public void DealPacket_S2gLinkTraffic(object pack)
{
if (this.state.isSceneSetUp == false)//因为确定是主线程才会调用此函数所以不用锁
{
return;
}
//this.RdXml.packetNum2[3]++;
RD_S2GLinkAbility rd = (RD_S2GLinkAbility)pack;
double dBytes;
double UplinkUtilizationRadio;
double DownlinkUtilizationRadio;
int index = this.chartView.m_chartParam.mIx_S2GLink_Sat.FindIndex(str => str == rd.SatName);
int bit2Ratio = 1000; //bit单位转换的比率 //kb/s
if (index == -1) //未添加过该颗星，新建chart
{
TreeNode node = new TreeNode(rd.SatName);
int index2 = this.chartView.AddNodeOn2(node, "对地链路传输能力");
if (index2 == -1) //node添加失败
{
return;
}
List <int> thisBeam = new List <int>();
this.chartView.m_chartParam.mIx_S2GLink_Beam.Add(thisBeam);
List <double> thisUp = new List <double>();
this.chartView.m_chartParam.mDt_S2GLink_Up.Add(thisUp);
List <double> thisDw = new List <double>();
this.chartView.m_chartParam.mDt_S2GLink_Dw.Add(thisDw);
Chart chart = ChartParam.CreateChart(this.chartView.m_chartTemplate, 4, 4);
chart.Name = "chart" + (this.chartView.m_chartParam.chartCount++).ToString(); //所有chart名称不一样
chart.Series[0].Name = "上行速率(kb/s)"; //如果修改转换比率要修改上面的bit2Ratio
chart.Series[1].Name = "下行速率(kb/s)";
chart.Series[2].Name = "上行利用率(%)";
chart.Series[3].Name = "下行利用率(%)";
dBytes = rd.UplinkTrafficBps / bit2Ratio;
thisUp.Add(dBytes);
this.chartView.m_chartParam.mDt_S2GLink_Up_Sum.Add(dBytes);
chart.Series[0].Points.AddXY(rd.simTime, dBytes);
dBytes = rd.DownlinkTrafficBps / bit2Ratio;
thisDw.Add(dBytes);
this.chartView.m_chartParam.mDt_S2GLink_Dw_Sum.Add(dBytes);
chart.Series[1].Points.AddXY(rd.simTime, dBytes);
UplinkUtilizationRadio = rd.UplinkTrafficBps * 100 / (2000000.0 * 32 * 32);//占该颗星总的上行速率百分比：2Mbps(速率/信道)*32(信道/波束)*32(波束/星)
chart.Series[2].Points.AddXY(rd.simTime, UplinkUtilizationRadio);
DownlinkUtilizationRadio = rd.DownlinkTrafficBps * 100 / (10000000.0 * 32 * 32);
chart.Series[3].Points.AddXY(rd.simTime, DownlinkUtilizationRadio * 100);
this.chartView.Controls.Add(chart);
this.chartView.m_chartParam.mCs_S2GLink.Add(chart);
this.chartView.m_chartParam.mIx_S2GLink_Sat.Add(rd.SatName);
thisBeam.Add(rd.SatbeamID);
TreeNodeTag nodeTag = new TreeNodeTag(2, chart, index2);//index2为添加的节点在其父节点的子节点的索引
node.Tag = nodeTag;
}
else
{
int index2 = this.chartView.m_chartParam.mIx_S2GLink_Beam[index].FindIndex(beam => beam == rd.SatbeamID);
if (index2 == -1) //未添加过此波束，累加并添加到List
{
this.chartView.m_chartParam.mIx_S2GLink_Beam[index].Add(rd.SatbeamID);
dBytes = rd.UplinkTrafficBps / bit2Ratio; //kb/s
this.chartView.m_chartParam.mDt_S2GLink_Up[index].Add(dBytes);
this.chartView.m_chartParam.mDt_S2GLink_Up_Sum[index] += dBytes; //累加
dBytes = rd.DownlinkTrafficBps / bit2Ratio; //kb/s
this.chartView.m_chartParam.mDt_S2GLink_Dw[index].Add(dBytes);
this.chartView.m_chartParam.mDt_S2GLink_Dw_Sum[index] += dBytes; //累加
}
else //已添加过此波束，减去再添加，同时更新原来的值
{
this.chartView.m_chartParam.mDt_S2GLink_Up_Sum[index] -= this.chartView.m_chartParam.mDt_S2GLink_Up[index][index2];
this.chartView.m_chartParam.mDt_S2GLink_Dw_Sum[index] -= this.chartView.m_chartParam.mDt_S2GLink_Dw[index][index2];
dBytes = rd.UplinkTrafficBps / 1000; //kb/s
this.chartView.m_chartParam.mDt_S2GLink_Up[index][index2] = dBytes; //更新原来的值
this.chartView.m_chartParam.mDt_S2GLink_Up_Sum[index] += dBytes; //累加
dBytes = rd.DownlinkTrafficBps / 1000; //kb/s
this.chartView.m_chartParam.mDt_S2GLink_Dw[index][index2] = dBytes; //更新原来的值
