public PlotOptionsVM(PlotOptions options)
{
_options = options;
Reset = CreateCommand(ResetExec);
OK = CreateCommand(OkExec);
ResetExec();
}
public Pie(int ID,
string Titel,
Serie serie)
{
this.ID = ID;
this.Titel = Titel;
Series = new List <Serie>();
if (serie.Data.Count != 0)
{
serie.Data[0].Selected = true;
serie.Data[0].Sliced = true;
}
serie.ColorByPoint = true;
Series.Add(serie);
Chart = new Chart()
{
PlotShadow = false,
Type = "pie"
};
Tooltip = "{series.name}: <b>{point.percentage:.1f}%</b>";
PlotOptions = new PlotOptions()
{
AllowPointSelect = true,
Cursor = "pointer",
DataLabels = false,
ShowInLegend = true
};
}
internal PlotOptionsConfigurator(PlotOptions plotOptions)
{
this.plotOptions = plotOptions;
this.Line = new LinePlotOptionsConfigurator(this.plotOptions.Line);
this.Column = new ColumnPlotOptionsConfigurator(this.plotOptions.Column);
this.Series = new SeriesPlotOptionsConfigurator(this.plotOptions.Series);
}
internal PlotOptionsConfigurator(PlotOptions plotOptions)
{
this.plotOptions = plotOptions;
this.Line = new LinePlotOptionsConfigurator(this.plotOptions.Line);
this.Column = new ColumnPlotOptionsConfigurator(this.plotOptions.Column);
this.Series = new SeriesPlotOptionsConfigurator(this.plotOptions.Series);
}
private DotNet.Highcharts.Highcharts GetChart(Series[] series, DataEnum data)
{
Chart chart = null;
XAxis xAxis = null;
PlotOptions options = null;
switch (data)
{
case DataEnum.random_points:
xAxis = new XAxis {
Categories = new[] { "50", "100", "500", "1k", "5k", "10k", "50k", "100k", "500k", "1M", "2M", "3M", "4M", "5M" }
};
options = new PlotOptions();
chart = new Chart();
break;
case DataEnum.countries:
xAxis = new XAxis {
Categories = series.Select(t => t.Name).ToArray()
};
options = new PlotOptions {
Column = new PlotOptionsColumn {
Stacking = Stackings.Normal
}
};
chart = new Chart {
DefaultSeriesType = ChartTypes.Column
};
// ReSharper disable once PossibleNullReferenceException
var results = new object[series.Length];
for (int i = 0; i < series.Length; i++)
{
results[i] = series.FirstOrDefault(x => x.Name.Equals(series[i].Name)).Data.ArrayData[0];
}
series = new[] { new Series {
Name = data.ToString(), Data = new Data(results)
} };
break;
}
return(new DotNet.Highcharts.Highcharts("chart")
.InitChart(chart)
.SetTitle(new Title {
Text = "Comparison result"
})
.SetXAxis(xAxis)
.SetYAxis(new YAxis {
Title = new YAxisTitle {
Text = "Time (ms)"
},
})
.SetSeries(series)
.SetPlotOptions(options));
}
public Grafiek()
{
Chart = new Chart()
{
Type = "normal"
};
xAs = new As();
yAs = new As();
Legende = new Legende();
PlotOptions = new PlotOptions();
Series = new List <Serie>();
isDefault = true;
}
private static PlotOptions getPlotOptions(string color)
{
var plotOptions1 = new PlotOptions
{
LineStyle = PlotOptions.LineStyles.None,
Marker = PlotOptions.Markers.Circle,
MarkColor = color,
Color = color,
ThicknessSize = Helper.Length(1, Helper.MeasurementUnits.pt)
};
return(plotOptions1);
}
private static PlotOptions getBoxPlotOptions(float lowerWhisker, float lowerQuartile, float median, float upperQuartile, float upperWhisker, float drawPosition, string color)
{
var plotOptions1 = new PlotOptions
{
LineStyle = PlotOptions.LineStyles.Solid,
Marker = PlotOptions.Markers.Circle,
MarkColor = color,
Color = color,
BoxPlotPrepared = new BoxPlotPrepared(lowerWhisker, lowerQuartile, median, upperQuartile, upperWhisker, drawPosition),
