//spawns a cube with a letter and positions it in the board with the int
void spawnAnsMeth(string l, int p, AlphaB cube)
{
// Debug.Log("String: "+ l+" Int: "+ p);
try
{
IAmMe = l;
// scriptBut.thisCubeis = cube;
textMeshM[0].text = l;
textMeshM[1].text = l;
textMeshM[2].text = l;
textMeshM[3].text = l;
textMeshM[4].text = l;
textMeshM[5].text = l;
sendData(cube);
if (p <= 20)
{
spawnClone[p] = Instantiate(Prefabs, ansLoc[p].transform.position, Quaternion.Euler(0, 0, 0)) as GameObject;
}
}
catch (System.IndexOutOfRangeException e)
{
Debug.Log(e);
}
currentCount++;
}
//sends data to cubes when created
void sendData(AlphaB cube)
{
scriptBut = buttonSource.GetComponent <clickCube>();
scriptBut.ID = cube.iD;
scriptBut.targCheck = testTarget;
scriptBut.thisCubeis = cube;
}
//sends a string and int to spawn to give letter and position
public void starTest1(List <AlphaB> a, AlphaB target)
{
foreach (AlphaB letC in a)
{
currentCount++;
}
}
public void laodAlpha()
{
primeCheck();
try
{
string theFile = "/alphaDB.xml";
bool two = File.Exists((Application.persistentDataPath + theFile));
if (two)
{
XmlSerializer serializer = new XmlSerializer(typeof(List <alphaLetter>));
FileStream stream = new FileStream(Application.persistentDataPath + theFile, FileMode.Open);
var streamWriter = new StreamReader(stream, System.Text.Encoding.UTF8);
apDB.list = serializer.Deserialize(stream) as List <alphaLetter>;
stream.Close();
}
else
{
primeLetters();
}
}
catch (Exception)
{
primeLetters();
}
Debug.Log("Alpha load from XML = " + apDB.list.Count);
foreach (alphaLetter a in apDB.list)
{
AlphaB alLoad = new AlphaB();
alLoad.iD = a.iD;
alLoad.hira = a.hira;
alLoad.kata = a.kata;
alLoad.rom = a.rom;
alLoad.ty = a.ty;
alLoad.userHira = a.userHira;
alLoad.userKat = a.userKat;
alLoad.userAdv = a.userAdv;
alLoad.proHiraBool = a.proHiraBool;
alLoad.mastHirBool = a.mastHirBool;
alLoad.prokatBool = a.prokatBool;
alLoad.wrongHira = a.wrongHira;
alLoad.wrongKat = a.wrongKat;
alLoad.priority = a.priority;
alLoad = dataCheck(alLoad);
listLet.Add(alLoad);
}
}
//checks for mastery
void letterCheck(AlphaB isRight)
{
if (isRight.userHira == 3 && isRight.mastHirBool == 0)
{
isRight.userHira++;
isRight.mastHirBool = 1;
test.pauseT(true);
}
if (isRight.userKat == 3 && isRight.mastKatBool == 0)
{
isRight.userKat++;
isRight.mastKatBool = 1;
//todo code prompt for proficient message *grats*
}
}
public AlphaB dataCheck(AlphaB loc)
{
foreach (AlphaB a in listLetCheck)
{
if (a.iD == loc.iD)
{
if (a.rom.Equals(loc.rom))
{
}
else
{
loc.rom = a.rom;
}
}
}
return(loc);
}
//used with createlistofwrong this will find letters that are not the current letter
AlphaB getNotAnswer(int lastLet)
{
AlphaB tmp = new AlphaB(1, "der", "der", "der");
var r = UnityEngine.Random.Range(0, lastLet);
if (lastLet < 30)
{
// Debug.Log("early learning selection");
r = UnityEngine.Random.Range(0, lastLet + 30);
}
tmp = master.masterLetters[r];
if (tmp.iD == isRight.iD)
{
tmp = getNotAnswer(lastLet);
}
if (tmp.iD == 45 && isRight.iD == 5 || tmp.iD == 5 && isRight.iD == 45)
{
tmp = getNotAnswer(lastLet);
}
return(tmp);
}
//loop for test start
void modeSpawn()
{
testTime = master.testTimeRet();
if (mastInt.learnMode.Count > stageT)
{
// Debug.Log(finalMode+" Has been started");
switch (finalMode)
{
case "hira":
answesGiven = false;
answerCorrect = mastInt.learnMode[stageT].rom;
isRight = mastInt.learnMode[stageT];
;
giveSpawnOrder();
createListofWrong();
addRightToWronglist();
shuffleA(buff);
spawnStart();
break;
case "kata":
answerCorrect = mastInt.learnMode[stageT].hira;
isRight = mastInt.learnMode[stageT];
giveSpawnOrder();
createListofWrong();
addRightToWronglist();
shuffleA(buff);
spawnStart();
break;
case "free":
if (mastInt.learnMode[stageT].userHira >= mastInt.learnMode[stageT].userKat)
{
answerCorrect = mastInt.learnMode[stageT].kata;
currentHira = false;
}
else
{
answerCorrect = mastInt.learnMode[stageT].hira;
currentHira = true;
}
isRight = mastInt.learnMode[stageT];
giveSpawnOrder();
createListofWrong();
addRightToWronglist();
shuffleA(buff);
spawnStart();
break;
}
stageT++;
}
else
{
Debug.Log("test end data saved");
mastInt.lastLetterUser();
endTestB = true;
}
}
//method to display text on screen and play sound
public void displayNextLet(string stage)
{
try
{
switch (stage)
{
case "first":
//count should be 0
learnModeS = masterInt.currentMode;
break;
case "next":
bool check = masterInt.learnMode.Count - 1 == count;
Debug.Log("next: " + masterInt.learnMode.Count + " vs " + count + "triggers " + check);
if (masterInt.learnMode.Count - 1 == count)
{
