void WordPuzzleLayer::arrangeComponents(const char* word, CCArray* boxArray, CCArray* alphabetArray)
{
float widthOfBlock = this->getBoxImage()->getContentSize().width;
//modified by YoungJae Kwon
#if (defined PD_IPHONE)
float paddingOfCharacter = (585.00/2.0f - 56.00/2.0f) / 6.0f - widthOfBlock;
#elif (defined ANDROID_PHONE)
float paddingOfCharacter = 111 - 48 - widthOfBlock;
#else
float paddingOfCharacter = (105) - widthOfBlock;
#endif
int numberOfCharacter = strlen(word);
float firstX = this->getContentSize().width/2 - (paddingOfCharacter + widthOfBlock) / 2 * (numberOfCharacter - 1);
for (int i=0; i<boxArray->count(); i++) {
CCSprite* blockSprite = (CCSprite*) boxArray->objectAtIndex(i);
blockSprite->setPosition(ccp(firstX + (widthOfBlock + paddingOfCharacter) * i, blockY));
}
for (int i=0; i<alphabetArray->count(); i++) {
LCWordPuzzleAlphabet* alphabetSprite = (LCWordPuzzleAlphabet*) alphabetArray->objectAtIndex(i);
alphabetSprite->setPosition(ccp(firstX + (widthOfBlock + paddingOfCharacter) * i, alphaY+(rand() % maxShift)) );
alphabetSprite->setOriginalPosition(alphabetSprite->getPosition());
}
// suffle alphabets
this->shuffleSprites(alphabetArray);
}
void LCWordPuzzleGame::shuffleSprites(CCArray* alphabetSpriteArray)
{
CCArray *tempArray = CCArray::arrayWithArray(alphabetSpriteArray);
CCPoint *tempPosition = (CCPoint *)malloc(sizeof(CCPoint) * alphabetSpriteArray->count());
for (int i=0; i<alphabetSpriteArray->count(); i++) {
LCWordPuzzleAlphabet* alphabetSprite = (LCWordPuzzleAlphabet*)tempArray->randomObject();
tempArray->removeObject(alphabetSprite);
tempPosition[i] = alphabetSprite->getPosition();
}
for (int i=0; i<alphabetSpriteArray->count(); i++) {
LCWordPuzzleAlphabet* alphabetSprite = (LCWordPuzzleAlphabet*)m_pCharacterSprites->objectAtIndex(i);
alphabetSprite->setPosition(tempPosition[i]);
alphabetSprite->setOriginalPosition(tempPosition[i]);
}
free(tempPosition);
}
