/// <summary>
///
/// </summary>
/// <param name="row"></param>
/// <param name="col"></param>
/// <param name="rowSpan"></param>
/// <param name="colSpan"></param>
/// <returns></returns>
protected NRectangle GetGridCell(int row, int col, int rowSpan, int colSpan)
{
NRectangle cell1 = GetGridCell(row, col, m_GridOrigin, m_GridCellSize, m_GridSpacing);
NRectangle cell2 = GetGridCell(row + rowSpan, col + colSpan, m_GridOrigin, m_GridCellSize, m_GridSpacing);
return(NRectangle.Union(cell1, cell2));
}
/// <summary>
/// Performs the element post-children custom paint. Overriden to paint the status
/// of this example tile (if it has one) in its bottom-left corner.
/// </summary>
/// <param name="visitor"></param>
protected override void OnPostPaint(NPaintVisitor visitor)
{
base.OnPostPaint(visitor);
if (String.IsNullOrEmpty(m_Status))
{
return;
}
// Paint a new label in the bottom left corner
NRectangle bounds = GetContentEdge();
NFont font = new NFont(FontName, 5.0, ENFontStyle.Regular);
font.RasterizationMode = ENFontRasterizationMode.Aliased;
NSize textSize = font.MeasureString(m_Status, this.OwnerDocument);
NRectangle textRect = new NRectangle(bounds.X - 1, bounds.Bottom - textSize.Height,
textSize.Width + 3, textSize.Height);
// Paint the text background
NColor color = HomePage.GetStatusColor(m_Status);
visitor.SetFill(color);
visitor.PaintRectangle(textRect);
// Paint the text
visitor.SetFill(NColor.White);
visitor.SetFont(font);
NPoint location = textRect.Location;
NPaintTextPointSettings settings = new NPaintTextPointSettings();
visitor.PaintString(location, m_Status, ref settings);
}
public void Paint(NPaintVisitor visitor)
{
NColor color;
switch (State)
{
case ENTouchDeviceState.Down:
color = NColor.Blue;
break;
case ENTouchDeviceState.Unknown:
color = NColor.Green;
break;
case ENTouchDeviceState.Up:
color = NColor.Red;
break;
default:
throw new Exception("New ENTouchDeviceState?");
}
NSize size = Size;
if (size.Width == 0 || size.Height == 0)
{
size = new NSize(5, 5);
}
visitor.SetStroke(new NStroke(color));
visitor.PaintEllipse(NRectangle.FromCenterAndSize(Location, size));
}
private NBorderWall CreateOpenedBorderWall()
{
NRectangle outer = GetBorderEdge();
NRectangle inner = GetContentEdge();
NBorderWall wall = new NBorderWall(false);
double leftSide = inner.X - outer.X;
double topSide = inner.Y - outer.Y;
double rightSide = outer.Right - inner.Right;
double bottomSide = outer.Bottom - inner.Bottom;
double topClipStart = inner.X + inner.Width / 3;
double topClipEnd = inner.Right - inner.Width / 3;
wall.AddTopSide(new NRectangle(topClipEnd, outer.Y, inner.Right - topClipEnd, topSide));
wall.AddTopRightCorner(new NRectangle(inner.Right, outer.Y, rightSide, topSide));
wall.AddRightSide(new NRectangle(inner.Right, inner.Y, rightSide, inner.Height));
wall.AddRightBottomCorner(new NRectangle(inner.Right, inner.Bottom, rightSide, bottomSide));
wall.AddBottomSide(new NRectangle(inner.X, inner.Bottom, inner.Width, bottomSide));
wall.AddBottomLeftCorner(new NRectangle(outer.X, inner.Bottom, leftSide, bottomSide));
wall.AddLeftSide(new NRectangle(outer.X, inner.Y, leftSide, inner.Height));
wall.AddLeftTopCorner(new NRectangle(outer.X, outer.Y, leftSide, topSide));
wall.AddTopSide(new NRectangle(inner.X, outer.Y, topClipStart - inner.X, topSide));
return(wall);
}
protected override void OnPostPaint(NPaintVisitor visitor)
{
base.OnPostPaint(visitor);
if (String.IsNullOrEmpty(m_Status))
{
return;
}
visitor.ClearStyles();
visitor.SetFont(Font);
// Determine status bounds
NRectangle contentArea = GetContentEdge();
double length = NMath.Max(contentArea.Width, contentArea.Height) * 0.3;
NRectangle statusBounds = new NRectangle(contentArea.Right - length - 5,
contentArea.Top + 5, length, length);
// Fill the status bounds with a circle
NExamplesHomePage homePage = (NExamplesHomePage)GetFirstAncestor(NExamplesHomePage.NExamplesHomePageSchema);
NColor color = homePage.GetStatusColor(m_Status);
visitor.SetFill(new NColor(color, 160));
visitor.PaintEllipse(statusBounds);
// Create text paint settings
NPaintTextRectSettings settings = new NPaintTextRectSettings();
settings.HorzAlign = ENTextHorzAlign.Center;
settings.VertAlign = ENTextVertAlign.Center;
// Paint the status text in the top right corner
visitor.SetFill(NColor.White);
visitor.PaintString(statusBounds, m_Status, ref settings);
}
private static NGraphicsPath CreateRoundedRectangle(double w, double h)
