如何让法师在战斗中击杀敌人时，永久增加最大法力值上限

慵懒的初学者 · 发表于 2020-8-30 22:47:32

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如何让法师在战斗中击杀敌人时，永久增加最大法力值上限，
每击杀一个敌人最大法力值永久增加1点
法力值打到9000时，不再有效

求大佬指教
现在很迷没搞清楚，击杀判定，用事件试做了下感觉工作量很大，还很难判断是谁击杀的

alexncf125 · 发表于 2020-8-31 00:06:35

本帖最后由 alexncf125 于 2020-8-31 00:21 编辑

input_defeat_count(法师角色的ID, 0, 183) #183号变量代入法师角色对全部敌人的击杀数
$game_variables[183] = 9000 if $game_variables[183] > 9000 #法力值打到9000时，不再有效

法师角色的备注栏写上
<param bonus: mmp>
v[183]
</param bonus>

RUBY 代码复制

#==============================================================================
# ■ VXAce-RGSS3-6 撃破数カウンタ [Ver.1.0.0]         by Claimh
#------------------------------------------------------------------------------
# 各アクターが倒したエネミーの数をカウントします。
#------------------------------------------------------------------------------
#・ウィンドウ上に表示させる
#Widow_Statusなどに追記してください。
#＜記述＞
#　draw_defeat_count(actor_id, enemy_id, x, y)
#　　　actor_id 　　：対象アクターID（0を指定すると全アクター）
#　　　enemy_id 　　：対象エネミーID（0を指定すると全エネミー）
#　　　x　　　　　　：横方向の表示位置
#　　　y　　　　　　：縦方向の表示位置
#------------------------------------------------------------------------------
#・変数に入れる
#イベントのスクリプト上に記述してください。
#＜記述＞
#　input_defeat_count(actor_id, enemy_id, variable_id)
#　　　actor_id 　　：対象アクターID（0を指定すると全アクター）
#　　　enemy_id 　　：対象エネミーID（0を指定すると全エネミー）
#　　　variable_id　：撃破数を入れる変数
#==============================================================================
 
module DefeatCounter ## 他スクリプトとの併用のために残す
  #--------------------------------------------------------------------------
  # ● 指定アクターの撃破数
  #       actor_id      ：対象アクターID（0を指定すると全アクター）
  #       enemy_id      ：対象エネミーID（0を指定すると全エネミー）
  #--------------------------------------------------------------------------
  def self.defeat_count(actor_id=0, enemy_id=0)
    return $game_actors.defeat(enemy_id, actor_id)
  end
end
 
class Game_Actor < Game_Battler
  #--------------------------------------------------------------------------
  # ● オブジェクト初期化
  #--------------------------------------------------------------------------
  alias initialize_defeat_count initialize
  def initialize(actor_id)
    initialize_defeat_count(actor_id)
    @defeat = {}
  end
  #--------------------------------------------------------------------------
  # ● 撃破数取得
  #--------------------------------------------------------------------------
  def defeat(enemy_id=0)
    return defeat_all if enemy_id == 0
    @defeat[enemy_id] = 0 unless @defeat.keys.include?(enemy_id)
    return @defeat[enemy_id]
  end
  #--------------------------------------------------------------------------
  # ● 撃破数取得
  #--------------------------------------------------------------------------
  def defeat_all
    @defeat.keys.inject(0) { |n, id| n += @defeat[id] }
  end
  #--------------------------------------------------------------------------
  # ● 撃破数カウント
  #--------------------------------------------------------------------------
  def defeat_cnt(enemy_id)
    return if enemy_id == 0
    @defeat[enemy_id] = 0 unless @defeat.keys.include?(enemy_id)
    @defeat[enemy_id] += 1
  end
end
 
class Game_Actors
  #--------------------------------------------------------------------------
  # ● 撃破数取得
  #--------------------------------------------------------------------------
  def defeat(enemy_id=0, actor_id=0)
    return defeat_all(enemy_id) if actor_id == 0
    return self.[](actor_id).defeat(enemy_id)
  end
  #--------------------------------------------------------------------------
  # ● 撃破数取得
  #--------------------------------------------------------------------------
  def defeat_all(enemy_id=0)
    @data.inject(0) { |n, actor| n += (actor.nil? ? 0 : actor.defeat(enemy_id)) }
  end
end
 
