private LinearCalMethodViewModel ConvertLinearEntityToViewModel(TRACK_COMPART_WORN_LIMIT_LIEBHERR linear, int WornCalculationMethodTypeId, int extId)
{
return(new LinearCalMethodViewModel
{
WornCalculationMethodTypeId = WornCalculationMethodTypeId,
WornCalculationMethodTableAutoId = linear.track_compart_worn_limit_liebherr_auto,
ToolId = linear.track_tools_auto,
CompartId = linear.compartid_auto,
Impact_Intercept = linear.impact_intercept,
Impact_Slope = linear.impact_slope,
MeasurementPointId = linear.MeasurePointId,
Normal_Intercept = linear.normal_intercept,
Normal_Slope = linear.normal_slope,
CompartEXTId = extId
});
}
private void InsertNewLinearCalMethod(LinearCalMethodViewModel item)
{
var newLinear = new TRACK_COMPART_WORN_LIMIT_LIEBHERR
{
compartid_auto = item.CompartId,
MeasurePointId = item.MeasurementPointId,
track_tools_auto = item.ToolId,
track_compart_worn_limit_liebherr_auto = item.WornCalculationMethodTypeId,
impact_intercept = item.Impact_Intercept == null ? 0 : item.Impact_Intercept,
impact_slope = item.Impact_Slope == null ? 0 : item.Impact_Slope,
normal_intercept = item.Normal_Intercept == null ? 0 : item.Normal_Intercept,
normal_slope = item.Normal_Slope == null ? 0 : item.Normal_Slope,
};
_context.TRACK_COMPART_WORN_LIMIT_LIEBHERR.Add(newLinear);
}
public static decimal LiebherrReadingMapper(TRACK_COMPART_WORN_LIMIT_LIEBHERR r, decimal reading, InspectionImpact?i)
{
if (i == null)
{
return((decimal) - 0.0009);
}
InspectionImpact impact = (InspectionImpact)i;
decimal? A;
decimal? B;
if (i == InspectionImpact.High)
{
A = r.impact_slope;
B = r.impact_intercept;
}
else
{
A = r.normal_slope;
B = r.normal_intercept;
}
return(firstOrder(A, B, reading));
}
private void UpdateExsistingLinearCalculationMethod(LinearCalMethodViewModel item, TRACK_COMPART_WORN_LIMIT_LIEBHERR linear)
{
linear.impact_intercept = item.Impact_Intercept == null ? 0 : item.Impact_Intercept;
linear.impact_slope = item.Impact_Slope == null ? 0 : item.Impact_Slope;
linear.normal_intercept = item.Normal_Intercept == null ? 0 : item.Normal_Intercept;
linear.normal_slope = item.Normal_Slope == null ? 0 : item.Normal_Slope;
_context.Entry(linear).State = EntityState.Modified;
}