public void SimpleGuage() {
var gauge = new AngularGauge();
gauge.Axis.LowerLimit = 0;
gauge.Axis.UpperLimit = 100;
gauge.Axis.LowerLimitDisplay = "Bad";
gauge.Axis.UpperLimitDisplay = "Good";
gauge.GaugeStartAngle = 180;
gauge.GaugeEndAngle = 0;
gauge.Palette = 1;
gauge.NumberAttr.NumberSuffix = "%";
gauge.TickMarkAttr.TickValueDistance = 20;
gauge.DataStreamUrl = "CPUData.ashx";
gauge.RefreshInterval = 3;
BuildColorRange(gauge);
BuildDials(gauge);
BuildAlerts(gauge);
BuildAnnotations(gauge);
BuildStyles(gauge);
ValidateChartXml(gauge);
}
public void Overflow(bool isDirectionReversed, double tickGap, double strokeThickness, string padding, string expected)
{
var tickBar = new AngularBlockBar
{
StrokeThickness = strokeThickness,
Minimum = 0,
Maximum = 10,
TickFrequency = 1,
TickGap = tickGap,
Stroke = Brushes.Black,
Fill = Brushes.Red,
IsDirectionReversed = isDirectionReversed,
Padding = padding.AsThickness(),
};
var gauge = new AngularGauge {
Content = tickBar
};
gauge.Arrange(new Rect(new Size(10, 10)));
Assert.AreEqual(expected, tickBar.Overflow.ToString());
Assert.AreEqual(expected, gauge.ContentOverflow.ToString());
gauge.Measure(new Size(10, 10));
gauge.Arrange(new Rect(new Size(10, 10)));
Assert.AreEqual(expected, tickBar.Overflow.ToString());
Assert.AreEqual(expected, gauge.ContentOverflow.ToString());
}
private static AngularGauge CreateAngularGauge()
{
var chart = new AngularGauge();
chart.Axis.LowerLimit = 0;
chart.Axis.UpperLimit = 100;
chart.Axis.LowerLimitDisplay = "Bad";
chart.Axis.UpperLimitDisplay = "Good";
chart.GaugeStartAngle = 180;
chart.GaugeEndAngle = 0;
chart.Palette = 1;
chart.ShowValue = true;
chart.NumberAttr.NumberSuffix = "%";
chart.TickMarkAttr.TickValueDistance = 20;
chart.DataStreamUrl = "AngularGaugeRealTime.ashx";
chart.RefreshInterval = 3;
BuildColorRange(chart);
BuildDials(chart);
BuildStyles(chart);
BuildAnnotations(chart);
BuildAlerts(chart);
return(chart);
}
public void Overflow(bool isDirectionReversed, double tickWidth, double strokeThickness, string padding, string expected)
{
var tickBar = new Arc
{
StrokeThickness = strokeThickness,
Start = Angle.FromDegrees(-140),
End = Angle.FromDegrees(140),
Minimum = 0,
Maximum = 10,
Stroke = Brushes.Black,
Fill = Brushes.Red,
IsDirectionReversed = isDirectionReversed,
Padding = padding.AsThickness(),
};
var gauge = new AngularGauge {
Content = tickBar
};
gauge.Arrange(new Rect(new Size(10, 10)));
Assert.AreEqual(expected, tickBar.Overflow.ToString());
Assert.AreEqual(expected, gauge.ContentOverflow.ToString());
gauge.Measure(new Size(10, 10));
gauge.Arrange(new Rect(new Size(10, 10)));
Assert.AreEqual(expected, tickBar.Overflow.ToString());
Assert.AreEqual(expected, gauge.ContentOverflow.ToString());
}
public void SimpleGuage()
{
var gauge = new AngularGauge();
gauge.Axis.LowerLimit = 0;
gauge.Axis.UpperLimit = 100;
gauge.Axis.LowerLimitDisplay = "Bad";
gauge.Axis.UpperLimitDisplay = "Good";
gauge.GaugeStartAngle = 180;
gauge.GaugeEndAngle = 0;
gauge.Palette = 1;
gauge.NumberAttr.NumberSuffix = "%";
gauge.TickMarkAttr.TickValueDistance = 20;
gauge.DataStreamUrl = "CPUData.ashx";
gauge.RefreshInterval = 3;
BuildColorRange(gauge);
BuildDials(gauge);
BuildAlerts(gauge);
BuildAnnotations(gauge);
BuildStyles(gauge);
ValidateChartXml(gauge);
}
private static void BuildDials(AngularGauge gauge) {
gauge.Dials.Add(new DialElement
{
Id = "CS",
Value = 12,
RearExtension = 10
});
}
private static void BuildDials(AngularGauge gauge)
{
gauge.Dials.Add(new DialElement
{
Id = "CS",
Value = 12,
RearExtension = 10
});
}
/// <summary>
/// 원하는 Chart를 빌드합니다.