#==============================================================================
# ■ Game_Battler
#==============================================================================
class Game_Battler < Game_BattlerBase
  #--------------------------------------------------------------------------
  # ● ダメージの処理
  #    呼び出し前に @result.hp_damage @result.mp_damage @result.hp_drain
  #    @result.mp_drain が設定されていること。
  #--------------------------------------------------------------------------
  alias execute_damage_defeat execute_damage
  def execute_damage(user)
    execute_damage_defeat(user)
    return if actor? or !dead? or user.enemy?
    return if $game_troop.enable_dead_count?(self.index)
    $game_troop.defeat_dead_count(self.index)
    user.defeat_cnt(self.enemy_id)
  end
end
 
 
#==============================================================================
# ■ Game_Troop
#==============================================================================
class Game_Troop < Game_Unit
  #--------------------------------------------------------------------------
  # ● セットアップ
  #--------------------------------------------------------------------------
  alias setup_defeat setup
  def setup(troop_id)
    setup_defeat(troop_id)
    @enemy_defeat = []
  end
  #--------------------------------------------------------------------------
  # ● 撃破時のカウント
  #--------------------------------------------------------------------------
  def defeat_dead_count(index)
    @enemy_defeat[index] = true
  end
  #--------------------------------------------------------------------------
  # ● 既にカウント済み？
  #--------------------------------------------------------------------------
  def enable_dead_count?(index)
    @enemy_defeat[index] || false
  end
end
 
 
class Game_Interpreter
  #--------------------------------------------------------------------------
  # ● 指定した変数にアクターの撃破数を格納する
  #       actor_id      ：対象アクター（0を指定すると全アクター）
  #       enemy_id      ：対象エネミー（0を指定すると全エネミー）
  #       variable_id   ：撃破数を格納する変数
  #--------------------------------------------------------------------------
  def input_defeat_count(actor_id, enemy_id, variable_id)
    $game_variables[variable_id] = $game_actors.defeat(enemy_id, actor_id)
    return true
  end
end
 
class Window_Base < Window
  #--------------------------------------------------------------------------
  # ● 指定した変数にアクターの撃破数を表示する
  #       actor_id      ：対象アクター（0を指定すると全アクター）
  #       enemy_id      ：対象エネミー（0を指定すると全エネミー）
  #       x             ：横方向の表示位置
  #       y             ：縦方向の表示位置
  #--------------------------------------------------------------------------
  def draw_defeat_count(actor_id, enemy_id, x, y)
    draw_text(x, y, 200, line_height, $game_actors.defeat(enemy_id, actor_id), 2)
  end
end

#==============================================================================


# ■ VXAce-RGSS3-6 撃破数カウンタ [Ver.1.0.0]         by Claimh


#------------------------------------------------------------------------------


# 各アクターが倒したエネミーの数をカウントします。


#------------------------------------------------------------------------------


#・ウィンドウ上に表示させる


#Widow_Statusなどに追記してください。


#＜記述＞


#　draw_defeat_count(actor_id, enemy_id, x, y)


#　　　actor_id 　　：対象アクターID（0を指定すると全アクター）


#　　　enemy_id 　　：対象エネミーID（0を指定すると全エネミー）


#　　　x　　　　　　：横方向の表示位置


#　　　y　　　　　　：縦方向の表示位置


#------------------------------------------------------------------------------


#・変数に入れる


#イベントのスクリプト上に記述してください。


#＜記述＞


#　input_defeat_count(actor_id, enemy_id, variable_id)


#　　　actor_id 　　：対象アクターID（0を指定すると全アクター）


#　　　enemy_id 　　：対象エネミーID（0を指定すると全エネミー）


#　　　variable_id　：撃破数を入れる変数


#==============================================================================


 