ThicknessSize = Helper.Length(1, Helper.MeasurementUnits.pt)
};
return(plotOptions1);
}
private static PlotOptions getPlotOptions(string color, bool shadedErrorBars, bool showInLegend)
{
var plotOptions1 = new PlotOptions
{
PlotType = PlotOptions.PlotTypes.LinearPlot,
ShadedErrorBars = shadedErrorBars,
LineStyle = PlotOptions.LineStyles.Solid,
Marker = PlotOptions.Markers.None,
MarkColor = color,
Color = color,
ShowInLegend = showInLegend,
ThicknessSize = Helper.Length(1, Helper.MeasurementUnits.pt)
};
return(plotOptions1);
}
public ChartObject()
{
Chart = new Chart();
Accessibility = new Accessibility();
Title = new Title();
Subtitle = new Title();
XAxis = new XAxis();
YAxis = new YAxis();
Tooltip = new Tooltip();
PlotOptions = new PlotOptions();
Series = null;
Credits = new Credits();
Legend = new Legend();
Responsive = new Responsive();
Exporting = new Exporting();
Pane = new Pane();
}
public Lijn(int ID,
string Titel,
As yAs,
List <Serie> Series)
{
this.ID = ID;
this.Titel = Titel;
this.yAs = yAs;
this.Series = Series;
Legende = new Legende()
{
Layout = "vertical",
Alignment = "right",
VerticalAlign = "middle"
};
PlotOptions = new PlotOptions()
{
SeriesLabelConnector = false
};
}
/// <summary>
/// The plotOptions is a wrapper object for config objects for each series type. The config objects for each series
/// can also be overridden for each series item as given in the series array.
/// Configuration options for the series are given in three levels. Options for all series in a chart are given in
/// the plotOptions.series object. Then options for all series of a specific type are given in the plotOptions of
/// that type, for example plotOptions.line. Next, options for one single series are given in the series array.
/// </summary>
/// <param name="plotOptions"></param>
/// <returns></returns>
public Highcharts SetPlotOptions(PlotOptions plotOptions)
{
_PlotOptions = plotOptions;
return(this);
}
private void PlotFigures(string chapterName, List <Coordinate> coordinates, Text chapterTitle = null)
{
if (chapterTitle == null)
{
chapterTitle = new Text(chapterName);
}
_objectsToReport.Add(new Chapter(chapterName, chapterTitle));
var colors = new List <Color>()
{
Color.Blue, Color.Red
};
var axisOptions = new AxisOptions(NoConverter.Instance)
{
Title = "Test Title",
XLabel = "X Axis",
YLabel = "Y Axis",
YMode = AxisOptions.AxisMode.log,
LogTicksWithFixedPoint = true,
XAxisPosition = AxisOptions.AxisXLine.bottom,
YAxisPosition = AxisOptions.AxisYLine.left,
LegendOptions = new LegendOptions {
LegendPosition = LegendOptions.LegendPositions.NorthWest
},
YMajorGrid = true
};
var plotOptions1 = new PlotOptions
{
LineStyle = PlotOptions.LineStyles.Solid,
Marker = PlotOptions.Markers.Triangle,
Color = Color.Blue.Name,
ErrorBars = true,
ShadedErrorBars = true,
Thickness = PlotOptions.Thicknesses.UltraThick
};
var plot1 = new Plot(coordinates, plotOptions1)
{
LegendEntry = "legend entry 1"
};
var plotItem = new TeXReporting.Items.Plot(colors, axisOptions, new List <Plot> {
plot1
}, new Text("Test Figure"));
var plotOptions2 = new PlotOptions
{
LineStyle = PlotOptions.LineStyles.DashDotted,
Marker = PlotOptions.Markers.Circle,
Color = Color.Red.Name,
ErrorBars = true,
ThicknessSize = Helper.Length(2, Helper.MeasurementUnits.pt),
MarkSize = Helper.Length(3, Helper.MeasurementUnits.pt),
