static IControl Create(IProperty <bool> enabled, Points circleRadius, Points additionalWidth)
{
double outlineThickness = 1;
Points backgroundPadding = 1;
var enabledValue = enabled.Select(isEnabled => isEnabled ? 1.0 : 0.0).LowPass(0.3);
var circleSize = Size.Create(circleRadius);
var cornerRadius = Observable.Return(new CornerRadius(circleRadius / 2.5));
var circle = Shapes.Circle(
Stroke.Create(1.0, Theme.SwitchThumbStroke),
Theme.SwitchThumbFill)
.WithSize(circleSize);
var foreground = circle.WithPadding(
enabledValue.Select(v => Thickness.Create <Points>(v * additionalWidth, 0, (1 - v) * additionalWidth, 0)));
var backgroundStroke = Stroke.Create(
Observable.Return(outlineThickness),
Theme.SwitchInactiveStroke.Mix(Theme.SwitchActiveStroke, enabledValue),
Observable.Return(StrokeDashArray.Solid));
var backgroundBrush = Theme.SwitchInactiveBackground.Mix(Theme.SwitchActiveBackground, enabledValue);
var background = Shapes.Rectangle(
backgroundStroke,
backgroundBrush,
cornerRadius);
var content = foreground
.WithBackground((background.WithPadding(new Thickness <Points>(backgroundPadding))));
return(Button.Create(
clicked: enabled.Toggle(),
content: buttonStates => content));
}
public MainWindow()
{
this.InitializeComponent();
this.Loaded += (sender, args) =>
{
Animate animate = new Animate((sys, extents) =>
{
Behavior <double> time = sys.Time;
double t0 = time.Sample();
double ballRadius = 15;
double leftWall = -extents.X + ballRadius;
double rightWall = extents.X - ballRadius;
double floor = -extents.Y + ballRadius;
double roof = extents.Y - ballRadius;
Signal gravity = new Signal(t0, 0, 0, -1200);
StreamLoop <Signal> sBounceX = new StreamLoop <Signal>();
StreamLoop <Signal> sBounceY = new StreamLoop <Signal>();
Cell <Signal> velx = sBounceX.Hold(new Signal(t0, 0, 0, 350));
Cell <Signal> vely = sBounceY.Hold(gravity.Integrate(0));
Cell <Signal> posx = Signal.Integrate(velx, leftWall);
Cell <Signal> posy = Signal.Integrate(vely, roof);
sBounceX.Loop(BounceAt(sys, velx, posx, leftWall).OrElse(BounceAt(sys, velx, posx, rightWall)));
sBounceY.Loop(BounceAt(sys, vely, posy, floor));
return(Shapes.Translate(Shapes.Scale(Shapes.Circle(Colors.Red), Behavior.Constant(ballRadius)), time.Lift(posx.AsBehavior(), posy.AsBehavior(), (t, x, y) => new Point(x.ValueAt(t), y.ValueAt(t)))));
}, this.Placeholder.RenderSize);
this.Placeholder.Children.Add(animate);
animate.Start();
};
}
public MainWindow()
{
this.InitializeComponent();
this.Loaded += (sender, args) =>
{
Animate animate = new Animate((sys, extents) =>
{
Behavior <double> time = sys.Time;
double maxSize = 105;
Behavior <double> offset = time.Map(t =>
{
double frac = t - Math.Floor(t);
return((frac < 0.5 ? frac - 0.25 : 0.75 - frac) * 4.0 * maxSize);
});
Behavior <double> fifty = Behavior.Constant(50.0);
Behavior <DrawableDelegate> greenBall = Shapes.Translate(
Shapes.Scale(Shapes.Circle(Colors.Green), fifty),
offset.Map(x => new Point(x, 0.0)));
Behavior <DrawableDelegate> blueBall = Shapes.Translate(
Shapes.Scale(Shapes.Circle(Colors.Blue), fifty),
offset.Map(y => new Point(0.0, y)));
return(Shapes.Over(greenBall, blueBall));
}, this.Placeholder.RenderSize);
this.Placeholder.Children.Add(animate);
animate.Start();
};
}
public void Circle_CheckCalculationArea()
{
double radius = 5;
double expected = Math.PI * Math.Pow(radius, 2);
ICircle circle = Shapes.Circle(radius);
Assert.AreEqual(expected, circle.Area, "Площадь круга вычисляется некорректно");
}
static IControl Pane(string name, IEditorFactory editorFactory, Func <IEditorFactory, IControl> content, bool lazy, IProperty <bool> expanded)
{
var attributes = new AttributeIntercepter(editorFactory);
var labelColor = lazy
? Theme.DefaultText
