependencyProperties.Set(GridBase.RowPropertyKey, 1);
imgElt4.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
var grid = new UniformGrid { Rows = 3, Columns = 3 };
grid.Children.Add(imgElt1);
grid.Children.Add(imgElt2);
grid.Children.Add(imgElt3);
grid.Children.Add(imgElt4);
UIComponent.RootElement = grid;
}
public void TestScrollOwner()
{
var grid = new UniformGrid();
Assert.AreEqual(null, grid.ScrollOwner);
var scrollViewer = new ScrollViewer { Content = grid };
Assert.AreEqual(scrollViewer, grid.ScrollOwner);
scrollViewer.Content = null;
Assert.AreEqual(null, grid.ScrollOwner);
var scrollViewer2 = new ScrollViewer { Content = grid };
Assert.AreEqual(scrollViewer2, grid.ScrollOwner);
}
private UniformGrid CreateShipButtonElement(SpaceShip spaceShip)
{
// Put the stat text block in a vertical uniform grid
var statusTextGrid = new UniformGrid { Rows = 3, Margin = new Thickness(5f, -6f, 0, 0)};
statusTextGrid.Children.Add(CreateShipStatusTextBlock("Power", 0));
statusTextGrid.Children.Add(CreateShipStatusTextBlock("Control", 1));
statusTextGrid.Children.Add(CreateShipStatusTextBlock("Speed", 2));
// Put the stat stars in a vertical uniform grid
spaceShip.PowerImageElement = CreateShipStatusStar(0);
spaceShip.ControlImageElement = CreateShipStatusStar(1);
spaceShip.SpeedImageElement = CreateShipStatusStar(2);
var starGrid = new UniformGrid { Rows = 3 };
starGrid.Children.Add(spaceShip.PowerImageElement);
starGrid.Children.Add(spaceShip.ControlImageElement);
starGrid.Children.Add(spaceShip.SpeedImageElement);
starGrid.SetGridColumn(2);
// Ship image
var shipSprite = mainScreneImages[spaceShip.Name];
var shipImageElement = new ImageElement { Source = shipSprite };
shipImageElement.SetGridColumn(4);
// Create the horizontal grid with two blank stretchable columns and add the text blocks, the starts and the ship image
var shipContent = new Grid();
shipContent.ColumnDefinitions.Add(new StripDefinition(StripType.Auto));
shipContent.ColumnDefinitions.Add(new StripDefinition(StripType.Star));
shipContent.ColumnDefinitions.Add(new StripDefinition(StripType.Auto));
shipContent.ColumnDefinitions.Add(new StripDefinition(StripType.Star));
shipContent.ColumnDefinitions.Add(new StripDefinition(StripType.Auto));
shipContent.RowDefinitions.Add(new StripDefinition());
shipContent.LayerDefinitions.Add(new StripDefinition());
shipContent.Children.Add(statusTextGrid);
shipContent.Children.Add(starGrid);
shipContent.Children.Add(shipImageElement);
//
var shipSelectFrameSprite = mainScreneImages["weapon_select_frame"];
var shipButton = new Button
{
Name = spaceShip.Name,
Content = shipContent,
PressedImage = shipSelectFrameSprite,
NotPressedImage = shipSelectFrameSprite,
MouseOverImage = shipSelectFrameSprite,
Padding = new Thickness(60, 20, 20, 20)
};
shipButton.Click += delegate
{
currentShipImage.Source = shipSprite;
activeShipIndex = shipList.FindIndex(w => w.Name == spaceShip.Name);
PowerStatus = spaceShip.Power;
ControlStatus = spaceShip.Control;
SpeedStatus = spaceShip.Speed;
CloseShipSelectPopup();
};
shipButton.IsEnabled = !spaceShip.IsLocked;
shipButton.SetCanvasRelativeSize(new Vector3(1f, 1f, 1f));
var buttonGrid = new UniformGrid { MaximumHeight = 100 };
buttonGrid.Children.Add(shipButton);
if (spaceShip.IsLocked)
{
var lockIconImage = mainScreneImages["lock_icon"];
var lockIconElement = new ImageElement { Source = lockIconImage, StretchType = StretchType.Fill, };
lockIconElement.SetPanelZIndex(1);
buttonGrid.Children.Add(lockIconElement);
}
return buttonGrid;
}
public static IObservable <EventPattern <TextCompositionEventArgs> > TextInputObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <TextCompositionEventHandler, TextCompositionEventArgs>(h => This.TextInput += h, h => This.TextInput -= h));
}
public static IObservable <EventPattern <KeyboardFocusChangedEventArgs> > LostKeyboardFocusObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <KeyboardFocusChangedEventHandler, KeyboardFocusChangedEventArgs>(h => This.LostKeyboardFocus += h, h => This.LostKeyboardFocus -= h));
}
public static IObservable <EventPattern <KeyEventArgs> > PreviewKeyDownObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <KeyEventHandler, KeyEventArgs>(h => This.PreviewKeyDown += h, h => This.PreviewKeyDown -= h));
}
public void Test_UniformGrid_SetupColumnDefinitions_FirstAndEndFixed()
{
var treeroot = XamlReader.Load(@"<Page
xmlns=""http://schemas.microsoft.com/winfx/2006/xaml/presentation""
xmlns:x=""http://schemas.microsoft.com/winfx/2006/xaml""
xmlns:controls=""using:Microsoft.Toolkit.Uwp.UI.Controls"">
<controls:UniformGrid x:Name=""UniformGrid"" Columns=""5"">
<controls:UniformGrid.ColumnDefinitions>
<ColumnDefinition Width=""48""/>
<ColumnDefinition/>
<ColumnDefinition/>
<ColumnDefinition/>
<ColumnDefinition Width=""128""/>
</controls:UniformGrid.ColumnDefinitions>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
</controls:UniformGrid>
</Page>") as FrameworkElement;
Assert.IsNotNull(treeroot, "Could not load XAML tree.");
var grid = treeroot.FindChild("UniformGrid") as UniformGrid;
Assert.IsNotNull(grid, "Could not find UniformGrid in tree.");
// We should find our first definition
Assert.AreEqual(5, grid.ColumnDefinitions.Count, "Expected to find two Column definitions.");
Assert.AreEqual(48, grid.ColumnDefinitions[0].Width.Value);
Assert.AreEqual(128, grid.ColumnDefinitions[4].Width.Value);
Assert.AreEqual(5, grid.Columns, "Columns not set to 5");
// We'll have five Columns in this setup
grid.SetupColumnDefinitions(5);
// We should now have our Columns created
Assert.AreEqual(5, grid.ColumnDefinitions.Count, "5 ColumnDefinitions weren't created.");
// Our original definition should be at index 2
var rdo = grid.ColumnDefinitions[0];
// Did we mark that our Column is special?
Assert.AreEqual(false, UniformGrid.GetAutoLayout(rdo));
Assert.AreNotEqual(GridUnitType.Star, rdo.Width.GridUnitType);
Assert.AreNotEqual(1.0, rdo.Width.Value);
// Our 2nd original definition should be at index 4
var rdo2 = grid.ColumnDefinitions[4];
// Did we mark that our Column is special?
Assert.AreEqual(false, UniformGrid.GetAutoLayout(rdo2));
////Assert.AreEqual(4, UniformGrid.GetColumn(rdo2));
Assert.AreNotEqual(GridUnitType.Star, rdo2.Width.GridUnitType);
Assert.AreNotEqual(1.0, rdo2.Width.Value);
// Check that we filled in the other two.
for (int i = 1; i < grid.ColumnDefinitions.Count - 1; i++)
{
var rd = grid.ColumnDefinitions[i];
// Check if we've setup our Column to automatically layout
Assert.AreEqual(false, UniformGrid.GetAutoLayout(rd));
// We need to be using '*' layout for all our Columns to be even.
Assert.AreEqual(GridUnitType.Star, rd.Width.GridUnitType);
Assert.AreEqual(1.0, rd.Width.Value);
}
//// DO IT AGAIN
//// This is so we can check that it will behave the same again on another pass.
// We'll have five Columns in this setup
grid.SetupColumnDefinitions(5);
// We should now have our Columns created
Assert.AreEqual(5, grid.ColumnDefinitions.Count, "5 ColumnDefinitions weren't created.");
// Our original definition should be at index 0
rdo = grid.ColumnDefinitions[0];
// Did we mark that our Column is special?
Assert.AreEqual(false, UniformGrid.GetAutoLayout(rdo));
Assert.AreNotEqual(GridUnitType.Star, rdo.Width.GridUnitType);
Assert.AreNotEqual(1.0, rdo.Width.Value);
// Our 2nd original definition should be at index 4
rdo2 = grid.ColumnDefinitions[4];
// Did we mark that our Column is special?
Assert.AreEqual(false, UniformGrid.GetAutoLayout(rdo2));
Assert.AreNotEqual(GridUnitType.Star, rdo2.Width.GridUnitType);
Assert.AreNotEqual(1.0, rdo2.Width.Value);
// Check that we filled in the other two.
for (int i = 1; i < grid.ColumnDefinitions.Count - 1; i++)
{
var rd = grid.ColumnDefinitions[i];
// Check if we've setup our Column to automatically layout
Assert.AreEqual(false, UniformGrid.GetAutoLayout(rd));
// We need to be using '*' layout for all our Columns to be even.
