public Chart m_chartTemplate;//暂存chart1用于删除chart后恢复默认视图
private void treeView1_NodeMouseClick(object sender, TreeNodeMouseClickEventArgs e)
{
TreeNodeTag tag = (TreeNodeTag)e.Node.Tag;
if (tag.Id == 0)
{
chart1.Enabled = false;//防止闪烁
chart1.Visible = false;
panel_listView.Enabled = false;
panel_listView.Visible = false;
}
else if (tag.Id == 1)
{
chart1.Enabled = false;//防止闪烁
chart1.Visible = false;
panel_listView.Enabled = true;
panel_listView.Visible = true;
return;
}
else if (tag.Id == 2)
{
panel_listView.Enabled = false;
panel_listView.Visible = false;
chart1.Enabled = false;//防止闪烁
//m_charts[i].Enabled = false;
chart1.Visible = false;
tag.m_chart.Visible = true;
chart1 = tag.m_chart;//保存，以待下次切换时隐藏
chart1.Enabled = true;
//m_charts[i].Enabled = true;
}
}
public void DealPacket_AppTraQos(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[7]++; //for test
RD_QosPerfomance rd = (RD_QosPerfomance)pack;
Chart chart;
int index = this.chartView.m_chartParam.mIx_TraQos.FindIndex(str => str == rd.TrafficName_SD);
int bit2Ratio = 1000; //bit单位转换的比率 //kb/s
if (index == -1) //未添加过该条业务流，新建chart
{
TreeNode node = new TreeNode(rd.TrafficName_SD);
int index2 = this.chartView.AddNodeOn2(node, "业务流Qos性能");
if (index2 == -1) //node添加失败
{
return;
}
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 = "发送量(kb/s)"; //如果修改转换比率要修改上面的bit2Ratio
chart.Series[1].Name = "接收量(kb/s)";
chart.Series[2].Name = "时延(ms)"; //"时延(ms)";//20150928修改
chart.Series[3].Name = "时延抖动(ms)"; //"时延抖动(ms)";
this.chartView.Controls.Add(chart);
this.chartView.m_chartParam.mIx_TraQos.Add(rd.TrafficName_SD);
this.chartView.m_chartParam.mCs_TraQos.Add(chart);
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
{
chart = this.chartView.m_chartParam.mCs_TraQos[index];
}
chart.Series[0].Points.AddXY(rd.simTime, rd.AppTrafficSend / bit2Ratio);
chart.Series[1].Points.AddXY(rd.simTime, rd.AppTrafficRcvd / bit2Ratio);
if (rd.DelayTime != -1)
{
chart.Series[2].Points.AddXY(rd.simTime, rd.DelayTime * 1000); //单位ms 20150928修改
}
if (rd.DelayVar != -1)
{
chart.Series[3].Points.AddXY(rd.simTime, rd.DelayVar * 1000); //单位ms 20150928修改
}
}
public bool isSeriesGet = false; //GEO、IGSO等的Series Name只要设置一次
public int AddNodeOn2(TreeNode node, String parent) //将node添加到parent指定的顶层节点下面,返回其索引
{ //要检查是否已添加顶层树节点，如果没有先添加顶层节点20160225
int index = 0;
for (; index < this.treeView1.Nodes.Count; index++)//treeView1.Nodes表示第一层的树节点集合，treeView1.Nodes[0].Nodes表示第一层的第一个树节点的子节点集合
{
if (this.treeView1.Nodes[index].Text.Equals(parent))
{
break;
}
}
if (index == this.treeView1.Nodes.Count)//没有对应顶层节点，先添加顶层节点
{
TreeNode node1 = new TreeNode(parent);
TreeNodeTag nodeTag = new TreeNodeTag(0); //给顶层树节点绑定一个tag起到标识和保存一些参数的作用，可以在点击树节点的响应函数中取出，0-不包含chart，只起标签作用
node1.Tag = nodeTag;
this.treeView1.Nodes.Add(node1); //暂时去掉对地链路指标
}
this.treeView1.Nodes[index].Nodes.Add(node);
return(this.treeView1.Nodes[index].Nodes.Count - 1);
}
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);
}
}
/// <summary>
/// 初始化表格和图表的大小、位置
/// </summary>
public void Initial()
{
this.Text = "指标显示";
chart1.ChartAreas[0].AxisX.MajorGrid.Enabled = false;//不显示chart的横竖线
chart1.ChartAreas[0].AxisY.MajorGrid.Enabled = false;
chart1.Name = "chartTemplate";
chart1.Visible = false;
m_chartTemplate = chart1;//暂存chart1用于删除chart后恢复默认视图，主要用于保存chart大小和位置
listView_zhibiao.Visible = true;
listView_zhibiao.View = View.Details;
listView_jieru.Visible = true;
listView_jieru.View = View.Details;
listView_yonghu.Visible = true;
listView_yonghu.View = View.Details;
panel_listView.Location = m_chartTemplate.Location;
panel_listView.Size = m_chartTemplate.Size;
panel_listView.Visible = false;
