/// <summary>
/// return true if confidentiality might effect result
/// </summary>
public static bool IsAffectedByConfidentiality(int facilityID, string pollutantCode)
{
//Find data for confidential in the group of the pollutant
LOV_POLLUTANT pollutant = ListOfValues.GetPollutant(pollutantCode);
string groupCode = pollutant.ParentID.HasValue ? ListOfValues.GetPollutant(pollutant.ParentID.Value).Code : pollutantCode;
var confidentialData = GetTimeSeries(facilityID, groupCode);
return(confidentialData.Any());
}
/// <summary>
/// Return all leaf pollutants within a given group given by parentCode.
/// Any sub-groups (e.g. BTEX)willnot be included, but its children will.
/// </summary>
public static int CountLeafPollutants(string parentCode)
{
LOV_POLLUTANT group = GetPollutant(parentCode);
if (group != null)
{
return(GetLeafPollutants(group.LOV_PollutantID).Count());
}
return(0);
}
/// <summary>
/// Get confidential data for timeseries on facility level.
/// The list will always contain data corresponding to the pollutant, even if no confidentiality claims has been made for any years
/// </summary>
public static List <TimeSeriesClasses.ConfidentialityPollutant> GetConfidentialTimeSeries(int facilityID, string pollutantCode)
{
//Find data for pollutant
List <TimeSeriesClasses.PollutantTransfers> pollutantData = GetTimeSeries(facilityID, pollutantCode);
//Find data for confidential in the group of the pollutant
LOV_POLLUTANT pollutant = ListOfValues.GetPollutant(pollutantCode);
string groupCode = pollutant.ParentID.HasValue ? ListOfValues.GetPollutant(pollutant.ParentID.Value).Code : null;
List <TimeSeriesClasses.PollutantTransfers> confidentialData = GetTimeSeries(facilityID, groupCode);
//merge the two lists.
List <TimeSeriesClasses.ConfidentialityPollutant> result = mergeList(pollutantData, confidentialData);
return(result);
}