// Start is called before the first frame update
void Start()
{
agent = GetComponent <NavMeshAgent>();
seesPlayer = new SeesPlayer(this);
isInMeleeRange = new IsInMeleeRange(this);
hasSeenPlayer = new HasSeenPlayer(this);
}
public virtual void DecisionTypeNotSupported(IExpression expression, IDecision decision)
{
LogInfo("001",
string.Format(
"The expression type '{0}' of the decision '{1}' is not supported. The decision will be ignored.",
expression.GetType().Name, decision.Name));
}
public DecisionEvaluation(IDecision decision, IConcern concern, IForce force)
{
Decision = decision;
Concern = concern;
Force = force;
var connector = GetConnector(Force.Element);
if (connector == null)
{
Rating = string.Empty;
Rationale = string.Empty;
BackgroundColor = Color.White.ToArgb();
Changed = true; //this is new so it has changed
PropertyChanged += OnPropertyChanged;
return;
}
Rating = connector.GetTaggedValueByName(RatingTag);
Rationale = connector.GetTaggedValueByName(RationaleTag);
int temp;
int.TryParse(connector.GetTaggedValueByName(ColorTag), out temp);
BackgroundColor = temp;
PropertyChanged += OnPropertyChanged;
}
public void ReloadDecisionDetailView(IDecision decision)
{
IEAElement refreshedDecision = EAMain.Repository.GetElementByGUID(decision.GUID);
CloseDecisionDetailView(decision);
OpenDecisionDetailView(Decision.Load(refreshedDecision));
}
public WhereAmI(GameObject agent, Transform target, IDecision trueBranch, IDecision falseBranch)
{
this.agent = agent;
this.target = target;
this.trueBranch = trueBranch;
this.falseBranch = falseBranch;
}
private void Update()
{
totalBunnies = GameObject.FindGameObjectsWithTag("Bunny");
for (int i = 0; i < totalBunnies.Length; i++)
{
if (!totalBunnies[i].GetComponent <BunnyAI>().healthyBunny)
{
infectionMark++;
}
}
if (infectionMark != totalBunnies.Length)
{
infectionMark = 0;
currentDecision = BunnyAi;
while (currentDecision != null)
{
currentDecision = currentDecision.MakeDecision();
}
}
else
{
SceneManager.LoadScene("gameover");
}
}
public given_CTB_Assessment_when_Nationality_eq_UK_and_UkPart_eq_England()
{
// get a decisionTree with lambdas...
_q = QuestionnaireFactory.GetCtbQuestionnaire();
// get the next question, which is the first question
var d1 = _q.GetNext(_q) as NationalityDecision;
// poke UK answer on the mutator
d1.Mutator(d1, new NationalityDecision {
NationalityEnum = NationalityEnum.UK, Amount = 0.0f, Result = 1
});
// get next question given the current state the assessment
var d2 = _q.GetFollowOnDecisionBranch(_q.Result);
// poke UK answer on the mutator
d2.Mutator(d2, new UkPartDecision {
UkPartEnum = UkPartEnum.England, Amount = 0.0f, Result = 1
});
// get next question given the current state the assessment
nxt = d2.GetFollowOnDecisionBranch(_q.Result);
/////////////////////////////////
// REFACTOR : asserting on d2 here but should be asserting on 1 ?....
}
void Start()
{
target = waypoints[0];
decisionTreeRoot = new WaypointReached(target, gameObject, // Additional Variables.
new GetWaypoint(gameObject, waypoints, 0), // True Branch
new MoveTowardsPatrolpoint(target, gameObject, speed)); // False Branch
}
public WaypointReached(Transform target, GameObject agent, IDecision trueBranch, IDecision falseBranch)
{
this.target = target;
this.agent = agent;
this.trueBranch = trueBranch;
this.falseBranch = falseBranch;
}
/// <summary>
/// Constructor for the vertex class, must have at least two nodes.
