static void Example()
{
// 乱数の設定をコンストラクタで行います。
FieldGenerator gen = new FieldGenerator(5);
// フィールドの生成方法
// フィールドのw, hは2以上
// ブロックのw, hは5以上かつ奇数という制限があります
int fieldHeight = 3;
int fieldWidth = 3;
int blockHeight = 5;
int blockWidth = 5;
gen.SetSize(fieldHeight, fieldWidth, blockHeight, blockWidth);
// フィールドを生成します
// 各要素がブロックである2次元配列を生成します
// したがって、ブロック(i,j)にはreturn_value[i,j]でアクセスし、
// ブロック(i,j)内の要素(u,v)にはreturn_value[i,j][u,v]でアクセスします
var field = gen.CreateField();
gen.DebugPrint(field);
// 生成したフィールドの1つの要素が何を示すかはFieldGenerator.ChipTypeで調べます。
if (FieldGenerator.ChipType.Wall == field[0, 0][0, 0])
Console.WriteLine("壁です");
}
static void Example()
{
// 乱数の設定をコンストラクタで行います。
FieldGenerator gen = new FieldGenerator(5);
// フィールドの生成方法
// フィールドのw, hは2以上
// ブロックのw, hは5以上かつ奇数という制限があります
int fieldHeight = 3;
int fieldWidth = 3;
int blockHeight = 5;
int blockWidth = 5;
gen.SetSize(fieldHeight, fieldWidth, blockHeight, blockWidth);
// フィールドを生成します
// 各要素がブロックである2次元配列を生成します
// したがって、ブロック(i,j)にはreturn_value[i,j]でアクセスし、
// ブロック(i,j)内の要素(u,v)にはreturn_value[i,j][u,v]でアクセスします
var field = gen.CreateField();
gen.DebugPrint(field);
// 生成したフィールドの1つの要素が何を示すかはFieldGenerator.ChipTypeで調べます。
if (FieldGenerator.ChipType.Wall == field[0, 0][0, 0])
{
Console.WriteLine("壁です");
}
}
// 레벨 생성 Kazuhisa Minato.
public void generateLevel(int seed)
{
if(this.levelGenerator == null) {
this.random_plant = PseudoRandom.get().createPlant("MapCreator", 100);
// ---------------------------------------------------------------- //
// 난수 설정을 생성자에서 한다.
this.levelGenerator = new FieldGenerator (seed);
// 필드 생성방법.
// 필드의 w, h는 2이상.
// 블록의 w, h는 5이상 그리고 홀수라는 제한이 있다..
// 홀수열의 그리드 폭은 제로로 해석할 필요가 있다.
this.levelGenerator.SetSize (ROOM_ROWS_NUM, ROOM_COLUMNS_NUM, BLOCK_ROWS_NUM, BLOCK_COLUMNS_NUM);
// 필드를 생성.
// 각 요소가 블록인 2차원 배열을 생성한다.
// 따라서 블록(i,j)에는 return_value[i,j]로 액세스 하고.
// 블록(i,j)안의 요소(u,v)에는 return_value[i,j][u,v]로 액세스한다.
var levelData = levelGenerator.CreateField();
// FieldGenerator 출력을 정렬한다.
// ・[z, x] -> [x, z].
// ・위가 z = 0 -> 아래가 z = 0.
this.level_data = new FieldGenerator.ChipType[ROOM_COLUMNS_NUM, ROOM_ROWS_NUM][,];
foreach(var ri in Map.RoomIndex.getRange(ROOM_COLUMNS_NUM, ROOM_ROWS_NUM)) {
this.level_data[ri.x, ri.z] = new FieldGenerator.ChipType[BLOCK_COLUMNS_NUM, BLOCK_ROWS_NUM];
foreach(var bi in Map.BlockIndex.getRange(this.block_columns_num, this.block_rows_num)) {
this.level_data[ri.x, ri.z][bi.x, bi.z] = levelData[ROOM_ROWS_NUM - 1 - ri.z, ri.x][BLOCK_ROWS_NUM - 1 - bi.z, bi.x];
}
}
// 시작, 목표.
var ep = levelGenerator.GetEndPoints(levelData);
this.start.room_index.x = ep[0].fieldWidth;
this.start.room_index.z = ROOM_ROWS_NUM - 1 - ep[0].fieldHeight;
this.start.block_index.x = (ep[0].blockWidth - 1)/2;
this.start.block_index.z = this.block_grid_rows_num - 1 - (ep[0].blockHeight - 1)/2;
this.goal.room_index.x = ep[1].fieldWidth;
this.goal.room_index.z = ROOM_ROWS_NUM - 1 - ep[1].fieldHeight;
this.goal.block_index.x = (ep[1].blockWidth - 1)/2;
this.goal.block_index.z = this.block_grid_rows_num - 1 - (ep[1].blockHeight - 1)/2;
//
// ---------------------------------------------------------------- //
// 방을 만든다.
this.floor_root_go = new GameObject("Floor");
foreach(var room_index in Map.RoomIndex.getRange(ROOM_COLUMNS_NUM, ROOM_ROWS_NUM)) {
this.createRoom(room_index);
}
// 더미인 방.
