/// <summary>
/// 创建原因：获取当前已经存在的属性样品总条数
/// 创建人：胡方扬
/// 创建日期：2013-07-09
/// </summary>
/// <returns></returns>
public int GetDustyCoutForBaseInfor()
{
int CountNum = 0;
if (!String.IsNullOrEmpty(strBaseInfor_Id))
{
DataTable dt = new TMisMonitorDustattributeSo2ornoxLogic().SelectByTable(new TMisMonitorDustattributeSo2ornoxVo {
BASEINFOR_ID = strBaseInfor_Id
});
CountNum = dt.Rows.Count;
}
return(CountNum);
}
/// <summary>
/// 创建原因：根据原始记录表基本数据ID获取当前项目的属性表数据信息
/// 创建人：胡方扬
/// 创建日期：2013-07-09
/// </summary>
/// <returns></returns>
public string getAttInfor()
{
string result = "";
if (!String.IsNullOrEmpty(strBaseInfor_Id))
{
TMisMonitorDustattributeSo2ornoxVo objDustAtt = new TMisMonitorDustattributeSo2ornoxVo();
objDustAtt.BASEINFOR_ID = strBaseInfor_Id;
objDustAtt.SORT_FIELD = "ID";
objDustAtt.SORT_TYPE = "desc";
DataTable objDt = new TMisMonitorDustattributeSo2ornoxLogic().SelectByTable(objDustAtt, intPageIndex, intPageSize);
int CountNum = new TMisMonitorDustattributeSo2ornoxLogic().GetSelectResultCount(objDustAtt);
result = LigerGridDataToJson(objDt, CountNum);
}
return(result);
}
/// <summary>
/// 获取监测项目信息
/// </summary>
/// <returns></returns>
private string getFourGridInfo(string strThreeGridId)
{
string strSortname = Request.Params["sortname"];
string strSortorder = Request.Params["sortorder"];
//当前页面
int intPageIndex = Convert.ToInt32(Request.Params["page"]);
//每页记录数
int intPageSize = Convert.ToInt32(Request.Params["pagesize"]);
DataTable dt = new TMisMonitorResultLogic().getItemInfoInAlloction_QHD(strThreeGridId, "'01','00'", "0", "", "", intPageIndex, intPageSize);
//退回意见
for (int i = 0; i < dt.Rows.Count; i++)
{
TMisMonitorResultVo objResutlVo = new TMisMonitorResultLogic().Details(dt.Rows[i]["ID"].ToString());
TMisMonitorSampleInfoVo objSampleInfoVo = new TMisMonitorSampleInfoLogic().Details(objResutlVo.SAMPLE_ID);
TMisMonitorSubtaskVo objSubtaskVo = new TMisMonitorSubtaskLogic().Details(objSampleInfoVo.SUBTASK_ID);
TMisReturnInfoVo objReturnInfoVo = new TMisReturnInfoVo();
objReturnInfoVo.TASK_ID = objSubtaskVo.TASK_ID;
objReturnInfoVo.SUBTASK_ID = objSubtaskVo.ID;
objReturnInfoVo.RESULT_ID = dt.Rows[i]["ID"].ToString();
objReturnInfoVo.CURRENT_STATUS = SerialType.Monitor_007;
objReturnInfoVo.BACKTO_STATUS = SerialType.Monitor_006;
objReturnInfoVo = new TMisReturnInfoLogic().Details(objReturnInfoVo);
dt.Rows[i]["REMARK_1"] = objReturnInfoVo.SUGGESTION;
//获取原始记录表的采样编号
DataTable dtInfo = new DataTable();
DataRow[] drInfo = dtInfo.Select("1=2");
string strFiter_Code = "";
TMisMonitorDustinforVo objDustinforVo = new TMisMonitorDustinforVo();
objDustinforVo.SUBTASK_ID = dt.Rows[i]["ID"].ToString();
objDustinforVo = new TMisMonitorDustinforLogic().Details(objDustinforVo);
if (objDustinforVo.ID.Length > 0)
{
TMisMonitorDustattributeVo objDustattributeVo = new TMisMonitorDustattributeVo();
objDustattributeVo.BASEINFOR_ID = objDustinforVo.ID;
dtInfo = new TMisMonitorDustattributeLogic().SelectByTable(objDustattributeVo);
if (dtInfo.Rows.Count > 0)
{
drInfo = dtInfo.Select("FITER_CODE<>'平均'");
}
else
{
TMisMonitorDustattributeSo2ornoxVo objDustattributeSo2ornoxVo = new TMisMonitorDustattributeSo2ornoxVo();
