public async Task <IEnumerable <PokemonData> > GetPokemonToEvolve(Dictionary <PokemonId, EvolveFilter> filters = null)
{
var buddy = (await GetPlayerData().ConfigureAwait(false)).PlayerData.BuddyPokemon?.Id;
IEnumerable <PokemonData> myPokemons = (await GetPokemons().ConfigureAwait(false)).OrderByDescending(p => p.Cp);
List <PokemonData> possibleEvolvePokemons = new List <PokemonData>();
foreach (var pokemon in myPokemons)
{
if (!filters.ContainsKey(pokemon.PokemonId))
{
continue;
}
var filter = filters[pokemon.PokemonId];
if (await CanEvolvePokemon(pokemon, filter, true).ConfigureAwait(false))
{
possibleEvolvePokemons.Add(pokemon);
}
}
var pokemonToEvolve = new List <PokemonData>();
// Group pokemon by their PokemonId
var groupedPokemons = possibleEvolvePokemons.GroupBy(p => p.PokemonId);
foreach (var g in groupedPokemons)
{
PokemonId pokemonId = g.Key;
var orderedGroup = g.OrderByDescending(p => p.Cp);
//if (!filters.ContainsKey(pokemon.PokemonId)) continue;
var filter = filters[pokemonId];
int candiesLeft = await GetCandyCount(pokemonId).ConfigureAwait(false);
PokemonSettings settings = (await GetPokemonSettings().ConfigureAwait(false)).FirstOrDefault(x => x.PokemonId == pokemonId);
int pokemonLeft = orderedGroup.Count();
int candyNeed = GetCandyToEvolve(settings, filter);
if (candyNeed == -1)
{
continue; // If we were unable to determine which branch to use, then skip this pokemon.
}
// Calculate the number of evolutions possible (taking into account +1 candy for evolve and +1 candy for transfer)
EvolutionCalculations evolutionInfo = CalculatePokemonEvolution(pokemonLeft, candiesLeft, candyNeed, 1);
if (evolutionInfo.Evolves > 0)
{
// Add only the number of pokemon we can evolve.
pokemonToEvolve.AddRange(orderedGroup.Take(evolutionInfo.Evolves).ToList());
}
}
return(pokemonToEvolve);
}
public IEnumerable <PokemonData> GetPokemonToEvolve(IEnumerable <PokemonId> filter = null)
{
IEnumerable <PokemonData> myPokemon = GetPokemons().OrderByDescending(p => p.Cp);
IEnumerable <PokemonId> pokemonIds = filter as PokemonId[] ?? filter.ToArray();
if (pokemonIds.Any())
{
myPokemon =
myPokemon.Where(
p => (pokemonIds.Contains(p.PokemonId)) ||
(_logicSettings.EvolveAllPokemonAboveIv &&
(PokemonInfo.CalculatePokemonPerfection(p) >= _logicSettings.EvolveAboveIvValue)));
}
else if (_logicSettings.EvolveAllPokemonAboveIv)
{
myPokemon =
myPokemon.Where(
p => PokemonInfo.CalculatePokemonPerfection(p) >= _logicSettings.EvolveAboveIvValue);
}
// Only get evolvable pokemon (not in gym, enough candy, etc.)
var evolvablePokemon = myPokemon.Where(p => CanEvolvePokemon(p).Result).ToList();
var pokemonToEvolve = new List <PokemonData>();
// Group pokemon by their PokemonId
var groupedPokemons = evolvablePokemon.GroupBy(p => p.PokemonId);
foreach (var group in groupedPokemons)
{
PokemonId pokemonId = group.Key;
int candiesLeft = GetCandyCount(pokemonId);
PokemonSettings settings = GetPokemonSettings().Result.FirstOrDefault(x => x.PokemonId == pokemonId);
int pokemonLeft = group.Count();
// Calculate the number of evolutions possible (taking into account +1 candy for evolve and +1 candy for transfer)
EvolutionCalculations evolutionInfo = CalculatePokemonEvolution(pokemonLeft, candiesLeft, settings.CandyToEvolve, 1);
if (evolutionInfo.Evolves > 0)
{
// Add only the number of pokemon we can evolve.
pokemonToEvolve.AddRange(group.Take(evolutionInfo.Evolves).ToList());
}
}
return(pokemonToEvolve);
}
public IEnumerable <PokemonData> GetPokemonToEvolve(Dictionary <PokemonId, EvolveFilter> filters = null)
{
var buddy = GetPlayerData().Result.PlayerData.BuddyPokemon?.Id;
IEnumerable <PokemonData> myPokemons = GetPokemons().OrderByDescending(p => p.Cp);
myPokemons = myPokemons.Where(p => string.IsNullOrEmpty(p.DeployedFortId) && (!buddy.HasValue || buddy.Value != p.Id));
List <PokemonData> possibleEvolvePokemons = new List <PokemonData>();
foreach (var pokemon in myPokemons)
{
if (!filters.ContainsKey(pokemon.PokemonId))
{
continue;
}
var filter = filters[pokemon.PokemonId];
if (filter.Operator.BoolFunc(
filter.MinIV <= pokemon.Perfection(),
filter.MinLV <= pokemon.Level(),
filter.MinCP <= pokemon.CP(),
(filter.Moves == null ||
filter.Moves.Count == 0 ||
filter.Moves.Any(x => x[0] == pokemon.Move1 && x[1] == pokemon.Move2)
)
) &&
CanEvolvePokemon(pokemon, filter).Result
)
{
possibleEvolvePokemons.Add(pokemon);
}
}
var pokemonToEvolve = new List <PokemonData>();
// Group pokemon by their PokemonId
var groupedPokemons = possibleEvolvePokemons.GroupBy(p => p.PokemonId);
foreach (var group in groupedPokemons)
{
PokemonId pokemonId = group.Key;
//if (!filters.ContainsKey(pokemon.PokemonId)) continue;
var filter = filters[pokemonId];
int candiesLeft = GetCandyCount(pokemonId);
PokemonSettings settings = GetPokemonSettings().Result.FirstOrDefault(x => x.PokemonId == pokemonId);
int pokemonLeft = group.Count();
int candyNeed = settings.CandyToEvolve;
if (filter.EvolveToPokemonId != PokemonId.Missingno)
{
var branch = settings.EvolutionBranch.FirstOrDefault(x => x.Evolution == filter.EvolveToPokemonId);
if (branch != null)
{
candyNeed = branch.CandyCost;
}
}
// Calculate the number of evolutions possible (taking into account +1 candy for evolve and +1 candy for transfer)
EvolutionCalculations evolutionInfo = CalculatePokemonEvolution(pokemonLeft, candiesLeft, candyNeed, 1);
if (evolutionInfo.Evolves > 0)
{
// Add only the number of pokemon we can evolve.
pokemonToEvolve.AddRange(group.Take(evolutionInfo.Evolves).ToList());
}
}
return(pokemonToEvolve);
}
