public async Task <ulong?> GetVerifiedUser(ulong discordId)
{
using var dbContext = new ArkContext();
switch (Config.VerificationPlugin)
{
case "Fakka":
var fakka = await dbContext.Discordaddonplayers.FirstOrDefaultAsync(x => x.Discid == discordId.ToString());
if (fakka == null)
{
return(null);
}
return(Convert.ToUInt64(fakka.SteamId));
case "Wooly":
var wooly = await dbContext.DiscordIntegrationPlayers.FirstOrDefaultAsync(x => x.DiscordId == Convert.ToInt64(discordId));
if (wooly == null)
{
return(null);
}
return(Convert.ToUInt64(wooly.Steamid));
default:
return(null);
}
}
internal static List <TamedCreatureViewModel> BuildCreatureViewModelsForPlayerId(ArkServerContext context, ulong playerId)
{
var result = new List <TamedCreatureViewModel>();
if (context.TamedCreatures != null)
{
var playercreatures = context.NoRafts.Where(x => (ulong)x.TargetingTeam == playerId || (x.OwningPlayerId.HasValue && (ulong)x.OwningPlayerId == playerId)).ToArray();
var tribe = context.Tribes?.FirstOrDefault(x => x.MemberIds.Contains((int)playerId));
var tribecreatures = tribe != null?context.NoRafts.Where(x => x.TargetingTeam == tribe.Id && !playercreatures.Any(y => y.Id == x.Id)).ToArray() : new ArkTamedCreature[]
{
};
foreach (var item in playercreatures.Select(x => new { c = x, o = "player" }).Concat(tribecreatures.Select(x => new { c = x, o = "tribe" })))
{
var currentFood = item.c.CurrentStatusValues?.Length > 4 ? item.c.CurrentStatusValues[4] : null;
var maxFood = item.c.BaseStats?.Length > 4 && item.c.TamedStats?.Length > 4 ?
ArkContext.CalculateMaxStat(
ArkSpeciesStatsData.Stat.Food,
item.c.ClassName,
item.c.BaseStats[4],
item.c.TamedStats[4],
(decimal)(item.c.DinoImprintingQuality ?? 0f),
(decimal)(item.c.TamedIneffectivenessModifier ?? 0f)) : null;
//baby food formula: max * 0.1 + (max - (max * 0.1)) * age
if (maxFood.HasValue && item.c.BabyAge.HasValue)
{
maxFood = maxFood.Value * 0.1 + (maxFood.Value - (maxFood.Value * 0.1)) * item.c.BabyAge.Value;
}
var foodStatus = currentFood.HasValue && maxFood.HasValue ? currentFood.Value / (float)maxFood.Value : (float?)null;
if (foodStatus.HasValue && foodStatus > 1f)
{
foodStatus = 1f;
}
var aliases = ArkSpeciesAliases.Instance.GetAliases(item.c.ClassName);
var vmc = new TamedCreatureViewModel
{
Name = item.c.Name,
ClassName = item.c.ClassName,
Species = aliases?.FirstOrDefault(),
Aliases = aliases?.Skip(2).ToArray() ?? new string[] { }, //skip primary name and class name
Gender = item.c.Gender.ToString(),
BaseLevel = item.c.BaseLevel,
Level = item.c.Level,
BabyAge = item.c.IsBaby ? item.c.BabyAge : null,
Imprint = item.c.DinoImprintingQuality,
FoodStatus = foodStatus,
Latitude = item.c.Location?.Latitude,
Longitude = item.c.Location?.Longitude,
TopoMapX = item.c.Location?.TopoMapX,
TopoMapY = item.c.Location?.TopoMapY,
NextMating = item.c.NextAllowedMatingTimeApprox,
BabyNextCuddle = item.c.BabyNextCuddleTimeApprox,
OwnerType = item.o
};
result.Add(vmc);
}
}
return(result);
}
public async Task Run(CommandEventArgs e)
{
var args = CommandHelper.ParseArgs(e, new { ServerKey = "" }, x =>
x.For(y => y.ServerKey, noPrefix: true, isRequired: false));
var serverContext = _contextManager.GetServer(args.ServerKey ?? _config.ServerKey);
if (serverContext == null)
{
await e.Channel.SendMessage($"**Specified server instance key is not valid.**");
return;
}
if (!serverContext.IsInitialized)
{
await e.Channel.SendMessage($"**The data is loading but is not ready yet...**");
return;
}
var player = await CommandHelper.GetCurrentPlayerOrSendErrorMessage(e, _databaseContextFactory, serverContext);
if (player == null)
{
return;
}
var playercreatures = serverContext.NoRafts.Where(x => (ulong)x.TargetingTeam == player.Id || (x.OwningPlayerId.HasValue && (ulong)x.OwningPlayerId == player.Id)).ToArray();
var tribecreatures = player.TribeId.HasValue ? serverContext.NoRafts.Where(x => x.TargetingTeam == player.TribeId.Value && !playercreatures.Any(y => y.Id == x.Id)).ToArray() : new ArkTamedCreature[] { };
var mydinos = playercreatures.Select(x => new { c = x, o = "player" }).Concat(tribecreatures.Select(x => new { c = x, o = "tribe" })).Select(item =>
{
var currentFood = item.c.CurrentStatusValues?.Length > 4 ? item.c.CurrentStatusValues[4] : null;
var maxFood = item.c.BaseStats?.Length > 4 && item.c.TamedStats?.Length > 4 ?
