public AtterbergData ParseAtterberg()
{
AtterbergData atterberg = new AtterbergData();
XNamespace ns = "http://diggsml.org/schemas/2.0.b";
XNamespace gns = "http://diggsml.org/schemas/2.0.b/geotechnical";
string strAppPath = AppDomain.CurrentDomain.BaseDirectory;
XDocument doc = XDocument.Load(strAppPath + "Content\\digg.xml");
var query = doc.Root.Element(ns + "measurement").Element(ns + "Test").Element(ns + "procedure").Element(gns + "AtterbergLimitsTest");
var cas = query.Elements(gns + "casagrandeTrial").Select(c => c.Element(gns + "CasagrandeTrial"));
var plastic = query.Elements(gns + "plasticLimitTrial").Select(c => c.Element(gns + "PlasticLimitTrial"));
foreach (var item in cas)
{
atterberg.liquidList.Add(new AtterbergData.LiquidLimit()
{
trialNumber = int.Parse(item.Element(gns + "trialNo").Value),
blowCount = float.Parse(item.Element(gns + "blowCount").Value),
waterContent = float.Parse(item.Element(gns + "waterContent").Value)
});
}
float pLimit = 0f;
foreach (var item in plastic)
{
atterberg.plasticList.Add(new AtterbergData.PlasticLimit()
{
trialNumber = int.Parse(item.Element(gns + "trialNo").Value),
waterContent = float.Parse(item.Element(gns + "waterContent").Value)
});
//Suming Plastic Limit
pLimit += float.Parse(item.Element(gns + "waterContent").Value);
}
//Determining regression nodes & min/max water content
atterberg.minWaterContent = atterberg.liquidList.Min(l => l.waterContent);
atterberg.maxWaterContent = atterberg.liquidList.Max(l => l.waterContent);
var minBlow = atterberg.liquidList.Aggregate((m, x) => x.blowCount < m.blowCount ? x : m);
var maxBlow = atterberg.liquidList.Aggregate((m, x) => x.blowCount > m.blowCount ? x : m);
atterberg.firstNode.x = minBlow.blowCount;
atterberg.firstNode.y = minBlow.waterContent;
atterberg.lastNode.x = maxBlow.blowCount;
atterberg.lastNode.y = maxBlow.waterContent;
//Calculating liquid limitss
atterberg.liquidBlowCount = 25;
atterberg.liquidWaterContent = (-2.4297f * 25f) + 126.6f;
//Calculating Plastic Limit
pLimit = pLimit / atterberg.plasticList.Count();
atterberg.pLimit = pLimit;
return(atterberg);
}
public MemoryStream BuildAtterbergPDF(AtterbergData atterberg)
{
var doc = new Document();
MemoryStream stream = new MemoryStream();
var writer = PdfWriter.GetInstance(doc, stream).CloseStream = false;
doc.Open();
Font titleFont = FontFactory.GetFont("Arial", 20);
Paragraph title;
title = new Paragraph("Atterberg Limits", titleFont);
title.Alignment = Element.ALIGN_CENTER;
doc.Add(title);
Image logo = Image.GetInstance(@"C:\Users\Public\test.png");
logo.ScaleAbsolute(528, 300);
doc.Add(logo);
PdfPTable lTitle = new PdfPTable(1);
lTitle.WidthPercentage = 50;
RowBuilder(lTitle, "Liquid Limit", PdfPCell.ALIGN_CENTER, false);
lTitle.SpacingBefore = 20;
doc.Add(lTitle);
PdfPTable lData = new PdfPTable(3);
lData.WidthPercentage = 50;
RowBuilder(lData, "Trial No", PdfPCell.ALIGN_CENTER, true);
RowBuilder(lData, "Blow Count", PdfPCell.ALIGN_CENTER, true);
RowBuilder(lData, "Water Content", PdfPCell.ALIGN_CENTER, true);
foreach (var item in atterberg.liquidList)
{
RowBuilder(lData, item.trialNumber.ToString(), PdfPCell.ALIGN_CENTER, false);
RowBuilder(lData, item.blowCount.ToString(), PdfPCell.ALIGN_CENTER, false);
RowBuilder(lData, item.waterContent.ToString(), PdfPCell.ALIGN_CENTER, false);
}
RowBuilder(lData, "Liquid Limit", PdfPCell.ALIGN_CENTER, true);
RowBuilder(lData, atterberg.liquidBlowCount.ToString(), PdfPCell.ALIGN_CENTER, false);
RowBuilder(lData, atterberg.liquidWaterContent.ToString(), PdfPCell.ALIGN_CENTER, false);
doc.Add(lData);
PdfPTable pTitle = new PdfPTable(1);
pTitle.WidthPercentage = 50;
RowBuilder(pTitle, "Plastic Limit", PdfPCell.ALIGN_CENTER, false);