this.chartView.m_chartParam.mDt_S2GLink_Dw_Sum[index] += dBytes; //累加
}
this.chartView.m_chartParam.mCs_S2GLink[index].Series[0].Points.AddXY(rd.simTime, this.chartView.m_chartParam.mDt_S2GLink_Up_Sum[index]);
this.chartView.m_chartParam.mCs_S2GLink[index].Series[1].Points.AddXY(rd.simTime, this.chartView.m_chartParam.mDt_S2GLink_Dw_Sum[index]);
UplinkUtilizationRadio = this.chartView.m_chartParam.mDt_S2GLink_Up_Sum[index] * bit2Ratio * 100 / (2000000.0 * 32 * 32);//占该颗星总的上行速率百分比：2Mbps(速率/信道)*32(信道/波束)*32(波束/星)
DownlinkUtilizationRadio = this.chartView.m_chartParam.mDt_S2GLink_Dw_Sum[index] * bit2Ratio * 100 / (10000000.0 * 32 * 32);
this.chartView.m_chartParam.mCs_S2GLink[index].Series[2].Points.AddXY(rd.simTime, UplinkUtilizationRadio);
this.chartView.m_chartParam.mCs_S2GLink[index].Series[3].Points.AddXY(rd.simTime, DownlinkUtilizationRadio);
}
}
public override void FdAmb_InteractionReceivedHandler(object sender, RACoN.RTILayer.CHlaInteractionEventArgs data)
{
// Call the base class handler
base.FdAmb_InteractionReceivedHandler(sender, data);
if (this.simManager.view.state.workMode != CState.WorkMode.SimMode) //不是仿真模式，注意这里用"!="以便扩展工作模式
{
return;
}
if (data.InteractionClassHandle == this.Som.StartOpnetIC.ClassHandle)//处理开始仿真这个特殊的包(一次仿真只有一个)，目前是处理完成后立即return
{
if (data.GetParameterValue <int>(this.Som.StartOpnetIC.qualnet_ready) == 1)
{
if (this.simManager.view.root.CurrentScenario == null)
{
MessageBox.Show("场景未建立好不能仿真");
return;
}
//AGI.STKUtil.AgExecCmdResult stkresult;
//stkresult = (AGI.STKUtil.AgExecCmdResult)this.simManager.view.root.ExecuteCommand("AllInstanceNames /");
//if (stkresult.Count == 0)
//{
// MessageBox.Show("未正确建立STK场景");
// return;
//}
simManager.view.RdXml.sw.Stop();
RePlayData rpd2 = new RePlayData("StartOpnetIC", simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_Op rd2 = new RD_Op();
//处理方法
this.simManager.view.DealPacket("StartOpnetIC", rd2);
rpd2.packet = rd2;
this.simManager.view.RdXml.allPackets.Add(rpd2);
try
{
file32.CloseMainWindow();
file32.Close();
file32 = null;
}
catch { }
}
return;
}
if (this.simManager.view.state.isSceneSetUp == true) //场景已建立起来才能处理的包
{
#region InteractionPackets
//待修改
if (data.InteractionClassHandle == this.Som.OpSimTimeIC.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop(); //暂停时钟运行以记录从开始仿真到当前时刻，windows系统过了多长时间，用于写到回放数据XML中的time属性
RePlayData rpd = new RePlayData("OpSimTime", this.simManager.view.RdXml.sw.ElapsedMilliseconds); //"OpSimTime"表明这种包的类型
this.simManager.view.RdXml.sw.Start(); //恢复时钟运行
RD_SimTime rd = new RD_SimTime(); //只要需要保存到xml，都这样处理，处理什么类型的交互类这里就新建什么类型的class，这个class将定义在ReplayData.cs中，其功能主要是保存交互类的各参数值到xml中
//获取需要获取的交互类参数值，可以不读取不需要的值
rd.simeTime = data.GetParameterValue <double>(this.Som.OpSimTimeIC.SimTime);
this.simManager.view.DealPacket_OpSimTime(rd); //调用处理这种包的函数去完成刷新控件显示的功能，有时代码较短可以直接进行刷新但推荐统一用处理函数的方式
rpd.packet = rd; //所有的处理包都封装到一个外层类RePlayData中，方便统一写入xml
this.simManager.view.RdXml.allPackets.Add(rpd); //添加到集合中，在收到finish包时遍历集合并写入xml
}
//
//处理固定节点的交互类
else if (data.InteractionClassHandle == this.Som.StkXGYHCoordinate.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("XGYHCoordinate", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_XGY rd = new RD_XGY();
rd.XGYHName = data.GetParameterValue <string>(this.Som.StkXGYHCoordinate.XGYHName);
