public void AI_MjesovitaSimulacijaIspravnoDajeTaktike()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 2, 3, 3, 4 });
Polje p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaNapipavanjeRazmak));
ai.ObradiPogodak(rezultatGadjanja.promasaj);
p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaNapipavanjeRazmak));
ai.ObradiPogodak(rezultatGadjanja.pogodak);
p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaTrazenjeSmjeraRazmak));
ai.ObradiPogodak(rezultatGadjanja.promasaj);
p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaTrazenjeSmjeraRazmak));
ai.ObradiPogodak(rezultatGadjanja.pogodak);
p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaUnistavanjeRazmak));
ai.ObradiPogodak(rezultatGadjanja.promasaj);
p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaTrazenjeSmjeraRazmak));
ai.ObradiPogodak(rezultatGadjanja.pogodak);
p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaUnistavanjeRazmak));
ai.ObradiPogodak(rezultatGadjanja.potopljen);
p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaNapipavanjeRazmak));
}
void NextGame()
{
NextGameButtonVisibility = Visibility.Collapsed;
GameMessage = "";
Title = "Diff " + Difficulty;
WholeBoard = new PentagoBoard();
base.RaisePropertyChanged("WholeBoard");
var AI = AIFactory.NextAI(WholeBoard, Difficulty / 2);
if (Difficulty % 2 == 1)
{
Control = new GameControl(WholeBoard, AI, null);
Control.GameOver = postGameProcess;
Control.RotatabilityChange = new GameControl.RotatabilityChangeHandler(RotateAction);
Control.Start();
}
else
{
Title += " - You go first";
Control = new GameControl(WholeBoard, null, AI);
Control.GameOver = postGameProcess;
Control.RotatabilityChange = new GameControl.RotatabilityChangeHandler(RotateAction);
Control.Start();
}
}
public void AIRazmak_GadjajDajePoljeUnutarMreze()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 4 });
ai.Gadjaj();
Assert.IsTrue(ai.Mreza.polja.Contains(ai.zap.gadjanoPolje));
}
private void InitAiTree()
{
mAiEntity = AIFactory.Creat(this.baseProp.aiTmplId, this);
if (mAiEntity == null)
{
mAiEntity = new ComAI(this);
}
}
public AINpc(string Name, Transform Trans, CombatTeam Team, float[] InitAttr)
: base(Name, Trans, Team, InitAttr)
{
AIData_ = new BehaviorInputData();
AIData_.Enabled = true;
AIData_.Attacker = this;
AIData_.Node = AIFactory.CreateNormalAI();
AIData_.SkillID = 0;
}
public static AIFactory Instance()
{
if (mAIFactory == null)
{
mAIFactory = new AIFactory();
}
return mAIFactory;
}
void ComputerVsHuman()
{
WholeBoard = new PentagoBoard();
base.RaisePropertyChanged("WholeBoard");
Control = new GameControl(this.WholeBoard, null, AIFactory.NextAI(WholeBoard, 2, false, 1));
Control.GameOver = new GameControl.GameOverHandler(GameOver);
Control.RotatabilityChange = new GameControl.RotatabilityChangeHandler(RotateAction);
Control.Start();
}
public void AI_ObradiPogodakIspravnoRadiZaPromasaj()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 1, 2, 3, 3, 4 });
ai.Gadjaj();
ai.ObradiPogodak(rezultatGadjanja.promasaj);
Assert.IsTrue(ai.zap.trenutnaMeta.Count == 0);
Assert.IsFalse(ai.Mreza.polja.Contains(ai.zap.gadjanoPolje));
}
public void AI_IzvaziMjerenjeBrzine()