{
NRectangle rect = new NRectangle(0.05 * w, 0.25 * h, 0.9 * w, 0.5 * h);
NGraphicsPath path = new NGraphicsPath();
path.AddRoundedRectangle(rect, h * 0.05);
return(path);
}
private static NGraphicsPath CreateEllipseSegment(double w, double h)
{
NRectangle rect = new NRectangle(0.05 * w, 0.25 * h, 0.9 * w, 0.5 * h);
NGraphicsPath path = new NGraphicsPath();
path.AddEllipseSegment(rect, NMath.PI * 0.1, NMath.PI * 1.2);
return(path);
}
/// <summary>
/// Overriden to create the family tree template
/// </summary>
/// <param name="document">document in which to create the template</param>
protected override void CreateTemplate(NDrawingDocument document)
{
NPoint pt;
NShape node;
NShape edge = null;
NPage page = document.Content.ActivePage;
// determine the elements dimensions
double childrenWidth = m_nChildrenCount * m_VerticesSize.Width + (m_nChildrenCount - 1) * m_fHorizontalSpacing;
double parentsWidth = m_VerticesSize.Width * 2 + m_fHorizontalSpacing;
// determine the template dimensions
double templateWidth = Math.Max(childrenWidth, parentsWidth);
NRectangle templateBounds = new NRectangle(m_Origin.X, m_Origin.Y, templateWidth, m_VerticesSize.Height * 2 + m_fVerticalSpacing);
NPoint center = templateBounds.Center;
// create the parent nodes
NShape father = CreateVertex(m_VerticesShape);
pt = new NPoint(center.X - (m_VerticesSize.Width + m_fHorizontalSpacing / 2), templateBounds.Y);
father.SetBounds(new NRectangle(pt, m_VerticesSize));
page.Items.AddChild(father);
NShape mother = CreateVertex(m_VerticesShape);
pt = new NPoint(center.X + m_fHorizontalSpacing / 2, templateBounds.Y);
mother.SetBounds(new NRectangle(pt, m_VerticesSize));
page.Items.AddChild(mother);
// create the children
if (m_nChildrenCount > 0)
{
double childrenY = templateBounds.Y + m_VerticesSize.Height + m_fVerticalSpacing;
for (int i = 0; i < m_nChildrenCount; i++)
{
// create the child
node = CreateVertex(m_VerticesShape);
pt = new NPoint(i * (m_VerticesSize.Width + m_fHorizontalSpacing), childrenY);
node.SetBounds(new NRectangle(pt, m_VerticesSize));
page.Items.AddChild(node);
// attach it to the parents
edge = CreateEdge(ENConnectorShape.BottomToTop1);
page.Items.AddChild(edge);
edge.GlueBeginToGeometryIntersection(father);
edge.GlueEndToShape(node);
edge = CreateEdge(ENConnectorShape.BottomToTop1);
page.Items.AddChild(edge);
edge.GlueBeginToGeometryIntersection(mother);
edge.GlueEndToShape(node);
}
}
}
/// <summary>
/// Creates an ellipse shapeand applies the specified class to ut (used for Start and End shapes)
/// </summary>
/// <param name="bounds"></param>
/// <param name="userClass"></param>
/// <returns></returns>
NShape CreateEllipse(NRectangle bounds, string userClass)
{
NBasicShapeFactory factory = new NBasicShapeFactory();
NShape shape = factory.CreateShape(ENBasicShape.Ellipse);
shape.SetBounds(bounds);
shape.UserClass = userClass;
m_DrawingDocument.Content.ActivePage.Items.Add(shape);
return(shape);
}
private void CreateRectanglePrototype()
{
Path myPath = new Path();
string type = "Rectangle";
myPath.Tag = type;
NRectangle rectangle = new NRectangle(myPath);
prototypedFigures.Add(type, rectangle);
}
private void UpdateOuputPath()
{
NRectangle bounds = new NRectangle();
int count = m_InputPaths.Count;
// compute the ouput path and the bounds
if (count != 0)
{
NRegion result = NRegion.FromPath(m_InputPaths[0], ENFillRule.EvenOdd);
bounds = result.Bounds;
for (int i = 1; i < count; i++)
{
NRegion operand = NRegion.FromPath(m_InputPaths[i], ENFillRule.EvenOdd);
bounds = NRectangle.Union(bounds, operand.Bounds);
switch (m_OperatorCombo.SelectedIndex)
{
case 0: // union
result = result.Union(operand);
break;
case 1: // intersection
result = result.Intersect(operand);
break;
case 2:
result = result.Subtract(operand);
break;
case 3:
result = result.ExclusiveOr(operand);
break;
}
}
m_OutputPath = new NGraphicsPath(result.GetPath());
}
else
{
m_OutputPath = new NGraphicsPath();
}
// normalize the coordinates
for (int i = 0; i < count; i++)
{
NGraphicsPath path = m_InputPaths[i];
//NRectangle pathBounds = path.GetBounds();
path.Translate(-bounds.X, -bounds.Y);
}
m_OutputPath.Translate(-bounds.X, -bounds.Y);
m_Canvas.PreferredSize = new NSize(bounds.Width + 20, bounds.Height + 20);
m_Canvas.InvalidateDisplay();
}
/// <summary>
/// Converts client size rectangle to window rectangle, according to window styles.
