private static IPListElement ExportText(Omnigraffle.ShapedGraphic graphic)
{
var dict = new PListDict();
var alignement = @"\ql";
if (graphic.Text.Alignement == Omnigraffle.TextAlignement.Center)
{
alignement = @"\qc";
}
else if (graphic.Text.Alignement == Omnigraffle.TextAlignement.Right)
{
alignement = @"\qr";
}
else if (graphic.Text.Alignement == Omnigraffle.TextAlignement.Justified)
{
alignement = @"\qj";
}
dict.Add("Text", new PListString(string.Format(@"{{\rtf1\ansi\ansicpg1252\cocoartf1138\cocoasubrtf470
{{\fonttbl\f0\fswiss\fcharset0 {1};}}
{{\colortbl;\red255\green255\blue255;}}
\pard\tx560\tx1120\tx1680\tx2240\tx2800\tx3360\tx3920\tx4480\tx5040\tx5600\tx6160\tx6720\pardirnatural{3}
\f0\fs{2} \cf0 {0}}}", graphic.Text.Text, graphic.FontInfo.Font, graphic.FontInfo.Size * 2, alignement)));
// if (graphic.Text.SideMargin > 0)
dict.Add("Pad", new PListInteger(graphic.Text.SideMargin));
// if (graphic.Text.TopBottomMargin > 0)
dict.Add("VerticalPad", new PListInteger(graphic.Text.TopBottomMargin));
return(dict);
}
protected ShapedGraphic GetHexagon()
{
var graphic = new Omnigraffle.ShapedGraphic(NextId, Omnigraffle.Shape.Bezier, 50, 50, 150, 70);
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(-0.45, -0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(-0.45, -0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(0.45, -0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(0.45, -0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(0.45, -0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(0.5, 0));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(0.5, 0));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(0.5, 0));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(0.45, 0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(0.45, 0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(0.45, 0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(-0.45, 0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(-0.45, 0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(-0.45, 0.5));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(-0.5, 0));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(-0.5, 0));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(-0.5, 0));
graphic.ShapeData.UnitPoints.Add(new KAOSTools.OmnigraffleExport.Omnigraffle.Point(-0.45, -0.5));
return(graphic);
}
protected void AddText(LineGraphic graphic, string text, float position = 0.5f)
{
var labelBox = new Omnigraffle.ShapedGraphic(NextId, Omnigraffle.Shape.Rectangle, 50, 50, 100, 100);
labelBox.Text = new Omnigraffle.TextInfo(text)
{
Alignement = KAOSTools.OmnigraffleExport.Omnigraffle.TextAlignement.Center,
SideMargin = 0, TopBottomMargin = 0
};
labelBox.FontInfo.Size = 8;
labelBox.Style.Shadow.Draws = false;
labelBox.FitText = KAOSTools.OmnigraffleExport.Omnigraffle.FitText.Yes;
// labelBox.Wrap = false;
labelBox.Flow = KAOSTools.OmnigraffleExport.Omnigraffle.Flow.Resize;
labelBox.Style.Fill.Color = new KAOSTools.OmnigraffleExport.Omnigraffle.Color(1, 1, 1);
labelBox.Style.Stroke.Draws = false;
labelBox.Line = new LineInfo(graphic.ID)
{
Position = position
};
sheet.GraphicsList.Add(labelBox);
}
private static IPListElement ExportShapedGraphic(Omnigraffle.ShapedGraphic graphic)
{
var dict = new PListDict();
dict.Add("Bounds", ExportBounds(graphic.Bounds));
dict.Add("Class", new PListString(graphic.Class));
dict.Add("ID", new PListInteger(graphic.ID));
var shape = new PListString();
if (graphic.Shape == Omnigraffle.Shape.Bezier)
{
shape.Value = "Bezier";
}
else if (graphic.Shape == Omnigraffle.Shape.Rectangle)
{
shape.Value = "Rectangle";
}
else if (graphic.Shape == Omnigraffle.Shape.Circle)
{
shape.Value = "Circle";
}
else if (graphic.Shape == Omnigraffle.Shape.Cloud)
{
shape.Value = "Cloud";
}
else
{
throw new NotImplementedException();
}
dict.Add("Shape", shape);
var fit_text = new PListString();
if (graphic.FitText == Omnigraffle.FitText.Vertical)
{
fit_text.Value = "Vertical";
}
if (graphic.FitText == Omnigraffle.FitText.Clip)
{
fit_text.Value = "Clip";
}
if (graphic.FitText == Omnigraffle.FitText.Yes)
{
fit_text.Value = "Clip";
}
dict.Add("FitText", fit_text);
var flow = new PListString();
if (graphic.Flow == Omnigraffle.Flow.Resize)
{
flow.Value = "Resize";
}
if (graphic.Flow == Omnigraffle.Flow.Clip)
{
flow.Value = "Clip";
}
dict.Add("Flow", flow);
var wrap = new PListString();
if (!graphic.Wrap)
{
wrap.Value = "NO";
dict.Add("Wrap", wrap);
}
if (graphic.FontInfo != default(Omnigraffle.FontInfo))
{
dict.Add("Font", ExportFont(graphic.FontInfo));
}
if (graphic.ShapeData != default(Omnigraffle.ShapeData))
{
dict.Add("ShapeData", ExportShapeData(graphic.ShapeData));
}
if (graphic.Style != default(Omnigraffle.StyleInfo))
{
dict.Add("Style", ExportStyle(graphic.Style));
}
if (graphic.VFlip)
{
dict.Add("VFlip", new PListBool(graphic.VFlip));
}
if (graphic.HFlip)
{
dict.Add("HFlip", new PListBool(graphic.HFlip));
}
if (!graphic.AllowConnections)
{
dict.Add("AllowConnections", new PListString(graphic.AllowConnections ? "YES" : "NO"));
}
if (graphic.Text != default(Omnigraffle.TextInfo))
{
dict.Add("Text", ExportText(graphic));
}
if (graphic.Line != null)
{
var d2 = new PListDict();
d2.Add("ID", new PListInteger(graphic.Line.ID));
d2.Add("Position", new PListReal(graphic.Line.Position));
d2.Add("RotationType", new PListInteger(graphic.Line.RotationType == Omnigraffle.RotationType.Default ? 0 : 0));
dict.Add("Line", d2);
}
if (graphic.Magnets.Count > 0)
{
var d2 = new PListArray();
foreach (var m in graphic.Magnets)
{
d2.Add(new PListString(string.Format("{{{0},{1}}}", m.X, m.Y)));
}
dict.Add("Magnets", d2);
}
return(dict);
}