internal static void LCast(this Spell spell, AIBaseClient target, HitChance SelectedHitchance, float alpha = 0f, float colmini = float.MaxValue, bool HeroOnly = false, float BombRadius = 0f) //for Linar spells 사용예시 AIO_Func.LCast(Q,Qtarget,50,0)
{ // AIO_Func.LCast(E,Etarget,Menu.Item("Misc.Etg").GetValue<Slider>().Value,float.MaxValue); <- 이런식으로 사용.
if (spell.Type == SkillshotType.Line)
{
if (spell != null && target != null)
{
var pred = SpellPrediction.GetPrediction(target, spell.Delay, spell.Width / 2, spell.Speed); //spell.Width/2
var collision = spell.GetCollision(Player.PreviousPosition.ToVector2(), new List <Vector2> {
pred.CastPosition.ToVector2()
});
//var minioncol = collision.Where(x => !(x is Obj_AI_Hero)).Count(x => x.IsMinion);
var minioncol = collision.Count(x => (HeroOnly == false ? x.IsMinion : (x is AIHeroClient)));
SharpDX.Vector2 EditedVec = pred.UnitPosition.ToVector2() -
SharpDX.Vector2.Normalize(pred.UnitPosition.ToVector2() - target.PreviousPosition.ToVector2()) * (spell.Width * 2 / 5);
SharpDX.Vector2 EditedVec2 = (pred.UnitPosition.ToVector2() + target.PreviousPosition.ToVector2()) / 2;
var collision2 = spell.GetCollision(Player.PreviousPosition.ToVector2(), new List <Vector2> {
EditedVec
});
var minioncol2 = collision2.Count(x => (HeroOnly == false ? x.IsMinion : (x is AIHeroClient)));
var collision3 = spell.GetCollision(Player.PreviousPosition.ToVector2(), new List <Vector2> {
EditedVec2
});
var minioncol3 = collision3.Count(x => (HeroOnly == false ? x.IsMinion : (x is AIHeroClient)));
if (pred.Hitchance >= SelectedHitchance)
{
if (target.IsValidTarget(spell.Range - target.MoveSpeed * (spell.Delay + Player.Distance(target.PreviousPosition) / spell.Speed) + alpha) && minioncol2 <= colmini && pred.UnitPosition.Distance(target.PreviousPosition) > spell.Width)
{
spell.Cast(EditedVec);
}
else if (target.IsValidTarget(spell.Range - target.MoveSpeed * (spell.Delay + Player.Distance(target.PreviousPosition) / spell.Speed) + alpha) && minioncol3 <= colmini && pred.UnitPosition.Distance(target.PreviousPosition) > spell.Width / 2)
{
spell.Cast(EditedVec2);
}
else if (target.IsValidTarget(spell.Range - target.MoveSpeed * (spell.Delay + Player.Distance(target.PreviousPosition) / spell.Speed) + alpha) && minioncol <= colmini)
{
spell.Cast(pred.CastPosition);
}
else if (false == spell.Collision && colmini < 1 && minioncol >= 1)
{
var FirstMinion = collision.OrderBy(o => o.Distance(Player.PreviousPosition)).FirstOrDefault();
if (FirstMinion.PreviousPosition.Distance(pred.UnitPosition) <= BombRadius / 4)
{
spell.Cast(pred.CastPosition);
}
}
}
}
}
}
protected override void ArrangeOverride()
{
PointF oldPosition = ActualPosition;
double oldWidth = ActualWidth;
double oldHeight = ActualHeight;
base.ArrangeOverride();
if (ActualWidth != 0 && ActualHeight != 0 &&
(ActualWidth != oldWidth || ActualHeight != oldHeight || oldPosition != ActualPosition))
{
_performLayout = true;
}
ArrangeTemplateControl();
}
public override void Update(double secondsElapsed, InputUtilities keyUtils, SharpDX.Vector2 cursorPoint, bool checkMouse = false)
{
base.Update(secondsElapsed, keyUtils, cursorPoint, checkMouse);
if (this.Visible)
{
this.ContentLayout.ApplyLayout(this);
float width = 0, height = 0;
Control <SharpDXRenderer, Color, Vector2, TextFormat> lastControl = null;
for (int i = 0; i < this.ChildControls.Count; i++)
{
var control = this.ChildControls[i];
if (!control.Visible)
{
continue;
}
lastControl = control;
if (this.DynamicWidth)
{
if (control.Width + control.MarginLeft + control.MarginRight > width)
{
width = control.Width + control.MarginLeft + control.MarginRight;
}
}
}
if (this.DynamicHeight)
{
if (ChildControls.Count(x => x.Visible) > 0)
{
height = ChildControls.Where(x => x.Visible).Max(x => x.Y + x.Height);
}
}
//if (lastControl != null)
// height = lastControl.Y + lastControl.Height + lastControl.MarginBottom;
if (this.DynamicWidth)
{
this.Width = width + this.MarginLeft + this.MarginRight;
}
if (this.DynamicHeight)
{
this.Height = height + this.MarginBottom;
}
}
else
{
this.Height = 0;
}
}
protected override void ArrangeOverride()
{
base.ArrangeOverride();
FrameworkElement content = Content;
if (content != null)
{
PointF position = new PointF(_innerRect.X, _innerRect.Y);
SizeF availableSize = CalculateInnerDesiredSize(_innerRect.Size);
ArrangeChild(content, content.HorizontalAlignment, content.VerticalAlignment, ref position, ref availableSize);
RectangleF childRect = SharpDXExtensions.CreateRectangleF(position, availableSize);
content.Arrange(childRect);
}
}
/// <summary>
/// Function to convert a 2D vector value from texel coordinates to pixel space.
/// </summary>
/// <param name="texelVector">The texel size to convert.</param>
/// <param name="mipLevel">[Optional] The mip level to use.</param>
/// <returns>A 2D vector containing the pixel space coordinates.</returns>
/// <remarks>
/// <para>
/// If specified, the <paramref name="mipLevel"/> only applies to the <see cref="MipSlice"/> and <see cref="MipCount"/> for this view, it will be constrained if it falls outside of that range.
/// Because of this, the coordinates returned may not be the exact size of the texture bound to the view at mip level 0. If the <paramref name="mipLevel"/> is omitted, then the first mip level
/// for the underlying <see cref="Texture"/> is used.
/// </para>
/// </remarks>
public DX.Vector2 ToPixel(DX.Vector2 texelVector, int?mipLevel = null)
{
float width = Texture.Width;
float height = Texture.Height;
if (mipLevel == null)
{
return(new DX.Vector2(texelVector.X * width, texelVector.Y * height));
}
width = GetMipWidth(mipLevel.Value);
height = GetMipHeight(mipLevel.Value);
return(new DX.Vector2(texelVector.X * width, texelVector.Y * height));
}
/// <summary>Initializes a new instance of the <see cref="T:Gorgon.Editor.SpriteEditor.SpriteContentRenderer"/> class.</summary>
/// <param name="sprite">The sprite view model.</param>
/// <param name="graphics">The graphics interface for the application.</param>
/// <param name="swapChain">The swap chain for the render area.</param>
/// <param name="renderer">The 2D renderer for the application.</param>
/// <param name="anchorEditor">The editor for the anchor position.</param>
/// <param name="initialZoom">The initial zoom scale value.</param>
public SpriteAnchorRenderer(ISpriteContent sprite, GorgonGraphics graphics, GorgonSwapChain swapChain, Gorgon2D renderer, IAnchorEditService anchorEditor, float initialZoom)
: base(sprite, graphics, swapChain, renderer, initialZoom)
{
_anchorEdit = anchorEditor;
_anchorEdit.PointToClient = r => ToClient(r);
_anchorEdit.PointFromClient = p =>
{
DX.Vector2 pos = FromClient(p);
return(new DX.Vector2((int)pos.X, (int)pos.Y));
};
_anchorEdit.AnchorChanged += AnchorEdit_AnchorChanged;
_anchorEdit.BoundsChanged += AnchorEdit_BoundsChanged;
}
public static Vector2 RotatePoint(Vector2 pointToRotate, Vector2 centerPoint, float angleInDegrees)
{
var angleInRadians = angleInDegrees * (Math.PI / 180);
var cosTheta = Math.Cos(angleInRadians);
var sinTheta = Math.Sin(angleInRadians);
//var tanTheta = Math.Tan(angleInRadians);
var newX = (cosTheta * (pointToRotate.X - centerPoint.X) - sinTheta * (pointToRotate.Y - centerPoint.Y) + centerPoint.X);
var newY = (sinTheta * (pointToRotate.X - centerPoint.X) + cosTheta * (pointToRotate.Y - centerPoint.Y) + centerPoint.Y);
//var newZ = (tanTheta * (pointToRotate.Z - centerPoint.Z) + cosTheta * (pointToRotate.Y - centerPoint.Y) + centerPoint.Z);
Vector2 newPos = new Vector2((float)newX, (float)newY);
return(newPos);
}
private void RenderText(float textX, float textY, string text, Brush brush)
{
if (ChartControl == null)
{
return;
}
using (SharpDX.DirectWrite.TextFormat textFormat = ChartControl.Properties.LabelFont.ToDirectWriteTextFormat())
{
using (SharpDX.DirectWrite.TextLayout textLayout = new SharpDX.DirectWrite.TextLayout(Core.Globals.DirectWriteFactory, text, textFormat, ChartPanel.W, 8f))
{
SharpDX.Vector2 origin = new SharpDX.Vector2(textX, textY - (float)(textLayout.Metrics.Height) / 2); // bump above copyright
RenderTarget.DrawTextLayout(origin, textLayout, brush.ToDxBrush(RenderTarget));
}
}
}
/// <summary>
/// Initializes a new instance of the <see cref="Plane" /> class.
/// </summary>
/// <param name="graphics">The graphics interface used to create the buffers for this object.</param>
/// <param name="inputLayout">The input layout for the vertices in this mesh.</param>
/// <param name="size">The width and height of the plane.</param>
/// <param name="textureCoordinates">Texture coordinates.</param>
public Plane(GorgonGraphics graphics, GorgonInputLayout inputLayout, DX.Vector2 size, DX.RectangleF textureCoordinates)
: base(inputLayout)
{
Size = size;
// Create our vertices.
Vertices = new[]
{
new BoingerVertex(new DX.Vector3(-size.X, size.Y, 0.0f), textureCoordinates.Location),
new BoingerVertex(new DX.Vector3(size.X, size.Y, 0.0f), new DX.Vector2(textureCoordinates.Right, textureCoordinates.Top)),
new BoingerVertex(new DX.Vector3(-size.X, -size.Y, 0.0f), new DX.Vector2(textureCoordinates.Left, textureCoordinates.Bottom)),
new BoingerVertex(new DX.Vector3(size.X, -size.Y, 0.0f), new DX.Vector2(textureCoordinates.Right, textureCoordinates.Bottom))
};
// Create our indices.
