public override IPropertyEntry GetPropertyEntry(IFrame frame)
{
List <IPropertyEntry> se = new List <IPropertyEntry>();
GeoPointProperty location = new GeoPointProperty("ConicalSurface.Location", frame, false);
location.ReadOnly = true;
location.GetGeoPointEvent += delegate(GeoPointProperty sender) { return(this.location); };
se.Add(location);
GeoVectorProperty dirx = new GeoVectorProperty("ConicalSurface.DirectionX", frame, false);
dirx.ReadOnly = true;
dirx.IsAngle = false;
dirx.GetGeoVectorEvent += delegate(GeoVectorProperty sender) { return(xAxis); };
se.Add(dirx);
GeoVectorProperty diry = new GeoVectorProperty("ConicalSurface.DirectionY", frame, false);
diry.ReadOnly = true;
diry.IsAngle = false;
diry.GetGeoVectorEvent += delegate(GeoVectorProperty sender) { return(yAxis); };
se.Add(diry);
AngleProperty openingAngle = new AngleProperty("ConicalSurface.OpeningAngle", frame, false);
openingAngle.ReadOnly = true;
openingAngle.GetAngleEvent += delegate() { return(OpeningAngle); };
se.Add(openingAngle);
return(new GroupProperty("ConicalSurface", se.ToArray()));
}
public ConstructAngleTwoPoints(AngleProperty angleProperty)
{
// sollte hier vielleicht eine Ebene mit reingehen? Oder immer ActiveDrawingPlane verwenden?
this.angleProperty = angleProperty;
firstPointIsValid = false;
secondPointIsValid = false;
succeeded = false;
}
private void setAreaRatio(IFeature feature)
{
AngleProperty property = new AngleProperty(feature);
foreach (var oA in property.outArea)
{
double index = oA;//"外交面积"
outAr.Add(index);
}
}
private void setPolygen(IFeature feature)
{
AngleProperty property = new AngleProperty(feature);
foreach (var polygen in property.Polygens)
{
double index = (polygen.Area);//"线与多边形相交面积"
Polygen.Add(index);
}
}
private void setPolygen(IFeature feature)
{
AngleProperty property = new AngleProperty(feature);
foreach (var polygen in property.Polygens)
{
Index index = new Index(polygen.Area, "线与多边形相交面积");
Polygen.Add(index);
}
}
private void setTitio(IFeature feature)
{
AngleProperty property = new AngleProperty(feature);
foreach (var titio in property.Titio)
{
Index index = new Index(titio, "三角形比率");
Titio.Add(index);
}
}
private void setAreaRatio(IFeature feature)
{
AngleProperty property = new AngleProperty(feature);
foreach (var oA in property.outArea)
{
Index index = new Index(oA, "外交面积");
outAr.Add(index);
}
}
private void setMaxCha(IFeature feature)
{
ILineString maxLine = MaxPoints.getMaxVector(feature);
AngleProperty property = new AngleProperty(feature);
foreach (var line in property.Lines)
{
Index index = new Index(maxLine.Coordinates[1].Distance(maxLine.Coordinates[0]) - line.Coordinates[1].Distance(line.Coordinates[0]), "外圆与外边界差");
MaxCha.Add(index);
}
}
private void setMaxCha(IFeature feature)
{
ILineString maxLine = MaxPoints.getMaxVector(feature);
AngleProperty property = new AngleProperty(feature);
foreach (var line in property.Lines)
{
//double index = (maxLine.Coordinates[1].Distance(maxLine.Coordinates[0]) - line.Coordinates[1].Distance(line.Coordinates[0]));
double index = (maxLine.Length - line.Length);
MaxCha.Add(index);//外圆与外边界差
}
}
private void setTitio(IFeature feature)
{
AngleProperty property = new AngleProperty(feature);
foreach (var titio in property.Titio)
{
double index = titio;//"三角形比率"
Index index1 = new Index(titio, "三角形比");
Titio.Add(index);
Titio1.Add(index1);
}
}
private void setMinCha(IFeature feature)
{
ILineString minLine = MinPoints.getMinVector(feature);
AngleProperty property = new AngleProperty(feature);
foreach (var line in property.Lines)
{
Index index = new Index(line.Coordinates[1].Distance(line.Coordinates[0]) - minLine.Coordinates[1].Distance(minLine.Coordinates[0]), "最小差");
MinCha.Add(index);
}
#region
//ILineString minLine = MinPoints.getMinVector(feature);
//AngleProperty property = new AngleProperty(feature);
//foreach (var line in property.Lines)
//{
// if (line.Intersection(feature.Geometry.Boundary).NumPoints == 2)
// {
// line.Intersection(feature.Geometry.Boundary).Coordinates[0].X -= feature.Geometry.Centroid.Coordinate.X;
// line.Intersection(feature.Geometry.Boundary).Coordinates[0].Y -= feature.Geometry.Centroid.Coordinate.Y;
// line.Intersection(feature.Geometry.Boundary).Coordinates[1].X -= feature.Geometry.Centroid.Coordinate.X;
// line.Intersection(feature.Geometry.Boundary).Coordinates[1].Y -= feature.Geometry.Centroid.Coordinate.Y;
// if (AngleProperty.getAngle(line.Intersection(feature.Geometry.Boundary).Coordinates[0]) > 90 && AngleProperty.getAngle(line.Intersection(feature.Geometry.Boundary).Coordinates[0]) < 270)
// {
// Index index1 = new Index(line.Coordinates[0].Distance(line.Intersection(feature.Geometry.Boundary).Coordinates[1]) - minLine.Coordinates[1].Distance(minLine.Coordinates[0]), "最小差");
// MinCha.Add(index1);
// }
// else if (AngleProperty.getAngle(line.Intersection(feature.Geometry.Boundary).Coordinates[0]) > 0 && AngleProperty.getAngle(line.Intersection(feature.Geometry.Boundary).Coordinates[0]) < 90||AngleProperty.getAngle(line.Intersection(feature.Geometry.Boundary).Coordinates[0])>270&& AngleProperty.getAngle(line.Intersection(feature.Geometry.Boundary).Coordinates[0])<360)
// {
// Index index1 = new Index(line.Coordinates[0].Distance(line.Intersection(feature.Geometry.Boundary).Coordinates[0]) - minLine.Coordinates[1].Distance(minLine.Coordinates[0]), "最小差");
// MinCha.Add(index1);
// }
// }
// else if (line.Intersection(feature.Geometry.Boundary).NumPoints == 1 || line.Intersection(feature.Geometry.Boundary).NumPoints == 0)
// {
// Index index = new Index(line.Coordinates[1].Distance(line.Coordinates[0]) - minLine.Coordinates[1].Distance(minLine.Coordinates[0]), "最小差");
// MinCha.Add(index);
// }
// //else
// //{
// // Console.WriteLine("交点超过三个，请检查小班");
// //}
//}
#endregion
}
set => this.SetValue(AngleProperty, value);
public GeneralAngleAction(AngleProperty angleProperty, Plane localPlane)
{
this.angleProperty = angleProperty;
this.localPlane = localPlane;
usesLocalPlane = true;
}
public GeneralAngleAction(AngleProperty angleProperty, GeoPoint fixPoint)
{
this.angleProperty = angleProperty;
this.fixPoint = fixPoint;
usesLocalPlane = false;
}
SetValue(AngleProperty, angle);
set => SetValue(AngleProperty, value);
get => (double)GetValue(AngleProperty); set => SetValue(AngleProperty, value);