MarkColor = Color.Blue.Name,
MarkFillColor = String.Format("{0}!{1}", Color.Blue.Name, 20)
};
var plot2 = new Plot(coordinates, plotOptions2)
{
LegendEntry =
"0123456789 0123456789 0123456789 0123456789 0123456789 0123456789"
};
var plotItem2 = new TeXReporting.Items.Plot(colors, axisOptions, new List <Plot> {
plot2
}, new Text("Test Figure 2"));
// Two Ordinates Plot
var axisOptionsY1 = new AxisOptions(NoConverter.Instance)
{
EnlargeLimits = true,
Title = "Test Title",
XLabel = "X Axis",
YLabel = "Y Axis",
YMin = 0,
XTickMin = 2F,
XTickMax = 3F,
MinorXTickNum = 1,
MinorYTickNum = 1,
BackgroundColor = "blue!10",
YMode = AxisOptions.AxisMode.normal,
XAxisPosition = AxisOptions.AxisXLine.bottom,
YAxisPosition = AxisOptions.AxisYLine.left,
YMajorGrid = true
};
var axisOptionsY2 = new AxisOptions(DefaultConverter.Instance)
{
YLabel = "Y2 Axis",
YAxisPosition = AxisOptions.AxisYLine.right,
YAxisArrow = false,
YScaledTicks = false,
YMode = AxisOptions.AxisMode.log,
LegendOptions =
new LegendOptions
{
FontSize = LegendOptions.FontSizes.scriptsize,
LegendAlignment = LegendOptions.LegendAlignments.left,
LegendPosition = LegendOptions.LegendPositions.OuterNorthWest,
RoundedCorners = true,
Columns = 1,
//TextWidth = Helper.GetWidthInPercentageOfTextWidth(30)
},
XAxisPosition = AxisOptions.AxisXLine.none
};
var plotTwoOrdinates = new PlotTwoOrdinates(colors, axisOptionsY1, new List <Plot> {
plot1
},
axisOptionsY2, new List <Plot> {
plot2
},
new Text("Test Two Ordinates"));
var axisOptionsY3 = new AxisOptions(DefaultConverter.Instance)
{
YLabel = "Y3 Axis",
YAxisPosition = AxisOptions.AxisYLine.right,
YAxisArrow = false,
YScaledTicks = true,
YMin = 0,
YDiscontinuity = AxisOptions.Discontinuities.parallel,
YMode = AxisOptions.AxisMode.normal,
LegendOptions =
new LegendOptions
{
FontSize = LegendOptions.FontSizes.scriptsize,
LegendAlignment = LegendOptions.LegendAlignments.left,
LegendPosition = LegendOptions.LegendPositions.OuterNorthEast,
RoundedCorners = true,
Columns = 1,
//TextWidth = Helper.GetWidthInPercentageOfTextWidth(30)
},
XAxisPosition = AxisOptions.AxisXLine.none
};
var plot3 = new Plot(new List <Coordinate> {
new Coordinate(2.5F, 5F)
},
new PlotOptions {
Marker = PlotOptions.Markers.Triangle
})
{
LegendEntry = "Points"
};
var plotThreeOrdinates = new PlotThreeOrdinates(colors, axisOptionsY1, new List <Plot> {
plot1
},
axisOptionsY2, new List <Plot> {
plot2
},
axisOptionsY3, new List <Plot> {
plot3
},
new Text("Test Three Ordinates"));
_objectsToReport.Add(new Section("Simple Figure 1"));
var axisOptionsNormal = new AxisOptions(NoConverter.Instance)
{
Title = "Test Title",
XLabel = "X Axis",
YLabel = "Y Axis",
YMode = AxisOptions.AxisMode.normal,
LogTicksWithFixedPoint = true,
XAxisPosition = AxisOptions.AxisXLine.bottom,
YAxisPosition = AxisOptions.AxisYLine.left,
LegendOptions = new LegendOptions {
LegendPosition = LegendOptions.LegendPositions.NorthWest
},
YMajorGrid = true
};
var plotItemNormal = new TeXReporting.Items.Plot(plotItem.Colors, axisOptionsNormal, plotItem.Plots, new Text("Test Figure with normal scaled Y-Axis"));
_objectsToReport.Add(plotItemNormal);
_figureCounter++;
_objectsToReport.Add(new Section("Simple Figure 2"));
_objectsToReport.Add(plotItem);
_figureCounter++;
_objectsToReport.Add(new Section("Simple Figure 3"));
_objectsToReport.Add(plotItem2);
_figureCounter++;
_objectsToReport.Add(new Section("Two Ordinates Figure"));
