//====================================================================//
public static ObjectModel.Carport Move(Carport carport, Vector3d vector)
{
Carport movedCarport = carport.Clone();
Transform t = Transform.Translation(vector);
movedCarport.GardenBound.Transform(t);
movedCarport.CarportGeom.Transform(t);
movedCarport.AccessPoint += new Point3d(vector);
return(movedCarport);
}
//====================================================================//
public static ObjectModel.Carport Translate(Carport carport, Point3d boundPt, Vector3d tan)
{
Point3d basePt = carport.AccessPoint;
Line accessLine = Query.ClosestSegmentToPoint(basePt, carport.GardenBound);
Vector3d accessVec = Compute.CreateVector(accessLine.To, accessLine.From);
Carport movedCarport = carport.Clone();
Transform t = Transform.Translation(Compute.CreateVector(basePt, boundPt));
Transform r = Transform.Rotation(accessVec, tan, boundPt);
movedCarport.GardenBound.Transform(t);
movedCarport.GardenBound.Transform(r);
movedCarport.CarportGeom.Transform(t);
movedCarport.CarportGeom.Transform(r);
movedCarport.AccessPoint = boundPt;
return(movedCarport);
}
//====================================================================//
public static List <Point3d> PossiblePoints(Line line, MultiFamily house, Random random, Carport carport) //we want to have carport as an optional parameter later
{
Polyline houseGardenBoundary = house.GardenBound;
Point3d houseAccessPt = house.AccessPoint;
double lineLength = line.Length;
double houseWidth = Query.ClosestSegmentToPoint(houseAccessPt, houseGardenBoundary).Length;
Point3d startPt = line.From;
Vector3d vec = (line.Direction) / lineLength;
Vector3d husVec = vec * houseWidth;
List <Point3d> pointPos = new List <Point3d>();
Point3d currPt = startPt;
double currLength = houseWidth;
Line currLine = new Line();
int i = 0;
while (currLength < lineLength)
{
currLine = new Line(currPt, husVec);
currPt = currLine.To;
pointPos.Add(currPt);
currLength += houseWidth;
i++;
if (i == house.MaxAmount)
{
break;
}
}
Vector3d move_vec = random.NextDouble() * (lineLength - currLength) * vec.Normalise();
List <Point3d> move_pts = new List <Point3d>();
foreach (Point3d p in pointPos)
{
move_pts.Add(Point3d.Add(p, move_vec));
}
return(move_pts);
}
//====================================================================//
public static (List <IHouse>, List <PolylineCurve>, List <Carport>) PlaceHouseRow(List <MultiFamily> baseHouses, Curve bound, Curve originalBound, List <Curve> roads, Random random, string method, Carport carport)
{
List <MultiFamily> houseList = new List <MultiFamily>();
List <Carport> carportList = new List <Carport>();
List <PolylineCurve> cutBound = new List <PolylineCurve>();
MultiFamily baseHouse = baseHouses[random.Next(baseHouses.Count)]; //1. pick house type to place
//2. Get boundaries.
bound.TryGetPolyline(out Polyline boundPL);
List <Line> lines = SegmentBounds(boundPL.ClosePolyline(), baseHouse);
if (lines.Count == 0)
{
goto end;
}
Line currLine = lines.PickLine(method, random, roads, originalBound);
currLine.Extend(-Tolerance.FilletOffset, -Tolerance.FilletOffset);
List <Point3d> possiblePts = PossiblePoints(currLine, baseHouse, random, carport);
//3. Place houses for each position
for (int i = 0; i < possiblePts.Count; i++)
{
MultiFamily movedHouse = Adjust.Translate(baseHouse, possiblePts[i], currLine.Direction);
if (Query.IsInside(movedHouse, bound))
{
houseList.Add(movedHouse);
}
else if (houseList.Count != 0) //already places houses
{
break;
}
}
end:
if (houseList.Count >= baseHouse.MinAmount)
{
cutBound = UpdateBoundaries(houseList, baseHouse, bound); //TODO: Include carport
}
else
{
cutBound = new List <PolylineCurve>()
{
bound.ToPolylineCurve()
};
houseList = new List <MultiFamily>();
carportList = new List <Carport>();
}
List <IHouse> IHouseList = houseList.Cast <IHouse>().ToList();
return(IHouseList, cutBound, carportList);
}
public static (List <IHouse>, List <PolylineCurve>, List <Carport>) IPlaceHouseRow(List <IHouse> baseHouses, Curve bound, Curve originalBound, List <Curve> roads, Random random, string method, Carport carport)
{
if (baseHouses[0].GetType() == new SingleFamily().GetType()) //TODO: Replace this if statement with interface method
{
return(PlaceHouseRow(baseHouses.Cast <SingleFamily>().ToList(), bound, originalBound, roads, random, method, carport));
}
else
{
return(PlaceHouseRow(baseHouses.Cast <MultiFamily>().ToList(), bound, originalBound, roads, random, method, carport));
}
}
public CarRepository()
{
_carport = new Carport();
}