public Enemy(string name, Actor actor, float speed, int _health)
: base(name, actor)
{
FrostbyteLevel l = This.Game.LoadingLevel as FrostbyteLevel;
Personality = new WanderingMinstrelPersonality(this);
UpdateBehavior = update;
l.enemies.Add(this);
EndBehavior = Die;
Speed = speed;
Health = _health;
CollidesWithBackground = true;
#region HealthBar
float alpha = 0.15f;
healthBar = new ProgressBar("Health_" + Name, MaxHealth,
Color.Black * 0, Color.Red * 0.5f, Color.Black * alpha, barSize);
healthBar.Pos = Pos - l.Camera.Pos + new Vector2(0, -20);
healthBar.Static = true;
healthBar.Value = MaxHealth;
HealthChanged += delegate(object obj, int value)
{
if (healthBar != null)
{
healthBar.Value = value;
if (value == 0)
{
This.Game.CurrentLevel.RemoveSprite(healthBar);
}
}
};
#endregion
}
public float Evaluate(AnalysisNode node, IPersonality personality)
{
m_white_data.Init(node.Position);
m_black_data.Init(node.Position);
ulong white_good_cells = 0;
ulong black_good_cells = 0;
float white_value = m_white_data.m_material;
float black_value = m_black_data.m_material;
// TODO - if not endgame..
white_good_cells = CentralSquares;
black_good_cells = CentralSquares;
// TODO - create arrays for pawns, we need them anyway
var white_pieces = node.Position.GetPieces(Players.White);
var black_pieces = node.Position.GetPieces(Players.Black);
var white_good_cells_count = CountGoodCells(white_good_cells,
Players.White, white_pieces);
var black_good_cells_count = CountGoodCells(black_good_cells,
Players.Black, black_pieces);
// TODO - consider here optimistic and pessimistic players
white_value += 0.05f * white_good_cells_count;
black_value += 0.05f * black_good_cells_count;
// TODO - do more
return white_value - black_value;
}
private void cmbPersonality_SelectedIndexChanged(object sender, EventArgs e)
{
IPersonality personality = Personalities.ElementAt(cmbPersonality.SelectedIndex).Value;
if (card != null)
{
card.data.PROFILE_PERSONALITY_ID = personality.Slot;
}
}
public static ppParser GetIcfPP(this IPersonality personality)
{
string path = Paths.AA2Play + "\\" + personality.ICFLocation;
if (!File.Exists(path))
{
path = Paths.AA2Edit + "\\" + personality.ICFLocation;
}
return(new ppParser(path));
}
/// <summary>
/// Base constructor
/// </summary>
public NonPlayerCharacterTemplate()
{
WillPurchase = new HashSet <IMerchandise>();
WillSell = new HashSet <IMerchandise>();
InventoryRestock = new HashSet <MerchandiseStock>();
TeachableProficencies = new HashSet <IQuality>();
Personality = new Personality();
Race = new Race();
Descriptives = new HashSet <ISensoryEvent>();
}
public static ppParser GetLstPP(this IPersonality personality)
{
string path = Paths.AA2Play + "\\" + personality.LSTLocation.RemoveFilename('/');
if (!File.Exists(path))
{
path = Paths.AA2Edit + "\\" + personality.LSTLocation.RemoveFilename('/');
}
return(new ppParser(path));
}
public void GetDressed(IPersonality person)
{
foreach (var outfit in person.Outfits)
{
var gearset = outfit.GearPieceIds.Select(o =>
GetGearPiece(o))
.ToDictionary(x => x.BodyPart, x => x);
outfit.GearSet = gearset;
}
}
public static PersonalityLST LoadLST(this IPersonality p)
{
if (p.Custom)
{
return(new CustomPersonalityLST(p.GetLst().ToStream().ToArray()));
}
else
{
return(new PersonalityLST(p.GetLst().ToStream().ToArray()));
}
}
public void AddOufit(IPersonality person, Outfit outfit)
{
