mirror of
https://github.com/infinitefusion/infinitefusion-e18.git
synced 2025-12-06 06:01:46 +00:00
280 lines
10 KiB
Ruby
280 lines
10 KiB
Ruby
#===============================================================================
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# Nicknaming and storing Pokémon
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#===============================================================================
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def pbBoxesFull?
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return ($Trainer.party_full? && $PokemonStorage.full?)
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end
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def pbNickname(pkmn)
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species_name = pkmn.speciesName
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if pbConfirmMessage(_INTL("Would you like to give a nickname to {1}?", species_name))
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pkmn.name = pbEnterPokemonName(_INTL("{1}'s nickname?", species_name),
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0, Pokemon::MAX_NAME_SIZE, "", pkmn)
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end
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end
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def pbStorePokemon(pkmn)
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if pbBoxesFull?
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pbMessage(_INTL("There's no more room for Pokémon!\1"))
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pbMessage(_INTL("The Pokémon Boxes are full and can't accept any more!"))
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return
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end
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pkmn.record_first_moves
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if $Trainer.party_full?
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oldcurbox = $PokemonStorage.currentBox
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storedbox = $PokemonStorage.pbStoreCaught(pkmn)
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curboxname = $PokemonStorage[oldcurbox].name
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boxname = $PokemonStorage[storedbox].name
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creator = nil
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creator = pbGetStorageCreator if $Trainer.seen_storage_creator
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if storedbox != oldcurbox
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if creator
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pbMessage(_INTL("Box \"{1}\" on {2}'s PC was full.\1", curboxname, creator))
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else
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pbMessage(_INTL("Box \"{1}\" on the PC was full.\1", curboxname))
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end
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pbMessage(_INTL("{1} was transferred to box \"{2}.\"", pkmn.name, boxname))
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else
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if creator
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pbMessage(_INTL("{1} was transferred to {2}'s PC.\1", pkmn.name, creator))
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else
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pbMessage(_INTL("{1} was transferred to the PC.\1", pkmn.name))
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end
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pbMessage(_INTL("It was stored in box \"{1}.\"", boxname))
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end
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else
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$Trainer.party[$Trainer.party.length] = pkmn
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end
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end
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def pbNicknameAndStore(pkmn)
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if pbBoxesFull?
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pbMessage(_INTL("There's no more room for Pokémon!\1"))
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pbMessage(_INTL("The Pokémon Boxes are full and can't accept any more!"))
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return
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end
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$Trainer.pokedex.set_seen(pkmn.species)
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$Trainer.pokedex.set_owned(pkmn.species)
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pbNickname(pkmn)
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promptCaughtPokemonAction(pkmn)
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#pbStorePokemon(pkmn)
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end
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#===============================================================================
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# Giving Pokémon to the player (will send to storage if party is full)
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#===============================================================================
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def pbAddPokemon(pkmn, level = 1, see_form = true, dontRandomize=false, variableToSave=nil)
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return false if !pkmn
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if pbBoxesFull?
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pbMessage(_INTL("There's no more room for Pokémon!\1"))
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pbMessage(_INTL("The Pokémon Boxes are full and can't accept any more!"))
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return false
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end
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pkmn = Pokemon.new(pkmn, level) if !pkmn.is_a?(Pokemon)
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tryRandomizeGiftPokemon(pkmn,dontRandomize)
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species_name = pkmn.speciesName
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pbMessage(_INTL("{1} obtained {2}!\\me[Pkmn get]\\wtnp[20]\1", $Trainer.name, species_name))
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pbNicknameAndStore(pkmn)
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$Trainer.pokedex.register(pkmn) if see_form
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pbSet(variableToSave,pkmn) if variableToSave
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return true
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end
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def pbAddPokemonSilent(pkmn, level = 1, see_form = true)
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return false if !pkmn || pbBoxesFull?
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pkmn = Pokemon.new(pkmn, level) if !pkmn.is_a?(Pokemon)
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$Trainer.pokedex.register(pkmn) if see_form
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$Trainer.pokedex.set_owned(pkmn.species)
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pkmn.record_first_moves
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if $Trainer.party_full?
