public MapPoint(Coordinate point, int index, string name, MapPointType type, double?speedLimit = null)
{
this.Point = point;
this.Index = index;
this.Name = name;
this.PointType = type;
this.SpeedLimit = speedLimit;
this.Properties = new Dictionary <string, object>();
}
public void TEST_MakeNewPoint(MapPointType mmt)
{
int x = Random.Range(0, mapSectors.Length);
var rs = mapSectors[x];
if (rs == null)
{
AddNewSector((byte)x, mmt, Environment.defaultEnvironment);
}
}
public static MapPoint CreatePointOfType(float i_angle, float i_height, MapPointType mtype)
{
switch (mtype)
{
case MapPointType.MyCity:
case MapPointType.FlyingExpedition:
return(new MapPoint(i_angle, i_height, mtype));
case MapPointType.Star:
return(new SunPoint(i_angle, i_height, GameMaster.realMaster.globalMap.ascension));
case MapPointType.Unknown:
case MapPointType.Station:
case MapPointType.Wreck:
case MapPointType.Island:
case MapPointType.SOS:
case MapPointType.Portal:
case MapPointType.Colony:
case MapPointType.Wiseman:
case MapPointType.Wonder:
case MapPointType.Resources:
float f = Random.value;
var p = Path.NoPath;
if (f > 0.1f)
{
if (f > 0.7f)
{
p = Path.TechPath;
}
else
{
if (f > 0.4f)
{
p = Path.SecretPath;
}
else
{
p = Path.LifePath;
}
}
}
return(new PointOfInterest(i_angle, i_height, mtype, p));
case MapPointType.QuestMark:
return(new MapPoint(i_angle, i_height, mtype));
default:
return(new MapPoint(i_angle, i_height, mtype));
}
}
private void AddNewSector(byte index, MapPointType mtype, Environment e)
{
if (mapSectors[index] != null)
{
RemoveSector(index);
}
Vector2 spos = GetSectorPosition(index);
MapPoint mpoint = MapPoint.CreatePointOfType(spos.x, spos.y, mtype);
AddPoint(mpoint, false);
RingSector rs = new RingSector(mpoint, e);
mapSectors[index] = rs;
actionsHash++;
}
public static int generateCount(MapPointType mpt)
{
if (MapPointType.BOSS.Equals(mpt))
{
return(1);
}
if (MapPointType.SKIRMISH.Equals(mpt))
{
return(Random.Range(2, 4));
}
if (MapPointType.ARMY.Equals(mpt))
{
return(Random.Range(4, 6));
}
return(0);
}
public void SetMapPointInfoTitleText(MapPointType mapPointType)
{
if (mapPointType == MapPointType.BATTLE)
{
mapPointInfoTitleText.text = "Battle";
}
if (mapPointType == MapPointType.ELITEBATTLE)
{
mapPointInfoTitleText.text = "Battle Elite";
}
else if (mapPointType == MapPointType.RANDOM)
{
mapPointInfoTitleText.text = "Random";
}
else if (mapPointType == MapPointType.SAVE)
{
mapPointInfoTitleText.text = "Save";
}
else if (mapPointType == MapPointType.SHOP)
{
mapPointInfoTitleText.text = "Shop";
}
else if (mapPointType == MapPointType.MINIBOSS)
{
mapPointInfoTitleText.text = "Mini Boss";
}
else if (mapPointType == MapPointType.TREASURE)
{
mapPointInfoTitleText.text = "Treasure";
}
else if (mapPointType == MapPointType.END)
{
mapPointInfoTitleText.text = "Finale";
}
else if (mapPointType == MapPointType.NONE ||
mapPointType == MapPointType.START ||
mapPointType == MapPointType.END)
{
mapPointInfoTitleText.text = "";
}
}
public static Rect GetMarkerRect(MapPointType mtype)
{
float p = 0.25f;
switch (mtype)
{
case MapPointType.MyCity: return(new Rect(p, 0, p, p));
