//影响级别为2级 单个装置非计划停工、多套装置生产波动的通知单数目
public int getNoticeYx_2(string Pq_Code)
{
ERP_Infos erp = new ERP_Infos();
List <Notice> notices = erp.getNoticeInfos_ByNoticeType(Pq_Code, "M2", "删除");
return(notices.Where(a => a.Notice_FaultYx == "2").Count());
}
//一般机泵设备平均无故障间隔周期
public double getNonFaultInterVal(string Pq_Code)
{
ERP_Infos erp = new ERP_Infos();
List <Notice> noticesUp = erp.getNoticeInfos(Pq_Code, "投用");
List <Notice> noticesDown1 = erp.getNoticeInfos_ByNoticeType(Pq_Code, "M2", "删除", "2");
List <Notice> noticesDown2 = erp.getNoticeInfos_ByNoticeType(Pq_Code, "M2", "删除", "3");
if (noticesDown1.Count() + noticesDown2.Count() != 0)
{
return((noticesUp.Count() / (noticesDown1.Count() + noticesDown2.Count())) * 100);
}
else
{
return(-1);
}
}
//维修平均工时
public double faultServiceTime_Avg(string Pq_Code)
{
double faultTimeSum = 0;
DateTime D_end, D_start;
ERP_Infos erp = new ERP_Infos();
List <Notice> noticesUp = erp.getNoticeInfos_ByNoticeType(Pq_Code, "M2", "删除");
List <Notice> noticesDown = erp.getNoticeInfos(Pq_Code, "投用");
foreach (var n in noticesUp)
{
if (n.Notice_FaultEnd != "00000000")
{
D_end = DateTime.ParseExact(n.Notice_FaultEnd, "yyyyMMdd", System.Globalization.CultureInfo.CurrentCulture);
D_start = DateTime.ParseExact(n.Notice_FaultStart, "yyyyMMdd", System.Globalization.CultureInfo.CurrentCulture);
faultTimeSum = faultTimeSum + (D_end - D_start).Days * 24;
}
}
if (noticesDown.Count() != 0)
{
return(faultTimeSum / (noticesDown.Count()));
}
else
{
return(0);
}
}
//故障维修率F
public double getFaultRation(string Pq_Code)
{
ERP_Infos erp = new ERP_Infos();
List <Notice> noticesUp = erp.getNoticeInfos_ByNoticeType(Pq_Code, "M2", "删除", "3");
List <Notice> noticesDown = erp.getNoticeInfos_ByNoticeTypes(Pq_Code, "删除", "3");
if (noticesDown.Count() != 0)
{
return((noticesUp.Count() / noticesDown.Count()) * 100);
}
else
{
return(0);
}
}
