public static List <dsreplay> Filter(List <dsreplay> replays, Data.DSdyn_filteroptions opt)
{
dsfilter FIL = new dsfilter();
string startdate = "";
string enddate = "";
try
{
startdate = opt.Startdate.ToString("yyyyMMdd");
enddate = opt.Enddate.ToString("yyyyMMdd");
} catch { }
HashSet <string> Gamemodes = opt.Gamemodes.Where(x => x.Value == true).Select(y => y.Key).ToHashSet();
List <dsreplay> fil_replays = new List <dsreplay>(replays);
List <dsreplay> tmprep = new List <dsreplay>();
FIL.GAMES = replays.Count;
if (true)
{
FIL.Beta = replays.Count;
tmprep = new List <dsreplay>(fil_replays.Where(x => !x.REPLAY.Contains("Beta")).ToList());
fil_replays = new List <dsreplay>(tmprep);
FIL.Beta -= fil_replays.Count;
}
if (true)
{
FIL.Hots = fil_replays.Count;
tmprep = new List <dsreplay>(fil_replays.Where(x => !x.REPLAY.Contains("HotS")).ToList());
fil_replays = new List <dsreplay>(tmprep);
FIL.Hots -= fil_replays.Count;
}
if (opt.PlayerCount > 0)
{
FIL.Playercount = fil_replays.Count;
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERCOUNT == opt.PlayerCount).ToList());
fil_replays = new List <dsreplay>(tmprep);
FIL.Playercount -= fil_replays.Count;
}
FIL.Gamemodes = fil_replays.Count;
tmprep = new List <dsreplay>(fil_replays.Where(x => Gamemodes.Contains(x.GAMEMODE))).ToList();
fil_replays = new List <dsreplay>(tmprep);
FIL.Gamemodes -= fil_replays.Count;
if (startdate != null && enddate != null)
{
// 20190323015855
// 20190101000000
string sd = startdate;
sd += "000000";
double sd_int = double.Parse(sd);
string ed = enddate;
ed += "999999";
double ed_int = double.Parse(ed);
FIL.Gametime = fil_replays.Count;
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.GAMETIME > sd_int)).ToList());
fil_replays = new List <dsreplay>(tmprep);
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.GAMETIME < ed_int)).ToList());
fil_replays = new List <dsreplay>(tmprep);
FIL.Gametime -= fil_replays.Count;
}
if (opt.Duration > 0)
{
string duration = opt.Duration.ToString();
string mod = duration.Substring(0, 1);
string snum = duration.Substring(1, duration.Length - 1);
double num = 0;
FIL.Duration = tmprep.Count;
try
{
num = double.Parse(snum);
}
catch { }
if (mod == ">")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.DURATION > num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else if (mod == "<")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.DURATION < num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else
{
try
{
num = double.Parse(duration);
}
catch { }
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.DURATION > num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
FIL.Duration -= tmprep.Count;
}
if (opt.Leaver > 0)
{
string leaver = opt.Leaver.ToString();
string mod = leaver.Substring(0, 1);
string snum = leaver.Substring(1, leaver.Length - 1);
double num = 0;
FIL.Leaver = tmprep.Count;
try
{
num = double.Parse(snum);
}
catch { }
if (mod == ">")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.MAXLEAVER < num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else if (mod == "<")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.MAXLEAVER > num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else
{
try
{
num = double.Parse(leaver);
}
catch { }
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.MAXLEAVER < num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
FIL.Leaver -= tmprep.Count;
}
if (opt.Army > 0)
{
string army = opt.Army.ToString();
string mod = army.Substring(0, 1);
string snum = army.Substring(1, army.Length - 1);
double num = 0;
FIL.Army = tmprep.Count;
try
{
num = double.Parse(snum);
}
catch { }
if (mod == ">")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.ARMY > num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else if (mod == "<")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.ARMY < num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else
{
try
{
num = double.Parse(army);
}
catch { }
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.MINARMY > num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
FIL.Army -= tmprep.Count;
}
if (opt.Income > 0)
{
string income = opt.Income.ToString();
string mod = income.Substring(0, 1);
string snum = income.Substring(1, income.Length - 1);
double num = 0;
FIL.Income = tmprep.Count;
try
{
num = double.Parse(snum);
}
catch { }
