public PhysicalBridge(ExternalCommandData commandData)
{
CommandData = commandData;
FilteredElementCollector collector = new FilteredElementCollector(commandData.Application.ActiveUIDocument.Document).WhereElementIsNotElementType();
foreach (Element element in collector)
{
if ((element.Category != null) && element.Category.HasMaterialQuantities)
{
Elements.Add(element);
}
}
Superstructure = FindSuperstructure();
Cover = 40;
//Dividing cross section contour into two parts:
double divisionAxle = 0.5 * Converters.ToMeters(Superstructure.ParametersMap.get_Item("OL").AsDouble() + Superstructure.ParametersMap.get_Item("OP").AsDouble());
SuperstructureCrossSection = GetFrontalVertices(Superstructure, divisionAxle);
if (SuperstructureCrossSection.Count > 0)
{
List <Point> leftGirderPoints = new List <Point>();
List <Point> rightGirderPoints = new List <Point>();
foreach (Point crossSectionPoint in SuperstructureCrossSection)
{
if (Math.Round(crossSectionPoint.X - divisionAxle, 8) <= 0.0)
{
leftGirderPoints.Add(new Point(crossSectionPoint.X, crossSectionPoint.Y));
}
if (Math.Round(crossSectionPoint.X - divisionAxle, 8) >= 0.0)
{
rightGirderPoints.Add(new Point(crossSectionPoint.X, crossSectionPoint.Y));
}
}
if (leftGirderPoints.First() == leftGirderPoints.Last())
{
leftGirderPoints.RemoveAt(leftGirderPoints.Count() - 1);
}
if (rightGirderPoints.First() == rightGirderPoints.Last())
{
rightGirderPoints.RemoveAt(rightGirderPoints.Count() - 1);
}
LeftGirderCrossSection = new CrossSection(leftGirderPoints);
RightGirderCrossSection = new CrossSection(rightGirderPoints);
LeftGirderCrossSection.Height = Converters.ToMeters(Superstructure.ParametersMap.get_Item("HL").AsDouble());
LeftGirderCrossSection.Width = Converters.ToMeters(Superstructure.ParametersMap.get_Item("BL").AsDouble());
LeftGirderCrossSection.LeftCantileverOverhang = Converters.ToMeters(Superstructure.ParametersMap.get_Item("OL").AsDouble() - Superstructure.ParametersMap.get_Item("BL1").AsDouble() - Superstructure.ParametersMap.get_Item("O1").AsDouble()) - 0.5 * LeftGirderCrossSection.Width;
LeftGirderCrossSection.RightCantileverOverhang = divisionAxle - Converters.ToMeters(Superstructure.ParametersMap.get_Item("OL").AsDouble() + Superstructure.ParametersMap.get_Item("BL2").AsDouble()) - 0.5 * LeftGirderCrossSection.Width;
RightGirderCrossSection.Height = Converters.ToMeters(Superstructure.ParametersMap.get_Item("HP").AsDouble());
RightGirderCrossSection.Width = Converters.ToMeters(Superstructure.ParametersMap.get_Item("BP").AsDouble());
RightGirderCrossSection.LeftCantileverOverhang = Converters.ToMeters(Superstructure.ParametersMap.get_Item("OP").AsDouble() - Superstructure.ParametersMap.get_Item("BP2").AsDouble()) - divisionAxle - 0.5 * RightGirderCrossSection.Width;
RightGirderCrossSection.RightCantileverOverhang = Converters.ToMeters(Superstructure.ParametersMap.get_Item("O5").AsDouble() - Superstructure.ParametersMap.get_Item("OP").AsDouble() - Superstructure.ParametersMap.get_Item("BP1").AsDouble()) - 0.5 * RightGirderCrossSection.Width;
LeftGirderCrossSection.MomentsOfInertia.IS = CalculateTorsionConstant(LeftGirderCrossSection);
