public void AddEmptyLevelToQueue(float _widthInWorldUnits)
{
Vector2 size = new Vector2(_widthInWorldUnits, 10.24f);
mg_jr_LevelDefinition pattern = new mg_jr_LevelDefinition(size);
LoadLevelAfterExisting(pattern);
}
private mg_jr_Level LoadLevelAfterExisting(mg_jr_LevelDefinition _pattern)
{
_pattern.UseDeffinition();
GameObject gameObject = new GameObject(string.Concat("mg_jr_Level_", _pattern.EnvironmentType, "_", _pattern.Difficulty));
mg_jr_Level mg_jr_Level2 = gameObject.AddComponent <mg_jr_Level>();
mg_jr_Level2.LevelDefinition = _pattern;
EnvironmentVariant variant = m_environmentManager.CurrentEnvironment.Variant;
foreach (mg_jr_LevelDefinition.ObjectSpawnDefinition objectSpawnDefinition in _pattern.ObjectSpawnDefinitions)
{
GameObject pooledResource = m_resources.GetPooledResource(objectSpawnDefinition.XmlResourceName, variant);
pooledResource.transform.parent = gameObject.transform;
pooledResource.transform.position = objectSpawnDefinition.PositionInLevel;
pooledResource.name = pooledResource.name + "_" + objectSpawnDefinition.Name;
}
Vector3 position;
if (m_activeLevels.Count == 0)
{
float num = _pattern.Size.y * 0.5f - Camera.main.orthographicSize;
position = new Vector3(Camera.main.RightEdgeInWorld(), Camera.main.TopEdgeInWorld() + num, 0f);
}
else
{
mg_jr_Level value = m_activeLevels.Last.Value;
position = value.TopRightCornerInWorld();
}
gameObject.transform.position = position;
gameObject.transform.parent = base.transform;
m_activeLevels.AddLast(mg_jr_Level2);
return(mg_jr_Level2);
}
private mg_jr_Level AddRandomLevelToQueue(EnvironmentType _environmentType, int _difficulty)
{
Assert.AreNotEqual(EnvironmentType.MAX, _environmentType, "Invalid value: " + _environmentType);
_difficulty = m_availableDifficulties[_environmentType].ClampToRange(_difficulty);
EnvironmentTypeAndDifficultyID key = new EnvironmentTypeAndDifficultyID(_environmentType, _difficulty);
List <mg_jr_LevelDefinition> list = m_levelDefinitions[key];
mg_jr_LevelDefinition mg_jr_LevelDefinition2 = null;
int num = -1;
foreach (mg_jr_LevelDefinition item in list)
{
if (!item.IsUseLimitReached)
{
int num2 = Random.Range(0, 1000) * item.CurrentRarity;
if (num2 > num)
{
mg_jr_LevelDefinition2 = item;
num = num2;
}
}
}
if (mg_jr_LevelDefinition2 == null)
{
ResetLevelRarity(_environmentType);
mg_jr_LevelDefinition2 = list[0];
}
Assert.NotNull(mg_jr_LevelDefinition2, "No useablelevel def found");
return(LoadLevelAfterExisting(mg_jr_LevelDefinition2));
}
private void LoadLevelDeffinitions(TextAsset[] levelXmls)
{
foreach (TextAsset xmlLevelDef in levelXmls)
{
mg_jr_LevelDefinition mg_jr_LevelDefinition2 = new mg_jr_LevelDefinition();
mg_jr_LevelDefinition2.LoadFromXML(xmlLevelDef);
EnvironmentTypeAndDifficultyID key = new EnvironmentTypeAndDifficultyID(mg_jr_LevelDefinition2.EnvironmentType, mg_jr_LevelDefinition2.Difficulty);
if (!m_levelDefinitions.ContainsKey(key))
{
m_levelDefinitions.Add(key, new List <mg_jr_LevelDefinition>());
}
m_levelDefinitions[key].Add(mg_jr_LevelDefinition2);
DifficultyRange value;
if (!m_availableDifficulties.ContainsKey(mg_jr_LevelDefinition2.EnvironmentType))
{
value = new DifficultyRange(mg_jr_LevelDefinition2.Difficulty);
m_availableDifficulties.Add(mg_jr_LevelDefinition2.EnvironmentType, value);
continue;
}
value = m_availableDifficulties[mg_jr_LevelDefinition2.EnvironmentType];
value.Minimum = Mathf.Min(mg_jr_LevelDefinition2.Difficulty, value.Minimum);
value.Maximum = Mathf.Max(mg_jr_LevelDefinition2.Difficulty, value.Maximum);
m_availableDifficulties[mg_jr_LevelDefinition2.EnvironmentType] = value;
}
}