objDustattributeSo2ornoxVo.BASEINFOR_ID = objDustinforVo.ID;
dtInfo = new TMisMonitorDustattributeSo2ornoxLogic().SelectByTable(objDustattributeSo2ornoxVo);
if (dtInfo.Rows.Count > 0)
{
drInfo = dtInfo.Select("FITER_CODE<>'平均'");
}
else
{
TMisMonitorDustattributePmVo DustattributePmVo = new TMisMonitorDustattributePmVo();
DustattributePmVo.BASEINFOR_ID = objDustinforVo.ID;
dtInfo = new TMisMonitorDustattributePmLogic().SelectByTable(DustattributePmVo);
if (dtInfo.Rows.Count > 0)
{
drInfo = dtInfo.Select("FITER_CODE<>'平均'");
}
}
}
for (int j = 0; j < drInfo.Length; j++)
{
strFiter_Code += drInfo[j]["FITER_CODE"].ToString() + ",";
}
dt.Rows[i]["REMARK_2"] = strFiter_Code.TrimEnd(',');
}
}
int intTotalCount = new TMisMonitorResultLogic().getItemInfoCountInAlloction_QHD(strThreeGridId, "'01','00'", "0", "", "");
string strJson = CreateToJson(dt, intTotalCount);
return(strJson);
}
/// <summary>
/// 创建原因：根据指定监测项目属性ID 更新指定列的数据
/// 创建人：胡方扬
/// 创建时间：2013-07-09
/// </summary>
/// <returns></returns>
public bool UpdateAttValue()
{
bool blFlag = false;
if (!String.IsNullOrEmpty(strAttInfor_Id) && !String.IsNullOrEmpty(strUpdateCell))
{
blFlag = new TMisMonitorDustattributeSo2ornoxLogic().UpdateCell(strAttInfor_Id, strUpdateCell, strUpdateCellValue);
Regex r = new Regex("^\\d+(\\.)?\\d*$");
TMisMonitorDustattributeSo2ornoxVo So2ornoxVo = new TMisMonitorDustattributeSo2ornoxVo();
So2ornoxVo = new TMisMonitorDustattributeSo2ornoxLogic().Details(strAttInfor_Id);
if (blFlag)
{
switch (strUpdateCell)
{
case "SO2_POTENCY": //SO2浓度
//计算SO2折算浓度：（（21/（21-含氧量））*SO2浓度）/折算系数
decimal dPOTENCY = r.IsMatch(So2ornoxVo.SO2_POTENCY) ? decimal.Parse(So2ornoxVo.SO2_POTENCY) : 0;
decimal dOXYGEN = r.IsMatch(So2ornoxVo.SMOKE_OXYGEN) ? decimal.Parse(So2ornoxVo.SMOKE_OXYGEN) : 0;
TMisMonitorDustinforVo DustinforVo = new TMisMonitorDustinforLogic().Details(So2ornoxVo.BASEINFOR_ID);
decimal dMODUL_NUM = r.IsMatch(DustinforVo.MODUL_NUM) ? decimal.Parse(DustinforVo.MODUL_NUM) : 0;
decimal dPER_POTENCY = 0;
if (dMODUL_NUM != 0)
{
dPER_POTENCY = ((21 / (21 - dOXYGEN)) * dPOTENCY) / dMODUL_NUM;
blFlag = new TMisMonitorDustattributeSo2ornoxLogic().UpdateCell(strAttInfor_Id, "SO2_PER_POTENCY", Math.Round(dPER_POTENCY, 0).ToString());
}
else
{
if (So2ornoxVo.SAMPLE_CODE == "平均")
{
//更新结果表
TMisMonitorResultVo objResultVo = new TMisMonitorResultLogic().Details(DustinforVo.SUBTASK_ID);
DataTable dt = new TMisMonitorSampleInfoLogic().SelectResultForSO2(objResultVo.SAMPLE_ID);
DataRow[] dr;
dr = dt.Select("ITEM_NAME='二氧化硫'");
if (dr.Length > 0)
{
objResultVo = new TMisMonitorResultVo();
objResultVo.ID = dr[0]["ID"].ToString();
objResultVo.ITEM_RESULT = strUpdateCellValue;
blFlag = new TMisMonitorResultLogic().Edit(objResultVo);
}
}
}
//计算SO2排放量：（SO2浓度*标态流量）/1000000
decimal dSPEED = r.IsMatch(So2ornoxVo.NM_SPEED) ? decimal.Parse(So2ornoxVo.NM_SPEED) : 0;
blFlag = new TMisMonitorDustattributeSo2ornoxLogic().UpdateCell(strAttInfor_Id, "SO2_DISCHARGE", Math.Round((dPOTENCY * dSPEED) / 1000000, 3).ToString());
break;
case "SO2_PER_POTENCY":
DustinforVo = new TMisMonitorDustinforLogic().Details(So2ornoxVo.BASEINFOR_ID);
