public CommonStats GetCommonStats()
{
CommonStats stats = new CommonStats();
int num = fSelectedRecords.Count;
for (int i = 0; i < num; i++)
{
GDMRecord rec = fSelectedRecords[i];
if (rec.RecordType != GDMRecordType.rtIndividual)
{
continue;
}
GDMIndividualRecord ind = (GDMIndividualRecord)rec;
stats.persons++;
switch (ind.Sex)
{
case GDMSex.svFemale:
stats.persons_f++;
if (ind.IsLive())
{
stats.lives_f++;
stats.lives++;
}
break;
case GDMSex.svMale:
stats.persons_m++;
if (ind.IsLive())
{
stats.lives_m++;
stats.lives++;
}
break;
}
string vAge = GKUtils.GetAgeStr(ind, -1);
stats.age.TakeVal(vAge, ind.Sex, true);
string vLife = GKUtils.GetLifeExpectancyStr(ind);
stats.life.TakeVal(vLife, ind.Sex, true);
int chCnt = ind.GetTotalChildsCount();
stats.childs.TakeVal(chCnt, ind.Sex, true);
int vFba = GKUtils.GetFirstbornAge(ind, GKUtils.GetFirstborn(ind));
stats.fba.TakeVal(vFba, ind.Sex, true);
int mCnt = GKUtils.GetMarriagesCount(ind);
stats.marr.TakeVal(mCnt, ind.Sex, true);
int vMAge = GKUtils.GetMarriageAge(ind);
stats.mage.TakeVal(vMAge, ind.Sex, true);
float vCI = ind.GetCertaintyAssessment();
stats.cIndex.TakeVal(vCI, ind.Sex, false);
}
return(stats);
}
private void PrepareDescendants(TVPerson person)
{
if (person == null)
{
return;
}
try
{
int gens = (person.DescGenerations <= 0) ? 1 : person.DescGenerations;
person.GenSlice = person.BaseRadius / gens; // ?
GDMIndividualRecord iRec = person.IRec;
foreach (GDMSpouseToFamilyLink spLink in iRec.SpouseToFamilyLinks)
{
GDMFamilyRecord famRec = spLink.Family;
bool alreadyPrepared = false;
// processing the spouse of the current person
GDMIndividualRecord spouse = famRec.GetSpouseBy(iRec);
if (spouse != null)
{
TVPerson sps = PreparePerson(null, spouse, TVPersonType.Spouse);
if (sps == null)
{
// this can occur only when processing of the patriarchs later than those already processed,
// i.e. if the at first was already processed the patriarch, born in 1710, was processed his childrens
// and one of theirs spouses being a patriarch of new branches!
Logger.LogWrite("TreeVizControl.PrepareDescendants(): an unexpected collision");
alreadyPrepared = true;
}
else
{
ProcessPersonStem(sps, person, TVPersonType.Spouse);
person.Spouses.Add(sps);
}
}
if (!alreadyPrepared)
{
// processing children of the current family
foreach (GDMIndividualLink childPtr in famRec.Children)
{
GDMIndividualRecord child = childPtr.Individual;
// exclude childless branches
if (EXCLUDE_CHILDLESS && (fBase.Context.IsChildless(child) || child.GetTotalChildsCount() < 1))
{
continue;
}
TVPerson chp = PreparePerson(person, child, TVPersonType.Child);
if (chp == null)
{
// this is someone spouse and already prepared, intersection of branches
Logger.LogWrite("TreeVizControl.PrepareDescendants(): intersection");
}
else
{
chp.BaseRadius = (float)((person.BaseRadius / 2) * 0.95);
chp.DescGenerations = person.DescGenerations - 1;
ProcessPersonStem(chp, person, TVPersonType.Child);
person.Childs.Add(chp);
PrepareDescendants(chp);
}
}
}
}
}
catch (Exception ex)
{
Logger.LogWrite("TreeVizControl.PrepareDescendants(): " + ex.Message);
}
}
private void GetSimplePersonStat(StatsMode mode, List <StatsItem> values, GDMIndividualRecord iRec)
{
string iName = GKUtils.GetNameString(iRec, true, false);