if (mod == ">")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.INCOME > num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else if (mod == "<")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.INCOME < num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else
{
try
{
num = double.Parse(income);
}
catch { }
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.MININCOME > num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
FIL.Income -= tmprep.Count;
}
if (opt.Kills > 0)
{
string killsum = opt.Kills.ToString();
string mod = killsum.Substring(0, 1);
string snum = killsum.Substring(1, killsum.Length - 1);
double num = 0;
FIL.Killsum = tmprep.Count;
try
{
num = double.Parse(snum);
}
catch { }
if (mod == ">")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.KILLSUM > num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else if (mod == "<")
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.KILLSUM < num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
else
{
try
{
num = double.Parse(killsum);
}
catch { }
tmprep = new List <dsreplay>(fil_replays.Where(x => (x.MINKILLSUM > num)).ToList());
fil_replays = new List <dsreplay>(tmprep);
}
FIL.Killsum -= tmprep.Count;
}
if (opt.Interest != null)
{
if (Data.DSdata.s_races.Contains(opt.Interest))
{
if (opt.Player == false)
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.RACE == opt.Interest)).ToList());
}
else
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.NAME == "player" && y.RACE == opt.Interest)).ToList());
}
fil_replays = new List <dsreplay>(tmprep);
}
}
if (opt.Vs != null && opt.Interest != null)
{
if (Data.DSdata.s_races.Contains(opt.Vs) && Data.DSdata.s_races.Contains(opt.Interest))
{
if (opt.Player == false)
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.RACE == opt.Interest && x.GetOpp(y.REALPOS).RACE == opt.Vs)).ToList());
}
else
{
tmprep = new List <dsreplay>(fil_replays.Where(x => x.PLAYERS.Exists(y => y.NAME == "player" && y.RACE == opt.Interest && x.GetOpp(y.REALPOS).RACE == opt.Vs)).ToList());
}
fil_replays = new List <dsreplay>(tmprep);
}
}
Dictionary <string, double> aduration = new Dictionary <string, double>();
Dictionary <string, double> aduration_sum = new Dictionary <string, double>();
Dictionary <string, double> cmdrs = new Dictionary <string, double>();
Dictionary <string, double> cmdrs_wins = new Dictionary <string, double>();
aduration.Add("ALL", 0);
aduration_sum.Add("ALL", 0);
double wins = 0;
foreach (dsreplay rep in fil_replays)
{
if (rep.PLAYERCOUNT != 6)
{
continue;
}
aduration["ALL"]++;
aduration_sum["ALL"] += rep.DURATION;
foreach (dsplayer pl in rep.PLAYERS)
{
if (opt.Player == true && pl.NAME != "player")
{
continue;
}
if (aduration.ContainsKey(pl.RACE))
{
aduration[pl.RACE]++;
}
else
{
aduration.Add(pl.RACE, 1);
}
if (aduration_sum.ContainsKey(pl.RACE))
{
aduration_sum[pl.RACE] += rep.DURATION;
}
else
{
aduration_sum.Add(pl.RACE, rep.DURATION);
}
if (cmdrs.ContainsKey(pl.RACE))
{
cmdrs[pl.RACE]++;
}
else
{
cmdrs.Add(pl.RACE, 1);
}
if (pl.TEAM == rep.WINNER)
{
wins++;
if (cmdrs_wins.ContainsKey(pl.RACE))
{
cmdrs_wins[pl.RACE]++;
}
else
{
cmdrs_wins.Add(pl.RACE, 1);
}
}
}
}
double dur = 0;
if (aduration["ALL"] > 0)
{
dur = aduration_sum["ALL"] / aduration["ALL"];
}
dur /= 22.4;
FIL.Total = fil_replays.Count();
if (opt.Player == true)
{
FIL.Total = fil_replays.Where(x => x.PLAYERS.Exists(y => y.NAME == "player")).ToArray().Count();
}
FIL.WR = 50;
if (FIL.Total > 0 && opt.Player == true)
{
FIL.WR = Math.Round(wins * 100 / (double)FIL.Total, 2);
}
TimeSpan t = TimeSpan.FromSeconds(dur);
FIL.Average_Duration = t;
FIL.Cmdrs = new Dictionary <string, double>(cmdrs);
FIL.Cmdrs_wins = new Dictionary <string, double>(cmdrs_wins);
foreach (string ent in FIL.Cmdrs.Keys)
{
double mdur = 0;
if (aduration[ent] > 0)
{
mdur = aduration_sum[ent] / aduration[ent];
}
mdur /= 22.4;
TimeSpan mt = TimeSpan.FromSeconds(mdur);
string fdur = mt.Minutes + ":" + mt.Seconds.ToString("D2") + "min";
double fwr = 0;
if (!FIL.Cmdrs_wins.ContainsKey(ent))
{
FIL.Cmdrs_wins.Add(ent, 0);
}
if (FIL.Cmdrs[ent] > 0)
{
fwr = FIL.Cmdrs_wins[ent] * 100 / FIL.Cmdrs[ent];
fwr = Math.Round(fwr, 2);
}
string mfwr = fwr.ToString() + "%";
FIL.CmdrInfo.Add(ent, new FilHelper((int)FIL.Cmdrs[ent], fdur, mfwr));
}
string adur = t.Minutes + ":" + t.Seconds.ToString("D2") + "min";
string awr = FIL.WR.ToString() + "%";
FIL.CmdrInfo.Add("ALL", new FilHelper(FIL.Total, adur, awr));
opt.fil = FIL;
return(fil_replays);
}
public DSfilter()
{
FIL = new dsfilter();
}