public bool AreConnected(IFeature feature1, IFeature feature2,
LineEnd feature1LineEndToTest)
{
Assert.ArgumentCondition(
!GdbObjectUtils.IsSameObject(feature1, feature2,
ObjectClassEquality.SameTableSameVersion),
"The specified features are the same");
// NOTE: Touches(polyline1, polyline2) is not enough, because Touches() is true when one end
// is snapped to the other line's interior
var polyline1 = (IPolyline)feature1.Shape;
var polyline2 = (IPolyline)feature2.Shape;
bool fromPointTouches = false, toPointTouches = false;
if (feature1LineEndToTest == LineEnd.From || feature1LineEndToTest == LineEnd.Both)
{
fromPointTouches = GeometryUtils.Touches(polyline1.FromPoint, polyline2);
}
if (feature1LineEndToTest == LineEnd.To || feature1LineEndToTest == LineEnd.Both)
{
toPointTouches = GeometryUtils.Touches(polyline1.ToPoint, polyline2);
}
bool result = fromPointTouches || toPointTouches;
Marshal.ReleaseComObject(polyline1);
Marshal.ReleaseComObject(polyline2);
return(result);
}
private static IPath GetSharedBoundaryProlongation(
[NotNull] ICurve curveToReshape,
[NotNull] IPath sharedBoundary,
[NotNull] IPoint sourceConnectPoint,
[NotNull] IPath reshapePath,
double tolerance,
[CanBeNull] out IPoint targetConnectPoint)
{
// try elongate the shared boundary's last segment
ISegment sourceSegment = GetConnectSegment(sharedBoundary,
sourceConnectPoint, tolerance);
LineEnd segmentEndToProlong = GeometryUtils.AreEqualInXY(sourceSegment.FromPoint,
sourceConnectPoint)
? LineEnd.From
: LineEnd.To;
IPath result = ReshapeUtils.GetProlongation(curveToReshape, sourceSegment,
reshapePath, segmentEndToProlong,
out targetConnectPoint);
if (result != null && segmentEndToProlong == LineEnd.From)
{
result.ReverseOrientation();
}
// TODO: The ITopoOp.Difference with the source performed in ReshapeUtils.GetProlongation might handle some
// difficult situations, but also prevent a solution where the source intersection is on the
// interiour of a segment in one polygon and on a vertex in the other. Currently this must be
// dealt with by the user (placing a target intersection point).
return(result);
}
public IList <IFeature> GetConnectedEdgeFeatures(IFeature toEdgeFeature,
IPolyline edgeGeometry,
LineEnd atEnd)
{
Assert.ArgumentNotNull(toEdgeFeature, nameof(toEdgeFeature));
IPolyline polyline = edgeGeometry ?? (IPolyline)toEdgeFeature.Shape;
var result = new List <IFeature>();
IPoint fromPoint = polyline.FromPoint;
IPoint toPoint = polyline.ToPoint;
if (atEnd == LineEnd.From || atEnd == LineEnd.Both)
{
result.AddRange(FindPolylinesAt(
fromPoint, IsConnected(toEdgeFeature, fromPoint)));
}
if (atEnd == LineEnd.To || atEnd == LineEnd.Both)
{
result.AddRange(FindPolylinesAt(
toPoint, IsConnected(toEdgeFeature, toPoint)));
}
return(result);
}
public SerialTerminal(ref SerialPort port, LineEnd lineEnd, bool echo)
{
serialPort = port;
serialPort.ReadTimeout = READ_TIMEOUT_MS;
serialPort.DataReceived += new SerialDataReceivedEventHandler(OnReceiveData);
LineEnding = lineEnd;
this.echo = echo;
}
private static SvgStrokeLineCap MapLineEnd(LineEnd lineEnd)
{
switch (lineEnd)
{
case LineEnd.Butt:
return SvgStrokeLineCap.Butt;
case LineEnd.Round:
return SvgStrokeLineCap.Round;
default:
return SvgStrokeLineCap.Square;
}
}
public static string GetLineEnd(LineEnd lineEndValue)
{
switch (lineEndValue)
{
case LineEnd.CRLF: return("\r\n");
case LineEnd.LF: return("\n");
case LineEnd.NONE: return(String.Empty);
}
throw new ArgumentException("Invalid LineEnd value");
}
protected IList <IFeature> GetConnectedNonReshapedEdges(
[NotNull] IFeature withFeature,