dontPlay = true;
count = 0;
master.startTest();
//learnList.Clear();
break;
}
count++;
master.playStrum();
break;
case "back":
if (count == 0 || count == -1)
{
}
else
{
count--;
}
break;
}
}
catch (Exception e)
{
Debug.Log(e);
}
bool android = true;
AlphaB targ = masterInt.learnMode[count];
string soundSt = "file://" + Application.streamingAssetsPath + "/Hira/" + targ.rom.Trim() + ".wav";
if (master.isThisMobile)
{
soundSt = "jar:file://" + Application.dataPath + "!/assets/" + "Hira/" + targ.rom.Trim() + ".wav";
}
pathF = soundSt;
if (learnModeS.Equals("hira"))
{
letterDisp.SetText(targ.hira);
katta.SetText(targ.kata);
defin.SetText(targ.rom);
tyNote.SetText(targ.ty);
whatShows1.SetText(wordList.hiragaW);
whatShows2.SetText(wordList.KataW);
}
else if (learnModeS.Equals("kata"))
{
Debug.Log("Kata Display normal mode");
letterDisp.SetText(targ.kata);
katta.SetText(targ.hira);
defin.SetText(targ.rom);
tyNote.SetText(targ.ty);
whatShows1.SetText(wordList.KataW);
whatShows2.SetText(wordList.hiragaW);
}
else
{
if (targ.userHira < targ.userKat)
{
letterDisp.SetText(targ.kata);
katta.SetText(targ.hira);
defin.SetText("");
tyNote.SetText("");
whatShows1.SetText(wordList.KataW);
whatShows2.SetText(wordList.hiragaW);
}
else
{
letterDisp.SetText(targ.hira);
katta.SetText(targ.kata);
defin.SetText("");
tyNote.SetText("");
whatShows1.SetText(wordList.hiragaW);
whatShows2.SetText(wordList.KataW);
}
}
if (dontPlay == false)
{
playSound();
}
}
//updates activity for letter adds wrong or right ticks
public void upDateLetter(bool rightA, AlphaB isRight, bool currentHira)
{
if (rightA)
{
if (currentMode.Equals("hira"))
{
if (isRight.wrongHira > 0)
{
isRight.wrongHira--;
}
isRight.userHira++;
}
else if (currentMode.Equals("kata"))
{
if (isRight.wrongKat > 0)
{
isRight.wrongKat--;
}
isRight.userKat++;
}
else
{
if (currentHira)
{
if (isRight.wrongHira > 0)
{
isRight.wrongHira--;
}
isRight.userHira++;
}
else
{
if (isRight.wrongKat > 0)
{
isRight.wrongKat--;
}
isRight.userKat++;
}
}
}
else
{
if (currentMode.Equals("hira"))
{
isRight.wrongHira++;
}
else if (currentMode.Equals("kata"))
{
isRight.wrongKat++;
}
else
{
if (currentHira)
{
isRight.wrongHira++;
}
else
{
isRight.wrongHira++;
}
}
}
letterCheck(isRight);
}
public void wrongAnsGiven(AlphaB wrong)
{
wrongAnswer.Add(wrong);
}
void primeCheck()
{
AlphaB alLoad;
int id = 1;
listLetCheck.Add(alLoad = new AlphaB(id++, "ア", "あ", "a"));
listLetCheck.Add(alLoad = new AlphaB(id++, "イ", "い", "i"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ウ", "う", "u"));
listLetCheck.Add(alLoad = new AlphaB(id++, "エ", "え", "e"));
listLetCheck.Add(alLoad = new AlphaB(id++, "オ", "お", "o"));
listLetCheck.Add(alLoad = new AlphaB(id++, "カ", "か", "ka"));
listLetCheck.Add(alLoad = new AlphaB(id++, "キ", "き", "ki"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ク", "く", "ku"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ケ", "け", "ke"));
listLetCheck.Add(alLoad = new AlphaB(id++, "コ", "こ", "ko"));
listLetCheck.Add(alLoad = new AlphaB(id++, "サ", "さ", "sa"));
listLetCheck.Add(alLoad = new AlphaB(id++, "シ", "し", "shi"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ス", "す", "su"));
listLetCheck.Add(alLoad = new AlphaB(id++, "セ", "せ", "se"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ソ", "そ", "so"));
listLetCheck.Add(alLoad = new AlphaB(id++, "タ", "た", "ta"));
listLetCheck.Add(alLoad = new AlphaB(id++, "チ", "ち", "chi"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ツ", "つ", "tsu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "テ", "て", "te"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ト", "と", "to"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ナ", "な", "na"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ニ", "に", "ni"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヌ", "ぬ", "nu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ネ", "ね", "ne"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ノ", "の", "no"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ハ", "は", "ha"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヒ", "ひ", "hi"));
listLetCheck.Add(alLoad = new AlphaB(id++, "フ", "ふ", "fu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヘ", "へ", "he"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ホ", "ほ", "ho"));
listLetCheck.Add(alLoad = new AlphaB(id++, "マ", "ま", "ma"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ミ", "み", "mi"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ム", "む", "mu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "メ", "め", "me"));