rd.XGYHLatitude = data.GetParameterValue <string>(this.Som.StkXGYHCoordinate.XGYHLatitude);
rd.XGYHLongitude = data.GetParameterValue <string>(this.Som.StkXGYHCoordinate.XGYHLongitude);
rd.XGYHType = data.GetParameterValue <string>(this.Som.StkXGYHCoordinate.XGYHType);
this.simManager.view.DealPacket_XGY(rd);
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
}
//
//处理satuser的交互类
else if (data.InteractionClassHandle == this.Som.SatUserParameter.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("SatUserParameter", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_SatUser rd = new RD_SatUser();
rd.SatUserName = data.GetParameterValue <string>(this.Som.SatUserParameter.SatUserName);
rd.SatUserAltitude = data.GetParameterValue <double>(this.Som.SatUserParameter.SatUserAltitude);
rd.SatUserOrbitalInclination = data.GetParameterValue <double>(this.Som.SatUserParameter.SatUserOrbitalInclination);
rd.SatUserRightAscensionOfAscendingNode = data.GetParameterValue <double>(this.Som.SatUserParameter.SatUserRightAscensionOfAscendingNode);
this.simManager.view.DealPacket_SatUser(rd);
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
}
//各星对地链路传输能力
else if (data.InteractionClassHandle == this.Som.OpS2gLinkTrafficAbility.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("S2GLinkAbility", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_S2GLinkAbility rd = new RD_S2GLinkAbility();
rd.simTime = data.GetParameterValue <double>(this.Som.OpS2gLinkTrafficAbility.SimTime);
rd.simTime = Math.Round(rd.simTime, 2);
rd.SatName = data.GetParameterValue <String>(this.Som.OpS2gLinkTrafficAbility.SatName);
rd.SatbeamID = data.GetParameterValue <int>(this.Som.OpS2gLinkTrafficAbility.SatbeamID);
rd.UplinkTrafficBps = data.GetParameterValue <double>(this.Som.OpS2gLinkTrafficAbility.UplinkTrafficBps);
//UplinkUtilizationRadio = data.GetParameterValue<double>(this.Som.OpS2gLinkTrafficAbility.UplinkUtilizationRadio));
rd.DownlinkTrafficBps = data.GetParameterValue <double>(this.Som.OpS2gLinkTrafficAbility.DownlinkTrafficBps);
//DownlinkUtilizationRadio = data.GetParameterValue<double>(this.Som.OpS2gLinkTrafficAbility.DownlinkUtilizationRadio));
//LinkPkLossRadio = data.GetParameterValue<double>(this.Som.OpS2gLinkTrafficAbility.LinkPkLossRadio));
this.simManager.view.DealPacket_S2gLinkTraffic(rd);//处理这种包，如果是第一次收到，要检查是否已添加顶层树节点20160225
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
}
//星间链路传输能力
//移动的通信节点
else if (data.InteractionClassHandle == this.Som.mobilenodeparameter.ClassHandle)
{
return;
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("Mobility", simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_Mobility rd = new RD_Mobility();
rd.MobileNodeName = data.GetParameterValue <string>(Som.mobilenodeparameter.MobileNodeName);
rd.StartLatitude = data.GetParameterValue <string>(Som.mobilenodeparameter.StartLatitude);
rd.StartLongitude = data.GetParameterValue <string>(Som.mobilenodeparameter.StartLongitude);
rd.MobileStartTime = data.GetParameterValue <string>(Som.mobilenodeparameter.MobileStartTime);
rd.MobileSpeed = data.GetParameterValue <string>(Som.mobilenodeparameter.MobileSpeed);
//对数据就进行第一次处理
simManager.view.DealPacket_vehinfo(rd);
rpd.packet = rd;
simManager.view.RdXml.allPackets.Add(rpd);
}
//网络吞吐量 字节单位
else if (data.InteractionClassHandle == this.Som.OpAppTrafficInfoAll.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("NetTraffic", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_NetTraffic rd = new RD_NetTraffic();
