private static Point3d DrawAnchor2(Point3d anchor1, Polyline outline, P1Core core, List <Line> baseAxis, double hFactor)
{
//output
Point3d anchor2 = new Point3d();
//base setting
double baseHalfVSize = core.BaseLine.PointAt(0.5).DistanceTo(baseAxis[0].PointAt(0));
double baseHalfHSize = core.BaseLine.Length / 2;
//set horizontal limit
List <double> limitCandidates = new List <double>();
limitCandidates.Add(0);
limitCandidates.Add(baseAxis[0].Length - CorridorDimension.TwoWayWidth - baseHalfHSize);
double shortHAxisLength = PCXTools.PCXByEquation(core.BaseLine.PointAt(0.5), outline, -baseAxis[0].UnitTangent).Length;
limitCandidates.Add(CorridorDimension.MinRoomWidth - shortHAxisLength);
limitCandidates.Sort((x, y) => - x.CompareTo(y));
double limitUpper = limitCandidates[0];
double limitLower = limitCandidates[1];
double hLimit = limitUpper - limitLower;
//set vertical limit
//draw anchors
Vector3d hAxis = baseAxis[0].UnitTangent;
anchor2 = anchor1 + hAxis * (hLimit * hFactor + limitLower);
return(anchor2);
}
private static Point3d DrawAnchor4(Point3d anchor3, Polyline outline, List <Line> baseAxis, double vFactor)
{
Point3d anchor4 = new Point3d();
double vLimit = PCXTools.PCXByEquation(anchor3, outline, -baseAxis[1].UnitTangent).Length - CorridorDimension.OneWayWidth / 2;
anchor4 = anchor3 - baseAxis[1].UnitTangent * vLimit * vFactor;
return(anchor4);
}
private static Point3d DrawAnchor3(Point3d anchor2, Polyline outline, List <Line> baseAxis, double vFactor, double subLength)
{
Point3d anchor3 = new Point3d();
Point3d anchorBase = baseAxis[0].PointAt(0);
double vLimit = PCXTools.PCXByEquation(anchor2, outline, -baseAxis[1].UnitTangent).Length - subLength / 2;
anchor2 = anchor2 - baseAxis[1].UnitTangent * (vLimit * vFactor);
return(anchor3);
}
private static Point3d DrawAnchor2(Point3d anchor1, Polyline outline, List <Line> mainAxis, double hFactor)
{
Point3d anchor2 = new Point3d();
Vector3d hAxis = mainAxis[0].UnitTangent;
double hLimit = PCXTools.PCXByEquation(anchor1, outline, hAxis).Length - CorridorDimension.TwoWayWidth / 2;
anchor2 = anchor1 + hAxis * hLimit * hFactor;
return(anchor2);
}
public static PartitionParam DrawOrtho(PartitionParam param)
{
Line orthoLine = PCXTools.PCXByEquation(param.OriginPost.Point, param.OutlineLabel.Pure, param.OriginPost.BaseLine.UnitNormal);
List <RoomLine> orthoList = new List <RoomLine> {
new RoomLine(orthoLine, LineType.Inner)
};
Partition dividerCurrent = new Partition(orthoList, param.OriginPost);
PartitionParam paramNext = new PartitionParam(param.PartitionPre, dividerCurrent, dividerCurrent.Origin, param.OutlineLabel);
return(paramNext);
}
private static Point3d DrawAnchor2(Point3d anchor1, P1Core core, List <Line> baseAxis)
{
Point3d anchor2 = new Point3d();
double coreSideLimit = PCXTools.PCXByEquation(baseAxis[0].PointAt(0), core.CoreLine, -baseAxis[1].UnitTangent).Length;
double scaledCorridorWidth = CorridorDimension.OneWayWidth / 2;
double vLimit = coreSideLimit + scaledCorridorWidth;
anchor2 = anchor1 - baseAxis[1].UnitTangent * vLimit;
return(anchor2);
}
private static Point3d DrawAnchor3(Point3d anchor2, Polyline outline, List <Line> mainAxis, double lengthFactor)
{
Point3d anchor3 = new Point3d();
Point3d anchor3Center = new Point3d();
double anchorLineLength = (PCXTools.PCXByEquation(anchor2, outline, mainAxis[0].UnitTangent).Length - CorridorDimension.OneWayWidth / 2) * lengthFactor;