module DefeatCounter ## 他スクリプトとの併用のために残す


  #--------------------------------------------------------------------------


  # ● 指定アクターの撃破数


  #       actor_id      ：対象アクターID（0を指定すると全アクター）


  #       enemy_id      ：対象エネミーID（0を指定すると全エネミー）


  #--------------------------------------------------------------------------


  def self.defeat_count(actor_id=0, enemy_id=0)


    return $game_actors.defeat(enemy_id, actor_id)


  end


end


 


class Game_Actor < Game_Battler


  #--------------------------------------------------------------------------


  # ● オブジェクト初期化


  #--------------------------------------------------------------------------


  alias initialize_defeat_count initialize


  def initialize(actor_id)


    initialize_defeat_count(actor_id)


    @defeat = {}


  end


  #--------------------------------------------------------------------------


  # ● 撃破数取得


  #--------------------------------------------------------------------------


  def defeat(enemy_id=0)


    return defeat_all if enemy_id == 0


    @defeat[enemy_id] = 0 unless @defeat.keys.include?(enemy_id)


    return @defeat[enemy_id]


  end


  #--------------------------------------------------------------------------


  # ● 撃破数取得


  #--------------------------------------------------------------------------


  def defeat_all


    @defeat.keys.inject(0) { |n, id| n += @defeat[id] }


  end


  #--------------------------------------------------------------------------


  # ● 撃破数カウント


  #--------------------------------------------------------------------------


  def defeat_cnt(enemy_id)


    return if enemy_id == 0


    @defeat[enemy_id] = 0 unless @defeat.keys.include?(enemy_id)


    @defeat[enemy_id] += 1


  end


end


 


class Game_Actors


  #--------------------------------------------------------------------------


  # ● 撃破数取得


  #--------------------------------------------------------------------------


  def defeat(enemy_id=0, actor_id=0)


    return defeat_all(enemy_id) if actor_id == 0


    return self.[](actor_id).defeat(enemy_id)


  end


  #--------------------------------------------------------------------------


  # ● 撃破数取得


  #--------------------------------------------------------------------------


  def defeat_all(enemy_id=0)


    @data.inject(0) { |n, actor| n += (actor.nil? ? 0 : actor.defeat(enemy_id)) }


  end


end


 


#==============================================================================


# ■ Game_Battler


#==============================================================================


class Game_Battler < Game_BattlerBase


  #--------------------------------------------------------------------------


  # ● ダメージの処理


  #    呼び出し前に @result.hp_damage @result.mp_damage @result.hp_drain


  #    @result.mp_drain が設定されていること。


  #--------------------------------------------------------------------------


  alias execute_damage_defeat execute_damage


  def execute_damage(user)


    execute_damage_defeat(user)


    return if actor? or !dead? or user.enemy?


    return if $game_troop.enable_dead_count?(self.index)


    $game_troop.defeat_dead_count(self.index)


    user.defeat_cnt(self.enemy_id)


  end


end


 


 


#==============================================================================


# ■ Game_Troop


#==============================================================================


class Game_Troop < Game_Unit


  #--------------------------------------------------------------------------


  # ● セットアップ


  #--------------------------------------------------------------------------


  alias setup_defeat setup


  def setup(troop_id)


    setup_defeat(troop_id)


    @enemy_defeat = []


  end


  #--------------------------------------------------------------------------


  # ● 撃破時のカウント


  #--------------------------------------------------------------------------


  def defeat_dead_count(index)


    @enemy_defeat[index] = true


  end


  #--------------------------------------------------------------------------


  # ● 既にカウント済み？


  #--------------------------------------------------------------------------


  def enable_dead_count?(index)


    @enemy_defeat[index] || false


  end


end


 


 


class Game_Interpreter


  #--------------------------------------------------------------------------


  # ● 指定した変数にアクターの撃破数を格納する


  #       actor_id      ：対象アクター（0を指定すると全アクター）


  #       enemy_id      ：対象エネミー（0を指定すると全エネミー）


  #       variable_id   ：撃破数を格納する変数


  #--------------------------------------------------------------------------


  def input_defeat_count(actor_id, enemy_id, variable_id)


