int CalculateExperienceYield(int generation, ushort baseExperience, byte enemyLevel, byte ownLevel, byte participated, bool isWild, TradeState tradeState, bool holdsLuckyEgg, byte expShareCount, bool holdsExpShare, ExpPower expPower)
{
bool isTraded = tradeState == TradeState.TradedNational;
switch (generation)
{
case 2:
return(_experienceCalculator.CalculateExperienceForSecondGen(baseExperience, enemyLevel, participated, isWild, isTraded, holdsLuckyEgg, expShareCount, holdsExpShare));
case 3:
return(_experienceCalculator.CalculateExperienceForThirdGen(baseExperience, enemyLevel, participated, isWild, isTraded, holdsLuckyEgg, expShareCount, holdsExpShare));
case 4:
return(_experienceCalculator.CalculateExperienceForFourthGen(baseExperience, enemyLevel, participated, isWild, tradeState, holdsLuckyEgg, expShareCount, holdsExpShare));
case 5:
return(_experienceCalculator.CalculateExperienceForFifthGen(baseExperience, enemyLevel, ownLevel, participated, isWild, tradeState, holdsLuckyEgg, expShareCount, holdsExpShare, expPower));
}
return(0);
}
public int ShouldCalculateExperienceForGen5(ushort baseExperience, byte enemyLevel, byte ownLevel, byte participatedPokemon, bool isWild, TradeState tradeState, bool holdsLuckyEgg, byte expShareCount, bool holdsExpShare, ExpPower expPowerState)
{
return(_service.CalculateExperienceForFifthGen(baseExperience, enemyLevel, ownLevel, participatedPokemon, isWild, tradeState, holdsLuckyEgg, expShareCount, holdsExpShare, expPowerState));
}