void OnCollisionEnter2D(Collision2D col) { if (col.gameObject.layer == LayerMask.NameToLayer("BadWall")) { TakeDamage(1); Vector2 knockBackForce = gameObject.GetComponent <Rigidbody2D> ().velocity; // knockBackForce.x *= 2f; knockBackForce.y = 20f; KnockBack(knockBackForce); } if (col.relativeVelocity.magnitude > stamina) { if (Time.time > lastDoubleJumpTime + doubleJumpFallDeathDelay) { bool isWallBelow = map.IsWallAtCoords( new Coordinates( Mathf.RoundToInt(gameObject.transform.position.x) + 128, Mathf.RoundToInt(gameObject.transform.position.y) + 128 - 1 ) ); if (isWallBelow) { TakeDamage(1); Vector2 knockBackStrength = gameObject.GetComponent <Rigidbody2D> ().velocity; knockBackStrength.x = -knockBackStrength.x; KnockBack(knockBackStrength); } } } }
IEnumerator CreateRooms(int numRooms) { ReadVaults(); // ShuffleVaults (); yield return(StartCoroutine(CreateRects(numRooms))); SetMainRooms(); CreateDelauneyAndTree(); CreateCorridors(); levelBounds = new Rect(); bool firstRoomSet = false; foreach (GameObject room in rooms) { if (room.layer != LayerMask.NameToLayer("UnusedRoom")) { if (!firstRoomSet) { levelBounds = GetRect(room.transform); firstRoomSet = true; } // room.GetComponent<BoxCollider2D> ().usedByComposite = true; finalRooms.Add(GameObject.Instantiate(room, gameObject.transform)); Rect roomRect = GetRect(room.transform); if (roomRect.xMin < levelBounds.xMin) { levelBounds.xMin = roomRect.xMin; } if (roomRect.xMax > levelBounds.xMax) { levelBounds.xMax = roomRect.xMax; } if (roomRect.yMin < levelBounds.yMin) { levelBounds.yMin = roomRect.yMin; } if (roomRect.yMax > levelBounds.yMax) { levelBounds.yMax = roomRect.yMax; } } GameObject.Destroy(room); } foreach (Transform child in transform) { child.GetComponent <SpriteRenderer> ().enabled = false; } levelBounds.xMin -= 1; levelBounds.xMax += 1; levelBounds.yMin -= 1; levelBounds.yMax += 1; // tiles = new Tile[mapSize.x, mapSize.y]; foreach (Transform child in transform) { // WallInRoom (child.gameObject); child.gameObject.AddComponent <Room>(); CarveOutRoom(child.gameObject); Destroy(child.GetComponent <Rigidbody2D> ()); Destroy(child.GetComponent <BoxCollider2D> ()); } player.SetActive(true); Coordinates entranceRoomPos = null; Room entranceRoom = null; foreach (Transform child in transform) { Room room = child.gameObject.GetComponent <Room> (); if (map.DoesContinuousWallExist( new Coordinates(room.bottomLeft.x, room.bottomLeft.y - 1), new Coordinates(room.bottomRight.x, room.bottomRight.y - 1) )) { entranceRoomPos = room.pos; entranceRoom = room; break; } } bool wallUnder = false; Coordinates playerPos = entranceRoomPos; int currentYCheck = playerPos.y - 1; while (!wallUnder) { if (map.IsWallAtCoords(new Coordinates(playerPos.x, currentYCheck))) { wallUnder = true; } else { currentYCheck--; } } Vector2 newPlayerPos = new Vector2(playerPos.x - (level.mapSize.x / 2), currentYCheck - (level.mapSize.y / 2) + 2.5f); player.transform.position = newPlayerPos; Vector3 boostPos = newPlayerPos; boostPos.z = -2; boostPos.y += 3; for (int i = 0; i < 3; i++) { GameObject.Instantiate(boostPrefab, boostPos, Quaternion.identity); } // Marching squares here, as from now on we will be dealing with vaults map.MarchSquares(); foreach (Transform child in transform) { Room room = child.gameObject.GetComponent <Room>(); // Check to fill with vault bool madeVault = false; if (room != entranceRoom && Random.value < level.chanceToPlaceVault) { foreach (Vault v in floatingVaults) { if (v.size.x <= room.size.x - 2 && v.size.y <= room.size.y - 2) { v.ParseCSV(); room.vault = v; floatingVaults = Utils.Utils.ShuffleVaults(floatingVaults); map.CreateVaultInRoom(room.vault, room); break; } } } if (madeVault) { } if (!madeVault && Random.value < level.chanceToAttemptLava) { if (room != entranceRoom) { // Check if there is lavaDepth depth of room cuppyness Coordinates bottomLeftWall = new Coordinates(room.bottomLeft.x, room.bottomLeft.y), bottomRightWall = new Coordinates(room.bottomRight.x, room.bottomRight.y); bottomLeftWall.x -= 1; bottomLeftWall.y -= 1; bottomRightWall.x += 1; bottomRightWall.y -= 1; Coordinates leftCheck = new Coordinates(bottomLeftWall.x, bottomLeftWall.y), rightCheck = new Coordinates(bottomRightWall.x, bottomRightWall.y); leftCheck.y += level.lavaDepth; rightCheck.y += level.lavaDepth; if (map.DoesContinuousWallExist(bottomLeftWall, bottomRightWall)) { int