private bool gavePlayerScoreForJump; //only 1 score increase per platform
// Use this for initialization
void Start()
{
spawnPointXPos = Random.Range(1, 9);
if (isInitialPlatform)
{
int platformsToSpawn = 8;
while (platformsToSpawn > 0)
{
while (spawnPointXPos == lastSpawnedPlatformPosition)
{
spawnPointXPos = Random.Range(1, 9);
}
Instantiate(platformPrefab, new Vector3(spawnPointXPos, transform.position.y + (float)(9 - platformsToSpawn), transform.position.z), Quaternion.identity);
lastSpawnedPlatformPosition = spawnPointXPos;
platformsToSpawn -= 1;
}
}
else
{
if (!winPortalSpawned)
{
HandleResourceSpawns();
}
}
scoreKeeper = FindObjectOfType <ScoreKeeper>();
winDetector = FindObjectOfType <WinDetector>();
camera = FindObjectOfType <CameraController>();
//each spawn point has a random horizontal position but a static vertical distance from the current platform
spawnPoint = transform.GetChild(0);
while (spawnPointXPos == lastSpawnedPlatformPosition || Mathf.Abs(spawnPointXPos - lastSpawnedPlatformPosition) > 2f) //ensures that no two consecutive platforms are at the same horizontal position and that consecutive platforms are not too far apart
{
spawnPointXPos = Random.Range(1, 9);
}
spawnPoint.transform.position = new Vector3(spawnPointXPos, spawnPoint.transform.position.y, spawnPoint.transform.position.z);
}
private void InitWinDetector(ConfigScript configScript)
{
var boardSize = configScript.GetBoardSize();
var board = new Board(boardSize);
m_winDetector = new WinDetector(board);
}
public void IsWonShouldBeFalseForBlankGrid()
{
var board = new TicTacToeBoard();
var winStatus = WinDetector.GetWinStatus(board);
winStatus.IsWon.Should().BeFalse();
}
WinDetector GetWinDetector()
{
const int boardSize = 3;
var board = new Board(boardSize);
var winDetector = new WinDetector(board);
return(winDetector);
}
public void IsWonShouldBeTrueForVerticalWin(
int x,
TicTacToeCellValue cellValue)
{
var board = new TicTacToeBoard();
board.SetCellValue(x, 0, cellValue);
board.SetCellValue(x, 1, cellValue);
board.SetCellValue(x, 2, cellValue);
var winStatus = WinDetector.GetWinStatus(board);
winStatus.IsWon.Should().BeTrue();
winStatus.WinMessage.Should().Be($"Column win for {cellValue} on column {x + 1}");
}
public void IsWonShouldBeTrueForHorizonalWin(
int y,
TicTacToeCellValue cellValue)
{
var board = new TicTacToeBoard();
board.SetCellValue(0, y, cellValue);
board.SetCellValue(1, y, cellValue);
board.SetCellValue(2, y, cellValue);
var winStatus = WinDetector.GetWinStatus(board);
winStatus.IsWon.Should().BeTrue();
winStatus.WinMessage.Should().Be($"Row win for {cellValue} on row {y + 1}");
}
public void IsWonShouldBeFalseForNoWinningMoves()
{
var grid = new string[]
{
"X--",
"-O-",
"O-X",
};
var board = new TicTacToeBoard(grid);
var winStatus = WinDetector.GetWinStatus(board);
winStatus.IsWon.Should().BeFalse();
}
void Start()
{
decreasing = true;
bar.SetActive(true);
LoseDetector.lost = false;
messager = FindObjectOfType <GUIMessageManager>();
winDetector = FindObjectOfType <WinDetector>();
loseDetector = FindObjectOfType <LoseDetector>();
centerBar.GetComponent <RectTransform>().SetSizeWithCurrentAnchors(RectTransform.Axis.Vertical, d);
emptyTopPos = centerBar.transform.localPosition;
if (color.Length > 0 && color.Length < 4)
{
SetColor(color[0]);
}
}
public void GetWinner_Test()
{
var state = new State?[3, 3];
state[0, 0] = State.Cross;
state[0, 1] = State.Zero;
var game = new Mock <IGameInfo>();
game.Setup(g => g.Size).Returns(3);
game.Setup(g => g.CurrentState).Returns(state);
var winDetector = new WinDetector();
var result = winDetector.GetWinner(game.Object);
Assert.IsNull(result);
}
public void GetWinner_Test_AI4()
{
var state = new State?[4, 4];
state[1, 3] = State.Cross;
state[2, 2] = State.Cross;
state[3, 1] = State.Cross;
var game = new Mock <IGameInfo>();
game.Setup(g => g.Size).Returns(4);
game.Setup(g => g.CurrentState).Returns(state);
var winDetector = new WinDetector();
var result = winDetector.GetWinner(game.Object);
Assert.AreEqual(Player.Human, result);
}
public void GetWinner_Test_Diagonal3()
{
var state = new State?[3, 3];
state[0, 1] = State.Cross;
state[1, 2] = State.Cross;
var game = new Mock <IGameInfo>();
game.Setup(g => g.Size).Returns(3);
game.Setup(g => g.CurrentState).Returns(state);
var winDetector = new WinDetector();
var result = winDetector.GetWinner(game.Object);
Assert.AreEqual(null, result);
}
public void GetWinner_Test_Vertical()
{
var state = new State?[3, 3];
state[2, 0] = State.Zero;
state[2, 1] = State.Zero;
state[2, 2] = State.Zero;
var game = new Mock <IGameInfo>();
game.Setup(g => g.Size).Returns(3);
game.Setup(g => g.CurrentState).Returns(state);
var winDetector = new WinDetector();
var result = winDetector.GetWinner(game.Object);
Assert.AreEqual(Player.Computer, result);
}
public void GetWinner_Test_AI2()
{
var state = new State?[5, 5];
state[0, 4] = State.Cross;
state[1, 3] = State.Cross;
state[2, 2] = null;
state[3, 1] = State.Cross;
state[4, 0] = State.Cross;
var game = new Mock <IGameInfo>();
game.Setup(g => g.Size).Returns(5);
game.Setup(g => g.CurrentState).Returns(state);
var winDetector = new WinDetector();
var result = winDetector.GetWinner(game.Object);
Assert.AreEqual(null, result);
}
void Start()
{
headWinDetector = GameObject.Find("GirafController").GetComponent <WinDetector>();
}