    $game_variables[variable_id] = $game_actors.defeat(enemy_id, actor_id)


    return true


  end


end


 


class Window_Base < Window


  #--------------------------------------------------------------------------


  # ● 指定した変数にアクターの撃破数を表示する


  #       actor_id      ：対象アクター（0を指定すると全アクター）


  #       enemy_id      ：対象エネミー（0を指定すると全エネミー）


  #       x             ：横方向の表示位置


  #       y             ：縦方向の表示位置


  #--------------------------------------------------------------------------


  def draw_defeat_count(actor_id, enemy_id, x, y)


    draw_text(x, y, 200, line_height, $game_actors.defeat(enemy_id, actor_id), 2)


  end


end

RUBY 代码复制

=begin
#===============================================================================
 Title: Parameter Bonuses
 Author: Hime
 Date: Aug 1, 2014
 URL: [url]http://himeworks.com/2013/12/09/parameter-bonuses/[/url]
--------------------------------------------------------------------------------
 ** Change log
 Aug 1, 2014
   - added a reference to the tagged object
 Jul 24, 2014
   - added support for class, armors, weapons, and states
 Dec 20, 2013
   - added support for "recursive" references
   - added support for passing in the base parameter
   - added support for enemy parameter bonuses
 Dec 9, 2013
   - initial release
--------------------------------------------------------------------------------   
 ** Terms of Use
 * Free to use in non-commercial projects
 * Contact me for commercial use
 * No real support. The script is provided as-is
 * Will do bug fixes, but no compatibility patches
 * Features may be requested but no guarantees, especially if it is non-trivial
 * Credits to Hime Works in your project
 * Preserve this header
--------------------------------------------------------------------------------
 ** Description
 
 This script allows you to define "Parameter bonuses" for your actors and
 enemies. A paramter bonus is simply a bonus that will be added to your
 parameters based on a formula. The bonus itself could be an increase, or
 even a decrease in stats if you provide a negative value.
 
 For example, suppose you had custom parameters that allowed you to define
 stats like "strength" or "intelligence", where str increases your atk and
 max HP params while int increases magic attack and magic defense stats. You
 can use parameter bonuses to define formulas that will allow your str and int
 stats to contribute to the other parameters.
 
 Since the parameter bonus can be any formula, you can define bonuses based
 on anything.
 
 Parameter bonuses can be defined in actors, classes, weapons, armors, states,
 and enemies. Actors will inherit any bonuses defined in their class, equips,
 and states. Enemies will inherit any bonuses defined in their states.
 
 Because equips and states can be changed, you can use this to create unique
 effects.
 
--------------------------------------------------------------------------------
 ** Installation
 
 In the script editor, place this script below Materials and above Main
 
--------------------------------------------------------------------------------
 ** Usage
 
 To define a parameter bonus, note-tag actors with
 
   <param bonus: TYPE>
     FORMULA
   </param bonus>
   
 Where the TYPE is one of
 
   mhp - max HP
   mmp - max MP
   atk - attack
   def - defense
   mat - magic attack
   mdf - magic defense
   agi - agility
   luk - luck
   
 And the formula can be any valid ruby formula.
 The following formula variables are available
 
   a - the current battler (actor or enemy)
 obj - the tagged object
   p - game party
   t - game troop
   v - game variables
   s - game switches
   
 You can have a bonus reference itself. For example
 
   <param bonus: atk>
     a.atk * 1.5
   </param bonus>
   
 Will increase the battler's atk value by 50%. This atk value does not
 include the bonus, but includes base params and extra params.
   
 You can define multiple parameter bonuses for an actor, and you can define
 multiple bonuses for the same stat; simply add more of the note-tag.
 
 == Object Reference ==
 
 The `obj` variable is a special variable that you can use to refer
 to the object that the bonus is attached to. For example, suppose
 you notetagged a weapon with
 
 <param bonus: mhp>
    obj.params[2] * 10
 </param bonus>
 
 This means that you receive an HP bonus equal to the weapon's atk times 10.
 All of the attributes that you can access in a weapon is available.
 
