2
타일을 사용하여 무작위로 도시를 만들려고하는데 배열을 만들고 도시 가장자리를 설정하고 교회 나 공장과 같은 임의의 건물을 배치하고 타일을 배치 할 수 있습니다 설정된 영역 내에서 무작위로 회전합니다.랜덤 도시 거리 생성 타일 사용
하지만 내가 필요한 것은 올바른 타일을 선택하고 올바른 방향으로 회전하여 어떤 방식 으로든 도달 할 수없는 영역으로 끝나도록 거리의 상호 연결된 미로를 만드는 일종의 알고리즘 또는 루틴입니다. 내가의 톤을 발견했다 직선 도로 t 접합 교차로 코너 왼쪽 코너 바로 사각/원형/안뜰
(예 : 교회 나 공장 등) 기능 타일 - 내가있는 한
타일 던전을 기반으로 한 예제이지만 고정 된 타일을 사용하고 설정된 영역에서 일치/회전하는 선을 따르는 것은 10 타일 x 10 타일을 말합니다.
난 아직 내가 지금까지 무엇을의코드를 작동하지 않습니다 엄청나게 복잡한 루프 기능 초가를 만드는 라운드에서 원 거하고 같은 스크립트 힌트가 대단히 감사하겠습니다
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public GameObject playerPrefab;
public GameObject cullGroup;
public GameObject cullPrefab;
//tile objects
public List<GameObject> _grid = new List<GameObject>(); //general buildings
public List<GameObject> _industrial = new List<GameObject>(); //industrial
public List<GameObject> _feature = new List<GameObject>(); //city feature
public List<GameObject> _largeSpecial = new List<GameObject>(); //large special building
public List<GameObject> _smallSpecial = new List<GameObject>(); //large special building
public List<GameObject> _docks = new List<GameObject>(); //docks
public List<GameObject> _roads = new List<GameObject>(); //outgoing roads
public List<GameObject> _edge = new List<GameObject>(); //city edge
public Vector2 citySize = new Vector2(10,10); //how many tiles in total
private int[] tileRoatation = new int[5] {0,90,180,270,0};
private int[,,] _cityMap;
private int mapType = 0;
//ingress vars
public int[,] roadIngress;
//feature vars
private int _tmpFeature;
private Vector2 _tmpPlacement;
//special vars
private int _tmpFeature1;
private Vector2 _tmpPlacement1;
//docks vars
private Vector2 _tmpDock;
private string _strDock;
private float _xAdjustment;
private float _zAdjustment;
//industrial vars
private Vector2 _indSector;
private int _indTotal = 0;
// Use this for initialization
void Start()
{
_cityMap = new int[(int)citySize.x, (int)citySize.y, 2];
CreateMap();
}
// Update is called once per frame
void Update()
{
}
void CreateMap()
{
//calc roads into city
RoadIngress();
//calc feature
Features();
//calculate tile adjustment from center
_xAdjustment = (_grid[0].transform.localScale.x * (citySize.x/2) - (_grid[0].transform.localScale.x)/2);
_zAdjustment = (_grid[0].transform.localScale.z * (citySize.y/2) - (_grid[0].transform.localScale.x)/2);
//place tiles
for(int z = 0; z < citySize.y; z++)
{
for(int x = 0; x < citySize.x; x++)
{
//instantiate tile
int tmpRot = tileRoatation[Random.Range(0,5)];
GameObject go = Instantiate(_grid[Random.Range(0, _grid.Count-1)],
new Vector3(
(x * _grid[0].transform.localScale.x) - _xAdjustment,
0 ,
(z * _grid[0].transform.localScale.z) - _zAdjustment),
Quaternion.Euler(0,tmpRot, 0)
) as GameObject;
_cityMap[x ,z ,1 ] = 1;;
_cityMap[x ,z ,0 ] = tmpRot;;
go.name = x +"/"+z;
go.transform.parent = this.transform;
//instantiate culling areas
/*
GameObject go2 = Instantiate(cullPrefab,
new Vector3(
(x * _grid[0].transform.localScale.x) - _xAdjustment,
0 ,
(z * _grid[0].transform.localScale.z) - _zAdjustment),
Quaternion.Euler(0,0, 0)
) as GameObject;
go2.name = x +"/"+z;
go2.transform.parent = cullGroup.transform;
go2.transform.localScale = new Vector3(51, 20, 51);
*/
//set map edges
if(x == 0 || z == 0 || x == citySize.x-1 || z == citySize.y-1)