[NotNull] IPolyline originalPolyline,
LineEnd atLineEnd)
{
IList <IFeature> connectedEdges =
NetworkFeatureFinder.GetConnectedEdgeFeatures(
withFeature, originalPolyline, atLineEnd);
IList <IFeature> connectedNonReshapedEdges =
connectedEdges.Where(
connectedEdge =>
ExcludeFromEndpointRelocation == null ||
!ExcludeFromEndpointRelocation.Contains(connectedEdge))
.ToList();
return(connectedNonReshapedEdges);
}
private void OnGUI()
{
EditorGUILayout.BeginHorizontal();
if (GUILayout.Button("选择文件夹"))
{
fileOrFolderPath = EditorUtility.OpenFolderPanel("选择文件夹", Application.dataPath, "gkd");
}
if (GUILayout.Button("选择文件"))
{
fileOrFolderPath = EditorUtility.OpenFilePanel("选择文件", Application.dataPath, extension);
}
EditorGUILayout.EndHorizontal();
if (!string.IsNullOrEmpty(fileOrFolderPath))
{
EditorGUILayout.LabelField("Path:", fileOrFolderPath);
}
extension = EditorGUILayout.TextField("Extension:", extension);
lineEnd = (LineEnd)EditorGUILayout.EnumPopup("Target:", lineEnd);
if (GUILayout.Button("生成"))
{
logs.Clear();
if (!Regex.IsMatch(extension, @"\w+"))
{
extension = "cs";
EditorUtility.DisplayDialog("", "formate is error!", "我错了");
return;
}
SetLineEnd();
DealFolderOrFile(fileOrFolderPath);
if (logs.Count <= 0)
{
logs.Add("没有发现文件，注意检查后缀名...");
}
}
foreach (var log in logs)
{
EditorGUILayout.LabelField("", log);
}
}
private static int ValidateConnections([NotNull] IFeature feature,
LineEnd atLineEnd,
[NotNull] ILinearNetworkFeatureFinder featureFinder,
ref bool hasCorrectOrientation,
ref bool hasWrongOrientation)
{
IPolyline polyline = (IPolyline)feature.Shape;
IList <IFeature> connectedEdgeFeatures =
featureFinder.GetConnectedEdgeFeatures(feature, polyline, atLineEnd);
IPoint thisLineEndPoint =
atLineEnd == LineEnd.From ? polyline.FromPoint : polyline.ToPoint;
foreach (IFeature connectedAtFrom in
connectedEdgeFeatures)
{
IPolyline connectedPolyline = (IPolyline)connectedAtFrom.Shape;
IPoint otherLineEndPoint = atLineEnd == LineEnd.From
? connectedPolyline.ToPoint
: connectedPolyline.FromPoint;
if (GeometryUtils.AreEqual(otherLineEndPoint, thisLineEndPoint))
{
// correct orientation
hasCorrectOrientation = true;
}
else
{
hasWrongOrientation = true;
}
}
return(connectedEdgeFeatures.Count);
}
public static List <BoxBeam> Arrange(double StartStation, double EndStation,
Line Left0, Line Right0, Line Left1, Line Right1, ref Align StAlign, ref Align EdAlign, double StartC2C, double EndC2C,
double Side = 1.65, double BearingH = 0.3, double BeamH = 1.6, double SurfaceH = 0.170)
{
if (StartStation == 19645)
{
;
}
List <BoxBeam> res = new List <BoxBeam>();
Line LineStart = new Line(Left0.EndPoint, Right0.EndPoint);
Line LineEnd = new Line(Left1.EndPoint, Right1.EndPoint);
if ((StAlign.Name.StartsWith("R1K") || StAlign.Name.StartsWith("L1K")) || (EdAlign.Name.StartsWith("R1K") || EdAlign.Name.StartsWith("L1K")))
{
Side = 1.2;
}
var Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.4, 1, Side);
var Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.4, 1, Side);
var tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
if (tmp.Count == 0)
{
Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.3, 1.1, Side);
Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.3, 1.1, Side);
tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
}
if (tmp.Count == 0)
{
Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.3, 1.35, Side);
Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.3, 1.35, Side);
tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
}
int aa;
double delt0 = 0; // = (LineStart.Length() - 2 * Side) / (Num1.Max() - 1);