var previous = person.Outfits
.FirstOrDefault(o =>
o.Period == outfit.Period
&& o.Name == outfit.Name);
if (previous != null)
person.Outfits.Remove(previous);
person.Outfits.Add(outfit);
}
public void Run(IPersonality personality)
{
if (m_timer == null)
{
m_timer = Stopwatch.StartNew();
}
else
{
m_timer.Restart();
}
Personality = personality;
}
public int CompareTo(IPersonality other)
{
int nameComp = Name.CompareTo(other.Name);
if (nameComp == 0)
{
return(Age.CompareTo(other.Age));
}
else
{
return(nameComp);
}
}
public static Outfit CreateEmptyOutfit(IPersonality owner)
{
string imgPath = ImagePath + "NoOutfit.png";
var emptyPieces = GetGearPieces()
.Where(o => o.Name.StartsWith("Empty"));
return new Outfit
{
ImageSource = Path.GetFullPath(imgPath),
GearSet = emptyPieces.ToDictionary(o => o.BodyPart, o => o),
Dye = GetDyes().FirstOrDefault(o => o.Name == "Empty Dye")
};
}
/// <summary>
/// Returns a list of all behaviours which have the Personality type of mindP
/// </summary>
/// <param name="mindP">The personality state the mind is currently in</param>
/// <returns></returns>
public IList <IState> getAvailableBehaviours(IPersonality mindP)
{
IList <IState> list = new List <IState>();
//foreach (KeyValuePair<IState, IPersonality> p in behaves)
//{
// if (p.Value == mindP)
// {
// list.Add(p.Key);
// }
//}
return(list);
}
public Greeter(IPersonality personality)
{
_personality = personality;
}
public void AddToDictionary(IPersonality p)
{
personalities.Add(p.getSetName, p);
}
public void CreatePersonality <T>() where T : IPersonality, new()
{
personality = new T();
AddToDictionary(personality);
}
public static IWriteFile GetLstFromPP(this ppParser pp, IPersonality personality)
{
string file = personality.LSTLocation.GetFilename('/');
return pp.Subfiles.First(iw => iw.Name == file);
}
/// <summary>
/// Get an ordered list of employment for the last three years at random
/// </summary>
/// <param name="options"></param>
/// <param name="personality"></param>
/// <param name="eduLevel"></param>
/// <param name="emplyRanges">
/// Optional, allows calling assembly to set this directly, defaults to <see cref="GetEmploymentRanges"/>
/// </param>
/// <returns></returns>
protected internal virtual List <ILaboris> GetRandomEmployment(AmericanDomusOpesOptions options, IPersonality personality = null,
OccidentalEdu eduLevel = OccidentalEdu.None, List <Tuple <DateTime, DateTime?> > emplyRanges = null)
{
options = options ?? AmericanDomusOpesOptions.RandomOpesOptions();
var empls = new HashSet <ILaboris>();
emplyRanges = emplyRanges ?? GetEmploymentRanges(options, personality);
//limit result to those which match the edu level
Predicate <SocDetailedOccupation> filter = null;
if (eduLevel < (OccidentalEdu.Bachelor | OccidentalEdu.Grad))
{
filter = s => !StandardOccupationalClassification.IsDegreeRequired(s);
}
var occ = StandardOccupationalClassification.RandomOccupation(filter);
foreach (var range in emplyRanges)
{
var emply = new AmericanEmployment()
{
Occupation = occ
};
var cloneOptions = options.GetClone();
cloneOptions.Inception = range.Item1;
cloneOptions.Terminus = range.Item2;
emply.RandomizeAllItems(options);
empls.Add(emply);
}
var e = empls.ToList();
e.Sort(Comparer);
return(e);
}
public Speaker(IPersonality personality)
{
_personality = personality;
_synth = new SpeechSynthesizer();
}
public static IWriteFile GetLst(this IPersonality personality)