/// </summary>
/// <param name="clientRectangle">Client area bounding box.</param>
/// <param name="windowStyle">Style of window to compute.</param>
/// <param name="extendedWindowStyle">Extended style of window to compute.</param>
public static NRectangle ConvertClientToWindowRect(NRectangle clientRectangle, long windowStyle, long extendedWindowStyle)
{
NRectangle tmp = clientRectangle;
if (AdjustWindowRectEx(ref tmp, windowStyle, false, extendedWindowStyle))
{
return(tmp);
}
else
{
return(clientRectangle);
}
}
private void OnRandomRectButtonClick(NEventArgs args)
{
NRectangle rect = new NRectangle(m_Random.Next(500), m_Random.Next(500), m_Random.Next(500), m_Random.Next(500));
rect.Normalize();
NGraphicsPath path = new NGraphicsPath();
path.AddRectangle(rect);
m_InputPaths.Add(path);
UpdateOuputPath();
}
/// <summary>
/// Creates a predefined flow charting shape
/// </summary>
/// <param name="flowChartShape">flow charting shape</param>
/// <param name="bounds">bounds</param>
/// <param name="text">default label text</param>
/// <param name="userClass">name of the stylesheet from which to inherit styles</param>
/// <returns>new basic shape</returns>
private NShape CreateFlowChartingShape(ENFlowchartingShape flowChartShape, NRectangle bounds, string text, string userClass)
{
// create shape
NShape shape = new NFlowchartingShapeFactory().CreateShape(flowChartShape);
// set bounds, text and user class
shape.SetBounds(bounds);
shape.Text = text;
shape.UserClass = userClass;
// add to active page
m_DrawingDocument.Content.ActivePage.Items.Add(shape);
return(shape);
}
/// <summary>
///
/// </summary>
/// <param name="args"></param>
private void OnCanvasPrePaint(NCanvasPaintEventArgs args)
{
NCanvas canvas = args.TargetNode as NCanvas;
if (canvas == null)
{
return;
}
NPaintVisitor paintVisitor = args.PaintVisitor;
NRectangle contentEge = canvas.GetContentEdge();
// create the text bounds
double width = contentEge.Width * m_WidthPercentUpDown.Value / 100.0;
double height = contentEge.Height * m_HeightPercentUpDown.Value / 100.0;
NPoint center = contentEge.Center;
NRectangle textBounds = new NRectangle(center.X - width / 2.0, center.Y - height / 2.0, width, height);
// create the settings
NPaintTextRectSettings settings = new NPaintTextRectSettings();
settings.SingleLine = m_SingleLineCheckBox.Checked;
settings.WrapMode = (ENTextWrapMode)m_WrapModeCombo.SelectedIndex;
settings.HorzAlign = (ENTextHorzAlign)m_HorizontalAlignmentCombo.SelectedIndex;
settings.VertAlign = (ENTextVertAlign)m_VerticalAlignmentCombo.SelectedIndex;
// create the text
StringBuilder builder = new StringBuilder();
builder.AppendLine("Paint text at bounds [" + textBounds.X.ToString("0.") + ", " + textBounds.Y.ToString("0.") + "]");
builder.AppendLine("Horizontal Alignment [" + settings.HorzAlign.ToString() + "]");
builder.AppendLine("Vertical Alignment [" + settings.VertAlign.ToString() + "]");
// paint the bounding box
paintVisitor.ClearStyles();
paintVisitor.SetFill(NColor.LightBlue);
paintVisitor.PaintRectangle(textBounds);
// init font and fill
paintVisitor.SetFill(NColor.Black);
NFont font = new NFont(NFontDescriptor.DefaultSansFamilyName, 10);
NGraphicsPath path = font.GetTextPath(builder.ToString(), textBounds, this.OwnerDocument, ref settings);
paintVisitor.PaintPath(path);
}
void OnTimerTick()
{
NPoint centerOfRotation = new NPoint(m_DrawingDocument.Content.ActivePage.Bounds.CenterX, 300);
const double radius = 150;
NPoint beginCenter = centerOfRotation + new NPoint(Math.Cos(m_dAngle) * radius, Math.Sin(m_dAngle) * radius);
m_BeginShape.SetBounds(NRectangle.FromCenterAndSize(beginCenter, m_BeginShape.Width, m_BeginShape.Height));
NPoint endCenter = centerOfRotation + new NPoint(Math.Cos(m_dAngle + NMath.PI) * radius, Math.Sin(m_dAngle + NMath.PI) * radius);
m_EndShape.SetBounds(NRectangle.FromCenterAndSize(endCenter, m_EndShape.Width, m_EndShape.Height));
m_dAngle += NMath.PI / 180;
}
/// <summary>
///
/// </summary>
/// <param name="args"></param>
private void OnCanvasPrePaint(NCanvasPaintEventArgs args)
{
NCanvas canvas = args.TargetNode as NCanvas;
if (canvas == null)
{
return;
}
NPaintVisitor paintVisitor = args.PaintVisitor;
NRectangle contentEge = canvas.GetContentEdge();
// create the text bounds
double width = contentEge.Width * 0.5;
double height = contentEge.Height * 0.5;
NPoint center = contentEge.Center;
NRectangle textBounds = new NRectangle(center.X - width / 2.0, center.Y - height / 2.0, width, height);
// create the settings
NPaintTextRectSettings settings = new NPaintTextRectSettings();
settings.SingleLine = false;
settings.WrapMode = ENTextWrapMode.WordWrap;
settings.HorzAlign = ENTextHorzAlign.Center;