{
//does map have beach
if(mapType == 1 && z == 0)
{
go.GetComponent<MeshRenderer>().material.color = Color.blue;
}else if(roadIngress[x,z] == 1){
//set exit roads
go.SetActive(false);
GameObject rp = Instantiate(_roads[0], new Vector3(go.transform.position.x, 0 ,go.transform.position.z), Quaternion.Euler(0, 0, 0)) as GameObject;
rp.name = go.name;
rp.transform.parent = this.transform;
//go.name = "disabled";
//extend road
}else{
//go.GetComponent<MeshRenderer>().material.color = Color.green;
int tmpRot1 = tileRoatation[Random.Range(0,5)];
go.SetActive(false);
GameObject ep = Instantiate(_edge[Random.Range(0, _edge.Count-1)], new Vector3(go.transform.position.x, 0 ,go.transform.position.z), Quaternion.Euler(0, tmpRot, 0)) as GameObject;
ep.name = go.name;
ep.transform.parent = this.transform;
go.name = "disabled";
}
}
}
}
Debug.Log((citySize.x * citySize.y) * 0.1f);
Industrial();
Industrial();
Debug.Log(_indTotal);
if(citySize.x <((citySize.x * citySize.y) * 0.2f))
Industrial();
PlaceFeature();
PlaceLargeSpecial();
//docks
if(mapType == 1)
{
//go.GetComponent<MeshRenderer>().material.color = Color.red;
_tmpDock = new Vector2(Random.Range(1,citySize.y-1),0);
//_strDock = _tmpDock.x +"/"+_tmpDock.y;
}
PlaceDocks();
// spawn player
Instantiate(playerPrefab, new Vector3(0,2,0),Quaternion.identity);
}
//set roads leaving city
void RoadIngress()
{
//set roads leaving city
roadIngress = new int[(int)citySize.x, (int)citySize.y];
roadIngress[(int)Random.Range(1,citySize.x-1), 0] = 1; //east road or dock
roadIngress[0, (int)Random.Range(1,citySize.y-1)] = 1; //south road
roadIngress[(int)Random.Range(1,citySize.x-1), (int)citySize.y-1] = 1; //west road
roadIngress[(int)citySize.x-1, (int)Random.Range(1,citySize.y-1)] = 1; //north road
}
// choose main feature
void Features()
{
//choose main feature and placement
_tmpFeature = Random.Range(0,4);// 5x feature tiles
_tmpPlacement = new Vector2((int)Random.Range(2,citySize.x-2),(int)Random.Range(2,citySize.y-2));
//choose special large building and placement
_tmpFeature1 = Random.Range(0,4);// 5x feature tiles
_tmpPlacement1 = new Vector2((int)Random.Range(2,citySize.x-2),(int)Random.Range(2,citySize.y-2));
if(_tmpPlacement1 == _tmpPlacement)
{
_tmpPlacement1.x = _tmpPlacement1.x + 4;
if(_tmpPlacement1.x > citySize.x-2)
_tmpPlacement1.x -= citySize.x;
_tmpPlacement1.y = _tmpPlacement1.y + 4;
if(_tmpPlacement1.y > citySize.y-2)
_tmpPlacement1.y -= citySize.y;
}
}
//place feature
void PlaceFeature()
{
int tmpRot1 = tileRoatation[Random.Range(0,5)];
GameObject go1 = Instantiate(_feature[Random.Range(0, _feature.Count-1)],
new Vector3((_tmpPlacement.x * _grid[0].transform.localScale.x - (_grid[0].transform.localScale.x *.5f) - _xAdjustment),
0,
(_tmpPlacement.y * _grid[0].transform.localScale.z + (_grid[0].transform.localScale.z*.5f) - _zAdjustment)),
Quaternion.Euler(0,tmpRot1, 0)) as GameObject;
//clear feature area
GameObject tp = GameObject.Find(_tmpPlacement.x + "/" + _tmpPlacement.y);
tp.SetActive(false);
tp.name = "disabled";
tp = GameObject.Find(_tmpPlacement.x + "/" + (_tmpPlacement.y+1));
tp.SetActive(false);
tp.name = "disabled";
tp = GameObject.Find(_tmpPlacement.x-1 + "/" + _tmpPlacement.y);
tp.SetActive(false);
tp.name = "disabled";
