/// <summary>
/// 生成箭头
/// </summary>
/// <param name="type">线路类型</param>
/// <param name="startPt">起始点</param>
/// <param name="endPt">结束点</param>
/// <param name="direction">线路起始和结束点和绘制起始结束点是否相同</param>
/// <returns></returns>
public Path DrawArrow(CircuitType type, Point startPt, Point endPt, bool direction)
{
double Differ_X = startPt.X - endPt.X;
double Differ_Y = startPt.Y - endPt.Y;
Point point1 = new Point();
Point point2 = new Point();
Point point3 = new Point();
if (type == CircuitType.Line)
{
if (Differ_X == 0 && Differ_Y > 0)
{
point1 = new Point()
{
Y = endPt.Y, X = endPt.X + 8
};
point2 = new Point()
{
Y = endPt.Y, X = endPt.X - 8
};
point3 = new Point()
{
Y = endPt.Y - 17, X = endPt.X
};
}
if (Differ_X == 0 && Differ_Y < 0)
{
point1 = new Point()
{
Y = endPt.Y, X = endPt.X + 8
};
point2 = new Point()
{
Y = endPt.Y, X = endPt.X - 8
};
point3 = new Point()
{
Y = endPt.Y + 17, X = endPt.X
};
}
else if (Differ_Y == 0 && Differ_X < 0)
{
point1 = new Point()
{
Y = endPt.Y - 8, X = endPt.X
};
point2 = new Point()
{
Y = endPt.Y + 8, X = endPt.X
};
point3 = new Point()
{
Y = endPt.Y, X = endPt.X + 17
};
}
else if (Differ_Y == 0 && Differ_X > 0)
{
point1 = new Point()
{
Y = endPt.Y - 8, X = endPt.X
};
point2 = new Point()
{
Y = endPt.Y + 8, X = endPt.X
};
point3 = new Point()
{
Y = endPt.Y, X = endPt.X - 17
};
}
if (direction)
{
if ((Differ_X < 0 && Differ_Y > 0 && Math.Abs(Differ_X) < 20) || (Differ_X > 0 && Differ_Y > 0 && Math.Abs(Differ_X) < 20))
{
point1 = new Point()
{
Y = endPt.Y, X = endPt.X - 8
};
point2 = new Point()
{
Y = endPt.Y, X = endPt.X + 8
};
point3 = new Point()
{
Y = endPt.Y - 17, X = endPt.X
};
}
else if ((Differ_X < 0 && Differ_Y < 0 && Math.Abs(Differ_X) < 20) || (Differ_X > 0 && Differ_Y < 0 && Math.Abs(Differ_X) < 20))
{
point1 = new Point()
{
Y = endPt.Y, X = endPt.X - 8
};
point2 = new Point()
{
Y = endPt.Y, X = endPt.X + 8
};
point3 = new Point()
{
Y = endPt.Y + 17, X = endPt.X
};
}
}
}
else if (type == CircuitType.Broken)
{
if (direction)
{
if (Differ_X < 0 && Differ_Y < 0)
{
point1 = new Point()
{
Y = endPt.Y, X = endPt.X - 8
};
point2 = new Point()
{
Y = endPt.Y, X = endPt.X + 8
};
point3 = new Point()
{
Y = endPt.Y + 17, X = endPt.X
};
}
else if (Differ_X < 0 && Differ_Y > 0)
{
point1 = new Point()
{
Y = endPt.Y, X = endPt.X - 8
};
point2 = new Point()
{
Y = endPt.Y, X = endPt.X + 8
};
point3 = new Point()
{
Y = endPt.Y - 17, X = endPt.X
};
}
else if (Differ_X > 0 && Differ_Y > 0)
{
point1 = new Point()
{
Y = endPt.Y, X = endPt.X - 8
};
point2 = new Point()
{
Y = endPt.Y, X = endPt.X + 8
};
point3 = new Point()
{
Y = endPt.Y - 17, X = endPt.X
};
}
else if (Differ_X > 0 && Differ_Y < 0)
{
point1 = new Point()
{
Y = endPt.Y, X = endPt.X - 8
};
point2 = new Point()
{
Y = endPt.Y, X = endPt.X + 8
};
point3 = new Point()
{
Y = endPt.Y + 17, X = endPt.X
};
}
}
else
{
if (Differ_X < 0 && Differ_Y < 0)
{
point1 = new Point()
{
Y = endPt.Y - 8, X = endPt.X
};
point2 = new Point()
{
Y = endPt.Y + 8, X = endPt.X
};
point3 = new Point()
{
Y = endPt.Y, X = endPt.X + 17
};
}
if (Differ_X > 0 && Differ_Y > 0 || Differ_X > 0 && Differ_Y < 0)
{
point1 = new Point()
{
Y = endPt.Y - 8, X = endPt.X
};