RightGirderCrossSection.MomentsOfInertia.IS = CalculateTorsionConstant(LeftGirderCrossSection);
}
}
private List <Point> GetFrontalVertices(Element element, double?additionalDivision = null)
{
List <Point> contourPoints = new List <Point>();
Face frontalFace = GetFrontalFace(element);
if (frontalFace == null)
{
return(contourPoints);
}
foreach (EdgeArray edges in frontalFace.EdgeLoops)
{
foreach (Edge edge in edges)
{
contourPoints.Add(new Point(Math.Round(Converters.ToMeters(edge.AsCurve().GetEndPoint(0).Y), 8), Math.Round(Converters.ToMeters(edge.AsCurve().GetEndPoint(0).Z), 8)));
contourPoints.Add(new Point(Math.Round(Converters.ToMeters(edge.AsCurve().GetEndPoint(1).Y), 8), Math.Round(Converters.ToMeters(edge.AsCurve().GetEndPoint(1).Z), 8)));
}
}
contourPoints.Add(contourPoints.First());
if (additionalDivision != null)
{
for (int i = contourPoints.Count() - 2; i >= 0; i--)
{
if (contourPoints[i].X == contourPoints[i + 1].X)
{
continue;
}
else if (contourPoints[i].X > contourPoints[i + 1].X)
{
if ((contourPoints[i].X >= additionalDivision) && (contourPoints[i + 1].X <= additionalDivision))
{
double y = contourPoints[i].Y + ((double)additionalDivision - contourPoints[i].X) * (contourPoints[i + 1].Y - contourPoints[i].Y) / (contourPoints[i + 1].X - contourPoints[i].X);
contourPoints.Insert(i + 1, new Point((double)additionalDivision, y));
}
}
else
{
if ((contourPoints[i].X <= additionalDivision) && (contourPoints[i + 1].X >= additionalDivision))
{
double y = contourPoints[i].Y + ((double)additionalDivision - contourPoints[i].X) * (contourPoints[i + 1].Y - contourPoints[i].Y) / (contourPoints[i + 1].X - contourPoints[i].X);
contourPoints.Insert(i + 1, new Point((double)additionalDivision, y));
}
}
}
}
contourPoints.RemoveAt(contourPoints.Count() - 1);
contourPoints = contourPoints.Distinct().ToList();
return(contourPoints);
}
public void Resolve(PhysicalBridge seed, string modelName, string modelDirectory)
{
DirectoryCopy(@seed.DataForm.DataFormSeedDir.Text, modelDirectory, true);
Stopwatch caseStopWatch = new Stopwatch();
Stopwatch localStopWatch = new Stopwatch();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, false)) stopwatchSummary.WriteLine("Start:\t\t\t\t\t\t" + DateTime.Now.ToString());
caseStopWatch.Start(); localStopWatch.Start();
bool penalized = !RefreshSpan(seed);
PhysicalBridge = new PhysicalBridge(seed.CommandData);
PhysicalBridge.DataForm = seed.DataForm;
PhysicalBridge.Name = modelName;
PhysicalBridge.Directory = modelDirectory;
PhysicalBridge.SpanLength.Add(double.Parse(PhysicalBridge.DataForm.DataFormSpanLength1.Text));
PhysicalBridge.SpanLength.Add(double.Parse(PhysicalBridge.DataForm.DataFormSpanLength2.Text));
PhysicalBridge.CriticalCrossSections = new List <double>();
PhysicalBridge.CriticalCrossSections.Add(0.4 * PhysicalBridge.SpanLength.First());
PhysicalBridge.CriticalCrossSections.Add(0.5 * PhysicalBridge.SpanLength.First());
PhysicalBridge.CriticalCrossSections.Add(1.0 * PhysicalBridge.SpanLength.First());
if (PhysicalBridge.SuperstructureCrossSection.Count == 0)
{
penalized = true;
}
#if SUMMGEOMETRY
PhysicalBridge.PrintSummary();
#endif