settings.VertAlign = ENTextVertAlign.Center;
// create the text
StringBuilder builder = new StringBuilder();
builder.AppendLine("This text is displayed using Liberation Fonts!");
builder.AppendLine("distributed under the SIL Open Font License (OFL)");
// paint the bounding box
paintVisitor.ClearStyles();
paintVisitor.SetFill(NColor.LightBlue);
paintVisitor.PaintRectangle(textBounds);
// init font and fill
paintVisitor.SetFill(NColor.Black);
ENFontStyle fontStyle = NFontFaceDescriptor.FontVariantToFontStyle(m_FontDescriptor.FontVariant);
paintVisitor.SetFont(new NFont(m_FontDescriptor.FamilyName, 10, fontStyle));
// paint the text
paintVisitor.PaintString(textBounds, builder.ToString(), ref settings);
}
void PaintCustomBackground(NTreeListPaintContext context, NTreeListColumnHeader item)
{
NRectangle bounds = context.PaintBounds;
bounds.Inflate(0, -1);
Rectangle gdiRect = bounds.ToRectangle();
Color c1 = Color.Empty;
Color c2 = Color.Empty;
switch (item.VisualState)
{
case ItemVisualState.Normal:
c1 = Color.FloralWhite;
c2 = Color.Chocolate;
break;
case ItemVisualState.Hot:
c1 = Color.Orange;
c2 = Color.Red;
break;
case ItemVisualState.Pressed:
c1 = Color.Red;
c2 = Color.Orange;
break;
}
LinearGradientBrush br = new LinearGradientBrush(gdiRect, c1, c2, 90F);
context.Graphics.FillRectangle(br, gdiRect);
br.Dispose();
if (item.Owner.VisibleIndex == 0)
{
return;
}
Pen p = new Pen(Color.Black);
context.Graphics.DrawLine(p, bounds.X - 1, bounds.Y + 3, bounds.X - 1, bounds.Bottom - 4);
p.Color = Color.Wheat;
context.Graphics.DrawLine(p, bounds.X, bounds.Y + 4, bounds.X, bounds.Bottom - 3);
p.Dispose();
}
/// <summary>
///
/// </summary>
/// <param name="args"></param>
private void OnCanvasPrePaint(NCanvasPaintEventArgs args)
{
NCanvas canvas = args.TargetNode as NCanvas;
if (canvas == null)
{
return;
}
NPaintVisitor paintVisitor = args.PaintVisitor;
NRectangle contentEge = canvas.GetContentEdge();
// create the settings
NPaintTextRectSettings settings = new NPaintTextRectSettings();
settings.SingleLine = false;
settings.WrapMode = ENTextWrapMode.WordWrap;
settings.HorzAlign = ENTextHorzAlign.Left;
settings.VertAlign = ENTextVertAlign.Top;
// create the text
string text = m_TextBox.Text;
// calculate the text bounds the text bounds
double resolution = canvas.OwnerDocument.GetEffectiveResolution();
NFont font = new NFont(NFontDescriptor.DefaultSansFamilyName, 10, ENFontStyle.Regular);
NSize textSize = font.MeasureString(text.ToCharArray(), resolution, contentEge.Width, false, ref settings);
NPoint center = contentEge.Center;
NRectangle textBounds = new NRectangle(
center.X - textSize.Width / 2.0,
center.Y - textSize.Height / 2.0,
textSize.Width,
textSize.Height);
// paint the bounding box
paintVisitor.ClearStyles();
paintVisitor.SetFill(NColor.LightBlue);
paintVisitor.PaintRectangle(textBounds);
// init font and fill
paintVisitor.SetFill(NColor.Black);
paintVisitor.SetFont(font);
// paint the text
paintVisitor.PaintString(textBounds, text.ToCharArray(), ref settings);
}
public override void PostPaintItem(NTreeListNodeSubItem item, NTreeListPaintContext context)
{
Font orig = context.Font;
Font newFont = null;
NRectangle bounds = context.TreeList.GetSubItemRect(item);
switch (item.ItemType)
{
case TreeListNodeSubItemType.String:
if (item.Owner.IsEven)
{
newFont = new Font(orig, FontStyle.Strikeout);
}
else
{
newFont = new Font(orig, FontStyle.Italic);
}
break;
case TreeListNodeSubItemType.Numeric:
case TreeListNodeSubItemType.DateTime:
if (item.Owner.IsEven == false)
{
newFont = new Font(orig, FontStyle.Strikeout);
}
else
{
newFont = new Font(orig, FontStyle.Italic);
}
break;
}
if (newFont != null)
{
context.Font = newFont;
}
base.PostPaintItem(item, context);
if (newFont != null)
{
newFont.Dispose();
}
context.Font = orig;
}
protected override NWidget CreateExampleContent()
{
m_PositionX = 100;
m_PositionY = 220;
m_Angle1 = -50;
m_Angle2 = 40;
m_Angle3 = 90;
m_ClipRect = new NRectangle(20, 20, 500, 360);
m_Canvas = new NCanvas();
m_Canvas.PreferredSize = new NSize(600, 400);
m_Canvas.BackgroundFill = new NColorFill(new NColor(220, 220, 200));
m_Canvas.HorizontalPlacement = ENHorizontalPlacement.Center;
m_Canvas.VerticalPlacement = ENVerticalPlacement.Center;
m_Canvas.PrePaint += new Function <NCanvasPaintEventArgs>(OnCanvasPrePaint);
NScrollContent scroll = new NScrollContent();
scroll.Content = m_Canvas;
scroll.NoScrollHAlign = ENNoScrollHAlign.Center;
scroll.NoScrollVAlign = ENNoScrollVAlign.Center;
return(scroll);
}
/// <summary>
/// Performs the element post-children custom paint. Overriden to paint the status
/// of this category header's group (if it has one) in the top-right corner of the header.
