public static SerializedModel CreateSerializedModel(string unitDefCSVPath, BuildingUnitMix desiredUnitMix, Seismicity seismicity, double buildingHeight, int numberOfStories, Line2D mainCorridor, Line2D leftLeg, Line2D middleLeg, Line2D rightLeg, double unitDepth, double hallWidth, RandomizedBuilding randomizedBuilding)
{
double randomizedPercent = 0.75;
var importedUnitList = new List <BuildingUnit>();
var csv = File.ReadAllLines(unitDefCSVPath);
for (int i = 1; i < csv.Length; i++)
{
var lineSplit = csv[i].Split(',');
importedUnitList.Add(new BuildingUnit(lineSplit[0], lineSplit[1], Convert.ToDouble(lineSplit[2]), Convert.ToDouble(lineSplit[3]), Convert.ToDouble(lineSplit[4]), Convert.ToDouble(lineSplit[5])));
}
List <Polygon2D> polyUnits = new List <Polygon2D>();
List <string> unitNames = new List <string>();
List <Line2D> shearWallLines = new List <Line2D>();
List <Line2D> lineList = new List <Line2D>();
MainCorridor mainCorridorObject = new MainCorridor();
FittingAlgorithm.GetBuildingLayout(importedUnitList, desiredUnitMix, mainCorridor, leftLeg, middleLeg, rightLeg, unitDepth, hallWidth, out polyUnits, out unitNames, out shearWallLines, out lineList, out mainCorridorObject);
var outlinePoints = FittingAlgorithm.GetOutlinePoints(unitDepth, hallWidth, mainCorridorObject);
var outlinePolygon = new Polygon2D(outlinePoints);
return(new SerializedModel(buildingHeight, numberOfStories, seismicity, shearWallLines, lineList, outlinePolygon, polyUnits, randomizedBuilding, randomizedPercent));
}
public void UnitDistributorTest()
{
var unitList = new List <BuildingUnit>();
var path = System.Reflection.Assembly.GetExecutingAssembly().Location;
var parent = Directory.GetParent(Directory.GetParent(Directory.GetParent(Directory.GetParent(Directory.GetParent(Directory.GetParent(path).FullName).FullName).FullName).FullName).FullName);
var filePath = parent + @"\extern\units.csv";
var csv = File.ReadAllLines(filePath);
for (int i = 1; i < csv.Length; i++)
{
var lineSplit = csv[i].Split(",");
unitList.Add(new BuildingUnit(lineSplit[0], lineSplit[1], Convert.ToDouble(lineSplit[2]), Convert.ToDouble(lineSplit[3]), Convert.ToDouble(lineSplit[4]), Convert.ToDouble(lineSplit[5])));
}
Assert.That(unitList.Count > 0);
var desiredUnitMix = new BuildingUnitMix()
{
{ "S", 0.15 },
{ "A", 0.15 },
{ "B", 0.40 },
{ "C", 0.40 }
};
double corridorLength = 300;
double unitDepth = 27;
double buildingAreaTotal = corridorLength * 2 * unitDepth;
var currentPercentage = new BuildingUnitMix()
{
{ "S", 0 },
{ "A", 0 },
{ "B", 0 },
{ "C", 0 }
};
var unitPriority = new List <string>()
{
"C",
"B",
"A",
"S"
};
var totalUnitList = new List <Tuple <string, double> >();
var usedLength = 0d;
var unitLine = FittingAlgorithm.CreateUnitLine(unitList, desiredUnitMix, corridorLength, ref currentPercentage, unitPriority, ref totalUnitList, ref usedLength);
Assert.That(unitLine.Count(), Is.GreaterThan(0));
}
private static void GetBuildingLayout(string defPath, string mixPath, Line mainCorridor, Line leftLeg, Line middleLeg, Line rightLeg, double unitDepth, double hallWidth, out List <PolylineCurve> polyUnits, out List <string> unitNames, out List <Line> shearWallLines, out List <Line> lineList, out PolylineCurve boundary, out List <double> percentMix)
{
var unitList = new List <BuildingUnit>();
var csv = File.ReadAllLines(defPath);
for (int i = 1; i < csv.Length; i++)
{
var lineSplit = csv[i].Split(',');
unitList.Add(new BuildingUnit(lineSplit[0], lineSplit[1], Convert.ToDouble(lineSplit[2]), Convert.ToDouble(lineSplit[3]), Convert.ToDouble(lineSplit[4]), Convert.ToDouble(lineSplit[5])));
}
BuildingUnitMix desiredUnitMix = new BuildingUnitMix();
csv = File.ReadAllLines(mixPath);
for (int i = 1; i < csv.Length; i++)
{
var lineSplit = csv[i].Split(',');
desiredUnitMix.Add(lineSplit[0], Convert.ToDouble(lineSplit[2]));
}
var corridors = new List <Corridor>();
var mainCorridorObject = new MainCorridor();
var location = CorridorLocation.Main;
