protected override void Initialize()
{
// TODO: Add your initialization logic here
//this.graphics.PreferredBackBufferWidth = (int) ScreenManager.Instance.Dimention.X;
//this.graphics.PreferredBackBufferHeight = (int) ScreenManager.Instance.Dimention.Y;
//this.graphics.ApplyChanges();
this.player = new Warrior(new Vector2(10, 10));
this.players.AddEnemy(player as Character);
this.shadow = new Shadow(new Vector2(260, 10));
this.monsters.AddEnemy(shadow as Character);
this.skeleton = new Skeleton(new Vector2(310, 110));
this.monsters.AddEnemy(skeleton as Character);
this.goblin = new Goblin(new Vector2(160, 255));
this.monsters.AddEnemy(goblin as Character);
this.gargoyle = new Gargoyle(new Vector2(560, 10));
this.monsters.AddEnemy(gargoyle as Character);
this.death = new Death(new Vector2(610, 300));
this.monsters.AddEnemy(death as Character);
this.sorceror = new Sorceror(new Vector2(110, 410));
this.monsters.AddEnemy(sorceror as Character);
this.map.Initialize(this.MapFactory, this.TileFactory);
base.Initialize();
}
public bool IsActLocationValidInContext(IAct act)
{
switch (act.Location)
{
case Location.UNKNOWN: return(true);
case Location.MAP when Tracking.IsCurrentlyOnMap != null: return((bool)Tracking.IsCurrentlyOnMap);
case Location.SETTLEMENT when Tracking.IsCurrentlyInSettlement != null: return((bool)Tracking.IsCurrentlyInSettlement);
case Location.VILLAGE when Tracking.IsCurrentlyInVillage != null: return((bool)Tracking.IsCurrentlyInVillage);
case Location.DUNGEON when Tracking.IsCurrentlyInDungeon != null: return((bool)Tracking.IsCurrentlyInDungeon);
case Location.CASTLE when Tracking.IsCurrentlyInCastle != null: return((bool)Tracking.IsCurrentlyInCastle);
case Location.FORTIFICATION when Tracking.IsCurrentlyInFortification != null: return((bool)Tracking.IsCurrentlyInFortification);
case Location.TOWN when Tracking.IsCurrentlyInTown != null: return((bool)Tracking.IsCurrentlyInTown);
case Location.HIDEOUT when Tracking.IsCurrentlyInHideout != null: return((bool)Tracking.IsCurrentlyInHideout);
default: return(true);
}
}
public List <PlanOfCare> FillPlanOfCare(IEntryCollection entryCollection)
{
List <PlanOfCare> planOfCare = new List <PlanOfCare>();
foreach (IEntry singleRecord in entryCollection)
{
IObservation observation = singleRecord.AsObservation;
IAct entryAct = singleRecord.AsAct;
string goal = null;
string instructions = null;
if (observation != null)
{
meterialCode = observation.Code;
goal = meterialCode.DisplayName;
datetime = observation.EffectiveTime;
}
if (entryAct != null)
{
instructions = entryAct.Text.Text;
}
PlanOfCare ptPlanOfCare = new PlanOfCare();
ptPlanOfCare.Goal = goal;
ptPlanOfCare.PlannedDate = datetime != null ? datetime.Center != null ? new DateTime?(datetime.Center.AsDateTime) : null : null;
ptPlanOfCare.Instructions = instructions;
planOfCare.Add(ptPlanOfCare);
}
return(planOfCare);
}
public async Task Handle(PacManDeadEvent notification, CancellationToken cancellationToken)
{
if (_gameStats.IsDemo)
{
IAct act = await _mediator.Send(new GetActRequest("AttractAct"), cancellationToken);
await act.Reset();
_game.SetAct(act);
return;
}
PlayerStats currentPlayerStats = _gameStats.CurrentPlayerStats;
if (currentPlayerStats.LivesRemaining == 0 || _gameStats.IsGameOver)
{
await _mediator.Publish(new PlayerHasNoLivesEvent(), cancellationToken);
return;
}
_gameStats.ChoseNextPlayer();
await _mediator.Publish(new PlayerStartingEvent(), cancellationToken);
}
public IAct GetActNamed(string name)
{
IAct act = _acts[name];
act.Reset();
return(act);
}
public async Task DrawAsync(IAct act)
{
var history = await act.DrawAsync(this);
DrawEventSource.OnNext(new DrawEventArgs());
// 描画履歴を返す。
HistorySource.OnNext(history);
}
private void RegisterPlayedAct(IAct act)
{
if (act.GetType() == typeof(BaseSequence))
{
return;
}
GameData.Instance.StoryContext.AddToPlayedActs(act);
}
public async Task Handle(CoinInsertedEvent notification, CancellationToken cancellationToken)
{
_coinBox.CoinInserted();