doc.Add(pTitle);
PdfPTable pData = new PdfPTable(2);
pData.WidthPercentage = 50;
RowBuilder(pData, "Trial No", PdfPCell.ALIGN_CENTER, true);
RowBuilder(pData, "Water Content", PdfPCell.ALIGN_CENTER, true);
foreach (var item in atterberg.plasticList)
{
RowBuilder(pData, item.trialNumber.ToString(), PdfPCell.ALIGN_CENTER, false);
RowBuilder(pData, item.waterContent.ToString(), PdfPCell.ALIGN_CENTER, false);
}
RowBuilder(pData, "Plastic Limit", PdfPCell.ALIGN_CENTER, true);
RowBuilder(pData, atterberg.pLimit.ToString(), PdfPCell.ALIGN_CENTER, false);
doc.Add(pData);
doc.Close();
byte[] byteInfo = stream.ToArray();
stream.Write(byteInfo, 0, byteInfo.Length);
stream.Position = 0;
return(stream);
}
public void MakeChart(AtterbergData atterberg)
{
DataTable counts = new DataTable("LiquidLimit");
counts.Columns.Add("BlowCount", typeof(float));
counts.Columns.Add("WaterContent", typeof(float));
counts.Columns.Add("FinalBlow", typeof(float));
counts.Columns.Add("FinalCount", typeof(float));
DataRow row = counts.NewRow();
foreach (var item in atterberg.liquidList)
{
row["BlowCount"] = item.blowCount;
row["WaterContent"] = item.waterContent;
counts.Rows.Add(row);
row = counts.NewRow();
}
row["FinalBlow"] = 25;
row["FinalCount"] = atterberg.liquidWaterContent;
counts.Rows.Add(row);
var chart = new Chart();
chart.Width = 700;
chart.Height = 500;
chart.BorderlineColor = System.Drawing.Color.Black;
chart.BorderlineDashStyle = ChartDashStyle.Solid;
chart.BorderlineWidth = 1;
chart.BackColor = System.Drawing.Color.White;
chart.Titles.Add(new Title("Atterberg Visualization"));
chart.DataSource = counts;
var area = new ChartArea("Area");
area.BackColor = System.Drawing.Color.WhiteSmoke;
area.BackSecondaryColor = System.Drawing.Color.White;
area.BackGradientStyle = GradientStyle.TopBottom;
area.AxisX.Title = "Blow Count";
area.AxisX.Minimum = Math.Round(atterberg.firstNode.x - 5);
area.AxisX.Maximum = Math.Round(atterberg.lastNode.x + 5);
area.AxisX.Interval = 5;
area.AxisY.Minimum = Math.Round(atterberg.minWaterContent - 5);
area.AxisY.Maximum = Math.Round(atterberg.maxWaterContent + 5);
area.AxisY.Title = "Water Content";
area.AxisY.Interval = 10;
area.AxisY.IsLabelAutoFit = false;
chart.ChartAreas.Add(area);
var series1 = new Series("Data");
series1.XValueMember = "BlowCount";
series1.YValueMembers = "WaterContent";
series1.MarkerStyle = MarkerStyle.Circle;
series1.MarkerSize = 10;
series1.ChartType = SeriesChartType.Point;
series1.BorderWidth = 3;
series1.Color = System.Drawing.Color.Blue;
chart.Series.Add(series1);
var series2 = new Series("Liquid Limit");
series2.XValueMember = "FinalBlow";
series2.YValueMembers = "FinalCount";
series2.MarkerStyle = MarkerStyle.Circle;
series2.MarkerSize = 10;
series2.ChartType = SeriesChartType.Point;
series2.BorderWidth = 3;
series2.Color = System.Drawing.Color.Orange;
chart.Series.Add(series2);
var series3 = new Series("Regression Line");
series3.Points.Add(new DataPoint(atterberg.firstNode.x, atterberg.firstNode.y));
series3.Points.Add(new DataPoint(atterberg.lastNode.x, atterberg.lastNode.y));
series3.ChartType = SeriesChartType.Line;
series3.BorderDashStyle = ChartDashStyle.Dot;
series3.BorderWidth = 2;
series3.Color = System.Drawing.Color.Blue;
chart.Series.Add(series3);
var legend = new Legend();
legend.Enabled = true;
legend.Docking = Docking.Bottom;
legend.Alignment = System.Drawing.StringAlignment.Center;
legend.BorderWidth = 1;
legend.BorderDashStyle = ChartDashStyle.Solid;
legend.BorderColor = System.Drawing.Color.Black;
legend.ShadowColor = System.Drawing.Color.White;
legend.ShadowOffset = 1;
chart.Legends.Add(legend);
chart.DataBind();
chart.SaveImage(@"C:\Users\Public\Atter.png", ChartImageFormat.Png);
}