/// </summary>
/// <param name="Decision">The decision that determines which branch to go down.</param>
/// <param name="FirstNode">The first branch, this will be used for: True if boolean and 0 if numeric.</param>
/// <param name="SecondNode">The second branch, this will be used for: False if boolean and 1 if numeric.</param>
/// <param name="AdditionalNodes">Any additional branches are put in here and will continue the numeric sequence.</param>
public Vertex(IDecision Decision, INode FirstNode, INode SecondNode, params INode[] AdditionalNodes)
{
decision = Decision;
Nodes.Add(FirstNode);
Nodes.Add(SecondNode);
Nodes.AddRange(AdditionalNodes);
}
public StakeholderAction(IDecision decision, string action, IStakeholder stakeholder)
{
Stakeholder = stakeholder;
Decision = decision;
Action = action;
PropertyChanged += OnPropertyChanged;
}
public void SingleSolution()
{
CurrentState state = new CurrentState();
IDecision[] decisions = new IDecision[] {
new MoveToFridge(state),
new KillFridgeGuardian(state),
new OpenFridgeDecision(state),
new GetBananaFromFridge(state)
};
Planner planner = new Planner(StateOffset.Heuristic);
for (int i = 0; i < decisions.Length; i++) {
planner.AddDecision(decisions[i]);
}
StateOffset goal = new StateOffset();
goal.Set("HasBanana", true);
Queue<IDecision> plan = planner.CreatePlan(goal);
Assert.Greater(plan.Count, 0);
Assert.AreSame(decisions[0], plan.Dequeue()); // MoveToFridge
Assert.AreSame(decisions[1], plan.Dequeue()); // KillFridgeGuardian
Assert.AreSame(decisions[1], plan.Dequeue()); // KillFridgeGUardian
Assert.AreSame(decisions[1], plan.Dequeue()); // KillFridgeGuardian
Assert.AreSame(decisions[2], plan.Dequeue()); // OpenFridge
Assert.AreSame(decisions[3], plan.Dequeue()); // GetBananaFromFridge
}
/// <summary>
/// Builds the code source.
/// Depending on metadata type final class will implement different interfaces and thus will have different class body.
/// 1. metadata is a DecisionMetadata - the final source class is going to implement IDecisionModule interface,
/// 2. metadata is a LoopScopeMetadata - the final source class is going to implement ILoopDecisionModule interface
/// </summary>
/// <param name="metadata">The metadata.</param>
/// <param name="typeDirectories">The type directories.</param>
/// <param name="successorNodeLabelIdLookup">The successor node label id lookup.</param>
/// <param name="predeccessorsOutputsNameTypeLookup">The predeccessors outputs name type lookup.</param>
/// <param name="logger">The logger.</param>
/// <param name="assembliesReferenceLocations">Output the list of assemblies locations that must be reference by DecisionCompilator</param>
/// <returns></returns>
public static string BuildCodeSource(IDecision metadata, List<string> typeDirectories, Dictionary<string, string> successorNodeLabelIdLookup,
Dictionary<string, string> predeccessorsOutputsNameTypeLookup, ComponentLogger logger, out HashSet<string> assembliesReferenceLocations)
{
string bodyCode, moduleInterface;
if (metadata is DecisionMetadata)
{
//parse the code written by user
DecisionCodeParser codeParser = new DecisionCodeParser(metadata.DecisionCode, successorNodeLabelIdLookup, predeccessorsOutputsNameTypeLookup);
string userDecisionCodeSnippet = codeParser.ParseCode();
bodyCode = String.Format(DECISION_MODULE_BODY, userDecisionCodeSnippet);
moduleInterface = typeof(IDecisionModule).FullName;
}
else
{
//append ';' to the end just in case so that user condition can be simplified
string decisionCode = (metadata.DecisionCode.EndsWith(";")) ? metadata.DecisionCode : metadata.DecisionCode + ";";
DecisionCodeParser codeParser = new DecisionCodeParser(decisionCode, successorNodeLabelIdLookup, predeccessorsOutputsNameTypeLookup);
string userDecisionCodeSnippet = codeParser.ParseCode();
bodyCode = String.Format(LOOP_DECISION_MODULE_BODY, userDecisionCodeSnippet);
moduleInterface = typeof(ILoopDecisionModule).FullName;
}
//build the string of all usings of all namespace found in types assemblies
string usingsNamespacesCodeSnippet = ReferenceTypesAssemblies(typeDirectories, logger, out assembliesReferenceLocations);
return BuildDecisionCodeSource(metadata.Classname, moduleInterface, bodyCode, usingsNamespacesCodeSnippet);
}
/// <summary>
/// Compiles all decision nodes code and loops code in the given experiment
/// </summary>
/// <param name="experiment">The experiment.</param>
/// <param name="availableInputMappingsPerNode">The available input mappings per node.</param>
/// <param name="workspaceTypesDirectories">The workspace types directories.</param>
/// <param name="loggerNameRoot">The logger name root.</param>
/// <returns>
/// true if there were no errors, otherwise false
/// </returns>
