private static bool CheckRoadCenterMeetStreet(Apartment agOutput)
{
if (agOutput.AGtype == "PT-4")
{
return(true);
}
List <Curve> roadCenterCurve = new List <Curve>();
List <ParkingLineMaker.ParkingLotType> parkingLotTypes = new List <ParkingLineMaker.ParkingLotType>();
double Angle;
Curve centerCurve = new LineCurve(Point3d.Origin, Point3d.Origin);
if (agOutput.AptLines.Count() != 0)
{
centerCurve = agOutput.AptLines[0];
}
ParkingLineMaker.parkingLineMaker(agOutput.AGtype, agOutput.Core, agOutput.Plot, agOutput.ParameterSet.Parameters[2], centerCurve, out parkingLotTypes, out roadCenterCurve, out Angle);
Polyline plotBoundaryPolyline;
agOutput.Plot.Boundary.TryGetPolyline(out plotBoundaryPolyline);
plotBoundaryPolyline = new Polyline(new List <Point3d>(plotBoundaryPolyline));
for (int i = 0; i < roadCenterCurve.Count(); i++)
{
var tempIntersection = Rhino.Geometry.Intersect.Intersection.CurveCurve(plotBoundaryPolyline.ToNurbsCurve(), roadCenterCurve[i], 0, 0);
if (tempIntersection.Count() != 0)
{
bool tempIsMeetStreet = false;
for (int j = 0; j < tempIntersection.Count(); j++)
{
if (agOutput.Plot.Surroundings[(int)tempIntersection[j].ParameterA] >= 4)
{
tempIsMeetStreet = true;
}
}
if (tempIsMeetStreet == false)
{
return(false);
}
}
}
return(true);
}
public static List <Apartment> finalizeAGoutput(Apartment agOutput, double LegalFloorAreaRatio, double LegalBuildingCoverage, bool onlyCreateUnderGround)
{
Apartment tempBasicAgOutput = agOutput;
/*
* if(IsRoadCenterMeetStreet(agOutput))
* agOutput.Plot.Boundary = OffsetBoundaryToMakeRoad(agOutput.Plot.Boundary, agOutput.Plot.Surroundings);
*/
if (agOutput.Plot.GetArea() / 1000000 / 3.3 >= 300 || onlyCreateUnderGround == true)
{
List <double> reducePercentage = new List <double>(new double[] { 0, 5, 10 });
List <Curve> roadCenterCurve = new List <Curve>();
List <ParkingLineMaker.ParkingLotType> parkingLotTypes = new List <ParkingLineMaker.ParkingLotType>();
double Angle;
Curve centerCurve = new LineCurve(Point3d.Origin, Point3d.Origin);
if (agOutput.AptLines.Count() != 0)
{
centerCurve = agOutput.AptLines[0];
}
ParkingLineMaker.parkingLineMaker(agOutput.AGtype, agOutput.Core, agOutput.Plot, agOutput.ParameterSet.Parameters[2], centerCurve, out parkingLotTypes, out roadCenterCurve, out Angle);
bool IsRoadCenterMeetStreet = CheckRoadCenterMeetStreet(agOutput);
Curve Boundary = agOutput.Plot.Boundary;
if (IsRoadCenterMeetStreet == false && agOutput.AGtype != "PT-4")
{
Curve tempBoundary = Boundary;
Polyline tempBoundaryPolyline;
tempBoundary.TryGetPolyline(out tempBoundaryPolyline);
Boundary = CreateRoadClass.createRoad(tempBoundaryPolyline, Angle).ToNurbsCurve();
}
List <Apartment> tempApartmentSet = duplicateAndReduceAGoutput(agOutput, reducePercentage);
List <Apartment> outputApartmentSet = new List <Apartment>();
for (int i = 0; i < tempApartmentSet.Count(); i++)
{
List <Curve> tempRoadCenterCurve = new List <Curve>();
List <ParkingLineMaker.ParkingLotType> tempParkingLotTypes = new List <ParkingLineMaker.ParkingLotType>();
double tempAngle;
Curve tempCenterCurve = new LineCurve(Point3d.Origin, Point3d.Origin);
if (tempApartmentSet[i].AptLines.Count() != 0)
{
tempCenterCurve = tempApartmentSet[i].AptLines[0];
}
List <List <ParkingLine> > tempParkingLines = ParkingLineMaker.parkingLineMaker(tempApartmentSet[i].AGtype, tempApartmentSet[i].Core, new Plot(Boundary, agOutput.Plot.Surroundings), agOutput.ParameterSet.Parameters[2], tempCenterCurve, out tempParkingLotTypes, out tempRoadCenterCurve, out tempAngle);
