/// <summary>
/// 设备单个测点的日图表
/// </summary>
/// <param name="device"></param>
/// <param name="chartName"></param>
/// <param name="startYYYYMMDDHH"></param>
/// <param name="endYYYYMMDDHH"></param>
/// <param name="chartType"></param>
/// <param name="unit"></param>
/// <param name="monitorCode"></param>
/// <returns></returns>
public ChartData DayChart(Device device, string chartName, string startYYYYMMDDHH, string endYYYYMMDDHH, string chartType, string unit, int monitorCode, int intervalMins)
{
//将整天的数据截断头尾
string[] ic = base.getXseriesFromYYYYMMDDHH(startYYYYMMDDHH, endYYYYMMDDHH, intervalMins).ToArray();
///结果需要按时间先后排序
Hashtable powerHash = DeviceDayDataService.GetInstance().GetDaydataList(ic, device, startYYYYMMDDHH, endYYYYMMDDHH, intervalMins, monitorCode);
string[] xAxis = formatXaxis(ic, this.fromApp ? ChartTimeType.Hour : ChartTimeType.Day);
MonitorType monitorType = MonitorType.getMonitorTypeByCode(monitorCode);
KeyValuePair<string, float?[]> data = new KeyValuePair<string, float?[]>();
if (powerHash.Count > 0)
{
//先屏蔽了，因为两天跨度的中间部分平滑有问题，但不是对原来是否有影响测试后才知道
//this.FirstHandleChartData(ic, powerHash);
data = GenerateChartData(monitorType.name, ic, powerHash, 1.0F);
}
return ReportBuilder.createJsonChartXY(chartName, xAxis, data, "", unit, chartType, fromApp);
}
public ActionResult Ammeteredit(string id)
{
string didStr = Request.QueryString.ToString();
int pid;
int did;
int.TryParse(id, out pid);
int.TryParse(didStr, out did);
Plant plant = FindPlant(pid);
ViewData["device"] = new Device();
foreach (PlantUnit unit in plant.allFactUnits)
{
foreach (Device device in unit.devices)
{
if (device.id.Equals(did))
{
ViewData["device"] = device;
break;
}
}
}
return View(plant);
}
public Hashtable GetDaydataList(Device device, string startYYYYMMDDHH, string endYYYYMMDDHH, int intervalMins, int monitorCode)
{
return this.GetDaydataList(null, device, startYYYYMMDDHH, endYYYYMMDDHH, intervalMins, monitorCode);
}
/// <summary>
/// 作者：鄢睿
/// 功能：取得设备多个年度的年月发电量比较数据
/// 创建时间：2011年02月25日
/// </summary>
/// <param name="device"></param>
/// <param name="years"></param>
/// <param name="mt"></param>
/// <param name="unit"></param>
/// <param name="chartType"></param>
/// <returns></returns>
public ChartData DeviceYearCompare(Device device, IList<int> years, string name, MonitorType mt, string unit, string chartType, float rate)
{
ICollection<ICollection> keys = new List<ICollection>();
StringBuilder sb = new StringBuilder();
// //foreach (int year in years)
//{
// sb.Append("," + year);
// }
string chartName = name + " " + LanguageUtil.getDesc("CHART_TITLE_COMPARE");
IList<KeyValuePair<string, float?[]>> datas = new List<KeyValuePair<string, float?[]>>();
string[] chartTypes = new string[1] { chartType };
IList<string> units = new List<string>();
IList<string> ynames = new List<string>();
string[] ic = null;
bool hasData = false;
//取得多个年度的发电月数据
int i = 0;
foreach (int year in years)
{
units.Add(unit);
ynames.Add("");
Hashtable dataHash = null;
string curName = year.ToString();
dataHash = DeviceYearMonthDataService.GetInstance().GetDeviceBetweenYearData(device, year, year);
ic = base.getMMX(year.ToString());
//如果有多个设备进行编辑，没有数据的时候也显示
//if (dataHash.Count > 0)
//{
//add by qhb in 20120928 for 补偿发电量
base.addDeviceMonthEnergy(dataHash, device.id,year.ToString(),year.ToString());
KeyValuePair<string, float?[]> data = GenerateChartData(year.ToString(), ic, dataHash, rate);
datas.Add(data);
//}
//如果有数据则将有数据标识为true
if (dataHash.Count > 0)
{
hasData = true;
}
i++;
}
if (!hasData)
{//如果所有设备都没数据才清空数据，即图表中显示无数据提示
datas.Clear();
}
ic = base.getMMX("");
string[] xAxis = formatXaxis(ic, ChartTimeType.Month);
return ReportBuilder.createMultiJsonChartXY(chartName, xAxis, datas, ynames.ToArray(), chartTypes, units.ToArray(), fromApp);
}
/// <summary>
/// 发送单个设备
/// </summary>
/// <param name="device"></param>
private void handleDevice(Device device, PlantUnit pu, String plantName)
{
if (pu == null) return;
//实时数据串“,”逗号分隔
string realDataValueStr = "";
if (device.runData != null)
{//组织数据串
switch (device.deviceTypeCode)
{
case DeviceData.INVERTER_CODE:
realDataValueStr = getInverterRunDataStr(device, pu.collector);
break;
case DeviceData.HUILIUXIANG_CODE:
realDataValueStr = getHlxRunDataStr(device);
break;
case DeviceData.AMMETER_CODE:
realDataValueStr = getAmmeterRunDataStr(device);
break;
case DeviceData.ENVRIOMENTMONITOR_CODE:
realDataValueStr = getDetectorRunDataStr(device);
break;
default:
break;
}
}
string DataCollectTime = device.runData == null ? "" : device.runData.updateTime.ToString("yyyy-MM-dd HH:mm:ss");
try
{
callwebservice(server_url, plantName, pu.displayname, device.deviceAddress, device.deviceTypeCode, DataCollectTime, realDataValueStr);
}
catch (Exception e)
{
FileLogUtil.info("-----设备" + pu.displayname + "-" + device.deviceTypeCode + "-" + StringUtil.getstr(device.deviceAddress, 3) + "上传失败" + e.Message + "-------------");
Console.WriteLine("-----设备" + pu.displayname + "-" + device.deviceTypeCode + "-" + StringUtil.getstr(device.deviceAddress, 3) + "上传失败" + e.Message + "-------------");
}
}
/// <summary>
/// 获取设备
/// </summary>
/// <param name="device"></param>
/// <returns></returns>
private string getHlxRunDataStr(Device device)
{
//StringBuilder sb = new StringBuilder();
////1 設備状态 0：待机（waiting）1：正常（normal）3：故障（fault）
//sb.Append(device.getStatusDefinedValue()).Append(",");
////2 光伏直流通道 1 A 0.1A 7.31
//sb.Append("7.31").Append(",");
////3 光伏直流通道 2 A 0.1A 7.31
//sb.Append("7.31").Append(",");
////4 光伏直流通道 3 A 0.1A 7.16
//sb.Append("7.16").Append(",");