{
// zanima nas samo brzina izvrsavanja testa
AIFactory.Pravila = PravilaIgre.DodirivanjeZabranjeno;
int[] duljine = new int[] { 4, 3, 2, 1 };
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, duljine);
ai.Izvazi();
}
public void AI_InitializeIspravnoPostavljaParametre()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(5, 5, new int[] { 2, 3, 3, 4 });
Assert.IsTrue(((List <Polje>)ai.Mreza.DajSlobodnaPolja()).Count == 25);
Assert.IsTrue(ai.Flota.Count == 4);
Assert.IsTrue(ai.Flota.Contains(2));
Assert.IsTrue(ai.Flota.FindAll(x => x == 3).Count == 2);
Assert.IsTrue(ai.Flota.Contains(4));
}
public void AI_NakonPrvogPogotkaTaktikaJeTrazenjeSmjera()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 2, 3, 3, 4 });
Polje p = ai.Gadjaj();
ai.ObradiPogodak(rezultatGadjanja.pogodak);
p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaTrazenjeSmjeraRazmak));
}
public void AI_NakonPotapanjaTaktikaJeNapipavanje()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 2, 3, 3, 4 });
Polje p = ai.Gadjaj();
ai.ObradiPogodak(rezultatGadjanja.potopljen);
p = ai.Gadjaj();
Assert.IsInstanceOfType(ai.Taktika, typeof(TaktikaNapipavanjeRazmak));
}
void ComputerVsComputer()
{
WholeBoard = new PentagoBoard();
//WholeBoard[1, 2].State = Status.StateEnum.black;
//WholeBoard[1, 1].State = Status.StateEnum.black;
//WholeBoard[1, 4].State = Status.StateEnum.black;
//WholeBoard[4, 1].State = Status.StateEnum.white;
//WholeBoard[4, 4].State = Status.StateEnum.white;
base.RaisePropertyChanged("WholeBoard");
Control = new GameControl(this.WholeBoard, AIFactory.NextAI(WholeBoard, 2, false, 0), new AIPlayer(WholeBoard, 2));
Control.GameOver = new GameControl.GameOverHandler(GameOver);
Control.RotatabilityChange = new GameControl.RotatabilityChangeHandler(RotateAction);
Control.Start();
}
public void AIFactoryIspravnoDajeAIZaPravila()
{
AITemplate ai = AIFactory.DajAI();
Assert.IsInstanceOfType(ai, typeof(AIRazmak));
AIFactory.Pravila = PravilaIgre.DodirivanjeDozvoljeno;
AITemplate a1 = AIFactory.DajAI();
Assert.IsInstanceOfType(a1, typeof(AIDodirivanje));
AIFactory.Pravila = PravilaIgre.DodirivanjeZabranjeno;
AITemplate a2 = AIFactory.DajAI();
Assert.IsInstanceOfType(a2, typeof(AIRazmak));
}
public void AIRazmak_GadjajNakonPogotkaDajePoljeDoGadjanogPolja()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 4 });
ai.Gadjaj();
Polje prvoPolje = ai.zap.gadjanoPolje;
ai.ObradiPogodak(rezultatGadjanja.pogodak);
ai.Gadjaj();
Polje drugoPolje = ai.zap.gadjanoPolje;
Assert.IsTrue((prvoPolje.Redak == drugoPolje.Redak && Math.Abs(prvoPolje.Stupac - drugoPolje.Stupac) == 1) ||
(prvoPolje.Stupac == drugoPolje.Stupac && Math.Abs(prvoPolje.Redak - drugoPolje.Redak) == 1));
}
public GameApp()
{
msInstance = this;
mEventSystem = new EventSystem();
mSceneManager = new SceneManager();
mWindowManager = new WindowManager();
mDataManager = new DataManager();
mResourceManager = new ResourceManager();
mToucheManager = new TouchManager();
mAIFactory = new AIFactory();
mItemManage = new ItemManager();
mGMHandler = new GMHandler();
mModuleManager = new ModuleManager();
mSoundManager = new SoundManager();
mDropManager = new DropManager();