 If the bonus is attached to an armor, then `obj` references that armor, and
 so on.
 
--------------------------------------------------------------------------------
 ** Example
 
 Suppose we have a custom stat called "str", and for each point of str, it
 increases HP by 10 and atk by 2. You would use two parameter bonuses:
 
   <param bonus: mhp>
     a.str * 10
   </param bonus>
   
   <param bonus: atk>
     a.str * 2
   </param bonus>
 
#===============================================================================
=end
$imported = {} if $imported.nil?
$imported["TH_ParameterBonus"] = true
#===============================================================================
# ** Configuration
#===============================================================================
module TH
  module Parameter_Bonuses
    Regex = /<param[-_ ]bonus:\s*(\w+)\s*>(.*?)<\/param[-_ ]bonus>/im
 
#===============================================================================
# ** Rest of Script
#===============================================================================
    Table = {
      :mhp => 0,
      :mmp => 1,
      :atk => 2,
      :def => 3,
      :mat => 4,
      :mdf => 5,
      :agi => 6,
      :luk => 7
    }
  end
end
 
module RPG
  class BaseItem
    def param_bonuses
      load_notetag_param_bonuses unless @param_bonuses
      return @param_bonuses
    end
 
    def load_notetag_param_bonuses
      @param_bonuses = []
      results = self.note.scan(TH::Parameter_Bonuses::Regex)
      results.each do |res|
        param = res[0].downcase.to_sym
        formula = res[1].strip
        id = TH::Parameter_Bonuses::Table[param]
        data = Data_ParamBonus.new(id, formula, self)
        @param_bonuses << data
      end
    end
  end
end
 
class Data_ParamBonus
 
  attr_accessor :param_id
  attr_accessor :formula
        attr_accessor :obj
 
  def initialize(param_id, formula="0", obj)
    @param_id = param_id
    @formula = formula
                @obj = obj
  end
 
  def value(a, p=$game_party, t=$game_troop, s=$game_switches, v=$game_variables)
    eval(@formula)
  end
end
 
class Game_BattlerBase
 
  def param_bonus_objects
    states
  end
 
  alias :th_param_bonuses_param_plus :param_plus
  def param_plus(param_id)
    th_param_bonuses_param_plus(param_id) + param_bonus(param_id)
  end
 
  #-----------------------------------------------------------------------------
  # Calculates the bonus parameter.
  #-----------------------------------------------------------------------------
  def param_bonus(param_id)
    return 0 if @check_param_bonus
    @check_param_bonus = true
    val = param_bonus_objects.inject(0) do |r, bonus_obj|
      bonus_obj.param_bonuses.inject(r) do |r2, obj|
        obj.param_id == param_id ? r2 += obj.value(self) : r2
      end
    end
    @check_param_bonus = false
    return val
  end
end
 
class Game_Actor < Game_Battler
 
  alias :th_parameter_bonuses_param_bonus_objects :param_bonus_objects
  def param_bonus_objects
    feature_objects
  end
end
 
class Game_Enemy < Game_Battler
 
  alias :th_parameter_bonuses_param_bonus_objects :param_bonus_objects
  def param_bonus_objects
    feature_objects
  end
end

=begin


#===============================================================================


 Title: Parameter Bonuses


 Author: Hime


 Date: Aug 1, 2014


 URL: [url]http://himeworks.com/2013/12/09/parameter-bonuses/[/url]


--------------------------------------------------------------------------------


 ** Change log


 Aug 1, 2014


   - added a reference to the tagged object


 Jul 24, 2014


   - added support for class, armors, weapons, and states


 Dec 20, 2013


   - added support for "recursive" references


   - added support for passing in the base parameter


   - added support for enemy parameter bonuses


 Dec 9, 2013


   - initial release


--------------------------------------------------------------------------------   


 ** Terms of Use


 * Free to use in non-commercial projects


 * Contact me for commercial use


 * No real support. The script is provided as-is


 * Will do bug fixes, but no compatibility patches


 * Features may be requested but no guarantees, especially if it is non-trivial


 * Credits to Hime Works in your project


 * Preserve this header


--------------------------------------------------------------------------------


 ** Description


 


 This script allows you to define "Parameter bonuses" for your actors and


 enemies. A paramter bonus is simply a bonus that will be added to your


 parameters based on a formula. The bonus itself could be an increase, or


 even a decrease in stats if you provide a negative value.