double delt1 = 0; // = (LineEnd.Length() - 2 * Side) / (Num2.Max() - 1);
if (Num1.Count == 0 || Num2.Count == 0)
{
return(res);
}
if (tmp.Count == 0)
{
if (Num1.Max() > Num2.Max())
{
// 匝道分出
if ((Left0.Length() - Left1.Length()) > (Right0.Length() - Right1.Length()))
{
// 左侧分出
LineStart = new Line(Right0.EndPoint, Left0.EndPoint);
LineEnd = new Line(Right1.EndPoint, Left1.EndPoint);
}
aa = Num2.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa + 2);
delt1 = (LineEnd.Length() - 2 * Side) / (aa - 1);
}
else
{
// 匝道汇入
if ((Left1.Length() - Left0.Length()) > (Right1.Length() - Right0.Length()))
{
// 左侧匝道汇入
LineStart = new Line(Right0.EndPoint, Left0.EndPoint);
LineEnd = new Line(Right1.EndPoint, Left1.EndPoint);
}
aa = Num1.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa - 1);
delt1 = (LineEnd.Length() - 2 * Side) / (aa + 2);
}
}
else
{
aa = tmp.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa - 1);
delt1 = (LineEnd.Length() - 2 * Side) / (aa - 1);
}
BoxBeam cc;
Vector2 stend, edend;
Vector2 stpin, edpin;
double StandardH = SurfaceH + BeamH + BearingH;
double H0_St = StAlign.curSQX.GetBG(StartStation) - StandardH;
double H0_Ed = EdAlign.curSQX.GetBG(EndStation) - StandardH;
List <double[]> HPListCB = new List <double[]>()
{
StAlign.curCG.GetHP(StartStation), EdAlign.curCG.GetHP(EndStation)
};
double HLeftSt = H0_St - HPListCB[0][0] * Left0.Length() * 0.01;
double HLeftEd = H0_Ed - HPListCB[1][0] * Left1.Length() * 0.01;
double slop;
for (int i = 0; i < aa; i++)
{
bool isSide = i == 0 || i == aa - 1;
Vector2 Cdir0 = LineStart.Direction.Convert2D();
Cdir0.Normalize();
Vector2 Cdir1 = LineEnd.Direction.Convert2D();
Cdir1.Normalize();
stend = LineStart.StartPoint.Convert2D() + Cdir0 * Side + Cdir0 * (i) * delt0;
edend = LineEnd.StartPoint.Convert2D() + Cdir1 * Side + Cdir1 * (i) * delt1;
Vector2 BeamDir = edend - stend;
BeamDir.Normalize();
stpin = stend + BeamDir * StartC2C;
edpin = edend - BeamDir * EndC2C;
double Hbot_st = StAlign.GetSurfaceBG(stpin.X, stpin.Y) - SurfaceH - BeamH;
double Hbot_ed = EdAlign.GetSurfaceBG(edpin.X, edpin.Y) - SurfaceH - BeamH;
double HCB_st = 0;
double HCB_ed = 0;
var VecSt = (stpin.Convert2DS() - new Vector2D(Left0.StartPoint.X, Left0.StartPoint.Y));
var VecEd = (edpin.Convert2DS() - new Vector2D(Left1.StartPoint.X, Left1.StartPoint.Y));
Vector2D dirForwoard = new Vector2D(StAlign.curPQX.GetDir(StartStation)[0], StAlign.curPQX.GetDir(StartStation)[1]);
if (VecSt.SignedAngleTo(dirForwoard).Degrees <= 180)
{
// 使用右坡
HCB_st = H0_St + HPListCB[0][1] * 0.01 * VecSt.Length;
slop = -2.5;
}
else
{
// 左坡
HCB_st = H0_St - HPListCB[0][0] * 0.01 * VecSt.Length;
slop = 2.5;
}
if (aa % 2 == 1 && i == (int)(0.5 * aa))
{
slop = 0;
}
dirForwoard = new Vector2D(EdAlign.curPQX.GetDir(EndStation)[0], EdAlign.curPQX.GetDir(EndStation)[1]);
if (VecEd.SignedAngleTo(dirForwoard).Degrees <= 180)
{
HCB_ed = H0_Ed + HPListCB[1][1] * 0.01 * VecEd.Length;
}
else
{
HCB_ed = H0_Ed - HPListCB[1][0] * 0.01 * VecEd.Length;
}
Vector2D BeamAxis = (edpin - stpin).Convert2DS();
double startA = 90 - Cdir0.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
double endA = 90 - Cdir1.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
cc = new BoxBeam(stpin.Convert3D().Convert3DS(0, 0, Hbot_st), edpin.Convert3D().Convert3DS(0, 0, Hbot_ed),
(Hbot_st - HCB_st), (Hbot_ed - HCB_ed), 0.5, 0.5, startA, endA, isSide, slop);
//(int)(StartStation*100)+i
cc.ID = (int)(StartStation * 100) + i;
res.Add(cc);
}
return(res);
}
public static List <BoxBeam> ArrangePlan(double StartStation, double EndStation,
