//returns a random Final Jeopardy question
public JeoQuestion GetFinal()
{
bool found = false;
JeoQuestion retQ = new JeoQuestion();
do
{
JeoCategory <JeoQuestion> checkCat = Categories[rando.Next(Categories.Count)];
if (checkCat.HasFinal)
{
found = true;
List <JeoQuestion> finalReg = new List <JeoQuestion>();
//register any questions with QType of final, and return a random one
foreach (JeoQuestion q in checkCat)
{
if (q.Type == QType.Final)
{
finalReg.Add(q);
}
}
retQ = finalReg[rando.Next(finalReg.Count)];
}
} while (!found);
return(retQ);
}
public JeoCategory <JeoCategory <JeoQuestion> > RandomRound(RoundType type, bool strictDouble)
{
JeoCategory <JeoCategory <JeoQuestion> > retCat = new JeoCategory <JeoCategory <JeoQuestion> >();
int firstDouble = rando.Next(6);
int secondDouble = rando.Next(6);
int thirdDouble = rando.Next(6);
while (secondDouble == thirdDouble)
{
thirdDouble = rando.Next(6);
}
if (strictDouble)
{
if (type == RoundType.First)
{
for (int i = 0; i < 6; i++)
{
if (i == firstDouble)
{
retCat.Add(RandomCat(type, true, false));
}
else
{
retCat.Add(RandomCat(type, false, false));
}
}
}
else if (type == RoundType.Second)
{
for (int i = 0; i < 6; i++)
{
if (i == secondDouble || i == thirdDouble)
{
retCat.Add(RandomCat(type, true, false));
}
else
{
retCat.Add(RandomCat(type, false, false));
}
}
}
}
else
{
for (int i = 0; i < 6; i++)
{
retCat.Add(RandomCat(type));
}
}
return(retCat);
}
//returns a populated category. Alternate definition respects Daily Double ratio (1 in first round, 2 in second)
//uses JeoCategory instead of List for the top level container to utilize the overriden ToString() method
//todo: add option that respects AVL. Need to complete RandomCat todo first
public JeoCategory <JeoCategory <JeoQuestion> > RandomRound(RoundType type)
{
JeoCategory <JeoCategory <JeoQuestion> > retCat = new JeoCategory <JeoCategory <JeoQuestion> >();
for (int i = 0; i < 6; i++)
{
retCat.Add(RandomCat(type));
}
return(retCat);
}
public JeoCategory <JeoQuestion> TestCat(RoundType type, bool hasDouble, bool hasAVL)
{
JeoCategory <JeoQuestion> retCat = new JeoCategory <JeoQuestion>();
retCat = CatByName("HOUSES OF THE HOLY");
if (retCat.Count > 5 && type == RoundType.First)
{
JeoCategory <JeoQuestion> newCat = new JeoCategory <JeoQuestion>();
newCat.CatName = retCat.CatName;
newCat.HasFirst = retCat.HasFirst;
newCat.HasDouble = retCat.HasDouble;
newCat.HasFinal = retCat.HasFinal;
newCat.HasAVL = retCat.HasAVL;
newCat.IsFull = retCat.IsFull;
newCat.Clear();
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 200 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 400 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 600 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 800 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 1000 && x.Round == RoundType.First));
//if method call has a daily double, randomly replace one of the questions with it
//todo: replace the value that the daily double was originally at. not possible?
if (hasDouble)
{
newCat[rando.Next(4)] = retCat.Find(x => x.Type == QType.Double);
}
retCat = newCat;
}
if (retCat.Count > 5 && type == RoundType.Second)
{
JeoCategory <JeoQuestion> newCat = new JeoCategory <JeoQuestion>();
newCat.CatName = retCat.CatName;
newCat.HasFirst = retCat.HasFirst;
newCat.HasDouble = retCat.HasDouble;
newCat.HasFinal = retCat.HasFinal;
newCat.HasAVL = retCat.HasAVL;
newCat.IsFull = retCat.IsFull;
newCat.Clear();
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 400 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 800 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 1200 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 1600 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 2000 && x.Round == RoundType.Second));
//if method call has a daily double, randomly replace one of the questions with it
//todo: replace the value that the daily double was originally at. not possible?
