public string CreateEvent(Vector2 mousePos, Dictionary <Globals.energyTypes, float> _temp)
{
/*Dictionary<Globals.energyTypes, float> energyStored = new Dictionary<Globals.energyTypes, float>();
* foreach (KeyValuePair<Globals.energyTypes, float> kv in _temp)
* {
* }
*/
float[] tempArr = new float[4];
foreach (KeyValuePair <Globals.energyTypes, float> kv in _temp)
{
tempArr [(int)kv.Key] = kv.Value;
}
Dictionary <Globals.energySubTypes, float> subtypeEnergy = SeperateIntoSubtypes(_temp);
//Debug.Log("here");
//Now make event!
EventBrain evBrain = (Instantiate(Resources.Load("EventPrefab"), mousePos, Quaternion.identity) as GameObject).GetComponent <EventBrain>();
evBrain.Initialize(subtypeEnergy);
string descriptionOfEvent = new EventDescriber(tempArr).OutputStringRepresentingEvent();
//GameObject.FindObjectOfType<VillageCenter> ().TheListener.RecordString (descriptionOfEvent);
//EventDescriber temp = new EventDescriber ();
return(descriptionOfEvent);
}
public string CreateEvent(Vector2 mousePos,Dictionary<Globals.energyTypes, float> _temp)
{
/*Dictionary<Globals.energyTypes, float> energyStored = new Dictionary<Globals.energyTypes, float>();
foreach (KeyValuePair<Globals.energyTypes, float> kv in _temp)
{
}
*/
float[] tempArr = new float[4];
foreach(KeyValuePair<Globals.energyTypes, float> kv in _temp){
tempArr [(int)kv.Key] = kv.Value;
}
Dictionary<Globals.energySubTypes, float> subtypeEnergy = SeperateIntoSubtypes(_temp);
//Debug.Log("here");
//Now make event!
EventBrain evBrain = (Instantiate(Resources.Load("EventPrefab"), mousePos, Quaternion.identity) as GameObject).GetComponent<EventBrain>();
evBrain.Initialize(subtypeEnergy);
string descriptionOfEvent = new EventDescriber (tempArr).OutputStringRepresentingEvent();
GameObject.FindObjectOfType<VillageCenter> ().TheListener.RecordString (descriptionOfEvent);
//EventDescriber temp = new EventDescriber ();
return descriptionOfEvent;
}
public string createEventBluePrint(){
for (int c = 0; c < 4; c++) {
bluePrintForEvent [c] = Random.Range (-power / 4, power / 4);
}
EventDescriber eventManipulator = new EventDescriber (bluePrintForEvent);
eventDescription = eventManipulator.OutputStringRepresentingEvent();
return eventDescription;
}
/*
* public string CreateRandomEvent(float[] bluePrint, float power){
* Dictionary<Globals.energyTypes, float> randomDict = new Dictionary<Globals.energyTypes, float>();
* //need to generate float[4] and interpret into energyTypes and add to dictionary
* float individualPower = power/4;
* float[] temp = {
* Random.Range (-individualPower, individualPower),
* Random.Range (-individualPower, individualPower),
* Random.Range (-individualPower, individualPower),
* Random.Range (-individualPower, individualPower)
* };
*
* EventDescriber eventManipulator = new EventDescriber (bluePrint);
* for (int c = 0; c < 4; c++) {
* randomDict.Add ((Globals.energyTypes)c, bluePrint [c]);
* }
* //x range {-15 --> 15} y range {8 --> -8}
* Debug.Log("Event has been created via random method.");
* return CreateEvent (new Vector2(Random.Range(-15,15), Random.Range(8,-8)), randomDict);
* }*/
public string CreateEventFromFloat(float[] bluePrint)
{
Debug.Log("Enter Create Event From Float.");
Dictionary <Globals.energyTypes, float> randomDict = new Dictionary <Globals.energyTypes, float>();
EventDescriber eventManipulator = new EventDescriber(bluePrint);
for (int c = 0; c < 4; c++)
{
randomDict.Add((Globals.energyTypes)c, bluePrint [c]);
}
//x range {-15 --> 15} y range {8 --> -8}
Debug.Log("Event has been created via float method: ");
Debug.Log(Globals.PrintDictionary(randomDict));
return(CreateEvent(new Vector2(Random.Range(-15, 15), Random.Range(8, -8)), randomDict));
}
public string createEventBluePrint(){
//Debug.Log ("Creating new blueprint...");
//return EventFactory.Instance.CreateEventFromFloat(bluePrintForEvent);
for (int c = 0; c < 4; c++) {
float tempFloat = Random.Range (-power, power);
//tempFloat = (Mathf.Abs(tempFloat) < 4)? (tempFloat/Mathf.Abs(tempFloat)) * 4 : tempFloat;
bluePrintForEvent [c] = tempFloat;
//Debug.Log ("Counter: " + c + " is equal to " + tempFloat);
}
EventDescriber eventManipulator = new EventDescriber (bluePrintForEvent);
eventDescription = eventManipulator.OutputStringRepresentingEvent();
//Debug.Log ("New Event Blue Print Description: " + eventDescription);
//Debug.Log ("Event BluePrint:" + );
return eventDescription;
}
public string CreateRandomEvent(float[] bluePrint, float power){
Dictionary<Globals.energyTypes, float> randomDict = new Dictionary<Globals.energyTypes, float>();
//need to generate float[4] and interpret into energyTypes and add to dictionary
float individualPower = power/4;
float[] temp = {
Random.Range (-individualPower, individualPower),