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$PokemonStorage.pbStoreCaught(pkmn)
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else
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$Trainer.party[$Trainer.party.length] = pkmn
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end
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return true
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end
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#===============================================================================
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# Giving Pokémon/eggs to the player (can only add to party)
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#===============================================================================
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def pbAddToParty(pkmn, level = 1, see_form = true, dontRandomize=false)
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return false if !pkmn || $Trainer.party_full?
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pkmn = Pokemon.new(pkmn, level) if !pkmn.is_a?(Pokemon)
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tryRandomizeGiftPokemon(pkmn,dontRandomize)
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species_name = pkmn.speciesName
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pbMessage(_INTL("{1} obtained {2}!\\me[Pkmn get]\\wtnp[80]\1", $Trainer.name, species_name))
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pbNicknameAndStore(pkmn)
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$Trainer.pokedex.register(pkmn) if see_form
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return true
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end
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def pbAddToPartySilent(pkmn, level = nil, see_form = true)
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return false if !pkmn || $Trainer.party_full?
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pkmn = Pokemon.new(pkmn, level) if !pkmn.is_a?(Pokemon)
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$Trainer.pokedex.register(pkmn) if see_form
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$Trainer.pokedex.set_owned(pkmn.species)
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pkmn.record_first_moves
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$Trainer.party[$Trainer.party.length] = pkmn
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return true
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end
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def pbAddForeignPokemon(pkmn, level = 1, owner_name = nil, nickname = nil, owner_gender = 0, see_form = true)
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return false if !pkmn
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pkmn = Pokemon.new(pkmn, level) if !pkmn.is_a?(Pokemon)
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# Set original trainer to a foreign one
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pkmn.owner = Pokemon::Owner.new_foreign(owner_name || "", owner_gender)
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# Set nickname
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pkmn.name = nickname[0, Pokemon::MAX_NAME_SIZE] if !nil_or_empty?(nickname)
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# Recalculate stats
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pkmn.calc_stats
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if owner_name
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pbMessage(_INTL("\\me[Pkmn get]{1} received a Pokémon from {2}.\1", $Trainer.name, owner_name))
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else
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pbMessage(_INTL("\\me[Pkmn get]{1} received a Pokémon.\1", $Trainer.name))
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end
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pbStorePokemon(pkmn)
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$Trainer.pokedex.register(pkmn) if see_form
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$Trainer.pokedex.set_owned(pkmn.species)
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return true
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end
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def pbGenerateEgg(pkmn, text = "")
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return false if !pkmn #|| $Trainer.party_full?
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pkmn = Pokemon.new(pkmn, Settings::EGG_LEVEL) if !pkmn.is_a?(Pokemon)
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# Set egg's details
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pkmn.name = _INTL("Egg")
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pkmn.steps_to_hatch = pkmn.species_data.hatch_steps
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pkmn.obtain_text = text
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pkmn.calc_stats
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# Add egg to party
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if $Trainer.party.length<6
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$Trainer.party[$Trainer.party.length] = pkmn
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else
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$PokemonStorage.pbStoreCaught(pkmn)
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Kernel.pbMessage(_INTL("The egg was transfered to the PC."))
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end
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return true
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end
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alias pbAddEgg pbGenerateEgg
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alias pbGenEgg pbGenerateEgg
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#===============================================================================
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# Analyse Pokémon in the party
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#===============================================================================
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# Returns the first unfainted, non-egg Pokémon in the player's party.
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def pbFirstAblePokemon(variable_ID)
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$Trainer.party.each_with_index do |pkmn, i|
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next if !pkmn.able?
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pbSet(variable_ID, i)
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return pkmn
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end
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pbSet(variable_ID, -1)
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return nil
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end
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#===============================================================================
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# Return a level value based on Pokémon in a party
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#===============================================================================
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def pbBalancedLevel(party)
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return 1 if party.length == 0
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# Calculate the mean of all levels
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sum = 0
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party.each { |p| sum += p.level }
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return 1 if sum == 0
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mLevel = GameData::GrowthRate.max_level
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average = sum.to_f / party.length.to_f
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# Calculate the standard deviation
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varianceTimesN = 0
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party.each do |pkmn|
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deviation = pkmn.level - average
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varianceTimesN += deviation * deviation
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end
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# NOTE: This is the "population" standard deviation calculation, since no
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# sample is being taken.