Assert.AreEqual(GridUnitType.Star, rd.Width.GridUnitType);
Assert.AreEqual(1.0, rd.Width.Value);
}
}
private void CreateAndInsertButton(UniformGrid grid, int c, int r)
{
var button = new Button();
button.DependencyProperties.Set(GridBase.RowPropertyKey, r);
button.DependencyProperties.Set(GridBase.ColumnPropertyKey, c);
grid.Children.Add(button);
}
public static IObservable <EventPattern <MouseButtonEventArgs> > MouseRightButtonUpObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <MouseButtonEventHandler, MouseButtonEventArgs>(h => This.MouseRightButtonUp += h, h => This.MouseRightButtonUp -= h));
}
public static IObservable <EventPattern <MouseButtonEventArgs> > PreviewMouseRightButtonDownObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <MouseButtonEventHandler, MouseButtonEventArgs>(h => This.PreviewMouseRightButtonDown += h, h => This.PreviewMouseRightButtonDown -= h));
}
protected override async Task LoadContent()
{
await base.LoadContent();
// build the randomStackPanel elements
randomStackPanel = new StackPanel {
Orientation = Orientation.Vertical
};
for (int i = 0; i < 30; i++)
{
randomStackPanel.Children.Add(CreateButton(0, i, 50, 1200, true));
}
// build the randomStackPanel elements
virtualizedStackPanel = new StackPanel {
Orientation = Orientation.Vertical, ItemVirtualizationEnabled = true
};
for (int i = 0; i < 30; i++)
{
virtualizedStackPanel.Children.Add(CreateButton(0, i, 75, 1200));
}
// build the uniform grid
uniformGrid = new UniformGrid {
Columns = 15, Rows = 20
};
for (int c = 0; c < uniformGrid.Columns; ++c)
{
for (int r = 0; r < uniformGrid.Rows; ++r)
{
uniformGrid.Children.Add(CreateButton(c, r, 175, 300));
}
}
// build the grid
const int gridColumns = 10;
const int gridRows = 10;
grid = new Grid();
grid.LayerDefinitions.Add(new StripDefinition(StripType.Auto));
for (int i = 0; i < gridColumns; i++)
{
grid.ColumnDefinitions.Add(new StripDefinition(StripType.Auto));
}
for (int i = 0; i < gridRows; i++)
{
grid.RowDefinitions.Add(new StripDefinition(StripType.Auto));
}
for (int c = 0; c < gridColumns; ++c)
{
for (int r = 0; r < gridRows; ++r)
{
grid.Children.Add(CreateButton(c, r, 50 + r * 30, 100 + c * 40));
}
}
// build the scroll viewer
scrollViewer = new TestScrollViewer {
Name = "sv", Content = randomStackPanel, ScrollMode = ScrollingMode.HorizontalVertical, SnapToAnchors = true
};
// set the scroll viewer as the root
UIComponent.Page = new Engine.UIPage {
RootElement = scrollViewer
};
}
protected override async Task LoadContent()
{
await base.LoadContent();
sprites = Content.Load <SpriteSheet>("UIImages");
// Also draw a texture during the clear renderer
// TODO: Use a custom compositor as soon as we have visual scripting?
var topChildRenderer = ((SceneCameraRenderer)SceneSystem.GraphicsCompositor.Game).Child;
var forwardRenderer = (topChildRenderer as SceneRendererCollection)?.Children.OfType <ForwardRenderer>().FirstOrDefault() ?? (ForwardRenderer)topChildRenderer;
forwardRenderer.Clear = new ClearAndDrawTextureRenderer {
Color = forwardRenderer.Clear.Color, Texture = sprites["GameScreen"].Texture
};
var lifeBar = new ImageElement {
Source = SpriteFromSheet.Create(sprites, "Logo"), HorizontalAlignment = HorizontalAlignment.Center
};
lifeBar.DependencyProperties.Set(GridBase.ColumnSpanPropertyKey, 3);
var quitText = new TextBlock {
Text = "Quit Game", Font = Content.Load <SpriteFont>("MicrosoftSansSerif15")
};
ApplyTextBlockDefaultStyle(quitText);
var quitGameButton = new Button
{
Content = quitText,
VerticalAlignment = VerticalAlignment.Bottom,
HorizontalAlignment = HorizontalAlignment.Left,
Padding = Thickness.UniformRectangle(10),
};
ApplyButtonDefaultStyle(quitGameButton);
quitGameButton.DependencyProperties.Set(GridBase.ColumnPropertyKey, 0);
quitGameButton.DependencyProperties.Set(GridBase.RowPropertyKey, 2);
quitGameButton.Click += (sender, args) => Exit();
modalButton1Text = new TextBlock {
Text = "Close Modal window 1", Font = Content.Load <SpriteFont>("MicrosoftSansSerif15")
};
ApplyTextBlockDefaultStyle(modalButton1Text);
var modalButton1 = new Button
{
Name = "Button Modal 1",
Content = modalButton1Text,
VerticalAlignment = VerticalAlignment.Center,
HorizontalAlignment = HorizontalAlignment.Center,
Padding = Thickness.UniformRectangle(10),
};
ApplyButtonDefaultStyle(modalButton1);
modalButton1.Click += ModalButton1OnClick;
modal1 = new ModalElement {
Content = modalButton1, Name = "Modal 1"
};
modal1.DependencyProperties.Set(Panel.ZIndexPropertyKey, 1);
modal1.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
modal1.DependencyProperties.Set(GridBase.RowPropertyKey, 1);
modal1.OutsideClick += Modal1OnOutsideClick;
modalButton2Text = new TextBlock {
Text = "Close Modal window 2", Font = Content.Load <SpriteFont>("MicrosoftSansSerif15")
};
ApplyTextBlockDefaultStyle(modalButton2Text);
var modalButton2 = new Button
{
Name = "Button Modal 2",
Content = modalButton2Text,
VerticalAlignment = VerticalAlignment.Center,
HorizontalAlignment = HorizontalAlignment.Center,
Padding = Thickness.UniformRectangle(10),
};
ApplyButtonDefaultStyle(modalButton2);
modalButton2.Click += ModalButton2OnClick;
modal2 = new ModalElement {
Content = modalButton2, Name = "Modal 2"
};
modal2.DependencyProperties.Set(Panel.ZIndexPropertyKey, 2);
modal2.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
modal2.DependencyProperties.Set(GridBase.RowPropertyKey, 2);
modal2.OutsideClick += Modal2OnOutsideClick;
uniformGrid = new UniformGrid {
Columns = 3, Rows = 3
};
uniformGrid.Children.Add(modal1);
uniformGrid.Children.Add(modal2);
uniformGrid.Children.Add(lifeBar);
uniformGrid.Children.Add(quitGameButton);
UIComponent.Page = new Engine.UIPage {
RootElement = uniformGrid
};
}
public PostureRecognizerStart(Window parent)
{
_PostureCollection = FindVisualChild <UniformGrid>(parent, "PostureCollection");
ReadDefinePosture("PosturesRecord\\record.txt");
}
public void RefreshMap()
{
if (!IsVisible)
{
_isMapDirty = true;
return;
}
_isMapDirty = false;
MapCanvas.Children.Clear();
lock (_bot)
{
if (_bot.Game == null || _bot.Game.Map == null)
{
return;
}
UniformGrid grid = new UniformGrid();
grid.Background = Brushes.White;
grid.Columns = _bot.Game.Map.DimensionX;
grid.Rows = _bot.Game.Map.DimensionY;
grid.Width = grid.Columns * _cellWidth;
grid.Height = grid.Rows * _cellWidth;
for (int y = 0; y < grid.Rows; ++y)
{
for (int x = 0; x < grid.Columns; ++x)
{
Rectangle rect = new Rectangle();
int collider = _bot.Game.Map.GetCollider(x, y);
if (_bot.Game.Map.HasLink(x, y))
{
rect.Fill = Brushes.Gold;
}
else if (_colliderColors.ContainsKey(collider))
{
rect.Fill = _colliderColors[collider];
}
else
{
rect.Fill = Brushes.Black;
}
if (collider == 2)
{
rect.Height = _cellWidth / 4;
}
if (collider == 3 || collider == 4)
{
rect.Width = _cellWidth / 4;
}
if (collider == 14)
{
rect.Height = _cellWidth / 4;
rect.VerticalAlignment = VerticalAlignment.Top;
}
grid.Children.Add(rect);
}
}
_mapGrid = grid;
MapCanvas.Children.Add(grid);
_player = new Ellipse()
{
Fill = Brushes.Red, Width = _cellWidth, Height = _cellWidth
};
MapCanvas.Children.Add(_player);
UpdatePlayerPosition();
}
}
public void Test_UniformGrid_SetupRowDefinitions_FirstFixed()
{
var treeroot = XamlReader.Load(@"<Page
xmlns=""http://schemas.microsoft.com/winfx/2006/xaml/presentation""
xmlns:x=""http://schemas.microsoft.com/winfx/2006/xaml""
xmlns:controls=""using:Microsoft.Toolkit.Uwp.UI.Controls"">
<controls:UniformGrid x:Name=""UniformGrid"">
<controls:UniformGrid.RowDefinitions>
<RowDefinition Height=""48""/>
</controls:UniformGrid.RowDefinitions>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
</controls:UniformGrid>
</Page>") as FrameworkElement;
Assert.IsNotNull(treeroot, "Could not load XAML tree.");
var grid = treeroot.FindChild("UniformGrid") as UniformGrid;
Assert.IsNotNull(grid, "Could not find UniformGrid in tree.");
// We should find our first definition
Assert.AreEqual(1, grid.RowDefinitions.Count);
Assert.AreEqual(48, grid.RowDefinitions[0].Height.Value);
// We'll have three rows in this setup
grid.SetupRowDefinitions(3);
// We should now have our rows created
Assert.AreEqual(3, grid.RowDefinitions.Count);
var rdo = grid.RowDefinitions[0];
// Did we mark that our row is special?
