private static uint[] GetExpTable(GrowthRates growth_rate)
{
switch (growth_rate)
{
case GrowthRates.Fast:
return(fast_exp_table);
case GrowthRates.Medium:
return(medium_fast_exp_table);
case GrowthRates.Slow:
return(slow_exp_table);
case GrowthRates.Parabolic:
return(medium_slow_exp_table);
case GrowthRates.Erratic:
return(erratic_exp_table);
case GrowthRates.Fluctuating:
return(fluctuating_exp_table);
default:
return(null);
}
}
public static int ExperienceAt(int level, GrowthRates gr)
{
if (level > 100 || level < 1)
{
throw new ArgumentOutOfRangeException("level");
}
if (level == 1)
{
return(0);
}
switch (gr)
{
case GrowthRates.Slow:
return(ExperienceAt_Slow(level));
case GrowthRates.Medium:
return(ExperienceAt_Medium(level));
case GrowthRates.Fast:
return(ExperienceAt_Fast(level));
case GrowthRates.MediumSlow:
return(ExperienceAt_MediumSlow(level));
case GrowthRates.Erratic:
return(ExperienceAt_Erratic(level));
case GrowthRates.Fluctuating:
return(ExperienceAt_Fluctuating(level));
}
throw new ArgumentException("gr");
}
public Species(Pokedex pokedex, int national_dex, int family_id, LocalizedString name,
GrowthRates growth_rate, byte gender_ratio, EggGroups egg_group_1,
EggGroups egg_group_2, int egg_steps, bool gender_variations)
{
m_pokedex = pokedex;
NationalDex = national_dex;
FamilyID = family_id;
Name = name;
GrowthRate = growth_rate;
GenderRatio = gender_ratio;
EggGroup1 = egg_group_1;
EggGroup2 = egg_group_2;
EggSteps = egg_steps;
GenderVariations = gender_variations;
//if (pokedex != null && pokedex.Eager)
{
// Retrieve foreign information like Family and Formes.
// Otherwise, this information will be lazily evaluated
// from the Pokedex instance.
// If pokedex is null, this information is unavailable.
// todo: database ownership/lazy stuff can go in a base class.
}
}
public static async Task CreateGts(Client c, string offer, string request, string index)
{
//If user is banned, return
if (await Database.DbUserChecks.UserBanned(c.Username))
{
await c.SendMessage($"<GTSCREATE result=0 index={index}>");
return;
}
//If user has more than max amount of allowed GTS trades, return
if (await Database.Dbgts.GetNumberOfTrades(c.UserId) >= Data.MaximumGtsTradesPerUser)
{
await c.SendMessage($"<GTSCREATE result=1 index={index}>");
return;
}
//Decode data
var decodeOffer = Utilities.Encoding.Base64Decode(offer);
var decodeRequest = Utilities.Encoding.Base64Decode(request);
int level;
try
{
//Turn data into objects
var pokemon = JsonConvert.DeserializeObject <GamePokemon>(decodeOffer);
if (!await TradeValidator.IsPokemonValid(pokemon, c.UserId))
{
await c.SendMessage($"<GTSCREATE result=0 index={index}>");
return;
}
//Get Pokemon Level
level = GrowthRates.CalculateLevel(pokemon.species, pokemon.exp);
}
catch (InvalidCastException)
{
await c.SendMessage($"<GTSCREATE result=2 index={index}>");
return;
}
//Input in database
try
{
await Database.Dbgts.Add(c.UserId, decodeOffer, decodeRequest, level, c.Username);
await c.SendMessage($"<GTSCREATE result=3 index={index}>");
}
catch (Exception e)
{
Console.WriteLine(e);
await c.SendMessage($"<GTSCREATE result=2 index={index}>");
}
}
public static uint GetLevelTotalExp(uint level, GrowthRates growth_rate)
{
uint[] exp_table = GetExpTable(growth_rate);
if (level < 1 || level > Constants.MAX_LEVEL || exp_table == null)
{
return(uint.MaxValue);
}
return(exp_table[level - 1]);
}
public static uint GetExpToNextLevel(uint current_exp, GrowthRates growth_rate)
{
uint[] exp_table = GetExpTable(growth_rate);