int tempParkingLotCount = 0;
foreach (List <ParkingLine> j in tempParkingLines)
{
tempParkingLotCount += j.Count();
}
List <List <ParkingLine> > tempParkingLineCopy = new List <List <ParkingLine> >(tempParkingLines);
Curve tempRamp = (new Rectangle3d()).ToNurbsCurve();
bool IsRampAvailable = CreateUnderGroundParking_Ramp(ref tempParkingLines, ref tempParkingLotTypes, ref tempRamp);
int tempMaxParkingLotOnEarth = 0;
for (int j = 0; j < tempParkingLineCopy.Count(); j++)
{
tempMaxParkingLotOnEarth += tempParkingLineCopy[j].Count();
}
if (IsRampAvailable == true)
{
tempParkingLines = tempParkingLineCopy;
List <Household> tempHouseholdOnSecondFloor = new List <Household>();
for (int j = 0; j < tempApartmentSet[i].Household.Count(); j++)
{
if (tempApartmentSet[i].Household[j].Count != 0)
{
tempHouseholdOnSecondFloor.AddRange(tempApartmentSet[i].Household[j][0]);
}
}
double tempGrossAreaRemain = tempApartmentSet[i].Plot.GetArea() * (LegalFloorAreaRatio / 100) - tempApartmentSet[i].GetGrossArea();
double tempBuildingAreaRemain = tempApartmentSet[i].Plot.GetArea() * (LegalBuildingCoverage / 100) - tempApartmentSet[i].GetBuildingArea();
List <NonResidential> tempCommercials = new List <NonResidential>();
if (i != 0)
{
tempCommercials = CreateCommercial(ref tempParkingLines, tempHouseholdOnSecondFloor, ref tempGrossAreaRemain, ref tempBuildingAreaRemain);
}
int tempParkingLinesCount = 0;
for (int j = 0; j < tempParkingLines.Count(); j++)
{
tempParkingLinesCount += tempParkingLines[j].Count();
}
tempApartmentSet[i].ParkingLotOnEarth = new ParkingLotOnEarth(tempParkingLines);
tempApartmentSet[i].Commercial = tempCommercials;
int tempNeededParkingLotUnderGround = tempApartmentSet[i].GetLegalParkingLotofHousing();
tempNeededParkingLotUnderGround += tempApartmentSet[i].GetLegalParkingLotOfCommercial();
tempNeededParkingLotUnderGround -= tempApartmentSet[i].ParkingLotOnEarth.GetCount();
double UnderGroundFloor = (double)tempNeededParkingLotUnderGround / (double)tempMaxParkingLotOnEarth;
double UnderGroundArea = agOutput.Plot.GetArea() * UnderGroundFloor;
if (UnderGroundFloor % 1 != 0)
{
UnderGroundFloor = (int)UnderGroundFloor + 1;
}
if (tempNeededParkingLotUnderGround > tempParkingLinesCount)
{
tempApartmentSet[i].ParkingLotUnderGround = new ParkingLotUnderGround(tempNeededParkingLotUnderGround, UnderGroundArea, (int)UnderGroundFloor);
}
else
{
tempApartmentSet[i].ParkingLotUnderGround = new ParkingLotUnderGround();
}
outputApartmentSet.Add(tempApartmentSet[i]);
}
else
{
List <List <ParkingLine> > tempParkingline = ParkingLineMaker.parkingLineMaker(tempApartmentSet[i].AGtype, tempApartmentSet[i].Core, new Plot(Boundary, agOutput.Plot.Surroundings), agOutput.ParameterSet.Parameters[2], tempCenterCurve, out tempParkingLotTypes, out tempRoadCenterCurve, out tempAngle);
List <Household> tempHouseholdOnSecondFloor = new List <Household>();
for (int j = 0; j < tempApartmentSet[i].Household.Count(); j++)
{
if (tempApartmentSet[i].Household[j].Count != 0)
{
tempHouseholdOnSecondFloor.AddRange(tempApartmentSet[i].Household[j][0]);
}
}
double tempGrossAreaRemain = tempApartmentSet[i].Plot.GetArea() * (LegalFloorAreaRatio / 100) - tempApartmentSet[i].GetGrossArea();
double tempBuildingAreaRemain = tempApartmentSet[i].Plot.GetArea() * (LegalBuildingCoverage / 100) - tempApartmentSet[i].GetBuildingArea();
List <NonResidential> tempCommercials = new List <NonResidential>();
if (i != 0)
{
