private static Boolean IsCrossed(PartitionParam setterParam)
{
Partition dividerTest = setterParam.PartitionPre;
PartitionOrigin originTest = setterParam.OriginPost;
Vector3d normal = originTest.BaseLine.UnitNormal;
Polyline trimmed = setterParam.OutlineLabel.Difference;
double coverAllLength = new BoundingBox(new List <Point3d>(trimmed)).Diagonal.Length * 2;
Line testLine = new Line(originTest.Point, originTest.Point + normal * coverAllLength);
foreach (RoomLine i in dividerTest.Lines)
{
if (i.UnitTangent == normal)
{
continue;
}
Point3d crossPt = CCXTools.GetCrossPt(testLine, i.PureLine);
if (PCXTools.IsPtOnLine(crossPt, i.PureLine, 0.005) && PCXTools.IsPtOnLine(crossPt, testLine, 0.005))
{
return(true);
}
}
return(false);
}
//sub method
/*111공통된 부분 줄일 수 있음.. 일단은 구현*/
private static void FindMinCorridor(PartitionParam setterParam)
{
RoomLine nearestCorridor = FindNearestCorridor(setterParam.OutlineLabel.Core, setterParam.OriginPost.BaseLine);
if (setterParam.OriginPost.BasePureLine == nearestCorridor.PureLine)
{
FindCorrFromSameBase(setterParam);
return;
}
if (nearestCorridor.Length < RoomDimension.MinLengthForDoor)
{
SetOriginNextStart(setterParam);
FindCorrFromSameBase(setterParam);
return;
}
Point3d nearestBase = nearestCorridor.StartPt;
Point3d baseWithMinCorridor = new Point3d(nearestBase + nearestCorridor.UnitTangent * RoomDimension.MinLengthForDoor);
PartitionOrigin originNext = new PartitionOrigin(baseWithMinCorridor, nearestCorridor);
setterParam.OriginPost = originNext;
return;
}
private static Point3d MakePerpPt(Partition dividerTest, PartitionOrigin originTest)
{
//dSide: divider 쪽, oSide: origin 쪽
Point3d dSidePt = dividerTest.Lines[dividerTest.Lines.Count - 1].PointAt(1);
Vector3d dSideDirection = -originTest.BaseLine.UnitNormal;
Point3d oSidePt = originTest.Point;
Vector3d oSideDirection = originTest.BaseLine.UnitTangent;
//ABC is coefficient of linear Equation, Ax+By=C
double dSideA = dSideDirection.Y;
double dSideB = -dSideDirection.X;
double dSideC = dSideA * dSidePt.X + dSideB * dSidePt.Y;
double oSideA = oSideDirection.Y;
double oSideB = -oSideDirection.X;
double oSideC = oSideA * oSidePt.X + oSideB * oSidePt.Y;
//det=0: isParallel, 평행한 경우
double detTolerance = 0.005;
double det = dSideA * oSideB - dSideB * oSideA;
if (Math.Abs(det) < detTolerance)
{
return(Point3d.Unset);
}
double perpX = (oSideB * dSideC - dSideB * oSideC) / det;
double perpY = (dSideA * oSideC - oSideA * dSideC) / det;
return(new Point3d(perpX, perpY, oSidePt.Z));
}
private static void SetOriginFromEndPt(PartitionParam setterParam)
{
int testIndex = setterParam.OutlineLabel.Core.FindIndex
(i => (i.PureLine == setterParam.OriginPost.BasePureLine));
if (testIndex == setterParam.OutlineLabel.Core.Count - 1)
{
return;
}
RoomLine formerCornerLine = setterParam.OutlineLabel.Core[testIndex];
RoomLine laterCornerLine = setterParam.OutlineLabel.Core[testIndex + 1];
PartitionOrigin laterStart = new PartitionOrigin(laterCornerLine.PureLine.PointAt(0), laterCornerLine);
PartitionOrigin laterEnd = new PartitionOrigin(laterCornerLine.PureLine.PointAt(1), laterCornerLine);
CornerState cornerStat = GetCCWCornerState(formerCornerLine.UnitTangent, laterCornerLine.UnitTangent);
if (cornerStat == CornerState.Concave)
{
setterParam.OriginPost = laterEnd;
SetNextDivOrigin(setterParam);
return;
