public static List <Visual3D> Representation3D(this JupiterWell Well, IXYPoint refpoint)
{
List <Visual3D> wellrep = new List <Visual3D>();
double x = refpoint.X - Well.X;
double y = refpoint.Y - Well.Y;
TruncatedConeVisual3D tcvw = new TruncatedConeVisual3D();
tcvw.TopRadius = 0.5;
tcvw.BaseRadius = 0.5;
tcvw.Origin = new System.Windows.Media.Media3D.Point3D(x, y, Well.Terrain - Well.Depth.Value);
if (Well.Depth.HasValue)
{
tcvw.Height = Well.Depth.Value;
}
else if (Well.Intakes.SelectMany(var => var.Screens).Count() > 0)
{
tcvw.Height = Well.Intakes.SelectMany(var => var.Screens).Max(var2 => var2.DepthToBottom.Value);
}
else
{
tcvw.Height = Well.LithSamples.Max(var => var.Bottom);
}
tcvw.Fill = new SolidColorBrush(Colors.Gray);
wellrep.Add(tcvw);
foreach (var sc in Well.Intakes.SelectMany(var => var.Screens))
{
if (sc.DepthToBottom.HasValue & sc.DepthToTop.HasValue)
{
TruncatedConeVisual3D tcv = new TruncatedConeVisual3D();
tcv.TopRadius = 0.7;
tcv.BaseRadius = 0.7;
tcv.Origin = new System.Windows.Media.Media3D.Point3D(x, y, sc.BottomAsKote.Value);
tcv.Height = sc.TopAsKote.Value - sc.BottomAsKote.Value;
tcv.Fill = new SolidColorBrush(Colors.Black);
wellrep.Add(tcv);
}
}
foreach (var l in Well.LithSamples)
{
if (l.Top != -999 & l.Bottom != -999)
{
TruncatedConeVisual3D tcv = new TruncatedConeVisual3D();
tcv.TopRadius = 1;
tcv.BaseRadius = 1;
tcv.Origin = new System.Windows.Media.Media3D.Point3D(x, y, Well.Terrain - l.Bottom);
tcv.Height = l.Bottom - l.Top;
SolidColorBrush m;
if (l.RockSymbol.ToLower().Contains("s"))
{
m = new SolidColorBrush(Colors.Blue);
}
else if (l.RockSymbol.ToLower().Contains("l"))
{
m = new SolidColorBrush(Colors.Red);
}
else
{
m = new SolidColorBrush(Colors.Green);
}
m.Opacity = 0.3;
tcv.Fill = m;
wellrep.Add(tcv);
TextVisual3D txt = new TextVisual3D();
txt.Center = new Point3D(x + 3, y + 3, Well.Terrain - (l.Bottom + l.Top) / 2.0);
txt.Text = l.RockSymbol;
txt.Height = 1;
wellrep.Add(txt);
}
}
return(wellrep);
}
/// <summary>
/// Fills the data row with entries common for Intake and Extractions.