Assert.AreEqual(false, UniformGrid.GetAutoLayout(rdo));
Assert.AreNotEqual(GridUnitType.Star, rdo.Height.GridUnitType);
Assert.AreNotEqual(1.0, rdo.Height.Value);
// Check that we filled in the other two.
for (int i = 1; i < grid.RowDefinitions.Count; i++)
{
var rd = grid.RowDefinitions[i];
// Check if we've setup our row to automatically layout
Assert.AreEqual(true, UniformGrid.GetAutoLayout(rd));
// We need to be using '*' layout for all our rows to be even.
Assert.AreEqual(GridUnitType.Star, rd.Height.GridUnitType);
Assert.AreEqual(1.0, rd.Height.Value);
}
//// DO IT AGAIN
//// This is so we can check that it will behave the same again on another pass.
// We'll have three rows in this setup
grid.SetupRowDefinitions(3);
// We should now have our rows created
Assert.AreEqual(3, grid.RowDefinitions.Count);
rdo = grid.RowDefinitions[0];
// Did we mark that our row is special?
Assert.AreEqual(false, UniformGrid.GetAutoLayout(rdo));
Assert.AreNotEqual(GridUnitType.Star, rdo.Height.GridUnitType);
Assert.AreNotEqual(1.0, rdo.Height.Value);
// Check that we filled in the other two.
for (int i = 1; i < grid.RowDefinitions.Count; i++)
{
var rd = grid.RowDefinitions[i];
// Check if we've setup our row to automatically layout
Assert.AreEqual(true, UniformGrid.GetAutoLayout(rd));
// We need to be using '*' layout for all our rows to be even.
Assert.AreEqual(GridUnitType.Star, rd.Height.GridUnitType);
Assert.AreEqual(1.0, rd.Height.Value);
}
}
internal static UIElement GetUIElement(PropertyInfo propertyInfo, SettingsService settingsService,
SettingsKey settingsKey, object defaultValue, SettingsPropertyAttribute attribute)
{
Brush fgBrush = Application.Current.Resources[EnvironmentColors.BrandedUITextBrushKey] as Brush;
var labelName = attribute.Name ?? propertyInfo.Name;
if (propertyInfo.PropertyType == typeof(bool))
{
var isChecked = settingsService.Get(settingsKey, (bool?)defaultValue ?? false);
var res = new CheckBox {
Content = labelName, IsChecked = isChecked
};
res.Checked += (sender, args) => settingsService.Set(settingsKey, res.IsChecked ?? false);
res.Unchecked += (sender, args) => settingsService.Set(settingsKey, res.IsChecked ?? false);
res.ToolTip = attribute.Description;
return(res);
}
if (propertyInfo.PropertyType == typeof(string) || propertyInfo.PropertyType == typeof(int))
{
var editorAttribute = propertyInfo.GetCustomAttribute <EditorAttribute>();
var grid = new Grid();
grid.ColumnDefinitions.Add(new ColumnDefinition {
Width = GridLength.Auto
});
grid.ColumnDefinitions.Add(new ColumnDefinition {
Width = new GridLength(1, GridUnitType.Star)
});
if (editorAttribute != null)
{
grid.ColumnDefinitions.Add(new ColumnDefinition {
Width = GridLength.Auto
});
}
var textBox = CreateTextBox(propertyInfo, settingsService, settingsKey, defaultValue);
Grid.SetColumn(textBox, 1);
grid.ToolTip = attribute.Description;
grid.Children.Add(new Label {
Foreground = fgBrush, Content = labelName + ":", ToolTip = labelName
});
grid.Children.Add(textBox);
if (editorAttribute != null)
{
var uiTypeEditor = Activator.CreateInstance(Type.GetType(editorAttribute.EditorTypeName)) as UITypeEditor;
var panel = new StackPanel();
Grid.SetColumn(panel, 2);
grid.Children.Add(panel);
if (editorAttribute.EditorTypeName.Contains(typeof(FileNameEditor).FullName))
{
var btnSelect = new Button {
Content = "...", Width = 22, Height = 21, Margin = new Thickness(-2, 2, 0, 0), MinHeight = 1, MinWidth = 1
};
btnSelect.Click += (sender, args) =>
{
var res = uiTypeEditor.EditValue(textBox.Text);
if (res != null)
{
textBox.Text = res;
}
};
panel.Children.Add(btnSelect);
}
}
return(grid);
}
if (propertyInfo.PropertyType.IsEnum)
{
var value = settingsService.Get(settingsKey, propertyInfo.PropertyType, defaultValue);
var grid = new UniformGrid {
Columns = 2
};
var combo = new ComboBox()
{
Width = 180,
Style = Application.Current.TryFindResource("COABComboBoxStyle") as Style,
Margin = new Thickness(0, 2, 2, 2),
SelectedValue = Enum.Parse(propertyInfo.PropertyType, value.ToString()), //value,
ItemsSource = Enum.GetValues(propertyInfo.PropertyType)
};
combo.SelectionChanged += (sender, args) => settingsService.Set(propertyInfo.PropertyType, settingsKey, combo.SelectedValue);
grid.ToolTip = attribute.Description;
grid.Children.Add(new Label {
Foreground = fgBrush, Content = labelName + ":"
});
grid.Children.Add(combo);
return(grid);
}
if (propertyInfo.PropertyType.IsArray)
{
var grp = new GroupBox {
Header = labelName, Margin = new Thickness(0, 5, 0, 5)
};
var value = settingsService.Get(settingsKey, new string[0]);
var itemSource = new ObservableCollection <Bindable <string> >(value.Select(s => new Bindable <string>(s)));
var edit = new StringListEdit {
Height = 150, DataContext = itemSource, BrowseMode = BrowseMode.Directories
};
var dock = new DockPanel();
dock.Children.Add(edit);
Label labelDes = new Label {
Content = attribute.Description
};
DockPanel.SetDock(labelDes, Dock.Bottom);
dock.Children.Add(labelDes);
grp.Content = dock;
PropertyChangedEventHandler saveAction = (sender, args) => settingsService.Set(settingsKey, itemSource.Select(b => b.Value).ToArray());
itemSource.Apply(bindable => bindable.PropertyChanged += saveAction);
itemSource.CollectionChanged += (sender, args) =>
{
settingsService.Set(settingsKey, itemSource.Select(bindable => bindable.Value).ToArray());
args.NewItems?.OfType <Bindable <string> >().Apply(bindable => bindable.PropertyChanged += saveAction);
args.OldItems?.OfType <Bindable <string> >().Apply(bindable => bindable.PropertyChanged -= saveAction);
};
edit.LostFocus += (sender, args) => saveAction(sender, new PropertyChangedEventArgs(""));
return(grp);
}
throw new NotSupportedException(propertyInfo.PropertyType + " is not supported");
}
protected override async Task LoadContent()
{
await base.LoadContent();
var resolution = (Vector3)UIComponent.VirtualResolution;
var canvas = new Canvas();
var imgElt = new ImageElement { Name = "UV image", Source = new Sprite(Asset.Load<Texture>("uv")), Width = resolution.X / 5, Height = resolution.Y / 5, StretchType = StretchType.Fill };
imgElt.DependencyProperties.Set(Canvas.PinOriginPropertyKey, 0.5f * Vector3.One);
imgElt.DependencyProperties.Set(Canvas.AbsolutePositionPropertyKey, new Vector3(resolution.X / 10, resolution.Y / 10, 0));
imgElt.DependencyProperties.Set(Panel.ZIndexPropertyKey, -1);
stackPanel = new StackPanel { Orientation = Orientation.Vertical };
scrollViewer = new ScrollViewer { ScrollMode = ScrollingMode.Vertical };
scrollViewer.DependencyProperties.Set(Canvas.AbsolutePositionPropertyKey, new Vector3(resolution.X / 4, resolution.Y / 10, 0));
scrollViewer.Content = stackPanel;
var button1 = new Button { Margin = Thickness.UniformRectangle(5), Padding = Thickness.UniformRectangle(5), LocalMatrix = Matrix.Scaling(2, 2, 2) };
var textOnly = new TextBlock { Text = "Text only button", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15"), TextColor = new Color(1f, 0, 0, 0.5f) };
button1.Content = textOnly;
var button2 = new Button { Name = "Button2", Margin = Thickness.UniformRectangle(5), Padding = Thickness.UniformRectangle(5) };
var imageContent = new ImageElement { Name = "Image Button2", Source = new Sprite(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch, MaximumHeight = 50 };
button2.Content = imageContent;
var button3 = new Button { Margin = Thickness.UniformRectangle(5), Padding = Thickness.UniformRectangle(5) };
var stackContent = new StackPanel { Orientation = Orientation.Horizontal };
var stackImage = new ImageElement { Name = "Image stack panel", Source = new Sprite(Asset.Load<Texture>("uv")), MaximumHeight = 50 };
