public static void AddExternalGroupStyle(IPlotGroupStyleCollection externalGroups) { if (PlotGroupStyle.ShouldAddExternalGroupStyle(externalGroups, typeof(ScatterSymbolGroupStyle))) { var gstyle = new ScatterSymbolGroupStyle { IsStepEnabled = true }; externalGroups.Add(gstyle); } }
public void ApplyGroupStyles(PlotGroupStyleCollection externalGroups, PlotGroupStyleCollection localGroups) { // IgnoreMissingDataPoints is the same for all sub plot styles IgnoreMissingDataPointsGroupStyle.ApplyStyle(externalGroups, localGroups, (ignoreMissingDataPoints) => _ignoreMissingDataPoints = ignoreMissingDataPoints); _cachedColorForIndexFunction = null; _cachedSymbolSizeForIndexFunction = null; // color if (!_independentColor) { ColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(NamedColor c) { _strokePen.Color = c; }); // but if there is a color evaluation function, then use that function with higher priority VariableColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(Func <int, System.Drawing.Color> evalFunc) { _cachedColorForIndexFunction = evalFunc; }); } if (!_independentSkipFrequency) { SkipFrequencyGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(int c) { SkipFrequency = c; }); } // symbol size if (!_independentSymbolSize) { _symbolSize = 0; SymbolSizeGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(double size) { _symbolSize = size; }); // but if there is an symbol size evaluation function, then use this with higher priority. _cachedSymbolSizeForIndexFunction = null; VariableSymbolSizeGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(Func <int, double> evalFunc) { _cachedSymbolSizeForIndexFunction = evalFunc; }); } else { _cachedSymbolSizeForIndexFunction = null; } // Shift the items ? _cachedLogicalShiftX = 0; _cachedLogicalShiftY = 0; if (!_independentOnShiftingGroupStyles) { var shiftStyle = PlotGroupStyle.GetFirstStyleToApplyImplementingInterface <IShiftLogicalXYGroupStyle>(externalGroups, localGroups); if (null != shiftStyle) { shiftStyle.Apply(out _cachedLogicalShiftX, out _cachedLogicalShiftY); } } }
public void PrepareGroupStyles(PlotGroupStyleCollection externalGroups, PlotGroupStyleCollection localGroups, IPlotArea layer, Processed3DPlotData pdata) { // first, we have to calculate the span of logical values from the minimum logical value to the maximum logical value int numberOfItems = 0; if (null != pdata) { double minLogicalX = double.MaxValue; double maxLogicalX = double.MinValue; double minLogicalY = double.MaxValue; double maxLogicalY = double.MinValue; foreach (int originalRowIndex in pdata.RangeList.OriginalRowIndices()) { numberOfItems++; double logicalX = layer.XAxis.PhysicalVariantToNormal(pdata.GetXPhysical(originalRowIndex)); if (logicalX < minLogicalX) { minLogicalX = logicalX; } if (logicalX > maxLogicalX) { maxLogicalX = logicalX; } double logicalY = layer.YAxis.PhysicalVariantToNormal(pdata.GetXPhysical(originalRowIndex)); if (logicalY < minLogicalY) { minLogicalY = logicalY; } if (logicalY > maxLogicalY) { maxLogicalY = logicalY; } } BarSizePosition3DGroupStyle.IntendToApply(externalGroups, localGroups, numberOfItems, minLogicalX, maxLogicalX, minLogicalY, maxLogicalY); } BarSizePosition3DGroupStyle bwp = PlotGroupStyle.GetStyleToInitialize <BarSizePosition3DGroupStyle>(externalGroups, localGroups); if (null != bwp) { bwp.Initialize(_barShiftStrategy, _barShiftMaxNumberOfItemsInOneDirection, _relInnerGapX, _relOuterGapX, _relInnerGapY, _relOuterGapY); } if (!_independentColor) // else if is used here because fill color has precedence over frame color { ColorGroupStyle.PrepareStyle(externalGroups, localGroups, delegate() { return(_pen.Color); }); } }
public void ApplyGroupStyles(PlotGroupStyleCollection externalGroups, PlotGroupStyleCollection localGroups) { BarWidthPositionGroupStyle bwp = PlotGroupStyle.GetStyleToApply <BarWidthPositionGroupStyle>(externalGroups, localGroups); if (null != bwp) { bwp.Apply(out _relInnerGapWidth, out _relOuterGapWidth, out _width, out _position); } if (this.IsColorReceiver) { ColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(PlotColor c) { this._fillBrush.Color = c; }); } }