mConditionManager = new ConditionManager();
mStageDataManager = new StageDataManager();
mPlayerController = new PlayerController();
mBloodUIManager = new BloodUIManager();
mBossBloodUIManager = new BossBloodUIManager();
mPlayerDataPool = new PlayerDataPool();
mYesOrNoMgr = new YesOrNoBoxManager();
mUIEffectMgr = new UIEffectManager();
mInputSystem = new InputSystem();
mStoryManager = new StoryManager();
mPromptManager = new PromptUIManager();
mPaoPaoManager = new PaoPaoManager();
mGuideManager = new GuideManager();
mAnimationManager = new AnimationManager();
mPlayerHeadUIManager = new PlayerHeadUIManager();
mUIResourceManager = new UIResourceManager();
mAnnounceItemManager = new AnnounceItemManager();
mPopTipManager = new PopTipManager();
mQuackUIManager = new QuackUIManager();
mEggManager = new EggManager();
mShopManager = new ShopManager();
mStrFilterManager = new StrFilterManager();
mFightGradeManager = new FightGradeManager();
mMailItemManager = new MailItemManager();
mSettingManager = new SettingManager();
mZhushouManager = new ZhushouManager();
mOtherDataPool = new OtherDataPool();
mActivityManager = new ActivityManager();
mLoadingManager = new LoadingManager();
mChargeItemManager = new ChargeItemManager();
mChargeMsgManager = new ChargeMsgManager();
}
public void AI_IzvaziIspravnoRacunaTezinuZaStupac()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(5, 1, new int[] { 4 });
ai.Izvazi();
foreach (Polje p in ai.Mreza.polja)
{
if (p.Redak > 0 && p.Redak < 4)
{
Assert.IsTrue(p.Tezina == 2);
}
else
{
Assert.IsTrue(p.Tezina == 1);
}
}
}
public void AIRazmak_GadjajNakonDvaPogotkaNastavljaSustavnoGadjatiUIstomSmjeru()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 4 });
ai.Gadjaj();
Polje prvoPolje = ai.zap.gadjanoPolje;
ai.ObradiPogodak(rezultatGadjanja.pogodak);
ai.Gadjaj();
Polje drugoPolje = ai.zap.gadjanoPolje;
ai.ObradiPogodak(rezultatGadjanja.pogodak);
ai.Gadjaj();
Polje trecePolje = ai.zap.gadjanoPolje;
Assert.IsTrue((prvoPolje.Redak == trecePolje.Redak && Math.Abs(prvoPolje.Stupac - trecePolje.Stupac) == 2) ||
(prvoPolje.Stupac == trecePolje.Stupac && Math.Abs(prvoPolje.Redak - trecePolje.Redak) == 2));
}
public void AIRazmak_EliminirajBrodIspravnoEliminiraPoljaZaBrodUUglu()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 4 });
Brod b = new Brod(new List <Polje>()
{
new Polje(0, 0), new Polje(0, 1), new Polje(0, 2), new Polje(0, 3)
});
List <Polje> prosireniBrod = new List <Polje>();
ai.EliminirajBrod(b.Polja);
prosireniBrod = b.Polja;
prosireniBrod.Add(new Polje(1, 0));
prosireniBrod.Add(new Polje(1, 1));
prosireniBrod.Add(new Polje(1, 2));
prosireniBrod.Add(new Polje(1, 3));
prosireniBrod.Add(new Polje(0, 4));
Assert.IsFalse(prosireniBrod.Intersect(ai.Mreza.DajSlobodnaPolja()).Any());
}
public void AIRazmak_GadjajNakonPogotkaIPromasajaJosUvijekDajePoljeDoGadjanogPolja()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 4 });
ai.Gadjaj();
Polje prvoPolje = ai.zap.gadjanoPolje;
ai.ObradiPogodak(rezultatGadjanja.pogodak);
ai.Gadjaj();
Polje drugoPolje = ai.zap.gadjanoPolje;
ai.ObradiPogodak(rezultatGadjanja.promasaj);
ai.Gadjaj();
Polje trecePolje = ai.zap.gadjanoPolje;