_objectsToReport.Add(plotTwoOrdinates);
_figureCounter++;
_objectsToReport.Add(new Section("Three Ordinates Figure"));
_objectsToReport.Add(plotThreeOrdinates);
_figureCounter++;
}
private List <Plot> getPlots(CurveChart chart, AxisTypes yAxisType)
{
var plots = new List <Plot>();
var xAxis = chart.Axes.First(x => x.AxisType == AxisTypes.X);
var yAxis = chart.Axes.First(x => x.AxisType == yAxisType);
var xUnit = xAxis.Dimension.Unit(xAxis.UnitName);
var yUnit = yAxis.Dimension.Unit(yAxis.UnitName);
foreach (var curve in chart.Curves)
{
if (!curve.Visible)
{
continue;
}
if (curve.yAxisType != yAxisType)
{
continue;
}
if (!isCurveCompatibleToYAxis(curve, yAxis))
{
continue;
}
var coordinates = new List <Coordinate>();
var plotOptions = new PlotOptions();
DataColumn geometricErr = null;
if (curve.yData.ContainsRelatedColumn(AuxiliaryType.GeometricStdDev))
{
geometricErr = curve.yData.GetRelatedColumn(AuxiliaryType.GeometricStdDev);
plotOptions.ErrorBars = true;
plotOptions.ErrorType = PlotOptions.ErrorTypes.geometric;
}
DataColumn arithmeticErr = null;
IDimension arithmeticErrDim = null;
if (curve.yData.ContainsRelatedColumn(AuxiliaryType.ArithmeticStdDev))
{
arithmeticErr = curve.yData.GetRelatedColumn(AuxiliaryType.ArithmeticStdDev);
arithmeticErrDim = _dimensionFactory.MergedDimensionFor(arithmeticErr);
plotOptions.ErrorBars = true;
plotOptions.ErrorType = PlotOptions.ErrorTypes.arithmetic;
}
DataColumn geometricMeanPop = null;
IDimension geometricMeanPopDim = null;
if (curve.yData.ContainsRelatedColumn(AuxiliaryType.GeometricMeanPop))
{
geometricMeanPop = curve.yData.GetRelatedColumn(AuxiliaryType.GeometricMeanPop);
geometricMeanPopDim = _dimensionFactory.MergedDimensionFor(geometricMeanPop);
plotOptions.ErrorBars = false;
plotOptions.ErrorType = PlotOptions.ErrorTypes.geometric;
plotOptions.ShadedErrorBars = true;
plotOptions.Opacity = getOpacityFor(Constants.RANGE_AREA_OPACITY);
}
DataColumn arithmeticMeanPop = null;
IDimension arithmeticMeanPopDim = null;
if (curve.yData.ContainsRelatedColumn(AuxiliaryType.ArithmeticMeanPop))
{
arithmeticMeanPop = curve.yData.GetRelatedColumn(AuxiliaryType.ArithmeticMeanPop);
arithmeticMeanPopDim = _dimensionFactory.MergedDimensionFor(arithmeticMeanPop);
plotOptions.ErrorBars = false;
plotOptions.ErrorType = PlotOptions.ErrorTypes.arithmetic;
plotOptions.ShadedErrorBars = true;
plotOptions.Opacity = getOpacityFor(Constants.RANGE_AREA_OPACITY);
}
plotOptions.Color = curve.Color.Name;
plotOptions.ThicknessSize = Helper.Length(convertLineThickness(curve.LineThickness), Helper.MeasurementUnits.pt);
plotOptions.MarkSize = Helper.Length(convertLineThickness(curve.LineThickness), Helper.MeasurementUnits.pt);
plotOptions.Marker = getMarker(curve.Symbol);
plotOptions.LineStyle = getLineStyle(curve.LineStyle);
IDimension xDimension = _dimensionFactory.MergedDimensionFor(curve.xData);
IDimension yDimension = _dimensionFactory.MergedDimensionFor(curve.yData);
for (var i = 0; i < curve.xData.Values.Count; i++)
{
var xValue = convertToUnit(xUnit, xDimension, curve.xData.Values[i]);
var yValue = convertToUnit(yUnit, yDimension, curve.yData.Values[i]);
var coordinate = new Coordinate(xValue, yValue);
if (geometricMeanPop != null)
{
var yError = curve.yData.Values[i];
yValue = convertToUnit(yUnit, geometricMeanPopDim, geometricMeanPop.Values[i]);