var stackText = new TextBlock { Text = "button text", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15"), Margin = Thickness.UniformRectangle(5) };
stackContent.Children.Add(stackImage);
stackContent.Children.Add(stackText);
button3.Content = stackContent;
var button4 = new Button { Margin = Thickness.UniformRectangle(5), HorizontalAlignment = HorizontalAlignment.Right, Padding = Thickness.UniformRectangle(5) };
var imageContent2 = new ImageElement { Name = "button 4 uv image", Source = new Sprite(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch, MaximumHeight = 40, Opacity = 0.5f };
button4.Content = imageContent2;
var button5 = new Button { Margin = Thickness.UniformRectangle(5), HorizontalAlignment = HorizontalAlignment.Left, Padding = Thickness.UniformRectangle(5) };
var textOnly2 = new TextBlock { Text = "Left aligned", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15") };
button5.Content = textOnly2;
var button6 = new ImageButton
{
Height = 50,
Margin = Thickness.UniformRectangle(5),
HorizontalAlignment = HorizontalAlignment.Center,
PressedImage = new Sprite(Asset.Load<Texture>("ImageButtonPressed")),
NotPressedImage = new Sprite(Asset.Load<Texture>("ImageButtonNotPressed")),
};
toggle = new ToggleButton
{
Content = new TextBlock { Text = "Toggle button test", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15") },
IsThreeState = true
};
scrollingText = new ScrollingText { Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15"), Text = "<<<--- Scrolling text in a button ", IsEnabled = IsUpdateAutomatic };
var button7 = new Button { Margin = Thickness.UniformRectangle(5), Content = scrollingText };
var uniformGrid = new UniformGrid { Rows = 2, Columns = 2 };
var gridText = new TextBlock { Text = "Uniform grid", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15"), TextAlignment = TextAlignment.Center};
gridText.DependencyProperties.Set(GridBase.ColumnSpanPropertyKey, 2);
var buttonLeft = new Button { Content = new TextBlock { Text = "unif-grid left", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15"), TextAlignment = TextAlignment.Center } };
buttonLeft.DependencyProperties.Set(GridBase.RowPropertyKey, 1);
var buttonRight = new Button { Content = new TextBlock { Text = "unif-grid right", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15"), TextAlignment = TextAlignment.Center } };
buttonRight.DependencyProperties.Set(GridBase.RowPropertyKey, 1);
buttonRight.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
uniformGrid.Children.Add(gridText);
uniformGrid.Children.Add(buttonLeft);
uniformGrid.Children.Add(buttonRight);
stackPanel.Children.Add(button1);
stackPanel.Children.Add(button2);
stackPanel.Children.Add(button3);
stackPanel.Children.Add(button4);
stackPanel.Children.Add(button5);
stackPanel.Children.Add(button6);
stackPanel.Children.Add(toggle);
stackPanel.Children.Add(button7);
stackPanel.Children.Add(uniformGrid);
canvas.Children.Add(imgElt);
canvas.Children.Add(scrollViewer);
UIComponent.RootElement = canvas;
}
public static IObservable <EventPattern <MouseWheelEventArgs> > PreviewMouseWheelObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <MouseWheelEventHandler, MouseWheelEventArgs>(h => This.PreviewMouseWheel += h, h => This.PreviewMouseWheel -= h));
}
public static void ComputeJacobian(ref UniformGrid<Matrix3x3> jacobian, UniformGrid<Vector> vec)
{
Vector3 spacing = vec.GetCellSpacing();
// Avoid divide-by-zero when z size is effectively 0 (for 2D domains)
Vector3 reciprocalSpacing = new Vector3(1.0f / spacing.x , 1.0f / spacing.y, spacing.z > float.Epsilon ? 1.0f / spacing.z : 0.0f ) ;
Vector3 halfReciprocalSpacing = (0.5f * reciprocalSpacing) ;
uint[] dims = { vec.GetNumPoints(0), vec.GetNumPoints(1), vec.GetNumPoints(2) };
uint[] dimsMinus1 = { vec.GetNumPoints(0) - 1, vec.GetNumPoints(1) - 1, vec.GetNumPoints(2) - 1 };
uint numXY = dims[0] * dims[1];
uint[] index = new uint[3];
// Compute derivatives for interior (i.e. away from boundaries).
for (index[2] = 1; index[2] < dimsMinus1[2]; ++index[2])
{
//ASSIGN_Z_OFFSETS
uint offsetZM = numXY * (index[2] - 1);
uint offsetZ0 = numXY * index[2];
uint offsetZP = numXY * (index[2] + 1);
for (index[1] = 1; index[1] < dimsMinus1[1]; ++index[1])
{
//ASSIGN_YZ_OFFSETS
uint offsetYMZ0 = dims[0] * (index[1] - 1) + offsetZ0;
uint offsetY0Z0 = dims[0] * index[1] + offsetZ0;
uint offsetYPZ0 = dims[0] * (index[1] + 1) + offsetZ0;
uint offsetY0ZM = dims[0] * index[1] + offsetZM;
uint offsetY0ZP = dims[0] * index[1] + offsetZP;
for (index[0] = 1; index[0] < dimsMinus1[0]; ++index[0])
{
//ASSIGN_XYZ_OFFSETS
uint offsetX0Y0Z0 = index[0] + offsetY0Z0;
uint offsetXMY0Z0 = index[0] - 1 + offsetY0Z0;
uint offsetXPY0Z0 = index[0] + 1 + offsetY0Z0;
uint offsetX0YMZ0 = index[0] + offsetYMZ0;
uint offsetX0YPZ0 = index[0] + offsetYPZ0;
uint offsetX0Y0ZM = index[0] + offsetY0ZM;
uint offsetX0Y0ZP = index[0] + offsetY0ZP;
Matrix3x3 rMatrix = jacobian[offsetX0Y0Z0];
/* Compute d/dx */
rMatrix.x = (vec[offsetXPY0Z0].v - vec[offsetXMY0Z0].v) * halfReciprocalSpacing.x;
/* Compute d/dy */
rMatrix.y = (vec[offsetX0YPZ0].v - vec[offsetX0YMZ0].v) * halfReciprocalSpacing.y;
/* Compute d/dz */
rMatrix.z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0ZM].v) * halfReciprocalSpacing.z;
}
}
}
#region boundariesDerivatives
// Compute derivatives for boundaries: 6 faces of box. ------------------------------------------------------------
// In some situations, these macros compute extraneous data.
// A tiny bit more efficiency could be squeezed from this routine,
// but it turns out to be well under 1% of the total expense.
// Compute derivatives for -X boundary.
index[0] = 0;
for (index[2] = 0; index[2] < dims[2]; ++index[2])
{
//ASSIGN_Z_OFFSETS
uint offsetZM = numXY * (index[2] - 1);
uint offsetZ0 = numXY * index[2];
uint offsetZP = numXY * (index[2] + 1);
for (index[1] = 0; index[1] < dims[1]; ++index[1])
{
//ASSIGN_YZ_OFFSETS
uint offsetYMZ0 = dims[0] * (index[1] - 1) + offsetZ0;
uint offsetY0Z0 = dims[0] * index[1] + offsetZ0;
uint offsetYPZ0 = dims[0] * (index[1] + 1) + offsetZ0;
uint offsetY0ZM = dims[0] * index[1] + offsetZM;
uint offsetY0ZP = dims[0] * index[1] + offsetZP;
{
//ASSIGN_XYZ_OFFSETS
uint offsetX0Y0Z0 = index[0] + offsetY0Z0;
uint offsetXMY0Z0 = index[0] - 1 + offsetY0Z0;
uint offsetXPY0Z0 = index[0] + 1 + offsetY0Z0;
uint offsetX0YMZ0 = index[0] + offsetYMZ0;
uint offsetX0YPZ0 = index[0] + offsetYPZ0;
uint offsetX0Y0ZM = index[0] + offsetY0ZM;
uint offsetX0Y0ZP = index[0] + offsetY0ZP;
//COMPUTE_FINITE_DIFF
if (index[0] == 0)
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.x; }
else if (index[0] == dimsMinus1[0])
{ jacobian[offsetX0Y0Z0].x = (vec[offsetX0Y0Z0].v - vec[offsetXMY0Z0].v) * reciprocalSpacing.x; }
else
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetXMY0Z0].v) * halfReciprocalSpacing.x; }
if (index[1] == 0)
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.y; }
else if (index[1] == dimsMinus1[1])
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0Y0Z0].v - vec[offsetX0YMZ0].v) * reciprocalSpacing.y; }
else
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0YMZ0].v) * halfReciprocalSpacing.y; }
if (index[2] == 0)
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.z; }
else if (index[2] == dimsMinus1[2])
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0Z0].v - vec[offsetX0Y0ZM].v) * reciprocalSpacing.z; }
else
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0ZM].v) * halfReciprocalSpacing.z; }
}
}
}
// Compute derivatives for -Y boundary.