public void ApplyGroupStyles(PlotGroupStyleCollection externalGroups, PlotGroupStyleCollection localGroups) { _cachedColorForIndexFunction = null; BarSizePosition2DGroupStyle bwp = PlotGroupStyle.GetStyleToApply <BarSizePosition2DGroupStyle>(externalGroups, localGroups); if (null != bwp) { bwp.Apply(out _relInnerGapX, out _relOuterGapX, out _xSizeLogical, out _xOffsetLogical); } if (!_independentFillColor) { if (null == _fillBrush) { _fillBrush = new BrushX(Drawing.ColorManagement.ColorSetManager.Instance.BuiltinDarkPlotColors[0]); } ColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(NamedColor c) { _fillBrush.Color = c; }); // but if there is a color evaluation function, then use that function with higher priority VariableColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(Func <int, Color> evalFunc) { _cachedColorForIndexFunction = evalFunc; }); } if (!_independentFrameColor) { if (null == _framePen) { _framePen = new PenX(Drawing.ColorManagement.ColorSetManager.Instance.BuiltinDarkPlotColors[0]); } ColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(NamedColor c) { _framePen.Color = c; }); // but if there is a color evaluation function, then use that function with higher priority VariableColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(Func <int, Color> evalFunc) { _cachedColorForIndexFunction = evalFunc; }); } }
public void ApplyGroupStyles(PlotGroupStyleCollection externalGroups, PlotGroupStyleCollection localGroups) { _cachedColorForIndexFunction = null; BarSizePosition3DGroupStyle bwp = PlotGroupStyle.GetStyleToApply <BarSizePosition3DGroupStyle>(externalGroups, localGroups); if (null != bwp) { bwp.Apply( out _barShiftStrategy, out _barShiftMaxNumberOfItemsInOneDirection, out _relInnerGapX, out _relOuterGapX, out _xSizeLogical, out _xOffsetLogical, out _relInnerGapY, out _relOuterGapY, out _ySizeLogical, out _yOffsetLogical); } if (!_independentColor) { ColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(NamedColor c) { _pen = _pen.WithColor(c); }); // but if there is a color evaluation function, then use that function with higher priority VariableColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(Func <int, System.Drawing.Color> evalFunc) { _cachedColorForIndexFunction = evalFunc; }); } }
public void PrepareGroupStyles(PlotGroupStyleCollection externalGroups, PlotGroupStyleCollection localGroups, IPlotArea layer, Processed2DPlotData pdata) { // first, we have to calculate the span of logical values from the minimum logical value to the maximum logical value int numberOfItems = 0; double minLogical = double.MaxValue; double maxLogical = double.MinValue; foreach (int originalRowIndex in pdata.RangeList.OriginalRowIndices()) { double logicalX = layer.XAxis.PhysicalVariantToNormal(pdata.GetXPhysical(originalRowIndex)); numberOfItems++; if (logicalX < minLogical) { minLogical = logicalX; } if (logicalX > maxLogical) { maxLogical = logicalX; } } BarWidthPositionGroupStyle.IntendToApply(externalGroups, localGroups, numberOfItems, minLogical, maxLogical); BarWidthPositionGroupStyle bwp = PlotGroupStyle.GetStyleToInitialize <BarWidthPositionGroupStyle>(externalGroups, localGroups); if (null != bwp) { bwp.Initialize(_relInnerGapWidth, _relOuterGapWidth); } if (this.IsColorReceiver) { ColorGroupStyle.PrepareStyle(externalGroups, localGroups, delegate() { return(PlotColors.Colors.GetPlotColor(this._fillBrush.Color)); }); } }
public void ApplyGroupStyles(PlotGroupStyleCollection externalGroups, PlotGroupStyleCollection localGroups) { // IgnoreMissingDataPoints is the same for all sub plot styles IgnoreMissingDataPointsGroupStyle.ApplyStyle(externalGroups, localGroups, (ignoreMissingDataPoints) => _ignoreMissingDataPoints = ignoreMissingDataPoints); // LineConnectionStyle is the same for all sub plot styles LineConnection2DGroupStyle.ApplyStyle(externalGroups, localGroups, (lineConnection, connectCircular) => { _connectionStyle = lineConnection; _connectCircular = connectCircular; }); // SkipFrequency should be the same for all sub plot styles if (!_independentSkipFrequency) { _skipFrequency = 1; SkipFrequencyGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(int c) { _skipFrequency = c; }); } if (IsColorReceiver) { ColorGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(NamedColor c) { Color = c; }); } if (!_independentDashStyle) { DashPatternGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(IDashPattern c) { _linePen.DashPattern = c; }); } if (!_independentSymbolSize) { _symbolSize = 0; SymbolSizeGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(double size) { _symbolSize = size; }); } // symbol size if (!_independentSymbolSize) { _symbolSize = 0; SymbolSizeGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(double size) { _symbolSize = size; }); // but if there is an symbol size evaluation function, then use this with higher priority. _cachedSymbolSizeForIndexFunction = null; VariableSymbolSizeGroupStyle.ApplyStyle(externalGroups, localGroups, delegate(Func <int, double> evalFunc) { _cachedSymbolSizeForIndexFunction = evalFunc; }); } else { _cachedSymbolSizeForIndexFunction = null; } // Shift the items ? _cachedLogicalShiftX = 0; _cachedLogicalShiftY = 0; if (!_independentOnShiftingGroupStyles) { var shiftStyle = PlotGroupStyle.GetFirstStyleToApplyImplementingInterface <IShiftLogicalXYGroupStyle>(externalGroups, localGroups); if (null != shiftStyle) { shiftStyle.Apply(out _cachedLogicalShiftX, out _cachedLogicalShiftY); } } }