public void generateHallway( Room leftRoom, Room rightRoom )
{
if( leftRoom == null || rightRoom == null ){
return ;
}
Vector3 direction = rightRoom.getOrigin() - leftRoom.getOrigin();
//Debug.Log(" rightRoom.getOrigin() "+rightRoom.getOrigin());
//Debug.Log(" leftRoom.getOrigin() "+leftRoom.getOrigin());
Vector2 lPoint = Vector2.zero, rPoint = Vector2.zero;
if( direction.x > 0 ){
if( direction.y > 0 ){
//check if face to face
if( leftRoom.getHeight() > direction.y ){
//Debug.Log("L------R/ R above L / face/face");
rPoint = rightRoom.getLeftBottom();
lPoint = leftRoom.getRightTop();
float newY = Random.Range( (int)rPoint.y ,(int)lPoint.y );
if( newY > rightRoom.getLeftTop().y ){
newY = Random.Range( (int)rightRoom.getLeftBottom().y ,(int)rightRoom.getLeftTop().y+1 );
}
for( int w = 0; w < rPoint.x - lPoint.x + 1; w++ ){
float _x = lPoint.x + w;
if( boardManager.getGrid().getTileType( (int)_x,(int) newY) != (int)TileGrid.tileType.Wall ){
boardManager.getGrid().setTileType( (int)_x, (int)newY, TileGrid.tileType.Hallway);
}
}
}else{
//Debug.Log("L------R/ R above L / not face");
// |---[R]
// [R] |
// | |
//[L]____|(1) or [L](2)
//lets use 2 for a fast prototype
lPoint = leftRoom.getLeftTop();
rPoint = rightRoom.getLeftBottom();
Vector2 midPoint = new Vector2(Random.Range((int)lPoint.x, (int)lPoint.x + 4), Random.Range((int)rPoint.y, (int)rPoint.y + rightRoom.getHeight()));
for( int h = 0; h <= midPoint.y - lPoint.y; h++ ){
float _y = lPoint.y + h;
//if( boardManager.getBoard().getTile( (int)midPoint.x, (int)_y ) != 2 ){
if( boardManager.getGrid().getTileType( (int)midPoint.x, (int)_y) != (int)TileGrid.tileType.Wall){
boardManager.getGrid().setTileType( (int)midPoint.x, (int)_y , TileGrid.tileType.Hallway);
}
}
for( int w = 0; w < rPoint.x - midPoint.x; w++ ){
float _x = midPoint.x + w;
if( boardManager.getGrid().getTileType( (int)_x, (int)midPoint.y) != (int)TileGrid.tileType.Wall){
boardManager.getGrid().setTileType( (int)_x, (int)midPoint.y, TileGrid.tileType.Hallway);
}
}
}
}else if( direction.y < 0 ){
//check face to face
if( rightRoom.getHeight() > direction.y*(-1.0) ){
//Debug.Log("L------R/ R below L / face/face");
rPoint = rightRoom.getLeftTop();
lPoint = leftRoom.getRightBottom();
float newY = Random.Range( (int)lPoint.y ,(int)rPoint.y );
if( newY > leftRoom.getLeftTop().y ){
newY = Random.Range( (int)lPoint.y ,(int)leftRoom.getLeftTop().y+1 );
}
for( int w = 0; w < rPoint.x - lPoint.x+1; w++ ){
float _x = lPoint.x + w;
if( boardManager.getGrid().getTileType( (int)_x, (int)newY) != (int)TileGrid.tileType.Wall){
boardManager.getGrid().setTileType( (int)_x, (int)newY, TileGrid.tileType.Hallway);
}
}
}else{
//Debug.Log("L------R/ R below L / not face");
//[L]----| [L]
// | |
// [R](1) or |----[R] (2)
//lets use 2 for a fast prototype
lPoint = leftRoom.getLeftBottom();
rPoint = rightRoom.getLeftBottom();
Vector2 midPoint = new Vector2( Random.Range((int)lPoint.x, (int)lPoint.x + leftRoom.getwidth()), Random.Range((int)rPoint.y, (int)rPoint.y + rightRoom.getHeight()) );
for( int h = 0; h <= lPoint.y - midPoint.y; h++ ){
float _y = lPoint.y - h;
if( boardManager.getGrid().getTileType( (int)midPoint.x, (int)_y) != (int)TileGrid.tileType.Wall){
boardManager.getGrid().setTileType( (int)midPoint.x, (int)_y, TileGrid.tileType.Hallway);
}
}
for( int w = 0; w < rPoint.x - midPoint.x; w++ ){
float _x = midPoint.x + w;
if( boardManager.getGrid().getTileType( (int)_x, (int)midPoint.y) != (int)TileGrid.tileType.Wall){
boardManager.getGrid().setTileType( (int)_x, (int)midPoint.y, TileGrid.tileType.Hallway);
}
}
}
}else{
//Debug.Log("L_____R");
rPoint = rightRoom.getLeftBottom();
lPoint = leftRoom.getRightBottom();
int newY = Random.Range( (int)rPoint.y , (int)rPoint.y + 3 );
for( int w = 0; w < rPoint.x - lPoint.x; w++ ){
float _x = lPoint.x + w;
if( boardManager.getGrid().getTileType( (int)_x, (int)newY) != (int)TileGrid.tileType.Wall){
boardManager.getGrid().setTileType( (int)_x, (int)newY, TileGrid.tileType.Hallway);
}
}
}
}else if( direction.x < 0 ){
generateHallway(rightRoom,leftRoom);
}else{
if( direction.y > 0 ){
//Debug.Log("above/below/ R above L");
rPoint = rightRoom.getLeftBottom();
lPoint = leftRoom.getLeftTop();
int newX = (rightRoom.getwidth() >= leftRoom.getwidth())
? Random.Range( (int)leftRoom.getLeftTop().x, (int)leftRoom.getRightTop().x + 1 ) : Random.Range( (int)rightRoom.getLeftBottom().x, (int)leftRoom.getRightBottom().x + 1 );
for( int h = 0; h < rPoint.y - lPoint.y; h++ ){
float _y = lPoint.y + h;
if( boardManager.getGrid().getTileType( (int)newX, (int)_y) != (int)TileGrid.tileType.Hallway){
boardManager.getGrid().setTileType( (int)newX, (int)_y, TileGrid.tileType.Hallway);
}
}
}else if( direction.y < 0 ){
//Debug.Log("above/below/ R below L");
rPoint = rightRoom.getLeftTop();
lPoint = leftRoom.getLeftBottom();
int newX = (rightRoom.getwidth() >= leftRoom.getwidth())
? Random.Range( (int)leftRoom.getLeftBottom().x, (int)leftRoom.getRightBottom().x ) : Random.Range( (int)rightRoom.getLeftTop().x, (int)rightRoom.getRightTop().x );
for( int h = 0; h < lPoint.y - rPoint.y; h++ ){
float _y = rPoint.y + h;
if( boardManager.getGrid().getTileType( (int)newX, (int)_y) != (int)TileGrid.tileType.Wall){
boardManager.getGrid().setTileType( (int)newX, (int)_y, TileGrid.tileType.Hallway);
}
}
}
}
}
