/// <summary>
/// Creates a report for the plot.
/// </summary>
/// <returns>
/// A report.
/// </returns>
public Report CreateReport()
{
var r = new Report {
Culture = CultureInfo.InvariantCulture
};
r.AddHeader(1, "P L O T R E P O R T");
r.AddHeader(2, "=== PlotModel ===");
r.AddPropertyTable("PlotModel", this);
r.AddHeader(2, "=== Axes ===");
foreach (Axis a in this.Axes)
{
r.AddPropertyTable(a.GetType().Name, a);
}
r.AddHeader(2, "=== Annotations ===");
foreach (var a in this.Annotations)
{
r.AddPropertyTable(a.GetType().Name, a);
}
r.AddHeader(2, "=== Series ===");
foreach (var s in this.Series)
{
r.AddPropertyTable(s.GetType().Name, s);
var ds = s as DataPointSeries;
if (ds != null)
{
var fields = new List <ItemsTableField> {
new ItemsTableField("X", "X"), new ItemsTableField("Y", "Y")
};
r.AddItemsTable("Data", ds.Points, fields);
}
}
#if !PCL
var assemblyName = new AssemblyName(Assembly.GetExecutingAssembly().FullName);
r.AddParagraph(string.Format("Report generated by OxyPlot {0}", assemblyName.Version.ToString(3)));
#endif
return(r);
}
private static Report CreateReport()
{
var r = new Report();
r.AddHeader(1, "Test");
r.AddPlot(new PlotModel {
Title = "Plot 1"
}, "First plot", 600, 400);
r.AddPlot(new PlotModel {
Title = "Plot 2"
}, "Second plot", 600, 400);
return(r);
}
public void ExportToStream_ReportWithNoCaptions_CheckThatOutputFileExists()
{
const string FileName = "ReportWithNoPlotCaptions.pdf";
var s = File.Create(FileName);
var r = new Report();
r.AddHeader(1, "Test");
r.AddPlot(new PlotModel {
Title = "Plot 1"
}, null, 600, 400);
r.AddPlot(new PlotModel {
Title = "Plot 2"
}, null, 600, 400);
using (var w = new PdfReportWriter(s))
{
w.WriteReport(r, new ReportStyle());
}
Assert.IsTrue(new FileInfo(FileName).Length > 0);
}
private Report CreateReport(string fileName)
{
string ext = Path.GetExtension(fileName);
ext = ext.ToLower();
var r = new Report();
r.Title = "Oxyplot example report";
var main = new ReportSection();
r.AddHeader(1, "Example report from OxyPlot");
// r.AddHeader(2, "Content");
// r.AddTableOfContents(main);
r.Add(main);
main.AddHeader(2, "Introduction");
main.AddParagraph("The content in this file was generated by OxyPlot.");
main.AddParagraph("See http://oxyplot.codeplex.com for more information.");
var dir = Path.GetDirectoryName(fileName);
var name = Path.GetFileNameWithoutExtension(fileName);
string fileNameWithoutExtension = Path.Combine(dir, name);
main.AddHeader(2, "Plot");
main.AddParagraph("This plot was rendered to a file and included in the report as a plot.");
main.AddPlot(this.Model, "Plot", 800, 500);
main.AddHeader(2, "Drawing");
main.AddParagraph("Not yet implemented.");
/* switch (ext)
* {
* case ".html":
* {
* main.AddHeader(2, "Plot (svg)");
* main.AddParagraph("This plot was rendered to a .svg file and included in the report.");
* main.AddPlot(Model, "SVG plot", 800, 500);
*
* //main.AddHeader(2, "Drawing (vector)");
* //main.AddParagraph("This plot was rendered to SVG and included in the report as a drawing.");
* //var svg = Model.ToSvg(800, 500);
* //main.AddDrawing(svg, "SVG plot as a drawing.");
* break;
* }
* case ".pdf":
* case ".tex":
* {
* main.AddHeader(2, "Plot (vector)");
* main.AddParagraph("This plot was rendered to a .pdf file and included in the report.");
* main.AddPlot(Model, "PDF plot", 800, 500);
* //var pdfPlotFileName = fileNameWithoutExtension + "_plot.pdf";
* //PdfExporter.Export(Model, pdfPlotFileName, 800, 500);
* //main.AddParagraph("This plot was rendered to PDF and embedded in the report.");
* //main.AddImage(pdfPlotFileName, "PDF plot");
* break;
* }
* case ".docx":
* {
* main.AddHeader(2, "Plot");
* main.AddParagraph("This plot was rendered to a .png file and included in the report.");
