void generate3v3Positions(eMapType type, int width, int height, ref List <Point> startingLocations, ref List <Point> battleLocations, ref List <Point> interestLocations)
{
int midX = width >> 1;
int qtrX = width >> 2;
int qtr3X = width - qtrX;
int midY = height >> 1;
int qtrY = height >> 2;
int qtr3Y = height - qtrY;
Point[] positions = new Point[] {
//p1 //p2 //p3 //p4 //p5 //p6
new Point(qtrX, qtrY), new Point(midX, qtrY), new Point(qtr3X, qtrY), new Point(qtrX, qtr3Y), new Point(midX, qtr3Y), new Point(qtr3X, qtr3Y),
};
int layoutType = mRand.Next(positions.Length / 6);
startingLocations.Add(positions[layoutType * 6]);
startingLocations.Add(positions[layoutType * 6 + 1]);
startingLocations.Add(positions[layoutType * 6 + 2]);
startingLocations.Add(positions[layoutType * 6 + 3]);
startingLocations.Add(positions[layoutType * 6 + 4]);
startingLocations.Add(positions[layoutType * 6 + 5]);
//transpose points?
if (mRand.Next(2) != 0)
{
for (int i = 0; i < startingLocations.Count; i++)
{
startingLocations[i] = new Point(startingLocations[i].Y, startingLocations[i].X);
}
}
battleLocations.Add(new Point(midX, midY));
}
public byte[] generateMap(generationOptions options, int width, int height)
{
mRand = new Random(options.RandomSeed);
mMapType = options.LayoutType;
mWidth = width;
mHeight = height;
byte[] b = new byte[width * height];
List <Point> startingLocations = new List <Point>();
List <Point> battleLocations = new List <Point>();
List <Point> interestLocations = new List <Point>();
generateLocations(mMapType, width, height, ref startingLocations, ref battleLocations, ref interestLocations);
generateConnectivityGraph(startingLocations, battleLocations, interestLocations);
for (int i = 0; i < startingLocations.Count; i++)
{
drawCircle(startingLocations[i], options.BaseAreaWidth, options.BaseAreaWidth, ref b);
for (int k = 0; k < battleLocations.Count; k++)
{
drawLine(startingLocations[i], battleLocations[k], options.MainPathWidth, ref b);
}
}
for (int i = 0; i < interestLocations.Count; i++)
{
drawCircle(interestLocations[i], options.InterestAreaWidth, options.InterestAreaWidth, ref b);
}
for (int i = 0; i < battleLocations.Count; i++)
{
drawCircle(battleLocations[i], options.InterestAreaWidth, options.InterestAreaWidth, ref b);
}
addNoiseToMap(ref b, options.RandomSeed, options.ClampStep);
peterbMap(ref b, options.RandomSeed);
flipMap(options, ref b);
int smoothAmt = 4;
for (int i = 0; i < smoothAmt; i++)
{
smoothFilter(ref b, mWidth, mHeight);
}
mRand = null;
return(b);
}
Sparse2DBlockArray <bool> mPathsMap = null; //TRUE if path should be here.
#endregion
#region Starting Locations
void generateLocations(eMapType type, int width, int height, ref List <Point> startingLocations, ref List <Point> battleLocations, ref List <Point> interestLocations)
{
if (type == eMapType.e1v1)
{
generate1v1Positions(type, width, height, ref startingLocations, ref battleLocations, ref interestLocations);
}
else if (type == eMapType.e2v2)
{
generate2v2Positions(type, width, height, ref startingLocations, ref battleLocations, ref interestLocations);
}
else if (type == eMapType.e3v3)
{
generate3v3Positions(type, width, height, ref startingLocations, ref battleLocations, ref interestLocations);
}
}
void generate2v2Positions(eMapType type, int width, int height, ref List <Point> startingLocations, ref List <Point> battleLocations, ref List <Point> interestLocations)
{
int midX = width >> 1;
int qtrX = width >> 2;
int qtr3X = width - qtrX;
int ethX = width >> 3;
int eth7X = ethX * 7;
int midY = height >> 1;
int qtrY = height >> 2;
int qtr3Y = height - qtrY;
int ethY = height >> 3;
int eth7Y = ethY * 7;
Point[] positions = new Point[] {
//p1 //p2 //p3 //p4
new Point(ethX, ethY), new Point(eth7X, ethY), new Point(ethX, eth7Y), new Point(eth7X, eth7Y), //square wide
new Point(midX, ethY), new Point(ethX, midY), new Point(eth7X, midY), new Point(midX, eth7Y), //diagonal wide
new Point(qtrX, ethY), new Point(ethX, qtrY), new Point(qtr3X, eth7Y), new Point(eth7X, qtr3Y), //diagonal tight lt->rb
new Point(qtr3X, ethY), new Point(eth7X, qtrY), new Point(qtrX, eth7Y), new Point(ethX, qtr3Y), //diagonal tight lt->rb
};
int layoutType = mRand.Next(positions.Length / 4);
startingLocations.Add(positions[layoutType * 4]);
startingLocations.Add(positions[layoutType * 4 + 1]);
startingLocations.Add(positions[layoutType * 4 + 2]);
startingLocations.Add(positions[layoutType * 4 + 3]);
//transpose points?