dMODUL_NUM = r.IsMatch(DustinforVo.MODUL_NUM) ? decimal.Parse(DustinforVo.MODUL_NUM) : 0;
if (dMODUL_NUM != 0 && So2ornoxVo.SAMPLE_CODE == "平均")
{
//更新结果表
TMisMonitorResultVo objResultVo = new TMisMonitorResultLogic().Details(DustinforVo.SUBTASK_ID);
DataTable dt = new TMisMonitorSampleInfoLogic().SelectResultForSO2(objResultVo.SAMPLE_ID);
DataRow[] dr;
dr = dt.Select("ITEM_NAME='二氧化硫'");
if (dr.Length > 0)
{
objResultVo = new TMisMonitorResultVo();
objResultVo.ID = dr[0]["ID"].ToString();
objResultVo.ITEM_RESULT = strUpdateCellValue;
blFlag = new TMisMonitorResultLogic().Edit(objResultVo);
}
}
break;
case "NOX_POTENCY": //NOX浓度
//计算NOX折算浓度：（（21/（21-含氧量））*NOX浓度）/折算系数
dPOTENCY = r.IsMatch(So2ornoxVo.NOX_POTENCY) ? decimal.Parse(So2ornoxVo.NOX_POTENCY) : 0;
dOXYGEN = r.IsMatch(So2ornoxVo.SMOKE_OXYGEN) ? decimal.Parse(So2ornoxVo.SMOKE_OXYGEN) : 0;
DustinforVo = new TMisMonitorDustinforLogic().Details(So2ornoxVo.BASEINFOR_ID);
dMODUL_NUM = r.IsMatch(DustinforVo.MODUL_NUM) ? decimal.Parse(DustinforVo.MODUL_NUM) : 0;
dPER_POTENCY = 0;
if (dMODUL_NUM != 0)
{
dPER_POTENCY = ((21 / (21 - dOXYGEN)) * dPOTENCY) / dMODUL_NUM;
blFlag = new TMisMonitorDustattributeSo2ornoxLogic().UpdateCell(strAttInfor_Id, "NOX_PER_POTENCY", Math.Round(dPER_POTENCY, 0).ToString());
}
else
{
if (So2ornoxVo.SAMPLE_CODE == "平均")
{
//更新结果表
TMisMonitorResultVo objResultVo = new TMisMonitorResultLogic().Details(DustinforVo.SUBTASK_ID);
DataTable dt = new TMisMonitorSampleInfoLogic().SelectResultForSO2(objResultVo.SAMPLE_ID);
DataRow[] dr;
dr = dt.Select("ITEM_NAME='氮氧化物'");
if (dr.Length > 0)
{
objResultVo = new TMisMonitorResultVo();
objResultVo.ID = dr[0]["ID"].ToString();
objResultVo.ITEM_RESULT = strUpdateCellValue;
blFlag = new TMisMonitorResultLogic().Edit(objResultVo);
}
}
}
//计算NOX排放量：（SO2浓度*标态流量）/1000000
dSPEED = r.IsMatch(So2ornoxVo.NM_SPEED) ? decimal.Parse(So2ornoxVo.NM_SPEED) : 0;
blFlag = new TMisMonitorDustattributeSo2ornoxLogic().UpdateCell(strAttInfor_Id, "NOX_DISCHARGE", Math.Round((dPOTENCY * dSPEED) / 1000000, 3).ToString());
break;
case "NOX_PER_POTENCY":
DustinforVo = new TMisMonitorDustinforLogic().Details(So2ornoxVo.BASEINFOR_ID);
dMODUL_NUM = r.IsMatch(DustinforVo.MODUL_NUM) ? decimal.Parse(DustinforVo.MODUL_NUM) : 0;
if (dMODUL_NUM != 0 && So2ornoxVo.SAMPLE_CODE == "平均")
{
//更新结果表
TMisMonitorResultVo objResultVo = new TMisMonitorResultLogic().Details(DustinforVo.SUBTASK_ID);
DataTable dt = new TMisMonitorSampleInfoLogic().SelectResultForSO2(objResultVo.SAMPLE_ID);
DataRow[] dr;
dr = dt.Select("ITEM_NAME='氮氧化物'");
if (dr.Length > 0)
{
objResultVo = new TMisMonitorResultVo();
objResultVo.ID = dr[0]["ID"].ToString();
objResultVo.ITEM_RESULT = strUpdateCellValue;
blFlag = new TMisMonitorResultLogic().Edit(objResultVo);
}
}
break;
default:
break;
}
}
}
return(blFlag);
}
/// <summary>
/// 创建原因：计算原始记录表的平均数据
/// 创建人：魏林
/// 创建时间：2014-04-16
/// </summary>
/// <returns></returns>
public string AvgAttInfor()
{
Regex r = new Regex("^\\d+(\\.)?\\d*$");
bool iSuccess = true;
decimal SMOKE_TEMPERATURE = 0, SMOKE_OXYGEN = 0, SMOKE_SPEED = 0, NM_SPEED = 0;
