partial void OnChartChanging(ChartAnswer value);
public void RefreshData(ChartAnswer answer)
{
Answer = answer;
foreach (VisibloxChartSerie serie in ChartSeries) {
try {
ChartDataSerie serieData=answer.Data.Series[answer.Data.SeriesNames[serie.TagName]];
serie.refresh(serieData);
} catch { }
}
}
protected void processChartAnswer(ChartAnswer chartAnswer)
{
Answer = chartAnswer;
ChartData data=Answer.Data;
ChartProperties prop=Answer.Properties;
CreateChart();
switch (XAxesType) {
case XAxisTypeEnum.numeric:
CurrentChart.XAxis = new LinearAxis();
break;
case XAxisTypeEnum.datetime:
CurrentChart.XAxis = new DateTimeAxis();
break;
}
CurrentChart.XAxis.LabelFormatString = XAxesForamtString;
LinearAxis hiddenYAxis=new LinearAxis();
hiddenYAxis.Visibility = Visibility.Collapsed;
CurrentChart.AdditionalSecondaryYAxes.Add(hiddenYAxis);
Axes = new Dictionary<int, LinearAxis>();
AxesVisible = new Dictionary<int, Dictionary<string, bool>>();
foreach (ChartAxisProperties ax in chartAnswer.Properties.Axes) {
LinearAxis axis=new LinearAxis();
axis.AutoScaleToVisibleData = ax.Auto;
axis.LabelFormatString = "#,0.##";
axis.ShowGridlines = ax.Index == 0;
if (ax.Interval != 0) {
axis.MajorTickInterval = ax.Interval;
}
if (!ax.Auto) {
axis.Range = new DoubleRange(ax.Min, ax.Max);
}
if (ax.Index > 1) {
CurrentChart.AdditionalSecondaryYAxes.Add(axis);
}
Axes.Add(ax.Index, axis);
AxesVisible.Add(ax.Index, new Dictionary<string,bool>());
}
CurrentChart.YAxis = Axes[0];
CurrentChart.SecondaryYAxis = Axes[1];
ChartSeries = new List<VisibloxChartSerie>();
foreach (ChartSerieProperties serieProp in prop.Series) {
try {
ChartDataSerie serieData=chartAnswer.Data.Series[chartAnswer.Data.SeriesNames[serieProp.TagName]];
VisibloxChartSerie chartSerie=new VisibloxChartSerie(this);
chartSerie.init(serieData, serieProp);
ChartSeries.Add(chartSerie);
chartSerie.Enabled = true;
} catch {
}
}
this.InvalidateArrange();
LegendGrid.ItemsSource = ChartSeries;
foreach (VisibloxChartSerie serie in ChartSeries) {
try {
ChartSerieProperties props=chartAnswer.Properties.Series[chartAnswer.Properties.SeriesNames[serie.TagName]];
serie.Enabled = props.Enabled;
} catch {
}
}
}
public void Create(ChartAnswer answer)
{
processChartAnswer(answer);
}
public virtual ChartAnswer getChart()
{
ChartAnswer answer=new ChartAnswer();
answer.Data = new ChartData();
writeFaktData(answer.Data);
Prognoz.AddChartData(answer.Data);
answer.Properties = Prognoz.createChartProperties();
return answer;
}