private void SetUpSettings()
{
settings = MinesweeperGame.Settings;
operators = settings.Operators;
FirstGuess = settings.FirstGuess;
x = settings.x;
y = settings.y;
numberofmines = settings.NumberOfMines;
firststeprule = settings.FirstStepRule;
rendering = settings.Rendering;
usagemode = settings.usageMode;
// if (usagemode == MinesweeperUsageMode.NoAI) { ClickToStep = false; useai = false; } originally the user could player but this functionality was removed
if (usagemode == MinesweeperUsageMode.ClickToStepAI)
{
ClickToStep = true; useai = true;
}
else
{
ClickToStep = false; useai = true;
}
samplesize = settings.SampleSize;
sleeptime = settings.SleepTime;
solvertype = settings.SolverType;
guessor = settings.guessorType;
MGDSSP_UncoverMax = settings.MGDSSP_UncoverMax;
updatetime = settings.DefaultSolvingSpeed;
thinkingtime.text = updatetime.ToString();
gamestate = MinesweeperGame.Gamestate;
relativenumberofmines = (float)settings.NumberOfMines / (settings.x * settings.y);
MaxSolvingLength = settings.MaxSolvingLength;
}
public Minesweeper(Difficulty difficulty)
{
this.Difficulty = difficulty;
MinesweeperSettings minesweeperSettings = difficulty.GetMinesweeperSettings();
sizeX = minesweeperSettings.X - 1;
sizeY = minesweeperSettings.Y - 1;
mineCount = minesweeperSettings.MineCount;
UnflaggedCount = mineCount;
tileCount = 0;
investigatedTileCount = 0;
Tiles = new Tile[sizeX, sizeY];
for (int x = 0; x < sizeX; x++)
{
for (int y = 0; y < sizeY; y++)
{
Tiles[x, y] = new Tile();
}
}
investigatedTileCount = 0;
tileCount = sizeX * sizeY;
Random random = new Random();
int minesCreated = 0;
while (mineCount > minesCreated)
{
int randomX = random.Next(0, sizeX);
int randomY = random.Next(0, sizeY);
if (Tiles[randomX, randomY].HasMine == false)
{
Tiles[randomX, randomY].HasMine = true;
AddSurroundingMines(randomX, randomY);
minesCreated++;
}
}
State = GameState.NotStarted;
}
public MinesweeperSettings GetCurrentSettings()
{
int x = int.Parse(sizex.text);
int y = int.Parse(sizey.text);
float rmines = float.Parse(relnummines.text);
MinesweeperSettings ms = new MinesweeperSettings(
new Vector2Int(int.Parse(FirstGuess[0].text), int.Parse(FirstGuess[1].text)),
x,
y,
(int)(rmines * (x * y)),
(MinesweeperFirstStepRule)Enum.Parse(typeof(MinesweeperFirstStepRule), firststeprule.value.ToString()),
render.isOn,
(MinesweeperUsageMode)Enum.Parse(typeof(MinesweeperUsageMode), useai.value.ToString()),
int.Parse(samplesize.text),
int.Parse(sleeptime.text),
(MinesweeperSolverType)Enum.Parse(typeof(MinesweeperSolverType), solvertype.value.ToString()),
(GuessorType)Enum.Parse(typeof(GuessorType), guessstrategy.value.ToString()),
float.Parse(emsMAX.text),
float.Parse(DefSolve.text),
int.Parse(MaxBruteForce.text)
);
return(ms);
}
void Awake()
{
//try to load
settings = MinesweeperGame.Settings;
}
private void UseTestsettings()
{
MinesweeperSettings mss = new MinesweeperSettings(operators, FirstGuess, x, y, numberofmines, firststeprule, rendering, usagemode, samplesize, sleeptime, solvertype, guessor, MGDSSP_UncoverMax, updatetime, MaxSolvingLength);
MinesweeperGame.Settings = mss;
}