anchor3Center = anchor2 + mainAxis[0].UnitTangent * anchorLineLength;
anchor3 = anchor3Center; //임시
return(anchor3);
}
private static List <Point3d> DrawAnchor2(List <Point3d> anchor1, Polyline outline, List <Line> mainAxis, List <double> hFactors)
{
List <Point3d> anchor2 = new List <Point3d>();
for (int i = 0; i < anchor1.Count; i++)
{
Vector3d tempAxis = mainAxis[0].UnitTangent * Math.Pow(-1, i);
double hLimit = PCXTools.PCXByEquation(anchor1[i], outline, tempAxis).Length - CorridorDimension.TwoWayWidth / 2;
anchor2.Add(anchor1[i] + tempAxis * hLimit * hFactors[i]);
}
return(anchor2);
}
private static Point3d DrawAnchor3(Point3d anchor2, Polyline outline, List <Line> baseAxis, Line baseLine)
{
Point3d anchor3 = new Point3d();
double outlineSideLimit = PCXTools.PCXByEquation(anchor2, outline, -baseAxis[0].UnitTangent).Length - CorridorDimension.OneWayWidth / 2;
double hLimit = baseLine.Length;
if (outlineSideLimit < hLimit)
{
hLimit = outlineSideLimit;
}
anchor3 = anchor2 - baseAxis[0].UnitTangent * hLimit;
return(anchor3);
}
//drawing method
private static Point3d DrawAnchor1(Polyline outline, P1Core core, List <Line> baseAxis, out double subLength)
{
Point3d anchor1 = new Point3d();
Point3d anchorBase = baseAxis[0].PointAt(0);
double coreSideLength = PCXTools.PCXByEquation(anchorBase, core.CoreLine, -baseAxis[1].UnitTangent).Length;
double landingSideLength = core.BaseLine.PointAt(0.5).DistanceTo(anchorBase);
double subCorridorWidth = coreSideLength + landingSideLength;
double halfHLength = core.BaseLine.Length / 2;
Vector3d hAxis = baseAxis[0].UnitTangent;
Vector3d vAxis = -baseAxis[1].UnitTangent;
anchor1 = anchorBase + vAxis * (subCorridorWidth / 2 - landingSideLength) + hAxis * (halfHLength + CorridorDimension.TwoWayWidth / 2);
subLength = subCorridorWidth;
return(anchor1);
}
private static Point3d DrawAnchor2(Point3d anchor1, P1Core core, Polyline outline, List <Line> mainAxis)
{
Point3d anchor2 = new Point3d();
Point3d anchor2Center = new Point3d();
double anchorLineLength = PCXTools.PCXByEquation(mainAxis[1].PointAt(0), core.CoreLine, mainAxis[1].UnitTangent).Length;
if (anchorLineLength < mainAxis[1].Length)
{
anchor2Center = anchor1 + mainAxis[1].UnitTangent * (anchorLineLength - CorridorDimension.OneWayWidth / 2);
}
else
{
anchor2Center = anchor1 + mainAxis[1].UnitTangent * (mainAxis[1].Length - CorridorDimension.OneWayWidth / 2);
}
anchor2 = anchor2Center; //임시
return(anchor2);
}
public static List <List <Line> > Make(Polyline outline, P1Core core)
{
//output
List <Line> baseAxis = new List <Line>();
List <Line> subAxis = new List <Line>();
Point3d basePt = core.CenterPt;
//set horizontalAxis, 횡축은 외곽선에서 더 먼 쪽을 선택
Line horizonReached1 = PCXTools.PCXByEquation(basePt, outline, core.BaseLine.UnitTangent);
Line horizonReached2 = PCXTools.PCXByEquation(basePt, outline, -core.BaseLine.UnitTangent);
if (horizonReached1.Length > horizonReached2.Length)
{
baseAxis.Add(horizonReached1);
subAxis.Add(horizonReached2);
}
else
{
baseAxis.Add(horizonReached2);
subAxis.Add(horizonReached1);
}
//set verticalAxis, 종축은 외곽선에서 더 가까운 쪽을 선택 //한쪽만 붙어있다면 붙어있는 쪽을 종축으로 선택
Line verticalReached1 = PCXTools.PCXByEquation(basePt, outline, core.UpstairDirec);
Line verticalReached2 = PCXTools.PCXByEquation(basePt, outline, -core.UpstairDirec);
