private string Calc(ValueSelection value)
{
var accM = PollutionBase_Class.AccurateMeasurements.FirstOrDefault(x => x.PollutionID == value.Pollution.ID && value.Value >= x.From && value.Value <= x.To);
decimal result = value.Value * 0.01m * (accM != null ? accM.Value : 0);
return($"{value.ValueRound} ± {Math.Round(result, 4)}");
}
private List <MyTools.C_ValueCell> GetResolution(ValueSelection one, string resolutionName, int row, int Col1, int Col2, int Col3)
{
Resolution resolution = PollutionBase_Class.AllResolution.First(x => x.CurtName.Contains(resolutionName));
List <MyTools.C_ValueCell> result = new List <MyTools.C_ValueCell>();
decimal value = 0;
if (obj.CanResolution(resolution.ID))
{
uint IDUnit = resolution.CurtName.Contains("621") ? one.SelectionWell.Well.UnitID : 0;
ValueNorm VN = PollutionBase_Class.GetValueNorm(resolution.ID, one.Pollution.ID, IDUnit);
if (VN != null)
{
if (one.Pollution.HasRange)
{
if (VN.FromRound > 0 && VN.ToRound > 0)
{
result.Add(new MyTools.C_ValueCell($"{VN.FromRound.KillZero()}-{VN.ToRound.KillZero()}", row, Col1));
}
}
else
{
var toValue = VN.ToRound;
if (toValue > 0)
{
table.value.Add(new MyTools.C_ValueCell(VN.ToRound.KillZero(), row, Col1));
value = (decimal)MonthVolume * VN.To;
if (value > 0)
{
table.value.Add(new MyTools.C_ValueCell(value.ToMath(6, 4, 1), row, Col2, style: Styles.s_RLTB_RC_T10_W));
}
value = Math.Round(one.Value / VN.To, 1);
if (value > 1)
{
table.value.Add(new MyTools.C_ValueCell(value.ToMoney(null, 1), row, Col3));
}
}
}
}
}
return(result);
}