Indices = new ushort[]
{
0,
1,
2,
2,
1,
3
};
// Copy the above vertex/index data into a vertex and index buffer so we can render our plane.
using (var vertexPtr = GorgonNativeBuffer <BoingerVertex> .Pin(Vertices))
using (var indexPtr = GorgonNativeBuffer <ushort> .Pin(Indices))
{
VertexBufferBindings[0] = GorgonVertexBufferBinding.CreateVertexBuffer(graphics,
new GorgonVertexBufferInfo("Plane Vertex Buffer")
{
SizeInBytes =
Vertices.Length * BoingerVertex.Size,
Usage = ResourceUsage.Immutable
},
vertexPtr);
IndexBuffer = new GorgonIndexBuffer(graphics,
new GorgonIndexBufferInfo("Plane Index Buffer")
{
Usage = ResourceUsage.Immutable,
IndexCount = Indices.Length,
Use16BitIndices = true
},
indexPtr);
}
}
/// <summary>Function called to render the sprite data.</summary>
/// <returns>The presentation interval to use when rendering.</returns>
protected override int OnRender()
{
var spriteRegion = SpriteContent.Texture.ToPixel(SpriteContent.TextureCoordinates).ToRectangleF();
var imageRegion = new DX.RectangleF(0, 0, SpriteContent.Texture.Width, SpriteContent.Texture.Height);
RenderSpriteTextureWithoutSprite(imageRegion, spriteRegion);
SwapChain.RenderTargetView.Clear(BackgroundColor);
Renderer.Begin();
if (IsAnimating)
{
// Draw the pattern layer.
Renderer.DrawFilledRectangle(new DX.RectangleF(0, 0, SwapChain.Width, SwapChain.Height),
new GorgonColor(GorgonColor.White, (0.5f - TextureAlpha.Min(0.5f).Max(0)) * 2),
BackgroundPattern,
new DX.RectangleF(0, 0, SwapChain.Width / BackgroundPattern.Width, SwapChain.Height / BackgroundPattern.Height));
RenderRect(imageRegion, new GorgonColor(GorgonColor.White, TextureAlpha * 2), BackgroundPattern, new DX.RectangleF(0, 0, (imageRegion.Width * ZoomScaleValue) / BackgroundPattern.Width, (imageRegion.Height * ZoomScaleValue) / BackgroundPattern.Height));
RenderRect(spriteRegion, GorgonColor.White, BackgroundPattern, new DX.RectangleF(0, 0, (spriteRegion.Width * ZoomScaleValue) / BackgroundPattern.Width, (spriteRegion.Height * ZoomScaleValue) / BackgroundPattern.Height));
}
else
{
// Draw the pattern layer.
RenderRect(imageRegion, GorgonColor.White, BackgroundPattern, new DX.RectangleF(0, 0, (imageRegion.Width * ZoomScaleValue) / BackgroundPattern.Width, (imageRegion.Height * ZoomScaleValue) / BackgroundPattern.Height));
}
// Draw the image buffer layer.
Renderer.DrawFilledRectangle(new DX.RectangleF(0, 0, SwapChain.Width, SwapChain.Height), new GorgonColor(GorgonColor.White, TextureAlpha), ImageBufferTexture, new DX.RectangleF(0, 0, 1, 1));
// Draw the sprite layer.
Renderer.DrawSprite(_workingSprite);
// Draw an indicator for the anchor.
DX.Vector2 anchorPos = ToClient(new DX.Vector2(SpriteContent.Anchor.X * spriteRegion.Width + spriteRegion.Left,
SpriteContent.Anchor.Y * spriteRegion.Height + spriteRegion.Top)).Truncate();
Renderer.DrawEllipse(new DX.RectangleF(anchorPos.X - 4, anchorPos.Y - 4, 8, 8), GorgonColor.Black);
Renderer.DrawEllipse(new DX.RectangleF(anchorPos.X - 3, anchorPos.Y - 3, 6, 6), GorgonColor.White);
// We convert to integer first so we can clip the decimal places.
_marchAnts.Draw(Renderer.MeasureSprite(_workingSprite).Truncate());
Renderer.End();
return(1);
}
public static async Task <bool> MoveToPosWithNavMeshAsync(SharpDX.Vector3 vecDest, int NearDistance = 50)
{
if (Nav.D3.Navmesh.Current == null)
{
Nav.D3.Navmesh.Create(Enigma.D3.Engine.Current, new Nav.ExploreEngine.Nearest());
}
var localAcd = ActorCommonDataHelper.GetLocalAcd();
var distance = vecDest.Distance(); // (Math.Pow(localAcd.x0D0_WorldPosX - vecDest.X, 2) + Math.Pow(localAcd.x0D4_WorldPosY - vecDest.Y, 2));
var minDistanceReached = distance;
var dtDistanceReached = DateTime.Now;
DateTime dtTimeout = DateTime.Now;
while (distance > NearDistance)
{
if (DateTime.Now > dtTimeout.AddSeconds(30) || DateTime.Now > dtDistanceReached.AddSeconds(10))
{
return(false);
}
SharpDX.Vector2 curVector = localAcd.ToSharpDXVector2(); // new SharpDX.Vector2(localAcd.x0D0_WorldPosX, localAcd.x0D4_WorldPosY);
SharpDX.Vector2 destVector = new SharpDX.Vector2(vecDest.X, vecDest.Y);
// Update current player position.
Nav.D3.Navmesh.Current.Navigator.CurrentPos = localAcd.ToNavVec3(); // new Nav.Vec3(localAcd.x0D0_WorldPosX, localAcd.x0D4_WorldPosY, localAcd.x0D8_WorldPosZ);
// Update destination. You can keep setting the same value there is internal check if destination has actually changed.
// This destination overrides any internal destinations (including exploration). When You just want to explore You do
// not need to set any destination. It will be set automatically.
Nav.D3.Navmesh.Current.Navigator.Destination = new Nav.Vec3(vecDest.X, vecDest.Y, vecDest.Z);
// Get current destination.
Nav.Vec3 goToPosition = Nav.D3.Navmesh.Current.Navigator.GoToPosition;
while (goToPosition.IsEmpty)
{
await Task.Delay(10);
}
SharpDX.Vector3 goToPositionVector = new SharpDX.Vector3(goToPosition.X, goToPosition.Y, goToPosition.Z);
await MoveToPosAsync(goToPositionVector);
}
return(true);
}
protected virtual void ArrangeTemplateControl()
{
FrameworkElement templateControl = _templateControl;
if (templateControl == null)
{
return;
}
PointF position = new PointF(_innerRect.X, _innerRect.Y);
SizeF availableSize = new SizeF(_innerRect.Width, _innerRect.Height);
ArrangeChild(templateControl, HorizontalContentAlignment, VerticalContentAlignment,
ref position, ref availableSize);
RectangleF childRect = SharpDXExtensions.CreateRectangleF(position, availableSize);
templateControl.Arrange(childRect);
}
/// <summary>Function called to render the sprite data.</summary>
/// <returns>The presentation interval to use when rendering.</returns>
protected override int OnRender()
{
var clientSize = new DX.Size2F(SwapChain.Width, SwapChain.Height);
float newSize = clientSize.Width < clientSize.Height ? clientSize.Width : clientSize.Height;
var size = new DX.Size2F(newSize.Min(_noImage.Width), newSize.Min(_noImage.Width));
var halfClient = new DX.Size2F(clientSize.Width / 2.0f, clientSize.Height / 2.0f);
var pos = new DX.Vector2((int)(halfClient.Width - size.Width / 2.0f), (int)(halfClient.Height - size.Height / 2.0f));
Graphics.SetRenderTarget(SwapChain.RenderTargetView);
SwapChain.RenderTargetView.Clear(BackgroundColor);
Renderer.Begin();
Renderer.DrawFilledRectangle(new DX.RectangleF(pos.X, pos.Y, size.Width, size.Height), GorgonColor.White, _noImage, new DX.RectangleF(0, 0, 1, 1));
Renderer.End();
return(1);
}
/// <summary>
/// Handles the MouseUp event of the Window control.
/// </summary>
/// <param name="sender">The source of the event.</param>
/// <param name="e">The <see cref="MouseEventArgs"/> instance containing the event data.</param>
private static void Window_MouseUp(object sender, MouseEventArgs e)
{
if (e.Button != MouseButtons.Left)
{
return;
}
if (_dragButton != null)
{
var dragPosition = new DX.RectangleF(e.X - _dragOffset.X, e.Y - _dragOffset.Y, _dragButton.Bounds.Width, _dragButton.Bounds.Height);
int index = -1;
for (int i = 0; i < _buttons.Length; ++i)
{
Button overButton = _buttons[i];
if (!overButton.Bounds.Intersects(dragPosition))
{
continue;
}
index = i;
break;
}
_compositor.MovePass(_dragButton.Pass.Name, index != -1 ? index : _buttons.Length);
_dragButton.IsDragging = false;
_dragButton = null;
_dragOffset = DX.Vector2.Zero;
_dragStart = DX.Vector2.Zero;
LayoutGUI();
return;
}
for (int i = 0; i < _buttons.Length; ++i)
{
Button button = _buttons[i];
if (!button.Bounds.Contains(e.X, e.Y))
{
continue;
}
button.PerformClick();
}
}
/// <summary>
/// Handles the MouseMove event of the Window control.
/// </summary>
/// <param name="sender">The sender.</param>
/// <param name="e">The <see cref="MouseEventArgs" /> instance containing the event data.</param>
private static void Window_MouseMove(object sender, MouseEventArgs e)
{
bool targetAcquired = false;
for (int i = 0; i < _buttons.Length; ++i)
{
Button button = _buttons[i];
button.State = ButtonState.Normal;
if ((_dragButton == null) && (!button.Bounds.Contains(e.X, e.Y)))
{
continue;
}
if (_dragButton != null)
{
var dragPosition = new DX.RectangleF(e.X - _dragOffset.X, e.Y - _dragOffset.Y, _dragButton.Bounds.Width, _dragButton.Bounds.Height);
if ((!button.Bounds.Intersects(dragPosition)) || (targetAcquired))
{
continue;
}
targetAcquired = true;
}
button.State = ButtonState.Hovered;
if ((e.Button != MouseButtons.Left) || (_dragButton != null))
{
continue;
}
DX.Vector2 diff = new DX.Vector2(e.X, e.Y) - _dragStart;
if ((diff.X.Abs() < 5) && (diff.Y.Abs() < 5))
{
continue;
}
_dragOffset = new DX.Vector2(_dragStart.X - button.Bounds.Left, _dragStart.Y - button.Bounds.Top);
button.IsDragging = true;
_dragButton = button;
}
}
private float EdgeDf(SharpDX.Vector2 g, float a)
{
float df;
if ((g.X == 0) || (g.Y == 0))
{
// Either A) gu or gv are zero, or B) both
df = 0.5f - a; // Linear approximation is A) correct or B) a fair guess
}
else
{
float gradientLength = (float)Math.Sqrt(g.X * g.X + g.Y * g.Y);
if (gradientLength > 0.0)
{
g.X = g.X / gradientLength;
g.Y = g.Y / gradientLength;
}
g.X = Math.Abs(g.X);
g.Y = Math.Abs(g.Y);
if (g.X < g.Y)
{
Utilities.Swap(ref g.X, ref g.Y);
}
float a1 = 0.5f * g.Y / g.X;
if (a < a1)
{
// 0 <= a < a1
df = 0.5f * (g.X + g.Y) - (float)Math.Sqrt(2.0f * g.X * g.Y * a);
}
else if (a < (1.0 - a1))
{
// a1 <= a <= 1-a1
df = (0.5f - a) * g.X;
}
else
{
// 1-a1 < a <= 1
df = -0.5f * (g.X + g.Y) + (float)Math.Sqrt(2.0f * g.X * g.Y * (1.0f - a));
}
}
return(df);
}
public static void TestEnterBloodAqua()
{
var gameWindowRect = GameController.Window.GetWindowRectangle();
int latency = (int)GameController.IngameState.CurLatency;
RectangleF waypointRect = new RectangleF();
foreach (var itemOnGround in GameController.Game.IngameState.IngameUi.ItemsOnGroundLabels)
{
if (itemOnGround.Label != null && itemOnGround.Label.ChildCount > 0)
{
if (itemOnGround?.Label?.GetChildAtIndex(0)?.Text?.ToLower().Contains("waypoint") == true)
{
waypointRect = itemOnGround.Label.GetClientRectCache;
break;
}
}
}
Mouse.SetCursorPosAndLeftOrRightClick(waypointRect, latency, randomClick: true);
while (GameController.IngameState.IngameUi.WorldMapPart2.IsVisible == false)
{
Thread.Sleep(50);
}
Thread.Sleep(200);
Mouse.SetCursorPosAndLeftOrRightClick(GameController.IngameState.IngameUi.WorldMapAct9Rect.GetClientRectCache, latency, randomClick: true);
Thread.Sleep(300);
Mouse.SetCursorPosAndLeftOrRightClick(GameController.IngameState.IngameUi.WorldMapPart2.GetClientRectCache, latency, randomClick: true);
Thread.Sleep(200);
var wp = GameController.IngameState.IngameUi.WorldMapBloodAquaductsWaypoint;
// I only have topleft of the waypoint.
