/// <summary>
/// AxisModel.Load is used to set the properties of an existing Axis object in a FlexChart based control.
/// The values used are those stored in an existing AxisModel class object that is typically created and set by
/// a standard serializer during deserialization.
/// </summary>
/// <param name="ax">Specifies an existing instance of an Axis class object.</param>
/// <param name="am">Specifies an existing instannce of an AxisModel class object created by a
/// a standard serializer during deserialization.</param>
public static void Load(Axis ax, AxisModel am)
{
ax.Position = am.Position;
ax.Origin = am.Origin;
ax.Reversed = am.Reversed;
ax.Labels = am.Labels;
ax.MajorTickMarks = am.MajorTickMarks;
ax.MajorGrid = am.MajorGrid;
ax.MajorUnit = am.MajorUnit;
ax.MinorTickMarks = am.MinorTickMarks;
ax.MinorGrid = am.MinorGrid;
ax.MinorUnit = am.MinorUnit;
ax.LogBase = am.LogBase;
ax.AxisLine = am.AxisLine;
ax.LabelAlignment = am.LabelAlignment;
ax.LabelAngle = am.LabelAngle;
ax.Min = am.Min;
ax.Max = am.Max;
ax.Format = am.Format;
ax.Title = am.Title;
ax.OverlappingLabels = am.OverlappingLabels;
//// styles
((IAxis)ax).SetStyle(StyleSerializer.StyleFromString(am.Style), "_");
((IAxis)ax).SetStyle(StyleSerializer.StyleFromString(am.MajorGridStyle), "_MajorGrid");
((IAxis)ax).SetStyle(StyleSerializer.StyleFromString(am.MinorGridStyle), "_MinorGrid");
((IAxis)ax).SetStyle(StyleSerializer.StyleFromString(am.TitleStyle), "_Title");
}
/// <summary>
/// PieModel.Load is used to set the properties of an existing FlexPie object in a FlexPie based control.
/// The values used are those stored in an existing PieModel class object that is typically created and set by
/// a standard serializer during deserialization.
/// </summary>
/// <param name="chart">Specifies an existing instance of a FlexPie class object.</param>
/// <param name="model">Specifies an existing instannce of a PieModel class object created by a
/// a standard serializer during deserialization.</param>
public static void Load(FlexPie chart, PieModel model)
{
// simple properties
#if WINFORMS
chart.Header.Content = model.Header;
chart.Footer.Content = model.Footer;
#endif
#if WPF
chart.Header = model.Header;
chart.Footer = model.Footer;
#endif
// styles
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.Style), null);
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.HeaderStyle), "Header");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.FooterStyle), "Footer");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.HeaderBorderStyle), "HeaderBorder");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.FooterBorderStyle), "FooterBorder");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.PlotStyle), "Plot");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.SelectedStyle), "Selected");
chart.InnerRadius = model.InnerRadius;
chart.Offset = model.Offset;
chart.StartAngle = model.StartAngle;
chart.Reversed = model.Reversed;
double[] values = model.Values;
string[] names = model.Names;
List <FlexPieSlice> slices = new List <FlexPieSlice>();
for (int ps = 0; ps < values.Length; ps++)
{
FlexPieSlice slice = new FlexPieSlice(values[ps], names[ps]);
slices.Add(slice);
}
chart.Binding = "Value";
chart.BindingName = "Name";
#if WINFORMS
chart.DataSource = slices;
#endif
#if WPF
chart.ItemsSource = slices;
#endif
LegendModel.Load(chart, model.Legend);
PieDataLabelModel.Load(chart.DataLabel, model.DataLabel);
}
/// <summary>
/// DataLabelModel.Load is used to set the properties of an existing DataLabel object in a FlexChart based control.
/// The values used are those stored in an existing DataLabelModel class object that is typically created and set by
/// a standard serializer during deserialization.