/// </summary>
/// <param name="visitor"></param>
protected override void OnPostPaint(NPaintVisitor visitor)
{
base.OnPostPaint(visitor);
if (String.IsNullOrEmpty(m_Status))
{
return;
}
// Determine the text bounds
NRectangle bounds = GetContentEdge();
NSize textSize = Font.MeasureString(((NLabel)Box2).Text);
NRectangle textBounds = NRectangle.FromCenterAndSize(bounds.Center, textSize.Width, textSize.Height);
textBounds.X += Box1.Width / 2;
// Calculate a rectangle for the status text located to the right of the text rectangle
textSize = StatusFont.MeasureString(m_Status, OwnerDocument);
NRectangle textRect = new NRectangle(textBounds.Right + StatusLeftPadding, textBounds.Top,
textSize.Width + StatusRightPadding, textSize.Height);
// Paint the text background
NExamplesHomePage homePage = (NExamplesHomePage)GetFirstAncestor(NExamplesHomePage.NExamplesHomePageSchema);
NColor color = homePage.GetStatusColor(m_Status);
visitor.SetFill(color);
visitor.PaintRectangle(textRect);
// Paint the text
visitor.SetFill(NColor.White);
visitor.SetFont(StatusFont);
NPoint location = textRect.Location;
NPaintTextPointSettings settings = new NPaintTextPointSettings();
visitor.PaintString(location, m_Status, ref settings);
}
public override NMatrix Calibrate(NPaintVisitor visitor, double imgWidth, double imgHeight, NRectangle targetRect)
{
// Initialize the image transform
NMatrix matrix = NMatrix.Identity;
// Scale the image so that it fits 2 times in width and 3 times in height
matrix.Scale(
NCustomTextureMappingExample.RectWidth / (2.0 * imgWidth),
NCustomTextureMappingExample.RectHeight / (3.0 * imgHeight));
// Rotate the image to the specified angle
matrix.Rotate(m_TextureMapping.TextureAngle * NAngle.Degree2Rad);
// Translate the image to the specfied pin point
matrix.Translate(m_TextureMapping.PinPoint.X, m_TextureMapping.PinPoint.Y);
return(matrix);
}
/// <summary>
/// Overriden to create the triangular grid template in the specified document
/// </summary>
/// <param name="document">document in which to create the template</param>
protected override void CreateTemplate(NDrawingDocument document)
{
NPage page = document.Content.ActivePage;
NRectangle templateBounds = new NRectangle(m_Origin.X, m_Origin.Y,
m_nLevels * m_VerticesSize.Width + (m_nLevels - 1) * m_fHorizontalSpacing,
m_nLevels * m_VerticesSize.Height + (m_nLevels - 1) * m_fVerticalSpacing);
NPoint location;
NShape cur = null, prev = null;
NShape edge = null;
NList <NShape> curRowNodes = null;
NList <NShape> prevRowNodes = null;
for (int level = 1; level <= m_nLevels; level++)
{
// determine the location of the first node in the level
location = new NPoint(templateBounds.X + (templateBounds.Width - level * m_VerticesSize.Width - (level - 1) * m_fHorizontalSpacing) / 2,
templateBounds.Y + (level - 1) * (m_VerticesSize.Height + m_fVerticalSpacing));
curRowNodes = new NList <NShape>();
for (int i = 0; i < level; i++)
{
cur = CreateVertex(m_VerticesShape);
cur.SetBounds(new NRectangle(location, m_VerticesSize));
page.Items.AddChild(cur);
location.X += m_VerticesSize.Width + m_fHorizontalSpacing;
// connect the current node with its ancestors and prev node
if (m_bConnectGrid == false)
{
continue;
}
// connect with prev
if (i > 0)
{
edge = CreateEdge(ENConnectorShape.Line);
page.Items.AddChild(edge);
edge.GlueBeginToGeometryIntersection(prev);
edge.GlueEndToShape(cur);
}
// connect with ancestors
if (level > 1)
{
if (i < prevRowNodes.Count)
{
edge = CreateEdge(ENConnectorShape.Line);
page.Items.AddChild(edge);
edge.GlueBeginToGeometryIntersection((NShape)prevRowNodes[i]);
edge.GlueEndToShape(cur);
}
if (i > 0)
{
edge = CreateEdge(ENConnectorShape.Line);
page.Items.AddChild(edge);
edge.GlueBeginToGeometryIntersection((NShape)prevRowNodes[i - 1]);
edge.GlueEndToShape(cur);
}
}
curRowNodes.Add(cur);
prev = cur;
}
prevRowNodes = curRowNodes;
}
}
