public void ShowGrid(BindResult r, int num, Spectrum spec, int numOfId)
{
this._spec = spec;
this._num = num;
switch (r.MethodType)
{
case PredictMethod.Fitting:
this.ShowfitGrid(r.GetResult <FittingResult>());
break;
case PredictMethod.Identify:
this.ShowIdGrid(r.GetResult <IdentifyResult>(), num, numOfId);
break;
case PredictMethod.PLSBind:
this.ShowPLSGrid(r.GetResult <List <PLS1Result> >());
break;
case PredictMethod.Integrate:
this.ShowItgGrid(r.GetResult <List <IntegrateResultItem> >());
break;
default:
this.gridFit.Visible = false;
this.gridId.Visible = false;
this.gridItg.Visible = false;
this.gridPLS.Visible = false;
break;
}
}
/// <summary>
/// API 2，根据混兑比例和切割方案获取数据
/// </summary>
/// <param name="s"></param>
/// <returns></returns>
private OilInfoBEntity getByRate(Specs s, BindResult pr, ref List <PropertyTable> result)
{
var r = pr.GetResult <FittingResult>();
if (r != null)
{
var oilApplyBll = new OilApplyAPIBll();
//切割比率
var cutOilRates = new List <CutOilRateEntity>();
foreach (var l in r.Specs)
{
cutOilRates.Add(new CutOilRateEntity()
{
crudeIndex = l.Spec.UUID,
rate = (float)(l.Rate * 100)
});
}
var cuts = new List <CutMothedAPIEntity>();
foreach (var t in this._initP)
{
if (t.Table == PropertyType.NIR)
{
continue;
}
cuts.Add(new CutMothedAPIEntity()
{
ICP = (int)t.BoilingStart,
ECP = (int)t.BoilingEnd,
Name = this.convertEnum(t.Table)
});
}
try
{
log.Info(string.Join(";", cutOilRates.Select(d => string.Format("{0},{1}", d.crudeIndex, d.rate))));
log.Info(string.Join(";", cuts.Select(d => string.Format("ICP={0},ECP={1},Name={2}", d.ICP, d.ECP, d.Name))));
var oil = oilApplyBll.GetCutResultAPI(cutOilRates, cuts);
if (oil != null)
{
var lst = oil.OilDataTableBAPIEntityList;
convertEntity(lst, ref result, IntegrateModel.GetConfidence(r.TQ, r.MinTQ, r.SQ, r.MinSQ));
}
return(oil);
}
catch (Exception ex)
{
log.Error(ex.ToString());
}
}
return(null);
}
/// <summary>
/// API 1，根据原油名称的切割方案获取数据
/// </summary>
/// <param name="s"></param>
/// <returns></returns>
private OilInfoBEntity getByName(Specs s, BindResult pr, ref List <PropertyTable> result)
{
var r = pr.GetResult <IdentifyResult>();
if (r != null)
{
OilInfoBEntity oil = new OilInfoBEntity(); //新建一条原油
var oilApplyBll = new OilApplyAPIBll();
var cuts = new List <CutMothedAPIEntity>();
foreach (var t in this._initP)
{
if (t.Table == PropertyType.NIR)
{
continue;
}
cuts.Add(new CutMothedAPIEntity()
{
ICP = (int)t.BoilingStart,
ECP = (int)t.BoilingEnd,
Name = this.convertEnum(t.Table)
});
}
try
{
log.Info(r.Items.First().Spec.UUID);
log.Info(string.Join(";", cuts.Select(d => string.Format("ICP={0},ECP={1},Name={2}", d.ICP, d.ECP, d.Name))));
oil = oilApplyBll.GetCutResultAPI(r.Items.First().Spec.UUID, cuts);
if (oil != null)
{
var lst = oil.OilDataTableBAPIEntityList;
convertEntity(lst, ref result, IntegrateModel.GetConfidence(r.Items.First().TQ, r.MinTQ, r.Items.First().SQ, r.MinSQ));