decimal SO2_POTENCY = 0, SO2_PER_POTENCY = 0, SO2_DISCHARGE = 0;
decimal NOX_POTENCY = 0, NOX_PER_POTENCY = 0, NOX_DISCHARGE = 0;
decimal SMOKE_TEMPERATURE_COut = 0, SMOKE_OXYGEN_COut = 0, SMOKE_SPEED_COut = 0, NM_SPEED_COut = 0, SO2_POTENCY_COut = 0, SO2_PER_POTENCY_COut = 0, SO2_DISCHARGE_COut = 0, NOX_POTENCY_COut = 0, NOX_PER_POTENCY_COut = 0, NOX_DISCHARGE_COut = 0;
int iPRECISION = 0; //平均值的小数位位数
if (!String.IsNullOrEmpty(strBaseInfor_Id))
{
TMisMonitorDustattributeSo2ornoxVo objDustAtt = new TMisMonitorDustattributeSo2ornoxVo();
objDustAtt.BASEINFOR_ID = strBaseInfor_Id;
objDustAtt.SORT_FIELD = "ID";
DataTable dt = new TMisMonitorDustattributeSo2ornoxLogic().SelectByTable(objDustAtt);
if (dt.Rows[dt.Rows.Count - 1]["SAMPLE_CODE"].ToString() == "平均")
{
objDustAtt.SORT_FIELD = "";
objDustAtt.ID = dt.Rows[dt.Rows.Count - 1]["ID"].ToString();
for (int i = 0; i < dt.Rows.Count - 1; i++)
{
if (r.IsMatch(dt.Rows[i]["SMOKE_TEMPERATURE"].ToString()))
{
SMOKE_TEMPERATURE += decimal.Parse(dt.Rows[i]["SMOKE_TEMPERATURE"].ToString());
}
else
{
SMOKE_TEMPERATURE_COut = GetNumber(dt.Rows[i]["SMOKE_TEMPERATURE"].ToString());
SMOKE_TEMPERATURE += SMOKE_TEMPERATURE_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SMOKE_OXYGEN"].ToString()))
{
SMOKE_OXYGEN += decimal.Parse(dt.Rows[i]["SMOKE_OXYGEN"].ToString());
}
else
{
SMOKE_OXYGEN_COut = GetNumber(dt.Rows[i]["SMOKE_OXYGEN"].ToString());
SMOKE_OXYGEN += SMOKE_OXYGEN_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SMOKE_SPEED"].ToString()))
{
SMOKE_SPEED += decimal.Parse(dt.Rows[i]["SMOKE_SPEED"].ToString());
}
else
{
SMOKE_SPEED_COut = GetNumber(dt.Rows[i]["SMOKE_SPEED"].ToString());
SMOKE_SPEED += SMOKE_SPEED_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["NM_SPEED"].ToString()))
{
NM_SPEED += decimal.Parse(dt.Rows[i]["NM_SPEED"].ToString());
}
else
{
NM_SPEED_COut = GetNumber(dt.Rows[i]["NM_SPEED"].ToString());
NM_SPEED += NM_SPEED_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SO2_POTENCY"].ToString()))
{
SO2_POTENCY += decimal.Parse(dt.Rows[i]["SO2_POTENCY"].ToString());
}
else
{
SO2_POTENCY_COut = GetNumber(dt.Rows[i]["SO2_POTENCY"].ToString());
SO2_POTENCY += SO2_POTENCY_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SO2_PER_POTENCY"].ToString()))
{
SO2_PER_POTENCY += decimal.Parse(dt.Rows[i]["SO2_PER_POTENCY"].ToString());
}
else
{
SO2_PER_POTENCY_COut = GetNumber(dt.Rows[i]["SO2_PER_POTENCY"].ToString());
SO2_PER_POTENCY += SO2_PER_POTENCY_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SO2_DISCHARGE"].ToString()))
{
SO2_DISCHARGE += decimal.Parse(dt.Rows[i]["SO2_DISCHARGE"].ToString());
}
else
{
SO2_DISCHARGE_COut = GetNumber(dt.Rows[i]["SO2_DISCHARGE"].ToString());
SO2_DISCHARGE += SO2_DISCHARGE_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["NOX_POTENCY"].ToString()))
{
NOX_POTENCY += decimal.Parse(dt.Rows[i]["NOX_POTENCY"].ToString());
}
else
{
NOX_POTENCY_COut = GetNumber(dt.Rows[i]["NOX_POTENCY"].ToString());
NOX_POTENCY += NOX_POTENCY_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["NOX_PER_POTENCY"].ToString()))
{
NOX_PER_POTENCY += decimal.Parse(dt.Rows[i]["NOX_PER_POTENCY"].ToString());