point2 = new Point()
{
Y = endPt.Y + 8, X = endPt.X
};
point3 = new Point()
{
Y = endPt.Y, X = endPt.X - 17
};
}
else if (Differ_X > 0 && Differ_Y < 0 || Differ_X > 0 && Differ_Y > 0)
{
point1 = new Point()
{
Y = endPt.Y - 8, X = endPt.X
};
point2 = new Point()
{
Y = endPt.Y + 8, X = endPt.X
};
point3 = new Point()
{
Y = endPt.Y, X = endPt.X - 17
};
}
}
}
Path x_axisArrow = new Path();//x轴箭头
//x_axisArrow.Fill = new SolidColorBrush(Color.FromRgb(0, 0, 0));
x_axisArrow.Fill = new SolidColorBrush(Colors.Green);
PathFigure x_axisFigure = new PathFigure();
x_axisFigure.IsClosed = true;
x_axisFigure.StartPoint = point1; //路径的起点
x_axisFigure.Segments.Add(new LineSegment(point2, false)); //第2个点
x_axisFigure.Segments.Add(new LineSegment(point3, false)); //第3个点
PathGeometry x_axisGeometry = new PathGeometry();
x_axisGeometry.Figures.Add(x_axisFigure);
x_axisArrow.Data = x_axisGeometry;
Panel.SetZIndex(x_axisArrow, 9996);
this.CanvasMain.Children.Add(x_axisArrow);
return(x_axisArrow);
}
private void CalculateNewCharacteristics(out Double R, out Double L, out Double C, CircuitType type, String name)
{
R = 0.0d;
L = 0.0d;
C = 0.0d;
String key = "";
switch (type)
{
case CircuitType.SRL:
case CircuitType.SRC:
case CircuitType.SRLC:
key = "Zmeas" + name;
break;
case CircuitType.PRL:
case CircuitType.PRC:
case CircuitType.PRLC:
key = "Ymeas" + name;
break;
case CircuitType.NONE:
default:
break;
}
Generator.CalculateNewCharacter(
out R,
out L,
out C,
freqs.ToArray(),
GetArrayOfReal(allVectors[key]),
GetArrayOfImag(allVectors[key]),
type);
}
public static Complex CalculateResistance(Double Rs, Double Ls, Double Cs, double freq, CircuitType type)
{
Double X = 0.0d;
Double R = Rs;
switch (type)
{
case CircuitType.SRL:
X = 2.0d * Math.PI * freq * Ls;
break;
case CircuitType.SRC:
X = -1.0d / (2.0d * Math.PI * freq * Cs); // УЧИТЫВАЕТСЯ МИНУС МНИМОЙ ЧАСТИ
break;
case CircuitType.SRLC:
X = (2.0d * Math.PI * freq * Ls) - (1.0d / (2.0d * Math.PI * freq * Cs));
break;
default:
break;
}
return(new Complex(R, X));
}
public static Complex CalculateConduction(Double Rp, Double Lp, Double Cp, double freq, CircuitType type)
{
Double B = 0.0d;
Double G = 1.0d / Rp;
switch (type)
{
case CircuitType.PRL:
B = 2.0d * Math.PI * freq * Cp;
break;
case CircuitType.PRC:
B = -1.0d / (2.0d * Math.PI * freq * Lp); // УЧИТЫВАЕТСЯ МИНУС МНИМОЙ ЧАСТИ
break;
case CircuitType.PRLC:
B = (2.0d * Math.PI * freq * Cp) - 1.0d / (2.0d * Math.PI * freq * Lp);
break;
default:
break;
}
return(new Complex(G, B));
}
public static Dictionary <int, Label> MainvaluePairs = new Dictionary <int, Label>(); //Main信标集合
/// <summary>
/// 载入地图数据
/// </summary>
/// <param name="Times"></param>
/// <param name="MapIN"></param>
public void SelectMap(long Times, Canvas MapIN, bool type)
{
if (ther != true || theg != true || thms != true)
{
return;
}
Thread thread = new Thread(() =>
{
lock (_locker)
{
ther = false;
DataTable da = tagInfo.RataTable(Times.ToString());
foreach (DataRow item in da.Rows)
{
MapIN.Dispatcher.BeginInvoke(new Action <DataRow>(S =>
{
Label label = TagCreate(new Point()
{
X = (Convert.ToDouble(S["X"].ToString()) * Sise) - 19, Y = (Convert.ToDouble(S["Y"].ToString()) * Sise) - 11.5