public static extern bool GetClientRect(IntPtr handle, out NRectangle rect);
public static extern bool GetWindowRect(IntPtr handle, out NRectangle rect);
private NShape CreateAndShape()
{
NShape shape = new NShape();
shape.Init2DShape();
NSize normalSize = new NSize(1, 1);
NGraphicsPath path = new NGraphicsPath();
// create input lines
double x1 = 0;
double y1 = normalSize.Height / 3;
path.StartFigure(x1, y1);
path.LineTo(normalSize.Width / 4, y1);
double y2 = normalSize.Height * 2 / 3;
double x2 = 0;
path.StartFigure(x2, y2);
path.LineTo(normalSize.Width / 4, y2);
// create body
path.StartFigure(normalSize.Width / 4, 0);
path.LineTo(normalSize.Width / 4, 1);
NPoint ellipseCenter = new NPoint(normalSize.Width / 4, 0.5);
path.AddEllipseSegment(NRectangle.FromCenterAndSize(ellipseCenter, normalSize.Width, normalSize.Height), NMath.PIHalf, -NMath.PI);
path.CloseFigure();
// create output
double y3 = normalSize.Height / 2;
double x3 = normalSize.Width;
path.StartFigure(normalSize.Width * 3 / 4, y3);
path.LineTo(x3, y3);
shape.Geometry.AddRelative(new NDrawPath(new NRectangle(0, 0, 1, 1), path));
// create ports
NPort input1 = new NPort();
input1.X = x1;
input1.Y = y1;
input1.Relative = true;
input1.SetDirection(ENBoxDirection.Left);
input1.FlowMode = ENPortFlowMode.Input;
shape.Ports.Add(input1);
NPort input2 = new NPort();
input2.X = x2;
input2.Y = y2;
input2.Relative = true;
input2.SetDirection(ENBoxDirection.Left);
input2.FlowMode = ENPortFlowMode.Input;
shape.Ports.Add(input2);
NPort output1 = new NPort();
output1.X = x3;
output1.Y = y3;
output1.Relative = true;
output1.SetDirection(ENBoxDirection.Right);
output1.FlowMode = ENPortFlowMode.Output;
shape.Ports.Add(output1);
// by default this shape does not accept shape-to-shape connections
shape.DefaultShapeGlue = ENDefaultShapeGlue.None;
// set text
shape.Text = "AND";
return(shape);
}
protected override void InitDiagram()
{
base.InitDiagram();
NStyleSheet sheet = new NStyleSheet();
m_DrawingDocument.StyleSheets.Add(sheet);
// create a rule that applies to the geometries of all shapes with user class Connectors
const string connectorsClass = "Connector";
{
NRule rule = sheet.CreateRule(delegate(NSelectorBuilder sb)
{
sb.Type(NGeometry.NGeometrySchema); sb.ChildOf(); sb.UserClass(connectorsClass);
});
rule.AddValueDeclaration <NArrowhead>(NGeometry.EndArrowheadProperty, new NArrowhead(ENArrowheadShape.TriangleNoFill), true);
}
// create a rule that applies to the TextBlocks of all shapes with user class Connectors
{
NRule rule = sheet.CreateRule(delegate(NSelectorBuilder sb)
{
sb.Type(NTextBlock.NTextBlockSchema); sb.ChildOf(); sb.UserClass(connectorsClass);
});
rule.AddValueDeclaration <NFill>(NTextBlock.BackgroundFillProperty, new NColorFill(NColor.White));
}
// create a rule that applies to shapes with user class "STARTEND"
{
NRule rule = sheet.CreateRule(delegate(NSelectorBuilder sb)
{
sb.Type(NGeometry.NGeometrySchema); sb.ChildOf(); sb.UserClass("STARTEND");
});
rule.AddValueDeclaration <NFill>(NGeometry.FillProperty, new NStockGradientFill(ENGradientStyle.Horizontal, ENGradientVariant.Variant1, new NColor(247, 150, 56), new NColor(251, 203, 156)));
}
// create a rule that applies to shapes with user class "QUESTION"
{
NRule rule = sheet.CreateRule(delegate(NSelectorBuilder sb)
{
sb.Type(NGeometry.NGeometrySchema); sb.ChildOf(); sb.UserClass("QUESTION");
});
rule.AddValueDeclaration <NFill>(NGeometry.FillProperty, new NStockGradientFill(ENGradientStyle.Horizontal, ENGradientVariant.Variant1, new NColor(129, 133, 133), new NColor(192, 194, 194)));
}
// create a rule that applies to shapes with user class "ACTION"
{
NRule rule = sheet.CreateRule(delegate(NSelectorBuilder sb)
{
sb.Type(NGeometry.NGeometrySchema); sb.ChildOf(); sb.UserClass("ACTION");
});