}
else
{
NOX_PER_POTENCY_COut = GetNumber(dt.Rows[i]["NOX_PER_POTENCY"].ToString());
NOX_PER_POTENCY += NOX_PER_POTENCY_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["NOX_DISCHARGE"].ToString()))
{
NOX_DISCHARGE += decimal.Parse(dt.Rows[i]["NOX_DISCHARGE"].ToString());
}
else
{
NOX_DISCHARGE_COut = GetNumber(dt.Rows[i]["NOX_DISCHARGE"].ToString());
NOX_DISCHARGE += NOX_DISCHARGE_COut / 2;
}
}
iPRECISION = dt.Rows[0]["SMOKE_TEMPERATURE"].ToString().Contains('.') ? dt.Rows[0]["SMOKE_TEMPERATURE"].ToString().Split('.')[1].Length : 0;
if (SMOKE_TEMPERATURE_COut != 0 && Math.Round(SMOKE_TEMPERATURE / (dt.Rows.Count - 1), iPRECISION) < SMOKE_TEMPERATURE_COut)
{
objDustAtt.SMOKE_TEMPERATURE = SMOKE_TEMPERATURE_COut.ToString() + "(L)";
}
else
{
objDustAtt.SMOKE_TEMPERATURE = Math.Round(SMOKE_TEMPERATURE / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SMOKE_OXYGEN"].ToString().Contains('.') ? dt.Rows[0]["SMOKE_OXYGEN"].ToString().Split('.')[1].Length : 0;
if (SMOKE_OXYGEN_COut != 0 && Math.Round(SMOKE_OXYGEN / (dt.Rows.Count - 1), iPRECISION) < SMOKE_OXYGEN_COut)
{
objDustAtt.SMOKE_OXYGEN = SMOKE_OXYGEN_COut.ToString() + "(L)";
}
else
{
objDustAtt.SMOKE_OXYGEN = Math.Round(SMOKE_OXYGEN / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SMOKE_SPEED"].ToString().Contains('.') ? dt.Rows[0]["SMOKE_SPEED"].ToString().Split('.')[1].Length : 0;
if (SMOKE_SPEED_COut != 0 && Math.Round(SMOKE_SPEED / (dt.Rows.Count - 1), iPRECISION) < SMOKE_SPEED_COut)
{
objDustAtt.SMOKE_SPEED = SMOKE_SPEED_COut.ToString() + "(L)";
}
else
{
objDustAtt.SMOKE_SPEED = Math.Round(SMOKE_SPEED / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["NM_SPEED"].ToString().Contains('.') ? dt.Rows[0]["NM_SPEED"].ToString().Split('.')[1].Length : 0;
if (NM_SPEED_COut != 0 && Math.Round(NM_SPEED / (dt.Rows.Count - 1), iPRECISION) < NM_SPEED_COut)
{
objDustAtt.NM_SPEED = NM_SPEED_COut.ToString() + "(L)";
}
else
{
objDustAtt.NM_SPEED = Math.Round(NM_SPEED / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SO2_POTENCY"].ToString().Contains('.') ? dt.Rows[0]["SO2_POTENCY"].ToString().Split('.')[1].Length : 0;
if (SO2_POTENCY_COut != 0 && Math.Round(SO2_POTENCY / (dt.Rows.Count - 1), iPRECISION) < SO2_POTENCY_COut)
{
objDustAtt.SO2_POTENCY = SO2_POTENCY_COut.ToString() + "(L)";
}
else
{
objDustAtt.SO2_POTENCY = Math.Round(SO2_POTENCY / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SO2_PER_POTENCY"].ToString().Contains('.') ? dt.Rows[0]["SO2_PER_POTENCY"].ToString().Split('.')[1].Length : 0;
if (SO2_PER_POTENCY_COut != 0 && Math.Round(SO2_PER_POTENCY / (dt.Rows.Count - 1), iPRECISION) < SO2_PER_POTENCY_COut)
{
objDustAtt.SO2_PER_POTENCY = SO2_PER_POTENCY_COut.ToString() + "(L)";
}
else
{
objDustAtt.SO2_PER_POTENCY = Math.Round(SO2_PER_POTENCY / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SO2_DISCHARGE"].ToString().Contains('.') ? dt.Rows[0]["SO2_DISCHARGE"].ToString().Split('.')[1].Length : 0;
if (SO2_DISCHARGE_COut != 0 && Math.Round(SO2_DISCHARGE / (dt.Rows.Count - 1), iPRECISION) < SO2_DISCHARGE_COut)
{
objDustAtt.SO2_DISCHARGE = SO2_DISCHARGE_COut.ToString() + "(L)";
}
else
{