if (mRand.Next(2) != 0)
{
for (int i = 0; i < startingLocations.Count; i++)
{
startingLocations[i] = new Point(startingLocations[i].Y, startingLocations[i].X);
}
}
battleLocations.Add(new Point(midX, midY));
}
public AbstractGame(int id, eRoomType roomType, eGameType gameType, int timeType)
{
m_id = id;
m_roomType = roomType;
m_gameType = gameType;
m_timeType = timeType;
switch (m_roomType)
{
case eRoomType.Freedom:
m_mapType = eMapType.Normal;
break;
case eRoomType.Match:
m_mapType = eMapType.PairUp;
break;
default:
m_mapType = eMapType.Normal;
break;
}
}
public AbstractGame(int id, eRoomType roomType, eGameType gameType, int timeType)
{
this.m_id = id;
this.m_roomType = roomType;
this.m_gameType = gameType;
this.m_timeType = timeType;
switch (this.m_roomType)
{
case eRoomType.Match:
this.m_mapType = eMapType.PairUp;
return;
case eRoomType.Freedom:
this.m_mapType = eMapType.Normal;
return;
default:
this.m_mapType = eMapType.Normal;
return;
}
}
void generate1v1Positions(eMapType type, int width, int height, ref List <Point> startingLocations, ref List <Point> battleLocations, ref List <Point> interestLocations)
{
int midX = width >> 1;
int qtrX = width >> 2;
int qtr3X = width - qtrX;
int ethX = width >> 3;
int eth7X = ethX * 7;
int midY = height >> 1;
int qtrY = height >> 2;
int qtr3Y = height - qtrY;
int ethY = height >> 3;
int eth7Y = ethY * 7;
Point[] positions = new Point[] {
//p1 //p2
new Point(midX, ethY), new Point(midX, eth7Y), //center
new Point(ethX, ethY), new Point(ethX, eth7Y), //left
new Point(eth7X, ethY), new Point(eth7X, eth7Y), //right
new Point(ethX, eth7Y), new Point(eth7X, ethY), //diag lb->rt
new Point(ethX, ethY), new Point(eth7X, eth7Y), //diag lt->rb
};
int layoutType = mRand.Next(positions.Length / 2);
startingLocations.Add(positions[layoutType * 2]);
startingLocations.Add(positions[layoutType * 2 + 1]);
//transpose points?
if (mRand.Next(2) != 0)
{
for (int i = 0; i < startingLocations.Count; i++)
{
startingLocations[i] = new Point(startingLocations[i].Y, startingLocations[i].X);
}
}
battleLocations.Add(new Point(midX, midY));
}
/// <summary>
/// 移除某个枚举
/// </summary>
/// <param name="value"></param>
/// <returns></returns>
public bool RemoveMapType(eMapType value)
{
if(IsContainMapType(value))
{
mapType ^= value;
return true;
}
return false;
}
/// <summary>
/// 是否包含某种类型
/// </summary>
/// <param name="value"></param>
/// <returns></returns>
public bool IsContainMapType(eMapType value)
{
bool bl = (mapType & value) == value;
//Debug.Log(string.Format("是否包含type：{0} == {1}, type= {2}",value.ToString(),bl,mapType.ToString()));
return bl;
}
/// <summary>
/// 清空之前的枚举 重新定义
/// </summary>
/// <param name="value"></param>
public void ClearAndAddMaptType(eMapType value)
{
mapType = value;
}
/// <summary>
/// 地图格子类型
/// </summary>
public void AddMapType(eMapType value)
{
//增加
mapType |= value;
}
public GridBase(int rowid, int cloumnid, eMapType maptype)
{
this.rowId = rowid;
this.cloumnId = cloumnid;
this.mapType = maptype;
}
public BaseGame(List<GamePlayer> red, List<GamePlayer> blue, Map map,eRoomType roomType,eTeamType teamType, eGameType gameType, int timeType)
{
m_players = new Dictionary<GamePlayer, Player>();
m_redTeam = new List<Player>();
