public static DigivolveDNA GetChild(string parent1Str, string parent2Str)
{
var parent1 = DNATables.DigimonTempsNotRookie.FirstOrDefault(x => x.NameEng == parent1Str);
var parent2 = DNATables.DigimonTempsNotRookie.FirstOrDefault(x => x.NameEng == parent2Str);
var parent11 = parent1;
var parent22 = parent2;
if (parent11.Rank != parent22.Rank)
{
if (parent11.Rank > parent22.Rank)
{
var tmp = parent11;
parent11 = parent22;
parent22 = tmp;
}
do
{
parent22 = Down(parent22, DNATables.DigimonTempsNotRookie);
} while (parent11.Rank != parent22.Rank);
}
Dictionary<string, List<string>> dic;
switch (parent11.Rank)
{
case Rank.Champion:
dic = DNATables.ChampTableDictionary;
break;
case Rank.Ultimate:
dic = DNATables.UltimaTableDictionary;
break;
case Rank.Mega:
dic = DNATables.MegaTableDictionary;
break;
default:
throw new ArgumentOutOfRangeException();
}
var listDic = dic.ToList();
//получили строчку с вариантами
var list = dic[parent11.SourceCode];
//получаем индекс
var index22 = listDic.IndexOf(listDic.FirstOrDefault(x => x.Key == parent22.SourceCode));
var strResult = list[index22];
DigimonTemp result;
switch (parent11.Rank)
{
case Rank.Champion:
result = DNATables.DigimonTemps.FirstOrDefault(x => x.Rank == Rank.Rookie && x.ResultCode == strResult);
break;
case Rank.Ultimate:
result = DNATables.DigimonTemps.FirstOrDefault(x => x.Rank == Rank.Champion && x.ResultCode == strResult);
break;
case Rank.Mega:
result = DNATables.DigimonTemps.FirstOrDefault(x => x.Rank == Rank.Ultimate && x.ResultCode == strResult);
break;
default:
throw new ArgumentOutOfRangeException();
}
if (result == null
// && !DB.DigivolvesDNA.Any(
// x => x.DigimonParent1Id == parent1.NameEng && x.DigimonParent2Id == parent2.NameEng)
// && !DB.DigivolvesDNA.Any(
// x => x.DigimonParent2Id == parent1.NameEng && x.DigimonParent1Id == parent2.NameEng)
//&& strResult != "МУ"
)
{
if (strResult == "МУ")
{
var mutations = GetMutation();
if (!Enumerable.Any<DigivolveDNA>(mutations, x => x.DigimonParent1Id == parent1.NameEng && x.DigimonParent2Id == parent2.NameEng) && !Enumerable.Any<DigivolveDNA>(mutations, x => x.DigimonParent2Id == parent1.NameEng && x.DigimonParent1Id == parent2.NameEng))
{
throw new ApplicationException("В таблице мутаций нет этого сочетания");
}
}
Console.WriteLine("Parent1={0}(Rank={4})\tParent2={1}(Rank={5})\tParent11={2}(Rank={6})\tParent22={3}(Rank={7})", parent1.NameEng, parent2.NameEng, parent11.NameEng, parent22.NameEng, parent1.Rank, parent2.Rank, parent11.Rank, parent22.Rank);
return null;
}
var dnaResult = new DigivolveDNA(parent1.NameEng, parent2.NameEng, result.NameEng);
return dnaResult;
}
public static DigivolveDNA GetChild(string parent1Str, string parent2Str)
{
var parent1 = DNATables.DigimonTempsNotRookie.FirstOrDefault(x => x.NameEng == parent1Str);
var parent2 = DNATables.DigimonTempsNotRookie.FirstOrDefault(x => x.NameEng == parent2Str);
var parent11 = parent1;
var parent22 = parent2;
if (parent11.Rank != parent22.Rank)
{
if (parent11.Rank > parent22.Rank)
{
var tmp = parent11;
parent11 = parent22;
parent22 = tmp;
}
do
{
parent22 = Down(parent22, DNATables.DigimonTempsNotRookie);
} while (parent11.Rank != parent22.Rank);
}
Dictionary <string, List <string> > dic;
switch (parent11.Rank)
{
case Rank.Champion:
dic = DNATables.ChampTableDictionary;
break;
case Rank.Ultimate:
dic = DNATables.UltimaTableDictionary;
break;
case Rank.Mega:
dic = DNATables.MegaTableDictionary;
break;
default:
throw new ArgumentOutOfRangeException();
}
var listDic = dic.ToList();
//получили строчку с вариантами
var list = dic[parent11.SourceCode];
//получаем индекс
var index22 = listDic.IndexOf(listDic.FirstOrDefault(x => x.Key == parent22.SourceCode));
var strResult = list[index22];
DigimonTemp result;
switch (parent11.Rank)
{
case Rank.Champion:
result = DNATables.DigimonTemps.FirstOrDefault(x => x.Rank == Rank.Rookie && x.ResultCode == strResult);
break;
case Rank.Ultimate:
result = DNATables.DigimonTemps.FirstOrDefault(x => x.Rank == Rank.Champion && x.ResultCode == strResult);
break;
case Rank.Mega:
result = DNATables.DigimonTemps.FirstOrDefault(x => x.Rank == Rank.Ultimate && x.ResultCode == strResult);
break;
default:
throw new ArgumentOutOfRangeException();
}
if (result == null
// && !DB.DigivolvesDNA.Any(
// x => x.DigimonParent1Id == parent1.NameEng && x.DigimonParent2Id == parent2.NameEng)
// && !DB.DigivolvesDNA.Any(
// x => x.DigimonParent2Id == parent1.NameEng && x.DigimonParent1Id == parent2.NameEng)
//&& strResult != "МУ"
)
{
if (strResult == "МУ")
{
var mutations = GetMutation();
if (!Enumerable.Any <DigivolveDNA>(mutations, x => x.DigimonParent1Id == parent1.NameEng && x.DigimonParent2Id == parent2.NameEng) && !Enumerable.Any <DigivolveDNA>(mutations, x => x.DigimonParent2Id == parent1.NameEng && x.DigimonParent1Id == parent2.NameEng))
{
throw new ApplicationException("В таблице мутаций нет этого сочетания");
}
}
Console.WriteLine("Parent1={0}(Rank={4})\tParent2={1}(Rank={5})\tParent11={2}(Rank={6})\tParent22={3}(Rank={7})", parent1.NameEng, parent2.NameEng, parent11.NameEng, parent22.NameEng, parent1.Rank, parent2.Rank, parent11.Rank, parent22.Rank);
return(null);
}
var dnaResult = new DigivolveDNA(parent1.NameEng, parent2.NameEng, result.NameEng);
return(dnaResult);
}
