public void PlaceDoor_InRectangularTestRooms(StandardTestRoom testRoom)
{
var fakeRandomNumbers = new FakeRandomNumberGenerator();
void SetupStandardRoom()
{
fakeRandomNumbers.PopulateRandomForTestRoom(testRoom)
;
}
void SetupDoorForStandardRoom()
{
fakeRandomNumbers
.AddCoordinates(0, 0) // Door placement, top left corner, will try again
.AddCoordinates(9, 0) // Door placement, btm left corner, will try again
.AddCoordinates(9, 5) // Door placement, btm right corner, will try again
.AddCoordinates(0, 5) // Door placement, top right corner, will try again
.AddCoordinates(0, 3) // Door placement, vertical wall, will try again
.AddCoordinates(4, 0) // Door placement, horizontal wall, will try again
.AddCoordinates(4, 3) // Door placement, vertical wall to start walk from
.AddDirection(Compass8Points.North) // direction to walk to find a wall and place a door
.AddCoordinates(4, 3) // Door placement, vertical wall to start walk from
.AddDirection(Compass8Points.East) // direction to walk to find a wall and place a door
.AddCoordinates(4, 3) // Door placement, vertical wall to start walk from
.AddDirection(Compass8Points.South) // direction to walk to find a wall and place a door
.AddCoordinates(4, 3) // Door placement, vertical wall to start walk from
.AddDirection(Compass8Points.West) // direction to walk to find a wall and place a door
;
}
var registry = new DispatchRegistry();
SetupStandardRoom();
SetupDoorForStandardRoom();
var fakeLogger = new FakeLogger(_output);
var builder = new RoomBuilder(fakeRandomNumbers, fakeLogger, registry);
var mazeDescriptor = FakeMazeDescriptorBuilder.MazeRoomsWithTwoBlocks();
var detail = mazeDescriptor[1];
var room = builder.BuildRoom(detail.BlocksPerRoom, detail.TilesPerBlock);
room = room.AddDoor(1);
room = room.AddDoor(2);
room = room.AddDoor(3);
room = room.AddDoor(4);
var expected = GetExpectationForTestRoom(testRoom);
var actual = room.ToString();
_output.WriteLine('='.ToPaddedString(10));
_output.WriteLine(expected);
_output.WriteLine('='.ToPaddedString(10));
_output.WriteLine(actual);
_output.WriteLine('='.ToPaddedString(10));
Assert.Equal(expected, actual);
}
void Generate()
{
roomBuilder.ClearAllTiles();
// Run the algorithm.
int[,] map = Walk();
map = Merge4(map);
map = Merge2(map);
// Place a rectangle to represent each room.
for (int y = 0; y < map.GetLength(1); y++)
{
for (int x = 0; x < map.GetLength(0); x++)
{
roomBuilder.BuildRoom(x, y, map);
}
}
}
public void BuildRoom_ShouldBuildARoom_WithWalls(StandardTestRoom testRoom)
{
var fakeRandomNumbers = new FakeRandomNumberGenerator().PopulateRandomForTestRoom(testRoom);
var registry = new DispatchRegistry();
var builder = new RoomBuilder(fakeRandomNumbers, new FakeLogger(_output), registry);
var room = builder.BuildRoom(GetNumBlocks(testRoom), 4);
var actual = room.ToString();
var expected = StandardTestRooms.GetExpectation(testRoom);
_output.WriteLine('='.ToPaddedString(10));
_output.WriteLine("Test Room " + testRoom);
_output.WriteLine(expected);
_output.WriteLine('='.ToPaddedString(10));
_output.WriteLine(actual);
Assert.Equal(expected, actual);
}
public override void OnInspectorGUI()
{
//base.OnInspectorGUI();
DrawDefaultInspector();
RoomBuilder builder = (RoomBuilder)target;
if (GUILayout.Button("Build Walls"))
{
builder.BuildWalls();
}
if (GUILayout.Button("Build Room"))
{
builder.BuildRoom();
}
if (GUILayout.Button("Clear"))
{
builder.ClearWalls();
builder.ClearCorners();
}
}
public virtual void BuildMaze()
{
ClearMaze();
rootObject.transform.position = transform.position;
rooms = new GameObject[numRoomsX * numRoomsZ];
Vector3 offset = GetOffset();
int i = 0;
for (int x = 0; x < numRoomsX; x++)
{
//roomBuilder.walls[3] = roomBuilder.walls[2] = WallType.Wall;
for (int z = 0; z < numRoomsZ; z++)
{
Vector3 spawnPoint = new Vector3(x, 1, z);
spawnPoint.Scale(roomSize);
spawnPoint += offset;
if (x > 0)
{
roomBuilder.walls[3] = roomBuilder.walls[1];
}
if (z > 0)
{
roomBuilder.walls[2] = roomBuilder.walls[0];
