private void GeneratePdfHeader()
{
Log.Write(LogLevel.Info, string.Format("Wpisywanie podstawowych informacji o sieci"));
mTimesNormal = new PdfFont(mDocument, "Times New Roman", FontStyle.Regular);
mTimesBold = new PdfFont(mDocument, "Times New Roman", FontStyle.Bold);
var page = new PdfPage(mDocument);
var contents = new PdfContents(page);
contents.DrawText(mTimesNormal, 22.0, 10, 26, TextJustify.Center, "Raport");
contents.DrawText(mTimesNormal, 18.0, 10, 25, TextJustify.Center, "z zaprojektowanej bezprzewodowej sieci sensorowej");
DrawGeneralNetworkInfo(contents);
contents.CommitToPdfFile(false);
}
public void ReportNodeTechnology()
{
var page = new PdfPage(mDocument);
var contents = new PdfContents(page);
var constraints = mNodeNetwork.Constraints;
contents.DrawText(mTimesNormal, 14.0, 10, 26, TextJustify.Center, "Informacje o ograniczeniach narzucanych przez wybrany typ węzła");
contents.DrawText(mTimesNormal, 12.0, 1.5, 24, TextJustify.Left, string.Format("Ograniczenia częstotliwości: {0}-{1} {2}", constraints.FrequencyConstraint.Min, constraints.FrequencyConstraint.Max, constraints.FrequencyConstraint.Metric));
contents.DrawText(mTimesNormal, 12.0, 1.5, 23.5, TextJustify.Left, string.Format("Ograniczenia mocy sygnału nadawanego: {0}-{1} dBm", constraints.SignalStrengthConstraint.Min, constraints.SignalStrengthConstraint.Max));
contents.DrawText(mTimesNormal, 12.0, 1.5, 23, TextJustify.Left, string.Format("Ograniczenia czułości: ({0})-({1}) dBm", constraints.SensitivityConstraint.Min, constraints.SensitivityConstraint.Max));
contents.DrawText(mTimesNormal, 12.0, 1.5, 22.5, TextJustify.Left, string.Format("Ograniczenia zysku: {0}-{1} dBi", constraints.GainConstraint.Min, constraints.GainConstraint.Max));
contents.DrawText(mTimesNormal, 12.0, 1.5, 22, TextJustify.Left, string.Format("Ograniczenia prądu pobieranego podczas uśpienia: {0}-{1} uA", constraints.SleepCurrentConstraint.Min, constraints.SleepCurrentConstraint.Max));
contents.DrawText(mTimesNormal, 12.0, 1.5, 21.5, TextJustify.Left, string.Format("Ograniczenia prądu pobieranego podczas nadawania: {0}-{1} mA", constraints.TxCurrentConstraint.Min, constraints.TxCurrentConstraint.Max));
contents.DrawText(mTimesNormal, 12.0, 1.5, 21, TextJustify.Left, string.Format("Ograniczenia prądu pobieranego podczas odbioru: {0}-{1} mA", constraints.RxCurrentConstraint.Min, constraints.RxCurrentConstraint.Max));
contents.CommitToPdfFile(false);
}
public void ReportNodesInformation()
{
var nodes = mNodeRepository.GetAll();
for(var i = 0; i < nodes.Count; i++)
{
var page = new PdfPage(mDocument);
var contents = new PdfContents(page);
if (i == 0)
{
contents.DrawText(mTimesNormal, 14.0, 10, 26, TextJustify.Center, "Informacje o węzłach dodanych do projektowanej sieci");
}
contents.DrawText(mTimesNormal, 12.0, 1.5, 24, TextJustify.Left, string.Format("Nazwa: {0}", nodes[i].Name));
contents.DrawText(mTimesNormal, 12.0, 1.5, 23.5, TextJustify.Left, string.Format("Guid: {0}", nodes[i].Guid));
contents.DrawText(mTimesNormal, 12.0, 1.5, 23, TextJustify.Left, string.Format("Typ: {0}", nodes[i].TechnologyName));
contents.DrawText(mTimesNormal, 12.0, 1.5, 22.5, TextJustify.Left, string.Format("Częstotliwość: {0} MHz", nodes[i].Parameters.CentralFrequency / Tools.GetFrequencyMetricsWithValues()["[MHz]"]));
contents.DrawText(mTimesNormal, 12.0, 1.5, 22, TextJustify.Left, string.Format("Moc nadawania: {0} dBm", nodes[i].Parameters.SignalStrength));
contents.DrawText(mTimesNormal, 12.0, 1.5, 21.5, TextJustify.Left, string.Format("Czułość: {0} dBm", nodes[i].Parameters.Sensitivity));
contents.DrawText(mTimesNormal, 12.0, 1.5, 21, TextJustify.Left, string.Format("Zysk: {0} dBi", nodes[i].Parameters.Gain));
contents.DrawText(mTimesNormal, 12.0, 1.5, 20.5, TextJustify.Left, string.Format("Czas uśpienia: {0} ms/sek", nodes[i].Parameters.SleepTime));
contents.DrawText(mTimesNormal, 12.0, 1.5, 20, TextJustify.Left, string.Format("Czas nadawania: {0} ms/sek", nodes[i].Parameters.TxTime));
contents.DrawText(mTimesNormal, 12.0, 1.5, 19.5, TextJustify.Left, string.Format("Czas odbierania: {0} ms/sek", nodes[i].Parameters.RxTime));