Assert.IsTrue((prvoPolje.Redak == trecePolje.Redak && Math.Abs(prvoPolje.Stupac - trecePolje.Stupac) == 1) ||
(prvoPolje.Stupac == trecePolje.Stupac && Math.Abs(prvoPolje.Redak - trecePolje.Redak) == 1));
Assert.AreNotEqual(prvoPolje, drugoPolje);
}
private void btnFight_Click(object sender, EventArgs e)
{
// na pocetku ukloni stare flote ako postoje
if (mojaFlotaGUI != null)
{
this.Controls.Remove(mojaFlotaGUI);
}
if (protivnikFlotaGUI != null)
{
this.Controls.Remove(protivnikFlotaGUI);
}
BrodograditeljTemplate brodograditelj = BrodograditeljFactory.DajBrodograditelja();
int[] duljine = SastaviListuBrodova();
int redaka = (int)numRedaka.Value;
int stupaca = (int)numStupaca.Value;
flota = brodograditelj.SloziFlotu(redaka, stupaca, duljine);
mojaFlotaGUI = new FlotaGUI(redaka, stupaca);
mojaFlotaGUI.sirina = 250;
mojaFlotaGUI.Location = new Point(20, 170);
mojaFlotaGUI.ZadajFlotu(flota);
this.Controls.Add(mojaFlotaGUI);
protivnikFlotaGUI = new FlotaNeprijatelj(redaka, stupaca);
protivnikFlotaGUI.sirina = 250;
protivnikFlotaGUI.Location = new Point(370, 170);
this.Controls.Add(protivnikFlotaGUI);
ai = AIFactory.DajAI();
ai.Initialize(redaka, stupaca, duljine);
// iniciraj protivnika
protivnik = new OOMPotapanje.Protivnik(redaka, stupaca, duljine);
// zapocni igru
ProgressChangedEventArgs x;
bgWorker.RunWorkerAsync();
}
public void AIRazmak_EliminirajBrodIspravnoEliminiraPolja()
{
AITemplate ai = AIFactory.DajAI();
ai.Initialize(10, 10, new int[] { 4 });
Brod b = new Brod(new List <Polje>()
{
new Polje(4, 4), new Polje(4, 5), new Polje(4, 6), new Polje(4, 7)
});
List <Polje> prosireniBrod = new List <Polje>();
ai.EliminirajBrod(b.Polja);
foreach (Polje p in b.Polja)
{
prosireniBrod.Add(p);
prosireniBrod.Add(new Polje(p.Redak, p.Stupac + 1));
prosireniBrod.Add(new Polje(p.Redak, p.Stupac - 1));
prosireniBrod.Add(new Polje(p.Redak + 1, p.Stupac));
prosireniBrod.Add(new Polje(p.Redak - 1, p.Stupac));
}
Assert.IsFalse(prosireniBrod.Intersect(ai.Mreza.DajSlobodnaPolja()).Any());
}
public AbstractPlayer Produce(PentagoBoard board, int level)
{
return(AIFactory.NextAI(board, level));
}
public void Init(Dictionary <string, UnityAction <string> > keywords, UnitData d, Unit u)
{
unit = u;
keywordActions = keywords;
unitAI = AIFactory.GetAI(d.UnitName, u);
}
public AIFactory()
{
instance = this;
aiList.Add((int)AIType.AI_TYPE_TEST, new TestAI(null));
aiList.Add((int)AIType.AI_TYPE_KANDAO, new KanDaoAI(null));
aiList.Add((int)AIType.AI_TYPE_SHEJI, new SheJiAI(null));
aiList.Add((int)AIType.AI_TYPE_3, new LianShe2(null));
aiList.Add((int)AIType.AI_TYPE_4, new SanShe(null));
aiList.Add((int)AIType.AI_TYPE_5, new LianShe(null));
aiList.Add((int)AIType.AI_TYPE_6, new QuanPao(null));
aiList.Add((int)AIType.AI_TYPE_7, new ZhiZhu(null));
aiList.Add((int)AIType.AI_TYPE_8, new MuNaiYi(null));
aiList.Add((int)AIType.AI_TYPE_9, new AIType_9(null));
aiList.Add((int)AIType.AI_TYPE_10, new AIType_10(null));
aiList.Add((int)AIType.AI_TYPE_11, new AIType_11(null));
aiList.Add((int)AIType.AI_TYPE_12, new AIType_12(null));
aiList.Add((int)AIType.AI_TYPE_13, new AIType_13(null));
aiList.Add((int)AIType.AI_TYPE_14, new AIType_14(null));