public static bool CompileAllDecisionNodes(IExperiment experiment, InputMappings availableInputMappingsPerNode,
List <string> workspaceTypesDirectories, LoggerNameRoot loggerNameRoot)
{
bool noErrors = true;
foreach (ExperimentNode node in experiment.Vertices)
{
IDecision decisionMetadata = node.Data.Metadata as IDecision;
if (decisionMetadata != null)
{
try
{
//build successor nodes label id lookup
Dictionary <string, string> successorNodeLabelIdLookup = PrepareSuccessorNodesLabelIdLookup(node, experiment);
Dictionary <string, string> predeccessorsOutputsNameTypeLookup = PreparePredeccessorsOutputsNameTypeLookup(node, availableInputMappingsPerNode);
node.ClearError();
BuildSourceAndCompileDecisionModule(decisionMetadata, successorNodeLabelIdLookup,
predeccessorsOutputsNameTypeLookup, workspaceTypesDirectories, loggerNameRoot);
}
catch (ArgumentException ex)
{
noErrors = false;
node.SetError(ex.Message);
}
}
}
return(noErrors);
}
public HistoryEntry(IDecision decision, string state, DateTime modified)
{
State = state;
Modified = modified;
TaggedValueGUID = "";
Decision = decision;
}
void Options_NewDecision(IDecision decision)
{
pickPowerCard = decision as Select.PowerCard; // capture so we can display card-action
this.options = pickPowerCard != null
? pickPowerCard.CardOptions
: decision.Options.OfType <PowerCard>().ToArray();
choiceLocations.Clear();
foreach (var deck in decks)
{
if (deck.PowerCards.Intersect(options).Any())
{
choiceLocations.Add(deck.Icon);
}
}
// If there are cards to display but we aren't on them
if (choiceLocations.Any() && !choiceLocations.Contains(CurrentLocation))
{
CurrentLocation = choiceLocations.First(); // switch
}
else if (GetCardsForLocation(CurrentLocation).Count == 0)
{
CurrentLocation = Img.Deck_Hand;
}
this.Invalidate();
}
// listeners ////////////////////////////////////////////////////////////////
protected internal virtual void NotifyTransformListeners(IDecision decision, IDmnDecision dmnDecision)
{
foreach (var transformListener in transformListeners)
{
transformListener.transformDecision(decision, dmnDecision);
}
}
/// <summary>
/// Builds the code source.
/// Depending on metadata type final class will implement different interfaces and thus will have different class body.
/// 1. metadata is a DecisionMetadata - the final source class is going to implement IDecisionModule interface,
/// 2. metadata is a LoopScopeMetadata - the final source class is going to implement ILoopDecisionModule interface
/// </summary>
/// <param name="metadata">The metadata.</param>
/// <param name="typeDirectories">The type directories.</param>
/// <param name="successorNodeLabelIdLookup">The successor node label id lookup.</param>
/// <param name="predeccessorsOutputsNameTypeLookup">The predeccessors outputs name type lookup.</param>
/// <param name="logger">The logger.</param>
/// <param name="assembliesReferenceLocations">Output the list of assemblies locations that must be reference by DecisionCompilator</param>
/// <returns></returns>
public static string BuildCodeSource(IDecision metadata, List <string> typeDirectories, Dictionary <string, string> successorNodeLabelIdLookup,
Dictionary <string, string> predeccessorsOutputsNameTypeLookup, ComponentLogger logger, out HashSet <string> assembliesReferenceLocations)
{
string bodyCode, moduleInterface;
if (metadata is DecisionMetadata)
{
//parse the code written by user
DecisionCodeParser codeParser = new DecisionCodeParser(metadata.DecisionCode, successorNodeLabelIdLookup, predeccessorsOutputsNameTypeLookup);
string userDecisionCodeSnippet = codeParser.ParseCode();
bodyCode = String.Format(DECISION_MODULE_BODY, userDecisionCodeSnippet);
moduleInterface = typeof(IDecisionModule).FullName;
}
else
{
//append ';' to the end just in case so that user condition can be simplified
string decisionCode = (metadata.DecisionCode.EndsWith(";")) ? metadata.DecisionCode : metadata.DecisionCode + ";";
DecisionCodeParser codeParser = new DecisionCodeParser(decisionCode, successorNodeLabelIdLookup, predeccessorsOutputsNameTypeLookup);
string userDecisionCodeSnippet = codeParser.ParseCode();
bodyCode = String.Format(LOOP_DECISION_MODULE_BODY, userDecisionCodeSnippet);
moduleInterface = typeof(ILoopDecisionModule).FullName;
}
//build the string of all usings of all namespace found in types assemblies
string usingsNamespacesCodeSnippet = ReferenceTypesAssemblies(typeDirectories, logger, out assembliesReferenceLocations);
return(BuildDecisionCodeSource(metadata.Classname, moduleInterface, bodyCode, usingsNamespacesCodeSnippet));
}
public FindLocation(GameObject a, Transform t, IDecision tB, IDecision fB)
{
agent = a;
target = t;
tBranch = tB;
fBranch = fB;
}
/// <summary>
/// Compiles the decision.