rd.simTime = data.GetParameterValue <double>(this.Som.OpAppTrafficInfoAll.SimTime);
rd.AppTrafficRcvd = data.GetParameterValue <double>(this.Som.OpAppTrafficInfoAll.AppTrafficRcvd);
this.simManager.view.chartView.m_chartParam.mC_NetTra.Series[0].Points.AddXY(rd.simTime, rd.AppTrafficRcvd / 1000); //Bps->kb/s
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
}
//各星资源占用率
//指定业务流的QOS性能 字节单位
else if (data.InteractionClassHandle == this.Som.OpAppTrafficInfoSingle.ClassHandle)
{
String SubnetName_1 = " ";
String ScrName = " ";
String SubnetName_2 = " ";
String DestName = " ";
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("QosPerfomance", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_QosPerfomance rd = new RD_QosPerfomance();
rd.simTime = data.GetParameterValue <double>(this.Som.OpAppTrafficInfoSingle.SimTime);
rd.simTime = Math.Round(rd.simTime, 2);
SubnetName_1 = data.GetParameterValue <String>(this.Som.OpAppTrafficInfoSingle.SubnetName_1);
ScrName = data.GetParameterValue <String>(this.Som.OpAppTrafficInfoSingle.ScrName);
SubnetName_2 = data.GetParameterValue <String>(this.Som.OpAppTrafficInfoSingle.SubnetName_2);
DestName = data.GetParameterValue <String>(this.Som.OpAppTrafficInfoSingle.DestName);
rd.AppTrafficSend = data.GetParameterValue <double>(this.Som.OpAppTrafficInfoSingle.AppTrafficSend);
rd.AppTrafficRcvd = data.GetParameterValue <double>(this.Som.OpAppTrafficInfoSingle.AppTrafficRcvd);
rd.DelayTime = data.GetParameterValue <double>(this.Som.OpAppTrafficInfoSingle.DelayTime);
rd.DelayVar = data.GetParameterValue <double>(this.Som.OpAppTrafficInfoSingle.DelayVar);
rd.TrafficName_SD = SubnetName_1 + "." + ScrName + "-" + SubnetName_2 + "." + DestName;
this.simManager.view.DealPacket_AppTraQos(rd);
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
}
//用户总数
else if (data.InteractionClassHandle == this.Som.OpUserNumIC.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("UserAllNum", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_UserAllNum rd = new RD_UserAllNum();
rd.UserAllNum = data.GetParameterValue <int>(this.Som.OpUserNumIC.UserNumValue);
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
this.simManager.view.chartView.m_listItem_yonghu.SubItems[0].Text = rd.UserAllNum.ToString();
}
//在线用户数目
else if (data.InteractionClassHandle == this.Som.OpUserOnlineIC.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("UserOnline", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_UserOnline rd = new RD_UserOnline();
int OnlineFlag = 0;
int UserNum = 0;
//UserId = data.GetParameterValue<int>(this.Som.OpUserOnlineIC.UserId));
OnlineFlag = data.GetParameterValue <int>(this.Som.OpUserOnlineIC.OnlineFlag);
rd.simTime = data.GetParameterValue <double>(this.Som.OpUserOnlineIC.SimTime);
rd.simTime = Math.Round(rd.simTime, 2);
if (OnlineFlag == 0)
{
UserNum = int.Parse(this.simManager.view.chartView.m_listItem_yonghu.SubItems[1].Text);
this.simManager.view.chartView.m_listItem_yonghu.SubItems[1].Text = (UserNum - 1).ToString();
rd.UserOnlineNum = UserNum - 1;
}
else if (1 == OnlineFlag)
{
UserNum = int.Parse(this.simManager.view.chartView.m_listItem_yonghu.SubItems[1].Text);
this.simManager.view.chartView.m_listItem_yonghu.SubItems[1].Text = (UserNum + 1).ToString();
