public void Rotate()
{
FlashCard first = cards.First();
cards.Remove(first);
cards.Add(first);
}
private void update()
{
score.Text = "Memory Score: " + Math.Round(grade, 2);
left++;
num.Text = left.ToString() + " / " + copy.getCards().Count().ToString();
correctLbl.Text = "";
card.BackgroundColor = Color.DarkTurquoise;
entry.Text = "";
nextBtn.IsVisible = false;
fixBtn.IsVisible = false;
wrongBtn.IsVisible = false;
enterBtn.IsVisible = true;
if (set.getCards().Count > 0)
{
current = set.getCards().First();
string output = "";
foreach (String point in current.getPoints())
{
output += point + "\n";
}
card.Text = output;
if (audioOn == true)
{
CrossTextToSpeech.Dispose();
var text = card.Text;
CrossTextToSpeech.Current.Speak(text);
}
}
}
public MultipleChoice(String theQuestion, String theA, String theB, String theC, String theCorrect, FlashCard theCard)
{
question = theQuestion;
ansA = theA;
ansB = theB;
ansC = theC;
correct = theCorrect;
card = theCard;
}
public MultipleChoice()
{
//default
question = "1 + 1 =";
correct = "2";
ansA = "3";
ansB = "10";
ansC = "1";
List <String> points = new List <string>();
points.Add(correct);
card = new FlashCard(question, points);
}
public void Shuffle()
{
Random random = new Random();
int num = cards.Count;
for (int i = num - 1; i > 1; i--)
{
int rnd = random.Next(i + 1);
FlashCard value = cards[rnd];
cards[rnd] = cards[i];
cards[i] = value;
}
}
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 createCards()
{
FlashCard card1, card2, card3, card4;
List <String> list1, list2, list3, list4;
String topic1, topic2, topic3, topic4;
//create cards
list1 = new List <string>();
topic1 = "4 Basic Activities in Interaction Design";
list1.Add("establishing requirements");
list1.Add("designing alternatives");
list1.Add("prototyping");
list1.Add("evaluating");
card1 = new FlashCard(topic1, list1);
list2 = new List <string>();
topic2 = "User Experience";
list2.Add("how a product behaves and is used in the real world");
card2 = new FlashCard(topic2, list2);
list3 = new List <string>();
topic3 = "Low Fidelity Prototype";
list3.Add("uses a medium to interpret the design");
list3.Add("ie: paper model");
card3 = new FlashCard(topic3, list3);
list4 = new List <string>();
topic4 = "Internal Consistancy";
list4.Add("design operations behave the same within an application");
card4 = new FlashCard(topic4, list4);
//add demo cards to set
cards.Add(card1);
cards.Add(card2);
cards.Add(card3);
cards.Add(card4);
}
public void setCard(FlashCard theCard)
{
card = theCard;
}
public bool equals(FlashCard Object)
{
return(Object.topic.Equals(topic) && (Object.points.Equals(points)));
}
public FlashCard(FlashCard Object)
{
topic = Object.topic;
points = Object.points;
}