var corridorLineList = new List <UnitsLine>();
var leftLegObject = new Corridor();
if (leftLeg.Length > unitDepth + hallWidth / 2)
{
var leftLine2D = CreateLine2D(leftLeg);
location = CorridorLocation.LeftLeg;
leftLegObject = new Corridor(leftLine2D, unitDepth, hallWidth, location);
corridorLineList.AddRange(leftLegObject.GetLines());
}
var midLegObject = new Corridor();
if (middleLeg.Length > unitDepth + hallWidth / 2)
{
var midLine2D = CreateLine2D(middleLeg);
location = CorridorLocation.MiddleLeg;
midLegObject = new Corridor(midLine2D, unitDepth, hallWidth, location);
corridorLineList.AddRange(midLegObject.GetLines());
}
var rightLegObject = new Corridor();
if (rightLeg.Length > unitDepth + hallWidth / 2)
{
var rightLine2D = CreateLine2D(rightLeg);
location = CorridorLocation.RightLeg;
rightLegObject = new Corridor(rightLine2D, unitDepth, hallWidth, location);
corridorLineList.AddRange(rightLegObject.GetLines());
}
var mainLine2D = CreateLine2D(mainCorridor);
location = CorridorLocation.Main;
mainCorridorObject.CenterLine = mainLine2D;
mainCorridorObject.UnitDepth = unitDepth;
mainCorridorObject.HallWidth = hallWidth;
mainCorridorObject.CorridorLocation = location;
mainCorridorObject.LeftLeg = leftLegObject;
mainCorridorObject.MiddleLeg = midLegObject;
mainCorridorObject.RightLeg = rightLegObject;
mainCorridorObject.CalculateMainLines();
var currentPercentage = new BuildingUnitMix();
foreach (var kvp in desiredUnitMix)
{
currentPercentage.Add(kvp.Key, 0);
}
corridorLineList.AddRange(mainCorridorObject.GetLines());
corridorLineList.OrderBy(x => x.Line.Length);
double usedLength = 0;
var unitPriority = new List <string>()
{
"C",
"B",
"A",
"S"
};
var totalUnitList = new List <Tuple <string, double> >();
polyUnits = new List <PolylineCurve>();
unitNames = new List <string>();
shearWallLines = new List <Line>();
foreach (var corridorLine in corridorLineList)
{
var corridorLength = corridorLine.Line.Length;
var units = FittingAlgorithm.CreateUnitLine(unitList, desiredUnitMix, corridorLength, ref currentPercentage, unitPriority, ref totalUnitList, ref usedLength);
var buildingUnits = new List <BuildingUnit>();
double startLength = 0;
var lineVector = corridorLine.Line.Direction;
var angle = new Vector2D(1, 0).SignedAngleTo(lineVector);
foreach (var unit in units)
{
var matchingUnit = unitList.Single(x => (x.Type == unit.Item1 && x.Width == unit.Item2));
matchingUnit.Rotation = angle;
matchingUnit.Location = corridorLine.Line.StartPoint + startLength * lineVector;
var unitPolygon = matchingUnit.GetPolygon();
var unitWallLines = matchingUnit.GetShearWallLines();
foreach (var unitLine in unitWallLines)
{
shearWallLines.Add(new Line(new Point3d(unitLine.StartPoint.X, unitLine.StartPoint.Y, 0), new Point3d(unitLine.EndPoint.X, unitLine.EndPoint.Y, 0)));
}
var unitPoints = unitPolygon.ToPolyLine2D().Vertices;
var point3dList = new List <Point3d>();
foreach (var vertex in unitPoints)
{
point3dList.Add(new Point3d(vertex.X, vertex.Y, 0));
}
var unitPolyline = new PolylineCurve(point3dList);
polyUnits.Add(unitPolyline);
unitNames.Add(matchingUnit.Type);
buildingUnits.Add(matchingUnit);
startLength += matchingUnit.Width;
}
corridorLine.BuildingUnits = buildingUnits;
}
lineList = new List <Line>();
foreach (var corridorLine in corridorLineList)
{
lineList.Add(new Line(new Point3d(corridorLine.Line.StartPoint.X, corridorLine.Line.StartPoint.Y, 0), new Point3d(corridorLine.Line.EndPoint.X, corridorLine.Line.EndPoint.Y, 0)));
}
var finalPoints = FittingAlgorithm.GetOutlinePoints(unitDepth, hallWidth, mainCorridorObject);
var boundaryPointList = new List <Point3d>();
foreach (var point in finalPoints)
{
boundaryPointList.Add(new Point3d(point.X, point.Y, 0));
}
var planBoundary = new PolylineCurve(boundaryPointList);
boundary = planBoundary;
var percentMixFinal = new List <double> {
};
foreach (var buildingMix in currentPercentage)
{
percentMixFinal.Add(buildingMix.Value);
}
percentMix = percentMixFinal;
}