aiList.Add((int)AIType.AI_TYPE_15, new AIType_15(null));
aiList.Add((int)AIType.AI_TYPE_FOLLOW, new FollowAI(null));
aiList.Add((int)AIType.AI_TYPE_17, new AIType_17(null));
aiList.Add((int)AIType.AI_TYPE_18, new AIType_18(null));
aiList.Add((int)AIType.AI_TYPE_19, new AIType_19(null));
aiList.Add((int)AIType.AI_TYPE_XUNLUO, new XunLuo(null));
aiList.Add((int)AIType.AI_TYPE_21, new AIType_21(null));
aiList.Add((int)AIType.AI_TYPE_22, new AIType_22(null));
aiList.Add((int)AIType.AI_TYPE_23, new AIType_23(null));
aiList.Add((int)AIType.AI_TYPE_24, new AIType_24(null));
aiList.Add((int)AIType.AI_TYPE_25, new AIType_25(null));
aiList.Add((int)AIType.AI_TYPE_26, new AIType_26(null));
aiList.Add((int)AIType.AI_TYPE_27, new AIType_27(null));
aiList.Add((int)AIType.AI_TYPE_28, new AIType_28(null));
aiList.Add((int)AIType.AI_TYPE_29, new AIType_29(null));
aiList.Add((int)AIType.AI_TYPE_30, new AIType_30(null));
aiList.Add((int)AIType.AI_TYPE_31, new AIType_31(null));
aiList.Add((int)AIType.AI_TYPE_32, new AIType_32(null));
aiList.Add((int)AIType.AI_TYPE_33, new AIType_33(null));
aiList.Add((int)AIType.AI_TYPE_34, new AIType_34(null));
aiList.Add((int)AIType.AI_TYPE_35, new AIType_35(null));
aiList.Add((int)AIType.AI_TYPE_36, new AIType_36(null));
aiList.Add((int)AIType.AI_TYPE_MAO, new MaoAI(null));
aiList.Add((int)AIType.AI_TYPE_38, new AIType_38(null));
aiList.Add((int)AIType.AI_TYPE_39, new AIType_39(null));
aiList.Add((int)AIType.AI_TYPE_40, new AIType_40(null));
aiList.Add((int)AIType.AI_TYPE_41, new AIType_41(null));
aiList.Add((int)AIType.AI_TYPE_42, new AIType_42(null));
aiList.Add((int)AIType.AI_TYPE_43, new AIType_43(null));
aiList.Add((int)AIType.FortuneMaoAI, new FortuneMaoAI(null));
aiList.Add((int)AIType.XunLuoNoLoop, new XunLuoNoLoop(null));
aiList.Add((int)AIType.AI_TYPE_46, new AIType_46(null));
aiList.Add((int)AIType.AI_TYPE_47, new AIType_47(null));
aiList.Add((int)AIType.AI_TYPE_48, new AIType_48(null));
aiList.Add((int)AIType.AI_TYPE_200, new SheJiShouWei(null));
aiList.Add((int)AIType.AI_TYPE_201, new QuanDaZhuang(null));
aiList.Add((int)AIType.AI_TYPE_202, new PaoDaZhuang(null));
aiList.Add((int)AIType.AI_TYPE_1000, new AIType_1000(null));
aiList.Add((int)AIType.AI_TYPE_1001, new AIType_1001(null));
aiList.Add((int)AIType.AI_TYPE_1002, new AIType_1002(null));
aiList.Add((int)AIType.AI_TYPE_1003, new AIType_1003(null));
aiList.Add((int)AIType.AI_TYPE_1004, new AIType_1004(null));
aiList.Add((int)AIType.AI_TYPE_1005, new AIType_1005(null));
aiList.Add((int)AIType.AI_TYPE_1100, new AIType_1100(null));
aiList.Add((int)AIType.AI_TYPE_1101, new AIType_1101(null));
aiList.Add((int)AIType.AI_TYPE_1102, new AIType_1102(null));
aiList.Add((int)AIType.AI_TYPE_1103, new AIType_1103(null));
aiList.Add((int)AIType.AI_TYPE_1104, new AIType_1104(null));
aiList.Add((int)AIType.AI_TYPE_1105, new AIType_1105(null));
}
/// <summary>
///
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
void _experimentPanel_DataLoaded(object sender, EventArgs e)
{
//Depending on experimental type of output data (numerical or categorical or boolean)
// prepare the panels for parameters and type of the factory.