Document doc = PhysicalBridge.CommandData.Application.ActiveUIDocument.Document;
if (!penalized)
{
QuantitiesAndSchedules = new QuantitiesAndSchedules(PhysicalBridge);
QuantitiesAndSchedules.LoadSchedules();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true))
{
stopwatchSummary.WriteLine("Model refreshed:\t\t\t\t" + DateTime.Now.ToString() + "\t" + localStopWatch.Elapsed.ToString() + "\n");
stopwatchSummary.WriteLine("Analytical slab:");
}
localStopWatch.Reset();
//Slab analysis:
Stopwatch slabStopWatch = new Stopwatch();
slabStopWatch.Start();
AnalyticalSlab = new AnalyticalSlab(PhysicalBridge);
slabStopWatch.Stop();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true))
{
stopwatchSummary.WriteLine("Analytical slab, end time:\t\t\t" + DateTime.Now.ToString() + "\t" + slabStopWatch.Elapsed.ToString() + "\n");
stopwatchSummary.WriteLine("General model creation:");
}
//Fine element method model, general loads:
Stopwatch generalModelStopWatch = new Stopwatch();
generalModelStopWatch.Start();
AnalyticalBridge = new AnalyticalBridge(PhysicalBridge, int.Parse(PhysicalBridge.DataForm.DataFormSpanDivision.Text), false);
generalModelStopWatch.Stop();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true))
{
stopwatchSummary.WriteLine("General model creation, end time:\t\t" + DateTime.Now.ToString() + "\t" + generalModelStopWatch.Elapsed.ToString() + "\n");
stopwatchSummary.WriteLine("Girder envelopes:");
}
//General envelopes:
Stopwatch envelopesStopWatch = new Stopwatch();
envelopesStopWatch.Start();
AnalyticalBridge.Envelopes = new Envelopes(PhysicalBridge, AnalyticalBridge.MobileCases.ToArray(), int.Parse(PhysicalBridge.DataForm.DataFormEnvelopeStep.Text));
envelopesStopWatch.Stop();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true))
{
stopwatchSummary.WriteLine("Girder envelopes, end time:\t\t\t" + DateTime.Now.ToString() + "\t" + envelopesStopWatch.Elapsed.ToString() + "\n");
stopwatchSummary.WriteLine("Prestressed model creation:");
}
//Fine element method model, prestressing loads:
Stopwatch prestressingModelStopWatch = new Stopwatch();
prestressingModelStopWatch.Start();
AnalyticalPrestressedBridge = new AnalyticalBridge(PhysicalBridge, int.Parse(PhysicalBridge.DataForm.DataFormSpanDivision.Text), true);
prestressingModelStopWatch.Stop();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true))
{
stopwatchSummary.WriteLine("Prestressed model creation, end time:\t\t" + DateTime.Now.ToString() + "\t" + prestressingModelStopWatch.Elapsed.ToString() + "\n");
}
//Tenonds, neural network, prediction of prestressing effects:
Stopwatch tendonNetworkStopWatch = new Stopwatch();
tendonNetworkStopWatch.Start();
TendonNeuralNetwork = new TendonNeuralNetwork(AnalyticalPrestressedBridge);
tendonNetworkStopWatch.Stop();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true))
{
stopwatchSummary.WriteLine("Tendon neural network:\t\t\t\t" + DateTime.Now.ToString() + "\t" + tendonNetworkStopWatch.Elapsed.ToString());
}
//Tenonds, genetic algorithm, optimization of tendons layout:
Stopwatch tendonOptimizationStopWatch = new Stopwatch();
tendonOptimizationStopWatch.Start();