rd.UserOnlineNum = UserNum + 1;
}
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
}
//接入能力(用户的全局接入成功率)
else if (data.InteractionClassHandle == this.Som.OpAccessAbility.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("AccessAbility", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_AccessAbility rd = new RD_AccessAbility();
rd.AccessSignalingCost = data.GetParameterValue <int>(this.Som.OpAccessAbility.AccessSignalingCost);
rd.AccessTimeAverage = data.GetParameterValue <double>(this.Som.OpAccessAbility.AccessTimeAverage);
rd.AccessSuccessRate = data.GetParameterValue <double>(this.Som.OpAccessAbility.AccessSuccessRate);
rd.ChannelApplyAverage = data.GetParameterValue <double>(this.Som.OpAccessAbility.ChannelApplyAverage);
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
this.simManager.view.chartView.m_listItem_jieru.SubItems[0].Text = (Math.Round(rd.AccessSuccessRate, 4) * 100).ToString();
this.simManager.view.chartView.m_listItem_jieru.SubItems[1].Text = Math.Round(rd.AccessTimeAverage, 2).ToString() + "s";
this.simManager.view.chartView.m_listItem_jieru.SubItems[2].Text = Math.Round(rd.ChannelApplyAverage, 2).ToString() + "s";
this.simManager.view.chartView.m_listItem_jieru.SubItems[3].Text = (rd.AccessSignalingCost / 8).ToString() + "Byte"; //Math.Round((AccessSignalingCost / 8.0), 1).ToString() + "Byte";
}
//链路传输能力设计指标
else if (data.InteractionClassHandle == this.Som.OpLinkAbilityDesigned.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("LinkTraDesign", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_LinkTraDesign rd = new RD_LinkTraDesign();
rd.StogDownstrmDatarate = data.GetParameterValue <double>(this.Som.OpLinkAbilityDesigned.StogDownstrmDatarate);
rd.StogUpstrmDatarate = data.GetParameterValue <double>(this.Som.OpLinkAbilityDesigned.StogUpstrmDatarate);
rd.StosDatarate = data.GetParameterValue <double>(this.Som.OpLinkAbilityDesigned.StosDatarate);
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
this.simManager.view.chartView.m_listItem_zhibiao.SubItems[0].Text = (rd.StogDownstrmDatarate / 1000000).ToString() + "Mbps";
this.simManager.view.chartView.m_listItem_zhibiao.SubItems[1].Text = (rd.StogUpstrmDatarate / 1000000).ToString() + "Mbps";
this.simManager.view.chartView.m_listItem_zhibiao.SubItems[2].Text = (rd.StosDatarate / 1000000).ToString() + "Mbps";
}
else if (data.InteractionClassHandle == this.Som.PlanComplete.ClassHandle)
{
try
{
//启动接收文件的进程
file32 = Process.Start("tftpd32.exe");
simManager.view.display("场景已生成，文件接收已打开");
}
catch
{ }
}
else if (data.InteractionClassHandle == this.Som.OpFinish.ClassHandle)
{
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("Finish", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Reset();//计时结束
RD_Finish rd = new RD_Finish();
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
simManager.view.DealPacket_Finish(rd);
}
#endregion
}
if (data.InteractionClassHandle == this.Som.StkScenarioIC.ClassHandle) //根据控制台发来的场景名建立STK场景
{
////////////////////////////
//gez2017/2/24新版方案
////////////////////////////
if (file32 != null)
{
try
{
file32.Kill();
file32.Close();
}
catch
{}
}
this.simManager.view.RdXml.sw.Stop();
RePlayData rpd = new RePlayData("StkScenarioIC", this.simManager.view.RdXml.sw.ElapsedMilliseconds);
this.simManager.view.RdXml.sw.Start();
RD_Scenset rd = new RD_Scenset();