objDustAtt.SO2_DISCHARGE = Math.Round(SO2_DISCHARGE / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["NOX_POTENCY"].ToString().Contains('.') ? dt.Rows[0]["NOX_POTENCY"].ToString().Split('.')[1].Length : 0;
if (NOX_POTENCY_COut != 0 && Math.Round(NOX_POTENCY / (dt.Rows.Count - 1), iPRECISION) < NOX_POTENCY_COut)
{
objDustAtt.NOX_POTENCY = NOX_POTENCY_COut.ToString() + "(L)";
}
else
{
objDustAtt.NOX_POTENCY = Math.Round(NOX_POTENCY / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["NOX_PER_POTENCY"].ToString().Contains('.') ? dt.Rows[0]["NOX_PER_POTENCY"].ToString().Split('.')[1].Length : 0;
if (NOX_PER_POTENCY_COut != 0 && Math.Round(NOX_PER_POTENCY / (dt.Rows.Count - 1), iPRECISION) < NOX_PER_POTENCY_COut)
{
objDustAtt.NOX_PER_POTENCY = NOX_PER_POTENCY_COut.ToString() + "(L)";
}
else
{
objDustAtt.NOX_PER_POTENCY = Math.Round(NOX_PER_POTENCY / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["NOX_DISCHARGE"].ToString().Contains('.') ? dt.Rows[0]["NOX_DISCHARGE"].ToString().Split('.')[1].Length : 0;
if (NOX_DISCHARGE_COut != 0 && Math.Round(NOX_DISCHARGE / (dt.Rows.Count - 1), iPRECISION) < NOX_DISCHARGE_COut)
{
objDustAtt.NOX_DISCHARGE = NOX_DISCHARGE_COut.ToString() + "(L)";
}
else
{
objDustAtt.NOX_DISCHARGE = Math.Round(NOX_DISCHARGE / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iSuccess = new TMisMonitorDustattributeSo2ornoxLogic().Edit(objDustAtt);
}
else
{
objDustAtt.SORT_FIELD = "";
objDustAtt.ID = GetSerialNumber("t_mis_dutyAttSo2InforID");
objDustAtt.SAMPLE_CODE = "平均";
for (int i = 0; i < dt.Rows.Count; i++)
{
if (r.IsMatch(dt.Rows[i]["SMOKE_TEMPERATURE"].ToString()))
{
SMOKE_TEMPERATURE += decimal.Parse(dt.Rows[i]["SMOKE_TEMPERATURE"].ToString());
}
else
{
SMOKE_TEMPERATURE_COut = GetNumber(dt.Rows[i]["SMOKE_TEMPERATURE"].ToString());
SMOKE_TEMPERATURE += SMOKE_TEMPERATURE_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SMOKE_OXYGEN"].ToString()))
{
SMOKE_OXYGEN += decimal.Parse(dt.Rows[i]["SMOKE_OXYGEN"].ToString());
}
else
{
SMOKE_OXYGEN_COut = GetNumber(dt.Rows[i]["SMOKE_OXYGEN"].ToString());
SMOKE_OXYGEN += SMOKE_OXYGEN_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SMOKE_SPEED"].ToString()))
{
SMOKE_SPEED += decimal.Parse(dt.Rows[i]["SMOKE_SPEED"].ToString());
}
else
{
SMOKE_SPEED_COut = GetNumber(dt.Rows[i]["SMOKE_SPEED"].ToString());
SMOKE_SPEED += SMOKE_SPEED_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["NM_SPEED"].ToString()))
{
NM_SPEED += decimal.Parse(dt.Rows[i]["NM_SPEED"].ToString());
}
else
{
NM_SPEED_COut = GetNumber(dt.Rows[i]["NM_SPEED"].ToString());
NM_SPEED += NM_SPEED_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SO2_POTENCY"].ToString()))
{
SO2_POTENCY += decimal.Parse(dt.Rows[i]["SO2_POTENCY"].ToString());
}
else
{
SO2_POTENCY_COut = GetNumber(dt.Rows[i]["SO2_POTENCY"].ToString());
SO2_POTENCY += SO2_POTENCY_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SO2_PER_POTENCY"].ToString()))
{
SO2_PER_POTENCY += decimal.Parse(dt.Rows[i]["SO2_PER_POTENCY"].ToString());
}
else
{
SO2_PER_POTENCY_COut = GetNumber(dt.Rows[i]["SO2_PER_POTENCY"].ToString());
