//从传入的文件中提取发射机点
//public static double TxFrequence;
// public static double TxFrequenceWideth;
/// <summary>
///从传入的文件中提取发射机点
/// </summary>
public static List <Node> GetTx(string txpath, string setup, string terpath)
{
List <Node> txnode = new List <Node>();
List <TxObject> txs = TxReader(txpath);
Node temp;
for (int i = 0; i < txs.Count; i++)
{
temp = new Node();
temp.IsEnd = false;
temp.IsReceiver = false;
temp.LayNum = 1;
temp.NodeStyle = NodeStyle.Tx;
temp.Position = new Point(txs[i].Lc.vertical[0], txs[i].Lc.vertical[1], txs[i].Lc.vertical[2]);
temp.Position.Z = (txs[i].Lc.vertical[2] + txs[i].cubesize);
temp.TxNum = txs[i].num;
temp.Power = (txs[i].at.power);
temp.NodeName = txs[i].name;
//加从setup文件中获取的频率函数、UAN
//temp.frequence = GetTxCarrierFrequence(txs[i], SetupFileProceed.GetSetupFile.GetSetup(setup));
//TxFrequence = temp.frequence;
//temp.FrequenceWidth = GetWidth(txs[i], SetupFileProceed.GetSetupFile.GetSetup(setup));
//TxFrequenceWideth = temp.FrequenceWidth;
temp.UAN = ReadUan.GetUan(txs[i], SetupFileProceed.GetSetupFile.GetSetup(setup));
temp.Height = txs[i].cubesize;
txnode.Add(temp);
}
return(txnode);
}
/// <summary>
///计算威胁度时，需要把其他的发射机也当接收机来算，从发射机文件中提取接收球
/// </summary>
public static List <List <ReceiveBall> > GetTxAsRx(string txpath, string setup, string terpath)
{
List <List <ReceiveBall> > TxAsRxBalls = new List <List <ReceiveBall> >();
List <TxObject> txForRx = TxReader(txpath);
for (int i = 0; i < txForRx.Count; i++)
{
Point lc = new Point(txForRx[i].Lc.vertical[0], txForRx[i].Lc.vertical[1], txForRx[i].Lc.vertical[2]);
lc.Z = txForRx[i].Lc.vertical[2] + txForRx[i].cubesize;
List <ReceiveBall> temp = new List <ReceiveBall>();
ReceiveBall rxtemp = new ReceiveBall(lc, txForRx[i].num, txForRx[i].name);
// rxtemp.frequence = GetTxCarrierFrequence(txForRx[i], SetupFileProceed.GetSetupFile.GetSetup(setup));
// rxtemp.FrequenceWidth = GetWidth(txForRx[i], SetupFileProceed.GetSetupFile.GetSetup(setup));
rxtemp.UAN = ReadUan.GetUan(txForRx[i], SetupFileProceed.GetSetupFile.GetSetup(setup));
rxtemp.isTx = true;
temp.Add(rxtemp);
TxAsRxBalls.Add(temp);
}
return(TxAsRxBalls);
}
/// <summary>
///返回接收球，如果是区域状则返回多个接收球
/// </summary>
public static List <List <ReceiveBall> > GetRx(string rxpath, string setup, string terpath)
{
List <List <ReceiveBall> > RxBalls = new List <List <ReceiveBall> >();
List <RxObject> Rx = RxReader(rxpath);
for (int i = 0; i < Rx.Count; i++)
{
//这是点状和区域状
if (Rx[i].flag != "<situation>")
{
if (Rx[i].flag.Equals("<points>"))
{
Point lc = new Point(Rx[i].Lc.vertical[0], Rx[i].Lc.vertical[1], Rx[i].Lc.vertical[2]);
//GetZValue(ter, lc);
lc.Z = Rx[i].Lc.vertical[2] + Rx[i].cubesize;
List <ReceiveBall> temp = new List <ReceiveBall>();
ReceiveBall rxtemp = new ReceiveBall(lc, Rx[i].num, Rx[i].name);
rxtemp.UAN = ReadUan.GetUan(Rx[i], SetupFileProceed.GetSetupFile.GetSetup(setup));
temp.Add(rxtemp);
RxBalls.Add(temp);
}
else //现在不会进入这个分支
{
List <ReceiveBall> temp = new List <ReceiveBall>();
double length = (double)Rx[i].Lc.side1;
double width = (double)Rx[i].Lc.side2;
double space = (double)Rx[i].Lc.spacing;
for (int j = 0; j < width / space + 1; j++)
{
for (int k = 0; k < length / space + 1; k++)
{
Point lc = new Point(Rx[i].Lc.vertical[0] + k * space, Rx[i].Lc.vertical[1] - j * space, Rx[i].Lc.vertical[2]);
//GetZValue(ter, lc);
lc.Z += Rx[i].Lc.vertical[2] + Rx[i].cubesize;
ReceiveBall rxtemp = new ReceiveBall(lc, Rx[i].num, Rx[i].name);
rxtemp.UAN = ReadUan.GetUan(Rx[i], SetupFileProceed.GetSetupFile.GetSetup(setup));
temp.Add(new ReceiveBall(lc, Rx[i].num, Rx[i].name));
}
}
RxBalls.Add(temp);
}
}
//这是态势显示
else
{
if ((double)Rx[i].Lc.side1 == 0 || (double)Rx[i].Lc.side2 == 0)//态势区域边长不能为0
{
LogFileManager.ObjLog.debug("态势区域边长为0，出错");
}
// Rx[i].Lc.spacing = 50;
// Spacing = (double)Rx[i].Lc.spacing;
List <ReceiveBall> temp = new List <ReceiveBall>();
ReceiveBall receiveArea = new ReceiveArea();
receiveArea.UAN = ReadUan.GetUan(Rx[i], SetupFileProceed.GetSetupFile.GetSetup(setup));
Point lc = new Point(Rx[i].Lc.vertical[0], Rx[i].Lc.vertical[1], Rx[i].Lc.vertical[2]);
receiveArea.temp = Rx[i].Lc.vertical[2];
//GetZValue(ter, lc);
lc.Z = Rx[i].Lc.vertical[2] + Rx[i].cubesize;
//receiveArea.rxLength = (double)Rx[i].Lc.side1;
//receiveArea.rxWidth = (double)Rx[i].Lc.side2;
//receiveArea.spacing =(double)Rx[i].Lc.spacing;
//receiveArea.origen = lc;
receiveArea.Instance((double)Rx[i].Lc.side1, (double)Rx[i].Lc.side2, (double)Rx[i].Lc.spacing, lc);
receiveArea.RxName = Rx[i].name;
receiveArea.RxNum = Rx[i].num;
temp.Add(receiveArea);
RxBalls.Add(temp);
}
}
return(RxBalls);
}