public JsonResult Edit(MBR_WashingInfo entity)
{
if (entity != null && ModelState.IsValid)
{
using (MBREntities db = new MBREntities())
{
WashingInfoService us = new WashingInfoService(db);
if (us.Edit(ref errors, entity))
{
LogHandler.WriteServiceLog(LogonUser.RealName, "WashingInfoID:" + entity.WashingInfoID, Resource.EditSucceed, Resource.Edit, "离线清洗数据管理");
return(Json(JsonHandler.CreateMessage(1, Resource.EditSucceed)));
}
else
{
string ErrorCol = errors.Error;
LogHandler.WriteServiceLog(LogonUser.RealName, "WashingInfoID:" + entity.WashingInfoID, Resource.EditFail, Resource.Edit, "离线清洗数据管理");
return(Json(JsonHandler.CreateMessage(0, Resource.EditFail + ErrorCol)));
}
}
}
else
{
return(Json(JsonHandler.CreateMessage(0, Resource.EditFail)));
}
}
public ActionResult Details(int id)
{
using (MBREntities db = new MBREntities())
{
WashingInfoService us = new WashingInfoService(db);
MBR_WashingInfo entity = us.GetById(id);
return(View(entity));
}
}
public ActionResult Edit(int id)
{
MBR_WashingInfo entity = null;
using (MBREntities db = new MBREntities())
{
entity = db.MBR_WashingInfo.Include(m => m.MBR_Info).Include(m => m.MBR_Info.MBR_Pool).Where(m => m.WashingInfoID == id).FirstOrDefault();
}
return(View(entity));
}
public JsonResult Create(MBR_WashingInfo entity)
{
using (MBREntities db = new MBREntities())
{
WashingInfoService us = new WashingInfoService(db);
if (us.Create(ref errors, entity))
{
LogHandler.WriteServiceLog(LogonUser.RealName, "WashingInfoID:" + entity.WashingInfoID, Resource.InsertSucceed, Resource.Create, "离线清洗数据管理");
return(Json(JsonHandler.CreateMessage(1, Resource.InsertSucceed), JsonRequestBehavior.AllowGet));
}
else
{
string ErrorCol = errors.Error;
LogHandler.WriteServiceLog(LogonUser.RealName, "WashingInfoID:" + entity.WashingInfoID, Resource.InsertFail, Resource.Create, "离线清洗数据管理");
return(Json(JsonHandler.CreateMessage(0, Resource.InsertFail + ErrorCol), JsonRequestBehavior.AllowGet));
}
}
}
/// <summary>
/// 透水率预测
/// </summary>
/// <param name="InfoID"></param>
/// <returns></returns>
public JsonResult GetPermeable(int InfoID = 0)
{
AN_HighCurve hc = new AN_HighCurve();
AN_LowCurve lc = new AN_LowCurve();
using (MBREntities db = new MBREntities())
{
hc = db.AN_HighCurve.Find(InfoID);
lc = db.AN_LowCurve.Find(InfoID);
}
Dictionary <string, List <ANInfoModel> > dic = new Dictionary <string, List <ANInfoModel> >();
if (hc != null)
{
//高的线的3阶系数
double hc3 = (double)hc.Coeff_LV3;
double hc2 = (double)hc.Coeff_LV2;
double hc1 = (double)hc.Coeff_LV1;
double hcConst = (double)hc.Const;
//低线的
double lc3 = (double)lc.Coeff_LV3;
double lc2 = (double)lc.Coeff_LV2;
double lc1 = (double)lc.Coeff_LV1;
double lcConst = (double)lc.Const;
List <MBR_WashingInfo> wi = db.MBR_WashingInfo.Where(m => m.InfoID == InfoID).OrderBy(m => m.BeginTime).ToList();
List <ANInfoModel> highList = new List <ANInfoModel>();
List <ANInfoModel> lowList = new List <ANInfoModel>();
for (int i = 0; i < 15; i++)
{
ANInfoModel highAM = new ANInfoModel();
//高的线的值