rule.AddValueDeclaration <NFill>(NGeometry.FillProperty, new NStockGradientFill(ENGradientStyle.Horizontal, ENGradientVariant.Variant1, new NColor(68, 90, 108), new NColor(162, 173, 182)));
}
// get drawing and active page
NDrawing drawing = m_DrawingDocument.Content;
NPage activePage = drawing.ActivePage;
// hide ports and grid
drawing.ScreenVisibility.ShowGrid = false;
drawing.ScreenVisibility.ShowPorts = false;
NBasicShapeFactory basicShapesFactory = new NBasicShapeFactory();
NFlowchartingShapeFactory flowChartingShapesFactory = new NFlowchartingShapeFactory();
NConnectorShapeFactory connectorShapesFactory = new NConnectorShapeFactory();
NRectangle bounds;
int vSpacing = 35;
int hSpacing = 45;
int topMargin = 10;
int leftMargin = 10;
int shapeWidth = 90;
int shapeHeight = 55;
int col1 = leftMargin;
int col2 = col1 + shapeWidth + hSpacing;
int col3 = col2 + shapeWidth + hSpacing;
int col4 = col3 + shapeWidth + hSpacing;
int row1 = topMargin;
int row2 = row1 + shapeHeight + vSpacing;
int row3 = row2 + shapeHeight + vSpacing;
int row4 = row3 + shapeHeight + vSpacing;
int row5 = row4 + shapeHeight + vSpacing;
int row6 = row5 + shapeHeight + vSpacing;
bounds = new NRectangle(col2, row1, shapeWidth, shapeHeight);
NShape start = CreateFlowChartingShape(ENFlowchartingShape.Termination, bounds, "START", "STARTEND");
// row 2
bounds = new NRectangle(col2, row2, shapeWidth, shapeHeight);
NShape haveSerialNumber = CreateFlowChartingShape(ENFlowchartingShape.Decision, bounds, "Have a serial number?", "QUESTION");
bounds = new NRectangle(col3, row2, shapeWidth, shapeHeight);
NShape getSerialNumber = CreateFlowChartingShape(ENFlowchartingShape.Process, bounds, "Get serial number", "ACTION");
// row 3
bounds = new NRectangle(col1, row3, shapeWidth, shapeHeight);
NShape enterSerialNumber = CreateFlowChartingShape(ENFlowchartingShape.Process, bounds, "Enter serial number", "ACTION");
bounds = new NRectangle(col2, row3, shapeWidth, shapeHeight);
NShape haveDiskSpace = CreateFlowChartingShape(ENFlowchartingShape.Decision, bounds, "Have disk space?", "QUESTION");
bounds = new NRectangle(col3, row3, shapeWidth, shapeHeight);
NShape freeUpSpace = CreateFlowChartingShape(ENFlowchartingShape.Process, bounds, "Free up space", "ACTION");
// row 4
bounds = new NRectangle(col1, row4, shapeWidth, shapeHeight);
NShape runInstallRect = CreateFlowChartingShape(ENFlowchartingShape.Process, bounds, "Run install file", "ACTION");
bounds = new NRectangle(col2, row4, shapeWidth, shapeHeight);
NShape registerNow = CreateFlowChartingShape(ENFlowchartingShape.Decision, bounds, "Register now?", "QUESTION");
bounds = new NRectangle(col3, row4, shapeWidth, shapeHeight);
NShape fillForm = CreateFlowChartingShape(ENFlowchartingShape.Process, bounds, "Fill out form", "ACTION");
bounds = new NRectangle(col4, row4, shapeWidth, shapeHeight);
NShape submitForm = CreateFlowChartingShape(ENFlowchartingShape.Process, bounds, "Submit form", "ACTION");
// row 5
bounds = new NRectangle(col1, row5, shapeWidth, shapeHeight);
NShape finishInstall = CreateFlowChartingShape(ENFlowchartingShape.Process, bounds, "Finish installation", "ACTION");
bounds = new NRectangle(col2, row5, shapeWidth, shapeHeight);
NShape restartNeeded = CreateFlowChartingShape(ENFlowchartingShape.Decision, bounds, "Restart needed?", "QUESTION");
bounds = new NRectangle(col3, row5, shapeWidth, shapeHeight);
NShape restart = CreateFlowChartingShape(ENFlowchartingShape.Process, bounds, "Restart", "ACTION");
// row 6
bounds = new NRectangle(col2, row6, shapeWidth, shapeHeight);
NShape run = CreateFlowChartingShape(ENFlowchartingShape.Process, bounds, "RUN", "STARTEND");
// create connectors
CreateConnector(start, "Bottom", haveSerialNumber, "Top", ENConnectorShape.Line, "");
CreateConnector(getSerialNumber, "Top", haveSerialNumber, "Top", ENConnectorShape.RoutableConnector, "");
CreateConnector(haveSerialNumber, "Right", getSerialNumber, "Left", ENConnectorShape.Line, "No");
