詢問在事件腳本中更改屬性抗性以及攻擊次數

william6k

想要透過事件中的腳本，更改屬性抗性以及攻擊次數，不過翻不到相關的代碼。

假設希望角色ID1的

屬性ID3的抗性增加10%，以及攻擊次數增加1次，，請問各位大佬這該如何呼叫呢？

william6k

alexncf125 发表于 2020-8-18 02:25
啊这...在角色ID1的特性加上"攻击次数增加1次",备注栏里面备注

  s[13] == true

對自己的笨感到無地自容
我完全沒轉過來，完全沒這樣想..（一直想著往code的方式去加）
非常感恩大佬

alexncf125

啊这...在角色ID1的特性加上"攻击次数增加1次",备注栏里面备注
<feature condition: 1 >
  s[13] == true
</feature condition>
之后在地图上透过事件中的脚本,把某开关例如13号开关打开关闭.你会发现,
13号开关打开时,角色ID1的攻击次数增加至2次,13号开关关闭时,会变回1次
这不就搖身一变,成了你说的"透過事件中的脚本"么??

alexncf125

http://himeworks.com/2013/07/feature-conditions/

脚本的简介与使用方法请自行翻译,我就不误作说明了

RUBY 代码复制

=begin
#===============================================================================
 Title: Feature Conditions
 Author: Hime
 Date: Nov 22, 2014
--------------------------------------------------------------------------------
 ** Change log
 Nov 22, 2014
   - fixed bug where conditions were always false
 Nov 14, 2014
   - added checks to prevent recursive calls
 Jul 10, 2014
   - added support for tagging multiple features in one note-tag
 Jul 9, 2014
   - added support for individual features
 Jul 16, 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 add "feature conditions" to any objects that hold
 features. These conditions are used to control whether the features from an
 object are applied to your actor or not.
 
 For example, suppose you have shield equips that have special elemental
 immunities when the "guard" state is applied. You can add these features to
 the shield and then use feature conditions to indicate that the "guard" state
 must be applied before the features are transferred.
 
 Feature conditions can be applied at the object level, which means all
 conditions must be met for any features to be applied.
 
 Feature conditions can also be applied at the feature level, which provides
 finer control over when specific features can be applied.
 
--------------------------------------------------------------------------------
 ** Installation
 
 Place this script below Materials and above Main
 
--------------------------------------------------------------------------------
 ** Usage 
 
 To add a feature conditions, use the notetag for any objects with features,
 such as Actors, Classes, Weapons, Armors, Enemies, or States. If you are using
 the Feature Manager, then it will be applied to skills and items as well.
 
 == Object-level feature conditions ==
 
 For object-level conditions, use the note-tag of the form
 
   <feature condition>
      FORMULA
   </feature condition>
   
 For any valid ruby formula that returns true or false.
 Three variables are available for your convenience:
 
   a - subject the feature applies to
   s - game switches
   v - game variables
   
 By "subject" I refer to "actor" or "enemy". For example, a state can be applied
 to both actors or enemies, so if the enemy has the state, then that enemy is
 the subject. If the actor has the state, then that actor is the subject. Be
 careful when writing your formulas.
 
 == Feature-level conditions ==
 
 Applying conditions to individual features is the same as object-level
 conditions, except in the note-tag you specify which feature it applies to
 
   <feature condition: x>
     FORMULA
   </feature condition>
  
   <feature condition: x, y, ... >
     FORMULA
   </feature condition>
   
 Where x and y are the ID's of the features. The ID of the feature is based on
 its position in the list, so the feature at the top of the list has ID 1, the
 next one has ID 2, and so on.
 
 You can specify multiple ID's by separating them with commas.
   