Line verticalToCore1 = PCXTools.PCXByEquation(basePt, core.CoreLine, core.UpstairDirec);
Line verticalToCore2 = PCXTools.PCXByEquation(basePt, core.CoreLine, -core.UpstairDirec);
bool isLongerThanToCore1 = verticalReached1.Length > verticalToCore1.Length + 0.5;
bool isLongerThanToCore2 = verticalReached2.Length > verticalToCore2.Length + 0.5;
if (isLongerThanToCore1 == isLongerThanToCore2)
{
if (verticalReached1.Length < verticalReached2.Length)
{
baseAxis.Add(verticalReached1);
subAxis.Add(verticalReached2);
}
else
{
baseAxis.Add(verticalReached2);
subAxis.Add(verticalReached1);
}
}
else
{
if (!isLongerThanToCore1)
{
baseAxis.Add(verticalReached1);
subAxis.Add(verticalReached2);
}
else
{
baseAxis.Add(verticalReached2);
subAxis.Add(verticalReached1);
}
}
List <List <Line> > axisSet = new List <List <Line> >();
axisSet.Add(baseAxis);
axisSet.Add(subAxis);
return(axisSet);
}
public static PartitionParam GetCorner(PartitionParam param, double targetArea)
{
//나중에 좀 더 일반화할 수 있을 듯
List <RoomLine> coreSeg = param.OutlineLabel.Core;
int originIndex = coreSeg.FindIndex(i => i.PureLine == param.OriginPost.BasePureLine);
int preIndex = originIndex - 1;
Point3d origin = param.OriginPost.Point;
Polyline outline = param.OutlineLabel.Pure;
Line cornerLinePre = PCXTools.PCXByEquation(origin, outline, coreSeg[preIndex].UnitNormal);
Line cornerLinePost = PCXTools.PCXByEquation(origin, outline, coreSeg[originIndex].UnitNormal);
double outlineParamPre = outline.ClosestParameter(cornerLinePre.PointAt(1));
double outlineParamPost = outline.ClosestParameter(cornerLinePost.PointAt(1));
double paramPreFloor = Math.Floor(outlineParamPre);
double paramPostCeiling = Math.Ceiling(outlineParamPost);
//vertexSetting
//dividerDrawer랑 같은 코드...
List <Point3d> partitionVertex = new List <Point3d>();
partitionVertex.Add(outline.PointAt(outlineParamPost));
if (outlineParamPre < outlineParamPost) //인덱스 꼬였을 때
{
if (outlineParamPost != paramPostCeiling)
{
partitionVertex.Add(outline.PointAt(paramPostCeiling));
}
double paramLast = outline.Count - 1;
for (double i = paramPostCeiling + 1; i < paramLast; i++)
{
partitionVertex.Add(outline.PointAt(i));
}
for (double i = 0; i < paramPreFloor; i++)
{
partitionVertex.Add(outline.PointAt(i));
}
if (outlineParamPre != paramPreFloor)
{
partitionVertex.Add(outline.PointAt(paramPreFloor));
}
}
else
{
double betweenIndexCounter = paramPreFloor - paramPostCeiling;
if (betweenIndexCounter == 0)
{
if ((outlineParamPost != paramPostCeiling) && (outlineParamPre != paramPreFloor))
{
partitionVertex.Add(outline.PointAt(paramPostCeiling));
}
}
else if (betweenIndexCounter > 0)
{
if (outlineParamPost != paramPostCeiling)
{
partitionVertex.Add(outline.PointAt(paramPostCeiling));
}
for (double i = paramPostCeiling + 1; i < paramPreFloor; i++)
{
partitionVertex.Add(outline.PointAt(i));
}
if (outlineParamPre != paramPreFloor)
{
partitionVertex.Add(outline.PointAt(paramPreFloor));
}
}
}
partitionVertex.Add(outline.PointAt(outlineParamPre));
//decider
//확장성 있게 만들 수 있나?
int vertextCount = partitionVertex.Count;
if (vertextCount == 2)
{
return(DrawAtNoFoldOutline(param, targetArea, partitionVertex));
}
if (vertextCount == 3)
{
return(DrawAtOneFoldOutline(param, targetArea, partitionVertex));
}
return(DrawAtMultiFoldOutline(param, targetArea, partitionVertex));
}
//중복코드 나중에 지워보자..