/// </summary>
/// <param name="CurrentIntake"></param>
private static void AddCommonDataForNovana(JupiterIntake CurrentIntake)
{
JupiterWell CurrentWell = CurrentIntake.well as JupiterWell;
ShapeOutputTables.IntakeCommonRow CurrentRow = (ShapeOutputTables.IntakeCommonRow)CurrentIntake.Data;
CurrentWell = (JupiterWell)CurrentIntake.well;
CurrentRow.NOVANAID = CurrentWell.ID.Replace(" ", "") + "_" + CurrentIntake.IDNumber;
CurrentRow.XUTM = CurrentWell.X;
CurrentRow.YUTM = CurrentWell.Y;
CurrentRow.JUPKOTE = CurrentWell.Terrain;
CurrentRow.BOREHOLENO = CurrentWell.ID;
CurrentRow.INTAKENO = CurrentIntake.IDNumber;
CurrentRow.LOCATION = CurrentWell.Description;
CurrentRow.ANTINT_B = CurrentWell.Intakes.Count();
if (CurrentWell.EndDate.HasValue)
{
CurrentRow.DRILENDATE = CurrentWell.EndDate.Value;
}
if (CurrentWell.Depth.HasValue)
{
CurrentRow.DRILLDEPTH = CurrentWell.Depth.Value;
}
if (CurrentIntake.Depth.HasValue)
{
CurrentRow.CASIBOT = CurrentIntake.Depth.Value;
}
CurrentRow.PURPOSE = CurrentWell.Purpose;
CurrentRow.USE = CurrentWell.Use;
CurrentRow.INTAKETOP = -999;
CurrentRow.INTAKEBOT = -999;
if (CurrentIntake.Screens.Count != 0)
{
if (CurrentIntake.Screens.Where(var1 => var1.DepthToTop.HasValue).Count() != 0)
{
CurrentRow.INTAKETOP = CurrentIntake.Screens.Where(var1 => var1.DepthToTop.HasValue).Min(var => var.DepthToTop.Value);
}
if (CurrentIntake.Screens.Where(var1 => var1.DepthToBottom.HasValue).Count() != 0)
{
CurrentRow.INTAKEBOT = CurrentIntake.Screens.Where(var1 => var1.DepthToBottom.HasValue).Max(var => var.DepthToBottom.Value);
}
}
CurrentRow.INTAKTOPK = -999;
CurrentRow.INTAKBOTK = -999;
if (CurrentRow.JUPKOTE != -999)
{
if (CurrentRow.INTAKETOP != -999)
{
CurrentRow.INTAKTOPK = CurrentRow.JUPKOTE - CurrentRow.INTAKETOP;
}
if (CurrentRow.INTAKEBOT != -999)
{
CurrentRow.INTAKBOTK = CurrentRow.JUPKOTE - CurrentRow.INTAKEBOT;
}
}
CurrentRow.RESROCK = "-999";
CurrentRow.RESROCK = CurrentIntake.ResRock;
CurrentRow.SUMSAND = -999;
CurrentRow.BOTROCK = "-999";
if (CurrentWell.LithSamples.Count != 0 & CurrentIntake.Screens.Count != 0)
{
CurrentWell.LithSamples.Sort();
CurrentRow.BOTROCK = CurrentWell.LithSamples[CurrentWell.LithSamples.Count - 1].RockSymbol;
Dictionary <string, double> SoilLengths = new Dictionary <string, double>();
double ScreenLength = 0;
//Now build information about reservoir rock in front of screen
//Loop all screens
foreach (Screen SC in CurrentIntake.Screens)
{
//Do not use dummy values
if (SC.DepthToBottom.HasValue & SC.DepthToTop.HasValue)
{
ScreenLength += SC.DepthToBottom.Value - SC.DepthToTop.Value;
//Get the samples that are within the filter
var sampleswithinFilter = CurrentWell.LithSamples.Where(var => var.Top <SC.DepthToBottom& var.Bottom> SC.DepthToTop);
//Now calculate the percentages
foreach (Lithology L in sampleswithinFilter)
{
double percent = (Math.Min(SC.DepthToBottom.Value, L.Bottom) - Math.Max(SC.DepthToTop.Value, L.Top));
if (SoilLengths.ContainsKey(L.RockSymbol))
{
SoilLengths[L.RockSymbol] += percent;
}
else
{
SoilLengths.Add(L.RockSymbol, percent);
}
}
}
}
if (SoilLengths.Count != 0)
{
double sumsand = 0;
string[] magasiner = new string[] { "s", "k", "g" };
//Build the resrock string
StringBuilder resrock = new StringBuilder();
foreach (KeyValuePair <string, double> KVP in SoilLengths)
{
double percent = KVP.Value / ScreenLength * 100;
resrock.Append(KVP.Key + ": " + percent.ToString("###") + "% ");
if (magasiner.Contains(KVP.Key.ToLower()))
{
sumsand += percent;
}
if (KVP.Key.Length >= 2 && magasiner.Contains(KVP.Key.Substring(1, 1).ToLower()))
{
sumsand += percent;
}
}
CurrentRow.RESROCK = resrock.ToString();
CurrentRow.SUMSAND = sumsand;
}
}
}