rd.ScenarioName = data.GetParameterValue <String>(this.Som.StkScenarioIC.ScenarioName);
rd.StartTime = data.GetParameterValue <String>(this.Som.StkScenarioIC.StartTime);
rd.StopTime = data.GetParameterValue <String>(this.Som.StkScenarioIC.StopTime);
rd.StepTime = data.GetParameterValue <double>(this.Som.StkScenarioIC.StepTime);
rd.InPlaneSatelliteNumber = data.GetParameterValue <int>(this.Som.StkScenarioIC.InPlaneSatelliteNumber);
rd.OrbitalInclination = data.GetParameterValue <double>(this.Som.StkScenarioIC.OrbitalInclination);
rd.OrbitalNumber = data.GetParameterValue <int>(this.Som.StkScenarioIC.OrbitalNumber);
rd.PhaseParameters = data.GetParameterValue <double>(this.Som.StkScenarioIC.PhaseParameters);
rd.RightAscensionOfAscendingNode = data.GetParameterValue <double>(this.Som.StkScenarioIC.RightAscensionOfAscendingNode);
rd.SatelliteAltitude = data.GetParameterValue <double>(this.Som.StkScenarioIC.SatelliteAltitude);
rd.raanspread = data.GetParameterValue <double>(this.Som.StkScenarioIC.RAANSpread);
this.simManager.view.DealPacket("StkScenarioIC", rd);
rpd.packet = rd;
this.simManager.view.RdXml.allPackets.Add(rpd);
}
}
private double fastertimes; //内部使用
public void ReadXml()
{
XmlReaderSettings mySettings = new XmlReaderSettings();
mySettings.IgnoreComments = true;
mySettings.IgnoreWhitespace = true;
using (XmlReader reader = XmlReader.Create(m_path + "\\回放数据xml\\" + replayXmlName + ".xml", mySettings))
{
lock (this.stopRead)
{
isStopRead = false;
isPauseRead = false;
}
isStop = false;
int preTime = 0;
int nextTime = 0;
int spanTime = 0;
object pack = null;
string type = null;
while (reader.Read())
{
lock (this.stopRead)
{
if (isStopRead == true)//在主线程中修改使子线程自然退出
{
isStopRead = false;
break;
}
else if (isPauseRead == true)
{
isPauseRead = false;
isStop = true;
}
fastertimes = fasterTimes;//主线程中若修改fasterTimes将影响读包速度，不过太快时误差增大因此要限速
}
if (isStop == true)
{
isStop = false;
try
{
Thread.Sleep(-1);
}
catch (Exception)
{
}
}
if (reader.Name.Equals("Packet"))
{
type = reader.GetAttribute("Type");
nextTime = Convert.ToInt32(reader.GetAttribute("Time"));
spanTime = nextTime - preTime;
if (spanTime <= 0)
{
spanTime = 2;
}
spanTime = (int)(spanTime / fastertimes);//加快读取进度
try
{
Thread.Sleep(spanTime);
}
catch (Exception)//(System.Threading.ThreadInterruptedException e)
{
}
preTime = nextTime;
switch (type)
{
case "StkScenarioIC":
RD_Scenset pasen = new RD_Scenset();
pasen.ScenarioName = reader.GetAttribute("ScenarioName");
pasen.StartTime = reader.GetAttribute("StartTime");
pasen.StopTime = reader.GetAttribute("StopTime");
pasen.StepTime = Convert.ToDouble(reader.GetAttribute("StepTime"));
pasen.InPlaneSatelliteNumber = Convert.ToInt32(reader.GetAttribute("InPlaneSatelliteNumber"));
pasen.OrbitalInclination = Convert.ToDouble(reader.GetAttribute("OrbitalInclination"));
pasen.RightAscensionOfAscendingNode = Convert.ToDouble(reader.GetAttribute("RightAscensionOfAscendingNode"));
pasen.SatelliteAltitude = Convert.ToDouble(reader.GetAttribute("SatelliteAltitude"));
pasen.OrbitalNumber = Convert.ToInt32(reader.GetAttribute("OrbitalNumber"));
pasen.PhaseParameters = Convert.ToDouble(reader.GetAttribute("PhaseParameters"));
pasen.raanspread = Convert.ToDouble(reader.GetAttribute("raanspread"));
pack = pasen;
break;
case "ChainInfo":
RD_ChainInfo pacinfo = new RD_ChainInfo();
pacinfo.id = reader.GetAttribute("id");