uint current_level = GetLevelFromExp(current_exp, growth_rate);
if (exp_table == null || current_level == Constants.MAX_LEVEL)
{
return(0);
}
uint next_level_exp = GetLevelTotalExp((uint)current_level + 1, growth_rate);
return(next_level_exp - current_exp);
}
public Stats(Stats stats, GrowthRates growthRates)
{
strength = stats.strength;
magic = stats.magic;
skill = stats.skill;
speed = stats.speed;
luck = stats.luck;
defense = stats.defense;
resistance = stats.resistance;
constitution = stats.constitution;
movement = stats.movement;
aid = stats.aid;
pursuitCriticalCoefficient = stats.pursuitCriticalCoefficient;
this.growthRates = growthRates;
}
public Stats(int strength, int magic, int skill, int speed, int luck, int defense, int resistance, int constitution,
int movement, int aid, float pcc, GrowthRates growthRates)
{
this.strength = strength;
this.magic = magic;
this.skill = skill;
this.speed = speed;
this.luck = luck;
this.defense = defense;
this.resistance = resistance;
this.constitution = constitution;
this.movement = movement;
this.aid = aid;
pursuitCriticalCoefficient = pcc;
this.growthRates = growthRates;
}
public static float GetExpToNextLevelPercent(uint current_exp, GrowthRates growth_rate)
{
uint[] exp_table = GetExpTable(growth_rate);
uint current_level = GetLevelFromExp(current_exp, growth_rate);
if (exp_table == null || current_level == Constants.MAX_LEVEL)
{
return(0);
}
uint this_level_total_exp = GetLevelTotalExp(current_level, growth_rate);
uint next_level_total_exp = GetLevelTotalExp(current_level + 1, growth_rate);
uint level_up_total_exp = next_level_total_exp - this_level_total_exp;
uint this_level_exp_progress = current_exp - this_level_total_exp;
return((float)this_level_exp_progress / (float)level_up_total_exp);
}
public Species(Pokedex pokedex, int national_dex, int family_id, LocalizedString name,
GrowthRates growth_rate, byte gender_ratio, EggGroups egg_group_1,
EggGroups egg_group_2, int egg_steps, bool gender_variations)
: base(pokedex)
{
m_family_pair = Family.CreatePair(m_pokedex);
m_lazy_pairs.Add(m_family_pair);
NationalDex = national_dex;
m_family_pair.Key = family_id;
Name = name;
GrowthRate = growth_rate;
GenderRatio = gender_ratio;
EggGroup1 = egg_group_1;
EggGroup2 = egg_group_2;
EggSteps = egg_steps;
GenderVariations = gender_variations;
}
public static uint GetLevelFromExp(uint current_exp, GrowthRates growth_rate)
{
uint[] exp_table = GetExpTable(growth_rate);
if (exp_table == null)
{
return(0);
}
uint highest_level_found = 0;
for (uint i = 0; i < Constants.MAX_LEVEL; i++)
{
if (current_exp >= exp_table[i])
{
highest_level_found = i + 1;
}
else
{
break;
}
}
return(highest_level_found);
}
public static byte LevelAt(int experience, GrowthRates gr)
{
if (experience < 0)
{
throw new ArgumentOutOfRangeException("experience");
}
int minLevel = 1, maxLevel = 100;
int minExp = ExperienceAt(1, gr), maxExp = ExperienceAt(100, gr);
while (1 < 2)
{
if (maxExp <= experience)
{
return((byte)maxLevel);
}
if (minLevel + 1 >= maxLevel)
{
return((byte)minLevel);
}
int midLevel = (minLevel + maxLevel) >> 1;
int midExp = ExperienceAt(midLevel, gr);
if (experience >= midExp)
{
minLevel = midLevel;
minExp = midExp;
}
else
{
maxLevel = midLevel;
maxExp = midExp;
}
}
}
public static void Initialize(string CacheFolder = "")
{
if (Connector.isInitialized)
{
throw new Exception("PokeAPI is initialized and can only be initialized once"); //May seems a bit over kill but this is nessecery for corrent usage.