}, Convert.ToInt32(S["TagName"].ToString()), false);
if (type)//编辑地图线路添加单击事件，否则不需要
{
label.MouseDown += Label_MouseDown;
}
MapIN.Children.Add(label);
}), item);
}
ther = true;
}
});
thread.IsBackground = true;
thread.Start();
Thread th = new Thread(() =>
{
lock (_locker)
{
theg = false;
DataTable dt = infoBLL.LinelistArrer(Times.ToString());
foreach (DataRow data in dt.Rows)
{
MapIN.Dispatcher.BeginInvoke(new Action(() =>
{
if (Convert.ToInt32(data["LineStyel"].ToString()) == 1)
{
GetCircuitType = (CircuitType.Line);
}
else if (Convert.ToInt32(data["LineStyel"].ToString()) == 2)
{
GetCircuitType = (CircuitType.Broken);
}
else if (Convert.ToInt32(data["LineStyel"].ToString()) == 3)
{
GetCircuitType = (CircuitType.Semicircle);
}
Pairsarray.Add(new WirePoint()
{
TagID = Convert.ToInt32(data["Tag1"].ToString().Substring(2)), SetPoint = new Point()
{
X = Convert.ToDouble(data["StartX"].ToString()) * Sise, Y = Convert.ToDouble(data["StartY"].ToString()) * Sise
}
});
Pairsarray.Add(new WirePoint()
{
TagID = Convert.ToInt32(data["Tag2"].ToString().Substring(2)), SetPoint = new Point()
{
X = Convert.ToDouble(data["EndX"].ToString()) * Sise, Y = Convert.ToDouble(data["EndY"].ToString()) * Sise
}
});
AddLine(MapIN, false);
Pairsarray.Clear();
}));
}
theg = true;
}
});
th.IsBackground = true;
th.Start();
Thread ts = new Thread(() =>
{
lock (_locker)
{
thms = false;
DataTable ta = widgetInfos.WidgetLIst(Times.ToString());
foreach (DataRow tables in ta.Rows)
{
MapIN.Dispatcher.BeginInvoke(new Action <DataRow>(table =>
{
if (table["WidgetNo"].ToString().Substring(0, 2).Equals("AR"))
{
MapIN.Children.Add(NewArea(new Point()
{
X = (Convert.ToDouble(table["X"].ToString()) * Sise), Y = (Convert.ToDouble(table["Y"].ToString()) * Sise)
}, table["Name"].ToString(), Convert.ToInt32(table["WidgetNo"].ToString().Substring(2)), table["BackColor"].ToString(), table["ForeColor"].ToString(), table["BorderColor"].ToString(), Convert.ToDouble(table["FontSize"].ToString()), Convert.ToDouble(table["Width"].ToString()), Convert.ToDouble(table["Height"].ToString()), table["FontPosition"].ToString()));
}
else
{
MapIN.Children.Add(FontTextNew(new Point()
{
X = (Convert.ToDouble(table["X"].ToString()) * Sise), Y = (Convert.ToDouble(table["Y"].ToString()) * Sise)
}, table["Name"].ToString(), Convert.ToInt32(table["WidgetNo"].ToString().Substring(2)), Convert.ToDouble(table["FontSize"].ToString()), table["ForeColor"].ToString()));
}
}), tables);
}
thms = true;
}
});
ts.IsBackground = true;
ts.Start();
}
public static void CalculateNewCharacter(
out Double R,
out Double L,
out Double C,
Double[] freq,
Double[] measReal,
Double[] measImag,
CircuitType type)
{
double dP = 2.0d * Math.PI;
double d1 = 0.0d;
double d2 = 0.0d;
double[] powF = new double[freq.Count()];
double[] multiXF = new double[freq.Count()];
double[] dividePowF = new double[freq.Count()];
double[] divideXF = new double[freq.Count()];
for (int i = 0; i < freq.Count(); i++)
{
powF[i] = Math.Pow(freq[i], 2.0d);
multiXF[i] = measImag[i] * freq[i];
divideXF[i] = measImag[i] / freq[i];
dividePowF[i] = 1.0d / powF[i];
}
matrixDivideAB(
out d1,
out d2,
powF.Sum(),
freq.Count(),
freq.Count(),