await _gameSoundPlayer.CoinInserted();
IAct currentAct = _acts.GetActNamed("StartButtonAct");
_game.SetAct(currentAct);
}
public Act(IAct act)
{
Name = act.Name;
Intro = act.Intro;
Location = act.Location;
Image = act.Image;
Restrictions = act.Restrictions;
Choices = act.Choices;
ParentStory = act.ParentStory;
}
public IAct SelectAction(List <IAct> possibleActions, IScene scene)
{
IAct result = null;
while (result == null)
{
result = possibleActions.Where(act => act.Name == LastAction).FirstOrDefault();
}
LastAction = null;
return(result);
}
public IAct GetAct(Guid guidValue, string nameValue = null)
{
IAct foundAct = null;
if (guidValue != null && guidValue != Guid.Empty)
{
foundAct = GetActFromPossibleList(guidValue.ToString());
}
if (foundAct == null && guidValue == Guid.Empty && nameValue != null)//look by name only if do not have GUID so only old flows will still work with name mapping
{
foundAct = GetActFromPossibleList(nameToLookBy: nameValue);
}
return(foundAct);
}
private void StartAct()
{
if (CurrentAct != null)
{
CurrentAct.GameObject.SetActive(false);
}
CurrentAct = ActManager.Instance().GetActObject(
ActManager.Instance().GetActDict().ElementAt(ActIndex).Key
);
Acts.Add(CurrentAct);
CurrentAct.InitAct(OnActEnd);
ContinueStory();
}
//Manipulation with available actors that are currently registered using Observer pattern for receiving events
public void AddActor(IAct actor)
{
if (actor != null)
{
if (actor is IPlacedInField)
{
((IPlacedInField)actor).AddedToField(this);
ActorList.AddLast(actor);
}
else
{
ActorList.AddLast(actor);
}
}
}
public List <PatientAllergies> FillAllergies(IEntryCollection entryCollection)
{
List <PatientAllergies> alleryies = new List <PatientAllergies>();
foreach (IEntry entryitem in entryCollection)
{
IAct entryact = entryitem.AsAct;
IEntryRelationship entryRelationship = entryact.EntryRelationship[0];
IObservation entryobservation = entryRelationship.AsObservation;
IIVL_TS effectivetime = entryact.EffectiveTime;
IParticipant2 allergyParticipant = entryobservation.Participant[0];
IParticipantRole participantRole = allergyParticipant.ParticipantRole;
IPlayingEntity playingEntity = participantRole.AsPlayingEntity;
ICE code = playingEntity.Code;
IPNCollection name = playingEntity.Name;
string substance = name != null && name.Count() > 0 ? name[0].Text : code.DisplayName;
PatientAllergies ptallergies = new PatientAllergies();
ptallergies.substance = substance;
IEntryRelationship entryRelationshipMFST = entryobservation.EntryRelationship.Where(r => r.TypeCode.ToString() == "MFST").FirstOrDefault();
if (entryRelationshipMFST != null && entryRelationshipMFST.AsObservation.Value != null)
{
IANY Reactionvaluecollection = entryRelationshipMFST.AsObservation.Value.FirstOrDefault();
CD valuesReaction = (CD)Reactionvaluecollection;
ptallergies.reaction = valuesReaction.DisplayName;
}
ptallergies.rxNorm = code.Code;
IEntryRelationship entryRelationshipSUBJ = entryobservation.EntryRelationship.Where(r => r.TypeCode.ToString() == "SUBJ").FirstOrDefault();
if (entryRelationshipSUBJ != null && entryRelationshipSUBJ.AsObservation.Value != null)
{
IANY Statusvaluecollection = entryRelationshipSUBJ.AsObservation.Value.FirstOrDefault();
ICE values = (ICE)Statusvaluecollection;
ptallergies.status = values.DisplayName;
}
if (effectivetime != null && effectivetime.Value != null)
{
ptallergies.allergyDate = effectivetime.AsDateTime.ToString();
}
alleryies.Add(ptallergies);
}
return(alleryies);
}
public async Task Handle(GameOverEvent notification, CancellationToken cancellationToken)
{
await _storage.SetHighScore(_gameStats.HighScore);
if (_gameStats.IsGameOver)
{
// ReSharper disable once HeapView.BoxingAllocation
IAct act = await _mediator.Send(new GetActRequest("AttractAct"), cancellationToken);
await act.Reset();
_game.SetAct(act);
return;
}
_gameStats.ChoseNextPlayer();
await _mediator.Publish(new PlayerStartingEvent(), cancellationToken);
}
private IAct GetActFromPossibleList(String guidToLookByString = null, string nameToLookBy = null)
