/// <summary>
/// Sets the scale and create the necessary event links.
/// </summary>
/// <param name="scale"></param>
protected void InternalSetScale(NumericalScale scale)
{
if (ChildSetMember(ref _scale, scale))
{
_doesScaleNeedsDataUpdate = true;
}
}
public NumericAxisRescaleController(NumericAxisRescaleConditions doc, NumericalScale ax)
{
_doc = doc;
_axis = ax;
SetElements(true);
}
/// <summary>
/// This will create a point list out of the data, which can be used to plot the data. In order to create this list,
/// the function must have knowledge how to calculate the points out of the data. This will be done
/// by a function provided by the calling function.
/// </summary>
/// <param name="layer">The plot layer.</param>
/// <returns>An array of plot points in layer coordinates.</returns>
public Processed2DPlotData GetRangesAndPoints(
Gdi.IPlotArea layer)
{
const int functionPoints = 1000;
const double MaxRelativeValue = 1E6;
// allocate an array PointF to hold the line points
PointF[] ptArray = new PointF[functionPoints];
Processed2DPlotData result = new Processed2DPlotData();
MyPlotData pdata = new MyPlotData();
result.PlotPointsInAbsoluteLayerCoordinates = ptArray;
double[] xPhysArray = new double[functionPoints];
double[] yPhysArray = new double[functionPoints];
pdata._xPhysical = xPhysArray;
pdata._yPhysical = yPhysArray;
result.XPhysicalAccessor = new IndexedPhysicalValueAccessor(pdata.GetXPhysical);
result.YPhysicalAccessor = new IndexedPhysicalValueAccessor(pdata.GetYPhysical);
// double xorg = layer.XAxis.Org;
// double xend = layer.XAxis.End;
// Fill the array with values
// only the points where x and y are not NaNs are plotted!
int i, j;
bool bInPlotSpace = true;
int rangeStart = 0;
PlotRangeList rangeList = new PlotRangeList();
result.RangeList = rangeList;
Gdi.G2DCoordinateSystem coordsys = layer.CoordinateSystem;
NumericalScale xaxis = layer.XAxis as NumericalScale;
NumericalScale yaxis = layer.YAxis as NumericalScale;
if (xaxis == null || yaxis == null)
{
return(null);
}
for (i = 0, j = 0; i < functionPoints; i++)
{
double x_rel = ((double)i) / (functionPoints - 1);
double x = xaxis.NormalToPhysical(x_rel);
double y = Evaluate(x);
if (Double.IsNaN(x) || Double.IsNaN(y))
{
if (!bInPlotSpace)
{
bInPlotSpace = true;
rangeList.Add(new PlotRange(rangeStart, j));
}
continue;
}
// double x_rel = layer.XAxis.PhysicalToNormal(x);
double y_rel = yaxis.PhysicalToNormal(y);
// chop relative values to an range of about -+ 10^6
if (y_rel > MaxRelativeValue)
{
y_rel = MaxRelativeValue;
}
if (y_rel < -MaxRelativeValue)
{
y_rel = -MaxRelativeValue;
}
// after the conversion to relative coordinates it is possible
// that with the choosen axis the point is undefined
// (for instance negative values on a logarithmic axis)
// in this case the returned value is NaN
double xcoord, ycoord;
if (coordsys.LogicalToLayerCoordinates(new Logical3D(x_rel, y_rel), out xcoord, out ycoord))
{
if (bInPlotSpace)
{
bInPlotSpace = false;
rangeStart = j;
}
xPhysArray[j] = x;
yPhysArray[j] = y;
ptArray[j].X = (float)xcoord;
ptArray[j].Y = (float)ycoord;
j++;
}
else
{
if (!bInPlotSpace)
{
bInPlotSpace = true;
rangeList.Add(new PlotRange(rangeStart, j));
}
}
} // end for
if (!bInPlotSpace)
{
bInPlotSpace = true;
rangeList.Add(new PlotRange(rangeStart, j)); // add the last range
}
return(result);
}
public LogarithmicAxisRescaleController(LogarithmicAxisRescaleConditions doc, NumericalScale ax)
: base(doc, ax)
{
}
/// <summary>
/// Sets the scale and create the necessary event links.