TendonOptimization = new TendonOptimization(PhysicalBridge, AnalyticalBridge.Envelopes, TendonNeuralNetwork);
tendonOptimizationStopWatch.Stop();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true))
{
stopwatchSummary.WriteLine("Tendon optimization:\t\t\t\t" + DateTime.Now.ToString() + "\t" + tendonOptimizationStopWatch.Elapsed.ToString());
}
if (TendonOptimization.Result == null)
{
penalized = true;
}
if (!penalized)
{
//Bearing capacity check, reinforcement calculation:
Stopwatch girderReinforcementStopWatch = new Stopwatch();
girderReinforcementStopWatch.Start();
AnalyticalGirders = new AnalyticalGirders(PhysicalBridge, TendonOptimization.Result.ToDiscreteTendons());
girderReinforcementStopWatch.Stop();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true))
{
stopwatchSummary.WriteLine("Girders reinforcement:\t\t\t\t" + DateTime.Now.ToString() + "\t" + girderReinforcementStopWatch.Elapsed.ToString());
}
localStopWatch.Start();
if (AnalyticalGirders.GirdersRebars == null)
{
penalized = true;
}
if (!penalized)
{
using (Transaction transaction = new Transaction(doc, "Pushing calculated data"))
{
transaction.Start();
if (penalized == false)
{
PhysicalBridge.Superstructure.LookupParameter("Masa zbrojenia").Set(AnalyticalGirders.GirdersRebars.Mass + AnalyticalSlab.SlabRebars.Mass);
PhysicalBridge.Superstructure.LookupParameter("Masa sprężenia").Set(TendonOptimization.Result.Mass);
PhysicalBridge.Superstructure.LookupParameter("Wskaźnik zbrojenia").Set((AnalyticalGirders.GirdersRebars.Mass + AnalyticalSlab.SlabRebars.Mass) / Converters.ToCubicMeters(PhysicalBridge.Superstructure.GetMaterialVolume(PhysicalBridge.Superstructure.GetMaterialIds(false).First())));
}
else
{
PhysicalBridge.Superstructure.LookupParameter("Masa zbrojenia").Set(0.000);
PhysicalBridge.Superstructure.LookupParameter("Masa sprężenia").Set(0.000);
PhysicalBridge.Superstructure.LookupParameter("Wskaźnik zbrojenia").Set(0.000);
}
transaction.Commit();
}
}
else
{
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true)) stopwatchSummary.WriteLine("\nModel penalized due to unresolved girders rebars arrangement.");
}
}
else
{
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true)) stopwatchSummary.WriteLine("\nModel penalized due to unresolved tendons layout.");
}
}
else
{
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true)) stopwatchSummary.WriteLine("\nModel penalized due to unresolved span geometry.");
}
double fitness = 0.0;
if (penalized)
{
fitness = Math.Pow(10, 8);
}
else
{
QuantitiesAndSchedules.Calculate(true);
}
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true)) stopwatchSummary.WriteLine("Model changes pushed:\t\t\t\t" + DateTime.Now.ToString() + "\t" + localStopWatch.Elapsed.ToString()); localStopWatch.Restart();
doc.SaveAs(Globals.RevitFiles.RevitPath(PhysicalBridge));
caseStopWatch.Stop(); localStopWatch.Stop();
using (StreamWriter stopwatchSummary = new StreamWriter(modelDirectory + Globals.TextFiles.StopwatchSummary, true))
{
stopwatchSummary.WriteLine("Model saved:\t\t\t\t\t" + DateTime.Now.ToString() + "\t" + localStopWatch.Elapsed.ToString());
stopwatchSummary.WriteLine("\nTotal:\t\t\t\t\t\t\t\t\t" + caseStopWatch.Elapsed.ToString());