if (hasDouble)
{
newCat[rando.Next(4)] = retCat.Find(x => x.Type == QType.Double);
}
retCat = newCat;
}
return(retCat);
}
public JeoCategory <JeoQuestion> RandomCat(RoundType type, bool hasDouble, bool hasAVL)
{
JeoCategory <JeoQuestion> retCat = new JeoCategory <JeoQuestion>();
if (!hasAVL)
{
//loop the find category logic until a category with an audio/visual/link quesiton is found
do
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
//find new random category until parameters (correct round and/or presence of audio/visual/link questions) are met
//also verify if category has enough questions to fill a standard round (IsFull property)
if (type == RoundType.First)
{
if (hasDouble)
{
while (!retCat.HasDouble || !retCat.HasFirst || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
else
{
while (retCat.HasDouble || !retCat.HasFirst || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
}
else if (type == RoundType.Second)
{
if (hasDouble)
{
while (!retCat.HasDouble || !retCat.HasSecond || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
else
{
while (retCat.HasDouble || !retCat.HasSecond || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
}
else if (type == RoundType.Final)
{
{
if (hasDouble)
{
while (!retCat.HasDouble || !retCat.HasFinal || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
else
{
while (retCat.HasDouble || !retCat.HasFinal || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
}
}
} while (retCat.HasAVL);
}
else
{
//find new random category until parameters (correct round and/or presence of audio/visual/link questions) are met
//also verify if category has enough questions to fill a standard round (IsFull property)
if (type == RoundType.First)
{
if (hasDouble)
{
while (!retCat.HasDouble || !retCat.HasFirst || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
else
{
while (retCat.HasDouble || !retCat.HasFirst || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
}
else if (type == RoundType.Second)
{
if (hasDouble)
{
while (!retCat.HasDouble || !retCat.HasSecond || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
else
{
while (retCat.HasDouble || !retCat.HasSecond || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
}
else if (type == RoundType.Final)
{
if (hasDouble)
{
while (!retCat.HasDouble || !retCat.HasFinal || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
else
{
while (retCat.HasDouble || !retCat.HasFinal || !retCat.IsFull)
{
retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
}
}
}
}
if (retCat.Count > 5 && type == RoundType.First)
{
JeoCategory <JeoQuestion> newCat = new JeoCategory <JeoQuestion>();
newCat.CatName = retCat.CatName;
newCat.HasFirst = retCat.HasFirst;
newCat.HasDouble = retCat.HasDouble;
newCat.HasFinal = retCat.HasFinal;
newCat.HasAVL = retCat.HasAVL;
newCat.IsFull = retCat.IsFull;
newCat.Clear();
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 200 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 400 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 600 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 800 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 1000 && x.Round == RoundType.First));
//if method call has a daily double, randomly replace one of the questions with it
//todo: replace the value that the daily double was originally at. not possible?
if (hasDouble)
{
newCat[rando.Next(4)] = retCat.Find(x => x.Type == QType.Double);
}
retCat = newCat;
}
if (retCat.Count > 5 && type == RoundType.Second)
{
JeoCategory <JeoQuestion> newCat = new JeoCategory <JeoQuestion>();
newCat.CatName = retCat.CatName;
newCat.HasFirst = retCat.HasFirst;
newCat.HasDouble = retCat.HasDouble;
newCat.HasFinal = retCat.HasFinal;
newCat.HasAVL = retCat.HasAVL;
newCat.IsFull = retCat.IsFull;
newCat.Clear();
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 400 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 800 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 1200 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 1600 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 2000 && x.Round == RoundType.Second));
//if method call has a daily double, randomly replace one of the questions with it
//todo: replace the value that the daily double was originally at. not possible?