}
ChoosePassage();
roomBuilder.BuildRoom(rootObject.transform);
rooms[i] = roomBuilder.rootObject;
rooms[i].transform.position = spawnPoint;
rooms[i].transform.SetParent(rootObject.transform);
i++;
}
//rooms[i] = Instantiate(roomPrefabs[0], spawnPoint, Quaternion.identity);
//rooms[i].transform.SetParent(transform);
}
}
public void PlaceDoor_InLShapedTestRooms()
{
var fakeRandomNumbers = new FakeRandomNumberGenerator();
void SetupStandardRoom()
{
fakeRandomNumbers.PopulateRandomForTestRoom(StandardTestRoom.Third)
;
}
void SetupDoorForStandardRoom()
{
fakeRandomNumbers
// find walls
.AddCoordinates(0, 0) // Door placement, top left corner, will try again
.AddCoordinates(0, 3) // Door placement, top row, horizontal wall, will try again
.AddCoordinates(0, 5) // Door placement, top right corner of L, will try again
.AddCoordinates(4, 5) // Door placement, middle corner of L, will try again
.AddCoordinates(4, 6) // Door placement, horizontal wall in middle, will try again
.AddCoordinates(4, 9) // Door placement, far right corner of L, will try again
.AddCoordinates(6, 9) // Door placement, horizontal wall at far right L, will try again
.AddCoordinates(9, 9) // Door placement, bottom right corner of L, will try again
.AddCoordinates(9, 6) // Door placement, horizontal wall at bottom L, will try again
.AddCoordinates(9, 0) // Door placement, bottom left corner of L, will try again
.AddCoordinates(9, 5) // Door placement, horizontal wall at far left of L, will try again
//find rocks
.AddCoordinates(0, 6) // Door placement, rock outside room, will try again
.AddCoordinates(0, 9) // Door placement, rock edge of space, will try again
.AddCoordinates(1, 8) // Door placement, rock surrounded by other rocks, will try again
// find corner of L, starting from valid tile
.AddCoordinates(4, 4) // Door placement, valid tile
.AddDirection(Compass8Points.East) // direction to walk to find a wall and place a door, will find corner and try again
.AddCoordinates(5, 5) // Door placement, valid tile
.AddDirection(Compass8Points.North) // // direction to walk to find a wall and place a door, will find corner and try again
// place doors
.AddCoordinates(4, 4) // Door placement, vertical wall to start walk from
.AddDirection(Compass8Points.North) // direction to walk to find a wall and place a door
.AddCoordinates(5, 5) // Door placement, vertical wall to start walk from
.AddDirection(Compass8Points.East) // direction to walk to find a wall and place a door
.AddCoordinates(5, 5) // Door placement, vertical wall to start walk from
.AddDirection(Compass8Points.South) // direction to walk to find a wall and place a door
.AddCoordinates(4, 4) // Door placement, vertical wall to start walk from
.AddDirection(Compass8Points.West) // direction to walk to find a wall and place a door
;
}
var registry = new DispatchRegistry();
SetupStandardRoom();
SetupDoorForStandardRoom();
var fakeLogger = new FakeLogger(_output);
var builder = new RoomBuilder(fakeRandomNumbers, fakeLogger, registry);
var mazeDescriptor = FakeMazeDescriptorBuilder.MazeRoomsWithThreeBlocks();
var detail = mazeDescriptor[1];
var room = builder.BuildRoom(detail.BlocksPerRoom, detail.TilesPerBlock);
room = room.AddDoor(1);
room = room.AddDoor(2);
room = room.AddDoor(3);
room = room.AddDoor(4);
var expected = GetExpectationForTestRoom(StandardTestRoom.Third);
var actual = room.ToString();
_output.WriteLine('='.ToPaddedString(10));
_output.WriteLine(expected);
_output.WriteLine('='.ToPaddedString(10));
_output.WriteLine(actual);
_output.WriteLine('='.ToPaddedString(10));
Assert.Equal(expected, actual);
}
public void BuildFirstRoom()
{
currentRoom = RoomLookup[InitialRoomID];
roomBuilder.BuildRoom(CurrentRoom, Vector2.left);
}
public void BuildRoom(RoomBlueprint roomBlueprint, Vector2 startingPoint, ObjectRotation roomRotation)
{
_roomBuilder.BuildRoom(roomBlueprint, _buildingTileBuilder, _buildingPlotBuilder, startingPoint, roomRotation);
}
