internal List <MatchGroup> GetMatchGroup(int rank, int group_count)
{
List <MatchGroup> result = new List <MatchGroup>();
ArenaMatchRuleConfig rule = GetFitRule(rank);
if (rule == null)
{
return(result);
}
int oneBegin, twoBegin, threeBegin, threeEnd;
GetRankMatchRange(rank, out oneBegin, out twoBegin, out threeBegin, out threeEnd);
List <int> ones = GetRandomRank(rank, oneBegin, twoBegin, group_count);
List <int> twos = GetRandomRank(rank, twoBegin, threeBegin, group_count);
List <int> threes = GetRandomRank(rank, threeBegin, threeEnd, group_count);
for (int i = 0; i < group_count; ++i)
{
MatchGroup group = new MatchGroup();
if (ones.Count > i)
{
group.One = m_Rank.GetRankEntity(ones[i]);
}
if (twos.Count > i)
{
group.Two = m_Rank.GetRankEntity(twos[i]);
}
if (threes.Count > i)
{
group.Three = m_Rank.GetRankEntity(threes[i]);
}
result.Add(group);
}
return(result);
}
private void InitRuleManager()
{
List <ArenaMatchRuleConfig> rules = new List <ArenaMatchRuleConfig>();
foreach (var pair in ArenaConfigProvider.Instance.MatchRuleConfig.GetData())
{
ArenaMatchRuleConfig rule = (ArenaMatchRuleConfig)pair.Value;
rules.Add(rule);
}
m_MatchRuleManager = new MatchRuleManager(m_ArenaRank, rules);
}
internal void GetRankMatchRange(int rank, out int oneBegin, out int twoBegin, out int threeBegin, out int threeEnd)
{
ArenaMatchRuleConfig rule = GetFitRule(rank);
if (rule == null)
{
oneBegin = twoBegin = threeBegin = threeEnd = -1;
return;
}
oneBegin = GetLegalRank(rank - rule.OneBegin, m_Rank.MaxRank + 1);
twoBegin = GetLegalRank(rank - rule.TwoBegin, m_Rank.MaxRank + 1);
threeBegin = GetLegalRank(rank - rule.ThreeBegin, m_Rank.MaxRank + 1);
threeEnd = GetLegalRank(rank - rule.ThreeEnd, m_Rank.MaxRank + 1);
}