private void start()
{
copy.setSet("Memory");
UP = MAX / set.getCards().Count();
DOWN = UP / 5;
grade = 0;
score = this.FindByName <Label>("title");
num = this.FindByName <Label>("page");
card = this.FindByName <Button>("cardFace");
entry = this.FindByName <Entry>("answer");
enterBtn = this.FindByName <Button>("try");
nextBtn = this.FindByName <Button>("next");
fixBtn = this.FindByName <Button>("fix");
wrongBtn = this.FindByName <Button>("wrong");
correctLbl = this.FindByName <Label>("correct");
recordBtn = this.FindByName <Button>("record");
card.BackgroundColor = Color.DarkTurquoise;
//entry.BackgroundColor = Color.White;
fixBtn.IsVisible = false; //hide
wrongBtn.IsVisible = false; //hide
nextBtn.IsVisible = false; //hide
left = 1;
num.Text = left.ToString() + " / " + copy.getCards().Count().ToString();
current = set.getCards().First();
string output = "";
int i = 0;
foreach (String point in current.getPoints())
{
i++;
output += i.ToString() + ") " + point + "\n";
}
card.Text = output;
if (audioOn == true)
{
CrossTextToSpeech.Dispose();
var text = card.Text;
CrossTextToSpeech.Current.Speak(text);
}
}
private void start()
{
set.setSet("Match");
//cardFirst = set.getCards().First();//get first card
label = this.FindByName <Label>("title");
grade = 0;
UP = MAX / set.getCards().Count();
DOWN = UP / 5;
label.Text = "Match Score: " + grade;
buttonList = new List <Button>();
buttonList.Add(this.FindByName <Button>("topic1"));
buttonList.Add(this.FindByName <Button>("topic2"));
buttonList.Add(this.FindByName <Button>("topic3"));
buttonList.Add(this.FindByName <Button>("topic4"));
buttonList.Add(this.FindByName <Button>("point1"));
buttonList.Add(this.FindByName <Button>("point2"));
buttonList.Add(this.FindByName <Button>("point3"));
buttonList.Add(this.FindByName <Button>("point4"));
Shuffle <FlashCard> card = new Shuffle <FlashCard>(set.getCards());
setCopy = card.getList();
reload();
}
private void start()
{
CrossTextToSpeech.Dispose();
int num = 20; //number of questions
if (set.getCards().Count < num)
{
num = set.getCards().Count;
}
UP = MAX / num;
DOWN = UP / 5;
set.setSet("Test");
questionLbl = this.FindByName <Label>("question");
scoreLbl = this.FindByName <Label>("title");
buttonA = this.FindByName <Button>("a");
buttonB = this.FindByName <Button>("b");
buttonC = this.FindByName <Button>("c");
buttonD = this.FindByName <Button>("d");
buttonNext = this.FindByName <Button>("next");
grade = 0;
count = 0;
questions = new List <MultipleChoice>();
Random random = new Random();
int rnd;
List <String> options = new List <String>();
foreach (FlashCard card in set.getCards())
{
String ques = card.getTopic();
String point1, point2, point3, correct;
rnd = random.Next(0, 4);
//probability
if ((card.getPoints().Count >= 3) && (rnd == 1)) //at least 3 points
{
Shuffle <String> allTrue = new Shuffle <String>(card.getPoints());
point1 = allTrue.getList()[0];
point2 = allTrue.getList()[1];
point3 = allTrue.getList()[2];
correct = "All are true";
questions.Add(new MultipleChoice(ques, point1, point2, point3, correct, card));
}
else
{
correct = card.getPoints().First();
int rnd1 = random.Next(0, 10);
if (rnd1 == 1)//chance for 'all are true' incorrect option
{
options.Add("All are true");
}
while (options.Count < 3)
{
rnd = random.Next(set.getCards().Count - 1);
if (set.getCards()[rnd] != card)
{ //if not looking at same card, choose one point as wrong answer
if (!options.Contains(set.getCards()[rnd].getPoints().First()))
{
options.Add(set.getCards()[rnd].getPoints().First());
}
}
}
//incorrect options
questions.Add(new MultipleChoice(ques, options[0], options[1], options[2], correct, card));
while (options.Count > 0)
{
options.Remove(options.First());
}
}
}
if (questions.Count > num)
{
Shuffle <MultipleChoice> ques = new Shuffle <MultipleChoice>(questions);
questions = ques.getList();
while (questions.Count > num)
{ //only num number of questions
questions.Remove(questions.First());
}
}
}