/// <summary>
/// 设置测点
/// </summary>
/// <param name="ProIdType"></param>
private void SetMI(string ProIdType)
{
List <SelectListItem> listmi = new List <SelectListItem>();
int deviceTypeCode = DeviceData.PLANT_CODE;
if (!string.IsNullOrEmpty(ProIdType))
{
string[] strvalue = ProIdType.Split('&');
deviceTypeCode = int.Parse(strvalue[1].Trim());
}
string[] items = new string[] { };
MonitorConfig config = MonitorConfigService.GetInstance().Get(deviceTypeCode);
if (config != null)
{
items = config.items.Split(',');
}
Hashtable has = new Hashtable();
IList <MonitorType> mts = MonitorType.getMonitorTypesByTypeCode(deviceTypeCode);
if (mts != null)
{
foreach (MonitorType item in mts)
{
foreach (string s in items)
{
if (s.Equals(item.code.ToString()))
{
listmi.Add(new SelectListItem()
{
Text = item.name, Value = item.code.ToString()
});
break;
}
}
}
}
ViewData["MonitorItems"] = listmi;
}
/// <summary>
/// 将实时数据串转换成键值对象
/// </summary>
/// <param name="deviceRunData">实时数据对象</param>
/// <returns>值对列表</returns>
public IList <IList <KeyValuePair <MonitorType, string> > > convertRunstrToList(bool isOorder, int deviceTypeCode)
{
IList <IList <KeyValuePair <MonitorType, string> > > resList = new List <IList <KeyValuePair <MonitorType, string> > >();
IList <KeyValuePair <MonitorType, string> > resGroup1 = new List <KeyValuePair <MonitorType, string> >();
IList <KeyValuePair <MonitorType, string> > resGroup2 = new List <KeyValuePair <MonitorType, string> >();
IList <KeyValuePair <MonitorType, string> > resGroup3 = new List <KeyValuePair <MonitorType, string> >();
IList <KeyValuePair <MonitorType, string> > resGroup4 = new List <KeyValuePair <MonitorType, string> >();
IList <KeyValuePair <MonitorType, string> > resGroup5 = new List <KeyValuePair <MonitorType, string> >();
//先取得逆变器的输出类型
string rundatastr = this.rundatastr;
string[] rundatas = rundatastr.Split('#');
//先取得传感器接入路数，以决定显示多少路汇流箱路数
int displayHxlroute = 0;
if (deviceTypeCode == DeviceData.HUILIUXIANG_CODE)
{
displayHxlroute = getHlxroute(rundatas);
}
//如果是逆变器那么先取额定功率
float outtype = 0;
IList <int> notdisplayInverterbyPower = new List <int>();
IList <int> notdisplayInverterbyoutType = new List <int>();
if (deviceTypeCode == DeviceData.INVERTER_CODE)
{
outtype = this.getMonitorValue(MonitorType.MIC_INVERTER_OUTTYPE);
notdisplayInverterbyoutType = getnotDisplayMonitor(outtype);
float power = this.getMonitorValue(MonitorType.MIC_INVERTER_POWER);
notdisplayInverterbyPower = getnotDisplayMonitorByPower(power);
}
string[] datas = null;
foreach (string data in rundatas)
{
datas = data.Split(':');
int monitorCode = int.Parse(datas[0]);
MonitorType omt = MonitorType.getMonitorTypeByCode(monitorCode);
if (omt == null)
{
continue;
}
//如果该测点不属于此设备则也不显示，add by qhb in 20120913
if (!MonitorType.getMonitorTypesByTypeCode(deviceTypeCode).Contains(omt))
{
continue;
}
//重新构造一个实例，以便用tempaffix多语言显示后缀是线程安全
string tempaffix = omt.tempaffix;
string unit = omt.unit;
Boolean isUP = false;//是否进制千位
//如果是逆变器要判断abc三项电压和电流的输出类型,将输出类型作为有后缀测点的后缀
if (deviceTypeCode == DeviceData.INVERTER_CODE)
{
if (affixMonitors.Contains(monitorCode) && !float.IsNaN(outtype) && (outtype == 0 || outtype == 2))
{
tempaffix = outtype.ToString();
}
//add by qhb in 20120921 for 2）逆变器带功率的单位显示kW，不要显示W （注意大小写）
if (omt.code == MonitorType.MIC_INVERTER_TOTALDPOWER || omt.code == MonitorType.MIC_INVERTER_ADIRECTPOWER || omt.code == MonitorType.MIC_INVERTER_BDIRECTPOWER || omt.code == MonitorType.MIC_INVERTER_CDIRECTPOWER || omt.code == MonitorType.MIC_INVERTER_TOTALYGPOWER)
{
unit = "kW";
isUP = true;
}
if (omt.code == MonitorType.MIC_INVERTER_TOTALWGPOWER)
{
unit = "kvar";
isUP = true;
}
}
MonitorType mt = new MonitorType(omt.code, unit, omt.zerotoline, tempaffix);
//排除不显示的测点
if (notDisplayMonitor.Contains(mt.code) || notdisplayInverterbyoutType.Contains(mt.code) || notdisplayInverterbyPower.Contains(mt.code))
{
continue;
}
//如果是汇流箱非显示路数则跳过
if (deviceTypeCode == DeviceData.HUILIUXIANG_CODE)
{
if (displayHxlroute > 0 && monitorCode > displayHxlroute && monitorCode <= MonitorType.MIC_BUSBAR_16CURRENT)
{
continue;
}
}
string value = datas[1];
//如果值为-表示该值无效，不显示该测点，“-”，数据解析器会把发送的无效值固定设为“-”
if ("-".Equals(value))
{
continue;
}
value = getStatusValue(monitorCode, value);
if ("0".Equals(value) && MonitorType.getMonitorTypeByCode(monitorCode).zerotoline)
{
value = "-";
}
//add by qhb for 单位进制
if (isUP)
{
try
{
value = Math.Round((double.Parse(value) / 1000), 2).ToString();
}
catch (Exception e)
{
//do nothing
}
}
//add by qhb in 20120917 for 1）功率因数为0和无功功率为0屏蔽不显示。
if (omt.code == MonitorType.MIC_INVERTER_TOTALPOWERFACTOR || omt.code == MonitorType.MIC_INVERTER_TOTALWGPOWER)
{
try
{
if (double.Parse(value) == 0)
{
continue;
}
}catch {}
}
if (isOorder)
{
if (sortGroup["group1"].Contains(monitorCode))
{
resGroup1.Add(new KeyValuePair <MonitorType, string>(mt, value));
}
else if (sortGroup["group2"].Contains(monitorCode))
{
resGroup2.Add(new KeyValuePair <MonitorType, string>(mt, value));
}
else if (sortGroup["group3"].Contains(monitorCode))
{
resGroup3.Add(new KeyValuePair <MonitorType, string>(mt, value));
}
else if (sortGroup["group4"].Contains(monitorCode))
{
resGroup4.Add(new KeyValuePair <MonitorType, string>(mt, value));
}
else
{
resGroup5.Add(new KeyValuePair <MonitorType, string>(mt, value));
}
}
else
{
resGroup5.Add(new KeyValuePair <MonitorType, string>(mt, value));
}
}
if (resGroup1.Count > 0)
{
resList.Add(resGroup1);
}
if (resGroup2.Count > 0)
{
resList.Add(resGroup2);
}
if (resGroup3.Count > 0)
{
resList.Add(resGroup3);
}
if (resGroup4.Count > 0)
{
resList.Add(resGroup4);
}
if (resGroup5.Count > 0)
{
resList.Add(resGroup5);
}
return(resList);
}