////5 光伏直流通道 4 A 0.1A 7.27
//sb.Append("7.27").Append(",");
////6 光伏直流通道 5 A 0.1A 7.22
//sb.Append("7.22").Append(",");
////7 光伏直流通道 6 A 0.1A 7.4
//sb.Append("7.4").Append(",");
////8 光伏直流通道 7 A 0.1A 7.4
//sb.Append("7.4").Append(",");
////9 光伏直流通道 8 A 0.1A 7.38
//sb.Append("7.38").Append(",");
////10光伏直流通道 9 A 0.1A 7.45
//sb.Append("7.45").Append(",");
////11光伏直流通道 10 A 0.1A 7.47
//sb.Append("7.47").Append(",");
////12光伏直流通道 11 A 0.1A 7.43
//sb.Append("7.43").Append(",");
////13光伏直流通道 12 A 0.1A 7.18
//sb.Append("7.18").Append(",");
////14光伏直流通道 13 A 0.1A 0
//sb.Append("0").Append(",");
////15光伏直流通道 14 A 0.1A 0
//sb.Append("0").Append(",");
////16光伏直流通道 15 A 0.1A 0
//sb.Append("0").Append(",");
////17光伏直流通道 16 A 0.1A 0
//sb.Append("0").Append(",");
////18汇流母线电压 V 0.1V 0
//sb.Append("0").Append(",");
////19直流母线电压 V 0.1V 0
//sb.Append("0").Append(",");
////20AIDC 通道 3
//sb.Append("").Append(",");
////21总功率(高前低后) W 0.1W 45470
//sb.Append("45470").Append(",");
////22通道 1 功率 W 0.1W 3774
//sb.Append("3774").Append(",");
////23通道 2 功率 W 0.1W 3779
//sb.Append("3779").Append(",");
////24通道 3 功率 W 0.1W 3702
//sb.Append("3702").Append(",");
////25通道 4 功率 W 0.1W 3755
//sb.Append("3755").Append(",");
////26通道 5 功率 W 0.1W 3730
//sb.Append("3730").Append(",");
////27通道 6 功率 W 0.1W 3825
//sb.Append("3825").Append(",");
////28通道 7 功率 W 0.1W 3823
//sb.Append("3823").Append(",");
////29通道 8 功率 W 0.1W 3815
//sb.Append("3815").Append(",");
////30通道 9 功率 W 0.1W 3851
//sb.Append("3851").Append(",");
////31通道 10 功率 W 0.1W 3858
//sb.Append("3858").Append(",");
////32通道 11 功率 W 0.1W 3841
//sb.Append("3841").Append(",");
////33通道 12 功率 W 0.1W 3712
//sb.Append("3712").Append(",");
////34通道 13 功率 W 0.1W 0
//sb.Append("0").Append(",");
////35通道 14 功率 W 0.1W 0
//sb.Append("0").Append(",");
////36通道 15 功率 W 0.1W 0
//sb.Append("0").Append(",");
////37通道 16 功率 W 0.1W 0
//sb.Append("0").Append(",");
////38故障代碼 "可以by Bit表示(16*4)請提供故障代碼對照表" EI028
//sb.Append("16401").Append(",");
////39匯流箱溫度 ℃ 0.1℃ 45.8
//sb.Append("45.8").Append(",");
////40串列轉換效率 % 0.10% 98.8
//sb.Append("9808").Append(",");
////41匯流箱轉換效率 % 0.10% 99.3
//sb.Append("99.3");
string[] dataarr = new string[41];
if (device.runData != null && device.runData.rundatastr != null)
analyzeArr(device.runData.rundatastr, dataarr, hlx_no_mcodemap);
dataarr[0] = device.getStatusDefinedValue().ToString();
//将浮点状态值转成整形
if (!string.IsNullOrEmpty(dataarr[37]))
dataarr[37] = int.Parse(dataarr[37]).ToString();
return buildRunDataStr(dataarr);
}
private string getAmmeterRunDataStr(Device device)
{
string[] dataarr = new string[18];
if (device.runData != null && device.runData.rundatastr != null)
analyzeArr(device.runData.rundatastr, dataarr, ammeter_no_mcodemap);
dataarr[0] = device.getStatusDefinedValue().ToString();
//foxconn3.28反馈除分相功率因數和系統功率因數系統讀書較現場設備數據擴大10000倍，其餘數據都OK
if(string.IsNullOrEmpty(dataarr[6]))
dataarr[6] = (double.Parse(dataarr[6])/10000).ToString();
dataarr[16] = "1";
dataarr[17] = "1";
//将浮点状态值转成整形
if (!string.IsNullOrEmpty(dataarr[11]))
dataarr[11] = int.Parse(dataarr[11]).ToString();
return buildRunDataStr(dataarr);
//1 設備状态 "0：待机（waiting）1：正常（normal）3：故障（fault）" 1
////2 有功功率 W 0.1W 有功功率 46095
//sb.Append("46095").Append(",");
////3 无功功率 Var 0.1Var 無功功率 6982.5
//sb.Append("6982.5").Append(",");
////4 视在功率 VA 0.1VA 視在功率 46597.5
//sb.Append("46597.5").Append(",");
////5 有功电量 KWH 0.1KWH 有功電量 48366.16
//sb.Append("48366.16").Append(",");
////6 无功电量 KVarh 0.1KVarh 無功電量 1393.7
//sb.Append("1393.7").Append(",");
////7 功率因数 系統功率因素 0.9892
//sb.Append("0.9892").Append(",");
////8 波有功電量 KWH 0.1KWH 波有功電量 1.17
//sb.Append("1.17").Append(",");
////9 峰有功電量 KWH 0.1KWH 峰有功電量 17113.46
//sb.Append("17113.46").Append(",");
////10 谷有功電量 KWH 0.1KWH 谷有功電量 1832.39
//sb.Append("1832.39").Append(",");
////11 平有功電量 KWH 0.1KWH 平有功電量 29418.38
//sb.Append("29418.38").Append(",");
////12 故障代碼 請提供故障代碼對照表 E0030
//sb.Append("21504").Append(",");
////13 壓量程U0 壓量程U0 250
//sb.Append("250").Append(",");
////14 流量程I0 流量程I0 5
//sb.Append("5").Append(",");
////15 壓比UBB 壓比UBB 1
//sb.Append("1").Append(",");
////16 流比IBB 流比IBB 100
//sb.Append("100").Append(",");
////17 CEIL1 CEIL1 0
//sb.Append("0").Append(",");
////18 CEIL2 CEIL2 0
//sb.Append("0");
}
/// <summary>
/// 将本次消息解析后的临时设备信息，转换成plant的业务对象存入list中已被批量处理程序处理的memcached和db
/// 电站信息是无需从db或memcached还原的
/// </summary>
public void getDeviceInfos()
{
if (deviceInfos == null) return;
//取得当前电站数据对应的采集器id
int collectorId = this.GetCollectorId();
int deviceId = 0;
foreach (DeviceInfo dinfo in this.deviceInfos)
{
deviceId = this.GetDeviceId(collectorId, dinfo.address.ToString());
//新设备地址
String newAddress = dinfo.address.ToString();
int newModelCode = dinfo.typemodel;
String newName = dinfo.name;
//add by qhb in 20120827 for 发送设备信息也添加设备
if (deviceId == 0)
{
//构造设备
Device device = new Device();
device.collectorID = collectorId;
device.deviceAddress = newAddress;
if (DataType.deviceTypeNoMap.ContainsKey(newModelCode))
device.deviceTypeCode = DataType.deviceTypeNoMap[newModelCode];
device.name = newName;
device.deviceModel = new DeviceModel() { code = newModelCode};
device.status = "0";
try
{
PlantUnit pu = PlantUnitService.GetInstance().GetPlantUnitByCollectorId(collectorId);
if (pu != null)
device.plantUnitId = pu.id;
}
catch (Exception ee) { }
deviceId = DeviceService.GetInstance().Save(device);
LogUtil.info("has new device,collectorID is " + collectorId + ",deviceAddress is " + device.deviceAddress);
//有新设备要更新bank缓存
HttpClientUtil.requestUrl(bank_url);
}
else { //判断是否更新设备型号，地址和名称等
