public List <char> GetValues(SearchWord word)
{
List <char> valueList = new List <char>();
foreach (SearchLetter letter in word.Word)
{
char v = letter.Value;
valueList.Add(v);
}
return(valueList);
}
public bool WordIsSelected(SearchWord word)
{
bool isSelected = true;
for (int ii = 0; ii < word.Word.Count; ii++)
{
if (!word.Word[ii].IsSelected)
{
isSelected = false;
ii = word.Word.Count;
}
}
return(isSelected);
}
public void SetWordPosition(SearchWord word, Vector2 position, WordDirection dir, SearchLetter[,] currentLetterArray)
{
int cordX;
int cordY;
switch (dir)
{
case WordDirection.Box:
{
int positionX = 16;
foreach (SearchLetter l in word.Word)
{
l.Position = new Vector2(positionX, position.Y);
positionX += 38;
}
break;
}
case WordDirection.Up:
{
cordX = BASE_POS_X + (int)position.X * POS_NEXT;
cordY = BASE_POS_Y + (int)position.Y * POS_NEXT;
for (int ii = 0; ii < word.Word.Count; ii++)
{
word.Word[ii].SetLetterPosition(new Vector2(cordX, cordY - (ii * POS_NEXT)), true);
currentLetterArray[(int)position.X, (int)position.Y - ii] = word.Word[ii];
}
break;
}
case WordDirection.Right:
{
cordX = BASE_POS_X + (int)position.X * POS_NEXT;
cordY = BASE_POS_Y + (int)position.Y * POS_NEXT;
for (int ii = 0; ii < word.Word.Count; ii++)
{
word.Word[ii].SetLetterPosition(new Vector2(cordX + (ii * POS_NEXT), cordY), true);
currentLetterArray[(int)position.X + ii, (int)position.Y] = word.Word[ii];
}
break;
}
case WordDirection.Down:
{
cordX = BASE_POS_X + (int)position.X * POS_NEXT;
cordY = BASE_POS_Y + (int)position.Y * POS_NEXT;
for (int ii = 0; ii < word.Word.Count; ii++)
{
word.Word[ii].SetLetterPosition(new Vector2(cordX, cordY + (ii * POS_NEXT)), true);
currentLetterArray[(int)position.X, (int)position.Y + ii] = word.Word[ii];
}
break;
}
case WordDirection.Left:
{
cordX = BASE_POS_X + (int)position.X * POS_NEXT;
cordY = BASE_POS_Y + (int)position.Y * POS_NEXT;
for (int ii = 0; ii < word.Word.Count; ii++)
{
word.Word[ii].SetLetterPosition(new Vector2(cordX - (ii * POS_NEXT), cordY), true);
currentLetterArray[(int)position.X - ii, (int)position.Y] = word.Word[ii];
}
break;
}
case WordDirection.Up_Right:
{
cordX = BASE_POS_X + (int)position.X * POS_NEXT;
cordY = BASE_POS_Y + (int)position.Y * POS_NEXT;
for (int ii = 0; ii < word.Word.Count; ii++)
{
word.Word[ii].SetLetterPosition(new Vector2(cordX + (ii * POS_NEXT), cordY - (ii * POS_NEXT)), true);
currentLetterArray[(int)position.X + ii, (int)position.Y - ii] = word.Word[ii];
}
break;
}
case WordDirection.Down_Right:
{
cordX = BASE_POS_X + (int)position.X * POS_NEXT;
cordY = BASE_POS_Y + (int)position.Y * POS_NEXT;
for (int ii = 0; ii < word.Word.Count; ii++)
{
word.Word[ii].SetLetterPosition(new Vector2(cordX + (ii * POS_NEXT), cordY + (ii * POS_NEXT)), true);
currentLetterArray[(int)position.X + ii, (int)position.Y + ii] = word.Word[ii];
}
break;
}
case WordDirection.Down_Left:
{
cordX = BASE_POS_X + (int)position.X * POS_NEXT;
cordY = BASE_POS_Y + (int)position.Y * POS_NEXT;
for (int ii = 0; ii < word.Word.Count; ii++)
{
word.Word[ii].SetLetterPosition(new Vector2(cordX - (ii * POS_NEXT), cordY + (ii * POS_NEXT)), true);
currentLetterArray[(int)position.X - ii, (int)position.Y + ii] = word.Word[ii]; //
}
break;
}
case WordDirection.Up_Left:
{
cordX = BASE_POS_X + (int)position.X * POS_NEXT;
cordY = BASE_POS_Y + (int)position.Y * POS_NEXT;
for (int ii = 0; ii < word.Word.Count; ii++)
{
word.Word[ii].SetLetterPosition(new Vector2(cordX - (ii * POS_NEXT), cordY - (ii * POS_NEXT)), true);
currentLetterArray[(int)position.X - ii, (int)position.Y - ii] = word.Word[ii];
}
break;
}
}
}