Random.Range (-individualPower, individualPower),
Random.Range (-individualPower, individualPower),
Random.Range (-individualPower, individualPower)
};
EventDescriber eventManipulator = new EventDescriber (bluePrint);
for (int c = 0; c < 4; c++) {
randomDict.Add ((Globals.energyTypes)c, bluePrint [c]);
}
//x range {-15 --> 15} y range {8 --> -8}
return CreateEvent (new Vector2(Random.Range(-15,15), Random.Range(8,-8)), randomDict);
}
public string createEventBluePrint()
{
//Debug.Log ("Creating new blueprint...");
//return EventFactory.Instance.CreateEventFromFloat(bluePrintForEvent);
for (int c = 0; c < 4; c++)
{
float tempFloat = Random.Range(-power, power);
//tempFloat = (Mathf.Abs(tempFloat) < 4)? (tempFloat/Mathf.Abs(tempFloat)) * 4 : tempFloat;
bluePrintForEvent [c] = tempFloat;
//Debug.Log ("Counter: " + c + " is equal to " + tempFloat);
}
EventDescriber eventManipulator = new EventDescriber(bluePrintForEvent);
eventDescription = eventManipulator.OutputStringRepresentingEvent();
//Debug.Log ("New Event Blue Print Description: " + eventDescription);
//Debug.Log ("Event BluePrint:" + );
return(eventDescription);
}
static void Main()
{
var daybreakEventMessage = new BusMessage("daybreak", null);
var birthdayEventMessage = new BusMessage("birthday", null);
var mogginsPrevious = new Pet("old moggins", "cat", remainingLimbs: 4);
var mogginsCurrent = new Pet("old moggins", "cat", remainingLimbs: 3);
var robinPrevious = new Person("Robin", age: 35)
{
HairColour = "brown", Pets = new[] { mogginsPrevious }
};
var robinCurrent = new Person("Robin", age: 36)
{
HairColour = "grey", Pets = new[] { mogginsPrevious }
};
IEventLogger eventLogger = new EventLogger();
eventLogger.LogEvent(daybreakEventMessage);
var childLogger = eventLogger.LogThat(birthdayEventMessage).WasReceived().GetChildLogger();
childLogger.LogThat(robinPrevious).Became(robinCurrent);
eventLogger.LogEvent("accident")
.AndThus(mogginsPrevious)
.Became(mogginsCurrent);
var objectDescriber = new ObjectDescriber();
var eventDescriber = new EventDescriber(objectDescriber);
objectDescriber.AddDescriber <Person>(p => new Noun($"{p.Name}"));
objectDescriber.AddDescriber <Pet>(p => new Noun($"{p.Name} the {p.Species} with {p.RemainingLimbs} leg{(p.RemainingLimbs == 1 ? "" : "s")}"));
objectDescriber.AddDescriber <IEnumerable <Pet> >(pets => "'" + string.Join(", ", pets.Select(p => objectDescriber.GetNoun(p))) + "'");
objectDescriber.AddPronoun <Person>(p => Pronouns.Male);
objectDescriber.AddDescriber <BusMessage>(m => new Noun($"Message of type {m.Type}"));
eventDescriber.Describe(eventLogger.EventItems()).ToList().ForEach(e => e.PrintToConsole());
Console.ReadLine();
}
public string CreateEventFromFloat(float[] bluePrint){
Dictionary<Globals.energyTypes, float> randomDict = new Dictionary<Globals.energyTypes, float>();
EventDescriber eventManipulator = new EventDescriber (bluePrint);
for (int c = 0; c < 4; c++) {
randomDict.Add ((Globals.energyTypes)c, bluePrint [c]);
}
//x range {-15 --> 15} y range {8 --> -8}
return CreateEvent (new Vector2(Random.Range(-15,15), Random.Range(8,-8)), randomDict);
}
/*
public string CreateRandomEvent(float[] bluePrint, float power){
Dictionary<Globals.energyTypes, float> randomDict = new Dictionary<Globals.energyTypes, float>();
//need to generate float[4] and interpret into energyTypes and add to dictionary
float individualPower = power/4;
float[] temp = {
Random.Range (-individualPower, individualPower),
Random.Range (-individualPower, individualPower),
Random.Range (-individualPower, individualPower),
Random.Range (-individualPower, individualPower)
};
EventDescriber eventManipulator = new EventDescriber (bluePrint);
for (int c = 0; c < 4; c++) {
randomDict.Add ((Globals.energyTypes)c, bluePrint [c]);
}
//x range {-15 --> 15} y range {8 --> -8}
Debug.Log("Event has been created via random method.");
return CreateEvent (new Vector2(Random.Range(-15,15), Random.Range(8,-8)), randomDict);
}*/
public string CreateEventFromFloat(float[] bluePrint){
Debug.Log ("Enter Create Event From Float.");
Dictionary<Globals.energyTypes, float> randomDict = new Dictionary<Globals.energyTypes, float>();
EventDescriber eventManipulator = new EventDescriber (bluePrint);
for (int c = 0; c < 4; c++) {
randomDict.Add ((Globals.energyTypes)c, bluePrint [c]);
}
//x range {-15 --> 15} y range {8 --> -8}
Debug.Log("Event has been created via float method: ");
Debug.Log (Globals.PrintDictionary(randomDict));
return CreateEvent (new Vector2(Random.Range(-15,15), Random.Range(8,-8)), randomDict);
}
private EventService CreateService(IEventRepository eventRepository, TestUserRepository userRepo)
{
var describers = new EventDescriber[] { new TestEventDescriber() };
return(new EventService(eventRepository, userRepo, describers));
}