leftColHeight = map.GetWallColumnHeight( new Coordinates(bottomLeftWall.x, bottomLeftWall.y + 1) ); int rightColHeight = map.GetWallColumnHeight( new Coordinates(bottomRightWall.x, bottomRightWall.y + 1) ); if (leftColHeight > 0 && rightColHeight > 0) { int lavaHeight = leftColHeight > rightColHeight ? rightColHeight : leftColHeight; lavaHeight = lavaHeight > level.lavaDepth ? level.lavaDepth : lavaHeight; map.CreateLava( room.bottomLeft, new Coordinates(room.bottomRight.x, room.bottomRight.y + lavaHeight - 1) ); } } } } for (int x = room.bottomLeft.x + 1; x < room.bottomRight.x - 1; x++) { if (map.IsWallAtCoords(new Coordinates(x, room.bottomLeft.y)) && !IsWallOrLavaAtCoords(new Coordinates(x, room.bottomLeft.y + 1))) { bool spawnedEnemy = false; if (room != entranceRoom && Random.value < level.chanceToSpawnEnemy) { GameObject newEnemy = GameObject.Instantiate(level.GetEnemy(), new Vector3(x - level.mapSize.x / 2, (room.bottomLeft.y - level.mapSize.y / 2) + 0.5f, -2), Quaternion.identity); enemies.Add(newEnemy); spawnedEnemy = true; } bool spawnedSpike = false; if (!spawnedEnemy && room != entranceRoom && Random.value < level.chanceToSpawnSpike) { spawnedSpike = true; map.CreateSpikeAt(new Coordinates(x, room.bottomLeft.y), TileMapController.TileDirection.Up); // GameObject.Instantiate(level.spike, new Vector3(x - level.mapSize.x / 2, room.bottomLeft.y - level.mapSize.y / 2, -1), Quaternion.identity); } // bool spawnedTrap = false; if (!spawnedSpike && room != entranceRoom && Random.value < level.chanceToSpawnTrap) { // spawnedTrap = true; GameObject.Instantiate(level.traps[Random.Range(0, level.traps.Length)], new Vector3(x - level.mapSize.x / 2, (room.bottomLeft.y - level.mapSize.y / 2) + 0.5f, -1), Quaternion.identity); } bool spawnedDeco = false; if (!spawnedSpike && Random.value < level.chanceToSpawnGroundDecoration) { spawnedDeco = true; GameObject newDeco = GameObject.Instantiate( level.groundDecorations [Random.Range(0, level.groundDecorations.Length)], new Vector3(x - level.mapSize.x / 2, (room.bottomLeft.y - level.mapSize.y / 2) + 0.5f, -1), Quaternion.identity ); if (Random.value > 0.5) { Vector3 newScale = newDeco.gameObject.transform.localScale; newScale.x = -1; newDeco.gameObject.transform.localScale = newScale; } groundDecorations [x, room.bottomLeft.y] = newDeco; } if (!spawnedDeco && Random.value < level.chanceToSpawnTreasure) { GameObject newDeco = GameObject.Instantiate( level.treasure [Random.Range(0, level.treasure.Length)], new Vector3(x - level.mapSize.x / 2, (room.bottomLeft.y - level.mapSize.y / 2) + 0.5f, -1), Quaternion.identity ); print("Spawned treasure"); } } } // Top Spikes for (int x = room.topLeft.x; x < room.topRight.x; x++) { if (map.IsWallAtCoords(new Coordinates(x, room.topLeft.y)) && !IsWallOrLavaAtCoords(new Coordinates(x, room.topLeft.y - 1))) { // bool spawnedSpike = false; if (room != entranceRoom && Random.value < level.chanceToSpawnSpike) { // spawnedSpike = true; // GameObject newSpike = GameObject.Instantiate(level.spike, new Vector3(x - level.mapSize.x / 2, room.topLeft.y - level.mapSize.y / 2, -1), Quaternion.identity); // Vector2 newScale = newSpike.transform.localScale; // newScale.y = -1; // newSpike.transform.localScale = newScale; map.CreateSpikeAt(new Coordinates(x, room.topLeft.y), TileMapController.TileDirection.Down); } } } } // Exit Vector2 minExitRoomSize = new Vector2(8, 8); bool placedExit = false; foreach (Transform child in transform) { Room room = child.gameObject.GetComponent <Room> (); // Don't spawn the exit in the room we start in if (room != entranceRoom) { // Don't spawn the exit in a room that is too small if (room.size.x >= minExitRoomSize.x && room.size.y >= minExitRoomSize.y) { GameObject.Instantiate(level.exit, new Vector3(room.pos.x - (level.mapSize.x / 2) + 0.5f, room.pos.y - ((level.mapSize.y / 2) - 1) - 0.5f, -1), Quaternion.identity); // Make a floor beneath it map.CreateWallTileAt(new Coordinates(room.pos.x, room.pos.y - 1)); map.CreateWallTileAt(new Coordinates(room.pos.x + 1, room.pos.y - 1)); placedExit = true; } if (placedExit) { break; } } } map.Build(); Vector3 camPos = Camera.main.transform.position; camPos.x = newPlayerPos.x; camPos.y = newPlayerPos.y; Camera.main.transform.position = camPos; Camera.main.GetComponent <CameraController> ().enabled = true; }