private void TotalResetForm()
{
ResetForm();
Sequence.CreateTempFile();
GridSequences.Rows.Clear();
GridSequences.Refresh();
}
public int GridScore()
{
int score = 0;
if (GridSequences != null)
{
// Increase the score for each word.
score += GridSequences.Count * Configuration.PointsPerWord;
// Increase the score for intersecting letters.
List <Char> intersectingLetters = GridSequences.GetIntersectingLetters();
foreach (Char letter in intersectingLetters)
{
score += Configuration.IntersectingPointsPerLetter[(int)letter - (int)'A'];
}
// Get all letters.
List <Char> allLetters = new List <Char>();
foreach (String[] letters in GridRows)
{
foreach (String letter in letters)
{
if (letter[0] != ' ')
{
allLetters.Add(letter[0]);
}
}
}
// Remove each intersecting letter from allLetters.
List <Char> nonIntersectingLetters = allLetters;
foreach (Char letter in intersectingLetters)
{
nonIntersectingLetters.Remove(letter);
}
// Increase the score for non-intersecting letters.
foreach (Char letter in nonIntersectingLetters)
{
score += Configuration.NonIntersectingPointsPerLetter[(int)letter - (int)'A'];
}
}
return(score);
}
public Boolean IsValid(WordData wordData)
{
GridSequences.GridWordDataErrorsDetected = false;
// Check that if the word data is not overlapping with opposite oriented words
if (wordData.Orientation.IsHorizontal)
{
GridSequences.CheckVerticalIntersectionOverlapping(wordData);
}
else
{
GridSequences.CheckHorizontalIntersectionOverlapping(wordData);
}
// Check that if the word data is not overlapping with words having same orientation AND
// Check that if the word data is not touching other words havings same/opposite orientation
if (GridSequences.GridWordDataErrorsDetected == false)
{
GridSequences.CheckTouchingWords(wordData);
}
// Check word group count
if (GridSequences.GridWordDataErrorsDetected == false)
{
GridSequences.CheckGroupCount(GridRows, GridColumns, wordData);
}
// If the grid is valid?
if (GridSequences.GridWordDataErrorsDetected)
{
return(false);
}
else
{
return(true);
}
}