/// </summary>
public override IChart BuildFusionChart()
{
var option = Request["Option"].AsInt(1);
var gauge = new AngularGauge();
switch (option)
{
case 1:
FeatherEffectAngularGauge(gauge);
break;
case 2:
MetalEffectAngularGague(gauge);
break;
}
return(gauge);
}
private static void FeatherEffectAngularGauge(AngularGauge gauge)
{
gauge.BackgroundAttr.BgColor = Color.White;
gauge.Axis.UpperLimit = 100;
gauge.Axis.LowerLimit = 0;
gauge.BaseFontAttr.FontColor = "#666666".FromHtml();
gauge.TickMarkAttr.ShowLimits = true;
gauge.TickMarkAttr.MajorTM.Number = 11;
gauge.TickMarkAttr.MajorTM.Color = "#666666".FromHtml();
gauge.TickMarkAttr.MajorTM.Height = 8;
gauge.TickMarkAttr.MinorTM.Number = 5;
gauge.TickMarkAttr.MinorTM.Color = "#666666".FromHtml();
gauge.TickMarkAttr.MinorTM.Height = 3;
gauge.Border.Show = false;
gauge.GaugeOuterRadius = 100;
gauge.GaugeInnerRadius = 90;
gauge.GaugeOriginX = 170;
gauge.GaugeOriginY = 170;
gauge.GaugeScaleAngle = 320;
// gauge.GaugeStartAngle = 320;
gauge.TickMarkAttr.TickValueDistance = 10;
gauge.TickMarkAttr.PlaceValuesInside = true;
gauge.GaugeFillMix = "";
gauge.Pivot.Radius = 20;
gauge.Pivot.FillMix = "{F0EFEA}, {BEBCBO}";
gauge.Pivot.BorderColor = "#BEBCB0".FromHtml();
gauge.Pivot.FillRatio = "80, 20";
gauge.ShowShadow = false;
gauge.AddColor(0, 80, "#00FF00".FromHtml(), null).Alpha = 0;
gauge.AddColor(80, 100, "#FF0000".FromHtml(), "Danger").Alpha = 50;
var dial = gauge.AddDial(null, 65);
dial.BgColor = "BEBCB0, F0EFEA, BEBCB0";
dial.Border.Color = Color.White;
dial.Border.Alpha = 0;
dial.BaseWidth = 10;
dial.TopWidth = 3;
var annGrp = gauge.AddAnnotationGroup(170, 170);
var ca = new CircleAnnotation {
X = 0, Y = 0, Radius = 150
};
ca.Border.Color = "#BEBCB0".FromHtml();
ca.FillColor = "F0EFEA, BEBCB0";
ca.FillRatio = "85,15";
ca.FillPattern = FillMethod.Linear;
annGrp.Add(ca);
ca = new CircleAnnotation {
X = 0, Y = 0, Radius = 120
};
ca.Border.Color = "#BEBCB0".FromHtml();
ca.FillColor = "F0EFEA, BEBCB0";
ca.FillRatio = "85,15";
annGrp.Add(ca);
ca = new CircleAnnotation {
X = 0, Y = 0, Radius = 100, Color = Color.White.ToHexString()
};
ca.Border.Color = "#F0EFEA".FromHtml();
annGrp.Add(ca);
}
private static void MetalEffectAngularGague(AngularGauge gauge)
{
}