Line Left0, Line Right0, Line Left1, Line Right1, ref Align StAlign, ref Align EdAlign, double StartC2C, double EndC2C,
bool isStPub, bool isEdPub, double Side = 1.65)
{
if (StartStation == 19645)
{
;
}
List <BoxBeam> res = new List <BoxBeam>();
if (isStPub || isEdPub)
{
return(res);
}
Line LineStart = new Line(Left0.EndPoint, Right0.EndPoint);
Line LineEnd = new Line(Left1.EndPoint, Right1.EndPoint);
var xx = LineEnd.Length();
if ((StAlign.Name.StartsWith("R1K") || StAlign.Name.StartsWith("L1K")) || (EdAlign.Name.StartsWith("R1K") || EdAlign.Name.StartsWith("L1K")))
{
Side = 1.2;
}
var Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.4, 1, Side);
var Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.4, 1, Side);
var tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
if (tmp.Count == 0)
{
Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.3, 1.1, Side);
Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.3, 1.1, Side);
tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
}
if (tmp.Count == 0)
{
Num1 = AvilibleBeamNum(LineStart.Length(), 2.4, 0.3, 1.35, Side);
Num2 = AvilibleBeamNum(LineEnd.Length(), 2.4, 0.3, 1.35, Side);
tmp = (from a in Num1 where Num2.Contains(a) select a).ToList();
}
int aa;
double delt0 = 0; // = (LineStart.Length() - 2 * Side) / (Num1.Max() - 1);
double delt1 = 0; // = (LineEnd.Length() - 2 * Side) / (Num2.Max() - 1);
if (Num1.Count == 0 || Num2.Count == 0)
{
return(res);
}
if (tmp.Count == 0)
{
if (Num1.Max() > Num2.Max())
{
// 匝道分出
if ((Left0.Length() - Left1.Length()) > (Right0.Length() - Right1.Length()))
{
// 左侧分出
LineStart = new Line(Right0.EndPoint, Left0.EndPoint);
LineEnd = new Line(Right1.EndPoint, Left1.EndPoint);
}
aa = Num2.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa + 2);
delt1 = (LineEnd.Length() - 2 * Side) / (aa - 1);
}
else
{
// 匝道汇入
if ((Left1.Length() - Left0.Length()) > (Right1.Length() - Right0.Length()))
{
// 左侧匝道汇入
LineStart = new Line(Right0.EndPoint, Left0.EndPoint);
LineEnd = new Line(Right1.EndPoint, Left1.EndPoint);
}
aa = Num1.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa - 1);
delt1 = (LineEnd.Length() - 2 * Side) / (aa + 2);
}
}
else
{
aa = tmp.Max();
delt0 = (LineStart.Length() - 2 * Side) / (aa - 1);
delt1 = (LineEnd.Length() - 2 * Side) / (aa - 1);
}
BoxBeam cc;
Vector2 stend, edend;
Vector2 stpin, edpin;
for (int i = 0; i < aa; i++)
{
Vector2 Cdir0 = LineStart.Direction.Convert2D();
Cdir0.Normalize();
Vector2 Cdir1 = LineEnd.Direction.Convert2D();
Cdir1.Normalize();
stend = LineStart.StartPoint.Convert2D() + Cdir0 * Side + Cdir0 * (i) * delt0;
edend = LineEnd.StartPoint.Convert2D() + Cdir1 * Side + Cdir1 * (i) * delt1;
Vector2 BeamDir = edend - stend;
BeamDir.Normalize();
stpin = stend + BeamDir * StartC2C;
edpin = edend - BeamDir * EndC2C;
var VecSt = (stpin.Convert2DS() - new Vector2D(Left0.StartPoint.X, Left0.StartPoint.Y));
var VecEd = (edpin.Convert2DS() - new Vector2D(Left1.StartPoint.X, Left1.StartPoint.Y));
Vector2D BeamAxis = (edpin - stpin).Convert2DS();
double startA = 90 - Cdir0.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
double endA = 90 - Cdir1.Convert2DS().SignedAngleTo(BeamAxis).Degrees;
cc = new BoxBeam(stpin.Convert3D().Convert3DS(0, 0, 0), edpin.Convert3D().Convert3DS(0, 0, 0), 0, 0, 0.5, 0.5, startA, endA, false, 0);
cc.ID = i;
res.Add(cc);
}
return(res);
}
private static SvgStrokeLineCap MapLineEnd(LineEnd lineEnd)
{
switch (lineEnd)
{
case LineEnd.Butt:
return SvgStrokeLineCap.Butt;
case LineEnd.Round:
return SvgStrokeLineCap.Round;
default:
return SvgStrokeLineCap.Square;
}
}