: attributes.AllReadOnly
.Select(r => r ? Theme.DisabledText : Theme.DefaultText)
.Switch();
var height = new Points(31);
var label = Label.Create(name, font: Theme.DefaultFontBold, color: labelColor)
.CenterVertically();
var expandedArrow = Arrow.WithoutShaft(RectangleEdge.Bottom, SymbolSize.Small);
var collapsedArrow = Arrow.WithoutShaft(RectangleEdge.Right, SymbolSize.Small);
var arrow = expanded
.Select(expanded1 => expanded1 ? expandedArrow : collapsedArrow)
.Switch()
.Center()
.WithSize(Size.Create <Points>(13, 13))
.OnMouse(pressed: expanded.Toggle())
.CenterVertically();
var circle = Shapes.Circle(fill: Theme.Active)
.WithSize(Spacer.Small.DesiredSize)
.CenterVertically()
.ShowWhen(attributes.AnyHasValue);
return(Layout.StackFromTop(
Button.Create(
clicked: expanded.Toggle(),
content: s =>
Layout.Dock()
.Left(label)
.Left(Spacer.Small)
.Left(
circle
.WithHeight(height)
.MakeCollapsable(RectangleEdge.Top, expanded.IsFalse(), lazy: false)
.DockBottom())
.Right(arrow)
.Fill()
.WithHeight(height)
.WithInspectorPadding()),
Separator.Medium,
Layout.StackFromTop(
content(attributes),
Separator.Medium)
.MakeCollapsable(RectangleEdge.Bottom, expanded, lazy: lazy, unrootWhenCollapsed: lazy)));
}
public void Circle_CheckRadius_ShouldThrowArgumentException()
{
double radius = -5;
try
{
Assert.ThrowsException <ArgumentOutOfRangeException>(() => Shapes.Circle(radius));
}
catch (AssertFailedException e)
{
Assert.Fail($"Не получили ArgumentOutOfRangeException при вызове Shapes.Circle({radius}).", e);
}
}
internal static IControl Create(
IProperty <string> property,
IObservable <AbsoluteDirectoryPath> projectRoot,
FileFilter[] fileFilters,
Text dialogCaption)
{
var browseCommand = Command.Enabled(() => Task.Run(
async() =>
{
var root = await projectRoot.FirstAsync();
var fn = await FileDialog.OpenFile(new FileDialogOptions(await dialogCaption.FirstAsync() ?? "Open", root, fileFilters));
fn.Do(
fdr =>
{
// Have tested that RelativeTo works on Windows for paths on different
// drives; in that case it just gives us back the absolute path
var relPath = fdr.Path.RelativeTo(root).NativeRelativePath;
// Replace backslash on Windows to make the path valid across platforms
if (Path.DirectorySeparatorChar == '\\')
{
relPath = relPath.Replace('\\', '/');
}
property.Write(relPath, true);
});
}));
var arrowBrush = property.IsReadOnly.Select(ro => ro ? Theme.FieldStroke.Brush : Theme.Active).Switch();
var browseButtonCircles =
Layout.StackFromLeft(
Enumerable.Range(0, 3).Select(
i => Shapes.Circle(fill: arrowBrush)
.WithSize(new Size <Points>(2, 2))
.WithPadding(new Thickness <Points>(1))))
.WithPadding(new Thickness <Points>(3));
return(browseButtonCircles
.Center()
.WithWidth(21)
.WithBackground(Theme.PanelBackground)
.OnMouse(pressed: browseCommand));
}
//takes in patterInfo and calls all relevant shape calls
public static Vector3[] CreatePattern(PatternCreator.PatternInfo p)
{
switch (p.shape)
{
case SpawnShape.CIRCLE:
return(Shapes.Circle(p.radius, p.angleOffset, p.circlePoints));
case SpawnShape.STAR:
return(Shapes.Star(p.radius, p.radiusSecond, p.fillerAmount));
case SpawnShape.X:
return(Shapes.Cross(p.radius, p.angleOffset, p.fillerAmount));
case SpawnShape.CheckMark:
return(Shapes.CheckMark(p.radius, p.radiusSecond, p.angleOffset, p.fillerAmount));
default:
return(Shapes.Simple(p.shape, p.radius, p.angleOffset, p.fillerAmount));
}
}
public static IControl Create(IObservable <Optional <Point <IObservable <Points> > > > hoverIndicator)
{
var color = Color.FromBytes(94, 184, 205);
var indicator = Layout.Dock()
.Left(Shapes.Circle(Stroke.Create(2, color))
.WithHeight(6).WithWidth(6))
.Fill(Shapes.Rectangle(fill: color)
.WithHeight(2).CenterVertically());
return(indicator
.WithPadding(
