static bool SplitBetween(LetterClass a, LetterClass b)
{
return(a != b ||
a == LetterClass.Other ||
b == LetterClass.Other
);
}
private static void initializeTheLetterCommonText(string letter_Instructions,
string letter_welcomePara,
string letter_body,
string letter_Title,
string sum_Title,
string sum_body,
string sum_Instructions,
string sum_Welcome,
out LetterClass summaryLetter,
out LetterClass verificationLetter)
{
//set up the letter classes for printing
summaryLetter = new LetterClass();
verificationLetter = new LetterClass();
summaryLetter.Load(sum_Title,
sum_Welcome,
sum_body,
sum_Instructions);
verificationLetter.Load(letter_Title,
letter_welcomePara,
letter_body,
letter_Instructions);
}
public List <WordClass> solve()
{
foreach (string word in wordsToFind)
{
for (int i = 0; i < this.numberOfRows; i++)
{
for (int j = 0; j < this.numberOfColumns; j++)
{
if (word[0] == puzzle[i][j])
{
LetterClass initialLetter = new LetterClass(word[0], i, j);
allSolutions(i, j, word, initialLetter);
}
}
}
}
return(this.solution);
}
static bool SplitBetween(LetterClass a, LetterClass b)
{
return a != b
|| a == LetterClass.Other
|| b == LetterClass.Other
;
}
private void wordDisplacement(int initialRowPosition, int initialColumnPosition, int despRow, int despCol, string word, LetterClass initialLetter)
{
List <LetterClass> positions = new List <LetterClass>();
positions.Add(initialLetter);
int r = initialRowPosition;
int c = initialColumnPosition;
for (int i = 1; i < word.Count(); i++)
{
r += despRow;
c += despCol;
if (r >= 0 && c >= 0 && r < this.numberOfRows && c < this.numberOfColumns)
{
positions.Add(new LetterClass(this.puzzle[r][c], r, c));
}
}
addToSolution(positions, word);
}
private void solveRightDown(int initialRowPosition, int initialColumnPosition, string word, LetterClass initialLetter)
{
wordDisplacement(initialRowPosition, initialColumnPosition, 1, 1, word, initialLetter);
}
private void solveLeftUp(int initialRowPosition, int initialColumnPosition, string word, LetterClass initialLetter)
{
wordDisplacement(initialRowPosition, initialColumnPosition, -1, -1, word, initialLetter);
}
private void allSolutions(int initialRowPosition, int initialColumnPosition, string word, LetterClass initialLetter)
{
solveUp(initialRowPosition, initialColumnPosition, word, initialLetter);
solveDown(initialRowPosition, initialColumnPosition, word, initialLetter);
solveLeft(initialRowPosition, initialColumnPosition, word, initialLetter);
solveRight(initialRowPosition, initialColumnPosition, word, initialLetter);
solveLeftUp(initialRowPosition, initialColumnPosition, word, initialLetter);
solveLeftDown(initialRowPosition, initialColumnPosition, word, initialLetter);
solveRightUp(initialRowPosition, initialColumnPosition, word, initialLetter);
solveRightDown(initialRowPosition, initialColumnPosition, word, initialLetter);
}