}
}
public bool RefreshSpan(PhysicalBridge bridge)
{
bool success = true;
Document doc = bridge.CommandData.Application.ActiveUIDocument.Document;
using (Transaction transaction = new Transaction(doc, "Initializing individual"))
{
transaction.Start();
var failureOptions = transaction.GetFailureHandlingOptions();
failureOptions.SetFailuresPreprocessor(new DuplicateMarkSwallower());
transaction.SetFailureHandlingOptions(failureOptions);
string[] parameters = Enum.GetNames(typeof(Symbols));
for (int p = 0; p < parameters.Count(); p++)
{
GlobalParameter globalParameter = doc.GetElement(GlobalParametersManager.FindByName(doc, parameters[p])) as GlobalParameter;
if (globalParameter != null)
{
globalParameter.SetValue(new DoubleParameterValue(Converters.FromMeters(Parameters[p])));
}
}
double volume = 0.0;
try
{
volume = Converters.FromCubicMeters(bridge.Superstructure.GetMaterialVolume(bridge.Superstructure.GetMaterialIds(false).First()));
}
catch { success = false; };
if (success)
{
FilteredElementCollector collector = new FilteredElementCollector(doc);
List <Element> levels = collector.OfClass(typeof(Level)).ToElements().ToList();
if (levels.Count() > 0)
{
double O2 = Converters.ToMeters(bridge.Superstructure.ParametersMap.get_Item("O2").AsDouble());
double O3 = Converters.ToMeters(bridge.Superstructure.ParametersMap.get_Item("O3").AsDouble());
double O4 = Converters.ToMeters(bridge.Superstructure.ParametersMap.get_Item("O4").AsDouble());
double S1 = bridge.Superstructure.ParametersMap.get_Item("S1").AsDouble();
double S2 = bridge.Superstructure.ParametersMap.get_Item("S2").AsDouble();
double S3 = bridge.Superstructure.ParametersMap.get_Item("S3").AsDouble();
double S4 = bridge.Superstructure.ParametersMap.get_Item("S4").AsDouble();
double bearingHeight = 0.169;
for (int i = levels.Count() - 1; i >= 0; i--)
{
if ((levels[i].Name.Contains("Wierzch ławy podłożyskowej") == false) && (levels[i].Name.Contains("Wierzch trzonów") == false))
{
levels.RemoveAt(i);
}
}
if (levels.Count() > 0)
{
double zRef = O3 < 0 ? -1.0 * O3 * S3 / 100 : -1.0 * O3 * S2 / 100;
double zLeft;
if (Parameters[(int)Symbols.OL] > O2)
{
zLeft = zRef + (O3 - Parameters[(int)Symbols.OL]) * S2 / 100;
}
else
{
zLeft = zRef - (O2 - O3) * S2 / 100 + (O2 - Parameters[(int)Symbols.OL]) * S1 / 100;
}
double zRight;
if (Parameters[(int)Symbols.OP] < O4)
{
zRight = zRef + (O3 - Parameters[(int)Symbols.OP]) * S3 / 100;
}
else
{
zRight = zRef - (O4 - O3) * S3 / 100 + (O4 - Parameters[(int)Symbols.OP]) * S4 / 100;
}
double nominalBearingSpace = Converters.ToMeters(((doc.GetElement(GlobalParametersManager.FindByName(doc, "Nominalna wysokość przestrzeni łożyskowania")) as GlobalParameter).GetValue() as DoubleParameterValue).Value);
double roadLayersThickness = Converters.ToMeters(((doc.GetElement(GlobalParametersManager.FindByName(doc, "Nominalna grubość nawierzchni")) as GlobalParameter).GetValue() as DoubleParameterValue).Value);
double z = Math.Round((Math.Min(zLeft - Parameters[(int)Symbols.HL], zRight - Parameters[(int)Symbols.HP]) - nominalBearingSpace - roadLayersThickness) / 0.05) * 0.05;
foreach (Element level in levels)