case MapPointType.Station: return(new Rect(0, p, p, p));
case MapPointType.Wreck: return(new Rect(p, p, p, p));
case MapPointType.FlyingExpedition: return(new Rect(2 * p, p, p, p));
case MapPointType.Island: return(new Rect(3 * p, p, p, p));
case MapPointType.SOS: return(new Rect(0, 2 * p, p, p));
case MapPointType.Portal: return(new Rect(p, 2 * p, p, p));
case MapPointType.QuestMark: return(new Rect(2 * p, 2 * p, p, p));
case MapPointType.Colony: return(new Rect(3 * p, 2 * p, p, p));
case MapPointType.Star: return(new Rect(0, 3 * p, p, p));
case MapPointType.Wiseman: return(new Rect(p, 3 * p, p, p));
case MapPointType.Wonder: return(new Rect(2 * p, 3 * p, p, p));
case MapPointType.Resources: return(new Rect(3 * p, 3 * p, p, p));
case MapPointType.Unknown:
default:
return(new Rect(0, 0, p, p));
}
}
public MovingMapPoint(float i_angle, float i_height, byte ring, MapPointType mtype) : base(i_angle, i_height, mtype)
{
moveVector = Vector2.zero;
}
protected MapPoint(float i_angle, float i_height, MapPointType mtype)
{
ID = nextID++;
angle = i_angle;
height = i_height;
ringIndex = GameMaster.realMaster.globalMap.DefineRing(height);
type = mtype;
switch (mtype)
{
case MapPointType.Unknown:
stability = Random.value * 0.3f;
break;
case MapPointType.MyCity:
stability = 1f;
break;
case MapPointType.Star:
stability = 0.5f + Random.value * 0.4f;
break;
case MapPointType.Station:
stability = 0.5f;
break;
case MapPointType.Wreck:
stability = 0.1f + 0.23f * Random.value;
break;
case MapPointType.FlyingExpedition:
stability = 1f;
break; // flyingExpedition.expedition.sectorCollapsingTest
case MapPointType.Island:
stability = 0.5f + Random.value * 0.2f;
break;
case MapPointType.SOS:
stability = Random.value * 0.05f;
break;
case MapPointType.Portal:
stability = 0.1f + Random.value * 0.3f;
break;
case MapPointType.QuestMark:
stability = 1f;
break;
case MapPointType.Colony:
stability = 0.4f + Random.value * 0.2f;
break;
case MapPointType.Wiseman:
stability = 0.5f + Random.value * 0.25f;
break;
case MapPointType.Wonder:
stability = Random.value;
break;
case MapPointType.Resources:
stability = 0.2f + Random.value * 0.3f;
break;
}
destroyed = false;
}
public const string WetSection = "21600"; //湿滑路段
#endregion
public static string GetExamItemCode(MapPointType pointType)
{
switch (pointType)
{
case MapPointType.TurnLeft:
return(TurnLeft);
case MapPointType.StraightThrough:
return(StraightThrough);
case MapPointType.TurnRight:
return(TurnRight);
case MapPointType.SharpTurn:
return(SharpTurn);
case MapPointType.PedestrianCrossing:
return(PedestrianCrossing);
case MapPointType.SchoolArea:
return(SchoolArea);
case MapPointType.BusArea:
return(BusArea);
case MapPointType.StraightDriving:
return(StraightDriving);
case MapPointType.Overtaking:
return(Overtaking);
case MapPointType.ChangeLines:
return(ChangeLanes);
case MapPointType.Meeting:
return(Meeting);
case MapPointType.PullOver:
return(PullOver);
case MapPointType.TurnRound:
return(TurnRound);
case MapPointType.ModifiedGear:
return(ModifiedGear);
//case MapPointType.AddGear:
// return AddGear;
case MapPointType.Roundabout:
return(Roundabout);
case MapPointType.NextItem:
return(NextItem);
case MapPointType.StartSpeedLimit:
return(SpeedLimit);
case MapPointType.PedestrianCrossingHasPeople:
return(PedestrianCrossingHasPeople);
case MapPointType.SlowSpeed:
return(SlowSpeed);
case MapPointType.OvertakeChangeMeeting:
return(OvertakeChangeMeeting);
case MapPointType.TurnRightVoice:
return(TurnRightVoice);
default:
return(string.Empty);
}
}
public PointOfInterest(float i_angle, float i_height, MapPointType mtype, Path i_path) : base(i_angle, i_height, mtype)
{
difficulty = CalculateDifficulty();
path = i_path;
}
public MapPointType PickMainPointType()
{
MapPointType[] list = new MapPointType[4];
switch (presetType)
{
case EnvironmentPreset.Ocean:
list[0] = MapPointType.Resources;
list[1] = MapPointType.SOS;
list[2] = MapPointType.Island;
list[3] = MapPointType.Wonder;
break;
case EnvironmentPreset.Meadows:
list[0] = MapPointType.Resources;
list[1] = MapPointType.Wreck;
list[2] = MapPointType.Station;
list[3] = MapPointType.Colony;
break;
case EnvironmentPreset.WhiteSpace:
list[0] = MapPointType.Star;
list[1] = MapPointType.Wiseman;
list[2] = MapPointType.Wonder;
list[3] = MapPointType.Portal;
break;
case EnvironmentPreset.Space:
case EnvironmentPreset.Ice:
list[0] = MapPointType.Resources;
list[1] = MapPointType.Wreck;
list[2] = MapPointType.SOS;
list[3] = MapPointType.Station;
break;
case EnvironmentPreset.Desert:
list[0] = MapPointType.Resources;
list[1] = MapPointType.Wreck;
list[2] = MapPointType.SOS;
list[3] = MapPointType.Island;
break;
case EnvironmentPreset.Fire:
list[0] = MapPointType.Star;
list[1] = MapPointType.Wreck;
list[2] = MapPointType.SOS;
list[3] = MapPointType.Portal;
break;
case EnvironmentPreset.Ruins:
list[0] = MapPointType.Resources;
list[1] = MapPointType.Wreck;
list[2] = MapPointType.Wiseman;
list[3] = MapPointType.Colony;
break;
case EnvironmentPreset.Crystal:
list[0] = MapPointType.Resources;
list[1] = MapPointType.Wiseman;
list[2] = MapPointType.Island;
list[3] = MapPointType.Portal;
break;
case EnvironmentPreset.Forest:
list[0] = MapPointType.Resources;
list[1] = MapPointType.Island;
list[2] = MapPointType.Colony;
list[3] = MapPointType.Wonder;
break;
case EnvironmentPreset.Pollen:
list[0] = MapPointType.SOS;
list[1] = MapPointType.Wreck;
list[2] = MapPointType.Island;
list[3] = MapPointType.Portal;
break;
case EnvironmentPreset.Pipe:
list[0] = MapPointType.Resources;
list[1] = MapPointType.Wreck;
list[2] = MapPointType.Star;
list[3] = MapPointType.Island;
break;
default:
list[0] = MapPointType.Resources;
list[1] = MapPointType.Island;
list[2] = MapPointType.Station;
list[3] = MapPointType.Wonder;
break;
}
float x = Random.value;
if (x > 0.3f)
{
if (x > 0.6f)
{
return(list[0]);
}
else
{
return(list[1]);
}
}
else
{
if (x < 0.1f)
{
return(list[3]);
}
else
{
return(list[2]);
}
}
}
public static void DefinePointOfInterest(GlobalMap gmap, out MapPointType mtype, out Path path)
{
var ascension = gmap.ascension;
((MapPointType pointType, Path path)pointInfo, float probability)[] probabilities;