/// </summary>
/// <param name="pieDataLabel">Specifies an existing instance of a PieDataLabel class object.</param>
/// <param name="pieDataLabelModel">Specifies an existing instannce of a PieDataLabelModel class object created by a
/// a standard serializer during deserialization.</param>
public static void Load(PieDataLabel pieDataLabel, PieDataLabelModel pieDataLabelModel)
{
if (pieDataLabelModel == null)
{
pieDataLabelModel = new PieDataLabelModel();
}
pieDataLabel.Border = pieDataLabelModel.Border;
pieDataLabel.ConnectingLine = pieDataLabelModel.ConnectingLine;
pieDataLabel.Content = pieDataLabelModel.Content;
pieDataLabel.Offset = pieDataLabelModel.Offset;
pieDataLabel.Position = pieDataLabelModel.Position;
((IPieDataLabel)pieDataLabel).SetStyle(StyleSerializer.StyleFromString(pieDataLabelModel.Style), "_");
((IPieDataLabel)pieDataLabel).SetStyle(StyleSerializer.StyleFromString(pieDataLabelModel.BorderStyle), "_Border");
}
/// <summary>
/// DataLabelModel.Load is used to set the properties of an existing DataLabel object in a FlexChart based control.
/// The values used are those stored in an existing DataLabelModel class object that is typically created and set by
/// a standard serializer during deserialization.
/// </summary>
/// <param name="dataLabel">Specifies an existing instance of a DataLabel class object.</param>
/// <param name="dataLabelModel">Specifies an existing instannce of a DataLabelModel class object created by a
/// a standard serializer during deserialization.</param>
public static void Load(DataLabel dataLabel, DataLabelModel dataLabelModel)
{
if (dataLabelModel == null)
{
dataLabelModel = new DataLabelModel();
}
dataLabel.Border = dataLabelModel.Border;
dataLabel.ConnectingLine = dataLabelModel.ConnectingLine;
dataLabel.Content = dataLabelModel.Content;
dataLabel.Offset = dataLabelModel.Offset;
dataLabel.Position = dataLabelModel.Position;
((IDataLabel)dataLabel).SetStyle(StyleSerializer.StyleFromString(dataLabelModel.Style), "_");
((IDataLabel)dataLabel).SetStyle(StyleSerializer.StyleFromString(dataLabelModel.BorderStyle), "_Border");
}
/// <summary>
/// LegendModel.Load is used to set the properties of an existing Legend object in a FlexChart based control.
/// The values used are those stored in an existing LegendModel class object that is typically created and set by
/// a standard serializer during deserialization.
/// </summary>
/// <param name="legend">Specifies an existing instance of a Legend class object.</param>
/// <param name="legendModel">Specifies an existing instannce of a LegendModel class object created by a
/// a standard serializer during deserialization.</param>
public static void Load(FlexChartBase chart, LegendModel legendModel)
{
#if WINFORMS
chart.Legend.Position = legendModel.Position;
chart.Legend.Orientation = legendModel.Orientation;
chart.Legend.Title = legendModel.Title;
chart.Legend.Reversed = legendModel.Reversed;
((ILegend)chart.Legend).SetStyle(StyleSerializer.StyleFromString(legendModel.Style), "_");
((ILegend)chart.Legend).SetStyle(StyleSerializer.StyleFromString(legendModel.TitleStyle), "_TitleStyle");
#endif
#if WPF
chart.LegendPosition = legendModel.Position;
chart.LegendOrientation = legendModel.Orientation;
chart.LegendTitle = legendModel.Title;
chart.LegendReversed = legendModel.Reversed;
// Legend styles are actually part of the chart object model and must be set there.
chart.LegendStyle = new ChartStyle(StyleSerializer.StyleFromString(legendModel.Style));
chart.LegendTitleStyle = new ChartStyle(StyleSerializer.StyleFromString(legendModel.TitleStyle));
#endif
}
/// <summary>
/// SeriesModel.Load is used to set the properties of an existing Series object in a FlexChart based control.