// Add an offset
SharpDX.Vector2 mapWaypointOffset = new SharpDX.Vector2(25, 25);
var clickPoint = gameWindowRect.TopLeft + wp.GetClientRectCache.TopLeft + mapWaypointOffset;
Input.KeyDown(Keys.LControlKey);
Mouse.SetCursorPosAndLeftOrRightClick(clickPoint, latency);
Input.KeyUp(Keys.LControlKey);
Thread.Sleep(500);
// Press new button
Mouse.SetCursorPosAndLeftOrRightClick(WillBot.Me.AreaInstanceNewButton.GetClientRectCache, latency, randomClick: true);
}
public void FillPie(Brush brush, float x, float y, float width, float height, float startAngle, float sweepAngle)
{
SetOffset(true);
PointF start;
var arc = CreateArc(x, y, width, height, startAngle, sweepAngle, out start);
var path = new sd.PathGeometry(SDFactory.D2D1Factory);
var sink = path.Open();
var center = new s.Vector2(x + width / 2, y + height / 2);
sink.BeginFigure(center, sd.FigureBegin.Filled);
sink.AddLine(start.ToDx());
sink.AddArc(arc);
sink.AddLine(center);
sink.EndFigure(sd.FigureEnd.Open);
sink.Close();
sink.Dispose();
Control.FillGeometry(path, brush.ToDx(Control));
}
/// <summary>
/// Function to draw the balls without any effects.
/// </summary>
private static void DrawNoBlur()
{
// Draw balls.
for (int i = 0; i < _ballCount; i++)
{
Ball ball = _ballList[i];
_ball.Angle = ball.Rotation;
_ball.Position = ball.Position;
_ball.Color = new GorgonColor(ball.Color, ball.Opacity);
_ball.Scale = new DX.Vector2(ball.Scale, ball.Scale);
DX.Vector2 offset = ball.Checkered ? new DX.Vector2(0.5f, 0) : new DX.Vector2(0, 0.5f);
_ball.TextureRegion = new DX.RectangleF(offset.X, offset.Y, _ball.TextureRegion.Width, _ball.TextureRegion.Height);
_2D.DrawSprite(_ball);
}
}
protected override void ArrangeOverride()
{
base.ArrangeOverride();
float x = _innerRect.Location.X;
float y = _innerRect.Location.Y;
foreach (FrameworkElement child in GetVisibleChildren())
{
// Get the coordinates relative to the canvas area.
PointF location = new PointF(GetLeft(child, false) + x, GetTop(child, false) + y);
// Get the child size
SizeF childSize = child.DesiredSize;
// Arrange the child
child.Arrange(SharpDXExtensions.CreateRectangleF(location, childSize));
}
}
/// Item's World To Screen Function
/// </summary>
/// <param name="viewMatrix"></param>
/// <param name="pos"></param>
/// <param name="screen"></param>
/// <param name="distance"></param>
/// <param name="windowWidth"></param>
/// <param name="windowHeight"></param>
/// <returns></returns>
public static bool WorldToScreenItem(D3DMatrix viewMatrix, ShpVector3 pos, out ShpVector2 screen, out int distance, int windowWidth, int windowHeight)
{
screen = new ShpVector2();
float screenW = (viewMatrix._14 * pos.X) + (viewMatrix._24 * pos.Y) + (viewMatrix._34 * pos.Z + viewMatrix._44);
distance = (int)(screenW / 100);
if (screenW < 0.0001f)
{
return(false);
}
screenW = 1 / screenW;
float sightX = (windowWidth / 2);
float sightY = (windowHeight / 2);
screen.X = sightX + (viewMatrix._11 * pos.X + viewMatrix._21 * pos.Y + viewMatrix._31 * pos.Z + viewMatrix._41) * screenW * sightX;
screen.Y = sightY - (viewMatrix._12 * pos.X + viewMatrix._22 * pos.Y + viewMatrix._32 * pos.Z + viewMatrix._42) * screenW * sightY;
return(!float.IsNaN(screen.X) && !float.IsNaN(screen.Y));
}
/// <summary>Function called when a mouse button is released.</summary>
/// <param name="position">The position of the mouse cursor.</param>
/// <param name="buttons">The button(s) released.</param>
/// <param name="image">The current image.</param>
protected override void OnMouseUp(DX.Vector2 position, MouseButtons buttons, IImageContent image)
{
if (buttons != MouseButtons.Left)
{
return;
}
int cubeGroup = (image.CurrentArrayIndex / 6) * 6;
for (int i = 0; i < _cubeImageBounds.Length; ++i)
{
if (_cubeImageBounds[i].Contains(position))
{
image.CurrentArrayIndex = cubeGroup + i;
return;
}
}
}
void TickLogic()
{
ingameStateIngameUi = GameController.Game.IngameState.IngameUi;
if (ingameStateIngameUi.Map.SmallMiniMap.IsVisibleLocal)
{
var mapRect = ingameStateIngameUi.Map.SmallMiniMap.GetClientRectCache;
screentCenterCache = new Vector2(mapRect.X + mapRect.Width / 2, mapRect.Y + mapRect.Height / 2);
largeMap = false;
}
else if (ingameStateIngameUi.Map.LargeMap.IsVisibleLocal)
{
screentCenterCache = screenCenter;
largeMap = true;
}
k = camera.Width < 1024f ? 1120f : 1024f;
scale = k / camera.Height * camera.Width * 3f / 4f / mapWindow.LargeMapZoom;
}
public static async Task<bool> MoveToPosWithNavMeshAsync(SharpDX.Vector3 vecDest, int NearDistance = 50)
{
if (Nav.D3.Navmesh.Current == null)
Nav.D3.Navmesh.Create(Enigma.D3.Engine.Current, new Nav.ExploreEngine.Nearest());
var localAcd = ActorCommonDataHelper.GetLocalAcd();
var distance = vecDest.Distance(); // (Math.Pow(localAcd.x0D0_WorldPosX - vecDest.X, 2) + Math.Pow(localAcd.x0D4_WorldPosY - vecDest.Y, 2));
var minDistanceReached = distance;
var dtDistanceReached = DateTime.Now;
DateTime dtTimeout = DateTime.Now;
while (distance > NearDistance)
{
if (DateTime.Now > dtTimeout.AddSeconds(30) || DateTime.Now > dtDistanceReached.AddSeconds(10))
return false;
SharpDX.Vector2 curVector = localAcd.ToSharpDXVector2(); // new SharpDX.Vector2(localAcd.x0D0_WorldPosX, localAcd.x0D4_WorldPosY);
SharpDX.Vector2 destVector = new SharpDX.Vector2(vecDest.X, vecDest.Y);
// Update current player position.
Nav.D3.Navmesh.Current.Navigator.CurrentPos = localAcd.ToNavVec3(); // new Nav.Vec3(localAcd.x0D0_WorldPosX, localAcd.x0D4_WorldPosY, localAcd.x0D8_WorldPosZ);
// Update destination. You can keep setting the same value there is internal check if destination has actually changed.
// This destination overrides any internal destinations (including exploration). When You just want to explore You do
// not need to set any destination. It will be set automatically.
Nav.D3.Navmesh.Current.Navigator.Destination = new Nav.Vec3(vecDest.X, vecDest.Y, vecDest.Z);
// Get current destination.
