public void addToSinglesList(int newPersonIndex, TreePerson.PersonSex sex)
{
if (sex == TreePerson.PersonSex.Female)
BachelorettePersonIndexList.Add(newPersonIndex);
else
BachelorPersonIndexList.Add(newPersonIndex);
}
public void removeFromSinglesList(int deadPersonIndex, TreePerson.PersonSex sex)
{
if (sex == TreePerson.PersonSex.Female)
BachelorettePersonIndexList.Remove(deadPersonIndex);
else
BachelorPersonIndexList.Remove(deadPersonIndex);
}
public int AddChild(int familyIndex, string PID, Person familySearchPerson = null)
{
TreePerson myChild = new TreePerson(TreePerson.PersonType.FamilySearch, PID, familySearchPerson);
int childPersonIndex = myPeople.addToAllPeople(myChild);
allFamilies[familyIndex].AddChildIndex(childPersonIndex);
myChild.BirthFamilyIndex = familyIndex;
return childPersonIndex;
}
private void btnSimulation_Click(object sender, EventArgs e)
{
using (SimulationFormWizard simulationForm = new SimulationFormWizard())
{
txtOutput.Text = "Lets go forth and replentish the Earth, shall we?";
this.btnPlay3DFT.Enabled = false; // only enabled after saving the file.
this.btnOpenFile.Enabled = false;
var dialogRet = simulationForm.ShowDialog();
if (dialogRet == DialogResult.Yes)
{
//Debug.WriteLine("Awake");
_courtHouse = new CourtHouse();
_matchMaker = new Matchmaker(ref _courtHouse);
_matchMaker.init();
int lastYear = simulationForm.StartYear;
int currentYear = simulationForm.StartYear;
int endYear = currentYear + simulationForm.NumberOfYears;
TreePerson Adam = new TreePerson(TreePerson.PersonType.Adam, currentYear.ToString());
TreePerson Eve = new TreePerson(TreePerson.PersonType.Eve, currentYear.ToString());
var personAIndex = _matchMaker.courtHouse.myPeople.addToAllPeople(Adam);
var personEIndex = _matchMaker.courtHouse.myPeople.addToAllPeople(Eve);
_matchMaker.addToSinglesList(personAIndex, Adam.Sex);
_matchMaker.addToSinglesList(personEIndex, Eve.Sex);
//Debug.WriteLine("Hello " + Adam.Name + " and " + Eve.Name + " !");
//Debug.WriteLine(Adam.GetSex() + " and " + Eve.GetSex());
for (currentYear = simulationForm.StartYear;
currentYear <= endYear;
currentYear++)
{
//Debug.WriteLine("Happy New Year!!. It is year: " + currentYear.ToString());
//Debug.WriteLine("We have " + _matchMaker.BachelorPersonIndexList.Count + " Bachelors, and " +
// _matchMaker.BachelorettePersonIndexList.Count + " Bachelorettes");
//Debug.WriteLine("Our people count is " + _matchMaker.courtHouse.myPeople.allPeople.Count + ", with alive count =" +
// _matchMaker.courtHouse.myPeople.livingCount());
//Debug.WriteLine("We have " + _matchMaker.courtHouse.allFamilies.Count + " Families <-----------------------");
_matchMaker.doWeddings(currentYear);
_matchMaker.beFruitfullAndMultiply(currentYear);
_matchMaker.mortality(currentYear);
lastYear = currentYear;
}
//Debug.WriteLine("We are done with populating the earth!");
//Debug.WriteLine("We have " + _matchMaker.BachelorPersonIndexList.Count + " Bachelors, and " +
// _matchMaker.BachelorettePersonIndexList.Count + " Bachelorettes");
txtOutput.Clear();
txtOutput.AppendText(string.Format("Our simulation created {0} Families, and {1} Individuals",
_courtHouse.allFamilies.Count, _courtHouse.myPeople.allPeople.Count));
txtOutput.AppendText(System.Environment.NewLine + System.Environment.NewLine + "--> Next, Save this file, so that you can play it.");
//fileNameForSaving = string.Format("3DTree_Sim_F{0}_P{1}", _courtHouse.allFamilies.Count,
// _courtHouse.myPeople.allPeople.Count);
HELPER_EnableOutputUI(true);
}
else
{
txtOutput.Clear();
txtOutput.AppendText("Simulation, Canceled.");
this.btnPlay3DFT.Enabled = true;
this.btnOpenFile.Enabled = true;
}
}
}
public void beFruitfullAndMultiply(int currentYear)
{
foreach (Family myFamily in courtHouse.allFamilies)
{
if (BabyTime(myFamily, currentYear))
{
