public Report(CEQContext db, RGEContext.Report report)
{
CadastreType _cadastretype = CadastreType.defaulttype;
RiskObject _riskobject = RiskObject.defaulttype;
this.report = report;
this.pdk_coef = _cadastretype.pdk_coef;
this.water_pdk_coef = _cadastretype.water_pdk_coef;
if (report.riskobject_id > 0)
{
if (RiskObject.GetById(db, report.riskobject_id, ref _riskobject))
{
if (_riskobject.cadastretype.pdk_coef > 0)
{
this.pdk_coef = _riskobject.cadastretype.pdk_coef;
}
if (_riskobject.cadastretype.water_pdk_coef > 0)
{
this.water_pdk_coef = _riskobject.cadastretype.water_pdk_coef;
}
}
}
this.excessgroundconcentration = this.report.C3 / (this.pdk_coef);
this.exesswaterconcentration = this.report.C4 / this.water_pdk_coef;
}
public ECOEvalution(RGEContext.ECOForecast forecast)
: base(forecast)
{
CEQContext db = new CEQContext(); // заглушка, выставить правильный контекст //blinova
//if (this.groundblur.spreadpoint.cadastretype.pdk_coef <= 0)
//throw new EGHDBException(string.Format(errormssageformat, "Значение предельно-дупустимой концентрации не может быть меньше или равно нулю"));
this.date = DateTime.Now;
if (this.groundblur.spreadpoint.cadastretype.pdk_coef > 0)
{
this.excessgroundconcentration = this.groundblur.concentrationinsoil / this.groundblur.spreadpoint.cadastretype.pdk_coef;
}
else
{
this.excessgroundconcentration = 0.0f;
}
if (this.groundblur.spreadpoint.cadastretype.water_pdk_coef > 0)
{
this.exesswaterconcentration = this.groundblur.maxconcentrationwater / this.groundblur.spreadpoint.cadastretype.water_pdk_coef;
}
else
{
this.exesswaterconcentration = 0.0f;
}
this.groundpollutionlist = new GroundPollutionList(this.groundblur.groundpolutionlist.Where(p => p.pointtype == Points.Point.POINTTYPE.ECO).ToList());
this.waterpolutionlist = new WaterPollutionList();
foreach (WaterPollution p in this.waterblur.watepollutionlist)
{
if (p.distance > this.groundblur.radius && p.distance < this.waterblur.radius)
{
this.waterpolutionlist.Add(p);
}
}
}