{
string file = personality.LSTLocation.GetFilename('/');
return(personality.GetLstPP().Subfiles.First(iw => iw.Name == file));
}
public void Run(IPersonality personality)
{
// TODO - restore the check
Debug.Assert(/*personality != null &&*/ CurrentPosition != null);
m_stats = new AnalysisStats();
m_stats.Run(personality);
m_stats.UpdateBestLine(m_tree.Root, false);
var legal_moves = GetLegalMoves();
if (legal_moves.Count == 0
// Only one legal move - play it without doubt
|| legal_moves.Count == 1)
{
return;
}
// Check the current node for the deterministic evaluation
// (checkmate, stalemate or some other draw)
// TODO
m_tree.Root.ResetMinmaxEvaluation();
MakeStaticEvaluation(m_tree.Root);
// TODO - init properly
//int buffer_capacity = 1500000;
ulong max_node_count = 10000000;
for (int depth = 1; m_stats.NodesEvaluated < max_node_count; depth += 2)
{
Run(m_tree.Root, depth, max_node_count);
}
MinMax.Evaluate(m_tree.Root);
m_stats.UpdateBestLine(m_tree.Root, true);
m_stats.Stop();
// Clean the tree and restore root's children
CleanAnalysisTree();
}
public Outfit CreateEmptyOutfit(IPersonality o)
{
return OutfitProvider.CreateEmptyOutfit(o);
}
/// <summary>
/// Gets a list of time ranges over for all the years of this income's start date (and then some).
/// Each block is assumed as a span of employment at one single employer.
/// </summary>
/// <param name="options"></param>
/// <param name="personality"></param>
/// <returns></returns>
protected internal virtual List <Tuple <DateTime, DateTime?> > GetEmploymentRanges(AmericanDomusOpesOptions options,
IPersonality personality = null)
{
options = options ?? AmericanDomusOpesOptions.RandomOpesOptions();
var emply = new List <Tuple <DateTime, DateTime?> >();
//make it appear as if the start date is randomly before options start date
var sdt = options.Inception;
sdt = sdt == DateTime.MinValue
? Etx.RandomDate(-3, DateTime.Today, true).Date
: sdt.AddDays(Etx.RandomInteger(0, 360) * -1);
//TODO - tie this together with personality
var tenure = AmericanEmployment.RandomEmploymentTenure(options);
var lpDt = sdt;
while (lpDt < DateTime.Today)
{
var randDays = Etx.RandomInteger(0, 21);
lpDt = lpDt.AddMonths(3).AddDays(randDays);
if (lpDt <= sdt.Add(tenure))
{
continue;
}
emply.Add(new Tuple <DateTime, DateTime?>(sdt, lpDt < DateTime.Today ? new DateTime?(lpDt) : null));
sdt = lpDt;
tenure = AmericanEmployment.RandomEmploymentTenure(options);
}
if (!emply.Any())
{
emply.Add(new Tuple <DateTime, DateTime?>(Etx.RandomDate(-4, DateTime.Today, true).Date, null));
}
return(emply);
}
public Enemy(string name, Actor actor, float speed, int _health)
: base(name, actor)
{
FrostbyteLevel l = This.Game.LoadingLevel as FrostbyteLevel;
Personality = new WanderingMinstrelPersonality(this);
UpdateBehavior = update;
l.enemies.Add(this);
EndBehavior = Die;
Speed = speed;
Health = _health;
CollidesWithBackground = true;
#region HealthBar
float alpha = 0.15f;
healthBar = new ProgressBar("Health_" + Name, MaxHealth,
Color.Black * 0, Color.Red * 0.5f, Color.Black * alpha, barSize);
healthBar.Pos = Pos - l.Camera.Pos + new Vector2(0, -20);
healthBar.Static = true;
healthBar.Value = MaxHealth;
HealthChanged += delegate(object obj, int value)
{
if (healthBar != null)
{
healthBar.Value = value;
if (value == 0)
{
This.Game.CurrentLevel.RemoveSprite(healthBar);
}
}
};
#endregion
}