pacinfo.StartOrEnd = reader.GetAttribute("StartOrEnd");
pacinfo.usetime = Convert.ToDouble(reader.GetAttribute("usetime"));
string[] temp;
temp = reader.GetAttribute("PathNodes").Split('-');
foreach (var o in temp)
{
pacinfo.PathNodes.Add(o);
}
pack = pacinfo;
break;
case "StartOpnetIC":
RD_Op pacop = new RD_Op();
pack = pacop;
break;
case "XGYHCoordinate":
RD_XGY pacxy = new RD_XGY();
pacxy.XGYHLongitude = reader.GetAttribute("XGYHLongitude");
pacxy.XGYHLatitude = reader.GetAttribute("XGYHLatitude");
pacxy.XGYHName = reader.GetAttribute("XGYHName");
pacxy.XGYHType = reader.GetAttribute("XGYHType");
pack = pacxy;
break;
case "OpSimTime":
RD_SimTime pac = new RD_SimTime();
pac.simeTime = Convert.ToInt64(reader.GetAttribute("SimTime"));
pack = pac;
break;
case "RouteTraffic":
RD_RouteTraffic pacRouteTraffic = new RD_RouteTraffic();
pacRouteTraffic.SatRouteCostSent = Convert.ToDouble(reader.GetAttribute("SatRouteCostSent"));
pacRouteTraffic.SatRouteCostRcvd = Convert.ToDouble(reader.GetAttribute("SatRouteCostRcvd"));
pacRouteTraffic.simTime = Convert.ToDouble(reader.GetAttribute("SimTime"));
pack = pacRouteTraffic;
break;
case "S2GLinkAbility":
RD_S2GLinkAbility pacS2GLinkAbility = new RD_S2GLinkAbility();
pacS2GLinkAbility.SatName = reader.GetAttribute("SatName");
pacS2GLinkAbility.SatbeamID = Convert.ToInt32(reader.GetAttribute("SatbeamID"));
pacS2GLinkAbility.UplinkTrafficBps = Convert.ToDouble(reader.GetAttribute("UpTraBps"));
pacS2GLinkAbility.DownlinkTrafficBps = Convert.ToDouble(reader.GetAttribute("DwTraBps"));
pacS2GLinkAbility.simTime = Convert.ToDouble(reader.GetAttribute("SimTime"));
pack = pacS2GLinkAbility;
break;
case "SatUserParameter":
RD_SatUser pacSatUser = new RD_SatUser();
pacSatUser.SatUserName = reader.GetAttribute("SatUserName");
pacSatUser.SatUserAltitude = Convert.ToDouble(reader.GetAttribute("SatUserAltitude"));
pacSatUser.SatUserOrbitalInclination = Convert.ToDouble(reader.GetAttribute("SatUserOrbitalInclination"));
pacSatUser.SatUserRightAscensionOfAscendingNode = Convert.ToDouble(reader.GetAttribute("SatUserRightAscensionOfAscendingNode"));
pack = pacSatUser;
break;
case "S2SLinkAbility":
RD_S2SLinkAbility pacS2SLinkAbility = new RD_S2SLinkAbility();
pacS2SLinkAbility.SatName1_2 = reader.GetAttribute("SatName1_2");
pacS2SLinkAbility.UplinkTrafficBps = Convert.ToDouble(reader.GetAttribute("UpTraBps"));
pacS2SLinkAbility.DownlinkTrafficBps = Convert.ToDouble(reader.GetAttribute("DwTraBps"));
pacS2SLinkAbility.UplinkUtilizationRadio = Convert.ToDouble(reader.GetAttribute("UpUseRadio"));
pacS2SLinkAbility.DownlinkUtilizationRadio = Convert.ToDouble(reader.GetAttribute("DwUseRadio"));
pacS2SLinkAbility.simTime = Convert.ToDouble(reader.GetAttribute("SimTime"));
pack = pacS2SLinkAbility;
break;
case "NetTraffic":
RD_NetTraffic pacNetTraffic = new RD_NetTraffic();
pacNetTraffic.AppTrafficRcvd = Convert.ToDouble(reader.GetAttribute("AppTrafficRcvd"));
pacNetTraffic.simTime = Convert.ToDouble(reader.GetAttribute("SimTime"));
pack = pacNetTraffic;
break;
case "ResOccupancy":
RD_ResOccupancy pacResOccupancy = new RD_ResOccupancy();
pacResOccupancy.SatName1_5 = reader.GetAttribute("SatName1_5");
pacResOccupancy.ResourceOccupancyRate1_5 = reader.GetAttribute("ResourceOccupancyRate1_5");
pacResOccupancy.Type1 = reader.GetAttribute("Type1");
pacResOccupancy.simTime = Convert.ToDouble(reader.GetAttribute("SimTime"));
