void AssignValues(CBatch_detail_aa_twofold current_row)
{
CSignificantValue oSignificantValue = new CSignificantValue(Convert.ToInt32(current_row.Idtemplate_method));
string factor1 = "", factor2 = "", reading1 = "", reading2 = "", law1 = "", law2 = "";
double law_avg;
//law_avg = parser.SimplifyDouble("Result_analysis");
object evalReading1 = current_row.Reading1;
object evalReading2 = current_row.Reading2;
if (current_row.Reading1 != null)
reading1 = current_row.Reading1;
if (current_row.Reading2 != null)
reading2 = current_row.Reading2;
factor1 = current_row.Factor1;
law1 = current_row.Law1;
factor2 = current_row.Factor2;
law2 = current_row.Law2;
double reading_value1 = 0;
double reading_value2 = 0;
if (double.TryParse(current_row.Reading1, out reading_value1))
{
law1 = parser.SimplifyDouble("law1").ToString();
factor1 = parser.DicVar["factor1"].FloatNumber.ToString();
oSignificantValue.ApplySignificant2(factor1, reading1, law1);
current_row.Law1 = oSignificantValue.Law;
current_row.Factor1 = oSignificantValue.Factor;
current_row.Reading1 = oSignificantValue.Reading;
}
if (double.TryParse(current_row.Reading2, out reading_value2))
{
law2 = parser.SimplifyDouble("law2").ToString();
factor2 = parser.DicVar["factor2"].FloatNumber.ToString();
oSignificantValue.ApplySignificant2(factor2, reading2, law2);
current_row.Law2 = oSignificantValue.Law;
current_row.Factor2 = oSignificantValue.Factor;
current_row.Reading2 = oSignificantValue.Reading;
}
// --- the avg law convert to significative value
// --- calculate only the rows aren't mri
if (!RowIsMri(current_row))
{
if (Contain_all_reading(current_row))
{
law_avg = parser.SimplifyDouble("Result_analysis");
current_row.Result_analysis = Convert.ToDecimal(law_avg);
current_row.Str_result_analysis = oSignificantValue.GetReportLaw(law_avg);
}
}
else
{
current_row.Result_analysis = Convert.ToDecimal(current_row.Law2_long);
current_row.Str_result_analysis = current_row.Law2;
}
}
void AssignValues(CBatch_detail_aa_twofold current_row)
{
CSignificantValue oSignificantValue = new CSignificantValue(Convert.ToInt32(current_row.Idtemplate_method));
string factor1 = "", factor2 = "", reading1 = "", reading2 = "", law1 = "", law2 = "";
double law_avg;
//law_avg = parser.SimplifyDouble("Result_analysis");
object evalReading1 = current_row.Reading1;
object evalReading2 = current_row.Reading2;
if (current_row.Reading1 != null)
{
reading1 = current_row.Reading1;
}
if (current_row.Reading2 != null)
{
reading2 = current_row.Reading2;
}
factor1 = current_row.Factor1;
law1 = current_row.Law1;
factor2 = current_row.Factor2;
law2 = current_row.Law2;
double reading_value1 = 0;
double reading_value2 = 0;
if (double.TryParse(current_row.Reading1, out reading_value1))
{
law1 = parser.SimplifyDouble("law1").ToString();
factor1 = parser.DicVar["factor1"].FloatNumber.ToString();
oSignificantValue.ApplySignificant2(factor1, reading1, law1);
current_row.Law1 = oSignificantValue.Law;
current_row.Factor1 = oSignificantValue.Factor;
current_row.Reading1 = oSignificantValue.Reading;
}
if (double.TryParse(current_row.Reading2, out reading_value2))
{
law2 = parser.SimplifyDouble("law2").ToString();
factor2 = parser.DicVar["factor2"].FloatNumber.ToString();
oSignificantValue.ApplySignificant2(factor2, reading2, law2);
current_row.Law2 = oSignificantValue.Law;
current_row.Factor2 = oSignificantValue.Factor;
current_row.Reading2 = oSignificantValue.Reading;
}
// --- the avg law convert to significative value
// --- calculate only the rows aren't mri
if (!RowIsMri(current_row))
{
if (Contain_all_reading(current_row))
{
law_avg = parser.SimplifyDouble("Result_analysis");
current_row.Result_analysis = Convert.ToDecimal(law_avg);
current_row.Str_result_analysis = oSignificantValue.GetReportLaw(law_avg);
}
}
else
{
current_row.Result_analysis = Convert.ToDecimal(current_row.Law2_long);
current_row.Str_result_analysis = current_row.Law2;
}
}
