public void CreateEnterence() //Interpreter로 부터 받을 변수가 있다면 추가
{
//1층에서만 현관을 찾는다.
foreach (Space.RoomRelationShip rel in this.Relations[Space.RelationLevel.First])
{
if (rel.Origin is Space.Entrance)
{
Space.RoomRelationShip Ent = rel;
bool placed = false;
//어느 Side부터 탐색할지를 랜덤하게 결정하는 과정
List <Data.SideCardinalDirection> search = new List <Data.SideCardinalDirection>();
foreach (Data.SideCardinalDirection elem in Enum.GetValues(typeof(Data.SideCardinalDirection)))
{
search.Add(elem);
}
int n = search.Count;
while (n > 1)
{
n--;
int k = rng.Next(n + 1);
Data.SideCardinalDirection value = search[k];
search[k] = search[n];
search[n] = value;
}
foreach (Data.SideCardinalDirection relsideDirection in search)
{
foreach (Data.Side relSide in rel.Origin.Sides[relsideDirection])
{
if (relSide.Type == Data.SideType.Wall && relSide.GetLength() > Data.Config.DoorLength && this.IsOutterSide(rel.Origin.id, relSide, rel.Level))
{
relSide.Type = Data.SideType.Door;
placed = true;
break;
}
}
if (placed)
{
break;
}
}
break;
}
}
}
public void OccupySide(Data.SideCardinalDirection part, double start, double end)
{
//특정한 Side를 Occupy할 때,
/*
* 1) 새로운 Side 상태의 기록을 남긴다.
* 2) 이전 Side의 상태도 기록한다.
*
* 일단, 변화를 순차적으로 추적하기 위해,
* Stack 자료구조를 활용해서 이전 자료를 저장하는 과정이 필요하다.
* Stack에는 List<Side>와 part를 같이 저장해야 복구할 Side가 무엇인지 알 수 있다.
*/
List <Data.Side> target = this.Sides[part];
}
public static bool IsContact(Room r1, Room r2, double minOverlapLen)
{
foreach (Data.SideCardinalDirection i in Enum.GetValues(typeof(Data.SideCardinalDirection)))
{
Data.SideCardinalDirection j = Data.SideCardinalDirection.West;
switch (i)
{
case (Data.SideCardinalDirection.West):
j = Data.SideCardinalDirection.East;
break;
case (Data.SideCardinalDirection.North):
j = Data.SideCardinalDirection.South;
break;
case (Data.SideCardinalDirection.East):
j = Data.SideCardinalDirection.West;
break;
case (Data.SideCardinalDirection.South):
j = Data.SideCardinalDirection.North;
break;
}
foreach (Data.Side a in r1.Sides[i])
{
foreach (Data.Side b in r2.Sides[j])
{
if (a.IsContact(b))
{
Data.Side contacted = a.GetContact(b);
if (contacted.GetLength() >= minOverlapLen)
{
return(true);
}
}
}
}
}
return(false);
}
public static void OccupySides(Room r1, Room r2, ConnectionType type)
{
foreach (Data.SideCardinalDirection i in Enum.GetValues(typeof(Data.SideCardinalDirection)))
{
Data.SideCardinalDirection j = Data.SideCardinalDirection.West;
switch (i)
{
case (Data.SideCardinalDirection.West):
j = Data.SideCardinalDirection.East;
break;
case (Data.SideCardinalDirection.North):
j = Data.SideCardinalDirection.South;
break;
case (Data.SideCardinalDirection.East):
j = Data.SideCardinalDirection.West;
break;
case (Data.SideCardinalDirection.South):
j = Data.SideCardinalDirection.North;
break;
}
Data.Side[] r1Sides = r1.Sides[i].ToArray();
Data.Side[] r2Sides = r2.Sides[j].ToArray();
foreach (Data.Side a in r1Sides)
{
foreach (Data.Side b in r2Sides)
{
if (a.IsContact(b))
{
r1.Sides[i].Remove(a);
r2.Sides[j].Remove(b);
//접촉하는 부분을 추출
Data.Side contacted = a.GetContact(b);
//두 공간의 관계에 따라, 점령될 SideType을 결정
Data.SideType sType = Data.SideType.Wall;
if (type == ConnectionType.Open)
{
sType = Data.SideType.Open;
}
else if (type == ConnectionType.Door)
{
sType = Data.SideType.Door;
}
//Side 점령
foreach (Data.Side newA in a.OccupyPart(contacted, sType))
{
r1.Sides[i].Add(newA);
}
//r1.Sides[(int)i] = a.OccupyPart(contacted, sType);
foreach (Data.Side newB in b.OccupyPart(contacted, sType))
{
r2.Sides[j].Add(newB);
}
//r2.Sides[(int)j] = b.OccupyPart(contacted, sType);
}
}
}
}
}
public void CreateWindows() //Interpreter로 부터 받을 변수가 있다면 추가
{
foreach (KeyValuePair <Space.RelationLevel, List <Space.RoomRelationShip> > entry in this.Relations)
{
foreach (Space.RoomRelationShip rel in entry.Value)
{
//현재는 침실만 창문을 달고 있다.
if (rel.Origin is Space.Bed || rel.Origin is Space.Living)
{
int winnum = 0;
//Window가 가능한 Side를 찾는 과정
foreach (Data.SideCardinalDirection relsideDirection in Enum.GetValues(typeof(Data.SideCardinalDirection)))
{
foreach (Data.Side relSide in rel.Origin.Sides[relsideDirection])
{
if (relSide.Type == Data.SideType.Wall && relSide.GetLength() > Data.Config.WindowLength && this.IsOutterSide(rel.Origin.id, relSide, rel.Level))
{
relSide.Type = Data.SideType.Window;
//한 사이드 방향에 하나의 창문만
winnum++;
break;
}
}
if (winnum >= 2)
{
break;
}
}
}
//화장실과 주방에는 창문 하나
else if (rel.Origin is Space.Kitchen || rel.Origin is Space.Rest)
{
bool placed = false;
//어느 Side부터 탐색할지를 랜덤하게 결정하는 과정
List <Data.SideCardinalDirection> search = new List <Data.SideCardinalDirection>();
foreach (Data.SideCardinalDirection elem in Enum.GetValues(typeof(Data.SideCardinalDirection)))
{
search.Add(elem);
}
int n = search.Count;
while (n > 1)
{
n--;
int k = rng.Next(n + 1);
Data.SideCardinalDirection value = search[k];
search[k] = search[n];
search[n] = value;
}
//Window가 가능한 Side를 찾는 과정
foreach (Data.SideCardinalDirection relsideDirection in search)
{
foreach (Data.Side relSide in rel.Origin.Sides[relsideDirection])
{
if (relSide.Type == Data.SideType.Wall && relSide.GetLength() > Data.Config.WindowLength && this.IsOutterSide(rel.Origin.id, relSide, rel.Level))
{
relSide.Type = Data.SideType.Window;
placed = true;
break;
}
}
if (placed)
{
break;
}
}
}
}
}
}