tp = GameObject.Find(_tmpPlacement.x-1 + "/" + (_tmpPlacement.y+1));
tp.SetActive(false);
tp.name = "disabled";
}
//place large special
void PlaceLargeSpecial()
{
//check distance between feature and large special
int dist = (int)Vector2.Distance(_tmpPlacement, _tmpPlacement1);
//if to close move away
if((int)Vector2.Distance(_tmpPlacement, _tmpPlacement1)<3)
{
_tmpPlacement1.x = _tmpPlacement1.x+3;
if(_tmpPlacement1.x > citySize.x-2)
_tmpPlacement1.x = 3;
_tmpPlacement1.y = _tmpPlacement1.y+3;
if(_tmpPlacement1.y > citySize.y-2)
_tmpPlacement1.y = 3;
}
//Debug.Log(dist);
int tmpRot2 = tileRoatation[Random.Range(0,5)];
GameObject go2 = Instantiate(_largeSpecial[Random.Range(0, _largeSpecial.Count-1)],
new Vector3((_tmpPlacement1.x * _grid[0].transform.localScale.x - (_grid[0].transform.localScale.x *.5f) - _xAdjustment),
0,
(_tmpPlacement1.y * _grid[0].transform.localScale.z + (_grid[0].transform.localScale.z*.5f)) - _zAdjustment),
Quaternion.Euler(0,tmpRot2, 0)) as GameObject;
//clear large special area
GameObject tp = GameObject.Find(_tmpPlacement1.x + "/" + _tmpPlacement1.y);
tp.SetActive(false);
tp.name = "disabled";
tp = GameObject.Find(_tmpPlacement1.x + "/" + (_tmpPlacement1.y+1));
tp.SetActive(false);
tp.name = "disabled";
tp = GameObject.Find(_tmpPlacement1.x-1 + "/" + _tmpPlacement1.y);
tp.SetActive(false);
tp.name = "disabled";
tp = GameObject.Find(_tmpPlacement1.x-1 + "/" + (_tmpPlacement1.y+1));
tp.SetActive(false);
tp.name = "disabled";
}
//place docks
void PlaceDocks()
{
if(mapType == 1)
{
GameObject go3 = Instantiate(_docks[Random.Range(0, _docks.Count-1)],
new Vector3((_tmpDock.x * _grid[0].transform.localScale.x - (_grid[0].transform.localScale.x) - _xAdjustment),
0,
(_tmpDock.y * _grid[0].transform.localScale.z) - _zAdjustment),
Quaternion.Euler(0,0, 0)) as GameObject;
//clear dock area
/*
string[] tmp = _strDock.Split("/"[0]);
int t1 = int.Parse(tmp[0]);
for(int a=0; a<3; a++)
{
GameObject.Find(t1-a + "/" + 0).SetActive(false);
}
for(int b=0; b<3; b++)
{
GameObject.Find(t1-b + "/" + 1).SetActive(false);
}
*/
}
}
//set out industrial area
void Industrial()
{
//pick random spot industrial area
_indSector = new Vector2((int)Random.Range(2,citySize.x-2),(int)Random.Range(2,citySize.y-2));
int indSizeX = Random.Range(2,5);
int indSizeY = Random.Range(2,4);
_indTotal += (indSizeX*indSizeY);
//create area
for(int y = (int)_indSector.y; y < (int)_indSector.y+indSizeY; y++)
{
for(int x = (int)_indSector.x; x < (int)_indSector.x+indSizeX; x++)
{
//GameObject.Find(x + "/" + y).GetComponent<MeshRenderer>().material.color = Color.magenta;
GameObject tp = GameObject.Find(x + "/" + y);
//Debug.Log(x + "/" + y);
GameObject go4 = Instantiate(_industrial[Random.Range(0, _industrial.Count-1)],
new Vector3(tp.transform.position.x, 0, tp.transform.position.z), Quaternion.Euler(0,0, 0)) as GameObject;
tp.SetActive(false);
tp.name = "disabled";
go4.name = x +"/"+y;
go4.transform.parent = this.transform;
}
}
}
예를 들어, 참조 : http://gamedev.stackexchange.com/questions/59314/procedural-river-or-road -generation-for-infinite-terrain – LearnCocos2D
이 기사에서는 지형 생성의 * 기본 사항 *을 다루고 있습니다. http://www-cs-students.stanford.edu/~amitp/game-programming/polygon-map-generation/ – LearnCocos2D
고마워요.하지만지면 세대에 관심이 없습니다. 관심이있는 타일로 만든 도시입니다. – Hybrid1969