{
(level as Level).Elevation = Converters.FromMeters(z);
}
GlobalParameter leftBearingAshlar = doc.GetElement(GlobalParametersManager.FindByName(doc, "Wysokość ciosu. Dźwigar lewy")) as GlobalParameter;
GlobalParameter rightBearingAshlar = doc.GetElement(GlobalParametersManager.FindByName(doc, "Wysokość ciosu. Dźwigar prawy")) as GlobalParameter;
leftBearingAshlar.SetValue(new DoubleParameterValue(Converters.FromMeters(zLeft - Parameters[(int)Symbols.HL] - roadLayersThickness - z - bearingHeight)));
rightBearingAshlar.SetValue(new DoubleParameterValue(Converters.FromMeters(zRight - Parameters[(int)Symbols.HP] - roadLayersThickness - z - bearingHeight)));
}
}
}
transaction.Commit();
}
return(success);
}
public OptimizationCase(PhysicalBridge seed, OptimizationRules boundaries = null, Random rnd = null)
{
double minEdge = Converters.ToMeters(seed.Superstructure.ParametersMap.get_Item("O1").AsDouble());
double maxEdge = Converters.ToMeters(seed.Superstructure.ParametersMap.get_Item("O5").AsDouble());
foreach (Symbols i in Enum.GetValues(typeof(Symbols)))
{
Parameters.Add(0.0);
}
if (boundaries == null)
{
boundaries = new OptimizationRules(minEdge, maxEdge);
}
Boundaries = boundaries;
//Case generation:
if (rnd == null)
{
rnd = new Random();
}
Parameters[(int)Symbols.BL] = Boundaries.Min[(int)Symbols.BL] + rnd.NextDouble() * (Boundaries.Max[(int)Symbols.BL] - Boundaries.Min[(int)Symbols.BL]); Parameters[(int)Symbols.BP] = Parameters[(int)Symbols.BL];
Parameters[(int)Symbols.HL] = Boundaries.Min[(int)Symbols.HL] + rnd.NextDouble() * (Boundaries.Max[(int)Symbols.HL] - Boundaries.Min[(int)Symbols.HL]); Parameters[(int)Symbols.HP] = Parameters[(int)Symbols.HL];
Parameters[(int)Symbols.BL1] = Boundaries.Min[(int)Symbols.BL1] + rnd.NextDouble() * (Boundaries.Max[(int)Symbols.BL1] - Boundaries.Min[(int)Symbols.BL1]);
Parameters[(int)Symbols.BL2] = Parameters[(int)Symbols.BL1];
Parameters[(int)Symbols.BP1] = Parameters[(int)Symbols.BL1];
Parameters[(int)Symbols.BP2] = Parameters[(int)Symbols.BL1];
double totalGirderWidth = Parameters[(int)Symbols.BL] + Parameters[(int)Symbols.BL1] + Parameters[(int)Symbols.BL2];
double minOffset, maxOffset;
if (rnd.NextDouble() < 0.5)
{
minOffset = Boundaries.Min[(int)Symbols.OL] + Boundaries.MinCantileverOverhang + 0.5 * totalGirderWidth;
maxOffset = Boundaries.Max[(int)Symbols.OL] - Boundaries.MinCantileverOverhang - totalGirderWidth - Boundaries.MinSpanLength - 0.5 * totalGirderWidth;
Parameters[(int)Symbols.OL] = minOffset + rnd.NextDouble() * (maxOffset - minOffset);
minOffset = Parameters[(int)Symbols.OL] + Boundaries.MinSpanLength + totalGirderWidth;
maxOffset = Boundaries.Max[(int)Symbols.OP] - Boundaries.MinCantileverOverhang - 0.5 * totalGirderWidth;
Parameters[(int)Symbols.OP] = minOffset + rnd.NextDouble() * (maxOffset - minOffset);
}
else
{
minOffset = Boundaries.Min[(int)Symbols.OP] + Boundaries.MinCantileverOverhang + totalGirderWidth + Boundaries.MinSpanLength + 0.5 * totalGirderWidth;
maxOffset = Boundaries.Max[(int)Symbols.OP] - Boundaries.MinCantileverOverhang - 0.5 * totalGirderWidth;
Parameters[(int)Symbols.OP] = minOffset + rnd.NextDouble() * (maxOffset - minOffset);
