private Tristate AddressExplicitBiomom( )
{
Tristate explicitBiomomPass1 = (Tristate)_drValue.ExplicitShareBiomomPass1;
if ( explicitBiomomPass1 != Tristate.DoNotKnow ) return explicitBiomomPass1;
DataColumn dcPass1 = _dsLinks.tblRelatedValues.ExplicitShareBiomomPass1Column;
PairShare[] pairs = PairShare.BuildRelatedPairsOfGen1Housemates(dcPass1, _drLeft.SubjectTag_S1, _drLeft.SubjectTag_S2, _drLeft.ExtendedID, _dsLinks);
InterpolateShare interpolate = new InterpolateShare(pairs);
return interpolate.Interpolate(_drLeft.SubjectTag_S1, _drLeft.SubjectTag_S2);
}
private Tristate AddressImplicitBiomom( )
{
Tristate implicitBiomomPass1 = (Tristate)_drValue.ImplicitShareBiomomPass1;
if ( implicitBiomomPass1 != Tristate.DoNotKnow ) return implicitBiomomPass1;
const Bioparent bioparent = Bioparent.Mom;
DataColumn dcPass1 = _dsLinks.tblRelatedValues.ImplicitShareBiomomPass1Column;
PairShare[] pairs = PairShare.BuildRelatedPairsOfGen1Housemates(dcPass1, _drLeft.SubjectTag_S1, _drLeft.SubjectTag_S2, _drLeft.ExtendedID, _dsLinks);
InterpolateShare interpolate = new InterpolateShare(pairs);
Tristate newShare = interpolate.Interpolate(_drLeft.SubjectTag_S1, _drLeft.SubjectTag_S2);
if ( newShare != Tristate.DoNotKnow ) {
return newShare;
}
else {
MarkerEvidence alwaysWithBothBioparents = MarkerGen1.RetrieveParentMarkerSingleYear(_idRelatedOlderAboutYounger, MarkerType.Gen1AlwaysLivedWithBothBioparents, bioparent, _dtMarkersGen1);
MarkerEvidence inHH1980 = MarkerGen1.RetrieveParentMarkerMultiYear(_idRelatedOlderAboutYounger, MarkerType.Gen1BiomomInHH, 1980, bioparent, _dtMarkersGen1);
MarkerEvidence inHH1978 = MarkerGen1.RetrieveParentMarkerMultiYear(_idRelatedOlderAboutYounger, MarkerType.Gen1BiomomInHH, 1978, bioparent, _dtMarkersGen1);
MarkerEvidence inHH1977 = MarkerGen1.RetrieveParentMarkerMultiYear(_idRelatedOlderAboutYounger, MarkerType.Gen1BiomomInHH, 1977, bioparent, _dtMarkersGen1);
MarkerEvidence inHH1976 = MarkerGen1.RetrieveParentMarkerMultiYear(_idRelatedOlderAboutYounger, MarkerType.Gen1BiomomInHH, 1976, bioparent, _dtMarkersGen1);
MarkerEvidence birthCountry = MarkerGen1.RetrieveParentMarkerSingleYear(_idRelatedOlderAboutYounger, MarkerType.Gen1BiomomBirthCountry, bioparent, _dtMarkersGen1);
MarkerEvidence birthState = MarkerGen1.RetrieveParentMarkerSingleYear(_idRelatedOlderAboutYounger, MarkerType.Gen1BiomomBirthState, bioparent, _dtMarkersGen1);
MarkerEvidence birthYearAskedIn1988 = MarkerGen1.RetrieveParentMarkerMultiYear(_idRelatedOlderAboutYounger, MarkerType.Gen1BiomomBirthYear, 1988, bioparent, _dtMarkersGen1);
MarkerEvidence birthYearAskedIn1987 = MarkerGen1.RetrieveParentMarkerMultiYear(_idRelatedOlderAboutYounger, MarkerType.Gen1BiomomBirthYear, 1987, bioparent, _dtMarkersGen1);
return ImplicitShareBioparent(alwaysWithBothBioparents, inHH1980, inHH1978, inHH1977, inHH1976, birthCountry, birthState, birthYearAskedIn1988, birthYearAskedIn1987);
}
}
private Tristate AddressBiomom( Tristate explicitShare, Tristate implicitShare )
{
Tristate biomomPass1 = (Tristate)_drValue.ShareBiomomPass1;
if ( biomomPass1 != Tristate.DoNotKnow ) return biomomPass1;
DataColumn dcPass1 = _dsLinks.tblRelatedValues.ShareBiomomPass1Column;
PairShare[] pairs = PairShare.BuildRelatedPairsOfGen1Housemates(dcPass1, _drLeft.SubjectTag_S1, _drLeft.SubjectTag_S2, _drLeft.ExtendedID, _dsLinks);
InterpolateShare interpolate = new InterpolateShare(pairs);
Tristate newShare = interpolate.Interpolate(_drLeft.SubjectTag_S1, _drLeft.SubjectTag_S2);
if ( newShare != Tristate.DoNotKnow )
return newShare;
else
return CommonFunctions.TakePriority(explicitShare, implicitShare);
}