coordinate = new Coordinate(coordinate.X, yValue)
{
errY = yError
};
}
if (arithmeticMeanPop != null)
{
var yError = yValue;
yValue = convertToUnit(yUnit, arithmeticMeanPopDim, arithmeticMeanPop.Values[i]);
coordinate = new Coordinate(coordinate.X, yValue)
{
errY = yError
};
}
if (geometricErr != null)
{
coordinate.errY = geometricErr.Values[i];
}
if (arithmeticErr != null)
{
coordinate.errY = convertToUnit(yUnit, arithmeticErrDim, arithmeticErr.Values[i]);
}
if (xAxis.NumberMode == NumberModes.Relative)
{
var max = curve.xData.Values.Max();
max = convertToUnit(xUnit, xDimension, max);
coordinate = new Coordinate(coordinate.X / max * 100, coordinate.Y)
{
errY = coordinate.errY
};
}
if (yAxis.NumberMode == NumberModes.Relative)
{
var max = curve.yData.Values.Max();
if (geometricMeanPop != null)
{
max = geometricMeanPop.Values.Max();
max = convertToUnit(yUnit, geometricMeanPopDim, max);
}
if (arithmeticMeanPop != null)
{
max = arithmeticMeanPop.Values.Max();
max = convertToUnit(yUnit, arithmeticMeanPopDim, max);
}
coordinate = new Coordinate(coordinate.X, coordinate.Y / max * 100)
{
errY =
coordinate.errY == null
? null
: (arithmeticErr != null | arithmeticMeanPop != null)
? coordinate.errY / max * 100
: coordinate.errY
};
}
coordinates.Add(coordinate);
}
var plot = new Plot(coordinates, plotOptions)
{
LegendEntry = curve.Name
};
// if all coordinates are nan, no plot can be created, so skip this plot
if (!coordinates.All(c => float.IsNaN(c.X)) && !coordinates.All(c => float.IsNaN(c.Y)))
{
plots.Add(plot);
}
}
return(plots);
}
/// <summary>
/// The plotOptions is a wrapper object for config objects for each series type. The config objects for each series
/// can also be overridden for each series item as given in the series array.
/// Configuration options for the series are given in three levels. Options for all series in a chart are given in
/// the plotOptions.series object. Then options for all series of a specific type are given in the plotOptions of
/// that type, for example plotOptions.line. Next, options for one single series are given in the series array.
/// </summary>
/// <param name="plotOptions"></param>
/// <returns></returns>
public HighStock SetPlotOptions(PlotOptions plotOptions)
{
this.plotOptions = plotOptions;
return(this);
}
public HighchartsRenderer Build()
{
var chartOptions = new Highcharts
{
Credits = new() { Enabled = false },
Chart = new() { BackgroundColor = "transparent" },
Title = new Title
{
Text = TitleText
},
XAxis = new List <XAxis>
{
new XAxis
{
AllowDecimals = false,
Categories = Labels,
//Labels = new XAxisLabels { Step = 12@*, Rotation = -40*@ }
}
},
YAxis = new List <YAxis> {
new YAxis
{
Title = new YAxisTitle
{
Text = YAxisTitleText
},
}
},
/* Tooltip = new Tooltip
* {
* PointFormat = "<b>{point.y:,.0f}</b> passangers"
* },*/
PlotOptions = new PlotOptions
{
Area = new PlotOptionsArea
{
Marker = new PlotOptionsAreaMarker
{
Enabled = false,
Symbol = "circle",
Radius = 2,
States = new PlotOptionsAreaMarkerStates
{
Hover = new PlotOptionsAreaMarkerStatesHover
{
Enabled = true
}
}
}
}
},
Series = Data
};
chartOptions.ID = Id;
var renderer = new HighchartsRenderer(chartOptions);
return(renderer);
}
}
/// <summary>
/// The plotOptions is a wrapper object for config objects for each series type. The config objects for each series
/// can also be overridden for each series item as given in the series array.