minOffset = Boundaries.Min[(int)Symbols.OL] + Boundaries.MinCantileverOverhang + totalGirderWidth + 0.5 * totalGirderWidth;
maxOffset = Parameters[(int)Symbols.OP] - Boundaries.MinSpanLength - totalGirderWidth;
Parameters[(int)Symbols.OL] = minOffset + rnd.NextDouble() * (maxOffset - minOffset);
}
if (rnd.NextDouble() < 0.5)
{
Parameters[(int)Symbols.WL] = 0.000; Parameters[(int)Symbols.WP] = 0.000;
}
else
{
double cantileverOverhang = Math.Min(Parameters[(int)Symbols.OL] - minEdge, maxEdge - Parameters[(int)Symbols.OP]) - 0.5 * totalGirderWidth;
if (cantileverOverhang > Boundaries.Max[(int)Symbols.WL])
{
cantileverOverhang = Boundaries.Max[(int)Symbols.WL];
}
Parameters[(int)Symbols.WL] = Boundaries.Min[(int)Symbols.WL] + rnd.NextDouble() * (cantileverOverhang - Boundaries.Min[(int)Symbols.WL]);
Parameters[(int)Symbols.WP] = Parameters[(int)Symbols.WL];
}
double spanLength = Parameters[(int)Symbols.OP] - Parameters[(int)Symbols.OL] - totalGirderWidth;
Parameters[(int)Symbols.PL] = Boundaries.Min[(int)Symbols.PL] + rnd.NextDouble() * (Math.Min(0.5 * spanLength, Boundaries.Max[(int)Symbols.PL]) - Boundaries.Min[(int)Symbols.PL]);
Parameters[(int)Symbols.PP] = Parameters[(int)Symbols.PL];
Parameters[(int)Symbols.G1] = Boundaries.Min[(int)Symbols.G1] + rnd.NextDouble() * (Boundaries.Max[(int)Symbols.G1] - Boundaries.Min[(int)Symbols.G1]); Parameters[(int)Symbols.G11] = Parameters[(int)Symbols.G1];
Parameters[(int)Symbols.G3] = Boundaries.Min[(int)Symbols.G3] + rnd.NextDouble() * (Boundaries.Max[(int)Symbols.G3] - Boundaries.Min[(int)Symbols.G3]); Parameters[(int)Symbols.G9] = Parameters[(int)Symbols.G3];
if (Parameters[(int)Symbols.G3] < Parameters[(int)Symbols.G1])
{
Parameters[(int)Symbols.G3] = Parameters[(int)Symbols.G1];
}
if (Parameters[(int)Symbols.WL] == 0.000)
{
Parameters[(int)Symbols.G2] = Parameters[(int)Symbols.G3];
}
else
{
Parameters[(int)Symbols.G2] = Boundaries.Min[(int)Symbols.G2] + rnd.NextDouble() * (Boundaries.Max[(int)Symbols.G2] - Boundaries.Min[(int)Symbols.G2]);
if (Parameters[(int)Symbols.G2] < Parameters[(int)Symbols.G1])
{
Parameters[(int)Symbols.G2] = Parameters[(int)Symbols.G1];
}
if (Parameters[(int)Symbols.G2] > Parameters[(int)Symbols.G3])
{
Parameters[(int)Symbols.G2] = Parameters[(int)Symbols.G3];
}
}
Parameters[(int)Symbols.G10] = Parameters[(int)Symbols.G2];
Parameters[(int)Symbols.G5] = Boundaries.Min[(int)Symbols.G5] + rnd.NextDouble() * (Boundaries.Max[(int)Symbols.G5] - Boundaries.Min[(int)Symbols.G5]);
Parameters[(int)Symbols.G7] = Parameters[(int)Symbols.G5];
if (Parameters[(int)Symbols.PL] == 0.000)
{
Parameters[(int)Symbols.G4] = Parameters[(int)Symbols.G5];
}
else
{
Parameters[(int)Symbols.G4] = Boundaries.Min[(int)Symbols.G4] + rnd.NextDouble() * (Boundaries.Max[(int)Symbols.G4] - Boundaries.Min[(int)Symbols.G4]);
if (Parameters[(int)Symbols.G4] < Parameters[(int)Symbols.G5])
{
Parameters[(int)Symbols.G4] = Parameters[(int)Symbols.G5];
}
}
Parameters[(int)Symbols.G8] = Parameters[(int)Symbols.G4];
for (int p = 0; p < Parameters.Count(); p++)
{
Parameters[p] = Math.Round(Math.Round(Parameters[p] / 0.0005) * 0.0005, 4);
}
}