 


 For example, suppose you had custom parameters that allowed you to define


 stats like "strength" or "intelligence", where str increases your atk and


 max HP params while int increases magic attack and magic defense stats. You


 can use parameter bonuses to define formulas that will allow your str and int


 stats to contribute to the other parameters.


 


 Since the parameter bonus can be any formula, you can define bonuses based


 on anything.


 


 Parameter bonuses can be defined in actors, classes, weapons, armors, states,


 and enemies. Actors will inherit any bonuses defined in their class, equips,


 and states. Enemies will inherit any bonuses defined in their states.


 


 Because equips and states can be changed, you can use this to create unique


 effects.


 


--------------------------------------------------------------------------------


 ** Installation


 


 In the script editor, place this script below Materials and above Main


 


--------------------------------------------------------------------------------


 ** Usage


 


 To define a parameter bonus, note-tag actors with


 


   <param bonus: TYPE>


     FORMULA


   </param bonus>


   


 Where the TYPE is one of


 


   mhp - max HP


   mmp - max MP


   atk - attack


   def - defense


   mat - magic attack


   mdf - magic defense


   agi - agility


   luk - luck


   


 And the formula can be any valid ruby formula.


 The following formula variables are available


 


   a - the current battler (actor or enemy)


 obj - the tagged object


   p - game party


   t - game troop


   v - game variables


   s - game switches


   


 You can have a bonus reference itself. For example


 


   <param bonus: atk>


     a.atk * 1.5


   </param bonus>


   


 Will increase the battler's atk value by 50%. This atk value does not


 include the bonus, but includes base params and extra params.


   


 You can define multiple parameter bonuses for an actor, and you can define


 multiple bonuses for the same stat; simply add more of the note-tag.


 


 == Object Reference ==


 


 The `obj` variable is a special variable that you can use to refer


 to the object that the bonus is attached to. For example, suppose


 you notetagged a weapon with


 


 <param bonus: mhp>


    obj.params[2] * 10


 </param bonus>


 


 This means that you receive an HP bonus equal to the weapon's atk times 10.


 All of the attributes that you can access in a weapon is available.


 


 If the bonus is attached to an armor, then `obj` references that armor, and


 so on.


 


--------------------------------------------------------------------------------


 ** Example


 


 Suppose we have a custom stat called "str", and for each point of str, it


 increases HP by 10 and atk by 2. You would use two parameter bonuses:


 


   <param bonus: mhp>


     a.str * 10


   </param bonus>


   


   <param bonus: atk>


     a.str * 2


   </param bonus>


 


#===============================================================================


=end


$imported = {} if $imported.nil?


$imported["TH_ParameterBonus"] = true


#===============================================================================


# ** Configuration


#===============================================================================


module TH


  module Parameter_Bonuses


    Regex = /<param[-_ ]bonus:\s*(\w+)\s*>(.*?)<\/param[-_ ]bonus>/im


 


#===============================================================================


# ** Rest of Script


#===============================================================================


    Table = {


      :mhp => 0,


      :mmp => 1,


      :atk => 2,


      :def => 3,


      :mat => 4,


      :mdf => 5,


      :agi => 6,


      :luk => 7


    }


  end


end


 


module RPG


  class BaseItem


    def param_bonuses


      load_notetag_param_bonuses unless @param_bonuses


      return @param_bonuses


    end


 


    def load_notetag_param_bonuses


      @param_bonuses = []


      results = self.note.scan(TH::Parameter_Bonuses::Regex)


      results.each do |res|


        param = res[0].downcase.to_sym


        formula = res[1].strip


        id = TH::Parameter_Bonuses::Table[param]


        data = Data_ParamBonus.new(id, formula, self)


