public Word(string _word, WordDisplay _display)
{
word = _word;
typeIndex = 0;
for (int i = 0; i < 11; i++)
{
if (word == commonWords[i])
{
damage = -10;
}
if (word == healingWords[i])
{
damage = +10;
}
if (word == critWords[i])
{
damage = -25;
}
if (word == freezeWords[i])
{
damage = 0;
}
}
display = _display;
display.SetWord(word);
}
public Word(string _word, WordDisplay _displayTxt)
{
word = _word;
displayTxt = _displayTxt;
displayTxt.SetWord(word);
typeIndex = 0;
}
public Word(string inputword, WordDisplay inputdisplay)
{
word = inputword;
typeIndex = 0;
display = inputdisplay;
display.SetWord(word);
}
public Word(string _word, WordDisplay _display)
{
word = _word;
_wordDisplay = _display;
_wordDisplay.SetWord(word);
_index = 0;
}
public Word(string _word, WordDisplay _display) //Constructor Allows you to set a variable to setup stuff
{
word = _word;
typeIndex = 0;
display = _display;
display.SetWord(word);
}
public Word(string _word, WordDisplay _display)
{
word = _word;
typeIndex = 0;
for (int i = 0; i < 11; i++)
{
if (word == commonWords[i])
{
damage = -10;
color = "white";
}
if (word == healingWords[i])
{
damage = +30;
color = "green";
}
if (word == critWords[i])
{
damage = -15;
color = "red";
}
if (word == freezeWords[i])
{
damage = 0;
color = "blue";
}
}
display = _display;
display.SetWord(word);
}
public Word(string _word, WordDisplay _display)
{
word = _word;
typeIndex = 0;
display = _display;
display.SetWord(word);
}
public WordToType(string word, WordDisplay wordDisplay)
{
_word = word;
_index = 0;
_wordDisplay = wordDisplay;
wordDisplay.SetWord(_word);
}
public Word(string word, WordDisplay wordDisplay)
{
MainWord = word;
typeIndex = 0;
_wordDisplay = wordDisplay;
_wordDisplay.SetWord(word);
}
public Word(string _word, WordDisplay _display)
{
word = _word;
typeIndex = 0;
score = word.Length;
display = _display;
display.SetWord(word);
}
public Word(string _word, WordDisplay _display)
{
word = _word;
indexOfChar = 0;
display = _display;
display.SetWord(word);
}
public Word(string word, WordDisplay display)
{
this.word = word;
typeIndex = 0;
this.display = display;
display.SetWord(word);
}
public Word(string _word, WordDisplay _display)
{
word = _word;
typeIndex = 0;
display = _display;
display.SetWord(word);
//Debug.Log(display.transform.position.y);
}
public Word(string _word, string _wordEs, WordDisplay _display)
{
word = _word;
wordEs = _wordEs;
TypeIndex = 0;
display = _display;
display.SetWord(wordEs);
}
public Word(string _word, WordManager _wManager, WordDisplay _wDisplay)
{
word = _word;
typeIndex = 0;
wManager = _wManager;
wDisplay = _wDisplay;
wDisplay.SetWord(word);
wDisplay.SetWordSizeAndColor();
}
public Word(WordDisplay _display) // Displays the word as Hiragana / Katakana
{
wordIndex = WordGenerator.GetIndex(); // now it will only be called ONCE per instance
word = _WordGenerator.wordList_Romaji[wordIndex];
// you can get the equivalent? letters similarly...with something like:
word = _WordGenerator.wordList_Hiragana[wordIndex];
display = _display;
display.SetWord(word);
}
// Constructor for Word class
public Word(string _word, WordDisplay _display, GameObject _worldObject)
{
word = _word;
typeIndex = 0;
display = _display;
display.SetWord(word);
worldObject = _worldObject;
}
public virtual void Reset()
{
typeIndex = 0;
try
{
display.SetWord(word);
} catch
{
// do nothing
}
}
/* public void WordSelect() // Selects the word and romaji from the LevelSelector.
* {
* romajiSelect = LevelSelector.getWordList_Romaji_Select ();
* wordDisplaySelect = LevelSelector.getWordList_Select ();
*
* switch (wordDisplaySelect) {
* case 1: // Hiragana
* wordDisplay = WordGenerator.wordList_Hiragana [wordIndex];
* break;
*
* case 2: // Katakana
* wordDisplay = WordGenerator.wordList_Katakana [wordIndex];
* break;
*
* case 3: // Kanji
* wordDisplay = WordGenerator.wordList_Kanji [wordIndex];
* break;
* }
*
* switch (romajiSelect) {
* case 1: // Romaji list from Kana
* romaji = WordGenerator.wordList_Romaji [wordIndex];
* break;
*
* case 2: // Romaji list from Kanji
* romaji = WordGenerator.wordList_Romaji_Kanji [wordIndex];
* break;
* }
*
* }
*/
public Word(WordDisplay _display) // Displays the word
{
wordIndex = WordGenerator.GetIndex();
romajiSelect = LevelSelector.getWordList_Romaji_Select();
wordDisplaySelect = LevelSelector.getWordList_Select();
switch (wordDisplaySelect)
{
case 1: // Hiragana
wordDisplay = WordGenerator.wordList_Hiragana [wordIndex];
break;
case 2: // Katakana
wordDisplay = WordGenerator.wordList_Katakana [wordIndex];
break;
case 3: // Kanji
wordDisplay = WordGenerator.wordList_Kanji [wordIndex];
break;
}
switch (romajiSelect)
{
case 1: // Romaji list from Kana
romaji = WordGenerator.wordList_Romaji [wordIndex];
break;
case 2: // Romaji list from Kanji
romaji = WordGenerator.wordList_Romaji_Kanji [wordIndex];
break;
}
display = _display;
display.SetWord(wordDisplay);
}
public Word(string w, WordDisplay d)
{
word = w;
display = d;
display.SetWord(word);
}
public Word(string _word, WordDisplay _display)
{
word = _word;
display = _display;
display.SetWord(_word);
}
// Unselects word and resets the latest selected one
public void ResetWord()
{
display.SetWord(word);
display.ResetColor();
typeIndex = 0;
}