{
Guid guidToLookBy = Guid.Empty;
if (!string.IsNullOrEmpty(guidToLookByString))
{
guidToLookBy = Guid.Parse(guidToLookByString);
}
List <IAct> lstActions = null;
if (guidToLookBy != Guid.Empty)
{
lstActions = Acts.Where(x => x.Guid == guidToLookBy).ToList();
}
else
{
lstActions = Acts.Where(x => x.Description == nameToLookBy).ToList();
}
if (lstActions == null || lstActions.Count == 0)
{
return(null);
}
else if (lstActions.Count == 1)
{
return(lstActions[0]);
}
else//we have more than 1
{
IAct firstActive = lstActions.Where(x => x.Active == true).FirstOrDefault();
if (firstActive != null)
{
return(firstActive);
}
else
{
return(lstActions[0]);//no one is Active so returning the first one
}
}
}
private void Split(object sender, RoutedEventArgs e)
{
Act CurrentAction = (Act)grdActions.CurrentItem;
Activity activity = new Activity()
{
Active = true
};
activity.TargetApplication = mCurrentActivity.TargetApplication;
activity.ActivityName = CurrentAction.Description;
// Find the action index to split on
int i = 0;
for (i = 0; i < mCurrentActivity.Acts.Count; i++)
{
if (mCurrentActivity.Acts[i] == CurrentAction)
{
break;
}
}
// Move the actions to the new activity
for (int j = i; j < mCurrentActivity.Acts.Count; j++)
{
IAct a1 = mCurrentActivity.Acts[j];
activity.Acts.Add(a1);
}
// remove the actions to from current activity - need to happen in 2 steps so the array count will not change while looping backwards
for (int j = mCurrentActivity.Acts.Count - 1; j >= i; j--)
{
IAct a1 = mCurrentActivity.Acts[j];
mCurrentActivity.Acts.Remove(a1);
}
mBusinessFlow.AddActivity(activity);
mBusinessFlow.Activities.CurrentItem = activity;
}
//Performs an operation on each actor on the Field.
//If the operation returns true, iteration MAY stop (depending on implementation, the value is ignored for now).
public void ForEachActor <ActorType>(ActorAction <ActorType> action)
{
//This operation is synchronized
lock (ActorListLock)
{
//Iterate over the list and Act on all actors
LinkedListNode <IAct> actor = ActorList.First;
while (actor != null)
{
//We allow the actor to remove himself from the list by taking care of a possible concurrent list modification problem
IAct currentActor = actor.Value;
actor = actor.Next;
//Only Actors with the correct type will act
if (currentActor is ActorType)
{
//Action returns true if it intends to modify the list, but we don't use that value
action((ActorType)currentActor);
}
}
}
}
public void LogAction(IAct logAction)
{
if (!logAction.EnableActionLogConfig)
{
return;
}
StringBuilder strBuilder = new StringBuilder();
ActionLogConfig actionLogConfig = logAction.ActionLogConfig;
FormatTextTable formatTextTable = new FormatTextTable();
// log timestamp
strBuilder.AppendLine(GetCurrentTimeStampHeader());
// create a new log file if not exists and append the contents
strBuilder.AppendLine("[Action] " + logAction.ActionDescription);
strBuilder.AppendLine("[Text] " + actionLogConfig.ActionLogText);
// log all the input values
if (actionLogConfig.LogInputVariables)
{
strBuilder.AppendLine("[Input Values]");
formatTextTable = new FormatTextTable();
List <string> colHeaders = new List <string>();
colHeaders.Add("Parameter");
colHeaders.Add("Value");
formatTextTable.AddRowHeader(colHeaders);
foreach (ActInputValue actInputValue in logAction.InputValues)
{
List <string> colValues = new List <string>();
colValues.Add(actInputValue.ItemName);
colValues.Add(actInputValue.Value);
formatTextTable.AddRowValues(colValues);
}
strBuilder.AppendLine(formatTextTable.FormatLogTable());
}
// log all the output variables
if (actionLogConfig.LogOutputVariables)
{
strBuilder.AppendLine("[Return Values]");
formatTextTable = new FormatTextTable();
List <string> colHeaders = new List <string>();
colHeaders.Add("Parameter");
colHeaders.Add("Expected");
colHeaders.Add("Actual");
formatTextTable.AddRowHeader(colHeaders);
foreach (ActReturnValue actReturnValue in logAction.ReturnValues)
{