}
return;
}
public PartitionParam(Partition dividerPre, Partition dividerPost, PartitionOrigin originPost, LabeledOutline outlineLabel)
{
this.PartitionPre = dividerPre;
this.PartitionPost = dividerPost;
this.OriginPost = originPost;
this.OutlineLabel = outlineLabel;
}
private static Boolean IsEndPt(PartitionOrigin testOrigin)
{
double nearTolerance = 0.005;
double distance = testOrigin.BaseLine.EndPt.DistanceTo(testOrigin.Point);
if (distance <= nearTolerance)
{
return(true);
}
return(false);
}
private Partition DrawInitialDivider(RoomLine firstRoomLine, Polyline outlinePure)
{
PartitionOrigin originInitial = new PartitionOrigin(firstRoomLine.PureLine.PointAt(0), firstRoomLine);
Line lineInitial = PCXTools.PCXByEquationStrict(originInitial.Point, outlinePure, originInitial.BaseLine.UnitNormal);
List <RoomLine> lineInitialLabeled = new List <RoomLine> {
new RoomLine(lineInitial, LineType.Inner)
}; //외곽선과 겹칠 경우 추가 요
Partition dividerInitial = new Partition(lineInitialLabeled, originInitial);
return(dividerInitial);
}
public Partition(Partition otherPartition)
{
List <RoomLine> cloneLines = new List <RoomLine>();
PartitionOrigin cloneOrigin = new PartitionOrigin();
//assign
foreach (RoomLine i in otherPartition.Lines)
{
cloneLines.Add(i);
}
cloneOrigin = new PartitionOrigin(otherPartition.Origin);
//return
this.Lines = cloneLines;
this.Origin = cloneOrigin;
}
private static void FindCorrFromSameBase(PartitionParam setterParam)
{
RoomLine nearestCorridor = setterParam.OriginPost.BaseLine;
double originToCorridorEnd = new Vector3d(nearestCorridor.PointAt(1) - setterParam.OriginPost.Point).Length;
if (originToCorridorEnd < RoomDimension.MinLengthForDoor)
{
SetOriginNextStart(setterParam);
FindCorrFromSameBase(setterParam);
return;
}
Point3d nearestBase = setterParam.OriginPost.Point;
Point3d baseWithMinCorridor = new Point3d(nearestBase + nearestCorridor.UnitTangent * RoomDimension.MinLengthForDoor);
PartitionOrigin originNext = new PartitionOrigin(baseWithMinCorridor, nearestCorridor);
setterParam.OriginPost = originNext;
return;
}
private static PartitionParam PushOriginToStart(PartitionParam param)
{
List <RoomLine> coreSeg = param.OutlineLabel.Core;
int indexCurrent = param.OutlineLabel.Core.FindIndex
(i => i.PureLine == param.OriginPost.BasePureLine);
if (indexCurrent < 2) //이 경우는 거의 없을듯..
{
return(DrawOrtho(param));
}
PartitionSetter.CornerState cornerStat =
PartitionSetter.GetCCWCornerState(coreSeg[indexCurrent - 1].UnitTangent, coreSeg[indexCurrent - 1].UnitTangent);
if (cornerStat == PartitionSetter.CornerState.Concave)
{
PartitionOrigin newOrigin = new PartitionOrigin(coreSeg[indexCurrent - 2].EndPt, coreSeg[indexCurrent - 2]);
param.OriginPost = newOrigin;
return(DrawOrtho(param));
}
param.OriginPost.Point = param.OriginPost.BaseLine.StartPt;
return(DrawOrtho(param));
}
private static Boolean IsOnOriginBase(Point3d ptTest, PartitionOrigin originTest)
{
Line testLine = new Line(originTest.Point, originTest.BaseLine.PointAt(1));
return(PCXTools.IsPtOnLine(ptTest, testLine, 0));
}
public Partition(List <RoomLine> dividingLine, PartitionOrigin thisLineOrigin)
{
this.Lines = dividingLine;
this.Origin = thisLineOrigin;
}
public PartitionOrigin(PartitionOrigin otherOrigin)
{
this.Point = otherOrigin.Point;
this.BaseLine = new RoomLine(otherOrigin.BaseLine);
}