ArkContext.CalculateMaxStat(
ArkSpeciesStatsData.Stat.Food,
item.c.ClassName,
item.c.BaseStats[4],
item.c.TamedStats[4],
(decimal)(item.c.DinoImprintingQuality ?? 0f),
(decimal)(item.c.TamedIneffectivenessModifier ?? 0f)) : null;
//baby food formula: max * 0.1 + (max - (max * 0.1)) * age
if (maxFood.HasValue && item.c.BabyAge.HasValue)
{
maxFood = maxFood.Value * 0.1 + (maxFood.Value - (maxFood.Value * 0.1)) * item.c.BabyAge.Value;
}
var fs = currentFood.HasValue && maxFood.HasValue ? currentFood.Value / (float)maxFood.Value : (float?)null;
if (fs.HasValue && fs > 1f)
{
fs = 1f;
}
var aliases = ArkSpeciesAliases.Instance.GetAliases(item.c.ClassName);
return(new { c = item.c, o = item.o, food = fs });
}).ToArray();
//var mydinos = serverContext.NoRafts
// .Where(x => ((x.OwningPlayerId.HasValue && x.OwningPlayerId.Value == player.Id) || (x.Team.Value == player.TribeId)) && !x.IsBaby)
// .Select(x =>
// {
// //!_context.ArkSpeciesStatsData.SpeciesStats.Any(y => y.Name.Equals(x.SpeciesName, StringComparison.OrdinalIgnoreCase)) ? _context.ArkSpeciesStatsData.SpeciesStats.Select(y => new { name = y.Name, similarity = StatisticsHelper.CompareToCharacterSequence(x.Name, x.SpeciesName.ToCharArray()) }).OrderByDescending(y => y.similarity).FirstOrDefault()?.name : null;
// return new
// {
// creature = x,
// maxFood = ArkContext.CalculateMaxStat(Data.ArkSpeciesStatsData.Stat.Food, x.SpeciesClass ?? x.SpeciesName, x.WildLevels?.Food, x.TamedLevels?.Food, x.ImprintingQuality, x.TamedIneffectivenessModifier)
// };
// })
// .ToArray();
//var foodStatus = mydinos?.Where(x => x.creature.CurrentFood.HasValue && x.maxFood.HasValue).Select(x => (double)x.creature.CurrentFood.Value / x.maxFood.Value)
// .Where(x => x <= 1d).OrderBy(x => x).ToArray();
//var starving = mydinos?.Where(x => x.creature.CurrentFood.HasValue && x.maxFood.HasValue).Select(x => new { creature = x.creature, p = (double)x.creature.CurrentFood.Value / x.maxFood.Value })
// .Where(x => x.p <= (1 / 2d)).OrderBy(x => x.p).ToArray(); //any dino below 1/2 food is considered to be starving
var foodStatus = mydinos.Where(x => x.food.HasValue).Select(x => x.food.Value).OrderBy(x => x).ToArray();
var starving = mydinos.Where(x => !x.food.HasValue || x.food <= (1 / 2d)).OrderBy(x => x.food).ToArray(); //any dino below 1/2 food is considered to be starving
if (foodStatus.Length <= 0)
{
await e.Channel.SendMessage($"<@{e.User.Id}>, we could not get the food status of your dinos! :(");
return;
}
var min = foodStatus.Min();
var avg = foodStatus.Average();
var max = foodStatus.Max();
var stateFun = min <= 0.25 ? "starving... :(" : min <= 0.5 ? "hungry... :|" : min <= 0.75 ? "feeling satisfied :)" : "feeling happy! :D";
var sb = new StringBuilder();
sb.AppendLine($"**Your dinos are {stateFun}**");
sb.AppendLine($"{min:P0} ≤ {avg:P0} ≤ {max:P0}");
if (starving.Length > 0)
{
var tmp = starving.Select(x =>
{
var aliases = ArkSpeciesAliases.Instance.GetAliases(x.c.ClassName);
return($"{x.c.Name ?? aliases.FirstOrDefault() ?? x.c.ClassName}, lvl {x.c.Level}" + $" ({(x.food.HasValue ? x.food.Value.ToString("P0") : "Unknown")})");
}).ToArray().Join((n, l) => n == l ? " and " : ", ");
sb.AppendLine(tmp);
}
await CommandHelper.SendPartitioned(e.Channel, sb.ToString());
var filepath = Path.Combine(_config.TempFileOutputDirPath, "chart.jpg");
if (CommandHelper.AreaPlotSaveAs(foodStatus.Select((x, i) => new DataPoint(i, x)).ToArray(), filepath))
{
await e.Channel.SendFile(filepath);
}
if (File.Exists(filepath))
{
File.Delete(filepath);
}
}