Device device = DeviceService.GetInstance().get(deviceId);
//if (!(device.name!=null && device.name.Equals(newName)) || !device.deviceAddress.Equals(newAddress) || device.deviceModelCode != newModelCode)
//{
device.deviceAddress = newAddress;
if (DataType.deviceTypeNoMap.ContainsKey(newModelCode))
device.deviceTypeCode = DataType.deviceTypeNoMap[newModelCode];
device.name = newName;
device.deviceModel = new DeviceModel() { code = newModelCode };
deviceId = DeviceService.GetInstance().Save(device);
LogUtil.info("update device,collectorID is " + collectorId + ",deviceAddress is " + device.deviceAddress);
//有新设备要更新bank缓存
HttpClientUtil.requestUrl(bank_url);
//}
}
//add end
dinfo.deviceid = deviceId;
if (deviceInfoMap.ContainsKey(deviceId))
{
deviceInfoMap[deviceId] = dinfo;
}
else
deviceInfoMap.Add(deviceId, dinfo);
}
}
/// <summary>
/// 作者：鄢睿
/// 功能：通过电站Id获得工作年份
/// 创建时间：2011-02-25
/// </summary>
/// <param name="plantId"></param>
/// <returns></returns>
public IList<int> GetWorkYears(Device device)
{
IList<int> yearList = new List<int>();
int minYear = _DeviceYearDataDao.GetStartWorkYear(device.id);
for (int year = minYear; year <= DateTime.Now.Year; year++)
{
yearList.Add(year);
}
return yearList;
}
/// <summary>
/// 取得单个设备的跨月度发电量
/// </summary>
/// <param name="device"></param>
/// <param name="startYear"></param>
/// <param name="endYear"></param>
/// <returns></returns>
public Hashtable GetDeviceBetweenYearData(Device device, int startYear, int endYear)
{
return this.GetDeviceBetweenYearData(new List<Device>() { device }, startYear, endYear, new List<float>() { 1.0F});
}
/// <summary>
/// 取得某个设备天数据
/// </summary>
/// <param name="device"></param>
/// <param name="year"></param>
/// <param name="month"></param>
/// <param name="startDD"></param>
/// <param name="endDD"></param>
/// <param name="startHH"></param>
/// <param name="endHH"></param>
/// <param name="intervalMins"></param>
/// <param name="monitorCode"></param>
/// <returns></returns>
private Hashtable getMultiDayBetweenData(IList<string> XAxis, Device device, string year, string month, int startDD, int endDD, int intervalMins, int monitorCode)
{
Hashtable hhpowerHash = new Hashtable();
//取得单个单元功率数据
string deviceTable = getDeviceTablename(device.deviceTypeCode);
//取得单个单元功率数据
//如果查询天和当前时间间隔2天之内，包括2天则从数据库先缓存中查询
bool isDB = true;
for (int i = startDD; i <= endDD; i++)
{
IList unitPowerDayDatas = new List<BaseDayData>();
if (DateTime.Now.Day >= i && DateTime.Now.Day - i <= 1)
{
string key = CacheKeyUtil.buildDeviceDayDataKey(device.id, year + month, i, monitorCode);
object obj = MemcachedClientSatat.getInstance().Get(key);
if (obj != null)
{
unitPowerDayDatas.Add(obj);
isDB = false;
}
}
if (isDB)
unitPowerDayDatas = _DevicePowerDaydataDao.GetDaydataList(device.id, deviceTable, year, month, i, i, monitorCode);
joinToPointData(XAxis, hhpowerHash, unitPowerDayDatas, intervalMins, monitorCode);
}
return hhpowerHash;
}
private Hashtable getMultiDayBetweenData(Device device, string year, string month, int startDD, int endDD, int intervalMins, int monitorCode)
{
return getMultiDayBetweenData(null, device, year, month, startDD, endDD, intervalMins, monitorCode);
}
/// <summary>
/// 加工处理某天某个设备多测点数据到表格输出方式
/// </summary>
/// <param name="device"></param>
/// <param name="yyyyMMdd"></param>
/// <returns>//key ：时间点 value ： 测点和值map (key:测点 value：测点值)</returns>
public IDictionary<string, IDictionary<string, string>> handleDayData(IList<string> allmts, Device device, string yyyyMMdd)
{
//首先取出某个设备的所有测点的天数据
string year = yyyyMMdd.Substring(0, 4);
string month = yyyyMMdd.Substring(4, 2);
int day = int.Parse(yyyyMMdd.Substring(6, 2));
IList<DeviceDayData> deviceDayDatas = this.getDeviceDayDatas(device, year, month, day, day);
//保存时间点对应的测点值map
//key ：时间点 value ： 测点和值map (key:测点 value：测点值)
IDictionary<string, IDictionary<string, string>> timemtMap = new Dictionary<string, IDictionary<string, string>>();
//循环取出所有时间点，并把所有时间点放入map
string timepoint = "";
IDictionary<string, string> mtMap = null;
MonitorType omt = null;
string mtkey = "";
foreach (DeviceDayData dayData in deviceDayDatas) {
if (string.IsNullOrEmpty(dayData.dataContent)) continue;
//存储所有测点
omt = MonitorType.getMonitorTypeByCode(dayData.monitorCode);
//add by qhb at 20120829 for 判断逆变器测点是否符合显示规则，参照设备实时数据那里规则
//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 (device.deviceTypeCode == DeviceData.INVERTER_CODE)
{
outtype = device.getMonitorValue(MonitorType.MIC_INVERTER_OUTTYPE);
notdisplayInverterbyoutType = DeviceRunData.getnotDisplayMonitor(outtype);
float power = device.getMonitorValue(MonitorType.MIC_INVERTER_POWER);
notdisplayInverterbyPower = DeviceRunData.getnotDisplayMonitorByPower(power);
}
//排除不显示的测点
if (DeviceRunData.notDisplayMonitor.Contains(omt.code) || notdisplayInverterbyoutType.Contains(omt.code) || notdisplayInverterbyPower.Contains(omt.code)) 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 (device.deviceTypeCode == DeviceData.INVERTER_CODE)
{
if (DeviceRunData.affixMonitors.Contains(dayData.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 || omt.code == MonitorType.MIC_INVERTER_TOTALWGPOWER)
{
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);
if(string.IsNullOrEmpty(mt.unit)){
mtkey = mt.name;
}else{
mtkey = mt.name + "(" + mt.unit + ")";
}
string[] datas = dayData.dataContent.Split('#');
string[] timedatas=null;
bool isAllZero = true;
bool isAllNovalid = true;
foreach(string data in datas){
if (string.IsNullOrEmpty(data)) continue;
timedatas = data.Split(':');
timepoint = timedatas[0];