double highNumber = hc3 * Math.Pow(i, 3) - hc2 * Math.Pow(i, 2) - hc1 * i + hcConst;//(double)(100 - i)/1.5;//threeSquare + Math.Pow(i, 3) / twoSquare+ Math.Pow(i, 2) + primarySide*i + constant;
highAM.XValue = i + 1;
highAM.YValue = highNumber;
highList.Add(highAM);
ANInfoModel lowAM = new ANInfoModel();
//低的线的值
double lowNumber = lc3 * Math.Pow(i, 3) + lc2 * Math.Pow(i, 2) - lc1 * i + lcConst;//(double)(100 - i)/1.5;//threeSquare + Math.Pow(i, 3) / twoSquare+ Math.Pow(i, 2) + primarySide*i + constant;
lowAM.XValue = i + 1;
lowAM.YValue = lowNumber;
lowList.Add(lowAM);
if (lowNumber >= highNumber)
{
//清洗之后的值如果小于清洗之前的，吧清洗之前的值赋给之后的，并是最后一次
highAM.YValue = lowNumber;
break;
}
}
//清洗之后
dic.Add("after", highList);
//清洗之前
dic.Add("befer", lowList);
List <ANInfoModel> scaHighList = new List <ANInfoModel>();
List <ANInfoModel> scaLowList = new List <ANInfoModel>();
for (int i = 0; i < wi.Count; i++)
{
MBR_WashingInfo rc = wi[i];
if (rc.TouShuiL_High == null)
{
continue;
}
if (rc.TouShuiL_Low == null)
{
continue;
}
ANInfoModel highAM = new ANInfoModel();
double highNumber = (double)rc.TouShuiL_High;
highAM.XValue = i + 1;
highAM.YValue = highNumber;
scaHighList.Add(highAM);
ANInfoModel lowAM = new ANInfoModel();
double lowNumber = (double)rc.TouShuiL_Low;
lowAM.XValue = i + 1;
lowAM.YValue = lowNumber;
scaLowList.Add(lowAM);
}
//之后
dic.Add("afterSca", scaHighList);
//之前
dic.Add("beferSca", scaLowList);
}
return(Json(dic, JsonRequestBehavior.AllowGet));
}
/// <summary>
/// 累计氯预测
/// </summary>
/// <param name="mbrId"></param>
/// <returns></returns>
public JsonResult GetChlorinValue(int InfoID = 0, int clcTarget = 0)
{
AN_CLCurve cc = new AN_CLCurve();
Dictionary <string, Object> dic = new Dictionary <string, Object>();
using (MBREntities db = new MBREntities())
{
cc = db.AN_CLCurve.Find(InfoID);
}
if (cc != null)
{
//高的线的3阶系数
double cc3 = (double)cc.Coeff_LV3;
double cc2 = (double)cc.Coeff_LV2;
double cc1 = (double)cc.Coeff_LV1;
double ccConst = (double)cc.Const;
List <MBR_WashingInfo> wi = db.MBR_WashingInfo.Where(m => m.InfoID == InfoID).OrderBy(m => m.BeginTime).ToList();
List <ANInfoModel> clcList = new List <ANInfoModel>();
for (int i = 0; i < 15; i++)
{
ANInfoModel clcAM = new ANInfoModel();
//高的线的值
//-0.0005* Math.Pow(i, 3) + 0.2979* Math.Pow(i, 2) + 3.1688*i + 1.7863;
double clcNumber = cc3 * Math.Pow(i, 3) + cc2 * Math.Pow(i, 2) + cc1 * i + ccConst;//(double)(100 - i)/1.5;//threeSquare + Math.Pow(i, 3) / twoSquare+ Math.Pow(i, 2) + primarySide*i + constant;
clcAM.XValue = i + 1;
clcAM.YValue = clcNumber;
clcList.Add(clcAM);
//if (clcNumber >= maxChlorine)
//{
//clcAM.YValue = maxChlorine;
//break;
//}
}
dic.Add("lineList", clcList);
List <ANInfoModel> sacList = new List <ANInfoModel>();
for (int i = 0; i < wi.Count; i++)
{
MBR_WashingInfo rc = wi[i];
if (rc.LvJieCZDC == null)
{
continue;
}
ANInfoModel clcAM = new ANInfoModel();
double clcNumber = (double)rc.LvJieCZDC;
clcAM.XValue = i + 1;
clcAM.YValue = clcNumber;
sacList.Add(clcAM);
}
dic.Add("scaList", sacList);
dic.Add("plotLineValue", clcTarget);
}
return(Json(dic, JsonRequestBehavior.AllowGet));
}