Nav.Vec3 goToPosition = Nav.D3.Navmesh.Current.Navigator.GoToPosition;
while (goToPosition.IsEmpty)
await Task.Delay(10);
SharpDX.Vector3 goToPositionVector = new SharpDX.Vector3(goToPosition.X, goToPosition.Y, goToPosition.Z);
await MoveToPosAsync(goToPositionVector);
}
return true;
}
private void DrawEntity(WindowRenderTarget device, ProtoBuf.Entity localPlay, ProtoBuf.Entity entity, SharpDX.Vector2 screenMid, SharpDX.Color color)
{
if (entity != null)
{
SharpDX.Vector2 pointToRotate = SharpDX.Vector2.op_UnaryPlus(new SharpDX.Vector2(entity.baseEntity.pos.x, entity.baseEntity.pos.z));
pointToRotate.X = localPlay.baseEntity.pos.x - entity.baseEntity.pos.x;
pointToRotate.Y = localPlay.baseEntity.pos.z - entity.baseEntity.pos.z;
if (pointToRotate.Length() <= 149f)
{
if (pointToRotate.Length() > 150f)
{
pointToRotate.Normalize();
pointToRotate = (SharpDX.Vector2)(pointToRotate * 150f);
}
pointToRotate += screenMid;
pointToRotate = RotatePoint(pointToRotate, screenMid, localPlayer.baseEntity.rot.y);
this.FillEllipse(device, new SharpDX.Color(0xff, 0xff, 0xff, color.A), pointToRotate.X + 1.5f, pointToRotate.Y + 1.5f, 6f, 6f, true);
this.FillEllipse(device, color, pointToRotate.X + 1f, pointToRotate.Y + 1f, 4f, 4f, true);
}
}
}
public unsafe Vector2 WorldToScreen(Vector3 vec3, EntityWrapper entityWrapper)
{
Entity localPlayer = Game.IngameState.Data.LocalPlayer;
var isplayer = localPlayer.Address == entityWrapper.Address && localPlayer.IsValid;
var playerMoving = isplayer && localPlayer.GetComponent <Actor>().isMoving;
float x, y;
int addr = base.Address + 0xbc;
fixed(byte *numRef = base.M.ReadBytes(addr, 0x40))
{
Matrix4x4 matrix = *(Matrix4x4 *)numRef;
Vector4 cord = *(Vector4 *)&vec3;
cord.W = 1;
cord = Vector4.Transform(cord, matrix);
cord = Vector4.Divide(cord, cord.W);
x = ((cord.X + 1.0f) * 0.5f) * Width;
y = ((1.0f - cord.Y) * 0.5f) * Height;
}
var resultCord = new Vector2(x, y);
if (playerMoving)
{
if (Math.Abs(oldplayerCord.X - resultCord.X) < 40 || (Math.Abs(oldplayerCord.X - resultCord.Y) < 40))
{
resultCord = oldplayerCord;
}
else
{
oldplayerCord = resultCord;
}
}
else if (isplayer)
{
oldplayerCord = resultCord;
}
return(resultCord);
}
public static async Task <bool> MoveToPosAsync(SharpDX.Vector3 vecDest, int NearDistance = 50)
{
var localAcd = ActorCommonDataHelper.GetLocalAcd();
var distance = (Math.Pow(localAcd.x0D0_WorldPosX - vecDest.X, 2) + Math.Pow(localAcd.x0D4_WorldPosY - vecDest.Y, 2));
var minDistanceReached = distance;
var dtDistanceReached = DateTime.Now;
DateTime dtTimeout = DateTime.Now;
while (distance > NearDistance)
{
if (DateTime.Now > dtTimeout.AddSeconds(30) || DateTime.Now > dtDistanceReached.AddSeconds(10))
{
return(false);
}
SharpDX.Vector2 curVector = new SharpDX.Vector2(localAcd.x0D0_WorldPosX, localAcd.x0D4_WorldPosY);
SharpDX.Vector2 destVector = new SharpDX.Vector2(vecDest.X, vecDest.Y);
distance = (Math.Pow(localAcd.x0D0_WorldPosX - vecDest.X, 2) + Math.Pow(localAcd.x0D4_WorldPosY - vecDest.Y, 2));
var minExtendValue = Math.Min(10f, float.Parse(distance.ToString(), CultureInfo.InvariantCulture.NumberFormat));
var vecNormalized = curVector.Extend(destVector, minExtendValue).To3D();
System.Drawing.Point screenPoint = D3ToScreen.FromD3toScreenCoords(vecNormalized);
MouseEvents.RightClick(screenPoint.X, screenPoint.Y);
await Task.Delay(new Random().Next(100, 250));
if (distance < minDistanceReached)
{
minDistanceReached = distance;
dtDistanceReached = DateTime.Now;
}
}
return(true);
}
protected override void ArrangeOverride()
{
base.ArrangeOverride();
ColumnDefinitions.SetAvailableSize(ActualWidth);
RowDefinitions.SetAvailableSize(ActualHeight);
foreach (FrameworkElement child in GetVisibleChildren())
{
int col = GetColumn(child);
int row = GetRow(child);
if (col >= ColumnDefinitions.Count)
{
col = ColumnDefinitions.Count - 1;
}
if (col < 0)
{
col = 0;
}
if (row >= RowDefinitions.Count)
{
row = RowDefinitions.Count - 1;
}
if (row < 0)
{
row = 0;
}
PointF position = new PointF(
(float)ColumnDefinitions.GetOffset(col) + _innerRect.Location.X,
(float)RowDefinitions.GetOffset(row) + _innerRect.Location.Y);
SizeF childSize = new SizeF(
(float)ColumnDefinitions.GetLength(col, GetColumnSpan(child)),
(float)RowDefinitions.GetLength(row, GetRowSpan(child)));
ArrangeChild(child, child.HorizontalAlignment, child.VerticalAlignment, ref position, ref childSize);
child.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
}
}
/// <summary>
/// Function to draw the selection region.
/// </summary>
/// <param name="region">The region to draw.</param>
public void Draw(DX.RectangleF region)
{
GorgonTexture2DView texture = _selectionTexture.Value;
Debug.Assert(texture != null, "No texture was found for the selection rectangle.");
_renderer.DrawFilledRectangle(region,
Color,
texture,
texture.ToTexel(new DX.Rectangle((int)_selectionTextureOffset.X,
(int)_selectionTextureOffset.Y,
(int)region.Width, (int)region.Height)));
_renderer.DrawRectangle(region, BorderColor);
_selectionTextureOffset = new DX.Vector2(_selectionTextureOffset.X - (GorgonTiming.Delta * Speed.X), _selectionTextureOffset.Y - (GorgonTiming.Delta * Speed.Y));
float regionMin = region.Width.Max(region.Height) * 2;
if (_selectionTextureOffset.X < -regionMin)
{
_selectionTextureOffset = new DX.Vector2(-(regionMin + _selectionTextureOffset.X), _selectionTextureOffset.Y);
}
if (_selectionTextureOffset.Y < -regionMin)
{
_selectionTextureOffset = new DX.Vector2(_selectionTextureOffset.X, -(regionMin + _selectionTextureOffset.Y));
}
if (_selectionTextureOffset.X > regionMin)
{
_selectionTextureOffset = new DX.Vector2((_selectionTextureOffset.X - regionMin), _selectionTextureOffset.Y);
}
if (_selectionTextureOffset.Y > regionMin)
{
_selectionTextureOffset = new DX.Vector2(_selectionTextureOffset.X, (_selectionTextureOffset.Y - regionMin));
}
}
/// <summary>
/// Initializes a new instance of the <see cref="Plane" /> class.
/// </summary>
/// <param name="graphics">The graphics interface to use.</param>
/// <param name="size">The width and height of the plane.</param>
/// <param name="textureCoordinates">The texture coordinates to apply to the plane.</param>
/// <param name="angle">The initial orientation, in degrees.</param>
/// <param name="columns">The number of columns to subdivide by.</param>
/// <param name="rows">The number of rows to subdivide by.</param>
public Plane(GorgonGraphics graphics, DX.Vector2 size, RectangleF textureCoordinates, DX.Vector3 angle, int columns = 1, int rows = 1)
: base(graphics)
{
PrimitiveType = PrimitiveType.TriangleStrip;
VertexCount = (columns + 1) * (rows + 1);
IndexCount = ((columns * rows) * 6) + (rows - 1);
TriangleCount = (IndexCount - (rows - 1)) / 3;
DX.Quaternion.RotationYawPitchRoll(angle.Y.ToRadians(), angle.X.ToRadians(), angle.Z.ToRadians(), out DX.Quaternion orientation);
DX.Matrix.RotationQuaternion(ref orientation, out _orientation);
using (var vertexData = new GorgonNativeBuffer <Vertex3D>(VertexCount))
using (var indexData = new GorgonNativeBuffer <int>(IndexCount))
{
GetVertices(vertexData, size, textureCoordinates, columns, rows);
GetIndices(indexData, columns, rows);
CalculateTangents(vertexData, indexData);
VertexBuffer = new GorgonVertexBuffer(graphics,
new GorgonVertexBufferInfo("PlaneVB")
{
Usage = ResourceUsage.Immutable,
SizeInBytes = vertexData.SizeInBytes
},
vertexData.Cast <byte>());
IndexBuffer = new GorgonIndexBuffer(graphics,
new GorgonIndexBufferInfo
{
Usage = ResourceUsage.Immutable,
Use16BitIndices = false,
IndexCount = IndexCount
},
indexData);
}
}
/// <summary>
/// Function to update the working sprite data from the sprite content.
/// </summary>
private void UpdateWorkingSprite()
{
if (_workingSprite == null)
{
return;
}
_workingSprite.Texture = SpriteContent?.Texture;
_workingSprite.TextureArrayIndex = TextureArrayIndex;
if (SpriteContent?.Texture == null)
{
return;
}
var spriteRegion = SpriteContent.Texture.ToPixel(SpriteContent.TextureCoordinates).ToRectangleF();
DX.Vector2 scaledSpritePosition = ToClient(spriteRegion.TopLeft).Truncate();
_workingSprite.TextureRegion = SpriteContent.TextureCoordinates;
_workingSprite.Size = spriteRegion.Size;
_workingSprite.Position = scaledSpritePosition;
_workingSprite.Scale = new DX.Vector2(ZoomScaleValue);
}
public static async Task<bool> MoveToPosAsync(SharpDX.Vector3 vecDest, int NearDistance = 50)
{
var localAcd = ActorCommonDataHelper.GetLocalAcd();
var distance = (Math.Pow(localAcd.x0D0_WorldPosX - vecDest.X, 2) + Math.Pow(localAcd.x0D4_WorldPosY - vecDest.Y, 2));
var minDistanceReached = distance;
var dtDistanceReached = DateTime.Now;
DateTime dtTimeout = DateTime.Now;
while (distance > NearDistance)
{
if (DateTime.Now > dtTimeout.AddSeconds(30) || DateTime.Now > dtDistanceReached.AddSeconds(10))
return false;
SharpDX.Vector2 curVector = new SharpDX.Vector2(localAcd.x0D0_WorldPosX, localAcd.x0D4_WorldPosY);
SharpDX.Vector2 destVector = new SharpDX.Vector2(vecDest.X, vecDest.Y);
distance = (Math.Pow(localAcd.x0D0_WorldPosX - vecDest.X, 2) + Math.Pow(localAcd.x0D4_WorldPosY - vecDest.Y, 2));
var minExtendValue = Math.Min(10f, float.Parse(distance.ToString(), CultureInfo.InvariantCulture.NumberFormat));
var vecNormalized = curVector.Extend(destVector, minExtendValue).To3D();
System.Drawing.Point screenPoint = D3ToScreen.FromD3toScreenCoords(vecNormalized);
MouseEvents.RightClick(screenPoint.X, screenPoint.Y);
await Task.Delay(new Random().Next(100, 250));
if (distance < minDistanceReached)
{
minDistanceReached = distance;
dtDistanceReached = DateTime.Now;
}
}
return true;
}
protected virtual void ArrangeChildren()
{
bool fireScrolled = false;
_totalHeight = 0;
_totalWidth = 0;
IList<FrameworkElement> visibleChildren = GetVisibleChildren();
int numVisibleChildren = visibleChildren.Count;
if (numVisibleChildren > 0)
{
PointF actualPosition = ActualPosition;
SizeF actualSize = new SizeF((float) ActualWidth, (float) ActualHeight);
// For Orientation == vertical, this is ActualHeight, for horizontal it is ActualWidth
float actualExtendsInOrientationDirection = GetExtendsInOrientationDirection(Orientation, actualSize);
// For Orientation == vertical, this is ActualWidth, for horizontal it is ActualHeight
float actualExtendsInNonOrientationDirection = GetExtendsInNonOrientationDirection(Orientation, actualSize);
// Hint: We cannot skip the arrangement of children above _actualFirstVisibleChildIndex or below _actualLastVisibleChildIndex
// because the rendering and focus system also needs the bounds of the currently invisible children
float startPosition = 0;
// If set to true, we'll check available space from the last to first visible child.