CreateConnector(haveSerialNumber, "Bottom", enterSerialNumber, "Top", ENConnectorShape.BottomToTop1, "Yes");
CreateConnector(enterSerialNumber, "Right", haveDiskSpace, "Left", ENConnectorShape.Line, "");
CreateConnector(freeUpSpace, "Top", haveDiskSpace, "Top", ENConnectorShape.RoutableConnector, "");
CreateConnector(haveDiskSpace, "Right", freeUpSpace, "Left", ENConnectorShape.Line, "No");
CreateConnector(haveDiskSpace, "Bottom", runInstallRect, "Top", ENConnectorShape.BottomToTop1, "Yes");
CreateConnector(registerNow, "Right", fillForm, "Left", ENConnectorShape.Line, "Yes");
CreateConnector(registerNow, "Bottom", finishInstall, "Top", ENConnectorShape.BottomToTop1, "No");
CreateConnector(fillForm, "Right", submitForm, "Left", ENConnectorShape.Line, "");
CreateConnector(submitForm, "Bottom", finishInstall, "Top", ENConnectorShape.BottomToTop1, "");
CreateConnector(finishInstall, "Right", restartNeeded, "Left", ENConnectorShape.Line, "");
CreateConnector(restart, "Bottom", run, "Top", ENConnectorShape.BottomToTop1, "");
CreateConnector(restartNeeded, "Right", restart, "Left", ENConnectorShape.Line, "Yes");
CreateConnector(restartNeeded, "Bottom", run, "Top", ENConnectorShape.Line, "No");
}
public static extern bool AdjustWindowRectEx(ref NRectangle clientToWindowRect, long windowStyle, bool hasMenu, long extendedWindowStyle);
private NBorderWall CreateCrossBorderWall()
{
NRectangle r0 = GetContentEdge();
NMargins bt = BorderThickness;
bt.Left = Math.Min(bt.Left, r0.Width / 6);
bt.Right = Math.Min(bt.Right, r0.Width / 6);
bt.Top = Math.Min(bt.Top, r0.Height / 6);
bt.Bottom = Math.Min(bt.Bottom, r0.Height / 6);
NRectangle r1 = bt.GetInnerRect(r0);
NRectangle r2 = NRectangle.FromLTRB(
r1.X + r1.Width / 3 - (bt.Left / 2),
r1.Y + r1.Height / 3 - (bt.Top / 2),
r1.Right - r1.Width / 3 + (bt.Right / 2),
r1.Bottom - r1.Height / 3 + (bt.Bottom / 2));
NRectangle r3 = bt.GetInnerRect(r2);
double x0 = r0.X;
double x1 = r1.X;
double x2 = r2.X;
double x3 = r3.X;
double x4 = r3.Right;
double x5 = r2.Right;
double x6 = r1.Right;
double x7 = r0.Right;
double y0 = r0.Y;
double y1 = r1.Y;
double y2 = r2.Y;
double y3 = r3.Y;
double y4 = r3.Bottom;
double y5 = r2.Bottom;
double y6 = r1.Bottom;
double y7 = r0.Bottom;
NBorderWall wall = new NBorderWall(true);
wall.AddLeftTopCorner(new NRectangle(x2, y0, bt.Left, bt.Top));
wall.AddTopSide(new NRectangle(x3, y0, x4 - x3, bt.Top));
wall.AddTopRightCorner(new NRectangle(x4, y0, bt.Right, bt.Top));
wall.AddRightSide(new NRectangle(x4, y1, bt.Right, y2 - y1));
wall.AddRightTopCorner(new NRectangle(x4, y2, bt.Right, bt.Top));
wall.AddTopSide(new NRectangle(x5, y2, x6 - x5, bt.Top));
wall.AddTopRightCorner(new NRectangle(x6, y2, bt.Right, bt.Top));
wall.AddRightSide(new NRectangle(x6, y3, bt.Right, y4 - y3));
wall.AddRightBottomCorner(new NRectangle(x6, y4, bt.Right, bt.Bottom));
wall.AddBottomSide(new NRectangle(x5, y4, x6 - x5, bt.Bottom));
wall.AddBottomRightCorner(new NRectangle(x4, y4, bt.Right, bt.Bottom));
wall.AddRightSide(new NRectangle(x4, y5, bt.Right, y6 - y5));
wall.AddRightBottomCorner(new NRectangle(x4, y6, bt.Right, bt.Bottom));
wall.AddBottomSide(new NRectangle(x3, y6, x4 - x3, bt.Bottom));
wall.AddBottomLeftCorner(new NRectangle(x2, y6, bt.Left, bt.Bottom));
wall.AddLeftSide(new NRectangle(x2, y5, bt.Left, y6 - y5));
wall.AddLeftBottomCorner(new NRectangle(x2, y4, bt.Left, bt.Bottom));
wall.AddBottomSide(new NRectangle(x1, y4, x2 - x1, bt.Bottom));
wall.AddBottomLeftCorner(new NRectangle(x0, y4, bt.Left, bt.Bottom));
wall.AddLeftSide(new NRectangle(x0, y3, bt.Left, y4 - y3));
wall.AddLeftTopCorner(new NRectangle(x0, y2, bt.Left, bt.Top));
wall.AddTopSide(new NRectangle(x1, y2, x2 - x1, bt.Top));
wall.AddTopLeftCorner(new NRectangle(x2, y2, bt.Left, bt.Top));
wall.AddLeftSide(new NRectangle(x2, y1, bt.Left, y2 - y1));
return(wall);
}