int listViewCount = 3; //panel中表格个数，这里目前只有listView_zhibiao listView_jieru listView_yonghu三个
int listViewHeight = panel_listView.Height / listViewCount;
//3个表格的大小和位置
listView_zhibiao.Location = new Point(0, panel_listView.Location.Y + listViewHeight * 0);//listView_zhibiao是以子窗体的形式加入到panel，计算相对坐标
listView_zhibiao.Height = listViewHeight;
listView_zhibiao.Width = panel_listView.Width;
listView_yonghu.Location = new Point(0, panel_listView.Location.Y + listViewHeight * 1);
listView_yonghu.Height = listViewHeight;
listView_yonghu.Width = panel_listView.Width;
listView_jieru.Location = new Point(0, panel_listView.Location.Y + listViewHeight * 2);
listView_jieru.Height = listViewHeight;
listView_jieru.Width = panel_listView.Width;
//设置各表格的各列
int column = 4;
int wid = panel_listView.Width / column;
listView_zhibiao.Columns.Add("星地下行设计速率", wid, HorizontalAlignment.Left);
listView_zhibiao.Columns.Add("星地上行设计速率", wid, HorizontalAlignment.Left);
listView_zhibiao.Columns.Add("星间传输设计速率", wid, HorizontalAlignment.Left);
m_listItem_zhibiao = new ListViewItem(new string[] {
"",
"",
""
}, 0);
listView_zhibiao.Items.Add(m_listItem_zhibiao);
listView_jieru.Columns.Add("全局接入成功率(%)", wid, HorizontalAlignment.Left);
listView_jieru.Columns.Add("用户平均接入时间", wid, HorizontalAlignment.Left);
listView_jieru.Columns.Add("业务平均接入时间", wid, HorizontalAlignment.Left);
listView_jieru.Columns.Add("接入管理信令开销", wid, HorizontalAlignment.Left);
m_listItem_jieru = new ListViewItem(new string[] {
"",
"",
"",
""
}, 0);
listView_jieru.Items.Add(m_listItem_jieru);
listView_yonghu.Columns.Add("移动用户总数", wid, HorizontalAlignment.Left);
listView_yonghu.Columns.Add("在线用户数目", wid, HorizontalAlignment.Left);
//listView_yonghu.Columns.Add("网络丢包率(%)", wid, HorizontalAlignment.Left);
m_listItem_yonghu = new ListViewItem(new string[] {
"0",
"0",
""
}, 0);
listView_yonghu.Items.Add(m_listItem_yonghu);
m_chartParam = new ChartParam();
TreeNode node;
TreeNodeTag nodeTag;
Chart chart;
//-------------"表格显示的指标"--------------------
node = new TreeNode("表格显示的指标");
nodeTag = new TreeNodeTag(1, listView_zhibiao, listView_jieru);
node.Tag = nodeTag;
this.treeView1.Nodes.Add(node); //暂时去掉表格的指标
//-------------"网络吞吐量"--------------------
chart = ChartParam.CreateChart(m_chartTemplate, 1); //有几个chartarea（series）就设几个
m_chartParam.mC_NetTra = chart;
chart.Name = "chart" + (m_chartParam.chartCount++).ToString(); //所有chart名称不一样
chart.ChartAreas[0].Position.Auto = false;
chart.ChartAreas[0].Position.Height = 50F; //因为只有一张表所以只设为50%的大小
chart.ChartAreas[0].Position.Width = 70F;
chart.ChartAreas[0].Position.X = 10F; //x方向在10%处显示纵坐标
chart.ChartAreas[0].Position.Y = 20F;
chart.Series[0].Name = "吞吐量(kb/s)";
this.Controls.Add(chart);
node = new TreeNode("网络吞吐量");
nodeTag = new TreeNodeTag(2, chart);//绑定tag
node.Tag = nodeTag;
this.treeView1.Nodes.Add(node);
/*//不再程序启动就新建此顶层节点，而是在第一次收到相应包才新建
* //-------------"各星资源占用"--------------------
* node = new TreeNode("各星资源占用率");
* nodeTag = new TreeNodeTag(0);//0-不包含chart，只起标签作用
* node.Tag = nodeTag;
* this.treeView1.Nodes.Add(node);
* //-------------"对地链路传输能力"--------------------
* node = new TreeNode("对地链路传输能力");
* nodeTag = new TreeNodeTag(0);//0-不包含chart，只起标签作用
* node.Tag = nodeTag;
* this.treeView1.Nodes.Add(node);//暂时去掉对地链路指标
* //-------------"星间链路传输能力"--------------------
* node = new TreeNode("星间链路传输能力");
* nodeTag = new TreeNodeTag(0);//0-不包含chart，只起标签作用
* node.Tag = nodeTag;
* this.treeView1.Nodes.Add(node);//暂时去掉星间链路指标
* //-------------"业务流Qos性能"--------------------
* node = new TreeNode("业务流Qos性能");
* nodeTag = new TreeNodeTag(0);//0-不包含chart，只起标签作用
* node.Tag = nodeTag;
* this.treeView1.Nodes.Add(node);
*/
}