        @param_bonuses << data


      end


    end


  end


end


 


class Data_ParamBonus


 


  attr_accessor :param_id


  attr_accessor :formula


        attr_accessor :obj


 


  def initialize(param_id, formula="0", obj)


    @param_id = param_id


    @formula = formula


                @obj = obj


  end


 


  def value(a, p=$game_party, t=$game_troop, s=$game_switches, v=$game_variables)


    eval(@formula)


  end


end


 


class Game_BattlerBase


 


  def param_bonus_objects


    states


  end


 


  alias :th_param_bonuses_param_plus :param_plus


  def param_plus(param_id)


    th_param_bonuses_param_plus(param_id) + param_bonus(param_id)


  end


 


  #-----------------------------------------------------------------------------


  # Calculates the bonus parameter.


  #-----------------------------------------------------------------------------


  def param_bonus(param_id)


    return 0 if @check_param_bonus


    @check_param_bonus = true


    val = param_bonus_objects.inject(0) do |r, bonus_obj|


      bonus_obj.param_bonuses.inject(r) do |r2, obj|


        obj.param_id == param_id ? r2 += obj.value(self) : r2


      end


    end


    @check_param_bonus = false


    return val


  end


end


 


class Game_Actor < Game_Battler


 


  alias :th_parameter_bonuses_param_bonus_objects :param_bonus_objects


  def param_bonus_objects


    feature_objects


  end


end


 


class Game_Enemy < Game_Battler


 


  alias :th_parameter_bonuses_param_bonus_objects :param_bonus_objects


  def param_bonus_objects


    feature_objects


  end


end

慵懒的初学者 · 发表于 2020-8-31 22:35:07

alexncf125 发表于 2020-8-31 00:06
input_defeat_count(法师角色的ID, 0, 183) #183号变量代入法师角色对全部敌人的击杀数
$game_variables[18 ...

大佬，这两页代吗都要用还是只用其中一页

慵懒的初学者 · 发表于 2020-9-1 21:30:30

alexncf125 发表于 2020-8-31 00:06
input_defeat_count(法师角色的ID, 0, 183) #183号变量代入法师角色对全部敌人的击杀数
$game_variables[18 ...

def input_defeat_count(1, 0, 183)
$game_variables[183] = $game_actors.defeat(0, 1)
$game_variables[183] = 9000 if $game_variables[183] > 9000 #大于9000无效
return true
end
大佬，击杀脚本有点懵，这个是用编号带入吗。
下面那个奖励机制的脚本好用

alexncf125 · 发表于 2020-9-1 22:22:45

慵懒的初学者发表于 2020-9-1 21:30
def input_defeat_count(1, 0, 183)
$game_variables[183] = $game_actors.defeat(0, 1)
$game_v ...

def input_defeat_count(1, 0, 183)是什么鬼...

在那兩个脚本的下一页插入这段试试...

class Game_Battler < Game_BattlerBase
#--------------------------------------------------------------------------
# ● 战斗行动结束时的处理
#--------------------------------------------------------------------------
alias old_on_action_end_old on_action_end
def on_action_end
old_on_action_end_old
$game_variables[183] = $game_actors.defeat(0, 法师角色的ID)
$game_variables[183] = 9000 if $game_variables[183] > 9000 #大于9000时固定为900
end
end

复制代码

慵懒的初学者 · 发表于 2020-9-2 21:37:28

alexncf125 发表于 2020-9-1 22:22
def input_defeat_count(1, 0, 183)是什么鬼...

在那兩个脚本的下一页插入这段试试...

加入这个代码就可以用了，多谢大佬

慵懒的初学者 · 发表于 2020-9-2 21:39:23

alexncf125 发表于 2020-9-1 22:22
def input_defeat_count(1, 0, 183)是什么鬼...

在那兩个脚本的下一页插入这段试试...

上面这个1是职业编号，183是变量，我把它带入第一页代码的里面，没效果

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