// That is necessary if we want to scroll a specific child to the last visible position.
bool invertLayouting = false;
lock (_renderLock)
if (_pendingScrollIndex.HasValue)
{
fireScrolled = true;
int pendingSI = _pendingScrollIndex.Value;
if (_scrollToFirst)
_actualFirstVisibleChildIndex = pendingSI;
else
{
_actualLastVisibleChildIndex = pendingSI;
invertLayouting = true;
}
_pendingScrollIndex = null;
}
// 1) Calculate scroll indices
if (_doScroll)
{ // Calculate last visible child
float spaceLeft = actualExtendsInOrientationDirection;
if (invertLayouting)
{
CalcHelper.Bound(ref _actualLastVisibleChildIndex, 0, numVisibleChildren - 1);
_actualFirstVisibleChildIndex = _actualLastVisibleChildIndex + 1;
while (_actualFirstVisibleChildIndex > 0)
{
FrameworkElement child = visibleChildren[_actualFirstVisibleChildIndex - 1];
spaceLeft -= GetExtendsInOrientationDirection(Orientation, child.DesiredSize);
if (spaceLeft + DELTA_DOUBLE < 0)
break; // Found item which is not visible any more
_actualFirstVisibleChildIndex--;
}
if (_actualFirstVisibleChildIndex > _actualLastVisibleChildIndex)
// Happens if the item at _actualFirstVisibleChildIndex is bigger than the available space
_actualFirstVisibleChildIndex = _actualLastVisibleChildIndex;
if (spaceLeft > 0)
{ // Correct the last scroll index to fill the available space
while (_actualLastVisibleChildIndex < numVisibleChildren - 1)
{
FrameworkElement child = visibleChildren[_actualLastVisibleChildIndex + 1];
spaceLeft -= GetExtendsInOrientationDirection(Orientation, child.DesiredSize);
if (spaceLeft + DELTA_DOUBLE < 0)
break; // Found item which is not visible any more
_actualLastVisibleChildIndex++;
}
}
}
else
{
CalcHelper.Bound(ref _actualFirstVisibleChildIndex, 0, numVisibleChildren - 1);
_actualLastVisibleChildIndex = _actualFirstVisibleChildIndex - 1;
while (_actualLastVisibleChildIndex < numVisibleChildren - 1)
{
FrameworkElement child = visibleChildren[_actualLastVisibleChildIndex + 1];
spaceLeft -= GetExtendsInOrientationDirection(Orientation, child.DesiredSize);
if (spaceLeft + DELTA_DOUBLE < 0)
break; // Found item which is not visible any more
_actualLastVisibleChildIndex++;
}
if (_actualLastVisibleChildIndex < _actualFirstVisibleChildIndex)
// Happens if the item at _actualFirstVisibleChildIndex is bigger than the available space
_actualLastVisibleChildIndex = _actualFirstVisibleChildIndex;
if (spaceLeft > 0)
{ // Correct the first scroll index to fill the available space
while (_actualFirstVisibleChildIndex > 0)
{
FrameworkElement child = visibleChildren[_actualFirstVisibleChildIndex - 1];
spaceLeft -= GetExtendsInOrientationDirection(Orientation, child.DesiredSize);
if (spaceLeft + DELTA_DOUBLE < 0)
break; // Found item which is not visible any more
_actualFirstVisibleChildIndex--;
}
}
}
}
else
{
_actualFirstVisibleChildIndex = 0;
_actualLastVisibleChildIndex = numVisibleChildren - 1;
}
// 2) Calculate start position
for (int i = 0; i < _actualFirstVisibleChildIndex; i++)
{
FrameworkElement child = visibleChildren[i];
startPosition -= GetExtendsInOrientationDirection(Orientation, child.DesiredSize);
}
// 3) Arrange children
if (Orientation == Orientation.Vertical)
_totalWidth = actualExtendsInNonOrientationDirection;
else
_totalHeight = actualExtendsInNonOrientationDirection;
foreach (FrameworkElement child in visibleChildren)
{
SizeF childSize = child.DesiredSize;
// For Orientation == vertical, this is childSize.Height, for horizontal it is childSize.Width
float desiredExtendsInOrientationDirection = GetExtendsInOrientationDirection(Orientation, childSize);
if (Orientation == Orientation.Vertical)
{
PointF position = new PointF(actualPosition.X, actualPosition.Y + startPosition);
childSize.Width = actualExtendsInNonOrientationDirection;
ArrangeChildHorizontal(child, child.HorizontalAlignment, ref position, ref childSize);
child.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
_totalHeight += desiredExtendsInOrientationDirection;
startPosition += desiredExtendsInOrientationDirection;
}
else
{
PointF position = new PointF(actualPosition.X + startPosition, actualPosition.Y);
childSize.Height = actualExtendsInNonOrientationDirection;
ArrangeChildVertical(child, child.VerticalAlignment, ref position, ref childSize);
child.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
_totalWidth += desiredExtendsInOrientationDirection;
startPosition += desiredExtendsInOrientationDirection;
}
}
// 4) Add size gap for the last item if we use logical scrolling. If we scroll to the bottom/to the right, there might be a gap from the last item
// to the end of the area. We need to add that gap to make the scroll bars show the correct size.
if (_doScroll)
{
float spaceLeft = actualExtendsInOrientationDirection;
for (int i = _actualFirstVisibleChildIndex; i <= _actualFirstVisibleChildIndex; i++)
{
FrameworkElement child = visibleChildren[i];
float childSize = GetExtendsInOrientationDirection(Orientation, child.DesiredSize);
if (childSize < spaceLeft + DELTA_DOUBLE)
spaceLeft -= childSize;
else
{
if (Orientation == Orientation.Vertical)
_totalHeight += spaceLeft;
else
_totalWidth += spaceLeft;
break;
}
}
}
}
else
{
_actualFirstVisibleChildIndex = 0;
_actualLastVisibleChildIndex = -1;
}
if (fireScrolled)
InvokeScrolled();
}
protected override void ArrangeOverride()
{
base.ArrangeOverride();
IList<FrameworkElement> visibleChildren = GetVisibleChildren();
int visibleChildrenCount = visibleChildren.Count;
if (_doScroll)
CalculateDesiredSize(new SizeF((float) ActualWidth, (float) ActualHeight), false, out _actualColumnWidth, out _actualRowHeight);
else
{
_actualColumnWidth = (float) (ActualWidth/_actualColumns);
_actualRowHeight = (float) (ActualHeight/_actualRows);
}
_actualNumVisibleCols = (int) (ActualWidth/_actualColumnWidth);
_actualNumVisibleRows = (int) (ActualHeight/_actualRowHeight);
if (_doScroll)
{
int maxScrollIndexX = Math.Max(_actualColumns - _actualNumVisibleCols, 0);
int maxScrollIndexY = Math.Max(_actualRows - _actualNumVisibleRows, 0);
if (_scrollIndexX > maxScrollIndexX)
_scrollIndexX = maxScrollIndexX;
if (_scrollIndexY > maxScrollIndexY)
_scrollIndexY = maxScrollIndexY;
}
else
{
_scrollIndexX = 0;
_scrollIndexY = 0;
}
// Hint: We cannot skip the arrangement of children above _scrollOffset or below the last visible child
// because the rendering and focus system also needs the bounds of the currently invisible children
for (int i = 0; i < visibleChildrenCount; i++)
{
FrameworkElement child = visibleChildren[i];
SizeF childSize = new SizeF(_actualColumnWidth, _actualRowHeight);
PointF position = new PointF(
ActualPosition.X + (i % _actualColumns - _scrollIndexX)*_actualColumnWidth,
ActualPosition.Y + (i / _actualColumns - _scrollIndexY)*_actualRowHeight);
ArrangeChild(child, child.HorizontalAlignment, child.VerticalAlignment, ref position, ref childSize);
child.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
}
}
protected override void ArrangeOverride()
{
base.ArrangeOverride();
FrameworkElement content = Content;
if (content != null)
{
PointF position = new PointF(_innerRect.X, _innerRect.Y);
SizeF availableSize = CalculateInnerDesiredSize(_innerRect.Size);
ArrangeChild(content, content.HorizontalAlignment, content.VerticalAlignment, ref position, ref availableSize);
RectangleF childRect = SharpDXExtensions.CreateRectangleF(position, availableSize);
content.Arrange(childRect);
}
}
protected override void ArrangeOverride()
{
base.ArrangeOverride();
ColumnDefinitions.SetAvailableSize(ActualWidth);
RowDefinitions.SetAvailableSize(ActualHeight);
foreach (FrameworkElement child in GetVisibleChildren())
{
int col = GetColumn(child);
int row = GetRow(child);
if (col >= ColumnDefinitions.Count) col = ColumnDefinitions.Count - 1;
if (col < 0) col = 0;
if (row >= RowDefinitions.Count) row = RowDefinitions.Count - 1;
if (row < 0) row = 0;
PointF position = new PointF(
(float) ColumnDefinitions.GetOffset(col) + _innerRect.Location.X,
(float) RowDefinitions.GetOffset(row) + _innerRect.Location.Y);
SizeF childSize = new SizeF(
(float) ColumnDefinitions.GetLength(col, GetColumnSpan(child)),
(float) RowDefinitions.GetLength(row, GetRowSpan(child)));
ArrangeChild(child, child.HorizontalAlignment, child.VerticalAlignment, ref position, ref childSize);
child.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
}
}
protected override void ArrangeChildren()
{
bool fireScrolled = false;
lock (Children.SyncRoot)
{
_arrangedItemsStartIndex = -1;
IItemProvider itemProvider = ItemProvider;
if (itemProvider == null)
{
base.ArrangeChildren();
return;
}
_totalHeight = 0;
_totalWidth = 0;
int numItems = itemProvider.NumItems;
if (numItems > 0)
{
PointF actualPosition = ActualPosition;
SizeF actualSize = new SizeF((float) ActualWidth, (float) ActualHeight);
// For Orientation == vertical, this is ActualHeight, for horizontal it is ActualWidth
float actualExtendsInOrientationDirection = GetExtendsInOrientationDirection(Orientation, actualSize);
// For Orientation == vertical, this is ActualWidth, for horizontal it is ActualHeight
float actualExtendsInNonOrientationDirection = GetExtendsInNonOrientationDirection(Orientation, actualSize);
// If set to true, we'll check available space from the last to first visible child.
// That is necessary if we want to scroll a specific child to the last visible position.