timepoint = string.Format("{0}:{1}:{2}", timepoint.Substring(0, 2), timepoint.Substring(2, 2), timepoint.Substring(4));
if (timemtMap.ContainsKey(timepoint))
{
mtMap = timemtMap[timepoint];
}
else {
mtMap = new Dictionary<string, string>();
timemtMap.Add(timepoint, mtMap);
}
String value = timedatas[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))
{
value = "";
}
else
{
isAllNovalid = false;
}
//add by qhb for 单位进制
if (isUP)
{
try
{
value = Math.Round((StringUtil.stringtoDouble(value) / 1000), 2).ToString();
}
catch (Exception e)
{
//do nothing
}
}
//add by qhb in 20121029 for 1）功率因数为0和无功功率为0屏蔽不显示。
if (mt.code == MonitorType.MIC_INVERTER_TOTALPOWERFACTOR || mt.code == MonitorType.MIC_INVERTER_TOTALWGPOWER)
{
try
{
if (StringUtil.stringtoDouble(value) == 0)
value="";
else
{
isAllZero = false;
}
}
catch { }
}
if ("0".Equals(value) && omt.zerotoline)
{
value = "-";
}
if (mtMap.ContainsKey(mtkey))
{
mtMap[mtkey] = value;
}
else {
mtMap.Add(mtkey, value);
}
}
//add by qhb in 20121029 for 1）功率因数为0和无功功率为0屏蔽不显示。
if (isAllZero && (mt.code == MonitorType.MIC_INVERTER_TOTALPOWERFACTOR || mt.code == MonitorType.MIC_INVERTER_TOTALWGPOWER))
{
continue;
}
if (isAllNovalid)
continue;
allmts.Add(mtkey);
}
return timemtMap;
}
/// <summary>
/// 取得某个设备跨天的所有测点天数据
/// add by qhb in 20120915
/// </summary>
/// <param name="device"></param>
/// <param name="day"></param>
/// <param name="year"></param>
/// <param name="month"></param>
/// <param name="startDD"></param>
/// <param name="endDD"></param>
/// <returns></returns>
public IList<DeviceDayData> getDeviceDayDatas(Device device, string year, string month, int startDD, int endDD)
{
string deviceTable = getDeviceTablename(device.deviceTypeCode);
return _DevicePowerDaydataDao.GetDaydataList(device.id, deviceTable, year, month, startDD, endDD);
}
/// <summary>
/// 取得设备跨小时的测点数据
/// </summary>
/// <param name="device">设备</param>
/// <param name="startYYYYMMDDHH">开始时间 精确到小时 比如：2011062807</param>
/// <param name="endYYYYMMDDHH">截止时间 精确到小时 比如：2011062817</param>
/// <param name="intervalMins">数据统计的间隔时间，单位是分钟，比如60表示一小时</param>
/// <param name="monitorCode">设备测点代码，参见MonitorType.cs</param>
/// <returns>hashtable,key表示时间点 value是值</returns>
public Hashtable GetDaydataList(IList<string> XAxis, Device device, string startYYYYMMDDHH, string endYYYYMMDDHH, int intervalMins, int monitorCode)
{
//累加多个单元的功率数据
Hashtable hhpowerHash = new Hashtable();
string startYYYYMM = startYYYYMMDDHH.Substring(0, 6);
string endYYYYMM = endYYYYMMDDHH.Substring(0, 6);
int startDD = int.Parse(startYYYYMMDDHH.Substring(6, 2));
int endDD = int.Parse(endYYYYMMDDHH.Substring(6, 2));
if (startYYYYMM.Equals(endYYYYMM))
{
string year = startYYYYMM.Substring(0, 4);
string month = startYYYYMM.Substring(4, 2);
return this.getMultiDayBetweenData(XAxis, device, year, month, startDD, endDD, intervalMins, monitorCode);
}
else
{
string year = startYYYYMM.Substring(0, 4);
string month = startYYYYMM.Substring(4, 2);
int firstEndDD = CalenderUtil.getMonthDays(year + month);
Hashtable firstHash = this.getMultiDayBetweenData(XAxis, device, year, month, startDD, firstEndDD, intervalMins, monitorCode);
year = endYYYYMM.Substring(0, 4);
month = endYYYYMM.Substring(4, 2);
Hashtable secondHash = this.getMultiDayBetweenData(XAxis, device, year, month, 1, endDD, intervalMins, monitorCode);
foreach (Object obj in secondHash.Keys)
{
firstHash.Add(obj, secondHash[obj]);
}
return firstHash;
}
}
/// <summary>
/// 取得设备跨月度发电量数据
/// </summary>
/// <param name="device"></param>
/// <param name="startYearMM"></param>
/// <param name="endYearMM"></param>
/// <returns></returns>
public Hashtable DeviceYearMMDDList(Device device, string startYearMMDD, string endYearMMDD)
{
return this.unionYearMMDDList(new List<Device>() { device }, startYearMMDD, endYearMMDD,new List<float>(){1.0F});
}
/// <summary>
/// 取得设备天数据列表
/// </summary>
/// <returns></returns>
public void getDeviceDayDataList()
{
if (this.listTcpbody != null && listTcpbody.Count > 0)
{
Device device = null;
int collectorID = GetCollectorId();
DeviceDayData mdd = null;
foreach (DeviceDataBase ddb in ListTcpbody)
{
try
{
int deviceID = GetDeviceId(collectorID, ddb.deviceAddress);
int deviceT = 1;
//根据协议类型取得说属大类型
if (ddb.deviceType == -1)
{
deviceT = DeviceData.getProtocolTypeByCode(ddb.protocolType).deviceType.code;
}
else
{
deviceT = ddb.deviceType;
}
if (deviceID == 0)
{
//构造设备
device = new Device();
device.collectorID = collectorID;
device.deviceAddress = ddb.deviceAddress.ToString();
device.deviceTypeCode = deviceT;
device.deviceModel = new DeviceModel() { code = ddb.deviceXh };
device.status = ddb.deviceState.ToString();
deviceID = DeviceService.GetInstance().Save(device);
LogUtil.info("has new device,collectorID is " + collectorID + ",deviceAddress is " + device.deviceAddress);
//有新设备要更新bank缓存
HttpClientUtil.requestUrl(bank_url);
}
else
{
//这里影响解析性能，出了型号会变，设备类型也会变所以也要更新
device = DeviceService.GetInstance().get(deviceID);
if (ddb.deviceXh != device.deviceModelCode || (DeviceData.getProtocolTypeByCode(ddb.protocolType).typecode != device.deviceTypeCode))
{
//型号有变化更新设备信息
device.deviceModelCode = ddb.deviceXh;
device.deviceModel = new DeviceModel() { code = ddb.deviceXh };
device.deviceTypeCode = deviceT;
//device.name = "";
LogUtil.info("has device update,collectorID is " + collectorID + ",deviceAddress is " + device.deviceAddress);
DeviceService.GetInstance().Save(device);
//设备类型编号也要更新bank缓存
HttpClientUtil.requestUrl(bank_url);
}
}
//设置设备的发电量
if (ddb.todayEnergy > -1)
{