/// Configuration options for the series are given in three levels. Options for all series in a chart are given in
/// the plotOptions.series object. Then options for all series of a specific type are given in the plotOptions of
/// that type, for example plotOptions.line. Next, options for one single series are given in the series array.
/// </summary>
/// <param name="plotOptions"></param>
/// <returns></returns>
public new Highstock SetPlotOptions(PlotOptions plotOptions)
{
base.SetPlotOptions(plotOptions);
return(this);
}
public override void Run()
{
if (wo.Value == null || wo.Value.ToString().Equals(""))
{
throw new Exception("WO Can not be null");
}
OleExec sfcdb = DBPools["SFCDB"].Borrow();
//string workorderno = wo.Value.ToString();
//string ClosedFlag = CloseFlag.Value.ToString();
T_R_SN t = new T_R_SN(sfcdb, MESDataObject.DB_TYPE_ENUM.Oracle);
//DataTable dt = t.GetSNByWo(workorderno,sfcdb);
//ReportTable retTab = new ReportTable();
//retTab.LoadData(dt, null);
//retTab.Tittle = "ASSY Manufacture Report";
//Outputs.Add(retTab);
#region 折綫圖
LineChart lChart = new LineChart();
lChart.GetSample1();
//lChart.Tittle = "SampleChart_折線圖";
//lChart.ChartTitle = "主标题";
//lChart.ChartSubTitle = "副标题";
//XAxis _XAxis = new XAxis();
//_XAxis.Title = "X轴标题";
//_XAxis.XAxisType = XAxisType.datetime;
//lChart.XAxis = _XAxis;
//lChart.Tooltip = "%";
//Yaxis _YAxis = new Yaxis();
//_YAxis.Title = "Y轴标题";
//lChart.YAxis = _YAxis;
//ChartData lChartData = new ChartData();
//lChartData.name = "B32S1";
//lChartData.type = ChartType.line.ToString();
//PlotOptions PlotOptions = new PlotOptions();
//PlotOptions.type = PlotType.datetime;
////PlotOptions.pointStartDateTime = DateTime.Parse("2018-08-20 12:00:00");
////PlotOptions.pointInterval = 3600000;
//lChart.Plot = PlotOptions;
//lChartData.data = new List<object> { new List<object>{ "2018-08-20 12:00:00" ,new string[] { "11","22","33"} },
//new List<object>{ "2018-08-20 13:00:00" ,new string[] { "111","222","333"} }} ;
//List<ChartData> lChartDatas = new List<ChartData> { lChartData };
//lChart.ChartDatas = lChartDatas;
Outputs.Add(lChart);
#endregion
#region 曲綫圖
LineChart spLineChart = new LineChart();
spLineChart.Tittle = "SampleChart_曲線圖";
spLineChart.ChartTitle = "主标题";
spLineChart.ChartSubTitle = "副标题";
XAxis _spXAxis = new XAxis();
_spXAxis.Title = "X轴标题";
_spXAxis.XAxisType = XAxisType.datetime;
spLineChart.XAxis = _spXAxis;
//spLineChart.Tooltip = "%";
Yaxis _spYAxis = new Yaxis();
_spYAxis.Title = "Y轴标题";
spLineChart.YAxis = _spYAxis;
ChartData spChartData = new ChartData();
spChartData.name = "B32S1";
spChartData.type = ChartType.spline.ToString();
PlotOptions spPlotOptions = new PlotOptions();
spPlotOptions.type = PlotType.datetime;
spLineChart.Plot = spPlotOptions;
//日期會顯示在當鼠標經過圖標的時候
spChartData.data = new List <object> {
new List <object> {
"2018-05-29 10:00:00", 64
}, new List <object> {
"2018-05-29 11:00:00", 78
}, new List <object> {
"2018-05-29 12:00:00", 35
}, new List <object> {
"2018-05-29 14:00:00", 235
}, new List <object> {
"2018-05-29 15:00:00", 135
}, new List <object> {
"2018-05-29 16:00:00", 85
}, new List <object> {
"2018-05-29 17:00:00", 56
}, new List <object> {
"2018-05-29 18:00:00", 15
}, new List <object> {
"2018-05-29 19:00:00", 133
}
};
List <ChartData> _spChartDatas = new List <ChartData> {
spChartData
};
spLineChart.ChartDatas = _spChartDatas;
Outputs.Add(spLineChart);
#endregion
#region 面積圖
LineChart aLineChart = new LineChart();