index[1] = 0;
for (index[2] = 0; index[2] < dims[2]; ++index[2])
{
//ASSIGN_Z_OFFSETS
uint offsetZM = numXY * (index[2] - 1);
uint offsetZ0 = numXY * index[2];
uint offsetZP = numXY * (index[2] + 1);
{
//ASSIGN_YZ_OFFSETS
uint offsetYMZ0 = dims[0] * (index[1] - 1) + offsetZ0;
uint offsetY0Z0 = dims[0] * index[1] + offsetZ0;
uint offsetYPZ0 = dims[0] * (index[1] + 1) + offsetZ0;
uint offsetY0ZM = dims[0] * index[1] + offsetZM;
uint offsetY0ZP = dims[0] * index[1] + offsetZP;
for (index[0] = 0; index[0] < dims[0]; ++index[0])
{
//ASSIGN_XYZ_OFFSETS
uint offsetX0Y0Z0 = index[0] + offsetY0Z0;
uint offsetXMY0Z0 = index[0] - 1 + offsetY0Z0;
uint offsetXPY0Z0 = index[0] + 1 + offsetY0Z0;
uint offsetX0YMZ0 = index[0] + offsetYMZ0;
uint offsetX0YPZ0 = index[0] + offsetYPZ0;
uint offsetX0Y0ZM = index[0] + offsetY0ZM;
uint offsetX0Y0ZP = index[0] + offsetY0ZP;
//COMPUTE_FINITE_DIFF
if (index[0] == 0)
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.x; }
else if (index[0] == dimsMinus1[0])
{ jacobian[offsetX0Y0Z0].x = (vec[offsetX0Y0Z0].v - vec[offsetXMY0Z0].v) * reciprocalSpacing.x; }
else
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetXMY0Z0].v) * halfReciprocalSpacing.x; }
if (index[1] == 0)
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.y; }
else if (index[1] == dimsMinus1[1])
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0Y0Z0].v - vec[offsetX0YMZ0].v) * reciprocalSpacing.y; }
else
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0YMZ0].v) * halfReciprocalSpacing.y; }
if (index[2] == 0)
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.z; }
else if (index[2] == dimsMinus1[2])
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0Z0].v - vec[offsetX0Y0ZM].v) * reciprocalSpacing.z; }
else
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0ZM].v) * halfReciprocalSpacing.z; }
}
}
}
// Compute derivatives for -Z boundary.
index[2] = 0;
{
//ASSIGN_Z_OFFSETS
uint offsetZM = numXY * (index[2] - 1);
uint offsetZ0 = numXY * index[2];
uint offsetZP = numXY * (index[2] + 1);
for (index[1] = 0; index[1] < dims[1]; ++index[1])
{
//ASSIGN_YZ_OFFSETS
uint offsetYMZ0 = dims[0] * (index[1] - 1) + offsetZ0;
uint offsetY0Z0 = dims[0] * index[1] + offsetZ0;
uint offsetYPZ0 = dims[0] * (index[1] + 1) + offsetZ0;
uint offsetY0ZM = dims[0] * index[1] + offsetZM;
uint offsetY0ZP = dims[0] * index[1] + offsetZP;
for (index[0] = 0; index[0] < dims[0]; ++index[0])
{
//ASSIGN_XYZ_OFFSETS
uint offsetX0Y0Z0 = index[0] + offsetY0Z0;
uint offsetXMY0Z0 = index[0] - 1 + offsetY0Z0;
uint offsetXPY0Z0 = index[0] + 1 + offsetY0Z0;
uint offsetX0YMZ0 = index[0] + offsetYMZ0;
uint offsetX0YPZ0 = index[0] + offsetYPZ0;
uint offsetX0Y0ZM = index[0] + offsetY0ZM;
uint offsetX0Y0ZP = index[0] + offsetY0ZP;
//COMPUTE_FINITE_DIFF
if (index[0] == 0)
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.x; }
else if (index[0] == dimsMinus1[0])
{ jacobian[offsetX0Y0Z0].x = (vec[offsetX0Y0Z0].v - vec[offsetXMY0Z0].v) * reciprocalSpacing.x; }
else
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetXMY0Z0].v) * halfReciprocalSpacing.x; }
if (index[1] == 0)
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.y; }
else if (index[1] == dimsMinus1[1])
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0Y0Z0].v - vec[offsetX0YMZ0].v) * reciprocalSpacing.y; }
else
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0YMZ0].v) * halfReciprocalSpacing.y; }
if (index[2] == 0)
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.z; }
else if (index[2] == dimsMinus1[2])
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0Z0].v - vec[offsetX0Y0ZM].v) * reciprocalSpacing.z; }
else
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0ZM].v) * halfReciprocalSpacing.z; }
}
}
}
// Compute derivatives for +X boundary.
index[0] = dimsMinus1[0];
for (index[2] = 0; index[2] < dims[2]; ++index[2])
{
//ASSIGN_Z_OFFSETS
uint offsetZM = numXY * (index[2] - 1);
uint offsetZ0 = numXY * index[2];
uint offsetZP = numXY * (index[2] + 1);
for (index[1] = 0; index[1] < dims[1]; ++index[1])
{
//ASSIGN_YZ_OFFSETS
uint offsetYMZ0 = dims[0] * (index[1] - 1) + offsetZ0;
uint offsetY0Z0 = dims[0] * index[1] + offsetZ0;
uint offsetYPZ0 = dims[0] * (index[1] + 1) + offsetZ0;
uint offsetY0ZM = dims[0] * index[1] + offsetZM;
uint offsetY0ZP = dims[0] * index[1] + offsetZP;
{
//ASSIGN_XYZ_OFFSETS
uint offsetX0Y0Z0 = index[0] + offsetY0Z0;
uint offsetXMY0Z0 = index[0] - 1 + offsetY0Z0;
uint offsetXPY0Z0 = index[0] + 1 + offsetY0Z0;
uint offsetX0YMZ0 = index[0] + offsetYMZ0;
uint offsetX0YPZ0 = index[0] + offsetYPZ0;
uint offsetX0Y0ZM = index[0] + offsetY0ZM;
uint offsetX0Y0ZP = index[0] + offsetY0ZP;
//COMPUTE_FINITE_DIFF
if (index[0] == 0)
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.x; }
else if (index[0] == dimsMinus1[0])
{ jacobian[offsetX0Y0Z0].x = (vec[offsetX0Y0Z0].v - vec[offsetXMY0Z0].v) * reciprocalSpacing.x; }
else
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetXMY0Z0].v) * halfReciprocalSpacing.x; }
if (index[1] == 0)
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.y; }
else if (index[1] == dimsMinus1[1])
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0Y0Z0].v - vec[offsetX0YMZ0].v) * reciprocalSpacing.y; }
else
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0YMZ0].v) * halfReciprocalSpacing.y; }
if (index[2] == 0)
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.z; }
else if (index[2] == dimsMinus1[2])
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0Z0].v - vec[offsetX0Y0ZM].v) * reciprocalSpacing.z; }
else
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0ZM].v) * halfReciprocalSpacing.z; }
}
}
}
// Compute derivatives for +Y boundary.
index[1] = dimsMinus1[1];
for (index[2] = 0; index[2] < dims[2]; ++index[2])
{
//ASSIGN_Z_OFFSETS
uint offsetZM = numXY * (index[2] - 1);
uint offsetZ0 = numXY * index[2];
uint offsetZP = numXY * (index[2] + 1);
{
//ASSIGN_YZ_OFFSETS
uint offsetYMZ0 = dims[0] * (index[1] - 1) + offsetZ0;
uint offsetY0Z0 = dims[0] * index[1] + offsetZ0;
uint offsetYPZ0 = dims[0] * (index[1] + 1) + offsetZ0;
uint offsetY0ZM = dims[0] * index[1] + offsetZM;
uint offsetY0ZP = dims[0] * index[1] + offsetZP;
for (index[0] = 0; index[0] < dims[0]; ++index[0])
{
//ASSIGN_XYZ_OFFSETS
uint offsetX0Y0Z0 = index[0] + offsetY0Z0;
uint offsetXMY0Z0 = index[0] - 1 + offsetY0Z0;
uint offsetXPY0Z0 = index[0] + 1 + offsetY0Z0;
uint offsetX0YMZ0 = index[0] + offsetYMZ0;
uint offsetX0YPZ0 = index[0] + offsetYPZ0;
uint offsetX0Y0ZM = index[0] + offsetY0ZM;
uint offsetX0Y0ZP = index[0] + offsetY0ZP;
//COMPUTE_FINITE_DIFF
if (index[0] == 0)
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.x; }
else if (index[0] == dimsMinus1[0])
{ jacobian[offsetX0Y0Z0].x = (vec[offsetX0Y0Z0].v - vec[offsetXMY0Z0].v) * reciprocalSpacing.x; }
else
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetXMY0Z0].v) * halfReciprocalSpacing.x; }
if (index[1] == 0)
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.y; }
else if (index[1] == dimsMinus1[1])
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0Y0Z0].v - vec[offsetX0YMZ0].v) * reciprocalSpacing.y; }
else
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0YMZ0].v) * halfReciprocalSpacing.y; }
if (index[2] == 0)
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.z; }
else if (index[2] == dimsMinus1[2])
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0Z0].v - vec[offsetX0Y0ZM].v) * reciprocalSpacing.z; }
else
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0ZM].v) * halfReciprocalSpacing.z; }
}
}
}
// Compute derivatives for +Z boundary.