pack = pacResOccupancy;
break;
case "QosPerfomance":
RD_QosPerfomance pacQosPerfomance = new RD_QosPerfomance();
pacQosPerfomance.TrafficName_SD = reader.GetAttribute("TrafficName_SD");
pacQosPerfomance.AppTrafficSend = Convert.ToDouble(reader.GetAttribute("AppTrafficSend"));
pacQosPerfomance.AppTrafficRcvd = Convert.ToDouble(reader.GetAttribute("AppTrafficRcvd"));
pacQosPerfomance.DelayTime = Convert.ToDouble(reader.GetAttribute("DelayTime"));
pacQosPerfomance.DelayVar = Convert.ToDouble(reader.GetAttribute("DelayVar"));
pacQosPerfomance.simTime = Convert.ToDouble(reader.GetAttribute("SimTime"));
pack = pacQosPerfomance;
break;
case "AccessAbility":
RD_AccessAbility pacAccessAbility = new RD_AccessAbility();
pacAccessAbility.AccessSignalingCost = Convert.ToInt32(reader.GetAttribute("SignalingCost"));
pacAccessAbility.AccessTimeAverage = Convert.ToDouble(reader.GetAttribute("TimeAverage"));
pacAccessAbility.AccessSuccessRate = Convert.ToDouble(reader.GetAttribute("SuccessRate"));
pacAccessAbility.ChannelApplyAverage = Convert.ToDouble(reader.GetAttribute("ChannelApply"));
pack = pacAccessAbility;
break;
case "UserAllNum":
RD_UserAllNum pacUserAllNum = new RD_UserAllNum();
pacUserAllNum.UserAllNum = Convert.ToInt32(reader.GetAttribute("UserAllNum"));
pack = pacUserAllNum;
break;
case "UserOnline":
RD_UserOnline pacUserOnline = new RD_UserOnline();
pacUserOnline.UserOnlineNum = Convert.ToInt32(reader.GetAttribute("UserOnlineNum"));
pacUserOnline.simTime = Convert.ToDouble(reader.GetAttribute("SimTime"));
pack = pacUserOnline;
break;
case "PKLossRate":
RD_PKLossRate pacPKLossRate = new RD_PKLossRate();
pacPKLossRate.PkLossRatioValue = Convert.ToDouble(reader.GetAttribute("PkLossRatio"));
pack = pacPKLossRate;
break;
case "Mobility":
RD_Mobility pacMobility = new RD_Mobility();
pacMobility.MobileNodeName = reader.GetAttribute("MobileNodeName");
pacMobility.MobileStartTime = reader.GetAttribute("MobileStartTime");
pacMobility.EndLatitude = reader.GetAttribute("EndLatitude");
pacMobility.EndLongitude = reader.GetAttribute("EndLongitude");
pacMobility.StartLatitude = reader.GetAttribute("StartLatitude");
pacMobility.StartLongitude = reader.GetAttribute("StartLongitude");
pacMobility.MobileSpeed = reader.GetAttribute("MobileSpeed");
pack = pacMobility;
break;
case "LinkTraDesign":
RD_LinkTraDesign pacLinkTraDesign = new RD_LinkTraDesign();
pacLinkTraDesign.StogDownstrmDatarate = Convert.ToDouble(reader.GetAttribute("StogDwDataRate"));
pacLinkTraDesign.StogUpstrmDatarate = Convert.ToDouble(reader.GetAttribute("StogUpDataRate"));
pacLinkTraDesign.StosDatarate = Convert.ToDouble(reader.GetAttribute("StosDataRate"));
pack = pacLinkTraDesign;
break;
case "Finish":
RD_Finish pacFinish = new RD_Finish();
pack = pacFinish;
break;
case "InterSatellitePath":
RD_InterSatellitePath pacInterSatellitePath = new RD_InterSatellitePath();
pacInterSatellitePath.ISLPath = reader.GetAttribute("ISLPath");
pacInterSatellitePath.ISLid = Convert.ToInt16(reader.GetAttribute("ISLid"));
pack = pacInterSatellitePath;
break;
default:
continue;
}
if (DealPacketCallback != null)
{
try
{
DealPacketCallback(type, pack);
}
catch (Exception e) //(System.Threading.ThreadInterruptedException e)
{
//这里还是不要提示比较好了
//MessageBox.Show(e.ToString(),"唤起函数出错");
}
}
}
}
lock (this.stopRead)
{
isStopRead = false;
}
}
}