bool invertLayouting = false;
//Percentage of child size to offset child positions
float physicalOffset = _actualPhysicalOffset;
if (_pendingScrollIndex.HasValue)
{
fireScrolled = true;
int pendingSI = _pendingScrollIndex.Value;
physicalOffset = _actualPhysicalOffset = _pendingPhysicalOffset;
CalcHelper.Bound(ref pendingSI, 0, numItems - 1);
if (_scrollToFirst)
_actualFirstVisibleChildIndex = pendingSI;
else
{
_actualLastVisibleChildIndex = pendingSI;
//If we have an offset then there will be part of an additional item visible
if (physicalOffset != 0)
_actualLastVisibleChildIndex++;
invertLayouting = true;
}
_pendingScrollIndex = null;
}
// 1) Calculate scroll indices
if (_doScroll)
{
float spaceLeft = actualExtendsInOrientationDirection;
//Allow space for partially visible items at top and bottom
if (physicalOffset != 0)
spaceLeft += _averageItemSize;
if (invertLayouting)
{
CalcHelper.Bound(ref _actualLastVisibleChildIndex, 0, numItems - 1);
_actualFirstVisibleChildIndex = _actualLastVisibleChildIndex + 1;
int ct = MAX_NUM_VISIBLE_ITEMS;
while (_actualFirstVisibleChildIndex > 0)
{
FrameworkElement item = GetItem(_actualFirstVisibleChildIndex - 1, itemProvider, true);
if (item == null || !item.IsVisible)
continue;
if (ct-- == 0)
break;
spaceLeft -= GetExtendsInOrientationDirection(Orientation, item.DesiredSize);
if (spaceLeft + DELTA_DOUBLE < 0)
break; // Found item which is not visible any more
_actualFirstVisibleChildIndex--;
}
if (_actualFirstVisibleChildIndex > _actualLastVisibleChildIndex)
// Happens if the item at _actualFirstVisibleChildIndex is bigger than the available space
_actualFirstVisibleChildIndex = _actualLastVisibleChildIndex;
if (spaceLeft > 0)
{ // Correct the last scroll index to fill the available space
while (_actualLastVisibleChildIndex < numItems - 1)
{
FrameworkElement item = GetItem(_actualLastVisibleChildIndex + 1, itemProvider, true);
if (item == null || !item.IsVisible)
continue;
if (ct-- == 0)
break;
spaceLeft -= GetExtendsInOrientationDirection(Orientation, item.DesiredSize);
if (spaceLeft + DELTA_DOUBLE < 0)
break; // Found item which is not visible any more
_actualLastVisibleChildIndex++;
}
}
}
else
{
CalcHelper.Bound(ref _actualFirstVisibleChildIndex, 0, numItems - 1);
_actualLastVisibleChildIndex = _actualFirstVisibleChildIndex - 1;
int ct = MAX_NUM_VISIBLE_ITEMS;
while (_actualLastVisibleChildIndex < numItems - 1)
{
FrameworkElement item = GetItem(_actualLastVisibleChildIndex + 1, itemProvider, true);
if (item == null || !item.IsVisible)
continue;
if (ct-- == 0)
break;
spaceLeft -= GetExtendsInOrientationDirection(Orientation, item.DesiredSize);
if (spaceLeft + DELTA_DOUBLE < 0)
break; // Found item which is not visible any more
_actualLastVisibleChildIndex++;
}
if (_actualLastVisibleChildIndex < _actualFirstVisibleChildIndex)
// Happens if the item at _actualFirstVisibleChildIndex is bigger than the available space
_actualLastVisibleChildIndex = _actualFirstVisibleChildIndex;
if (spaceLeft > 0)
{ // Correct the first scroll index to fill the available space
while (_actualFirstVisibleChildIndex > 0)
{
FrameworkElement item = GetItem(_actualFirstVisibleChildIndex - 1, itemProvider, true);
if (item == null || !item.IsVisible)
continue;
if (ct-- == 0)
break;
spaceLeft -= GetExtendsInOrientationDirection(Orientation, item.DesiredSize);
if (spaceLeft + DELTA_DOUBLE < 0)
break; // Found item which is not visible any more
_actualFirstVisibleChildIndex--;
}
}
}
}
else
{
_actualFirstVisibleChildIndex = 0;
_actualLastVisibleChildIndex = numItems - 1;
}
// 2) Arrange children
if (Orientation == Orientation.Vertical)
_totalWidth = actualExtendsInNonOrientationDirection;
else
_totalHeight = actualExtendsInNonOrientationDirection;
_arrangedItems.Clear();
_arrangedItemsStartIndex = _actualFirstVisibleChildIndex;
// Heavy scrolling works best with at least two times the number of visible items arranged above and below
// our visible children. That was tested out. If someone has a better heuristic, please use it here.
int numArrangeAroundViewport = ((int) (actualExtendsInOrientationDirection / _averageItemSize) + 1) * NUM_ADD_MORE_FOCUS_ELEMENTS;
// Elements before _actualFirstVisibleChildIndex
//Calculate number of pixels to shift items up/left by based on offset
float startOffset = -(physicalOffset * _averageItemSize);
for (int i = _actualFirstVisibleChildIndex - 1; i >= 0 && i >= _actualFirstVisibleChildIndex - numArrangeAroundViewport; i--)
{
FrameworkElement item = GetItem(i, itemProvider, true);
if (item == null || !item.IsVisible)
continue;
SizeF childSize = item.DesiredSize;
// For Orientation == vertical, this is childSize.Height, for horizontal it is childSize.Width
float desiredExtendsInOrientationDirection = GetExtendsInOrientationDirection(Orientation, childSize);
startOffset -= desiredExtendsInOrientationDirection;
if (Orientation == Orientation.Vertical)
{
PointF position = new PointF(actualPosition.X, actualPosition.Y + startOffset);
childSize.Width = actualExtendsInNonOrientationDirection;
ArrangeChildHorizontal(item, item.HorizontalAlignment, ref position, ref childSize);
item.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
_totalHeight += desiredExtendsInOrientationDirection;
}
else
{
PointF position = new PointF(actualPosition.X + startOffset, actualPosition.Y);
childSize.Height = actualExtendsInNonOrientationDirection;
ArrangeChildVertical(item, item.VerticalAlignment, ref position, ref childSize);
item.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
_totalWidth += desiredExtendsInOrientationDirection;
}
_arrangedItems.Insert(0, item);
_arrangedItemsStartIndex = i;
}
//Calculate number of pixels to shift items up/left by based on offset
startOffset = -(physicalOffset * _averageItemSize);
// Elements from _actualFirstVisibleChildIndex to _actualLastVisibleChildIndex + _numArrangeAroundViewport
for (int i = _actualFirstVisibleChildIndex; i < numItems && i <= _actualLastVisibleChildIndex + numArrangeAroundViewport; i++)
{
FrameworkElement item = GetItem(i, itemProvider, true);
if (item == null || !item.IsVisible)
continue;
SizeF childSize = item.DesiredSize;
// For Orientation == vertical, this is childSize.Height, for horizontal it is childSize.Width
float desiredExtendsInOrientationDirection = GetExtendsInOrientationDirection(Orientation, childSize);
if (Orientation == Orientation.Vertical)
{
PointF position = new PointF(actualPosition.X, actualPosition.Y + startOffset);
childSize.Width = actualExtendsInNonOrientationDirection;
ArrangeChildHorizontal(item, item.HorizontalAlignment, ref position, ref childSize);
item.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
_totalHeight += desiredExtendsInOrientationDirection;
startOffset += desiredExtendsInOrientationDirection;
}
else
{
PointF position = new PointF(actualPosition.X + startOffset, actualPosition.Y);
childSize.Height = actualExtendsInNonOrientationDirection;
ArrangeChildVertical(item, item.VerticalAlignment, ref position, ref childSize);
item.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
_totalWidth += desiredExtendsInOrientationDirection;
startOffset += desiredExtendsInOrientationDirection;
}
_arrangedItems.Add(item);
}
int numInvisible = numItems - _arrangedItems.Count; // Items which have not been arranged above, i.e. item extends have not been added to _totalHeight / _totalWidth
float invisibleRequiredSize = numInvisible * _averageItemSize;
if (_doScroll)
invisibleRequiredSize += actualExtendsInOrientationDirection % _averageItemSize; // Size gap from the last item to the end of the actual extends
if (Orientation == Orientation.Vertical)
_totalHeight += invisibleRequiredSize;
else
_totalWidth += invisibleRequiredSize;
itemProvider.Keep(_arrangedItemsStartIndex - INVISIBLE_KEEP_THRESHOLD,
_arrangedItemsStartIndex + _arrangedItems.Count + INVISIBLE_KEEP_THRESHOLD);
}
else
{
_arrangedItemsStartIndex = 0;
_actualFirstVisibleChildIndex = 0;
_actualLastVisibleChildIndex = -1;
}
}
if (fireScrolled)
InvokeScrolled();
}
protected bool LocatedBelow(RectangleF otherRect, out float topOrLeftDifference)
{
RectangleF actualBounds = ActualBounds;
bool isNear = IsNear(actualBounds.Top, otherRect.Bottom);
PointF start = new PointF((actualBounds.Right + actualBounds.Left) / 2, actualBounds.Top);
PointF end = new PointF((otherRect.Right + otherRect.Left) / 2, otherRect.Bottom);
float alpha = CalcDirection(start, end);
topOrLeftDifference = Math.Abs(actualBounds.Left - otherRect.Left);
return isNear || alpha > DELTA_DOUBLE && alpha < Math.PI - DELTA_DOUBLE;
}
protected override void ArrangeTemplateControl()
{
if (_templateControl == null)
{
_scrollOffsetX = 0;
_scrollOffsetY = 0;
}
else
{
SizeF desiredSize = _templateControl.DesiredSize;
PointF position;
SizeF availableSize;
if (_doScroll || AutoCentering != ScrollAutoCenteringEnum.None)
{
availableSize = _innerRect.Size;
if (desiredSize.Width > _innerRect.Width)
{
if (!IsHorzCentering)
_scrollOffsetX = Math.Max(_scrollOffsetX, _innerRect.Width - desiredSize.Width);
availableSize.Width = desiredSize.Width;
}
else if (!IsHorzCentering)
_scrollOffsetX = 0;
if (desiredSize.Height > _innerRect.Height)
{
if (!IsVertCentering)
_scrollOffsetY = Math.Max(_scrollOffsetY, _innerRect.Height - desiredSize.Height);
availableSize.Height = desiredSize.Height;
}
else if (!IsVertCentering)
_scrollOffsetY = 0;
position = new PointF(_innerRect.X + _scrollOffsetX, _innerRect.Y + _scrollOffsetY);
}
else
{
_scrollOffsetX = 0;
_scrollOffsetY = 0;
position = new PointF(_innerRect.X, _innerRect.Y);
availableSize = _innerRect.Size;
}
if (HorizontalFitToSpace)
availableSize.Width = _innerRect.Size.Width;
if (VerticalFitToSpace)
availableSize.Height = _innerRect.Size.Height;
ArrangeChild(_templateControl, _templateControl.HorizontalAlignment, _templateControl.VerticalAlignment,
ref position, ref availableSize);
RectangleF childRect = SharpDXExtensions.CreateRectangleF(position, availableSize);
_templateControl.Arrange(childRect);
}
_actualScrollOffsetX = _scrollOffsetX;
_actualScrollOffsetY = _scrollOffsetY;
}
/// <summary>
/// Transforms a screen point to local element space. The <see cref="UIElement.ActualPosition"/> is also taken into account.