/// </summary>
/// <param name="scale"></param>
protected void InternalSetScale(NumericalScale scale)
{
if (ChildSetMember(ref _scale, scale))
{
_doesScaleNeedsDataUpdate = true;
}
}
//private List<ColumnSizeLocation> GetColumnsSizeLocation()
//{
// List<ColumnSizeLocation> result = new List<ColumnSizeLocation>();
// int widthUnits = 0;
// var columns = ChartReportReportDTO.EntityListView.EntityListViewAllColumns.Where(x => x.RelationshipTailID == 0);
// foreach (var column in columns)
// {
// widthUnits += (column.WidthUnit == 0 ? 1 : column.WidthUnit);
// }
// var width = reportWidth;
// var perUnitWidth = width.Divide(widthUnits);
// var consumedWidthUnits = 0;
// if (ReportGroups != null)
// foreach (var reportGroup in ReportGroups)
// {
// ColumnSizeLocation columnSizeLocation = new ColumnSizeLocation();
// columnSizeLocation.LictViewColumnID = reportGroup.ListViewColumnID;
// SetColumnSizePosition(columnSizeLocation, reportGroup.EntityListViewColumn.WidthUnit, ref consumedWidthUnits, perUnitWidth);
// result.Add(columnSizeLocation);
// }
// foreach (var column in columns)
// {
// if (!result.Any(x => x.LictViewColumnID == column.ID))
// {
// ColumnSizeLocation columnSizeLocation = new ColumnSizeLocation();
// columnSizeLocation.LictViewColumnID = column.ID;
// SetColumnSizePosition(columnSizeLocation, column.WidthUnit, ref consumedWidthUnits, perUnitWidth);
// result.Add(columnSizeLocation);
// }
// }
// return result;
//}
//private void SetColumnSizePosition(ColumnSizeLocation columnSizeLocation, int currentWidthUnits, ref int consumedWidthUnits, Unit perUnitWidth)
//{
// if (currentWidthUnits == 0)
// currentWidthUnits = 1;
// var width = currentWidthUnits * perUnitWidth;
// columnSizeLocation.Width = width;
// var xlocation = (reportWidth - width) - consumedWidthUnits * perUnitWidth;
// columnSizeLocation.XLocation = xlocation;
// consumedWidthUnits += currentWidthUnits;
//}
// private Telerik.Reporting.DetailSection detailSection1;
// private Telerik.Reporting.Graph graph1;
//private Telerik.Reporting.PolarCoordinateSystem polarCoordinateSystem1;
//private Telerik.Reporting.GraphAxis graphAxis1;
//private Telerik.Reporting.GraphAxis graphAxis2;
//private Telerik.Reporting.BarSeries barSeries1;
private Tuple <Report, Graph> SetReportDetails(Report report)
{
var detail = new Telerik.Reporting.DetailSection();
//detail.Height = Telerik.Reporting.Drawing.Unit.Cm(0.5);
detail.Name = "detail";
ReportStyles.SetReportDetailStyle(detail.Style);
report.Items.Add(detail);
var graph = new Graph();
graph.Name = "graph1";
graph.Width = reportWidth;
graph.Height = report.PageSettings.PaperSize.Height / 2;
//reportWidth = report.Width;
detail.Items.Add(graph);
graph.Legend.Width = Unit.Cm(4);
graph.Legend.Style.LineColor = System.Drawing.Color.LightGray;
graph.Legend.Style.LineWidth = Telerik.Reporting.Drawing.Unit.Inch(0D);
graph.PlotAreaStyle.LineColor = System.Drawing.Color.LightGray;
graph.PlotAreaStyle.LineWidth = Telerik.Reporting.Drawing.Unit.Inch(0D);
//graph.Size = new Telerik.Reporting.Drawing.SizeU(Telerik.Reporting.Drawing.Unit.Inch(6D), Telerik.Reporting.Drawing.Unit.Inch(3D));
GraphAxis categoryAxis = new GraphAxis();
GraphAxis valueAxis = new GraphAxis();
CategoryScale categoryScale1 = new CategoryScale();
categoryAxis.LabelPlacement = Telerik.Reporting.GraphAxisLabelPlacement.AtMaximum;
categoryAxis.MajorGridLineStyle.LineColor = System.Drawing.Color.LightGray;
categoryAxis.MajorGridLineStyle.LineWidth = Telerik.Reporting.Drawing.Unit.Pixel(1D);
categoryAxis.MajorGridLineStyle.Visible = true;
categoryAxis.MinorGridLineStyle.LineColor = System.Drawing.Color.LightGray;
categoryAxis.MinorGridLineStyle.LineWidth = Telerik.Reporting.Drawing.Unit.Pixel(1D);
categoryAxis.MinorGridLineStyle.Visible = false;
categoryAxis.Name = "categoryAxis";
//categoryScale1.PositionMode = Telerik.Reporting.AxisPositionMode.OnTicks;
categoryScale1.SpacingSlotCount = 0.1D;
categoryAxis.Style.LineWidth = Telerik.Reporting.Drawing.Unit.Inch(0D);
categoryAxis.Scale = categoryScale1;
categoryAxis.Style.Visible = true;
valueAxis.LabelAngle = 90;
valueAxis.MajorGridLineStyle.LineColor = System.Drawing.Color.LightGray;
valueAxis.MajorGridLineStyle.LineWidth = Telerik.Reporting.Drawing.Unit.Pixel(1D);
valueAxis.MajorGridLineStyle.Visible = true;