dividePowF.Sum(),
multiXF.Sum(),
divideXF.Sum());
R = measReal.Sum() / measReal.Count();
L = 0.0d;
C = 0.0d;
switch (type)
{
case CircuitType.SRL:
L = multiXF.Sum() / powF.Sum() / dP;
break;
case CircuitType.PRL:
R = 1 / R;
C = multiXF.Sum() / powF.Sum() / dP;
break;
case CircuitType.SRC:
C = -1.0d / (dP * (divideXF.Sum() / dividePowF.Sum()));
break;
case CircuitType.PRC:
R = 1 / R;
L = -1.0d / (dP * (divideXF.Sum() / dividePowF.Sum()));
break;
case CircuitType.SRLC:
L = d1 / dP;
C = -1.0d / (d2 * dP);
break;
case CircuitType.PRLC:
R = 1 / R;
C = d1 / dP;
L = -1.0d / (d2 * dP);
break;
default:
break;
}
}
/// <summary>
/// 载入Main地图数据
/// </summary>
/// <param name="Times"></param>
/// <param name="MapIN"></param>
public void SelectMapLOad(long Times, Canvas MapIN)
{
if (MapsTige != true || LineMaps != true)
{
return;
}
MapInstrument.keyValuePairs.Clear();
MapInstrument.valuePairs.Clear();
MapInstrument.wirePointArrays.Clear();
MapInstrument.GetKeyValues.Clear();
MainwirePoint.Clear();
MainvaluePairs.Clear();
Painting.siseWin = 1;
Thread th = new Thread(() =>
{
lock (_locker)
{
MapsTige = false;
DataTable dt = infoBLL.LinelistArrer(Times.ToString());
foreach (DataRow data in dt.Rows)
{
MapIN.Dispatcher.BeginInvoke(new Action(() =>
{
if (Convert.ToInt32(data["LineStyel"].ToString()) == 1)
{
GetCircuitType = (CircuitType.Line);
}
else if (Convert.ToInt32(data["LineStyel"].ToString()) == 2)
{
GetCircuitType = (CircuitType.Broken);
}
else if (Convert.ToInt32(data["LineStyel"].ToString()) == 3)
{
GetCircuitType = (CircuitType.Semicircle);
}
Pairsarray.Add(new WirePoint()
{
TagID = Convert.ToInt32(data["Tag1"].ToString().Substring(2)), SetPoint = new Point()
{
X = Convert.ToDouble(data["StartX"].ToString()) * Sise, Y = Convert.ToDouble(data["StartY"].ToString()) * Sise
}
});
Pairsarray.Add(new WirePoint()
{
TagID = Convert.ToInt32(data["Tag2"].ToString().Substring(2)), SetPoint = new Point()
{
X = Convert.ToDouble(data["EndX"].ToString()) * Sise, Y = Convert.ToDouble(data["EndY"].ToString()) * Sise
}
});
AddLine(MapIN, true);
Pairsarray.Clear();
}));
}
MapsTige = true;
}
});
th.IsBackground = true;
th.Start();
Thread thread = new Thread(() =>
{
lock (_locker)
{
LineMaps = false;
DataTable da = tagInfo.RataTable(Times.ToString());
foreach (DataRow item in da.Rows)
{
MapIN.Dispatcher.BeginInvoke(new Action <DataRow>(S =>
{
TagCreate(new Point()
{
X = (Convert.ToDouble(S["X"].ToString()) * Sise) - 19, Y = (Convert.ToDouble(S["Y"].ToString()) * Sise) - 11.5
}, Convert.ToInt32(S["TagName"].ToString()), true);
}), item);
}
LineMaps = true;;
}
});
thread.IsBackground = true;
thread.Start();
}
/// <summary>
/// 清除
/// </summary>
public void ClearTen()
{
PathStatic = true;
GetCircuitType = CircuitType.Clear;//清除
TagFormer();
}
/// <summary>
/// 折线
/// </summary>
public void Brokene()
{
PathStatic = true;
GetCircuitType = CircuitType.Broken;//折线绘制
TagFormer();
}
/// <summary>
/// 半圆线路
/// </summary>
public void Semicircles()
{
PathStatic = true;
GetCircuitType = CircuitType.Semicircle;//绘制半圆
TagFormer();
}
/// <summary>
/// 直线线路点击
/// </summary>
public void Mapstraight()
{
PathStatic = true;
GetCircuitType = CircuitType.Line;//绘制直线
TagFormer();
}