}
#region "Structure"
Connector.Berries = new Berries();
Connector.BerryFirmnesses = new BerryFirmnesses();
Connector.BerryFlavors = new BerryFlavors();
Connector.ContestNames = new ContestNames();
Connector.ContestEffects = new ContestEffects();
Connector.SuperContestEffects = new SuperContestEffects();
Connector.EncounterMethods = new EncounterMethods();
Connector.EncounterConditions = new EncounterConditions();
Connector.EncounterConditionValues = new EncounterConditionValues();
Connector.EvolutionChains = new EvolutionChains();
Connector.EvolutionTrigger = new EvolutionTrigger();
Connector.Generations = new Generations();
Connector.Pokedexes = new Pokedexes();
Connector.Versions = new Versions();
Connector.VersionGroups = new VersionGroups();
Connector.Items = new Items();
Connector.ItemAttributes = new ItemAttributes();
Connector.ItemCategories = new ItemCategories();
Connector.ItemFlingEffects = new ItemFlingEffects();
Connector.ItemPockets = new ItemPockets();
Connector.Locations = new Locations();
Connector.LocationAreas = new LocationAreas();
Connector.PalParkAreas = new PalParkAreas();
Connector.Regions = new Regions();
Connector.Machines = new Machines();
Connector.Moves = new Moves();
Connector.MoveAilments = new MoveAilments();
Connector.MoveBattleStyles = new MoveBattleStyles();
Connector.MoveCategories = new MoveCategories();
Connector.MoveDamageClasses = new MoveDamageClasses();
Connector.MoveLearnMethods = new MoveLearnMethods();
Connector.MoveTargets = new MoveTargets();
Connector.Abilities = new Abilities();
Connector.Characteristics = new Characteristics();
Connector.EggGroups = new EggGroups();
Connector.Genders = new Genders();
Connector.GrowthRates = new GrowthRates();
Connector.Natures = new Natures();
Connector.PokeathlonStats = new PokeathlonStats();
Connector.Pokemons = new Pokemons();
Connector.PokemonColors = new PokemonColors();
Connector.PokemonForms = new PokemonForms();
Connector.PokemonHabitats = new PokemonHabitats();
Connector.PokemonShapes = new PokemonShapes();
Connector.PokemonSpecies = new PokemonSpecies();
Connector.Stats = new Stats();
Connector.Types = new Types();
Connector.Languages = new Languages();
#endregion
if (CacheFolder == "")
{
Connector.CacheFolder = AppDomain.CurrentDomain.BaseDirectory + "pokeAPI//";
}
else
{
if (!System.IO.Directory.Exists(CacheFolder))
{
throw new Exception("Directory : " + CacheFolder + " was not found");
}
Connector.CacheFolder = CacheFolder;
}
Cacher.Initialize();
Connector.isInitialized = true;
}
public static byte LevelAt(int experience, GrowthRates gr)
{
if (experience < 0) throw new ArgumentOutOfRangeException("experience");
int minLevel = 1, maxLevel = 100;
int minExp = ExperienceAt(1, gr), maxExp = ExperienceAt(100, gr);
while (1 < 2)
{
if (maxExp <= experience) return (byte)maxLevel;
if (minLevel + 1 >= maxLevel) return (byte)minLevel;
int midLevel = (minLevel + maxLevel) >> 1;
int midExp = ExperienceAt(midLevel, gr);
if (experience >= midExp)
{
minLevel = midLevel;
minExp = midExp;
}
else
{
maxLevel = midLevel;
maxExp = midExp;
}
}
}
public static int ExperienceAt(int level, GrowthRates gr)
{
if (level > 100 || level < 1) throw new ArgumentOutOfRangeException("level");
if (level == 1) return 0;
switch (gr)
{
case GrowthRates.Slow:
return ExperienceAt_Slow(level);
case GrowthRates.Medium:
return ExperienceAt_Medium(level);
case GrowthRates.Fast:
return ExperienceAt_Fast(level);
case GrowthRates.MediumSlow:
return ExperienceAt_MediumSlow(level);
case GrowthRates.Erratic:
return ExperienceAt_Erratic(level);
case GrowthRates.Fluctuating:
return ExperienceAt_Fluctuating(level);
}
throw new ArgumentException("gr");
}
