public ClueRoom(ClueTypes clueType, Room room)
{
this.clueType = clueType;
this.room = room;
if (clueType == ClueTypes.Unsure)
{
// Find the pool the object shares
List <Room> samePool = Game.S.building.allRooms;
// Copy the pool
List <Room> samePoolCopy = new List <Room>();
samePoolCopy.AddRange(samePool);
//Remove all duplicates from list
samePoolCopy.RemoveAll(f => f.displayName == room.displayName);
// Pick from non-duplicated list
fakeRoom = samePoolCopy.PickRandom();
//Sort clues so we don't identify the clue by it being first
List <Room> fakeAndRealRooms = new List <Room> {
room, fakeRoom
};
sortedRooms = fakeAndRealRooms.OrderBy(x => x.displayName).ToList();
}
else
{
sortedRooms = new List <Room> {
room
};
}
}
private static ClueTypes PickClueCategory(int randomRoll, Dictionary <ClueTypes, int> probabilities)
{
ClueTypes clue = ClueTypes.Useless;
int totalWeight = 0;
foreach (KeyValuePair <ClueTypes, int> entry in probabilities)
{
totalWeight += entry.Value;
}
foreach (KeyValuePair <ClueTypes, int> entry in probabilities)
{
//If value has 0, then it is skipped.
if (entry.Value == 0)
{
continue;
}
//If randomRoll is under entry.Value, then it is under the threshold, and so takes entry.Key
if (randomRoll <= entry.Value)
{
clue = entry.Key;
break;
}
//Otherwise, we reduce the roll by the Value to allow the other weights to potentially be picked.
randomRoll -= entry.Value;
}
return(clue);
}
public ClueFloor(ClueTypes clueType, Floor floor)
{
this.clueType = clueType;
this.floor = floor;
if (clueType == ClueTypes.Unsure)
{
// Find the pool the object shares
List <Floor> samePool = Game.S.building.allFloors;
// Copy the pool
List <Floor> samePoolCopy = new List <Floor>();
samePoolCopy.AddRange(samePool);
//Remove all duplicates from list
samePoolCopy.RemoveAll(f => f.displayName == floor.displayName);
// Pick from non-duplicated list
fakeFloor = samePoolCopy.PickRandom();
//Sort clues so we don't identify the clue by it being first
List <Floor> fakeAndRealFloors = new List <Floor> {
floor, fakeFloor
};
sortedFloors = fakeAndRealFloors.OrderBy(x => x.displayName).ToList();
}
else
{
sortedFloors = new List <Floor> {
floor
};
}
}
//Special Cases:
//Employees in the same department
//Manager of the employee
public static IClue GenerateRandomClueFromEmployee(Employee employee)
{
int roll = rnd.Next(1, 101);
//Generating random clue type
ClueTypes randomClueType = ClueTypes.Useless;
switch (employee.rank)
{
case Person.RankEnum.Employee:
randomClueType = PickClueCategory(roll, LowLevelEmployeeClueProbs);
break;
case Person.RankEnum.Manager:
randomClueType = PickClueCategory(roll, ManagerEmployeeClueProbs);
break;
case Person.RankEnum.Executive:
randomClueType = PickClueCategory(roll, ExecEmployeeClueProbs);
break;
case Person.RankEnum.CEO:
randomClueType = PickClueCategory(roll, CEOEmployeeClueProbs);
break;
default:
break;
}
//if (Employee.currentLocation == Target.currentLocation)
//{
//
//}
IClue generatedClue = null;
int clueCategoryRoll = rnd.Next(1, 101);
if (clueCategoryRoll <= 70)
{
var features = Game.S.target.features.getTrueOrnaments();
Feature targetFeature = features.PickRandom();
generatedClue = new ClueFeature(randomClueType, targetFeature);
}
else if (clueCategoryRoll <= 90)
{
var floor = Game.S.target.CurrentLocation.floor;
generatedClue = new ClueFloor(randomClueType, floor);
}
else
{
var room = Game.S.target.CurrentLocation;
generatedClue = new ClueRoom(randomClueType, room);
}
return(generatedClue);
}
//Clue needs a ClueTypes
//For Useless, we just need a string, we don't need to add to notebook
//For Vague, we need a single aspect of a feature
//For Unsure, we need an either/or
//For perfect, we describe a feature perfectly
public ClueFeature(ClueTypes clueType, Feature feature)
{
this.clueType = clueType;
this.feature = feature;
if (clueType == ClueTypes.Unsure)
{
// Find the pool the object shares
var samePool = Game.S.GetPoolSharingFeature(feature);
List <GameObject> samePoolCopy = new List <GameObject>();
samePoolCopy.AddRange(samePool);
//Remove all duplicates from list
samePoolCopy.RemoveAll(f =>
f.GetComponent <Feature>().displayColour + " " + f.GetComponent <Feature>().displayName
==
feature.displayColour + " " + feature.displayName
);
// Pick from non-duplicated list
fakeFeature = samePoolCopy.PickRandom().GetComponent <Feature>();
//Sort clues so we don't identify the clue by it being first
List <Feature> fakeAndRealFeatures = new List <Feature> {
feature, fakeFeature
};
sortedFeatures = fakeAndRealFeatures.OrderBy(x => x.displayName).ToList();
}
else
{
sortedFeatures = new List <Feature> {
feature
};
}
}