* main.AddPlot(Model, "Plot", 800, 500);
* }
* break;
* }*/
main.AddHeader(2, "Image");
main.AddParagraph("The plot is rendered to a .png file and included in the report as an image. Zoom in to see the difference.");
string pngPlotFileName = fileNameWithoutExtension + "_Plot2.png";
PngExporter.Export(this.Model, pngPlotFileName, 800, 500, OxyColors.Automatic);
main.AddImage(pngPlotFileName, "Plot as image");
main.AddHeader(2, "Data");
int i = 1;
foreach (OxyPlot.Series.DataPointSeries s in this.Model.Series)
{
main.AddHeader(3, "Data series " + (i++));
var pt = main.AddPropertyTable("Properties of the " + s.GetType().Name, new[] { s });
pt.Fields[0].Width = 50;
pt.Fields[1].Width = 100;
var fields = new List <ItemsTableField>
{
new ItemsTableField("X", "X")
{
Width = 60, StringFormat = "0.00"
},
new ItemsTableField("Y", "Y")
{
Width = 60, StringFormat = "0.00"
}
};
main.Add(new ItemsTable {
Caption = "Data", Fields = fields, Items = s.Points
});
}
// main.AddHeader(3, "Equations");
// main.AddEquation(@"E = m \cdot c^2");
// main.AddEquation(@"\oint \vec{B} \cdot d\vec{S} = 0");
return(r);
}
internal static void CreateNotReceiptReport(Database.Database db, DateTime reportAsOf)
{
if (db is null)
{
throw new ArgumentNullException(nameof(db));
}
Report rpt = new Report("PendingReceipt");
ExpenseOrder[] allorders = db.GetOrders();
var orderables = db.GetOrderables();
// Get list of orders that have at least one item that has not been received
//var orders = allorders.Where(currentOrder => currentOrder.orderedItems.Any(currentOrderedItem => currentOrderedItem.Value.HasBeenReceived())).ToArray();
var orders = allorders.Where(currentOrder => currentOrder.orderedItems.Any(currentOrderedItem => currentOrderedItem.Value.HasBeenReceived()));
int totalNumberOfMissingItems = 0;
orders.ToList().ForEach(x => x.orderedItems.ToList().ForEach(y =>
{
if (!y.Value.HasBeenReceived())
{
totalNumberOfMissingItems++;
}
}));
rpt.AddHeader("Introduction");
rpt.AddBlank();
rpt.AddLine($"This file describes the pending status of pharmacy expense items. This file is accurate as of {reportAsOf.ToShortDateString()}. There are {orders.Count(x=>x.orderedItems.Any(x=>!x.Value.HasBeenReceived()))} orders with pending items. There are {totalNumberOfMissingItems} items that are pending. These items are critical to the operation of the pharmacy.");
rpt.AddBlank();
rpt.AddHeader("Orders with Pending Items");
rpt.AddLine("The following orders have pending items.");
List <string> data = new List <string>();
orders.ToList().ForEach(x =>
{
data.Add(x.OrderDate.ToShortDateString());
data.Add(x.orderedItems.Count(y => !y.Value.HasBeenReceived()).ToString());
});
rpt.AddBlank();
rpt.AddTable(new string[] { "Order Date", "Number of Pending Items" }, data.ToArray());
rpt.AddBlank();
rpt.AddHeader("Number of Pending Items per Wic");
rpt.AddLine("The following are the number of items for each wic that are pending");
rpt.AddBlank();
data = new List <string>();
Dictionary <int, int> wicToPendingItemCountMap = new Dictionary <int, int>();
orders.ToList().ForEach(currentOrder => currentOrder.orderedItems.ToList().ForEach(currentItem =>
{
if (!currentItem.Value.HasBeenReceived())
{
if (wicToPendingItemCountMap.ContainsKey(currentItem.Key.Wic))
{
wicToPendingItemCountMap[currentItem.Key.Wic] += currentItem.Value.orderedAmount;
}
else
{
wicToPendingItemCountMap.Add(currentItem.Key.Wic, currentItem.Value.orderedAmount);
}
}
}));
foreach (KeyValuePair <int, int> item in wicToPendingItemCountMap)
{
Console.Write($"{item.Key}, {orderables.First(x=>x.Wic == item.Key).ItemName}, {item.Value}");
}
rpt.AddTable(new string[] { "Wic", "Item Name", "Number of Pending Items" }, data.ToArray());
rpt.SaveReport();
}