left: hoverIndicator.NotNone().Select(v => v.X.Sub(indicator.DesiredSize.Width).Sub(2)).Switch(),
top: hoverIndicator.NotNone().Select(v => v.Y).Switch().Sub(indicator.DesiredSize.Height.Div(2)))
.DockTop()
.ShowWhen(hoverIndicator
.Select(i => i.HasValue)
.DistinctUntilChanged()
.Throttle(TimeSpan.FromSeconds(1.0 / 100.0))
.ObserveOn(Application.MainThread)));
}
public MainWindow()
{
this.InitializeComponent();
this.Loaded += (sender, args) =>
{
Animate animate = new Animate((sys, extents) =>
{
Cell <double> time = sys.Time;
double maxSize = 200.0;
return(Shapes.Scale(
Shapes.Circle(Colors.Green),
time.Map(t =>
{
double frac = t - Math.Floor(t);
return (frac < 0.5 ? frac : 1.0 - frac) * maxSize;
})));
}, this.Placeholder.RenderSize);
this.Placeholder.Children.Add(animate);
animate.Start();
};
}
static IControl CreateHeaderTitle(string title, IObservable <bool> isActive, IObservable <bool> unread, Action pressed)
{
isActive = isActive.StartWith(false);
return
(Button.Create(Command.Enabled(pressed),
content: states =>
Layout.StackFromLeft(
Label.Create(
title,
font: Font.SystemDefault(Observable.Return(13.0), isActive),
color: isActive.Select(active => active ? Theme.DefaultText : Theme.DisabledText).Switch()),
unread.StartWith(false).Select(b => b == false
? Control.Empty
: Shapes.Circle(fill: Theme.NotificationBrush)
.WithSize(new Size <Points>(10, 10))
.WithPadding(new Thickness <Points>(10, 0, 0, 0))
.Center())
.Switch()
)
.WithPadding(new Thickness <Points>(30, 0))
.CenterVertically()));
}
public static IControl CreateButton <T>(IObservable <object> elementChanged, IAttribute <T> property, IPopover popover)
{
return(popover.CreatePopover(
RectangleEdge.Bottom,
content: state =>
Button.Create(clicked: state.IsVisible.Toggle(), content: button =>
{
var circleColor = Observable.CombineLatest(
button.IsHovered,
state.IsVisible,
(hovering, visible) =>
visible
? Theme.Active
: (hovering ? Theme.Active : Theme.FieldFocusStroke.Brush))
.Switch();
return Layout.StackFromTop(
Enumerable.Range(0, 3).Select(
i => Shapes.Circle(fill: circleColor)
.WithSize(new Size <Points>(2, 2))
.WithPadding(new Thickness <Points>(1))))
.WithPadding(new Thickness <Points>(3));
}),
popover: state =>
{
var result = Layout.Dock()
.Bottom(Button.Create(state.IsVisible.Update(false), bs =>
Layout.Dock()
.Left(Icons.Confirm(Theme.Active).CenterVertically())
.Left(Spacer.Small)
.Fill(Theme.Header("Done"))
.Center()
.WithHeight(30)))
.Bottom(Separator.Medium)
.Top(Spacer.Medium)
.Top(Label.Create(
text: "Expression Editor",
textAlignment: TextAlignment.Center,
font: Theme.DefaultFont,
color: Theme.DefaultText))
.Top(Spacer.Small)
.Top(Label.Create(
text: "You can write expressions here instead \n of using an explicit value",
textAlignment: TextAlignment.Center,
font: Theme.DescriptorFont,
color: Theme.DescriptorText))
.Top(Spacer.Medium)
.Left(Spacer.Medium)
.Right(Spacer.Medium)
.Bottom(Spacer.Medium)
.Fill(
TextBox.Create(
text: property.StringValue.Deferred(),
foregroundColor: Theme.DefaultText,
doWrap: true)
.WithPadding(new Thickness <Points>(1))
.WithBackground(Theme.FieldBackground)
.WithOverlay(Shapes.Rectangle(stroke: Theme.FieldStroke))
.WithHeight(74))
.WithWidth(279);
elementChanged.ConnectWhile(result.IsRooted).Subscribe(id => state.IsVisible.OnNext(false));
return result;
})
.CenterVertically());
}
public static IEnumerable <GalleryItem> RegressionList() =>
new[]
{
new GalleryItem("Circle", "literally just a circle. Most simple diagram conceivable.", () => Shapes.Circle(0.5M, Coordinate.Origin())),
new GalleryItem("Circle", "Testing a ranging of styling", () => Shapes.Circle(0.5M, Coordinate.Origin()).WithFill(Color.Red))
};
//spawn units one on each frame...