contents.DrawText(mTimesNormal, 12.0, 1.5, 19, TextJustify.Left, string.Format("Prąd pobierany podczas uśpienia: {0} uA", nodes[i].Parameters.SleepCurrent));
contents.DrawText(mTimesNormal, 12.0, 1.5, 18.5, TextJustify.Left, string.Format("Prąd pobierany podczas nadawania: {0} mA", nodes[i].Parameters.TxCurrent));
contents.DrawText(mTimesNormal, 12.0, 1.5, 18, TextJustify.Left, string.Format("Prąd pobierany podczas odbioru: {0} mA", nodes[i].Parameters.RxCurrent));
contents.DrawText(mTimesNormal, 12.0, 1.5, 17.5, TextJustify.Left, string.Format("Czas życia: {0} dni", nodes[i].Parameters.BatteryLife.ToString("F")));
contents.DrawText(mTimesNormal, 12.0, 1.5, 17, TextJustify.Left, string.Format("Pojemność baterii: {0} mAh", nodes[i].Parameters.BatteryCapacitance));
contents.DrawText(mTimesNormal, 12.0, 1.5, 16.5, TextJustify.Left, string.Format("Nazwa baterii: {0}", nodes[i].Parameters.BatteryName));
contents.DrawText(mTimesNormal, 12.0, 1.5, 16, TextJustify.Left, string.Format("Cena węzła z czujnikami: {0} zł", nodes[i].Parameters.Price));
for (var j = 0; j < nodes[i].Parameters.SensingPhenomenas.Count; j++)
{
var name = new PhenomenaConverter().Convert(nodes[i].Parameters.SensingPhenomenas[j], typeof(SensingPhenomena), null, null);
var price = double.Parse(XmlParser.GetValue("Phenomena", nodes[i].Parameters.SensingPhenomenas[j].ToString()));
contents.DrawText(mTimesNormal, 12.0, 1.5, 15.5 - j*0.5, TextJustify.Left, string.Format("Czujnik: {0}, Cena: {1} zł", name, price));
}
contents.CommitToPdfFile(false);
}
}
public void ReportNodesPositioning()
{
var nodes = mNodeRepository.GetItems(n => n.IsInNetwork).ToList();
if (nodes.Any())
{
for (var i = 0; i < nodes.Count(); i++)
{
var page = new PdfPage(mDocument);
var contents = new PdfContents(page);
if(i == 0) contents.DrawText(mTimesNormal, 14.0, 10, 26, TextJustify.Center, "Informacje o położeniu węzłów oraz stacji bazowej na planie budynku");
contents.DrawText(mTimesNormal, 12.0, 1.5, 24, TextJustify.Left, string.Format("Nazwa: {0}, Pozycja: [{1}, {2}]",
nodes[i].Name, nodes[i].Position.X, nodes[i].Position.Y));
var neighbours = nodes[i].Neighbours;
contents.DrawText(mTimesNormal, 12.0, 1.5, 23, TextJustify.Left, "Węzły widoczne:");
for (int j = 0; j < neighbours.Count; j++)
{
contents.DrawText(mTimesNormal, 12.0, 1.5, 23 - (j+1)*0.5, TextJustify.Left, string.Format("- Nazwa: {0}, Guid: {1}, Pozycja: [{2}, {3}]", neighbours[j].Name, neighbours[j].Guid, neighbours[j].Position.X, neighbours[j].Position.Y));
}
int nextline = 23 - neighbours.Count / 2 - 1;
var connections = nodes[i].Connections.Where(n => n.SecondNode != nodes[i].Guid).ToList();
contents.DrawText(mTimesNormal, 12.0, 1.5, nextline, TextJustify.Left, "Połączenia z węzłami lub stacją bazową:");
for (int j = 0; j < connections.Count; j++)
{
contents.DrawText(mTimesNormal, 12.0, 1.5, nextline - 0.5*(j+1), TextJustify.Left, string.Format("Element: {0}, Dystans: {1} m",
(connections[j].SecondNode == Guid.Empty ? "Stacja bazowa" : connections[j].SecondNode.ToString()), connections[j].Distance.ToString("F")));
}
contents.CommitToPdfFile(false);
}
var newpage = new PdfPage(mDocument);
var newcontents = new PdfContents(newpage);
newcontents.DrawText(mTimesNormal, 12.0, 1.5, 24, TextJustify.Left, string.Format("Stacja bazowa, Pozycja [{0}, {1}]", mNodeNetwork.Sink.Position.X, mNodeNetwork.Sink.Position.Y));
newcontents.DrawText(mTimesNormal, 12.0, 1.5, 23, TextJustify.Left, string.Format("Połączenia z węzłami:"));
for (int i = 0; i < mNodeNetwork.Sink.NodeLinks.Count; i++)
{
newcontents.DrawText(mTimesNormal, 12.0, 1.5, 22.5 - (i+1)*0.5 , TextJustify.Left, string.Format("- Element: {0}, Dystans: {1} m",
mNodeNetwork.Sink.NodeLinks[i].FirstNode, mNodeNetwork.Sink.NodeLinks[i].Distance.ToString("F")));
}
newcontents.CommitToPdfFile(false);
}
}
public void ReportBlueprintImage()
{
var path = XmlParser.GetValue("ImagePath");
var page = new PdfPage(mDocument);
var contents = new PdfContents(page);
contents.DrawText(mTimesNormal, 12.0, 1.5, 26, TextJustify.Left, "Plan budynku, na którym zaprojektowano sieć sensorową.");
PdfImage blueprintImage = new PdfImage(mDocument, path);
blueprintImage.ImageSize(500,700);
contents.DrawImage(blueprintImage, 1.5, 26, 500, 700);
contents.CommitToPdfFile(false);
}