aLineChart.Tittle = "SampleChart_面積圖";
aLineChart.ChartTitle = "主标题";
aLineChart.ChartSubTitle = "副标题";
XAxis _aXAxis = new XAxis();
_aXAxis.Title = "2018/08/20 降雨分佈";
//_aXAxis.XAxisType = XAxisType.BarChart;
//_aXAxis.Categories = new string[] { "12","13","14","15","16","17","18" };
aLineChart.XAxis = _aXAxis;
aLineChart.Tooltip = "%";
Yaxis _aYAxis = new Yaxis();
_aYAxis.Title = "降雨量";
aLineChart.YAxis = _aYAxis;
ChartData aChartData = new ChartData();
aChartData.name = "降雨圖";
aChartData.type = ChartType.area.ToString();
PlotOptions aPlotOptions = new PlotOptions();
aPlotOptions.type = PlotType.intdata;
aPlotOptions.pointStartIntdata = 8;
//aPlotOptions.pointInterval = 2;
aLineChart.Plot = aPlotOptions;
aChartData.data = new List <object> {
198, 384, 64, 78, 35, 235, 135
};
List <ChartData> _aChartDatas = new List <ChartData> {
aChartData
};
aLineChart.ChartDatas = _aChartDatas;
Outputs.Add(aLineChart);
#endregion
#region 餅狀圖
pieChart pChart = new pieChart();
pChart.Tittle = "餅狀圖測試 ZGJ";
pChart.ChartTitle = "餅狀圖主標題";
pChart.ChartSubTitle = "餅狀圖副標題";
ChartData pChartData = new ChartData();
pChartData.name = "餅狀圖數據";
pChartData.type = ChartType.pie.ToString();
pChartData.data = t.GetPieChartTestData(sfcdb);
pChartData.colorByPoint = true;
List <ChartData> pChartDatas = new List <ChartData> {
pChartData
};
pChart.ChartDatas = pChartDatas;
Outputs.Add(pChart);
#endregion
#region 柱狀圖
columnChart cChart = new columnChart();
cChart.Tittle = "SampleChart_柱狀圖";
cChart.ChartTitle = "主标题";
cChart.ChartSubTitle = "副标题";
XAxis _cXAxis = new XAxis();
_cXAxis.Title = "X轴标题";
_cXAxis.XAxisType = XAxisType.BarChart;
//不可以省略，表示X軸上面顯示的内容，如果沒有設定的話，就會變成 0，1，2，3，4 這些毫無意義的數據
_cXAxis.Categories = new string[] { "苹果", "橘子", "梨", "葡萄", "香蕉" };
cChart.XAxis = _cXAxis;
cChart.Tooltip = "%";
Yaxis _cYAxis = new Yaxis();
_cYAxis.Title = "Y轴标题";
cChart.YAxis = _cYAxis;
ChartData cChartData = new ChartData();
cChartData.name = "HWD 各線別產出";
cChartData.type = ChartType.column.ToString();
cChartData.colorByPoint = true;
cChartData.data = new List <object> {
new columnData()
{
name = "苹果", y = 10
},
new columnData()
{
name = "橘子", y = 2
},
new columnData()
{
name = "梨", y = -3
},
new columnData()
{
name = "葡萄", y = 4
},
new columnData()
{
name = "香蕉", y = 0.0
}
};
List <ChartData> _cChartDatas = new List <ChartData> {
cChartData
};
cChart.ChartDatas = _cChartDatas;
Outputs.Add(cChart);
#endregion
#region 指針式儀表圖
//EChartBase Chart1 = new EChartBase();
//Chart1.title = new { text = "測試指針式儀表數據" };
//for (int i = 0; i < 5; i++)
//{
// GAUGE_Chart_Data GCD = new GAUGE_Chart_Data();
// GCD.min = 80;
// GCD.max = 100;
// GCD.splitNumber = 2;
// GCD.endAngle = -45;
// GCD.radius = "50%";
// GCD.name = "第" + i + "小時";
// GCD.axisLine = new
// {
// lineStyle = new
// {
// width = 8,
// color = new List<Object>()
// { new List<object>() { 0.5, "#FF0000" }, new List<object>() { 1, "#00FF00" }}
// }
// };
// int j = i + 1;
// GCD.center = new List<string>() { $@"{j * 10 + 5}%", $@"50%" };
// GCD.data = new List<object> { new { value = 80 + i * 5, name = GCD.name } };
// Chart1.series.Add(GCD);
//}
//Chart1.Zone_ID = "TopZone";
//Outputs.Add(Chart1);
#endregion
if (sfcdb != null)
{
DBPools["SFCDB"].Return(sfcdb);
}
}
/// <summary>
/// The plotOptions is a wrapper object for config objects for each series type. The config objects for each series
/// can also be overridden for each series item as given in the series array.