deviceEnergyMap[deviceID + ":" + messageHeader.year + messageHeader.month + messageHeader.day] = ddb.todayEnergy;
}
//设置设备的增量日照强度，参照发电量记录，用发电量的记录逻辑，因为发电量的设备id是逆变器，现在时环境监测仪所以不会重复，可以用发电量的结构
//如果增量日照强度大于0则表示有就记录下来，用于后面的累计 add by qianhb in 2012/01/13
if (ddb.todaySunshine > -1)
{
deviceEnergyMap[deviceID + ":" + messageHeader.year + messageHeader.month + messageHeader.day] = ddb.todaySunshine;
}
//这里需要改进为依据设备时间，防止设备数据的时间和采集器的时间是不一致的
string mapObjectKey;
IDictionary<string, DeviceDayData> tmpdic = null;
foreach (int key in ddb.historyMonitorMap.Keys)
{
tmpdic = devicedayDataMapList[deviceID % 50];
mapObjectKey = CacheKeyUtil.buildDeviceDayDataKey(deviceID, messageHeader.year + messageHeader.month, int.Parse(messageHeader.day), key);
if (!tmpdic.ContainsKey(mapObjectKey))
{
//先从缓存中取得
mdd = DeviceDayDataService.GetInstance().getDeviceDayData(deviceID, key, int.Parse(messageHeader.day), int.Parse(messageHeader.year), int.Parse(messageHeader.month));
if (mdd == null)
mdd = new DeviceDayData() { deviceID = deviceID, sendDay = int.Parse(messageHeader.day), monitorCode = key, deviceType = ddb.tableType };
else
{
if (mdd.id == 0)
LogUtil.warn("mdd id is 0" + deviceID + "-" + key + "-" + ddb.tableType);
}
tmpdic[mapObjectKey] = mdd;
}
else
{
mdd = tmpdic[mapObjectKey];
}
//非持久化属性赋值，用于指定所在表
mdd.yearmonth = messageHeader.year + messageHeader.month;
float newValue = ddb.historyMonitorMap[key] == null ? 0 : float.Parse(ddb.historyMonitorMap[key].ToString());
string tmpvalue = "#" + messageHeader.hour + messageHeader.minute + messageHeader.second + ":" + newValue;
if (mdd.dataContent != null){//避免数据串有重复数据过大
if (!mdd.dataContent.Contains(tmpvalue))
mdd.dataContent += tmpvalue;
}
else
{
mdd.dataContent = tmpvalue;
}
mdd.sendtime = messageHeader.TimeNow;
mdd.localAcceptTime = DateTime.Now;
mdd.deviceType = ddb.tableType;
mdd.changed = true;
//add by qhb in 20120924 for 会写到memcahced 以便持久化能取到改数据.设备天数据集中缓存处有点问题，
//导致曲线数据有丢失现象
MemcachedClientSatat.getInstance().Set(mapObjectKey, mdd);
//将功率和关照的最大发生时间记录下来,稍后在优化下
if (key == MonitorType.MIC_INVERTER_TOTALYGPOWER || key == MonitorType.MIC_DETECTOR_SUNLINGHT || key == MonitorType.MIC_BUSBAR_TOTALCURRENT)
{
//LogUtil.warn("deviceDataCounts.Add(new DeviceDataCount(): id is " +deviceID+"-"+ messageHeader.year.ToString() + messageHeader + "");
deviceDataCounts.Add(new DeviceDataCount() { deviceId = deviceID, monitorCode = key, year = int.Parse(messageHeader.year), month = int.Parse(messageHeader.month), day = int.Parse(messageHeader.day), deviceTable = TableUtil.DEVICE, maxValue = newValue, maxTime = messageHeader.TimeNow, localAcceptTime = DateTime.Now });
}
}
}
catch (Exception ee)
{
LogUtil.error(ee.Message);
}
}
}
}
/// <summary>
/// 设备的月天统计图表
/// </summary>
/// <param name="device"></param>
/// <param name="rate"></param>
/// <param name="chartname"></param>
/// <param name="startYearMMDD"></param>
/// <param name="endYearMMDD"></param>
/// <param name="chartType"></param>
/// <param name="unit"></param>
/// <returns></returns>
public ChartData MonthDDChartByDevice(Device device, float rate, string chartname, string startYearMMDD, string endYearMMDD, string chartType, string unit)
{
if (device == null)
{
return new ChartData() ;
}
string name = LanguageUtil.getDesc("CHART_TITLE_MONTH_ENERGY");
string startYearMM = startYearMMDD.Substring(0, 6);
string endYearMM = endYearMMDD.Substring(0, 6);
Hashtable monthDDEnergy = DeviceMonthDayDataService.GetInstance().DeviceYearMMDDList(device, startYearMM, endYearMM);
string[] ic = base.getXseriesFromYYYYMMDD(startYearMMDD, endYearMMDD).ToArray();
string[] xAxis = formatXaxis(ic, ChartTimeType.MonthDay);
string xname = MonitorType.getMonitorTypeByCode(MonitorType.PLANT_MONITORITEM_ENERGY_CODE).name;
KeyValuePair<string, float?[]> data = new KeyValuePair<string, float?[]>();
if (monthDDEnergy.Count > 0)
{
data = GenerateChartData(xname, ic, monthDDEnergy, rate);
}
return ReportBuilder.createJsonChartXY(name, xAxis, data, "", unit, chartType, fromApp);
}
/// <summary>
/// 取得单个设备的每个年度的发电量
/// </summary>
/// <param name="device"></param>
/// <returns></returns>
public Hashtable GetTotalDatasByDevice(Device device)
{
return this.GetTotalDatasByDevices(new List<Device>(){device});
}
/// <summary>
/// 取得设备年度收益率图表
/// </summary>
/// <param name="device"></param>
/// <param name="chartType"></param>
/// <returns></returns>
public ChartData TotalCO2ChartByDevice(Device device, string chartType, string unit)
{
float rate = getCO2Rate();
return this.YearChartByDevice(device, rate, "CO2 Reduction Chart", chartType, unit);
}
private string getDetectorRunDataStr(Device device)
{
//StringBuilder sb = new StringBuilder();
////1 設備状态 "0：待机（waiting）1：正常（normal）3：故障（fault）" 1
//sb.Append(device.getStatusDefinedValue()).Append(",");
////2 风速 m/s 0.1m/s 2.1
//sb.Append("2.1").Append(",");
////3 风向 °（角度） 1° 265
//sb.Append("265").Append(",");
////4 环境温度 ℃ 0.1℃ 11.6
//sb.Append("11.6").Append(",");
////5 电池板温度 ℃ 0.1℃ 19.1
//sb.Append("19.1").Append(",");
////6 辐射强度 W/㎡ 1W/㎡ 306
//sb.Append("306").Append(",");
////7 故障代碼 請提供故障代碼對照表 EI501
//sb.Append("16400");
string[] dataarr = new string[7];
if (device.runData != null && device.runData.rundatastr != null)
analyzeArr(device.runData.rundatastr, dataarr, detector_no_mcodemap);
dataarr[0] = device.getStatusDefinedValue().ToString();
//将浮点状态值转成整形
if (!string.IsNullOrEmpty(dataarr[6]))
dataarr[6] = int.Parse(dataarr[6]).ToString();
return buildRunDataStr(dataarr);
}
/// <summary>
/// 设备年度统计图表
/// </summary>
/// <param name="device"></param>
/// <param name="rate"></param>
/// <param name="chartname"></param>