/// </summary>
/// <param name="point">Screen point</param>
/// <returns>Returns the transformed point in element coordinates.</returns>
public virtual PointF TransformScreenPoint(PointF point)
{
// overridden in FrameworkElement to apply transformation
var actualPosition = ActualPosition;
return new PointF(point.X - actualPosition.X, point.Y - actualPosition.Y);
}
protected virtual void ArrangeTemplateControl()
{
FrameworkElement templateControl = _templateControl;
if (templateControl == null)
return;
PointF position = new PointF(_innerRect.X, _innerRect.Y);
SizeF availableSize = new SizeF(_innerRect.Width, _innerRect.Height);
ArrangeChild(templateControl, HorizontalContentAlignment, VerticalContentAlignment,
ref position, ref availableSize);
RectangleF childRect = SharpDXExtensions.CreateRectangleF(position, availableSize);
templateControl.Arrange(childRect);
}
public static s.Vector2[] ToDx(this PointF[] points)
{
var p = new s.Vector2[points.Length];
for (var i = 0; i < points.Length; ++i)
p[i] = points[i].ToDx();
return p;
}
protected override void ArrangeOverride()
{
base.ArrangeOverride();
IList<FrameworkElement> visibleChildren = GetVisibleChildren();
if (visibleChildren.Count > 0)
{
float actualWidth = (float) ActualWidth;
float actualHeight = (float) ActualHeight;
// First check how many children we must leave out
float availableSize = Orientation == Orientation.Vertical ? actualHeight : actualWidth;
FrameworkElement firstChild = visibleChildren[0];
SizeF firstChildDesiredSize = firstChild.DesiredSize;
SizeF desiredEllipsisSize = _ellipsisControl == null ? new SizeF() : _ellipsisControl.DesiredSize;
// The first element is always shown
availableSize -= Orientation == Orientation.Vertical ? firstChildDesiredSize.Height : firstChildDesiredSize.Width;
List<FrameworkElement> reversedChildren = new List<FrameworkElement>(visibleChildren);
reversedChildren.Reverse();
reversedChildren.RemoveAt(reversedChildren.Count - 1); // Remove first (home) element
int numShownChildrenAfterEllipsis = 0; // Number of children which fit behind the ellipsis control
float ellipsisSize = Orientation == Orientation.Vertical ? desiredEllipsisSize.Height : desiredEllipsisSize.Width;
foreach (FrameworkElement child in reversedChildren)
{
SizeF desiredChildSize = child.DesiredSize;
float size = Orientation == Orientation.Vertical ? desiredChildSize.Height : desiredChildSize.Width;
if (availableSize >= size + ellipsisSize ||
(availableSize >= size && numShownChildrenAfterEllipsis == visibleChildren.Count - 2))
{
availableSize -= size;
numShownChildrenAfterEllipsis++;
}
else
break;
}
float startPositionX = 0;
float startPositionY = 0;
List<FrameworkElement> childrenAfterEllipsis = new List<FrameworkElement>(visibleChildren);
if (numShownChildrenAfterEllipsis < visibleChildren.Count - 1)
{ // Ellipsis necessary
// Lay out first (home) element
SizeF childSize = firstChild.DesiredSize;
PointF position = new PointF(ActualPosition.X + startPositionX, ActualPosition.Y + startPositionY);
if (Orientation == Orientation.Vertical)
{
childSize.Width = actualWidth;
ArrangeChildHorizontal(firstChild, firstChild.HorizontalAlignment, ref position, ref childSize);
startPositionY += childSize.Height;
}
else
{
childSize.Height = actualHeight;
ArrangeChildVertical(firstChild, firstChild.VerticalAlignment, ref position, ref childSize);
startPositionX += childSize.Width;
}
firstChild.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
// Lay out ellipsis
if (_ellipsisControl != null)
{
childSize = desiredEllipsisSize;
position = new PointF(ActualPosition.X + startPositionX, ActualPosition.Y + startPositionY);
if (Orientation == Orientation.Vertical)
{
childSize.Width = actualWidth;
ArrangeChildHorizontal(_ellipsisControl, _ellipsisControl.HorizontalAlignment, ref position, ref childSize);
startPositionY += childSize.Height;
}
else
{
childSize.Height = actualHeight;
ArrangeChildVertical(_ellipsisControl, _ellipsisControl.VerticalAlignment, ref position, ref childSize);
startPositionX += childSize.Width;
}
_ellipsisControl.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
}
int numBeforeEllipsis = childrenAfterEllipsis.Count - numShownChildrenAfterEllipsis;
for (int i = 1; i < numBeforeEllipsis; i++)
childrenAfterEllipsis[i].Arrange(RectangleF.Empty);
childrenAfterEllipsis.RemoveRange(0, numBeforeEllipsis);
}
else if (_ellipsisControl != null)
// childrenAfterEllipsis contains all children in this case
_ellipsisControl.Arrange(RectangleF.Empty);
// Lay out all other elements after ellipsis
foreach (FrameworkElement child in childrenAfterEllipsis)
{
SizeF childSize = child.DesiredSize;
PointF position = new PointF(ActualPosition.X + startPositionX, ActualPosition.Y + startPositionY);
if (Orientation == Orientation.Vertical)
{
childSize.Width = actualWidth;
ArrangeChildHorizontal(child, child.HorizontalAlignment, ref position, ref childSize);
startPositionY += childSize.Height;
}
else
{
childSize.Height = actualHeight;
ArrangeChildVertical(child, child.VerticalAlignment, ref position, ref childSize);
startPositionX += childSize.Width;
}
child.Arrange(SharpDXExtensions.CreateRectangleF(position, childSize));
}
}
}
protected bool LocatedRightOf(RectangleF otherRect, out float topOrLeftDifference)
{
RectangleF actualBounds = ActualBounds;
bool isNear = IsNear(actualBounds.Left, otherRect.Right);
PointF start = new PointF(actualBounds.Left, (actualBounds.Top + actualBounds.Bottom) / 2);
PointF end = new PointF(otherRect.Right, (otherRect.Top + otherRect.Bottom) / 2);
float alpha = CalcDirection(start, end);
topOrLeftDifference = VerticalDistance(actualBounds, otherRect); //Math.Abs(actualBounds.Top - otherRect.Top);
return isNear || alpha > Math.PI / 2 + DELTA_DOUBLE && alpha < 3 * Math.PI / 2 - DELTA_DOUBLE;
}
protected bool LocatedAbove(RectangleF otherRect, out float topOrLeftDifference)
{
RectangleF actualBounds = ActualBounds;
bool isNear = IsNear(actualBounds.Bottom, otherRect.Top);
PointF start = new PointF((actualBounds.Right + actualBounds.Left) / 2, actualBounds.Bottom);
PointF end = new PointF((otherRect.Right + otherRect.Left) / 2, otherRect.Top);
float alpha = CalcDirection(start, end);
topOrLeftDifference = HorizontalDistance(actualBounds, otherRect); //Math.Abs(actualBounds.Left - otherRect.Left);
return isNear || alpha > Math.PI + DELTA_DOUBLE && alpha < 2 * Math.PI - DELTA_DOUBLE;
}
private static float CalcDirection(PointF start, PointF end)
{
if (IsNear(start.X, end.X) && IsNear(start.Y, end.Y))
return float.NaN;
double x = end.X - start.X;
double y = end.Y - start.Y;
double alpha = Math.Acos(x / Math.Sqrt(x * x + y * y));
if (end.Y > start.Y) // Coordinates go from top to bottom, so y must be inverted
alpha = -alpha;
if (alpha < 0)
alpha += 2 * Math.PI;
return (float) alpha;
}
public static void AddPathFigureSegment(
this D2D.GeometrySink sink, Jupiter.Media.PathSegment segment)
{
var bezierSegment = segment as BezierSegment;
if (bezierSegment != null)
{
sink.AddBezier(
new D2D.BezierSegment
{
Point1 = bezierSegment.Point1.ToSharpDX(),
Point2 = bezierSegment.Point2.ToSharpDX(),
Point3 = bezierSegment.Point3.ToSharpDX()
});
return;
}
var lineSegment = segment as LineSegment;
if (lineSegment != null)
{
sink.AddLine(
lineSegment.Point.ToSharpDX());
return;
}
var polyBezierSegment = segment as PolyBezierSegment;
if (polyBezierSegment != null)
{
var beziers = new D2D.BezierSegment[polyBezierSegment.Points.Count / 3];
for (int i = 0; i < beziers.Length; i++)
{
beziers[i].Point1 = polyBezierSegment.Points[i * 3].ToSharpDX();
beziers[i].Point2 = polyBezierSegment.Points[i * 3 + 1].ToSharpDX();
beziers[i].Point3 = polyBezierSegment.Points[i * 3 + 2].ToSharpDX();
}
sink.AddBeziers(beziers);
return;
}
var polyLineSegment = segment as PolyLineSegment;
if (polyLineSegment != null)
{
var lines = new SharpDX.Vector2[polyLineSegment.Points.Count];
for (int i = 0; i < lines.Length; i++)
{
lines[i] = polyLineSegment.Points[i].ToSharpDX();
}
sink.AddLines(lines);
return;
}
var quadraticBezierSegment = segment as QuadraticBezierSegment;
if (quadraticBezierSegment != null)
{
sink.AddQuadraticBezier(
new D2D.QuadraticBezierSegment
{
Point1 = quadraticBezierSegment.Point1.ToSharpDX(),
Point2 = quadraticBezierSegment.Point2.ToSharpDX()
});
return;
}
var polyQuadraticBezierSegment = segment as PolyQuadraticBezierSegment;
if (polyQuadraticBezierSegment != null)
{
var quadraticBeziers = new D2D.QuadraticBezierSegment[polyBezierSegment.Points.Count / 2];
for (int i = 0; i < quadraticBeziers.Length; i++)
{
quadraticBeziers[i].Point1 = polyBezierSegment.Points[i * 2].ToSharpDX();
quadraticBeziers[i].Point2 = polyBezierSegment.Points[i * 2 + 1].ToSharpDX();
}
sink.AddQuadraticBeziers(quadraticBeziers);
return;
}
var arcSegment = segment as ArcSegment;
if (arcSegment != null)
{
sink.AddArc(
new D2D.ArcSegment
{
Point = arcSegment.Point.ToSharpDX(),
Size = arcSegment.Size.ToSharpDX(),
RotationAngle = (float)arcSegment.RotationAngle,
SweepDirection = arcSegment.SweepDirection.ToSharpDX(),
ArcSize = arcSegment.IsLargeArc ? D2D.ArcSize.Large : D2D.ArcSize.Small
});
return;
}
}
protected bool LocatedAbove(RectangleF otherRect)
{
RectangleF actualBounds = ActualBounds;
if (IsNear(actualBounds.Bottom, otherRect.Top))
return true;
PointF start = new PointF((actualBounds.Right + actualBounds.Left) / 2, actualBounds.Bottom);
PointF end = new PointF((otherRect.Right + otherRect.Left) / 2, otherRect.Top);
float alpha = CalcDirection(start, end);
return alpha > Math.PI + DELTA_DOUBLE && alpha < 2 * Math.PI - DELTA_DOUBLE;
}
/// <summary>
/// Transforms a screen point to local element space. The <see cref="UIElement.ActualPosition"/> is also taken into account.
/// </summary>
/// <param name="point">Screen point</param>
/// <returns>Returns the transformed point in element coordinates.</returns>
public override PointF TransformScreenPoint(PointF point)
{
float x = point.X;
float y = point.Y;
if (TransformMouseCoordinates(ref x, ref y))
{
return base.TransformScreenPoint(new PointF(x, y));
}
return base.TransformScreenPoint(point);
}
protected override void ArrangeOverride()
{
base.ArrangeOverride();
float x = _innerRect.Location.X;
float y = _innerRect.Location.Y;
foreach (FrameworkElement child in GetVisibleChildren())
{
// Get the coordinates relative to the canvas area.
