private ColorDescriptor ColorFor(L4j level)
{
switch (level)
{
case L4j.Fatal: return(_fatal ?? (_fatal
= _doc.createColor(Color.Red)));
case L4j.Error: return(_error ?? (_error
= _doc.createColor(Color.Red)));
case L4j.Warn: return(_warn ?? (_warn
= _doc.createColor(Color.Yellow)));
case L4j.Info: return(_info ?? (_info
= _doc.createColor(Color.White)));
case L4j.Debug: return(_debug ?? (_debug
= _doc.createColor(Color.DarkGray)));
case L4j.Trace: return(_trace ?? (_trace
= _doc.createColor(Color.SlateGray)));
case L4j.Off: return(_off ?? (_off
= _doc.createColor(Color.Transparent)));
default:
throw Error.Unsupported(level);
}
}
private System.Drawing.Color GetColor(ColorDescriptor colorDescriptor)
{
int r = colorDescriptor.R;
int g = colorDescriptor.G;
int b = colorDescriptor.B;
return(System.Drawing.Color.FromArgb(r, g, b));
}
public ChartSeries Deserialize(byte[] bytes)
{
ChartSeries chartSeries = new ChartSeries()
{
Name = null,
ColorDescriptor = null,
Points = new List <ChartPoint>()
};
//Name
StringSerialization ss = new StringSerialization();
byte[] nameLengthBytes = new byte[TypeSizes.SIZE_INT];
Array.Copy(bytes, 0, nameLengthBytes, 0, TypeSizes.SIZE_INT);
int length = BitConverter.ToInt32(nameLengthBytes, 0);
byte[] nameBytes = new byte[length];
Array.Copy(bytes, TypeSizes.SIZE_INT, nameBytes, 0, length);
string name = ss.Deserialize(nameBytes);
int typeOffset = TypeSizes.SIZE_INT + nameBytes.Length;
//Type
byte[] typeBytes = new byte[TypeSizes.SIZE_SHORT];
Array.Copy(bytes, typeOffset, typeBytes, 0, TypeSizes.SIZE_SHORT);
ChartSeriesType seriesType = (ChartSeriesType)BitConverter.ToInt16(typeBytes, 0);
int colorOffset = typeOffset + TypeSizes.SIZE_SHORT;
//Color
ColorDescriptorSerialization cds = new ColorDescriptorSerialization();
byte[] colorBytes = new byte[cds.SizeInBytes];
Array.Copy(bytes, colorOffset, colorBytes, 0, cds.SizeInBytes);
ColorDescriptor colorDescriptor = cds.Deserialize(colorBytes);
//Points
ChartPointSerialization cps = new ChartPointSerialization();
int offset = colorOffset + cds.SizeInBytes;
while (offset < bytes.Count())
{
byte[] pointBytes = new byte[cps.SizeInBytes];
Array.Copy(bytes, offset, pointBytes, 0, cps.SizeInBytes);
ChartPoint point = cps.Deserialize(pointBytes);
chartSeries.Points.Add(point);
offset += cps.SizeInBytes;
}
chartSeries.Name = name;
chartSeries.Type = seriesType;
chartSeries.ColorDescriptor = colorDescriptor;
return(chartSeries);
}
public RtfChunkWriter(RtfDocument doc, Encoding encoding)
{
_doc = doc;
_encoding = encoding;
doc.DefaultCharFormat.FontSize = 10;
_inFg = doc.createColor(new RtfColor(App.Current.Res.InboundFlowTextBrush.Color));
_inBg = doc.createColor(new RtfColor(App.Current.Res.InboundFlowBrush.Color));
_outFg = doc.createColor(new RtfColor(App.Current.Res.OutboundFlowTextBrush.Color));
_outBg = doc.createColor(new RtfColor(App.Current.Res.OutboundFlowBrush.Color));
}
static ParticleType _createPentagonType()
{
var type = new ParticleType(Polygon.Regular(5, 25), 75);
type.BlendMode = BlendMode.Additive;
type.AddDescriptors(new IParticleTypeDescriptor[]
{
ColorDescriptor.Uniform(),
new InitialStateDescriptor().UniformRotation().UniformScale(1, 2),
new TransformationDescriptor().UniformRotation(Angle.Deg(-3), Angle.Deg(3)).ConstantScaling(0.95),
LinearMotionDescriptor.Uniform(5, 12),
FadeoutDescriptor.Default,
attractor
});
return(type);
}