/// <param name="chartType"></param>
/// <param name="unit"></param>
/// <returns></returns>
public ChartData YearChartByDevice(Device device, float rate, string chartname, string chartType, string unit)
{
if (device == null)
{
return new ChartData();
}
string chartName = LanguageUtil.getDesc("CHART_TITLE_TOTAL_ENERGY");
///所有子站累加
Hashtable yearEnergy = DeviceYearDataService.GetInstance().GetTotalDatasByDevice(device);
string[] ic = sortCollection(yearEnergy.Keys);
string[] newic = null;
int len = 5;
int skip = len - ic.Length;
int left = (int)skip / 2;
int right = 5 - ic.Length - left;
if (ic.Length < len)
{
newic = new string[len];
len = 0;
int startYear = ic.Length == 0 ? DateTime.Now.Year : int.Parse(ic[0]);
int endYear = ic.Length == 0 ? DateTime.Now.Year : int.Parse(ic[ic.Length - 1]);
while (left > 0)
newic[len++] = (startYear - (left--)).ToString();
foreach (string s in ic)
newic[len++] = s;
for (int i = 1; i <= right; i++)
newic[len++] = (endYear + (i)).ToString();
}
else
{
newic = ic;
}
string[] xAxis = formatXaxis(newic, ChartTimeType.Year);
string yname = MonitorType.getMonitorTypeByCode(MonitorType.PLANT_MONITORITEM_ENERGY_CODE).name;
KeyValuePair<string, float?[]> data = new KeyValuePair<string, float?[]>();
if (yearEnergy.Count > 0)
{
data = GenerateChartData(yname, newic, yearEnergy, rate);
}
return ReportBuilder.createJsonChartXY(chartName, xAxis, data, "", unit, chartType, fromApp);
}
/// <summary>
/// 按照设备
/// </summary>
/// <param name="device"></param>
/// <param name="collector"></param>
/// <returns></returns>
private string getInverterRunDataStr(Device device, Collector collector)
{
//1 逆变器运行状态 0：待机（waiting）1：正常（normal）3：故障（fault） 1
string[] dataarr = new string[37];
if (device.runData != null && device.runData.rundatastr != null)
analyzeArr(device.runData.rundatastr, dataarr, invert_no_mcodemap);
dataarr[0] = device.getStatusDefinedValue().ToString();
double dv, dc;
double.TryParse(dataarr[1], out dv);
double.TryParse(dataarr[2], out dc);
dataarr[4] = (dv * dc).ToString();//第一路电池板输出功率
double.TryParse(dataarr[4], out dv);
double.TryParse(dataarr[5], out dc);
dataarr[7] = (dv * dc).ToString();//直流电压2 *直流电流2 第二路电池板输出功率
dataarr[33] = collector.code;
dataarr[34] = "000";//逆变器地址
//将浮点状态值转成整形
if (!string.IsNullOrEmpty(dataarr[23]))
dataarr[23] = int.Parse(dataarr[23]).ToString();
//12 + 15 +18
//处理37 逆变器交流输出总功率 W 0.1W 第一、二、三相交流输出功率之和 4893.9
if (dataarr[12] == null) dataarr[12] = "0";
if (dataarr[15] == null) dataarr[15] = "0";
if (dataarr[18] == null) dataarr[18] = "0";
dataarr[36] = Math.Round(double.Parse(dataarr[12]) + double.Parse(dataarr[15]) + double.Parse(dataarr[18]),2).ToString();
return buildRunDataStr(dataarr);
//sb.Append(device.getStatusDefinedValue()).Append(",");
////2 逆变器输入总功率 W 0.1W
//sb.Append("333.4").Append(",");
////3 第一路电池板电压 V 0.1V
//sb.Append("33.4").Append(",");
////4 第一路电池板电流 A 0.1A
//sb.Append("23.4").Append(",");
////5 第一路电池板输出功率 W 0.1W
//sb.Append("23.4").Append(",");
////6 第二路电池板电压 V 0.1V
//sb.Append("23.4").Append(",");
////7 第二路电池板电流 A 0.1A
//sb.Append("23.4").Append(",");
////8 第二路电池板输出功率 W 0.1W
//sb.Append("23.4").Append(",");
////9 逆变器输出总功率 W 0.1W
//sb.Append("23.4").Append(",");
////10 电网频率 Hz 0.01Hz
//sb.Append("224.14").Append(",");
////11 第一相电压 V 0.1V
//sb.Append("23.4").Append(",");
////12 第一相电流 A 0.1A
//sb.Append("23.4").Append(",");
////13 第一相输出功率 W 0.1W
//sb.Append("23.4").Append(",");
////14 第二相电压 V 0.1V
//sb.Append("23.4").Append(",");
////15 第二相电流 A 0.1A
//sb.Append("23.4").Append(",");
////16 第二相输出功率 W 0.1W
//sb.Append("23.4").Append(",");
////17 第三相电压 V 0.1V
//sb.Append("23.4").Append(",");
////18 第三相电流 A 0.1A
//sb.Append("23.4").Append(",");
////19 第三相输出功率 W 0.1W
//sb.Append("23.4").Append(",");
////20 今日发电量 KWH 0.1KWH
//sb.Append("23.4").Append(",");
////21 累计发电量 KWH 0.1KWH
//sb.Append("23.4").Append(",");
////22 总发电时间 S 0.5S
//sb.Append("23.4").Append(",");
////23 逆变器内部温度 ℃ 0.1℃
//sb.Append("23.4").Append(",");
////24 逆变器运行错误码
//sb.Append("9984").Append(",");
////25 逆变器输出功率因数
//sb.Append("1.4").Append(",");
////26 第一路电池板今日发电量 KWH 0.1KWH
//sb.Append("23.4").Append(",");
////27 第一路电池板累计发电量 KWH 0.1KWH
//sb.Append("23.4").Append(",");
////28 第二路电池板今日发电量 KWH 0.1KWH
//sb.Append("23.4").Append(",");
////29 第二路电池板累计发电量 KWH 0.1KWH
//sb.Append("23.4").Append(",");
////30 电池板累计发电量 KWH 0.1KWH
//sb.Append("23.4").Append(",");
////31 交流端无功功率 Var 0.1Var
//sb.Append("23.4").Append(",");
////32 今日无功电能 KVarH 0.1KVarH
//sb.Append("23.4").Append(",");
////33 累计无功电能 KVarH 0.1KVarH
//sb.Append("23.4").Append(",");
////34 数据采集器序列号
//sb.Append(collector.code).Append(",");
////35 逆变器序列号
//sb.Append("");
}
/// <summary>
/// 设备的年月统计图表
/// </summary>
/// <param name="device"></param>
/// <param name="rate"></param>
/// <param name="chartname"></param>
/// <param name="startYearMM"></param>
/// <param name="endYearMM"></param>
/// <param name="chartType"></param>
/// <param name="unit"></param>
/// <returns></returns>
public ChartData YearMMChartByDevice(Device device, float rate, string chartname, string startYearMM, string endYearMM, string chartType, string unit)
{
if (device == null)
{
return new ChartData();
}
string name = LanguageUtil.getDesc("CHART_TITLE_YEAR_ENERGY");
int startYear = int.Parse(startYearMM.Substring(0, 4));
int endYear = int.Parse(endYearMM.Substring(0, 4));
Hashtable yearMonthEnergy = DeviceYearMonthDataService.GetInstance().GetDeviceBetweenYearData(device, startYear, endYear);
string[] ic = base.getXseriesFromYYYYMM(startYearMM, endYearMM).ToArray();