PointF location = new PointF(GetLeft(child, false) + x, GetTop(child, false) + y);
// Get the child size
SizeF childSize = child.DesiredSize;
// Arrange the child
child.Arrange(SharpDXExtensions.CreateRectangleF(location, childSize));
}
}
protected bool LocatedRightOf(RectangleF otherRect)
{
RectangleF actualBounds = ActualBounds;
if (IsNear(actualBounds.Left, otherRect.Right))
return true;
PointF start = new PointF(actualBounds.Left, (actualBounds.Top + actualBounds.Bottom) / 2);
PointF end = new PointF(otherRect.Right, (otherRect.Top + otherRect.Bottom) / 2);
float alpha = CalcDirection(start, end);
return alpha > Math.PI / 2 + DELTA_DOUBLE && alpha < 3 * Math.PI / 2 - DELTA_DOUBLE;
}
private static RectangleF CalculateBoundingBox(RectangleF rectangle, Matrix transformation)
{
PointF tl = rectangle.Location;
PointF tr = new PointF(rectangle.Right, rectangle.Top);
PointF bl = new PointF(rectangle.Left, rectangle.Bottom);
PointF br = new PointF(rectangle.Right, rectangle.Bottom);
transformation.Transform(ref tl);
transformation.Transform(ref tr);
transformation.Transform(ref bl);
transformation.Transform(ref br);
PointF rtl = new PointF(
Math.Min(tl.X, Math.Min(tr.X, Math.Min(bl.X, br.X))),
Math.Min(tl.Y, Math.Min(tr.Y, Math.Min(bl.Y, br.Y))));
PointF rbr = new PointF(
Math.Max(tl.X, Math.Max(tr.X, Math.Max(bl.X, br.X))),
Math.Max(tl.Y, Math.Max(tr.Y, Math.Max(bl.Y, br.Y))));
return SharpDXExtensions.CreateRectangleF(rtl, new SizeF(rbr.X - rtl.X, rbr.Y - rtl.Y));
}
/// <summary>
/// Arranges the child horizontal and vertical in a given area. If the area is bigger than
/// the child's desired size, the child will be arranged according to the given <paramref name="horizontalAlignment"/>
/// and <paramref name="verticalAlignment"/>.
/// </summary>
/// <param name="child">The child to arrange. The child will not be changed by this method.</param>
/// <param name="horizontalAlignment">Alignment in horizontal direction.</param>
/// <param name="verticalAlignment">Alignment in vertical direction.</param>
/// <param name="location">Input: The starting position of the available area. Output: The position
/// the child should be located.</param>
/// <param name="childSize">Input: The available area for the <paramref name="child"/>. Output:
/// The area the child should take.</param>
public void ArrangeChild(FrameworkElement child, HorizontalAlignmentEnum horizontalAlignment, VerticalAlignmentEnum verticalAlignment, ref PointF location, ref SizeF childSize)
{
// Be careful when changing the implementation of those arrangement methods.
// MPF behaves a bit different from WPF: We don't clip elements at the boundaries of containers,
// instead, we arrange them with a maximum size calculated by the container. If we would not avoid
// that controls can become bigger than their arrange size, we would have to accomplish a means to clip
// their render size.
ArrangeChildHorizontal(child, horizontalAlignment, ref location, ref childSize);
ArrangeChildVertical(child, verticalAlignment, ref location, ref childSize);
}
public override UIElement InputHitTest(PointF point)
{
if (!IsVisible)
return null;
if (IsInArea(point.X, point.Y))
{
// since we know the z-order here, lets use it, everything other is identical to UIElement implementation.
foreach (var uiElement in GetChildren().OrderByDescending(e => (e is FrameworkElement) ? ((FrameworkElement)e)._lastZIndex : 0f))
{
var hitElement = uiElement.InputHitTest(point);
if (hitElement != null)
{
return hitElement;
}
}
if (IsInVisibleArea(point.X, point.Y))
{
return this;
}
}
return null;
}
protected override void ArrangeOverride()
{
base.ArrangeOverride();
float offsetTop = 0.0f;
float offsetLeft = 0.0f;
float offsetRight = 0.0f;
float offsetBottom = 0.0f;
SizeF availableSize = new SizeF(_innerRect.Width, _innerRect.Height);
int count = 0;
// Area allocated to child
SizeF childArea;
IList<FrameworkElement> visibleChildren = GetVisibleChildren();
foreach (FrameworkElement child in visibleChildren)
{
count++;
//Trace.WriteLine(String.Format("DockPanel:arrange {0} {1}", count, child.Name));
// Size of the child
SizeF childSize = child.DesiredSize;
switch (GetDock(child))
{
case Dock.Top:
{
PointF location = new PointF(offsetLeft, offsetTop);
location.X += ActualPosition.X;
location.Y += ActualPosition.Y;
// Allocate area to child
if (count == visibleChildren.Count && LastChildFill)
childArea = new SizeF(availableSize.Width, availableSize.Height);
else
childArea = new SizeF(availableSize.Width, childSize.Height);
// Position the child within the child area
ArrangeChildHorizontal(child, child.HorizontalAlignment, ref location, ref childArea);
child.Arrange(SharpDXExtensions.CreateRectangleF(location, childArea));
offsetTop += childArea.Height;
availableSize.Height -= childArea.Height;
}
break;
case Dock.Bottom:
{
PointF location;
if (count == visibleChildren.Count && LastChildFill)
location = new PointF(offsetLeft, _innerRect.Height - (offsetBottom + availableSize.Height));
else
location = new PointF(offsetLeft, _innerRect.Height - (offsetBottom + childSize.Height));
location.X += ActualPosition.X;
location.Y += ActualPosition.Y;
// Allocate area to child
if (count == visibleChildren.Count && LastChildFill)
childArea = new SizeF(availableSize.Width, availableSize.Height);
else
childArea = new SizeF(availableSize.Width, childSize.Height);
// Position the child within the child area
ArrangeChildHorizontal(child, child.HorizontalAlignment, ref location, ref childArea);
child.Arrange(SharpDXExtensions.CreateRectangleF(location, childArea));
offsetBottom += childArea.Height;
availableSize.Height -= childArea.Height;
}
break;
case Dock.Left:
{
PointF location = new PointF(offsetLeft, offsetTop);
location.X += ActualPosition.X;
location.Y += ActualPosition.Y;
// Allocate area to child
if (count == visibleChildren.Count && LastChildFill)
childArea = new SizeF(availableSize.Width, availableSize.Height);
else
childArea = new SizeF(childSize.Width, availableSize.Height);
// Position the child within the child area
ArrangeChildVertical(child, child.VerticalAlignment, ref location, ref childArea);
child.Arrange(SharpDXExtensions.CreateRectangleF(location, childArea));
offsetLeft += childArea.Width;
availableSize.Width -= childArea.Width;
}
break;
case Dock.Right:
{
PointF location;
if (count == visibleChildren.Count && LastChildFill)
location = new PointF(_innerRect.Width - (offsetRight + availableSize.Width), offsetTop);
else
location = new PointF(_innerRect.Width - (offsetRight + childSize.Width), offsetTop);
location.X += ActualPosition.X;
location.Y += ActualPosition.Y;
// Allocate area to child
if (count == visibleChildren.Count && LastChildFill)
childArea = new SizeF(availableSize.Width,availableSize.Height);
else
childArea = new SizeF(childSize.Width,availableSize.Height);
// Position the child within the child area
ArrangeChildVertical(child, child.VerticalAlignment, ref location, ref childArea);
child.Arrange(SharpDXExtensions.CreateRectangleF(location, childArea));
offsetRight += childArea.Width;
availableSize.Width -= childArea.Width;
}
break;
default: // Dock.Center
{
PointF location = new PointF(offsetLeft, offsetTop);
location.X += ActualPosition.X;
location.Y += ActualPosition.Y;
childSize = new SizeF(availableSize.Width, availableSize.Height);
if (count == visibleChildren.Count && LastChildFill)
child.Arrange(SharpDXExtensions.CreateRectangleF(location, childSize));
else
{
ArrangeChild(child, child.HorizontalAlignment, child.VerticalAlignment, ref location, ref childSize);
child.Arrange(SharpDXExtensions.CreateRectangleF(location, childSize));
}
// Do not remove child size from a border offset or from size - the child will
// stay in the "empty space" without taking place from the border layouting variables
}
break;
}
}
}
/// <summary>
/// Arranges the child horizontal in a given area. If the area is bigger than the child's desired
/// size, the child will be arranged according to the given <paramref name="alignment"/>.
/// </summary>
/// <param name="child">The child to arrange. The child will not be changed by this method.</param>
/// <param name="alignment">Alignment in horizontal direction.</param>
/// <param name="location">Input: The starting position of the available area. Output: The position
/// the child should be located.</param>
/// <param name="childSize">Input: The available area for the <paramref name="child"/>. Output:
/// The area the child should take.</param>
public void ArrangeChildHorizontal(FrameworkElement child, HorizontalAlignmentEnum alignment, ref PointF location, ref SizeF childSize)
{
// See comment in ArrangeChild
SizeF desiredSize = child.DesiredSize;
if (!double.IsNaN(desiredSize.Width) && desiredSize.Width <= childSize.Width)
{
// Width takes precedence over Stretch - Use Center as fallback
if (alignment == HorizontalAlignmentEnum.Center ||
(alignment == HorizontalAlignmentEnum.Stretch && !double.IsNaN(child.Width)))
{
location.X += (childSize.Width - desiredSize.Width) / 2;
childSize.Width = desiredSize.Width;
}
if (alignment == HorizontalAlignmentEnum.Right)
{
location.X += childSize.Width - desiredSize.Width;
childSize.Width = desiredSize.Width;
}
else if (alignment == HorizontalAlignmentEnum.Left)
{
// Leave location unchanged
childSize.Width = desiredSize.Width;
}
//else if (child.HorizontalAlignment == HorizontalAlignmentEnum.Stretch)
// - Use all the space, nothing to do here
}
}
/// <summary>
/// Arranges the child vertical in a given area. If the area is bigger than the child's desired
/// size, the child will be arranged according to the given <paramref name="alignment"/>.
/// </summary>
/// <param name="child">The child to arrange. The child will not be changed by this method.</param>
/// <param name="alignment">Alignment in vertical direction.</param>
/// <param name="location">Input: The starting position of the available area. Output: The position
/// the child should be located.</param>
/// <param name="childSize">Input: The available area for the <paramref name="child"/>. Output:
/// The area the child should take.</param>
public void ArrangeChildVertical(FrameworkElement child, VerticalAlignmentEnum alignment, ref PointF location, ref SizeF childSize)
{
// See comment in ArrangeChild
SizeF desiredSize = child.DesiredSize;
if (!double.IsNaN(desiredSize.Height) && desiredSize.Height <= childSize.Height)
{
// Height takes precedence over Stretch - Use Center as fallback
if (alignment == VerticalAlignmentEnum.Center ||
(alignment == VerticalAlignmentEnum.Stretch && !double.IsNaN(child.Height)))
{
location.Y += (childSize.Height - desiredSize.Height) / 2;
childSize.Height = desiredSize.Height;
}
else if (alignment == VerticalAlignmentEnum.Bottom)
{
location.Y += childSize.Height - desiredSize.Height;
childSize.Height = desiredSize.Height;
}
else if (alignment == VerticalAlignmentEnum.Top)
{
// Leave location unchanged
childSize.Height = desiredSize.Height;
}
//else if (child.VerticalAlignment == VerticalAlignmentEnum.Stretch)
// - Use all the space, nothing to do here
}
}
// WPF signature: public IInputElement InputHitTest(Point point)
/// <summary>
/// Returns the hit element.
/// </summary>
/// <param name="point">Point to check.</param>
/// <returns><see cref="UIElement"/> that was hit or <c>null</c>.</returns>
public virtual UIElement InputHitTest(PointF point)
{
if (!IsVisible)
return null;
if (IsInArea(point.X, point.Y))
{
foreach (var uiElement in GetChildren().Reverse())
{
var hitElement = uiElement.InputHitTest(point);
if (hitElement != null)
{
return hitElement;
}
}
if (IsInVisibleArea(point.X, point.Y))
{
return this;
}
}
return null;
}