SO2_PER_POTENCY += SO2_PER_POTENCY_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["SO2_DISCHARGE"].ToString()))
{
SO2_DISCHARGE += decimal.Parse(dt.Rows[i]["SO2_DISCHARGE"].ToString());
}
else
{
SO2_DISCHARGE_COut = GetNumber(dt.Rows[i]["SO2_DISCHARGE"].ToString());
SO2_DISCHARGE += SO2_DISCHARGE_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["NOX_POTENCY"].ToString()))
{
NOX_POTENCY += decimal.Parse(dt.Rows[i]["NOX_POTENCY"].ToString());
}
else
{
NOX_POTENCY_COut = GetNumber(dt.Rows[i]["NOX_POTENCY"].ToString());
NOX_POTENCY += NOX_POTENCY_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["NOX_PER_POTENCY"].ToString()))
{
NOX_PER_POTENCY += decimal.Parse(dt.Rows[i]["NOX_PER_POTENCY"].ToString());
}
else
{
NOX_PER_POTENCY_COut = GetNumber(dt.Rows[i]["NOX_PER_POTENCY"].ToString());
NOX_PER_POTENCY += NOX_PER_POTENCY_COut / 2;
}
if (r.IsMatch(dt.Rows[i]["NOX_DISCHARGE"].ToString()))
{
NOX_DISCHARGE += decimal.Parse(dt.Rows[i]["NOX_DISCHARGE"].ToString());
}
else
{
NOX_DISCHARGE_COut = GetNumber(dt.Rows[i]["NOX_DISCHARGE"].ToString());
NOX_DISCHARGE += NOX_DISCHARGE_COut / 2;
}
}
iPRECISION = dt.Rows[0]["SMOKE_TEMPERATURE"].ToString().Contains('.') ? dt.Rows[0]["SMOKE_TEMPERATURE"].ToString().Split('.')[1].Length : 0;
if (SMOKE_TEMPERATURE_COut != 0 && Math.Round(SMOKE_TEMPERATURE / (dt.Rows.Count - 1), iPRECISION) < SMOKE_TEMPERATURE_COut)
{
objDustAtt.SMOKE_TEMPERATURE = SMOKE_TEMPERATURE_COut.ToString() + "(L)";
}
else
{
objDustAtt.SMOKE_TEMPERATURE = Math.Round(SMOKE_TEMPERATURE / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SMOKE_OXYGEN"].ToString().Contains('.') ? dt.Rows[0]["SMOKE_OXYGEN"].ToString().Split('.')[1].Length : 0;
if (SMOKE_OXYGEN_COut != 0 && Math.Round(SMOKE_OXYGEN / (dt.Rows.Count - 1), iPRECISION) < SMOKE_OXYGEN_COut)
{
objDustAtt.SMOKE_OXYGEN = SMOKE_OXYGEN_COut.ToString() + "(L)";
}
else
{
objDustAtt.SMOKE_OXYGEN = Math.Round(SMOKE_OXYGEN / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SMOKE_SPEED"].ToString().Contains('.') ? dt.Rows[0]["SMOKE_SPEED"].ToString().Split('.')[1].Length : 0;
if (SMOKE_SPEED_COut != 0 && Math.Round(SMOKE_SPEED / (dt.Rows.Count - 1), iPRECISION) < SMOKE_SPEED_COut)
{
objDustAtt.SMOKE_SPEED = SMOKE_SPEED_COut.ToString() + "(L)";
}
else
{
objDustAtt.SMOKE_SPEED = Math.Round(SMOKE_SPEED / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["NM_SPEED"].ToString().Contains('.') ? dt.Rows[0]["NM_SPEED"].ToString().Split('.')[1].Length : 0;
if (NM_SPEED_COut != 0 && Math.Round(NM_SPEED / (dt.Rows.Count - 1), iPRECISION) < NM_SPEED_COut)
{
objDustAtt.NM_SPEED = NM_SPEED_COut.ToString() + "(L)";
}
else
{
objDustAtt.NM_SPEED = Math.Round(NM_SPEED / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SO2_POTENCY"].ToString().Contains('.') ? dt.Rows[0]["SO2_POTENCY"].ToString().Split('.')[1].Length : 0;
if (SO2_POTENCY_COut != 0 && Math.Round(SO2_POTENCY / (dt.Rows.Count - 1), iPRECISION) < SO2_POTENCY_COut)
{
objDustAtt.SO2_POTENCY = SO2_POTENCY_COut.ToString() + "(L)";
}
else
{
objDustAtt.SO2_POTENCY = Math.Round(SO2_POTENCY / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SO2_PER_POTENCY"].ToString().Contains('.') ? dt.Rows[0]["SO2_PER_POTENCY"].ToString().Split('.')[1].Length : 0;