string[] xAxis = formatXaxis(ic, ChartTimeType.YearMonth);
string yname = MonitorType.getMonitorTypeByCode(MonitorType.PLANT_MONITORITEM_ENERGY_CODE).name;
KeyValuePair<string, float?[]> data = new KeyValuePair<string, float?[]>();
if (yearMonthEnergy.Count > 0)
{
data = GenerateChartData(yname, ic, yearMonthEnergy, rate);
}
return ReportBuilder.createJsonChartXY(name, xAxis, data, "", unit, chartType, fromApp);
}
public ActionResult UpdateDeviceMonitor(Device device, string pid)
{
if (device.name == device.comFullName) device.name = "";//组合名称不保存到name字段，避免自定义被修改
DeviceService.GetInstance().UpdateDeviceById(device);
return RedirectToAction("DeviceMonitor", "plant", new { @id = pid });
}
/// <summary>
/// 设备年月pr性能
/// </summary>
/// <param name="invertDevice"></param>
/// <param name="detectorDevice"></param>
/// <param name="chartName"></param>
/// <param name="startYearMM"></param>
/// <param name="endYearMM"></param>
/// <param name="chartType"></param>
/// <returns></returns>
public ChartData yearMonthRPChartBypList(Device invertDevice,Device detectorDevice, string chartName, string startYearMM, string endYearMM, string chartType)
{
if (invertDevice == null)
{
return new ChartData();
}
MonitorType mt = MonitorType.getMonitorTypeByCode(MonitorType.PLANT_MONITORITEM_ENERGY_CODE);
IList<string> chartTypes = new List<string>(); //图表类型
IList<string> units = new List<string>(); //单位
IList<string> ynames = new List<string>(); //y轴名称
//IList<string> compareObjs = null;//图例比较对象，因为是同一个电站，不追加
chartTypes.Add(chartType);
chartTypes.Add(chartType);
ynames.Add(mt.name);
ynames.Add(mt.name);
//产生坐标
int startYear = int.Parse(startYearMM.Substring(0, 4));
int endYear = int.Parse(endYearMM.Substring(0, 4));
string[] ic = base.getXseriesFromYYYYMM(startYearMM, endYearMM).ToArray();
string[] xAxis = formatXaxis(ic, ChartTimeType.YearMonth);
float rate = 1.0F;
string newseriekey;
//取得多个采集器的实际发电量
Hashtable yearMonthEnergy = DeviceYearMonthDataService.GetInstance().GetDeviceBetweenYearData(invertDevice, startYear, endYear);
units.Add(mt.unit);
units.Add(mt.unit);
IList<KeyValuePair<string, float?[]>> datas = new List<KeyValuePair<string, float?[]>>();
KeyValuePair<string, float?[]> data = new KeyValuePair<string, float?[]>();
if (yearMonthEnergy.Count > 0)
{
newseriekey = LanguageUtil.getDesc("ACTUALENERGY");
data = GenerateChartData(newseriekey, ic, yearMonthEnergy, rate);
}
//string comobj = "";//plantList.Count > 1 ? "" : plantList[0].name;
datas.Add(data);
//取得日照增量强度，并依次计算理论发电量
//取得有增量日照迁强度的环境监测仪设备
rate = this.getEnergyRate(invertDevice.designPower);
yearMonthEnergy = DeviceYearMonthDataService.GetInstance().GetDeviceBetweenYearData(detectorDevice, startYear, endYear);
newseriekey = LanguageUtil.getDesc("THEORYENERGY");
data = GenerateChartData(newseriekey, ic, yearMonthEnergy, rate);
datas.Add(data);
float?[] newDataArr = computeByType(xAxis.ToArray(), datas, ComputeType.Ratio);
KeyValuePair<string, float?[]> newdata = new KeyValuePair<string, float?[]>("PR", newDataArr);
datas.Add(newdata);
chartTypes.Add(ChartType.line);
units.Add("%");
ynames.Add("PR");
return ReportBuilder.createMultiJsonChartXY(chartName, xAxis, datas, ynames.ToArray(), chartTypes.ToArray(), units.ToArray(), fromApp);
}
/// <summary>
/// 作者：鄢睿
/// 功能：取得设备多个年度的年月比较数据
/// 创建时间：2011年02月25日
/// </summary>
/// <param name="device"></param>
/// <param name="years"></param>
/// <param name="monitorCode"></param>
/// <param name="unit"></param>
/// <param name="chartType"></param>
/// <returns></returns>
public ChartData DeviceMMCompare(Device device, IList<string> yearmms, MonitorType mt, string unit, string chartType, float rate)
{
ICollection<ICollection> keys = new List<ICollection>();
StringBuilder sb = new StringBuilder();
// foreach (string year in yearmms)
//{
// sb.Append("," + year);
//}
string chartName = mt.name + " " + LanguageUtil.getDesc("CHART_TITLE_COMPARE");
IList<KeyValuePair<string, float?[]>> datas = new List<KeyValuePair<string, float?[]>>();
string[] chartTypes = new string[1] { chartType };
string[] units = new string[1] { unit };
string[] ynames = new string[1] { "" };
string[] ic = null;
bool hasData = false;
//取得多个年度的发电月数据
int i = 0;
foreach (string yearMM in yearmms)
{
Hashtable dataHash = null;
string curName = yearMM;
dataHash = DeviceMonthDayDataService.GetInstance().DeviceYearMMDDList(device, yearMM, yearMM);
string[] tmpic = base.getXseriesFromYYYYMMDD(yearMM + "01", yearMM + CalenderUtil.getMonthDays(yearMM).ToString("00")).ToArray();
if (ic == null || tmpic.Length > ic.Length) ic = tmpic;
//如果有多个设备进行编辑，没有数据的时候也显示
//if (dataHash.Count > 0)
//{
//add by qhb in 20120928 for 补偿发电量
base.addDeviceDayEnergy(dataHash, device.id, yearMM, yearMM);
KeyValuePair<string, float?[]> data = GenerateChartData(curName, ic, dataHash, rate);
datas.Add(data);
//}
//如果有数据则将有数据标识为true
if (dataHash.Count > 0)
{
hasData = true;
}
i++;
}
if (!hasData)
{
//如果所有设备都没数据才清空数据，即图表中显示无数据提示
datas.Clear();
}
string[] xAxis = formatXaxis(ic, ChartTimeType.MonthDay);
return ReportBuilder.createMultiJsonChartXY(chartName, xAxis, datas, ynames, chartTypes, units, fromApp);
}
/// <summary>
/// 取得总体年度pr性能
/// </summary>
/// <param name="invertDevice"></param>
/// <param name="detectorDevice"></param>
/// <param name="chartName"></param>
/// <param name="chartType"></param>
/// <returns></returns>
public ChartData YearPRChartBypList(Device invertDevice,Device detectorDevice, string chartName, string chartType)
{
if (invertDevice == null)
{
return new ChartData();
}
