private void genSmallBait(int res)
{
int blankSize = blank.Count;
int sx = blank[res][0];
int sy = blank[res][1];
if (matrix[sy, sx] == 2 || matrix[sy, sx] == 3)
{
int loop = 0;
foreach (int[] coord in blank)
{
loop++;
if (matrix[coord[1], coord[0]] == 0)
{
sx = coord[0];
sy = coord[1];
break;
}
}
if (loop == blankSize)
{
return;
}
}
small = new SmallFood(sx, sy);
}
public int work()
{
baitsWork();
if (timeToSnakeGrow == 0)
{
matrix[sn.ly, sn.lx] = 0;
}
else
{
timeToSnakeGrow--;
}
sn.work();
if (isSnakeDie())
{
GameOver = true;
return(SNAKE_DIE);
}
matrix[sn.fy, sn.fx] = 2;
int flag1 = smallBaitState(sn.fx, sn.fy);
if (flag1 == SMALL_IS_EATED)
{
sn.grow(SmallFood.WORTH);
small = null;
genBaits();
return(SmallFood.WORTH);
}
int flag2 = bigBaitState(sn.fx, sn.fy);
if (flag2 == BIG_IS_EATED_LEFT)
{
removePartOfBigBait(big.X + 1, big.Y, big.X, big.Y);
sn.grow(BigFood.WORTH);
bigTime = 0;
big = null;
return(BigFood.SCRORE);
}
if (flag2 == BIG_IS_EATED_RIGHT)
{
removePartOfBigBait(big.X, big.Y, big.X + 1, big.Y);
sn.grow(BigFood.WORTH);
bigTime = 0;
big = null;
return(BigFood.SCRORE);
}
if (flag1 == SMALL_NO_EXIST && flag2 == BIG_NO_EXIST)
{
return(NO_BAIT);
}
else
{
return(NORMAL);
}
}
public void reset()
{
List <int[]> part = sn.getPart();
int size = part.Count;
for (int i = 1; i < size; i++)
{
matrix[part[i][1], part[i][0]] = 0;
}
sn = null;
small = null;
big = null;
timeToSnakeGrow = 0;
count = 0;
bigTime = 0;
GameOver = false;
}