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stdev = Math.sqrt(varianceTimesN / party.length)
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mean = 0
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weights = []
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# Skew weights according to standard deviation
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party.each do |pkmn|
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weight = pkmn.level.to_f / sum.to_f
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if weight < 0.5
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weight -= (stdev / mLevel.to_f)
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weight = 0.001 if weight <= 0.001
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else
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weight += (stdev / mLevel.to_f)
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weight = 0.999 if weight >= 0.999
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end
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weights.push(weight)
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end
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weightSum = 0
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weights.each { |w| weightSum += w }
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# Calculate the weighted mean, assigning each weight to each level's
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# contribution to the sum
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party.each_with_index { |pkmn, i| mean += pkmn.level * weights[i] }
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mean /= weightSum
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mean = mean.round
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mean = 1 if mean < 1
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# Add 2 to the mean to challenge the player
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mean += 2
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# Adjust level to maximum
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mean = mLevel if mean > mLevel
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return mean
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end
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#===============================================================================
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# Calculates a Pokémon's size (in millimeters)
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#===============================================================================
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def pbSize(pkmn)
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baseheight = pkmn.height
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hpiv = pkmn.iv[:HP] & 15
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ativ = pkmn.iv[:ATTACK] & 15
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dfiv = pkmn.iv[:DEFENSE] & 15
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saiv = pkmn.iv[:SPECIAL_ATTACK] & 15
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sdiv = pkmn.iv[:SPECIAL_DEFENSE] & 15
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spiv = pkmn.iv[:SPEED] & 15
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m = pkmn.personalID & 0xFF
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n = (pkmn.personalID >> 8) & 0xFF
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s = (((ativ ^ dfiv) * hpiv) ^ m) * 256 + (((saiv ^ sdiv) * spiv) ^ n)
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xyz = []
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if s < 10; xyz = [ 290, 1, 0]
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elsif s < 110; xyz = [ 300, 1, 10]
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elsif s < 310; xyz = [ 400, 2, 110]
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elsif s < 710; xyz = [ 500, 4, 310]
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elsif s < 2710; xyz = [ 600, 20, 710]
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elsif s < 7710; xyz = [ 700, 50, 2710]
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elsif s < 17710; xyz = [ 800, 100, 7710]
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elsif s < 32710; xyz = [ 900, 150, 17710]
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elsif s < 47710; xyz = [1000, 150, 32710]
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elsif s < 57710; xyz = [1100, 100, 47710]
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elsif s < 62710; xyz = [1200, 50, 57710]
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elsif s < 64710; xyz = [1300, 20, 62710]
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elsif s < 65210; xyz = [1400, 5, 64710]
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elsif s < 65410; xyz = [1500, 2, 65210]
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else; xyz = [1700, 1, 65510]
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end
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return (((s - xyz[2]) / xyz[1] + xyz[0]).floor * baseheight / 10).floor
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end
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#===============================================================================
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# Returns true if the given species can be legitimately obtained as an egg
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#===============================================================================
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def pbHasEgg?(species)
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species_data = GameData::Species.try_get(species)
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return false if !species_data
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species = species_data.species
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# species may be unbreedable, so check its evolution's compatibilities
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evoSpecies = species_data.get_evolutions(true)
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compatSpecies = (evoSpecies && evoSpecies[0]) ? evoSpecies[0][0] : species
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species_data = GameData::Species.try_get(compatSpecies)
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compat = species_data.egg_groups
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return false if compat.include?(:Undiscovered) || compat.include?(:Ditto)
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baby = GameData::Species.get(species).get_baby_species
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return true if species == baby # Is a basic species
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baby = GameData::Species.get(species).get_baby_species(true)
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return true if species == baby # Is an egg species without incense
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return false
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end
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