MonitorType mt = MonitorType.getMonitorTypeByCode(MonitorType.PLANT_MONITORITEM_ENERGY_CODE);
IList<string> chartTypes = new List<string>(); //图表类型
IList<string> units = new List<string>(); //单位
IList<string> ynames = new List<string>(); //y轴名称
//IList<string> compareObjs = null;//图例比较对象，因为是同一个电站，不追加
chartTypes.Add(chartType);
chartTypes.Add(chartType);
ynames.Add(mt.name);
ynames.Add(mt.name);
//产生坐标
Hashtable yearEnergy = DeviceYearDataService.GetInstance().GetTotalDatasByDevice(invertDevice);
string[] ic = sortCollection(yearEnergy.Keys);
string[] newic = null;
int len = 5;
int skip = len - ic.Length;
int left = (int)skip / 2;
int right = 5 - ic.Length - left;
if (ic.Length < len)
{
newic = new string[len];
len = 0;
int startYear = ic.Length == 0 ? DateTime.Now.Year : int.Parse(ic[0]);
int endYear = ic.Length == 0 ? DateTime.Now.Year : int.Parse(ic[ic.Length - 1]);
while (left > 0)
newic[len++] = (startYear - (left--)).ToString();
foreach (string s in ic)
newic[len++] = s;
for (int i = 1; i <= right; i++)
newic[len++] = (endYear + (i)).ToString();
}
else
{
newic = ic;
}
string[] xAxis = formatXaxis(newic, ChartTimeType.Year);
float rate = 1.0F;
string newseriekey;
//取得多个采集器的实际发电量
units.Add(mt.unit);
units.Add(mt.unit);
IList<KeyValuePair<string, float?[]>> datas = new List<KeyValuePair<string, float?[]>>();
KeyValuePair<string, float?[]> data = new KeyValuePair<string, float?[]>();
if (yearEnergy.Count > 0)
{
newseriekey = LanguageUtil.getDesc("ACTUALENERGY");
data = GenerateChartData(newseriekey, newic, yearEnergy, rate);
}
datas.Add(data);
//取得日照增量强度，并依次计算理论发电量
//取得有增量日照迁强度的环境监测仪设备
//计算理论发电量换算率
rate = this.getEnergyRate(invertDevice.designPower);
yearEnergy = DeviceYearDataService.GetInstance().GetTotalDatasByDevice(detectorDevice);
newseriekey = LanguageUtil.getDesc("THEORYENERGY");
data = GenerateChartData(newseriekey, ic, yearEnergy, rate);
datas.Add(data);
float?[] newDataArr = computeByType(xAxis.ToArray(), datas, ComputeType.Ratio);
KeyValuePair<string, float?[]> newdata = new KeyValuePair<string, float?[]>("PR", newDataArr);
datas.Add(newdata);
chartTypes.Add(ChartType.line);
units.Add("%");
ynames.Add("PR");
return ReportBuilder.createMultiJsonChartXY(chartName, xAxis, datas, ynames.ToArray(), chartTypes.ToArray(), units.ToArray(), fromApp);
}
/// <summary>
/// 取得汇流箱设备某个测点的详细数据，目前主要是数字输入和工作状态
/// add by qhb in 20120825 for 显示测点的详细信息
/// </summary>
/// <param name="device"></param>
/// <param name="monitorCode"></param>
/// <returns></returns>
private IList<DigitalInputDetailVO> getDetails(Device device, int monitorCode, int displayHxlroute)
{
IList<DigitalInputDetailVO> details = new List<DigitalInputDetailVO>();
//如果有数字输入测点，则返回相应的符合显示要求的数据结构
if (device.runData != null && device.runData.hasMonitor(monitorCode))
{
//数字输入值
string value = device.runData.getMonitorValueWithStatus(monitorCode);
if (monitorCode == MonitorType.MIC_BUSBAR_STATUS)
{
value = StringUtil.getFullbitstr(int.Parse(value));
}
else
{
value = StringUtil.getFullbitstr(int.Parse(value));
}
char[] desArray = new char[value.Length];
value.CopyTo(0, desArray, 0, value.Length);
//一次取得相应bit位的值
string bitkey = null;
int bitvalue = 0;
string bitdesc;//bit位多语言描述
string bitvaluedesc = "";//bit位值代表的状态码描述，从资源库中取得
string bititem;
string status;//状态
DigitalInputDetailVO digitalInputDetailVO = null;
int n = 0;
for (int i = desArray.Length - 1; i >= 0; i--)
{
n++;
bitkey = monitorCode.ToString() + n;
//判断该bit位定义是否存在
if (MonitorType.bitStatusMap.ContainsKey(bitkey))
{
//取得该bit位对应值
bitvalue = int.Parse(desArray[i].ToString());
bititem = MonitorType.bitStatusMap[bitkey];
bitdesc = LanguageUtil.getDesc(bititem);
bitvaluedesc = LanguageUtil.getDesc(bititem + bitvalue);
if (bititem.Equals(MonitorType.digital_input_item_flq) || bititem.Equals(MonitorType.work_status_item_run))
{
status = bitvalue == 0 ? DigitalInputDetailVO.status_off : DigitalInputDetailVO.status_no;
}
else
status = bitvalue == 0 ? DigitalInputDetailVO.status_no : DigitalInputDetailVO.status_off;
digitalInputDetailVO = new DigitalInputDetailVO(status, bitdesc, bitvaluedesc);
if (monitorCode == MonitorType.MIC_BUSBAR_STATUS)
{
//取得状态项目对应的各路状态
int mcode = 0;
if (bititem.Equals(MonitorType.work_status_item_duanlu))
{
mcode = MonitorType.MIC_BUSBAR_DUANLUDATA;
}
else if (bititem.Equals(MonitorType.work_status_item_dlgg))
{
mcode = MonitorType.MIC_BUSBAR_DLGGDATA;
}
else if (bititem.Equals(MonitorType.work_status_item_dlgd))
{
mcode = MonitorType.MIC_BUSBAR_DLGDDATA;
}
else if (bititem.Equals(MonitorType.work_status_item_kailu))
{
mcode = MonitorType.MIC_BUSBAR_KAILUDATA;
}
if (mcode > 0)
{
string routestatusvalue = device.runData.getMonitorValueWithStatus(mcode);
routestatusvalue = StringUtil.getFullbitstr(int.Parse(routestatusvalue));
char[] routeArray = new char[routestatusvalue.Length];
routestatusvalue.CopyTo(0, routeArray, 0, routestatusvalue.Length);
int m = 0;
//先取得传感器接入路数，以决定显示多少路汇流箱路数
string[] routeStringArray = new string[displayHxlroute];
for (int k = routeArray.Length - 1; k >= 0; k--)
{
//取得该bit位对应值
int tmpbitvalue = int.Parse(routeArray[k].ToString());
if (m < displayHxlroute)
{
routeStringArray[m] = (status.Equals(DigitalInputDetailVO.status_off) && tmpbitvalue == 1) ? DigitalInputDetailVO.status_off : DigitalInputDetailVO.status_no;
}
m++;
}
digitalInputDetailVO.routeStatus = routeStringArray;
}
else
{
digitalInputDetailVO.statusItem = digitalInputDetailVO.statusDesc;
}
}
details.Add(digitalInputDetailVO);
}
}
}
return details;
}
public int UpdateDeviceById(Device device)
{
return _deviceDao.UpdateDeviceById(device);
}