private static PartitionParam DrawAtNoFoldOutline(PartitionParam param, double targetArea, List <Point3d> outlineVertex)
{
Line mainLine = GetMainLine(param, outlineVertex);
Vector3d mainAlign = mainLine.UnitTangent;
Vector3d mainPerp = VectorTools.RotateVectorXY(mainAlign, Math.PI / 2);
Point3d origin = param.OriginPost.Point;
double dotProduct = Vector3d.Multiply(mainAlign, param.OriginPost.BaseLine.UnitNormal);
double dotTolerance = 0.005;
bool isMainDirecPreDiv = false;
if (Math.Abs(dotProduct) < dotTolerance)
{
int originIndex = param.OutlineLabel.Core.FindIndex
(i => i.PureLine == param.OriginPost.BasePureLine);
param.OriginPost = new PartitionOrigin(origin, param.OutlineLabel.Core[originIndex - 1]);
mainPerp = VectorTools.RotateVectorXY(mainAlign, -Math.PI / 2);
isMainDirecPreDiv = true;
}
int iterNum = 10;
int breaker = 0;
double lowerBound = 0;
double upperBound = mainLine.Length;
Polyline polyOutput = new Polyline();
while (lowerBound < upperBound)
{
if (breaker > iterNum)
{
break;
}
double tempStatus = (upperBound - lowerBound) / 2 + lowerBound;
Point3d tempAnchor = origin + mainAlign * tempStatus;
if (isMainDirecPreDiv)
{
tempAnchor = origin + mainAlign * (mainLine.Length - tempStatus);
}
List <RoomLine> cornerPartitions = new List <RoomLine>();
cornerPartitions.Add(new RoomLine(new Line(origin, tempAnchor), LineType.Inner));
Line anchorToOutline = PCXTools.PCXByEquation(tempAnchor, param.OutlineLabel.Pure, mainPerp);
cornerPartitions.Add(new RoomLine(anchorToOutline, LineType.Inner));
Partition tempPartition = new Partition(cornerPartitions, param.OriginPost);
param.PartitionPost = tempPartition;
double tempArea = PolylineTools.GetArea(param.Outline);
if (targetArea > tempArea)
{
lowerBound = tempStatus;
}
else if (targetArea < tempArea)
{
upperBound = tempStatus;
}
else
{
lowerBound = tempArea;
upperBound = tempArea;
}
breaker++;
}
return(param);
}
public static ICorridorP1Sub GetPattern(Polyline outline, P1Core core, List <double> areaSet)
{
//outline 과 landing 사이 거리,방향으로 가능한 복도타입 판정
double stickTolerance = 0.5;
List <List <Line> > axisSet = AxisMaker.Make(outline, core);
List <Line> mainAxis = axisSet[0];
List <Line> subAxis = axisSet[1];
//set distance
Point3d basePt = core.CenterPt;
double toOutlineDistH = subAxis[0].Length;
double toCoreDistH = PCXTools.PCXByEquation(basePt, core.CoreLine, subAxis[0].UnitTangent).Length;
double toOutlineDistV = mainAxis[1].Length;
double toCoreDistV = PCXTools.PCXByEquation(basePt, core.CoreLine, mainAxis[1].UnitTangent).Length;
double toLandingDistV = basePt.DistanceTo(core.BaseLine.PointAt(0.5));
//set decider
bool IsHorizontalOff = toOutlineDistH > toCoreDistH + stickTolerance;
bool IsHEnoughOff = toOutlineDistH > toCoreDistH + CorridorDimension.TwoWayWidth + stickTolerance;
bool IsVerticalOff = toOutlineDistV > toCoreDistV + stickTolerance;
bool IsVEnoughOff = toOutlineDistV > CorridorDimension.MinRoomWidth + toLandingDistV + stickTolerance;
bool IsHLognerThanV = mainAxis[0].Length > subAxis[1].Length;
//seive
if (outline.GetArea() == core.CoreLine.GetArea())
{
return(new CorridorP1S0());
}
if (areaSet.Count <= 1)
{
return(new CorridorP1S0());
}
//compare
if (IsHorizontalOff)
{
if (IsVerticalOff)
{
if (!IsVEnoughOff)
{
return(new CorridorP1S0());
}
if (IsHEnoughOff)
{
return(new CorridorP1S3());
}
return(new CorridorP1S4());
}
if (IsHEnoughOff)
{
return(new CorridorP1S3());
}
return(new CorridorP1S4());
}
if (IsVerticalOff)
{
if (IsHLognerThanV)
{
if (!IsVEnoughOff)
{
return(new CorridorP1S0());
}
return(new CorridorP1S4());
}
return(new CorridorP1S2());
}
else
{
if (IsHLognerThanV)
{
CorridorP1S1 corrP1 = new CorridorP1S1();
if (mainAxis[0].Length < (mainAxis[1].Length + CorridorDimension.OneWayWidth / 2) * 2.0)
{
if (areaSet.Count <= 3)
{
corrP1.Param = new List <double> {
0.0
}
}
;
if (areaSet.Count > 3)
{
CorridorP1S2 corrP2 = new CorridorP1S2();
corrP2.Param = new List <double> {
0.0
};
return(corrP2);
}
}
return(corrP1);
}
if (subAxis[1].Length < (mainAxis[1].Length + CorridorDimension.OneWayWidth / 2) * 2.0)
{
CorridorP1S2 corrP2 = new CorridorP1S2();
corrP2.Param = new List <double> {
0.0
};
return(corrP2);
}
return(new CorridorP1S2());
}
}
}