index[2] = dimsMinus1[2];
{
//ASSIGN_Z_OFFSETS
uint offsetZM = numXY * (index[2] - 1);
uint offsetZ0 = numXY * index[2];
uint offsetZP = numXY * (index[2] + 1);
for (index[1] = 0; index[1] < dims[1]; ++index[1])
{
//ASSIGN_YZ_OFFSETS
uint offsetYMZ0 = dims[0] * (index[1] - 1) + offsetZ0;
uint offsetY0Z0 = dims[0] * index[1] + offsetZ0;
uint offsetYPZ0 = dims[0] * (index[1] + 1) + offsetZ0;
uint offsetY0ZM = dims[0] * index[1] + offsetZM;
uint offsetY0ZP = dims[0] * index[1] + offsetZP;
for (index[0] = 0; index[0] < dims[0]; ++index[0])
{
//ASSIGN_XYZ_OFFSETS
uint offsetX0Y0Z0 = index[0] + offsetY0Z0;
uint offsetXMY0Z0 = index[0] - 1 + offsetY0Z0;
uint offsetXPY0Z0 = index[0] + 1 + offsetY0Z0;
uint offsetX0YMZ0 = index[0] + offsetYMZ0;
uint offsetX0YPZ0 = index[0] + offsetYPZ0;
uint offsetX0Y0ZM = index[0] + offsetY0ZM;
uint offsetX0Y0ZP = index[0] + offsetY0ZP;
//COMPUTE_FINITE_DIFF
if (index[0] == 0)
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.x; }
else if (index[0] == dimsMinus1[0])
{ jacobian[offsetX0Y0Z0].x = (vec[offsetX0Y0Z0].v - vec[offsetXMY0Z0].v) * reciprocalSpacing.x; }
else
{ jacobian[offsetX0Y0Z0].x = (vec[offsetXPY0Z0].v - vec[offsetXMY0Z0].v) * halfReciprocalSpacing.x; }
if (index[1] == 0)
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.y; }
else if (index[1] == dimsMinus1[1])
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0Y0Z0].v - vec[offsetX0YMZ0].v) * reciprocalSpacing.y; }
else
{ jacobian[offsetX0Y0Z0].y = (vec[offsetX0YPZ0].v - vec[offsetX0YMZ0].v) * halfReciprocalSpacing.y; }
if (index[2] == 0)
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0Z0].v) * reciprocalSpacing.z; }
else if (index[2] == dimsMinus1[2])
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0Z0].v - vec[offsetX0Y0ZM].v) * reciprocalSpacing.z; }
else
{ jacobian[offsetX0Y0Z0].z = (vec[offsetX0Y0ZP].v - vec[offsetX0Y0ZM].v) * halfReciprocalSpacing.z; }
}
}
#endregion
}
}
public static IObservable <EventPattern <MouseEventArgs> > MouseEnterObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <MouseEventHandler, MouseEventArgs>(h => This.MouseEnter += h, h => This.MouseEnter -= h));
}
public static IObservable <EventPattern <StylusButtonEventArgs> > PreviewStylusButtonUpObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <StylusButtonEventHandler, StylusButtonEventArgs>(h => This.PreviewStylusButtonUp += h, h => This.PreviewStylusButtonUp -= h));
}
public static IObservable <EventPattern <MouseEventArgs> > GotMouseCaptureObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <MouseEventHandler, MouseEventArgs>(h => This.GotMouseCapture += h, h => This.GotMouseCapture -= h));
}
public static IObservable <EventPattern <KeyEventArgs> > KeyUpObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <KeyEventHandler, KeyEventArgs>(h => This.KeyUp += h, h => This.KeyUp -= h));
}
public static IObservable <EventPattern <QueryCursorEventArgs> > QueryCursorObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <QueryCursorEventHandler, QueryCursorEventArgs>(h => This.QueryCursor += h, h => This.QueryCursor -= h));
}
public static IObservable <EventPattern <SizeChangedEventArgs> > SizeChangedObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <SizeChangedEventHandler, SizeChangedEventArgs>(h => This.SizeChanged += h, h => This.SizeChanged -= h));
}
public static IObservable <EventPattern <DataTransferEventArgs> > SourceUpdatedObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <EventHandler <DataTransferEventArgs>, DataTransferEventArgs>(h => This.SourceUpdated += h, h => This.SourceUpdated -= h));
}
protected override void LoadScene()
{
mainScreneImages = LoadAsset<SpriteSheet>("MainSceneImages");
westernFont = LoadAsset<SpriteFont>("WesternFont");
popupWindowImage = mainScreneImages["popup_window"];
// Preload stars
starSprites.Add(mainScreneImages["star0"]);
starSprites.Add(mainScreneImages["star1"]);
starSprites.Add(mainScreneImages["star2"]);
starSprites.Add(mainScreneImages["star3"]);
borderStarImages.Add(mainScreneImages["bstar0"]);
borderStarImages.Add(mainScreneImages["bstar1"]);
borderStarImages.Add(mainScreneImages["bstar2"]);
borderStarImages.Add(mainScreneImages["bstar3"]);
// Create space ships
var random = new Random();
for (var i = 0; i < ShipNameList.Count; i++)
{
shipList.Add(new SpaceShip
{
Name = ShipNameList[i],
Power = random.Next(4),
Control = random.Next(4),
Speed = random.Next(4),
IsLocked = (i % 3) == 2,
});
}
var mainStackPanel = CreateMainScene();
CreateWelcomePopup();
CreateShipSelectionPopup();
// Create the background
var background = new ImageElement { Source = mainScreneImages["background_uiimage"], StretchType = StretchType.Fill };
background.SetPanelZIndex(-1);
// Overlay pop-ups and the main screen
var overlay = new UniformGrid();
overlay.Children.Add(background);
overlay.Children.Add(mainStackPanel);
overlay.Children.Add(welcomePopup);
overlay.Children.Add(shipSelectPopup);
// Set the root element to the overall overlay
var uiComponent = Entity.Get<UIComponent>();
uiComponent.RootElement = overlay;
Script.AddTask(FillLifeBar);
}
public static IObservable <EventPattern <StylusEventArgs> > PreviewStylusInAirMoveObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <StylusEventHandler, StylusEventArgs>(h => This.PreviewStylusInAirMove += h, h => This.PreviewStylusInAirMove -= h));
}
private UIElement CreateMainSceneShipStatusPanel()
{
// Status star bars {Power, Life, Speed}
var powerStatusDecorator = CreateMainSceneShipStatusStars("power", powerStatusStar, 0);
var controlStatusDecorator = CreateMainSceneShipStatusStars("control", controlStatusStar, 1);
var speedStatusDecorator = CreateMainSceneShipStatusStars("speed", speedStatusStar, 2);
PowerStatus = shipList[activeShipIndex].Power;
ControlStatus = shipList[activeShipIndex].Control;
SpeedStatus = shipList[activeShipIndex].Speed;
// Put the stats (Stars) in 3x1 uniform grid
var statusPanel = new UniformGrid { Rows = 3 };
statusPanel.Children.Add(powerStatusDecorator);
statusPanel.Children.Add(controlStatusDecorator);
statusPanel.Children.Add(speedStatusDecorator);
statusPanel.SetGridColumn(1);
// SpaceShip Button
currentShipImage = new ImageElement { Source = mainScreneImages[shipList[activeShipIndex].Name], };
currentShipImage.SetGridRow(1);
var shipImageSpacerGrid = new Grid { HorizontalAlignment = HorizontalAlignment.Center };
shipImageSpacerGrid.Children.Add(currentShipImage);
shipImageSpacerGrid.RowDefinitions.Add(new StripDefinition(StripType.Star, 2));
shipImageSpacerGrid.RowDefinitions.Add(new StripDefinition(StripType.Star, 6));
shipImageSpacerGrid.RowDefinitions.Add(new StripDefinition(StripType.Star, 2));
shipImageSpacerGrid.ColumnDefinitions.Add(new StripDefinition());
shipImageSpacerGrid.LayerDefinitions.Add(new StripDefinition());
var shipButtonDesign = mainScreneImages["display_element"];
var currentShipButton = new Button
{
NotPressedImage = shipButtonDesign,
PressedImage = shipButtonDesign,
MouseOverImage = shipButtonDesign,
Content = shipImageSpacerGrid,
Padding = new Thickness(45, 20, 10, 25),
VerticalAlignment = VerticalAlignment.Center
};
currentShipButton.Click += delegate
{
// Once click, update the SpaceShip status pop-up and show it.
UpdateShipStatus();
ShowShipSelectionPopup();
};
currentShipButton.SetGridColumn(3);
// Status upgrade buttons
var powerUpgradeButton = CreateIncreaseStatusButton("P", 0, 0, 2, 0, () => PowerStatus, () => PowerStatus++);
var controlUpgradeButton = CreateIncreaseStatusButton("C", 0, 1, 2, 0, () => ControlStatus, () => ControlStatus++);
var speedUpgradeButton = CreateIncreaseStatusButton("S", 1, 0, 2, 0, () => SpeedStatus, () => SpeedStatus++);
var lifeUpgradeButton = CreateIncreaseStatusButton("L", 1, 1, 1, 1, () => 0, () => LifeStatus++);
// Arrange the status up buttons in a 2x2 Uniform grid.