TreePerson MyChild = new TreePerson(TreePerson.PersonType.Unique, currentYear.ToString());
int childPersonIndex = courtHouse.myPeople.addToAllPeople(MyChild);
myFamily.AddChildIndex(childPersonIndex);
addToSinglesList(childPersonIndex, MyChild.Sex);
MyChild.BirthFamilyIndex = courtHouse.allFamilies.IndexOf(myFamily);
}
}
}
private bool RecAddPersonsFamily(PersonState personState, int treePersonIndex, int generation = 1)
{
//Person must already be added to CourtHouse
HELPER_Add_portrait((FamilyTreePersonState)personState, treePersonIndex);
DescendancyResultsState descendacyState = personState.ReadDescendancy(
FamilySearchOptions.IncludePersonDetails(),
FamilySearchOptions.IncludeMarriageDetails(),
FamilySearchOptions.IncludePersons(),
QueryParameter.Generations(2)
);
if (_worker.CancellationPending == true) return false;
//DescendancyResultsState
DescendancyTree.DescendancyNode myNode = descendacyState.Tree.Root;
int treePersonSpouceIndex;
int familyIndex;
string marriageDateString = "";
TreePerson treePersonSpouce;
if (myNode.Spouse != null)
{
treePersonSpouce = new TreePerson(TreePerson.PersonType.FamilySearch, myNode.Spouse.Id,
myNode.Spouse);
treePersonSpouceIndex = _courtHouse.myPeople.addToAllPeople(treePersonSpouce);
marriageDateString = myNode.Person.DisplayExtension.MarriageDate;
HELPER_Add_portrait(ft.ReadPersonById(myNode.Spouse.Id), treePersonSpouceIndex);
}
else // only used no start a family if needed (if this family with out a spouse has children)
{
treePersonSpouce = new TreePerson(TreePerson.PersonType.Null);
treePersonSpouceIndex = _courtHouse.myPeople.addToAllPeople(treePersonSpouce);
marriageDateString = "";
}
var nextGenerationValue = generation - 1;
// Are we done with our recursion??
if (nextGenerationValue == 0) return true;
List<DescendancyTree.DescendancyNode> children = myNode.Children;
if (children != null)
{
// We did not start a family because Spouse was null, however if we have children, lets add a place holder Bull Spouse
familyIndex = _courtHouse.StartFamily(treePersonIndex, treePersonSpouceIndex,
marriageDateString);
// Add all the children to the family
foreach (var child in children)
{
if (_worker.CancellationPending == true) return false;
var childPersonIndex =_courtHouse.AddChild(familyIndex, child.Person.Id, child.Person);
FamilyTreePersonState childPersonState = ft.ReadPersonById(child.Person.Id);
if (RecAddPersonsFamily(childPersonState, childPersonIndex, nextGenerationValue) == false)
return false;
}
}
else
{ // if there are no children, but I still have a spouse - we need to start a family
if (myNode.Spouse != null)
{
familyIndex = _courtHouse.StartFamily(treePersonIndex, treePersonSpouceIndex,
marriageDateString);
}
}
return true;
}
/// <summary>
/// Add this person as a parent to their own family
/// as well a Generation-1 other descendants
/// Assumes this is a Descendancy type of flow
/// </summary>
/// <param name="personState">The Family Search Person to act on</param>
/// <param name="generation">The Generation Radius that is left over. When 1, only return Spouse if exists, decrement to Zero and return
/// Otherwise if Generation Radius is more than Zero after decrement, then call This function recursivley on all children found.</param>
public bool AddPersonsFamily(PersonState personState, int generation = 1)
{
var person = personState.Person;
TreePerson treePerson = new TreePerson(TreePerson.PersonType.FamilySearch, person.Id, person);
var treePersonIndex = _courtHouse.myPeople.addToAllPeople(treePerson);
//Rec function assumes that the person is already added to the CourtHouse
return RecAddPersonsFamily(personState, treePersonIndex, generation);
}
public int addToAllPeople(TreePerson person)
{
allPeople.Add(person);
return allPeople.IndexOf(person);
}
public void Add(TreePerson newPerson)
{
allPeople.Add(newPerson);
}