List <string> colValues = new List <string>();
colValues.Add(actReturnValue.ItemName);
colValues.Add(actReturnValue.Expected);
colValues.Add(actReturnValue.Actual);
formatTextTable.AddRowValues(colValues);
}
strBuilder.AppendLine(formatTextTable.FormatLogTable());
}
// action status
if (actionLogConfig.LogRunStatus)
{
strBuilder.AppendLine("[Run Status] " + logAction.Status);
}
// action elapsed time
if (actionLogConfig.LogElapsedTime)
{
strBuilder.AppendLine("[Elapsed Time (In Secs)] " + logAction.ElapsedSecs);
}
// action error
if (actionLogConfig.LogError)
{
strBuilder.AppendLine("[Error] " + logAction.Error);
}
// flush value expression
// flush flow control
// flush to log file
FlushToLogFile(strBuilder.ToString());
}
public ActionReport(IAct Act, ProjEnvironment environment = null)
{
this.mAction = Act;
this.mExecutionEnviroment = environment;
}
public void PlayAct(IAct act)
{
GameMenu.ExitToLast();
GameMenu.ActivateGameMenu(act.Id);
RegisterPlayedAct(act);
}
public static void LogAction(BusinessFlow BF, IAct act)
{
}
public void RemoveActor(IAct actor)
{
throw new NotImplementedException();
}
public void SetAction(IAct strategy)
{
_strategy = strategy;
}
public static float LayerDepth(this IAct iAct, float y)
{
return(y * 0.0000001f);
}
public static void LogActionPublished(IAct act)
{
}
private void okBtn_Click(object sender, RoutedEventArgs e)
{
try
{
if (mItemsVarsDataIsValid)
{
//Clear old dependencies configurations
switch (mDepededItemType)
{
case (eDependedItemsType.Actions):
foreach (Act activityAct in ((Activity)mParentObject).Acts)
{
activityAct.VariablesDependencies.Clear();
}
break;
case (eDependedItemsType.Activities):
foreach (Activity activity in ((BusinessFlow)mParentObject).Activities)
{
activity.VariablesDependencies.Clear();
}
break;
}
//Save new dependencies configurations
grdDependencies.StopGridSearch();
grdDependencies.grdMain.CommitEdit();
switch (mDepededItemType)
{
case (eDependedItemsType.Actions):
foreach (DataRowView row in grdDependencies.grdMain.Items)
{
IAct act = ((Activity)mParentObject).Acts[grdDependencies.grdMain.Items.IndexOf(row)];
int colsIndex = 2;
foreach (VariableBase var in mParentListVars)
{
foreach (OptionalValue optVal in ((VariableSelectionList)var).OptionalValuesList)
{
if ((bool)row[colsIndex] == true)
{
VariableDependency actAcd = act.VariablesDependencies.Where(acd => acd.VariableName == var.Name).FirstOrDefault();
if (actAcd != null)
{
if (actAcd.VariableValues.Contains(optVal.Value) == false)
{
actAcd.VariableValues.Add(optVal.Value);
}
}
else
{
actAcd = new VariableDependency(var.Guid, var.Name, optVal.Value);
act.VariablesDependencies.Add(actAcd);
}
}
colsIndex++;
}
}
}
break;
case (eDependedItemsType.Activities):
foreach (DataRowView row in grdDependencies.grdMain.Items)
{
Activity act = (Activity)((BusinessFlow)mParentObject).Activities[grdDependencies.grdMain.Items.IndexOf(row)];
int colsIndex = 2;
foreach (VariableBase var in mParentListVars)
{
foreach (OptionalValue optVal in ((VariableSelectionList)var).OptionalValuesList)
{
if ((bool)row[colsIndex] == true)
{
VariableDependency actAcd = act.VariablesDependencies.Where(acd => acd.VariableName == var.Name).FirstOrDefault();
if (actAcd != null)
{
if (actAcd.VariableValues.Contains(optVal.Value) == false)
{
actAcd.VariableValues.Add(optVal.Value);
}
}
else
{
actAcd = new VariableDependency(var.Guid, var.Name, optVal.Value);
act.VariablesDependencies.Add(actAcd);
}
}
colsIndex++;
}
}
}
break;
}
}
//close window
_pageGenericWin.Close();
}
catch (Exception ex)
{
Reporter.ToUser(eUserMsgKey.GeneralErrorOccured, ex.Message);
Reporter.ToLog(eLogLevel.ERROR, "Failed to save the " + mDepededItemType.ToString() + "-Variables dependencies configurations", ex);
_pageGenericWin.Close();
}
}
void IAction.Do(IAct act)
{
Start_HelloAct_Action_1();
}
public ActionReport(IAct Act, Context context)
{
this.mAction = Act;
mContext = context;
//this.mExecutionEnviroment = environment;
}
void IAction.Do(IAct act)
{
PlayTestAnimation();
}