// (플로어의 가장 아래 열).
for(int i = 0;i < ROOM_COLUMNS_NUM;i++) {
this.createVacancy(new Map.RoomIndex(i, -1));
}
// 방 칸막이 생성.
this.createRoomWall();
this.createOuterWalls();
// ---------------------------------------------------------------- //
// 플로어 위에 둘 것(문, 아이템 등) 정보를 만들어 둔다.
// 방 이동 문.
this.block_infos = new MapCreator.BlockInfo[ROOM_COLUMNS_NUM, ROOM_ROWS_NUM][,];
foreach(var ri in Map.RoomIndex.getRange(ROOM_COLUMNS_NUM, ROOM_ROWS_NUM)) {
this.block_infos[ri.x, ri.z] = new BlockInfo[this.block_grid_columns_num, this.block_grid_rows_num];
var block_info_room = this.block_infos[ri.x, ri.z];
var level_data_room = this.level_data[ri.x, ri.z];
foreach(var bi in Map.BlockIndex.getRange(this.block_grid_columns_num, this.block_grid_rows_num)) {
block_info_room[bi.x, bi.z].chip = Map.CHIP.VACANT;
if(level_data_room[bi.x*2 + 1 - 1, bi.z*2 + 1] == FieldGenerator.ChipType.Door) {
block_info_room[bi.x, bi.z].chip = Map.CHIP.DOOR;
block_info_room[bi.x, bi.z].option0 = (int)Map.EWSN.WEST;
} else if(level_data_room[bi.x*2 + 1 + 1, bi.z*2 + 1] == FieldGenerator.ChipType.Door) {
block_info_room[bi.x, bi.z].chip = Map.CHIP.DOOR;
block_info_room[bi.x, bi.z].option0 = (int)Map.EWSN.EAST;
} else if(level_data_room[bi.x*2 + 1, bi.z*2 + 1 - 1] == FieldGenerator.ChipType.Door) {
block_info_room[bi.x, bi.z].chip = Map.CHIP.DOOR;
block_info_room[bi.x, bi.z].option0 = (int)Map.EWSN.SOUTH;
} else if(level_data_room[bi.x*2 + 1, bi.z*2 + 1 + 1] == FieldGenerator.ChipType.Door) {
block_info_room[bi.x, bi.z].chip = Map.CHIP.DOOR;
block_info_room[bi.x, bi.z].option0 = (int)Map.EWSN.NORTH;
}
}
}
// 플로어 이동 문.
this.block_infos[this.start.room_index.x, this.start.room_index.z][this.start.block_index.x, this.start.block_index.z].chip = Map.CHIP.STAIRS;
this.block_infos[this.start.room_index.x, this.start.room_index.z][this.start.block_index.x, this.start.block_index.z].option0 = 0;
this.block_infos[this.goal.room_index.x, this.goal.room_index.z][this.goal.block_index.x, this.goal.block_index.z].chip = Map.CHIP.STAIRS;
this.block_infos[this.goal.room_index.x, this.goal.room_index.z][this.goal.block_index.x, this.goal.block_index.z].option0 = 1;
foreach(var ri in Map.RoomIndex.getRange(ROOM_COLUMNS_NUM, ROOM_ROWS_NUM)) {
var info_room = this.block_infos[ri.x, ri.z];
RoomController room = this.get_room_root_go(ri);
List<Map.BlockIndex> reserves = new List<Map.BlockIndex>();
// ジェネレーター.
for(int i = 0;i < 3;i++) {
var lair_places = this.allocateChipPlacesRoom(ri, Map.CHIP.LAIR, 1);
if(lair_places.Count == 0) {
break;
}
// 제네레이터가 이웃한 블록에 나오지 않게.
// 주위 8블록을 예약해 둔다.
Map.BlockIndex bi = lair_places[0];
foreach(var around in bi.getArounds8()) {
if(this.allocateChipPlaceRoom(ri, around, Map.CHIP.LAIR)) {
reserves.Add(around);
}
}
}
// 예약한 블록을 반환한다.
foreach(var reserve in reserves) {
this.putbackChipPlaceRoom(ri, reserve);
}
// 방 이동 열쇠.
var key_places = this.allocateChipPlacesRoom(ri, Map.CHIP.KEY, room.getDoorCount());
for(int i = 0;i < key_places.Count;i++) {
Map.BlockIndex place = key_places[i];
info_room[place.x, place.z].option0 = (int)room.getDoorByIndex(i).KeyType;
}
}
// 플로어 이동 문의 열쇠.
bool floor_key_created = false;
for(int i = 0;i < ROOM_COLUMNS_NUM*ROOM_ROWS_NUM;i++) {
Map.RoomIndex ri = new Map.RoomIndex();
ri.x = this.random_plant.getRandomInt(ROOM_COLUMNS_NUM);
ri.z = this.random_plant.getRandomInt(ROOM_ROWS_NUM);
var floor_key_places = this.allocateChipPlacesRoom(ri, Map.CHIP.KEY, 1);
if(floor_key_places.Count == 0) {
continue;
}
this.block_infos[ri.x, ri.z][floor_key_places[0].x, floor_key_places[0].z].option0 = (int)Item.KEY_COLOR.PURPLE;
floor_key_created = true;
break;
}
if(!floor_key_created) {
Debug.LogError("can't create floor key.");
}
// ---------------------------------------------------------------- //
}
}