int WordController::SolidTest(Field board[15][15], vector <Letter*>* existLetters, Word * word)
{
Word * tempWord = new Word();
int totalPoints = 0;
bool good = false;
for (int i = 0; i < word->letters.size(); i++)
{
int pos_x = word->letters[i]->getPositionX();
int pos_y = word->letters[i]->getPositionY();
Letter * temp = GetLetterOnBoard(board, existLetters, GetField(board, existLetters, pos_x + 40, pos_y));
Letter * temp2 = GetLetterOnBoard(board, existLetters, GetField(board, existLetters, pos_x - 40, pos_y));
Letter * temp3 = GetLetterOnBoard(board, existLetters, GetField(board, existLetters, pos_x, pos_y + 40));
Letter * temp4 = GetLetterOnBoard(board, existLetters, GetField(board, existLetters, pos_x, pos_y - 40));
// Sprawdzamy czy litera ma jakis sasiadow
if (temp == nullptr && temp2 == nullptr && temp3 == nullptr && temp4 == nullptr)
{
std::string excep = "Alone Letter";
throw excep;
}
// Jezeli jednak cos wystepuje kolo tej litery i nie jest to litera z tego slowa
if ((temp != nullptr && !CheckIfLetterExist(word, temp)) || (temp2 != nullptr && !CheckIfLetterExist(word, temp2)) ||
(temp3 != nullptr && !CheckIfLetterExist(word, temp3)) || (temp4 != nullptr && !CheckIfLetterExist(word, temp4)))
{
good = true;
}
}
if (!good)
{
std::string excep = "Slowo nie laczy sie z juz istniejacym";
throw excep;
}
if (horizontal)
{
for (int i = 0; i < word->letters.size(); i++)
{
int pos_x = word->letters[i]->getPositionX();
int pos_y = word->letters[i]->getPositionY();
Field * begin = GetField(board, existLetters, pos_x, pos_y);
tempWord = CheckVertical(board, existLetters, GetLetterOnBoard(board, existLetters, begin));
if (tempWord != nullptr)
{
wordForCheck.push_back(tempWord);
}
if(tempWord != nullptr)
if (tempWord->letters.size() > 1)
{
cout << "\n PUNKTY: " << CountPoints(board, existLetters, tempWord);
totalPoints += CountPoints(board, existLetters, tempWord);
}
}
int pos_x = word->letters[0]->getPositionX();
int pos_y = word->letters[0]->getPositionY();
Field * begin = GetField(board, existLetters, pos_x, pos_y);
tempWord = CheckHorizontal(board, existLetters, GetLetterOnBoard(board, existLetters, begin));
if (tempWord != nullptr)
{
wordForCheck.push_back(tempWord);
}
if (tempWord != nullptr)
if (tempWord->letters.size() > 1)
{
cout << "\n PUNKTY: " << CountPoints(board, existLetters, tempWord);
totalPoints += CountPoints(board, existLetters, tempWord);
}
}
else if (vertical)
{
for (int i = 0; i < word->letters.size(); i++)
{
int pos_x = word->letters[i]->getPositionX();
int pos_y = word->letters[i]->getPositionY();
Field * begin = GetField(board, existLetters, pos_x, pos_y);
tempWord = CheckHorizontal(board, existLetters, GetLetterOnBoard(board, existLetters, begin));
if (tempWord != nullptr)
{
wordForCheck.push_back(tempWord);
}
if (tempWord != nullptr)
if (tempWord->letters.size() > 1)
{
cout << "\n PUNKTY: " << CountPoints(board, existLetters, tempWord);
totalPoints += CountPoints(board, existLetters, tempWord);
}
}
int pos_x = word->letters[0]->getPositionX();
int pos_y = word->letters[0]->getPositionY();
Field * begin = GetField(board, existLetters, pos_x, pos_y);
tempWord = CheckVertical(board, existLetters, GetLetterOnBoard(board, existLetters, begin));
if (tempWord != nullptr)
{
wordForCheck.push_back(tempWord);
}
if (tempWord != nullptr)
if (tempWord->letters.size() > 1)
{
cout << "\n PUNKTY: " << CountPoints(board, existLetters, tempWord);
totalPoints += CountPoints(board, existLetters, tempWord);
}
}
else //Czyli w przypadku gdy dostawiamy pojednycza literke
{
int pos_x = word->letters[0]->getPositionX();
int pos_y = word->letters[0]->getPositionY();
Field * begin = GetField(board, existLetters, pos_x, pos_y);
tempWord = CheckVertical(board, existLetters, GetLetterOnBoard(board, existLetters, begin));
if (tempWord != nullptr)
{
wordForCheck.push_back(tempWord);
}
if (tempWord != nullptr)
if (tempWord->letters.size() > 1)
{
cout << "\n PUNKTY: " << CountPoints(board, existLetters, tempWord);
totalPoints += CountPoints(board, existLetters, tempWord);
}
tempWord = CheckHorizontal(board, existLetters, GetLetterOnBoard(board, existLetters, begin));
if (tempWord != nullptr)
{
wordForCheck.push_back(tempWord);
}
if (tempWord != nullptr)
if (tempWord->letters.size() > 1)
{
cout << "\n PUNKTY: " << CountPoints(board, existLetters, tempWord);
totalPoints += CountPoints(board, existLetters, tempWord);
}
}
//delete tempWord;
return totalPoints;
}
bool WordController::QuickCheck(Field board[15][15], vector <Letter*>* existLetters, Word * word)
{
//TO DO sprawdzenie sensu pierwszego worda
horizontal = false;
vertical = false;
bool good = false;
sort(word->letters.begin(), word->letters.end(), Word::compareTwoLeters);
//Jezeli dostawiamy tylko jedna literke sprawdzamy czy sasiaduje ona z czyms
if (word->letters.size() == 1)
{
int pos_x = word->letters[0]->getPositionX();
int pos_y = word->letters[0]->getPositionY();
Field * begin = GetField(board, existLetters, pos_x, pos_y);
if (CheckVertical(board, existLetters, GetLetterOnBoard(board, existLetters, begin)) ||
CheckHorizontal(board, existLetters, GetLetterOnBoard(board, existLetters, begin)))
return true;
}
//Tutaj sprawdzamy czy podane slowo jest w jednej linii
for (int i = 0; i < word->letters.size() - 1; i++)
{
if (word->letters.at(i)->getPositionX() == word->letters.at(i + 1)->getPositionX())
{
vertical = true;
}
else
{
if (vertical)
{
std::string excep = "Not at one line";
throw excep;
}
vertical = false;
}
if (word->letters.at(i)->getPositionY() == word->letters.at(i + 1)->getPositionY())
{
horizontal = true;
}
else
{
if (horizontal)
{
std::string excep = "Not at one line";
throw excep;
}
horizontal = false;
}
}
if (!vertical && !horizontal)
{
std::string excep = "Not at one line or something";
throw excep;
return false;
}
else
{
return true;
}
}
/**
* Checks if a move is valid.
*
* @param x
* x-pos
* @param y
* x-pos
* @param e
* number we want to add
* @return
* Valid or invalid (already there)
* @warning
* Method assumes that the board is valid before the move
*/
bool Board::IsValidMove(int x, int y, int e) const {
if (CheckHorizontal(x, y, e) && CheckVertical(x, y, e) && CheckBlock(x, y, e)) // Lazy evaluation guarantees efficient handling
return true;
else
return false;
}