if (_GPModel == GPModelType.ANNMODEL)
{
//create facotry based on column data type
if (_experimentPanel.IsCategoricalOutput)
{
this._mainANNFactory = new PSOFactory();
}
else
{
this._mainANNFactory = new BPFactory();
}
//
if (_setANNPanel == null)
{
_setANNPanel = new ANNSettingsPanel();
loadGPPanelInMainWindow(this, _setANNPanel, "Settings");
//lock some parameters based on type of output variable
if (_experimentPanel.Experiment.GetOutputColumnType() == Core.Experiment.ColumnDataType.Binary ||
_experimentPanel.Experiment.GetOutputColumnType() == Core.Experiment.ColumnDataType.Categorical
)
{
_setANNPanel.SetLearnigAlgorithm(1);
}
else
{
_setANNPanel.SetLearnigAlgorithm(0);
}
_setANNPanel.LockLearningAlgoritm();
}
if (_runANNPanel == null)
{
_runANNPanel = new ANNRunPanel();
loadGPPanelInMainWindow(this, _runANNPanel, "Modeling");
}
if (_infoPanel == null)
{
_infoPanel = new InfoPanel();
loadGPPanelInMainWindow(this, _infoPanel, "Info");
}
if (_runANNPanel != null)
{
this._mainANNFactory.ReportIteration += new EvolutionHandler(annFactory_ReportIteration);
_runANNPanel.UpdateChartDataPoint(_experimentPanel.GetOutputValues(), false);
_isFileDirty = true;
}
}
else//Preparing GP for modelling nd prediction
{
//create facotry based on column data type
if (_experimentPanel.IsBinarylOutput || _experimentPanel.IsCategoricalOutput)
{
this._mainGPFactory = new GPFactoryClass();
}
else if (_experimentPanel.GetOutputColumnType() == Core.Experiment.ColumnDataType.Numeric)
{
this._mainGPFactory = new GPFactory();
}
else
{
throw new Exception("Unknown output value type!");
}
if (_funPanel == null)
{
_funPanel = new FunctionPanel();
loadGPPanelInMainWindow(this, _funPanel, "Functions");
}
if (_setPanel == null)
{
_setPanel = new SettingsPanel();
loadGPPanelInMainWindow(this, _setPanel, "Settings");
}
//set problem type
_setPanel.SetParamForClassification(_experimentPanel.GetOutputColumnType());
if (_runPanel == null)
{
_runPanel = new RunPanel();
loadGPPanelInMainWindow(this, _runPanel, "Run");
}
if (_resultPanel == null)
{
_resultPanel = new ResultPanel();
loadGPPanelInMainWindow(this, _resultPanel, "Result");
}
if (_infoPanel == null)
{
_infoPanel = new InfoPanel();
loadGPPanelInMainWindow(this, _infoPanel, "Info");
}
//set base run panel on _runPAnel
_baseRunPanel = _runPanel;
if (_runPanel != null)
{
this._mainGPFactory.ReportEvolution += new EvolutionHandler(gpFactory_ReportEvolution);
_runPanel.ResetSolution();
_runPanel.UpdateChartDataPoint(_experimentPanel.GetOutputValues(), false);
_isFileDirty = true;
}
if (_funDefinit != null)
{
_funDefinit.btnFinishAnalFun.Click += btnFinishAnalFun_Click;
}
if (_setPanel != null)
{
_setPanel.ResetSolution += _setPanel_ResetSolution;
}
}
}