/// </summary>
/// <param name="node">The node.</param>
/// <param name="experiment">The experiment.</param>
/// <param name="workspaceTypesDirectories">The workspace types directories.</param>
/// <param name="loggerNameRoot">The logger name root.</param>
private static void CompileDecisionInternal(ExperimentNode node, IExperiment experiment, List <string> workspaceTypesDirectories,
LoggerNameRoot loggerNameRoot, Dictionary <string, string> successorNodeLabelIdLookup)
{
InputMappings availableInputMappingsPerNode = new InputMappings(experiment);
Dictionary <string, string> predeccessorsOutputsNameTypeLookup = PreparePredeccessorsOutputsNameTypeLookup(node, availableInputMappingsPerNode);
IDecision decisionMetadata = (IDecision)node.Data.Metadata;
try
{
if (decisionMetadata != null)
{
node.ClearError();
BuildSourceAndCompileDecisionModule(decisionMetadata, successorNodeLabelIdLookup, predeccessorsOutputsNameTypeLookup, workspaceTypesDirectories, loggerNameRoot);
decisionMetadata.CompilationStatus = TraceLab.Core.Components.CompilationStatus.Successful;
}
}
catch (ArgumentException ex)
{
decisionMetadata.CompilationStatus = TraceLab.Core.Components.CompilationStatus.Failed;
node.SetError(ex.Message);
}
}
public TestCase(IDocument doc, string alias, string path)
{
Doc = doc;
Alias = alias;
Path = path;
Decision = Doc.Allow(Alias, Path);
}
public AmIInBush(IDecision _trueBranch, IDecision _falseBranch, Wanderer wanderer) // use radius
{
float minDistance = Mathf.Infinity; // setup distance
float newDist; // challenger distance
for (int i = 0; i < wanderer.bush.Count; i++) // could be .Count or .size for vectors
{
newDist = Vector3.Distance(wanderer.transform.position, wanderer.bush[i].transform.position); // Distance check
if (newDist < minDistance) // if new distance is less than set distance
{
minDistance = newDist; // set dist becomes new dist
}
}
if (minDistance < 0.6f) // distance check between the closest bush and the wanderer
{
wanderer.InBush = true;
value = true;
}
else
{
wanderer.InBush = false;
value = false;
}
trueBranch = _trueBranch;
falseBranch = _falseBranch;
}
public void Update()
{
if (!waitingForAction)
{
actor = NextOf(combatants, actor);
IHealth <int> actorHealth = actor.GetComponent <IHealth <int> >();
FindViableTargets(actor.tag);
// A dead actor can't make moves, so we'll simply return
if (actorHealth.IsDead || targets.Count == 0)
{
return;
}
if (actor.tag == "Player")
{
decision = new PlayerDecision(actor, targets);
}
else
{
decision = new AIDecision(actor, targets);
}
waitingForAction = true;
}
if (decision.IsReady)
{
bsm.Change(BattleState.Execute, decision.Action);
}
}
public ForceEvaluation(IDecision decision, IForce force, IConcern concern, string result)
{
_decisionGUID = decision.GUID;
Force = force;
Concern = concern;
Result = result;
Decision = decision;
}
private void Update()
{
curTarget = findNewTarget;
while (curTarget.MakeDecision() != null)
{
curTarget = curTarget.MakeDecision();
}
}
public StakeholderAction(IDecision decision, IEAConnector connector)
{
Stakeholder = Model.Stakeholder.Load(connector.GetClient());
Action = connector.Stereotype;
ConnectorGUID = connector.GUID;
Decision = decision;
PropertyChanged += OnPropertyChanged;
}
// Every frame makes a decision on what to do;
private void Update()
{
curDec = enemCheck;
while (curDec != null)
{
curDec = curDec.MakeDecision();
}
}