tempCommercials = CreateCommercial(ref tempParkingline, tempHouseholdOnSecondFloor, ref tempGrossAreaRemain, ref tempBuildingAreaRemain);
}
int tempParkingLinesCount = 0;
for (int j = 0; j < tempParkingline.Count(); j++)
{
tempParkingLinesCount += tempParkingline[j].Count();
}
tempApartmentSet[i].ParkingLotOnEarth = new ParkingLotOnEarth(tempParkingline);
tempApartmentSet[i].Commercial = tempCommercials;
int tempNeededParkingLot = tempApartmentSet[i].GetLegalParkingLotofHousing();
tempNeededParkingLot += tempApartmentSet[i].GetLegalParkingLotOfCommercial();
outputApartmentSet.Add(tempApartmentSet[i]);
}
}
return(outputApartmentSet);
}
else
{
List <double> reducePercentage = new List <double>(new double[] { 0, 5 });
List <Curve> roadCenterCurve = new List <Curve>();
List <ParkingLineMaker.ParkingLotType> parkingLotTypes = new List <ParkingLineMaker.ParkingLotType>();
double Angle;
Curve centerCurve = new LineCurve(Point3d.Origin, Point3d.Origin);
if (agOutput.AptLines.Count() != 0)
{
centerCurve = agOutput.AptLines[0];
}
ParkingLineMaker.parkingLineMaker(agOutput.AGtype, agOutput.Core, agOutput.Plot, agOutput.ParameterSet.Parameters[2], centerCurve, out parkingLotTypes, out roadCenterCurve, out Angle);
bool IsRoadCenterMeetStreet = CheckRoadCenterMeetStreet(agOutput);
Curve Boundary = agOutput.Plot.Boundary;
if (IsRoadCenterMeetStreet == false)
{
Curve tempBoundary = Boundary;
Polyline tempBoundaryPolyline;
tempBoundary.TryGetPolyline(out tempBoundaryPolyline);
Boundary = CreateRoadClass.createRoad(tempBoundaryPolyline, Angle).ToNurbsCurve();
}
List <Apartment> tempApartmentSet = duplicateAndReduceAGoutput(agOutput, reducePercentage);
List <Apartment> outputApartmentSet = new List <Apartment>();
List <ParkingLineMaker.ParkingLotType> tempParkingLotTypes;
List <Curve> tempRoadCenterCurve;
double tempAngle;
tempApartmentSet[0].ParkingLotOnEarth = new ParkingLotOnEarth(ParkingLineMaker.parkingLineMaker(agOutput.AGtype, agOutput.Core, agOutput.Plot, agOutput.ParameterSet.Parameters[2], centerCurve, out tempParkingLotTypes, out tempRoadCenterCurve, out tempAngle));
outputApartmentSet.Add(tempApartmentSet[0]);
for (int i = 1; i < tempApartmentSet.Count(); i++)
{
List <List <ParkingLine> > tempParkingline = ParkingLineMaker.parkingLineMaker(agOutput.AGtype, agOutput.Core, agOutput.Plot, agOutput.ParameterSet.Parameters[2], centerCurve, out tempParkingLotTypes, out tempRoadCenterCurve, out tempAngle);
List <Household> tempHouseholdOnSecondFloor = new List <Household>();
for (int j = 0; j < tempApartmentSet[i].Household.Count(); j++)
{
if (tempApartmentSet[i].Household[j].Count != 0)
{
tempHouseholdOnSecondFloor.AddRange(tempApartmentSet[i].Household[j][0]);
}
}
double tempGrossAreaRemain = tempApartmentSet[i].Plot.GetArea() * (LegalFloorAreaRatio / 100) - tempApartmentSet[i].GetGrossArea();
double tempBuildingAreaRemain = tempApartmentSet[i].Plot.GetArea() * (LegalBuildingCoverage / 100) - tempApartmentSet[i].GetBuildingArea();
List <NonResidential> tempCommercials = new List <NonResidential>();
if (i != 0)
{
tempCommercials = CreateCommercial(ref tempParkingline, tempHouseholdOnSecondFloor, ref tempGrossAreaRemain, ref tempBuildingAreaRemain);
}
int tempParkingLinesCount = 0;
for (int j = 0; j < tempParkingline.Count(); j++)
{
tempParkingLinesCount += tempParkingline[j].Count();
}
tempApartmentSet[i].ParkingLotOnEarth = new ParkingLotOnEarth(tempParkingline);
tempApartmentSet[i].Commercial = tempCommercials;
outputApartmentSet.Add(tempApartmentSet[i]);
}
return(outputApartmentSet);
}
}