m_blueTeam = new List<Player>();
m_roomType = roomType;
m_gameType = gameType;
m_teamType = teamType;
m_random = new Random();
m_redAvgLevel = 0;
foreach (GamePlayer player in red)
{
Player fp = new Player(player, this, 1);
fp.Direction = m_random.Next(0, 1) == 0 ? 1 : -1;
m_players.Add(player, fp);
m_redTeam.Add(fp);
player.CurrentGame = this;
m_redAvgLevel += player.PlayerCharacter.Grade;
fp.Died += new PlayerEventHandle(Player_Died);
}
m_redAvgLevel = m_redAvgLevel / m_redTeam.Count;
m_blueAvgLevel = 0;
foreach (GamePlayer player in blue)
{
Player fp = new Player(player, this, 2);
fp.Direction = m_random.Next(0, 1) == 0 ? 1 : -1;
m_players.Add(player, fp);
m_blueTeam.Add(fp);
player.CurrentGame = this;
m_blueAvgLevel += player.PlayerCharacter.Grade;
fp.Died += new PlayerEventHandle(Player_Died);
}
m_blueAvgLevel = m_blueAvgLevel / blue.Count;
m_map = map;
m_actions = new ArrayList();
PhysicalId = 0;
switch (m_roomType)
{
case eRoomType.Freedom:
m_mapType = eMapType.Normal;
break;
case eRoomType.Match:
m_mapType = eMapType.PairUp;
break;
default:
m_mapType = eMapType.Normal;
break;
}
m_timeType = timeType;
m_tempBox = new List<Box>();
m_tempPoints = new List<Point>();
Cards = new int[8];
GameState = eGameState.Inited;
}
public BaseGame(List <GamePlayer> red, List <GamePlayer> blue, Map map, eRoomType roomType, eTeamType teamType, eGameType gameType, int timeType)
{
m_players = new Dictionary <GamePlayer, Player>();
m_redTeam = new List <Player>();
m_blueTeam = new List <Player>();
m_roomType = roomType;
m_gameType = gameType;
m_teamType = teamType;
m_random = new Random();
m_redAvgLevel = 0;
foreach (GamePlayer player in red)
{
Player fp = new Player(player, this, 1);
fp.Direction = m_random.Next(0, 1) == 0 ? 1 : -1;
m_players.Add(player, fp);
m_redTeam.Add(fp);
player.CurrentGame = this;
m_redAvgLevel += player.PlayerCharacter.Grade;
fp.Died += new PlayerEventHandle(Player_Died);
}
m_redAvgLevel = m_redAvgLevel / m_redTeam.Count;
m_blueAvgLevel = 0;
foreach (GamePlayer player in blue)
{
Player fp = new Player(player, this, 2);
fp.Direction = m_random.Next(0, 1) == 0 ? 1 : -1;
m_players.Add(player, fp);
m_blueTeam.Add(fp);
player.CurrentGame = this;
m_blueAvgLevel += player.PlayerCharacter.Grade;
fp.Died += new PlayerEventHandle(Player_Died);
}
m_blueAvgLevel = m_blueAvgLevel / blue.Count;
m_map = map;
m_actions = new ArrayList();
PhysicalId = 0;
switch (m_roomType)
{
case eRoomType.Freedom:
m_mapType = eMapType.Normal;
break;
case eRoomType.Match:
m_mapType = eMapType.PairUp;
break;
default:
m_mapType = eMapType.Normal;
break;
}
m_timeType = timeType;
m_tempBox = new List <Box>();
m_tempPoints = new List <Point>();
Cards = new int[8];
GameState = eGameState.Inited;
}
public AbstractGame(int id, eRoomType roomType, eGameType gameType, int timeType)
{
m_id = id;
m_roomType = roomType;
m_gameType = gameType;
m_timeType = timeType;
switch (m_roomType)
{
case eRoomType.Freedom:
m_mapType = eMapType.Normal;
break;
case eRoomType.Match:
m_mapType = eMapType.PairUp;
break;
default:
m_mapType = eMapType.Normal;
break;
}
}
public void SetMapType(eMapType type)
{
_mapType = type;
}
public Set GetTuningSet(eMapType map_type)
{
return(mSets[(int)map_type]);
}