public void InsertDecisionTable(IDecision decision)
{
ISlide detailSlide = new DetailSlide(_doc, _detailSlideTemplate, decision);
detailSlide.Create();
detailSlide.FillContent();
detailSlide.Save();
detailSlide.Add();
}
public void OnDecisionChanged(int index, IDecision decision)
{
//TODO dit werkt denk ik niet met deletes
//var column = dataGridView1.Columns[FirstDecisionColumnindex + index];
//column.HeaderCell.Value = decision.Name;
//ColorCellAccordingToState(column.HeaderCell, decision.State);
OnRevertedChanges(Topic);
}
//Sets up your tree here, assigning additional decisions to the
//left and right of the tree
void Start()
{
BooleanDecision boolDecision = new BooleanDecision(true);
boolDecision.trueDecision = new CustomPrintDecision("True"); //prints "true" if true
boolDecision.falseDecision = new CustomPrintDecision("False"); //prints "false" if false
boolDecision.falseDecision = new WaypointReachedDecision();
decisionTreeRoot = boolDecision;
}
void Update()
{
IDecision currentDecision = decisionTreeRoot;
while (currentDecision != null)
{
decisionTreeRoot.MakeDecision();
}
}
void Action_NewWaitingDecision(IDecision decision)
{
// Decision
currentDecision = decision;
this.promptLabel.Text = decision.Prompt;
islandControl.Invalidate();
NewDecision?.Invoke(decision);
UpdateRewindMenu();
}
public IDecision EvaluateNextOneGetFollowOnBranch(IDecision questionnaire)
{
IDecision q = questionnaire;
if (q.Result == 0)
{
q.Mutator(q, null);
}
var nxt = q.GetFollowOnDecisionBranch(q.Result);
q = nxt;
return q;
}
public given_CTB_Assessment_when_Nationality_eq_UK()
{
// get a decisionTree with lambdas...
_q = QuestionnaireFactory.GetCtbQuestionnaire();
// get the next question, which is the first question
var d1 = _q.GetNext(_q) as NationalityDecision;
// poke answer on the mutator
d1.Mutator(d1, new NationalityDecision { NationalityEnum = NationalityEnum.UK, Amount = 0.0f, Result = 1 });
// get next question given the current state the assessment
nxt = _q.GetFollowOnDecisionBranch(_q.Result);
}
private static DecisionLoader ConstructDecisionModuleInComponentsAppDomain(IDecision decisionMetadata, IWorkspaceInternal workspaceWrapper, AppDomain componentsAppDomain)
{
// DecisionLoader must be MarshalByRef, otherwise the properties don't get filled out the
// way that we want them to.
DecisionLoader loader = (DecisionLoader)componentsAppDomain.CreateInstanceAndUnwrap(
Assembly.GetExecutingAssembly().FullName, typeof(DecisionLoader).FullName, false,
BindingFlags.NonPublic | BindingFlags.Public | BindingFlags.CreateInstance | BindingFlags.Instance, null,
new object[] { decisionMetadata.Classname, decisionMetadata.SourceAssembly, workspaceWrapper },
System.Globalization.CultureInfo.CurrentCulture, new object[] { });
// Perform the actual load by passing a reference to the Loader's Load function to the new
// AppDomain to execute
loader.Load();
return loader;
}
private Planner BasicPlanner()
{
CurrentState state = new CurrentState();
IDecision[] decisions = new IDecision[] {
new MoveToFridge(state),
new KillFridgeGuardian(state),
new OpenFridgeDecision(state),
new GetBananaFromFridge(state)
};
Planner planner = new Planner(StateOffset.Heuristic);
for (int i = 0; i < decisions.Length; i++) {
planner.AddDecision(decisions[i]);
}
return planner;
}
public given_CTB_Assessment_when_Nationality_eq_UK_and_UkPart_eq_England()
{
// get a decisionTree with lambdas...