/// The values used are those stored in an existing SeriesModel class object that is typically created and set by
/// a standard serializer during deserialization.
/// </summary>
/// <param name="ser">Specifies an existing instance of a ISeries class object.</param>
/// <param name="sm">Specifies an existing instannce of a SeriesModel class object created by a
/// a standard serializer during deserialization.</param>
public static void Load(ISeries ser, SeriesModel sm)
{
// simple properties
ser.ChartType = sm.ChartType;
ser.Name = sm.Name;
ser.SymbolMarker = sm.SymbolMarker;
ser.SymbolSize = sm.SymbolSize;
ser.Visibility = sm.Visiblity;
// data
var ds = new List <object>();
var len = sm.Y != null ? sm.Y.Length : 0;
for (var i = 0; i < len; i++)
{
object o;
if (sm.X != null)
{
o = new { X = sm.X[i], Y = sm.Y[i] };
}
else
{
o = new { Y = sm.Y[i] };
}
ds.Add(o);
}
ser.BindingX = sm.X != null ? "X" : null;
ser.Binding = "Y";
ser.DataSource = ds;
// styles
ser.SetStyle(StyleSerializer.StyleFromString(sm.Style), null);
}
/// <summary>
/// ChartModel.Load is used to set the properties of an existing FlexChart object in a FlexChart based control.
/// The values used are those stored in an existing ChartModel class object that is typically created and set by
/// a standard serializer during deserialization.
/// </summary>
/// <param name="chart">Specifies an existing instance of a FlexChart class object.</param>
/// <param name="model">Specifies an existing instannce of a ChartModel class object created by a
/// a standard serializer during deserialization.</param>
public static void Load(FlexChart chart, ChartModel model)
{
// simple properties
chart.ChartType = model.ChartType;
#if WINFORMS
chart.Header.Content = model.Header;
chart.Footer.Content = model.Footer;
#endif
#if WPF
chart.Header = model.Header;
chart.Footer = model.Footer;
#endif
chart.Stacking = model.Stacking;
if (model.XItems != null && model.XItems.Count > 0)
{
chart.BindingX = "X";
List <object> ds = new List <object>();
foreach (string s in model.XItems)
{
ds.Add(new { X = s });
}
#if WINFORMS
chart.DataSource = ds;
#endif
#if WPF
chart.ItemsSource = ds;
#endif
}
// Load Axes before series so they are available.
List <Axis> axes = new List <Axis>()
{
chart.AxisX, chart.AxisY
};
for (int iax = 2; iax < model.Axes.Count; iax++)
{
axes.Add(new Axis());
}
for (int iax = 0; iax < model.Axes.Count; iax++)
{
AxisModel.Load(axes[iax], model.Axes[iax]);
}
// data
var series = chart.Series;
series.Clear();
foreach (var sm in model.Series)
{
var ser = new Series();
series.Add(ser);
SeriesModel.Load(ser, sm);
if (sm.XAxisIndex > 0 && sm.XAxisIndex < axes.Count)
{
ser.AxisX = axes[sm.XAxisIndex];
}
if (sm.YAxisIndex > 0 && sm.YAxisIndex < axes.Count)
{
ser.AxisY = axes[sm.YAxisIndex];
}
}
// styles
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.Style), null);
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.HeaderStyle), "Header");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.FooterStyle), "Footer");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.HeaderBorderStyle), "HeaderBorder");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.FooterBorderStyle), "FooterBorder");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.PlotStyle), "Plot");
((IStyleProvider)chart).SetStyle(StyleSerializer.StyleFromString(model.SelectedStyle), "Selected");
// legend
LegendModel.Load(chart, model.Legend);
// ChartOptions
OptionsModel.Load(chart.Options, model.Options);
// DataLabel
DataLabelModel.Load(chart.DataLabel, model.DataLabel);
}