public override void DisConnectAll()
{
try
{
Matrix.Close();
Vertexs.ForEach(v => v.Close());
CalBoxToMatrix.Close();
CalBoxToVertex.Close();
CalBoxWhole.Close();
VNA.Close();
}
catch (Exception ex)
{
Log.log.ErrorFormat("{0}", ex);
throw ex;
}
}
public void AddCountur(Contour cnt)
{
Conturs.Add(cnt);
cnt.Points.ForEach(x => {
if (Vertexs.FindIndex(y => y.X == x.X && y.Y == x.Y) == -1)
{
Vertexs.Add(cnt.Points.FindAll(y => y.X == x.X && y.Y == x.Y).First());
}
});
//Все ребра кроме последнего
for (int i = 0; i < cnt.Points.Count - 1; i++)
{
int pointFirst = Vertexs.FindIndex(y => y.X == cnt.Points[i].X && y.Y == cnt.Points[i].Y);
int pointSecond = Vertexs.FindIndex(y => y.X == cnt.Points[i + 1].X && y.Y == cnt.Points[i + 1].Y);
Edges.Add(new Edge(pointFirst, pointSecond));
}
//Последнее ребро из конца в начало
Edges.Add(new Edge(
Vertexs.FindIndex(y => y.X == cnt.Points[0].X && y.Y == cnt.Points[0].Y),
Vertexs.FindIndex(y => y.X == cnt.Points[cnt.Points.Count - 1].X && y.Y == cnt.Points[cnt.Points.Count - 1].Y)));
//Перекраиваем карту навигации
CurrentNodesMap = InitNavMap();
}
public override void main()
{
IKVPairInstance <IString, IIterator <IString> > input = (IKVPairInstance <IString, IIterator <IString> >)Input_values.Instance;
IStringInstance k = (IStringInstance)input.Key;
IIteratorInstance <IString> v = (IIteratorInstance <IString>)input.Value;
int k_int = int.Parse(k.Value);
if (!neighbours.ContainsKey(k_int))
{
neighbours [k_int] = new Dictionary <int, double> ();
Di[k_int] = int.MaxValue;
Dmin[k_int] = int.MaxValue;
Vertexs.Add(k_int);
}
double di = Di[k_int];
double dmin = Dmin[k_int];
int done = 1;
object o;
while (v.fetch_next(out o))
{
IStringInstance item = (IStringInstance)o;
string[] values = item.Value.Split(' ');
switch (values[0][0])
{
case 'c':
double tmp = double.Parse(values [1]);
dmin = min(dmin, tmp);
break;
case 'i':
break;
case 'd':
di = double.Parse(values [1]);
break;
default:
IDictionary <int, double> output_neibours = neighbours [k_int];
int n = int.Parse(values [0]);
double d = 0.0;
if (!output_neibours.TryGetValue(n, out d))
{
output_neibours [n] = double.Parse(values [1]);
}
else
if (double.Parse(values [1]) < d)
{
output_neibours[n] = double.Parse(values [1]);
}
break;
}
}
dmin = min(dmin, di);
if (dmin != di)
{
di = dmin;
foreach (KeyValuePair <int, double> kv in neighbours[k_int])
{
int dest = Math.Abs((kv.Key + "").GetHashCode()) % this.Communicator.Size;
CandidatesBuffer[dest] = CandidatesBuffer[dest] + kv.Key + " " + (kv.Value + dmin) + System.Environment.NewLine;
}
done = 0;
}
Active = done;
Di[k_int] = di;
Dmin [k_int] = dmin;
}
public void Add(BulgeVertex2D bulgeVertex)
{
Vertexs.Add(bulgeVertex);
}
public void Add(Point2D vertex, double bulge)
{
Vertexs.Add(new BulgeVertex2D(vertex, bulge));
}
public void Add(Point2D vertex, double bulge, double startWidth, double endWidth)
{
Vertexs.Add(new BulgeVertex2D(vertex, bulge, startWidth, endWidth));
}
public Polygons()
{
InitializeComponent();
Vertexs.Add(new Vertex {
Edges = 2, Id = 1, Position = new Point(389, 420)
});
Vertexs.Add(new Vertex {
Edges = 2, Id = 2, Position = new Point(448, 79)
});
Vertexs.Add(new Vertex {
Edges = 2, Id = 3, Position = new Point(675, 97)
});
Vertexs.Add(new Vertex {
Edges = 2, Id = 4, Position = new Point(568, 352)
});
Vertexs.Add(new Vertex {
Edges = 2, Id = 5, Position = new Point(886, 407)
});
Vertexs.Add(new Vertex {
Edges = 2, Id = 6, Position = new Point(498, 591)
});
Vertexs.Add(new Vertex {
Edges = 2, Id = 7, Position = new Point(274, 631)
});
Vertexs.Add(new Vertex {
Edges = 2, Id = 8, Position = new Point(175, 382)
});
Line l1 = new Line {
Color = Brushes.Black, Marked = false, Relation = Relation.None, P1 = Vertexs[0], P2 = Vertexs[1]
};
Line l2 = new Line {
Color = Brushes.Black, Marked = false, Relation = Relation.Equal, P1 = Vertexs[1], P2 = Vertexs[2]
};
Line l3 = new Line {
Color = Brushes.Black, Marked = false, Relation = Relation.None, P1 = Vertexs[2], P2 = Vertexs[3]
};
Line l4 = new Line {
Color = Brushes.Black, Marked = false, Relation = Relation.Parallel, P1 = Vertexs[3], P2 = Vertexs[4]
};
Line l5 = new Line {
Color = Brushes.Black, Marked = false, Relation = Relation.None, P1 = Vertexs[4], P2 = Vertexs[5]
};
Line l6 = new Line {
Color = Brushes.Black, Marked = false, Relation = Relation.Equal, P1 = Vertexs[5], P2 = Vertexs[6]
};
Line l7 = new Line {
Color = Brushes.Black, Marked = false, Relation = Relation.None, P1 = Vertexs[6], P2 = Vertexs[7]
};
Line l8 = new Line {
Color = Brushes.Black, Marked = false, Relation = Relation.Parallel, P1 = Vertexs[7], P2 = Vertexs[0]
};
lines.Add(l1);
lines.Add(l2);
lines.Add(l3);
lines.Add(l4);
lines.Add(l5);
lines.Add(l6);
lines.Add(l7);
lines.Add(l8);
foreach (var l in lines)
{
l.RecolorLine();
}
relations.Add((l2, l6));
relations.Add((l4, l8));
polygons.Add(new Polygon {
Vertices = new List <Vertex>(Vertexs), Lines = new List <Line>(lines)
});
}