IEnumerator SpawnUnits(int levelIndex, SO_LevelPattern levelPatterns)
{
//int length = levelPatterns.patterns[levelPatterns.patternIndex[levelIndex]].points.Length;
//calculate points from PatternInfo
PatternCreator.PatternInfo p = levelPatterns.container.GetValues()[levelPatterns.patternIndex[levelIndex]];
//calculate points for each pattern info
Vector3[] points = new Vector3[0];
Vector3[] normals = new Vector3[0];
Vector3 direction = map.position - map.TransformDirection(p.relativePosition);
List <Vector3> list;
//call correct shape function
switch (p.shape)
{
case SpawnShape.CIRCLE:
list = new List <Vector3>(Shapes.Circle(p.radius, p.angleOffset, p.fillerAmount));
break;
case SpawnShape.STAR:
list = new List <Vector3>(Shapes.Star(p.radius, p.radius / 2f, p.fillerAmount));
break;
default:
list = new List <Vector3>(Shapes.Simple(p.shape, p.radius, p.angleOffset, p.fillerAmount));
break;
}
//List<Vector3> list = new List<Vector3>(PatternCreator.Shapes.GetShape(p.shape, p.fillerAmount, p.radius, p.angleOffset));
//setup rotation
Vector3 spawnAxis = Quaternion.AngleAxis(p.angleOffset, direction) * p.rotation;
Quaternion rot = Quaternion.LookRotation(direction, spawnAxis);
//apply rotation to points
for (int i = 0; i < list.Count; i++)
{
list[i] = rot * list[i];
}
int lengthWithPercent = Mathf.RoundToInt(list.Count * (p.viewPercentage * 0.01f));
//to properly place points from surface after raycast
float distanceFromSurface = GameController.Instance.GetDistanceFromSurface();
//store proper amount of points based on percentage
if (lengthWithPercent > 0)
{
int remove = list.Count - lengthWithPercent;
list.RemoveRange(lengthWithPercent - 1, remove);
points = list.ToArray();
normals = new Vector3[points.Length];
//raycast onto map for exact points
RaycastHit hit;
Vector3 position = map.TransformDirection(p.relativePosition);
float distanceToMap = direction.magnitude;
for (int k = 0; k < points.Length; k++)
{
points[k] += position;
//calculate raycast direction, depends on which bool is selected
//Vector3 dir = towardsCenter ? (map.position - shapePoints[i]).normalized : -transform.up;
//Debug.DrawLine(points[k], points[k] + -transform.transform.up, Color.yellow);
if (Physics.Raycast(points[k], direction, out hit, distanceToMap))
{
points[k] = hit.point + hit.normal * distanceFromSurface;
//needed for rotation
normals[k] = hit.normal;
}
}
}
//spawn objects
for (int i = 0; i < points.Length; i++)
{
AEnemy o = pools[levelPatterns.enemyTypeIndex[levelIndex]].Retrieve();
if (o != null)
{
//get position
//o.transform.position = levelPatterns.patterns[levelPatterns.patternIndex[levelIndex]].points[i];
o.transform.position = points[i];
//point transform down towards map
o.transform.rotation = Quaternion.FromToRotation(o.transform.up, normals[i]) * o.transform.rotation;
}
yield return(null);
}
}
static IControl Circle(Brush fillBrush)
{
return(PanelBorder(
Brush.Transparent,
Shapes.Circle(fill: fillBrush).WithWidth(11).WithHeight(11).Center()));
}