/// Configuration options for the series are given in three levels. Options for all series in a chart are given in
/// the plotOptions.series object. Then options for all series of a specific type are given in the plotOptions of
/// that type, for example plotOptions.line. Next, options for one single series are given in the series array.
/// </summary>
/// <param name="plotOptions"></param>
/// <returns></returns>
public Highstock SetPlotOptions(PlotOptions plotOptions)
{
_PlotOptions = plotOptions;
return(this);
}
public void AKR_PlotPdf()
{
CommandStart.Start(doc =>
{
Editor ed = doc.Editor;
CheckAcadVer2016();
PlotOptions plotOpt = new PlotOptions();
using (var lockDoc = doc.LockDocument())
{
bool repeat = false;
do
{
var optPrompt = new PromptKeywordOptions($"\nПечать листов в PDF из текущего чертежа, выбранных файлов или из всех чертежей в папке.");
optPrompt.Keywords.Add("Текущего");
optPrompt.Keywords.Add("Папки");
optPrompt.Keywords.Add("Настройки");
optPrompt.Keywords.Default = "Папки";
var resPrompt = ed.GetKeywords(optPrompt);
if (resPrompt.Status == PromptStatus.OK)
{
if (resPrompt.StringResult == "Текущего")
{
repeat = false;
Logger.Log.Info("Текущего");
if (!File.Exists(doc.Name))
{
throw new System.Exception("Нужно сохранить текущий чертеж.");
}
string filePdfName = Path.Combine(Path.GetDirectoryName(doc.Name), Path.GetFileNameWithoutExtension(doc.Name) + ".pdf");
PlotDirToPdf plotter = new PlotDirToPdf(new string[] { doc.Name }, filePdfName);
plotter.Options = plotOpt;
plotter.Plot();
}
else if (resPrompt.StringResult == "Папки")
{
repeat = false;
Logger.Log.Info("Папки");
var dialog = new AcadLib.UI.FileFolderDialog();
dialog.Dialog.Multiselect = true;
dialog.IsFolderDialog = true;
dialog.Dialog.Title = "Выбор папки или файлов для печати чертежей в PDF.";
dialog.Dialog.Filter = "Чертежи|*.dwg";
if (_album == null)
{
dialog.Dialog.InitialDirectory = Path.GetDirectoryName(doc.Name);
}
else
{
dialog.Dialog.InitialDirectory = _album.AlbumDir == null ? Path.GetDirectoryName(doc.Name) : _album.AlbumDir;
}
if (dialog.ShowDialog() == DialogResult.OK)
{
PlotDirToPdf plotter;
string firstFileNameWoExt = Path.GetFileNameWithoutExtension(dialog.Dialog.FileNames.First());
if (dialog.Dialog.FileNames.Count() > 1)
{
plotter = new PlotDirToPdf(dialog.Dialog.FileNames, Path.GetFileName(dialog.SelectedPath));
}
else if (firstFileNameWoExt.Equals("п", StringComparison.OrdinalIgnoreCase))
{
plotter = new PlotDirToPdf(dialog.SelectedPath);
}
else
{
plotter = new PlotDirToPdf(dialog.Dialog.FileNames, firstFileNameWoExt);
}
plotter.Options = plotOpt;
plotter.Plot();
}
}
else if (resPrompt.StringResult == "Настройки")
{
// Сортировка; Все файлы в один пдф или для каждого файла отдельная пдф
plotOpt.Show();
repeat = true;
}
}
else
{
ed.WriteMessage("\nОтменено пользователем.");
return;
}
} while (repeat);
}
});
}