switch (mode)
{
case StatsMode.smAncestors:
values.Add(new StatsItem(iName, GKUtils.GetAncestorsCount(iRec) - 1));
break;
case StatsMode.smDescendants:
values.Add(new StatsItem(iName, GKUtils.GetDescendantsCount(iRec) - 1));
break;
case StatsMode.smDescGenerations:
values.Add(new StatsItem(iName, GKUtils.GetDescGenerations(iRec)));
break;
case StatsMode.smChildsCount:
values.Add(new StatsItem(iName, iRec.GetTotalChildsCount()));
break;
case StatsMode.smFirstbornAge:
values.Add(new StatsItem(iName, GKUtils.GetFirstbornAge(iRec, GKUtils.GetFirstborn(iRec))));
break;
case StatsMode.smMarriages:
values.Add(new StatsItem(iName, GKUtils.GetMarriagesCount(iRec)));
break;
case StatsMode.smMarriageAge:
values.Add(new StatsItem(iName, GKUtils.GetMarriageAge(iRec)));
break;
case StatsMode.smSurnames:
case StatsMode.smNames:
case StatsMode.smPatronymics:
GetIndiName(mode, values, iRec);
break;
case StatsMode.smAge:
CheckVal(values, GKUtils.GetAgeStr(iRec, -1));
break;
case StatsMode.smLifeExpectancy:
CheckVal(values, GKUtils.GetLifeExpectancyStr(iRec));
break;
case StatsMode.smBirthYears:
case StatsMode.smBirthTenYears:
case StatsMode.smBirthPlaces:
GetEventField(mode, values, iRec, GEDCOMTagName.BIRT);
break;
case StatsMode.smDeathYears:
case StatsMode.smDeathTenYears:
case StatsMode.smDeathPlaces:
GetEventField(mode, values, iRec, GEDCOMTagName.DEAT);
break;
case StatsMode.smChildsDistribution:
CheckVal(values, iRec.GetTotalChildsCount().ToString());
break;
case StatsMode.smResidences:
CheckVal(values, GKUtils.GetResidencePlace(iRec, false));
break;
case StatsMode.smOccupation:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName.OCCU));
break;
case StatsMode.smReligious:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName.RELI));
break;
case StatsMode.smNational:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName.NATI));
break;
case StatsMode.smEducation:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName.EDUC));
break;
case StatsMode.smCaste:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName.CAST));
break;
case StatsMode.smHobby:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName._HOBBY));
break;
case StatsMode.smAward:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName._AWARD));
break;
case StatsMode.smMili:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName._MILI));
break;
case StatsMode.smMiliInd:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName._MILI_IND));
break;
case StatsMode.smMiliDis:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName._MILI_DIS));
break;
case StatsMode.smMiliRank:
CheckVal(values, GKUtils.GetAttributeValue(iRec, GEDCOMTagName._MILI_RANK));
break;
case StatsMode.smCertaintyIndex:
CheckVal(values, string.Format("{0:0.00}", iRec.GetCertaintyAssessment()));
break;
case StatsMode.smBirthByMonth:
GDMCustomEvent ev = iRec.FindEvent(GEDCOMTagType.BIRT);
if (ev != null)
{
var dtx = ev.Date.Value as GDMDate;
if (dtx != null && dtx.Month > 0)
{
CheckVal(values, dtx.Month.ToString());
}
}
break;
case StatsMode.smDemography:
{
int lifeExp = GKUtils.GetLifeExpectancy(iRec);
if (lifeExp > -1)
{
string v = Convert.ToString(lifeExp / 5 * 5);
CheckVal(values, v, iRec.Sex);
}
break;
}
}
}