valueAxis.MinorGridLineStyle.LineColor = System.Drawing.Color.LightGray;
valueAxis.MinorGridLineStyle.LineWidth = Telerik.Reporting.Drawing.Unit.Pixel(1D);
valueAxis.MinorGridLineStyle.Visible = false;
valueAxis.Name = "valueAxis";
NumericalScaleCrossAxisPosition numericalScaleCrossAxisPosition1 = new NumericalScaleCrossAxisPosition();
numericalScaleCrossAxisPosition1.Position = Telerik.Reporting.GraphScaleCrossAxisPosition.AtMinimum;
numericalScaleCrossAxisPosition1.Value = 0D;
NumericalScale numericalScale1 = new NumericalScale();
numericalScale1.CrossAxisPositions.Add(numericalScaleCrossAxisPosition1);
valueAxis.Scale = numericalScale1;
//valueAxis.Style.Visible = false;
var polarCoordinateSystem = new PolarCoordinateSystem();
polarCoordinateSystem.AngularAxis = categoryAxis;
polarCoordinateSystem.Name = "polarCoordinateSystem1";
polarCoordinateSystem.RadialAxis = valueAxis;
graph.CoordinateSystems.Add(polarCoordinateSystem);
var valuecolumn = ChartReportReportDTO.EntityChartReportValues.First();
var categoryColumn = ChartReportReportDTO.EntityChartReportCategories.First();
var categoryGroup = new GraphGroup();
categoryGroup.Name = categoryColumn.EntityListViewColumn.RelativeColumnName;
categoryGroup.Groupings.Add(new Grouping(string.Format("= Fields.{0}", categoryColumn.EntityListViewColumn.RelativeColumnName)));
categoryGroup.Sortings.Add(new Telerik.Reporting.Sorting(string.Format("= Fields.{0}", categoryColumn.EntityListViewColumn.RelativeColumnName), Telerik.Reporting.SortDirection.Asc));
graph.CategoryGroups.Add(categoryGroup);
//if(ChartReportReportDTO.EntityChartReportSeries.Count>0)
//{
//}
var column = ChartReportReportDTO.EntityChartReportSeries.First();
var barSeries = new Telerik.Reporting.BarSeries();
barSeries.ArrangeMode = Telerik.Reporting.GraphSeriesArrangeMode.Stacked;
graph.Series.Add(barSeries);
barSeries.Name = column.EntityListViewColumn.RelativeColumnName;
barSeries.CategoryGroup = categoryGroup;
barSeries.CoordinateSystem = polarCoordinateSystem;
barSeries.DataPointLabel = string.Format("= {0}(Fields.{1})", valuecolumn.FunctionType.ToString(), valuecolumn.EntityListViewColumn.RelativeColumnName);
barSeries.DataPointLabelStyle.Visible = false;
barSeries.LegendItem.Value = "= Fields.Name";
barSeries.Y = string.Format("= {0}(Fields.{1})+0.1", valuecolumn.FunctionType.ToString(), valuecolumn.EntityListViewColumn.RelativeColumnName);
barSeries.LegendItem.Value = string.Format("= Fields.{0}", column.EntityListViewColumn.RelativeColumnName);
var serieGroup = new GraphGroup();
//اگر نام ست نشده باشد گزارش درست کار نمیکند!!!!؟
serieGroup.Name = column.EntityListViewColumn.RelativeColumnName;
serieGroup.Groupings.Add(new Telerik.Reporting.Grouping(string.Format("= Fields.{0}", column.EntityListViewColumn.RelativeColumnName)));
serieGroup.Sortings.Add(new Telerik.Reporting.Sorting(string.Format("= Fields.{0}", column.EntityListViewColumn.RelativeColumnName), Telerik.Reporting.SortDirection.Asc));
graph.SeriesGroups.Add(serieGroup);
barSeries.SeriesGroup = serieGroup;
barSeries.ToolTip.Text = string.Format("= {0}(Fields.{1})", valuecolumn.FunctionType.ToString(), valuecolumn.EntityListViewColumn.RelativeColumnName);
// barSeries.ToolTip.Title = string.Format("= Fields.{0}", column.EntityListViewColumn.RelativeColumnName);
var legendValue = string.Format("= Fields.{0}", column.EntityListViewColumn.RelativeColumnName);
var parentGeoup = serieGroup;
foreach (var cColumn in ChartReportReportDTO.EntityChartReportSeries.Where(x => x != column))
{
var newGroup = new GraphGroup();
newGroup.Name = cColumn.EntityListViewColumn.RelativeColumnName;
newGroup.Groupings.Add(new Telerik.Reporting.Grouping(string.Format("= Fields.{0}", cColumn.EntityListViewColumn.RelativeColumnName)));
newGroup.Sortings.Add(new Telerik.Reporting.Sorting(string.Format("= Fields.{0}", cColumn.EntityListViewColumn.RelativeColumnName), Telerik.Reporting.SortDirection.Asc));
parentGeoup.ChildGroups.Add(newGroup);
barSeries.SeriesGroup = newGroup;
parentGeoup = newGroup;
legendValue += "+ \'/\' +" + string.Format(" Fields.{0}", cColumn.EntityListViewColumn.RelativeColumnName);
}
barSeries.LegendItem.Value = legendValue;
barSeries.ToolTip.Title = legendValue;
return(new Tuple <Report, Graph>(report, graph));
}