listLetCheck.Add(alLoad = new AlphaB(id++, "モ", "も", "mo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヤ", "や", "ya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ユ", "ゆ", "yu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヨ", "よ", "yo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ラ", "ら", "ra"));
listLetCheck.Add(alLoad = new AlphaB(id++, "リ", "り", "ri"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ル", "る", "ru"));
listLetCheck.Add(alLoad = new AlphaB(id++, "レ", "れ", "re"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ロ", "ろ", "ro"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ワ", "わ", "wa"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヲ", "を", "o"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ン", "ん", "n"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ガ", "が", "ga"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ギ", "ぎ", "gi"));
listLetCheck.Add(alLoad = new AlphaB(id++, "グ", "ぐ", "gu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ゲ", "げ", "ge"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ゴ", "ご", "go"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ザ", "ざ", "za"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ジ", "じ", "ji"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ズ", "ず", "zu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ゼ", "ぜ", "ze"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ゾ", "ぞ", "zo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ダ", "だ", "da"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヂ", "ぢ", "di"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヅ", "づ", "zu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "デ", "で", "de"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ド", "ど", "do"));
listLetCheck.Add(alLoad = new AlphaB(id++, "バ", "ば", "ba"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ビ", "び", "bi"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ブ", "ぶ", "bu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ベ", "べ", "be"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ボ", "ぼ", "bo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "パ", "ぱ", "pa"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ピ", "ぴ", "pi"));
listLetCheck.Add(alLoad = new AlphaB(id++, "プ", "ぷ", "pu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ペ", "ぺ", "pe"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ポ", "ぽ", "po"));
listLetCheck.Add(alLoad = new AlphaB(id++, "キャ", "きゃ", "kya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "キュ", "きゅ", "kyu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "キョ", "きょ", "kyo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "シャ", "しゃ", "sha"));
listLetCheck.Add(alLoad = new AlphaB(id++, "シュ", "しゅ", "shu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ショ", "しょ", "sho"));
listLetCheck.Add(alLoad = new AlphaB(id++, "チャ", "ちゃ", "cha"));
listLetCheck.Add(alLoad = new AlphaB(id++, "チュ", "ちゅ", "chu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "チョ", "ちょ", "cho"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ニャ", "にゃ", "nya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ニュ", "にゅ", "nyu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ニョ", "にょ", "nyo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヒャ", "ひゃ", "hya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヒュ", "ひゅ", "hyu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ヒョ", "ひょ", "hyo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ミャ", "みゃ", "mya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ミュ", "みゅ", "myu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ミョ", "みょ", "myo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "リャ", "りゃ", "rya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "リュ", "りゅ", "ryu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "リョ", "りょ", "ryo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ギャ", "ぎゃ", "gya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ギュ", "ぎゅ", "gyu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ギョ", "ぎょ", "gyo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ジャ", "じゃ", "jya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ジュ", "じゅ", "jyu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ジョ", "じょ", "jyo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ビャ", "びゃ", "bya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ビュ", "びゅ", "byu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ビョ", "びょ", "byo"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ピャ", "ぴゃ", "pya"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ピュ", "ぴゅ", "pyu"));
listLetCheck.Add(alLoad = new AlphaB(id++, "ピョ", "ぴょ", "pyo"));
}