_q = QuestionnaireFactory.GetCtbQuestionnaire();
// get the next question, which is the first question
var d1 = _q.GetNext(_q) as NationalityDecision;
// poke UK answer on the mutator
d1.Mutator(d1, new NationalityDecision { NationalityEnum = NationalityEnum.UK, Amount = 0.0f, Result = 1 });
// get next question given the current state the assessment
var d2 = _q.GetFollowOnDecisionBranch(_q.Result);
// poke UK answer on the mutator
d2.Mutator(d2, new UkPartDecision { UkPartEnum = UkPartEnum.England, Amount = 0.0f, Result = 1 });
// get next question given the current state the assessment
nxt = d2.GetFollowOnDecisionBranch(_q.Result);
/////////////////////////////////
// REFACTOR : asserting on d2 here but should be asserting on 1 ?....
}
/// <summary>
/// Builds the source of decision module and compile decision module into the assembly
/// </summary>
/// <param name="metadata">The metadata.</param>
/// <param name="successorNodeLabelIdLookup">The successor node label id lookup.</param>
/// <param name="predeccessorsOutputsNameTypeLookup">The predeccessors outputs name type lookup.</param>
/// <param name="workspaceTypesDirectories">The workspace types directories.</param>
/// <param name="loggerNameRoot">The logger name root.</param>
private static void BuildSourceAndCompileDecisionModule(IDecision metadata, Dictionary<string, string> successorNodeLabelIdLookup,
Dictionary<string, string> predeccessorsOutputsNameTypeLookup,
List<string> workspaceTypesDirectories, LoggerNameRoot loggerNameRoot)
{
metadata.FireRequestLatestCode();
//create local componentlogger (ComponentLoggerImplementation implements MarshalByRefObject, thanks to which it can pass logs between appdomains
TraceLabSDK.ComponentLogger logger = LoggerFactory.CreateLogger(loggerNameRoot, metadata.UniqueDecisionID, metadata);
//construct the final code, and collect types assemblies locations to be referenced by the compilator
HashSet<string> assembliesReferenceLocations;
string finalDecisionModuleSourceCode = DecisionCodeBuilder.BuildCodeSource(metadata, workspaceTypesDirectories,
successorNodeLabelIdLookup, predeccessorsOutputsNameTypeLookup, logger, out assembliesReferenceLocations);
// Create the new domain with whatever current security evidence we're running with using the library helper
LibraryHelper helper = new LibraryHelper(workspaceTypesDirectories);
AppDomain newDomain = helper.CreateDomain("DecisionModuleCompilation");
newDomain.Load(Assembly.GetExecutingAssembly().GetName());
helper.PreloadWorkspaceTypes(newDomain);
//// Load our output assembly into the other domain.
DecisionModuleCompilator compiler =
(DecisionModuleCompilator)newDomain.CreateInstanceAndUnwrap(Assembly.GetExecutingAssembly().FullName, typeof(DecisionModuleCompilator).FullName,
false,
BindingFlags.NonPublic | BindingFlags.Public | BindingFlags.CreateInstance | BindingFlags.Instance, null,
new object[] { },
System.Globalization.CultureInfo.CurrentCulture, new object[] { });
compiler.CompileDecisionModule(finalDecisionModuleSourceCode, metadata.SourceAssembly, assembliesReferenceLocations);
#if !MONO_DEV
//when developing on mono in MonoDevelop application crashes when unloading appdomain.
//it only happens from within of MonoDevelop with attached debugger. Running normally, works fine.
AppDomain.Unload(newDomain);
#endif
}
public IDecision GetNext(IDecision d)
{
// Code
if (d.Result == (int)DeeTree.BranchChoiceEnum.NotKnown)
{
return d;
}
else
{
return GetNext(this.GetFollowOnDecisionBranch(Result));
}
}
public void AddDecision(IDecision decision)
{
_decisions.Add(decision);
}
private void BeginInicio()
{
decision = new IniciarSatelite(_data);
}
private void BeginEspera()
{
decision = new Esperar(_data);
}
private void BeginCalculo()
{
decision = new CalcularValoresOrbitales(_data);
}
private void FinalizaDecision()
{
switch (estado)
{
case state.inicio: EndInicio(); break;
case state.calculoValores: EndCalculo(); break;
case state.espera: EndEspera(); break;
default: throw new ArgumentException("Estado no implementado");
}
decision = null;
}