//写入值信度
}
else
{
log.ErrorFormat("GetCutResultAPI({0})", r.Items.First().Spec.UUID);
}
return(oil);
}
catch (Exception ex)
{
log.Error(ex.ToString());
}
}
return(null);
}
private OilPropertyAPIEntity getPropertyByNIR(BindResult pr)
{
if (pr == null)
{
return(null);
}
switch (pr.MethodType)
{
case PredictMethod.Integrate:
var itgr = pr.GetResult <List <IntegrateResultItem> >();
if (itgr != null)
{
var ps = new OilPropertyAPIEntity();
//对9个性质进行赋值
foreach (var c in itgr)
{
switch (c.Comp.Name)
{
case "残炭":
ps.CCR = (float)c.Comp.PredictedValue;
break;
case "密度(20℃)": //这里可能会出问题
ps.D20 = (float)c.Comp.PredictedValue;
break;
case "氮含量":
ps.N2 = (float)c.Comp.PredictedValue;
break;
case "蜡含量":
ps.WAX = (float)c.Comp.PredictedValue;
break;
case "硫含量":
ps.SUL = (float)c.Comp.PredictedValue;
break;
case "TBP140":
ps.TWY140 = (float)c.Comp.PredictedValue;
break;
case "TBP180":
ps.TWY180 = (float)c.Comp.PredictedValue;
break;
case "TBP240":
ps.TWY240 = (float)c.Comp.PredictedValue;
break;
case "TBP350":
ps.TWY350 = (float)c.Comp.PredictedValue;
break;
default:
break;
}
}
var clst = itgr.Select(d => d.Comp).ToList();
var tbptemp = this.getTBPdata(clst, 140);
if (!double.IsNaN(tbptemp))
{
ps.TWY140 = (float)tbptemp;
}
tbptemp = this.getTBPdata(clst, 180);
if (!double.IsNaN(tbptemp))
{
ps.TWY180 = (float)tbptemp;
}
tbptemp = this.getTBPdata(clst, 240);
if (!double.IsNaN(tbptemp))
{
ps.TWY240 = (float)tbptemp;
}
tbptemp = this.getTBPdata(clst, 350);
if (!double.IsNaN(tbptemp))
{
ps.TWY350 = (float)tbptemp;
}
return(ps);
}
break;
case PredictMethod.PLSBind:
var r = pr.GetResult <List <PLS1Result> >();
if (r != null)
{
var ps = new OilPropertyAPIEntity();
//对9个性质进行赋值
foreach (var c in r)
{
switch (c.Comp.Name)
{
case "残炭":
ps.CCR = (float)c.Comp.PredictedValue;
break;
case "密度(20℃)": //这里可能会出问题
ps.D20 = (float)c.Comp.PredictedValue;
break;
case "氮含量":
ps.N2 = (float)c.Comp.PredictedValue;
break;
case "蜡含量":
ps.WAX = (float)c.Comp.PredictedValue;
break;
case "硫含量":
ps.SUL = (float)c.Comp.PredictedValue;
break;
case "TBP140":
ps.TWY140 = (float)c.Comp.PredictedValue;
break;
case "TBP180":
ps.TWY180 = (float)c.Comp.PredictedValue;
break;
case "TBP240":
ps.TWY240 = (float)c.Comp.PredictedValue;
break;
case "TBP350":
ps.TWY350 = (float)c.Comp.PredictedValue;
break;
default:
break;
}
}
var clst = r.Select(d => d.Comp).ToList();
var tbptemp = this.getTBPdata(clst, 140);
if (!double.IsNaN(tbptemp))
{
ps.TWY140 = (float)tbptemp;
}
tbptemp = this.getTBPdata(clst, 180);
if (!double.IsNaN(tbptemp))
{
ps.TWY180 = (float)tbptemp;
}
tbptemp = this.getTBPdata(clst, 240);
if (!double.IsNaN(tbptemp))
{
ps.TWY240 = (float)tbptemp;
}
tbptemp = this.getTBPdata(clst, 350);
if (!double.IsNaN(tbptemp))
{
ps.TWY350 = (float)tbptemp;
}
return(ps);
}
break;
}
return(null);
}