if (SO2_PER_POTENCY_COut != 0 && Math.Round(SO2_PER_POTENCY / (dt.Rows.Count - 1), iPRECISION) < SO2_PER_POTENCY_COut)
{
objDustAtt.SO2_PER_POTENCY = SO2_PER_POTENCY_COut.ToString() + "(L)";
}
else
{
objDustAtt.SO2_PER_POTENCY = Math.Round(SO2_PER_POTENCY / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["SO2_DISCHARGE"].ToString().Contains('.') ? dt.Rows[0]["SO2_DISCHARGE"].ToString().Split('.')[1].Length : 0;
if (SO2_DISCHARGE_COut != 0 && Math.Round(SO2_DISCHARGE / (dt.Rows.Count - 1), iPRECISION) < SO2_DISCHARGE_COut)
{
objDustAtt.SO2_DISCHARGE = SO2_DISCHARGE_COut.ToString() + "(L)";
}
else
{
objDustAtt.SO2_DISCHARGE = Math.Round(SO2_DISCHARGE / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["NOX_POTENCY"].ToString().Contains('.') ? dt.Rows[0]["NOX_POTENCY"].ToString().Split('.')[1].Length : 0;
if (NOX_POTENCY_COut != 0 && Math.Round(NOX_POTENCY / (dt.Rows.Count - 1), iPRECISION) < NOX_POTENCY_COut)
{
objDustAtt.NOX_POTENCY = NOX_POTENCY_COut.ToString() + "(L)";
}
else
{
objDustAtt.NOX_POTENCY = Math.Round(NOX_POTENCY / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["NOX_PER_POTENCY"].ToString().Contains('.') ? dt.Rows[0]["NOX_PER_POTENCY"].ToString().Split('.')[1].Length : 0;
if (NOX_PER_POTENCY_COut != 0 && Math.Round(NOX_PER_POTENCY / (dt.Rows.Count - 1), iPRECISION) < NOX_PER_POTENCY_COut)
{
objDustAtt.NOX_PER_POTENCY = NOX_PER_POTENCY_COut.ToString() + "(L)";
}
else
{
objDustAtt.NOX_PER_POTENCY = Math.Round(NOX_PER_POTENCY / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iPRECISION = dt.Rows[0]["NOX_DISCHARGE"].ToString().Contains('.') ? dt.Rows[0]["NOX_DISCHARGE"].ToString().Split('.')[1].Length : 0;
if (NOX_DISCHARGE_COut != 0 && Math.Round(NOX_DISCHARGE / (dt.Rows.Count - 1), iPRECISION) < NOX_DISCHARGE_COut)
{
objDustAtt.NOX_DISCHARGE = NOX_DISCHARGE_COut.ToString() + "(L)";
}
else
{
objDustAtt.NOX_DISCHARGE = Math.Round(NOX_DISCHARGE / (dt.Rows.Count - 1), iPRECISION).ToString();
}
iSuccess = new TMisMonitorDustattributeSo2ornoxLogic().Create(objDustAtt);
}
//更新结果表
TMisMonitorDustinforVo objDustinforVo = new TMisMonitorDustinforLogic().Details(strBaseInfor_Id);
TMisMonitorResultVo objResultVo = new TMisMonitorResultLogic().Details(objDustinforVo.SUBTASK_ID);
dt = new TMisMonitorSampleInfoLogic().SelectResultForSO2(objResultVo.SAMPLE_ID);
DataRow[] dr;
//二氧化硫
dr = dt.Select("ITEM_NAME='二氧化硫'");
if (dr.Length > 0)
{
objResultVo = new TMisMonitorResultVo();
objResultVo.ID = dr[0]["ID"].ToString();
if (objDustinforVo.MODUL_NUM.Length > 0)
{
objResultVo.ITEM_RESULT = objDustAtt.SO2_PER_POTENCY;
}
else
{
objResultVo.ITEM_RESULT = objDustAtt.SO2_POTENCY;
}
iSuccess = new TMisMonitorResultLogic().Edit(objResultVo);
}
//氮氧化物
dr = dt.Select("ITEM_NAME='氮氧化物'");
if (dr.Length > 0)
{
objResultVo = new TMisMonitorResultVo();
objResultVo.ID = dr[0]["ID"].ToString();
if (objDustinforVo.MODUL_NUM.Length > 0)
{
objResultVo.ITEM_RESULT = objDustAtt.NOX_PER_POTENCY;
}
else
{
objResultVo.ITEM_RESULT = objDustAtt.NOX_POTENCY;
}
iSuccess = new TMisMonitorResultLogic().Edit(objResultVo);
}
}
return(iSuccess ? "1" : "0");
}
