public EmelieSimulationContext()
{
name = "SIMULATION_NAME";
states = new EmelieState[2];
states[0] = new EmelieState();
states[1] = new EmelieState();
events = new EmelieEvent[2];
events[0] = new EmelieEvent();
events[1] = new EmelieEvent();
personalityMeasurements = new string[4];
personalityMeasurements[0] = "KIND";
personalityMeasurements[1] = "5";
personalityMeasurements[2] = "BRAVE";
personalityMeasurements[3] = "5";
traits = new EmelieTrait[2];
traits[0] = new EmelieTrait();
traits[1] = new EmelieTrait();
startingState = "STATE_INFANCY";
}
public string Run(EmelieSimulationContext context, string programVersion)
{
string resultingEvert = "";
simulationLog = new List <string>();
if (context.simulationStep <= 0f)
{
Log.Error("simulationStep cannot be" +
" 0");
return("Simulation Failed");
}
// Create charcter
EmelieCharacter c = new EmelieCharacter(context);
c.name = "<# " + c.gender + "_name>∫<# surName>";
c.finalAge = EmelieUtilities.RandomRange(5f, 90f);
resultingEvert += "<= character_name " + c.name + " >";
resultingEvert += "<= gender " + c.gender + " >";
resultingEvert += "<= finalAge " + c.finalAge + " >";
c.currentAge = 0f;
int numOfTraits = 3;
while (c.traits.Count
< numOfTraits)
{
EmelieTrait randomTrait = context.traits[EmelieUtilities.RandomRange(0, context.traits.Length)];
if (c.AddTrait(randomTrait))
{
SimLog(c.currentAge, "born with trait " + randomTrait.name);
}
}
foreach (EmelieTrait trait in context.traits)
{
bool r = c.traits.Contains(trait);
resultingEvert += "<= IS_" + trait.name + " " + r.ToString().ToLower() + ">";
}
foreach (string s in context.personalityMeasurements)
{
resultingEvert += "<= " + s + " " + c.personalityPoints[s] + ">";
}
float currentYear = context.year - c.finalAge;
EmelieState startingState = context.GetStartingState();
SimLog(c.currentAge, "Character Born, gender=" + c.gender + ", final age=" + System.Math.Round((double)c.finalAge).ToString());
resultingEvert += "<# CHARACTER_BORN><= currentYear " + currentYear.ToString("####") + ">";
EmelieState currentState = startingState;
while (c.currentAge < c.finalAge)
{
List <string> possibleEvents = new List <string>();
possibleEvents.AddRange(currentState.events);
possibleEvents.AddRange(context.alwaysPossibleEvents);
foreach (string eventName in possibleEvents)
{
EmelieEvent _event = context.GetEvent(eventName);
if (EmelieUtilities.PercentageChance(_event.probability))
{
bool passedAlltests = true;
foreach (EmelieRequirement req in _event.requirements)
{
if (!req.IsMet(c, _event))
{
passedAlltests = false;
break;
}
}
if (!passedAlltests)
{
continue;
}
SimLog(c.currentAge, "EVENT: " + _event.name);
resultingEvert += "<= currentAge " + c.currentAge + ">";
resultingEvert += "<= currentYear " + currentYear.ToString("####") + ">";
resultingEvert += "<# EVENT_" + _event.name + ">";
foreach (string attr in _event.attributesAdded)
{
c.AddAttribute(attr);
SimLog(c.currentAge, "ATTRIBUTE_ADDED: " + attr);
resultingEvert += "<= HAS_ATTRIBUTE_" + attr + " true>";
}
if (_event.destinationState != "")
{
currentState = context.GetState(_event.destinationState);
SimLog(c.currentAge, "STATE: " + currentState.name);
continue;
}
}
}
c.currentAge += context.simulationStep;
currentYear += context.simulationStep;
if (c.currentAge > c.finalAge)
{
c.currentAge = c.finalAge;
}
}
resultingEvert += "<# story_end>\n";
return(resultingEvert);
}
public bool IsMet(EmelieCharacter c, EmelieEvent _event)
{
switch (comparer)
{
case HAVE_ATTRIBUTE:
{
return(c.attributes.Contains(text));
}
case DONT_HAVE_ATTRIBUTE:
{
return(!c.attributes.Contains(text));
}
case HAVE_TRAIT:
{
return(c.HaveTrait(text));
}
case DONT_HAVE_TRAIT:
{
return(!c.HaveTrait(text));
}
case IS_OLDER_THAN:
{
return(c.currentAge >
number);
}
case IS_YOUNGER_THAN:
{
return(c.currentAge < number);
}
case HAS_GENDER:
{
return(c.gender == text);
}
case PERSONALITY_POINT_GREATER_THAN:
{
return(c.personalityPoints[text] > number);
}
case PERSONALITY_POINT_LESS_THAN:
{
return(c.personalityPoints[text] < number);
}
case CLASS_GREATER_THAN:
{
return(c.economicClass > number);
}
case CLASS_LESS_THAN:
{
return(c.economicClass < number);
}
default: Log.SyntaxError("Undefined requirement comaparer:" + comparer); break;
}
return(true);
}