var statusUpgradeGridPanel = new UniformGrid
{
Rows = 2,
Columns = 2,
VerticalAlignment = VerticalAlignment.Center,
HorizontalAlignment = HorizontalAlignment.Center
};
statusUpgradeGridPanel.Children.Add(powerUpgradeButton);
statusUpgradeGridPanel.Children.Add(controlUpgradeButton);
statusUpgradeGridPanel.Children.Add(speedUpgradeButton);
statusUpgradeGridPanel.Children.Add(lifeUpgradeButton);
statusUpgradeGridPanel.SetGridColumn(5);
// Put together bottom region in horizontal Stack panel, arranging it from left to right
var mainPanel = new Grid();
mainPanel.RowDefinitions.Add(new StripDefinition());
mainPanel.ColumnDefinitions.Add(new StripDefinition(StripType.Fixed, 10)); // space
mainPanel.ColumnDefinitions.Add(new StripDefinition(StripType.Star, 4));
mainPanel.ColumnDefinitions.Add(new StripDefinition(StripType.Fixed, 25)); // space
mainPanel.ColumnDefinitions.Add(new StripDefinition(StripType.Star, 4));
mainPanel.ColumnDefinitions.Add(new StripDefinition(StripType.Fixed, 25)); // space
mainPanel.ColumnDefinitions.Add(new StripDefinition(StripType.Star, 3));
mainPanel.ColumnDefinitions.Add(new StripDefinition(StripType.Fixed, 10)); // space
mainPanel.LayerDefinitions.Add(new StripDefinition());
mainPanel.Children.Add(statusPanel);
mainPanel.Children.Add(currentShipButton);
mainPanel.Children.Add(statusUpgradeGridPanel);
return mainPanel;
}
protected override async Task LoadContent()
{
await base.LoadContent();
const float relativeSize = 1 / 6f;
var canvas = new Canvas();
canvas.DependencyProperties.Set(Panel.ZIndexPropertyKey, 1);
// left/top
var image1 = new ImageElement {
Source = new Sprite(Asset.Load <Texture>("uv")), StretchType = StretchType.FillOnStretch
};
image1.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image1.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(0, 0, 0));
image1.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0, 0, 0));
canvas.Children.Add(image1);
// right/top
var image2 = new ImageElement {
Source = new Sprite(Asset.Load <Texture>("uv")), StretchType = StretchType.FillOnStretch
};
image2.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image2.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(1, 0, 0));
image2.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(1, 0, 0));
canvas.Children.Add(image2);
// left/bottom
var image3 = new ImageElement {
Source = new Sprite(Asset.Load <Texture>("uv")), StretchType = StretchType.FillOnStretch
};
image3.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image3.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(0, 1, 0));
image3.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0, 1, 0));
canvas.Children.Add(image3);
// 1/3 right/bottom
var image4 = new ImageElement {
Source = new Sprite(Asset.Load <Texture>("uv")), StretchType = StretchType.FillOnStretch
};
image4.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image4.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(1, 1, 0));
image4.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(1, 1, 0));
canvas.Children.Add(image4);
// 1/3 left/top middle centered
var image5 = new ImageElement {
Source = new Sprite(Asset.Load <Texture>("uv")), StretchType = StretchType.FillOnStretch
};
image5.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image5.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(1 / 3f, 1 / 3f, 0));
image5.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0.5f, 0.5f, 0));
canvas.Children.Add(image5);
// 1/3 right/top right aligned
var image6 = new ImageElement {
Source = new Sprite(Asset.Load <Texture>("uv")), StretchType = StretchType.FillOnStretch
};
image6.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image6.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(2 / 3f, 1 / 3f, 0));
image6.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0, 0.5f, 0));
canvas.Children.Add(image6);
// 1/3 left/bottom bottom aligned
var image7 = new ImageElement {
Source = new Sprite(Asset.Load <Texture>("uv")), StretchType = StretchType.FillOnStretch
};
image7.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image7.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(1 / 3f, 2 / 3f, 0));
image7.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0.5f, 0, 0));
canvas.Children.Add(image7);
// 1/3 right/bottom top aligned
var image8 = new ImageElement {
Source = new Sprite(Asset.Load <Texture>("uv")), StretchType = StretchType.FillOnStretch
};
image8.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image8.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(2 / 3f, 2 / 3f, 0));
image8.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0.5f, 1, 0));
canvas.Children.Add(image8);
var grid = new UniformGrid {
Rows = 3, Columns = 3
};
for (int c = 0; c < 3; c++)
{
for (int r = 0; r < 3; r++)
{
CreateAndInsertButton(grid, c, r);
}
}
var baseGrid = new UniformGrid();
baseGrid.Children.Add(grid);
baseGrid.Children.Add(canvas);
UIComponent.RootElement = baseGrid;
}
protected override async Task LoadContent()
{
await base.LoadContent();
Sprites = Asset.Load<SpriteSheet>("UIImages");
var lifeBar = new ImageElement { Source = Sprites["Logo"], HorizontalAlignment = HorizontalAlignment.Center };
lifeBar.DependencyProperties.Set(GridBase.ColumnSpanPropertyKey, 3);
var quitGameButton = new Button
{
Content = new TextBlock { Text = "Quit Game", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15") },
VerticalAlignment = VerticalAlignment.Bottom,
HorizontalAlignment = HorizontalAlignment.Left,
Padding = Thickness.UniformRectangle(10),
};
quitGameButton.DependencyProperties.Set(GridBase.ColumnPropertyKey, 0);
quitGameButton.DependencyProperties.Set(GridBase.RowPropertyKey, 2);
quitGameButton.Click += (sender, args) => Exit();
modalButton1Text = new TextBlock { Text = "Close Modal window 1", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15") };
var modalButton1 = new Button
{
Name = "Button Modal 1",
Content = modalButton1Text,
VerticalAlignment = VerticalAlignment.Center,
HorizontalAlignment = HorizontalAlignment.Center,
Padding = Thickness.UniformRectangle(10),
};
modalButton1.Click += ModalButton1OnClick;
modal1 = new ModalElement { Content = modalButton1, Name = "Modal 1"};
modal1.DependencyProperties.Set(Panel.ZIndexPropertyKey, 1);
modal1.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
modal1.DependencyProperties.Set(GridBase.RowPropertyKey, 1);
modal1.OutsideClick += Modal1OnOutsideClick;
modalButton2Text = new TextBlock { Text = "Close Modal window 2", Font = Asset.Load<SpriteFont>("MicrosoftSansSerif15") };
var modalButton2 = new Button
{
Name = "Button Modal 2",
Content = modalButton2Text,
VerticalAlignment = VerticalAlignment.Center,
HorizontalAlignment = HorizontalAlignment.Center,
Padding = Thickness.UniformRectangle(10),
};
modalButton2.Click += ModalButton2OnClick;
modal2 = new ModalElement { Content = modalButton2, Name = "Modal 2" };
modal2.DependencyProperties.Set(Panel.ZIndexPropertyKey, 2);
modal2.DependencyProperties.Set(GridBase.ColumnPropertyKey, 1);
modal2.DependencyProperties.Set(GridBase.RowPropertyKey, 2);
modal2.OutsideClick += Modal2OnOutsideClick;
uniformGrid = new UniformGrid { Columns = 3, Rows = 3 };
uniformGrid.Children.Add(modal1);
uniformGrid.Children.Add(modal2);
uniformGrid.Children.Add(lifeBar);
uniformGrid.Children.Add(quitGameButton);
UIComponent.RootElement = uniformGrid;
}
public static IObservable <EventPattern <StylusEventArgs> > StylusOutOfRangeObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <StylusEventHandler, StylusEventArgs>(h => This.StylusOutOfRange += h, h => This.StylusOutOfRange -= h));
}
public DlgMethods()
{
Title = "About";
ShowInTaskbar = false;
WindowStyle = WindowStyle.ToolWindow;
WindowStartupLocation = WindowStartupLocation.CenterOwner;
ResizeMode = ResizeMode.NoResize;
SizeToContent = SizeToContent.WidthAndHeight;
StackPanel stack = new StackPanel();
Content = stack;
Grid grid = new Grid();
grid.Margin = new Thickness(6);
stack.Children.Add(grid);
RowDefinition rowdef = new RowDefinition();
rowdef.Height = GridLength.Auto;
grid.RowDefinitions.Add(rowdef);
rowdef = new RowDefinition();
rowdef.Height = GridLength.Auto;
grid.RowDefinitions.Add(rowdef);
rowdef = new RowDefinition();
rowdef.Height = GridLength.Auto;
grid.RowDefinitions.Add(rowdef);
ColumnDefinition coldef = new ColumnDefinition();
coldef.Width = GridLength.Auto;
grid.ColumnDefinitions.Add(coldef);
Label lblText = new Label();
lblText.Content = "Numerical Methods v9.00";
lblText.FontSize = 24;
lblText.Foreground = Brushes.YellowGreen;
//lblText.FontStyle
grid.Children.Add(lblText);
Grid.SetRow(lblText, 0);
Grid.SetColumn(lblText, 0);
/* Label lblText2 = new Label();
* lblText2.Content = "Author:";
* lblText2.FontSize = 12;
* lblText2.Foreground = Brushes.Black;
* lblText2.HorizontalAlignment = HorizontalAlignment.Center;*/
Border bord = new Border();
bord.Background = Brushes.SlateGray;
grid.Children.Add(bord);
Grid.SetRow(bord, 0);
Grid.SetColumn(bord, 0);
bord.BorderBrush = Brushes.Gray;
bord.Background = Brushes.White;
bord.BorderThickness = new Thickness(2);
CornerRadius c = new CornerRadius();
c.BottomLeft = 20; c.BottomRight = 20;
c.TopLeft = 20; c.TopRight = 20;
bord.CornerRadius = c;
Border bordIn = new Border();
bordIn.Background = Brushes.SlateGray;
bordIn.BorderBrush = Brushes.YellowGreen;
bord.Child = bordIn;
bordIn.Background = Brushes.White;
bordIn.BorderThickness = new Thickness(2);