if (hasDouble)
{
newCat[rando.Next(4)] = retCat.Find(x => x.Type == QType.Double);
}
retCat = newCat;
}
return(retCat);
}
public JeoModel()
{
bool oldCat = false;
using (StreamReader sr = new StreamReader(DBPATH))
{
string json = sr.ReadToEnd();
JObject db = JObject.Parse(json);
//iterate through each category
int totalCount = 0;
foreach (JProperty category in db.Properties())
{
JeoCategory <JeoQuestion> catList = new JeoCategory <JeoQuestion>();
catList.CatName = category.Name.ToString().ToUpper();
oldCat = false;
//iterate through each question within each category
foreach (JToken question in category)
{
//keeps track of how many questions in the category will fit into a standard round
int qCount = 0;
//create a JeoQuestion based on the entries in each quesiton
foreach (JToken entry in question.Children())
{
++totalCount;
string clue = entry["clue"].ToString();
string answer = entry["answer"].ToString();
string cat = category.Name.ToString().ToUpper();
//check if the value has a dollar amount, else determine what kind of question it is
QType type = QType.Standard;
string value = entry["value"].ToString();
if (int.TryParse(value, out int val))
{
;
}
else
{
if (value.Contains("Final"))
{
type = QType.Final;
}
else if (value.Contains("Double"))
{
type = QType.Double;
}
else
{
type = QType.Special;
}
}
//determine and assign which round the question is from
string roundStr = entry["round"].ToString();
RoundType round = RoundType.Special;
if (int.TryParse(roundStr, out int roun))
{
if (roun == 1)
{
round = RoundType.First;
catList.HasFirst = true;
}
if (roun == 2)
{
round = RoundType.Second;
catList.HasSecond = true;
}
}
else
{
round = RoundType.Final;
}
//create the JeoQuestion object and check for special flags
JeoQuestion addQ = new JeoQuestion(cat, clue, answer, val, round, type);
if (clue.ToUpper().Contains("AUDIO DAILY DOUBLE"))
{
addQ.IsAudio = true;
}
if (clue.ToUpper().Contains("VIDEO DAILY DOUBLE"))
{
addQ.IsVideo = true;
}
if (clue.ToUpper().Contains("A HREF"))
{
addQ.HasLink = true;
}
//update category based on flags
if (addQ.IsAudio || addQ.IsVideo || addQ.HasLink)
{
catList.HasAVL = true;
}
if (addQ.Type == QType.Double)
{
catList.HasDouble = true;
}
if (addQ.Type == QType.Final)
{
catList.HasFinal = true;
}
if (addQ.Type == QType.Standard || addQ.Type == QType.Double)
{
++qCount;
}
//jeopardy questions used to be worth half as much; for consistency, update older values to newer standard
if ((addQ.Round == RoundType.First) && ((addQ.Value % 200F) != 0) && (addQ.Value > 0))
{
oldCat = true;
}
if ((addQ.Round == RoundType.Second) && ((addQ.Value % 400F) != 0) && (addQ.Value > 0))
{
oldCat = true;
}
if (oldCat)
{
addQ.Value = addQ.Value * 2;
}
catList.Add(addQ);
}
if (qCount > 4)
{
catList.IsFull = true;
}
Categories.Add(catList);
}
}
sr.Dispose();
}
}
//return random category of specified RoundType. Alternate definition allows preference for Audio/Visual/Link quesitons
//and/or daily doubles
//todo: add a definition that respects AVL, but does not check hasDouble. How to do without duplicate method signatures?
public JeoCategory <JeoQuestion> RandomCat(RoundType type)
{
JeoCategory <JeoQuestion> retCat = new JeoCategory <JeoQuestion>();
retCat = Categories[rando.Next(Categories.Count)];
//find new random category until parameters correct round type is found
//also verify if category has enough questions to fill a standard round (IsFull property)
if (type == RoundType.First)
{
while (!retCat.HasFirst || !retCat.IsFull)
{
retCat = Categories[rando.Next(Categories.Count)];
}
}
else if (type == RoundType.Second)
{
while (!retCat.HasSecond || !retCat.IsFull)
{
retCat = Categories[rando.Next(Categories.Count)];
}
}
else if (type == RoundType.Final)
{
while (!retCat.HasFinal || !retCat.IsFull)
{
retCat = Categories[rando.Next(Categories.Count)];
}
}
//if there are more than 5 questions in a category, randomly select one each of the correct value
if (retCat.Count > 5 && type == RoundType.First)
{
JeoCategory <JeoQuestion> newCat = new JeoCategory <JeoQuestion>();
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 200 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 400 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 600 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 800 && x.Round == RoundType.First));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 1000 && x.Round == RoundType.First));
retCat = newCat;
}
if (retCat.Count > 5 && type == RoundType.Second)
{
JeoCategory <JeoQuestion> newCat = new JeoCategory <JeoQuestion>();
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 400 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 800 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 1200 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 1600 && x.Round == RoundType.Second));
retCat.OrderBy(x => rando.Next()).FirstOrDefault();
newCat.Add(retCat.Find(x => x.Value == 2000 && x.Round == RoundType.Second));
retCat = newCat;
}
return(retCat);
}