CornerRadius c2 = new CornerRadius();
c2.BottomLeft = 20; c2.BottomRight = 20;
c2.TopLeft = 20; c2.TopRight = 20;
bordIn.CornerRadius = c2;
DockPanel dock = new DockPanel();
dock.Margin = new Thickness(10);
bordIn.Child = dock;
Expander expanderMenu;
//*** "Approximate decision of \n equalization f(x)=0 ***
expanderMenu = new Expander();
dock.Children.Add(expanderMenu);
DockPanel.SetDock(expanderMenu, Dock.Top);
expanderMenu.Header = "Approximate decision of \n equalization f(x)=0";
expanderMenu.Foreground = Brushes.White;
expanderMenu.Margin = new Thickness(0, 0, 0, 10);
expanderMenu.Background = Brushes.SlateGray;
ListView ListApproximateDecision = new ListView();
ListViewItem BisectionMethodItem = new ListViewItem();
BisectionMethodItem.Content = "Bisection Method";
ListViewItem ChordMethodItem = new ListViewItem();
ChordMethodItem.Content = "Chord Method";
ListViewItem IterationMethodItem = new ListViewItem();
IterationMethodItem.Content = "Iteration Method";
ListViewItem NewtonMethodItem = new ListViewItem();
NewtonMethodItem.Content = "Newton Method";
ListApproximateDecision.Items.Add(BisectionMethodItem);
ListApproximateDecision.Items.Add(ChordMethodItem);
ListApproximateDecision.Items.Add(IterationMethodItem);
ListApproximateDecision.Items.Add(NewtonMethodItem);
expanderMenu.Content = ListApproximateDecision;
expanderMenu = new Expander();
dock.Children.Add(expanderMenu);
expanderMenu.Foreground = Brushes.White;
expanderMenu.Header = "Numerical Methods";
expanderMenu.Margin = new Thickness(0, 0, 0, 10);
expanderMenu.Background = Brushes.SlateGray;
ListView list2 = new ListView();
ListViewItem listV12 = new ListViewItem();
listV12.Content = "Method1";
ListViewItem listV22 = new ListViewItem();
listV22.Content = "Method2";
list2.Items.Add(listV12);
list2.Items.Add(listV22);
expanderMenu.Content = list2;
Grid.SetRow(bord, 1);
Grid.SetColumn(bord, 0);
/* grid.Children.Add(lblText3);
* Grid.SetRow(lblText3, 2);
* Grid.SetColumn(lblText3, 0);*/
// Создание элемента UniformGrid для кнопок OK и Cancel
UniformGrid unigrid = new UniformGrid();
unigrid.Rows = 1;
unigrid.Columns = 1;
stack.Children.Add(unigrid);
// Создание объекта Button
btnOk = new Button();
// Назначение шаблона
//btnOk.Template = DesignButton();
btnOk.IsDefault = true;
btnOk.Padding = new Thickness(5);
btnOk.Margin = new Thickness(12);
btnOk.HorizontalAlignment = HorizontalAlignment.Center;
btnOk.VerticalAlignment = VerticalAlignment.Center;
btnOk.Content = "OK";
btnOk.Click += OkButtonOnClick;
unigrid.Children.Add(btnOk);
}
public static IObservable <EventPattern <StylusSystemGestureEventArgs> > StylusSystemGestureObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <StylusSystemGestureEventHandler, StylusSystemGestureEventArgs>(h => This.StylusSystemGesture += h, h => This.StylusSystemGesture -= h));
}
public static IObservable <EventPattern <StylusEventArgs> > LostStylusCaptureObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <StylusEventHandler, StylusEventArgs>(h => This.LostStylusCapture += h, h => This.LostStylusCapture -= h));
}
public static IObservable <EventPattern <StylusButtonEventArgs> > StylusButtonDownObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <StylusButtonEventHandler, StylusButtonEventArgs>(h => This.StylusButtonDown += h, h => This.StylusButtonDown -= h));
}
protected override async Task LoadContent()
{
await base.LoadContent();
const float relativeSize = 1 / 6f;
var canvas = new Canvas();
canvas.DependencyProperties.Set(Panel.ZIndexPropertyKey, 1);
// left/top
var image1 = new ImageElement { Source = new UIImage(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch };
image1.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image1.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(0, 0, 0));
image1.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0, 0, 0));
canvas.Children.Add(image1);
// right/top
var image2 = new ImageElement { Source = new UIImage(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch };
image2.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image2.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(1, 0, 0));
image2.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(1, 0, 0));
canvas.Children.Add(image2);
// left/bottom
var image3 = new ImageElement { Source = new UIImage(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch };
image3.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image3.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(0, 1, 0));
image3.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0, 1, 0));
canvas.Children.Add(image3);
// 1/3 right/bottom
var image4 = new ImageElement { Source = new UIImage(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch };
image4.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image4.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(1, 1, 0));
image4.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(1, 1, 0));
canvas.Children.Add(image4);
// 1/3 left/top middle centered
var image5 = new ImageElement { Source = new UIImage(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch };
image5.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image5.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(1/3f, 1/3f, 0));
image5.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0.5f, 0.5f, 0));
canvas.Children.Add(image5);
// 1/3 right/top right aligned
var image6 = new ImageElement { Source = new UIImage(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch };
image6.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image6.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(2 / 3f, 1 / 3f, 0));
image6.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0, 0.5f, 0));
canvas.Children.Add(image6);
// 1/3 left/bottom bottom aligned
var image7 = new ImageElement { Source = new UIImage(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch };
image7.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image7.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(1/3f, 2/3f, 0));
image7.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0.5f, 0, 0));
canvas.Children.Add(image7);
// 1/3 right/bottom top aligned
var image8 = new ImageElement { Source = new UIImage(Asset.Load<Texture>("uv")), StretchType = StretchType.FillOnStretch };
image8.DependencyProperties.Set(Canvas.RelativeSizePropertyKey, relativeSize * Vector3.One);
image8.DependencyProperties.Set(Canvas.RelativePositionPropertyKey, new Vector3(2/3f, 2/3f, 0));
image8.DependencyProperties.Set(Canvas.PinOriginPropertyKey, new Vector3(0.5f, 1, 0));
canvas.Children.Add(image8);
var grid = new UniformGrid { Rows = 3, Columns = 3 };
for (int c = 0; c < 3; c++)
for (int r = 0; r < 3; r++)
CreateAndInsertButton(grid, c, r);
var baseGrid = new UniformGrid();
baseGrid.Children.Add(grid);
baseGrid.Children.Add(canvas);
UIComponent.RootElement = baseGrid;
}
public static IObservable <EventPattern <RequestBringIntoViewEventArgs> > RequestBringIntoViewObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <RequestBringIntoViewEventHandler, RequestBringIntoViewEventArgs>(h => This.RequestBringIntoView += h, h => This.RequestBringIntoView -= h));
}
public static IObservable <EventPattern <DependencyPropertyChangedEventArgs> > DataContextChangedObserver(this UniformGrid This)
{
return(Observable.FromEventPattern <DependencyPropertyChangedEventHandler, DependencyPropertyChangedEventArgs>(h => This.DataContextChanged += h, h => This.DataContextChanged -= h));
}
public void Test_UniformGrid_SetupColumnDefinitions_AllAutomatic()
{
var treeroot = XamlReader.Load(@"<Page
xmlns=""http://schemas.microsoft.com/winfx/2006/xaml/presentation""
xmlns:x=""http://schemas.microsoft.com/winfx/2006/xaml""
xmlns:controls=""using:Microsoft.Toolkit.Uwp.UI.Controls"">
<controls:UniformGrid x:Name=""UniformGrid"">
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
<Border/>
</controls:UniformGrid>
</Page>") as FrameworkElement;
Assert.IsNotNull(treeroot, "Could not load XAML tree.");
var grid = treeroot.FindChild("UniformGrid") as UniformGrid;
Assert.IsNotNull(grid, "Could not find UniformGrid in tree.");
// Normal Grid's don't have any definitions to start
Assert.AreEqual(0, grid.ColumnDefinitions.Count);
// We'll have three columns in this setup
grid.SetupColumnDefinitions(3);
// We should now have our columns created
Assert.AreEqual(3, grid.ColumnDefinitions.Count);
for (int i = 0; i < grid.ColumnDefinitions.Count; i++)
{
var cd = grid.ColumnDefinitions[i];
// Check if we've setup our row to automatically layout
Assert.AreEqual(true, UniformGrid.GetAutoLayout(cd));
// We need to be using '*' layout for all our rows to be even.
Assert.AreEqual(GridUnitType.Star, cd.Width.GridUnitType);
Assert.AreEqual(1.0, cd.Width.Value);
}
//// DO IT AGAIN
//// This is so we can check that it will behave the same again on another pass.
// We'll have three columns in this setup
grid.SetupColumnDefinitions(3);
// We should now have our columns created
Assert.AreEqual(3, grid.ColumnDefinitions.Count);
for (int i = 0; i < grid.ColumnDefinitions.Count; i++)
{
var cd = grid.ColumnDefinitions[i];
// Check if we've setup our row to automatically layout
Assert.AreEqual(true, UniformGrid.GetAutoLayout(cd));
// We need to be using '*' layout for all our rows to be even.
Assert.AreEqual(GridUnitType.Star, cd.Width.GridUnitType);
Assert.AreEqual(1.0, cd.Width.Value);
}
}