--------------------------------------------------------------------------------
 ** Examples
 
 Here are some quick examples of some conditions you might have
 
 * Feature 2 and 3 are applied only if the party has more than 5000 gold
 
   <feature condition: 2,3 >
     $game_party.gold > 5000
   </feature condition>
     
 * Features of the object are only applied if state 23 is applied
 
   <feature condition>
     a.state?(23)
   </feature condition>
  
#===============================================================================
=end
$imported = {} if $imported.nil?
$imported["TH_FeatureConditions"] = true
#===============================================================================
# ** Configuration
#===============================================================================
module TH
  module Feature_Conditions
    Regex = /<feature[-_ ]condition>(.*?)<\/feature[-_ ]condition>/im
    Ft_Regex = /<feature[-_ ]condition:\s*(.*?)\s*>(.*?)<\/feature[-_ ]condition>/im
  end
end
#===============================================================================
# ** Rest of Script
#===============================================================================
module RPG
  class BaseItem
    def feature_conditions_met?(subject)
      load_notetag_feature_conditions unless @feature_conditions_loaded
      return eval_feature_conditions(subject)
    end
 
    def load_notetag_feature_conditions
      @feature_conditions_loaded = true
      conditions = "true"
      res = self.note.scan(TH::Feature_Conditions::Regex)
      res.each_with_index do |cond, i|
        conditions << " && " if i > 0
        conditions << cond[0]
      end
      build_condition_method(conditions.empty? ? "true" : conditions)      
      load_notetag_individual_feature_conditions
    end
 
    def load_notetag_individual_feature_conditions
      results = self.note.scan(TH::Feature_Conditions::Ft_Regex)
      results.each do |res|
        ids = res[0].strip.split(",")
        ids.each do |id|
          id = id.to_i - 1
          @features[id].feature_condition = res[1]
        end
      end
    end
 
    #---------------------------------------------------------------------------
    # Builds the condition-checking method. This is done for performance
    # reasons since features are checked several hundred times very frequently.
    # It assumes the conditions do not change dynamically once they have been
    # loaded.
    #---------------------------------------------------------------------------
    def build_condition_method(conditions)
      eval(
        "def eval_feature_conditions(a, v=$game_variables, s=$game_switches)
           #{conditions}
         end"
      )
    end
  end
 
  class BaseItem::Feature
    attr_accessor :feature_condition
 
    def feature_condition_met?(subject)
      return true unless @feature_condition
      eval_feature_condition(subject)
    end
 
    def eval_feature_condition(a, v=$game_variables, s=$game_switches)
      eval(@feature_condition)
    end
  end
end
 
class Game_BattlerBase
 
  def feature_conditions_met?(obj, subject)
    obj.feature_conditions_met?(subject)
  end
 
  alias :th_feature_conditions_all_features :all_features
  def all_features    
    return [] if @feature_eval_checking
    @feature_eval_checking = true
    fts = th_feature_conditions_all_features.select {|ft| ft.feature_condition_met?(self)}
    @feature_eval_checking = false
    return fts
  end
end
 
class Game_Actor < Game_Battler
 
  alias :th_feature_conditions_feature_objects :feature_objects
  def feature_objects
    fts = th_feature_conditions_feature_objects.select {|obj|
      feature_conditions_met?(obj, self)
    }
    return fts
  end
end
 
class Game_Enemy < Game_Battler
 
  alias :th_feature_conditions_feature_objects :feature_objects
  def feature_objects
    fts = th_feature_conditions_feature_objects.select {|obj|
      feature_conditions_met?(obj, self)
    }
    return fts    
  end
end

=begin


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


 Title: Feature Conditions


 Author: Hime


 Date: Nov 22, 2014


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


 ** Change log


 Nov 22, 2014


   - fixed bug where conditions were always false


 Nov 14, 2014


   - added checks to prevent recursive calls


 Jul 10, 2014


   - added support for tagging multiple features in one note-tag


 Jul 9, 2014


   - added support for individual features


 Jul 16, 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 add "feature conditions" to any objects that hold


 features. These conditions are used to control whether the features from an


 object are applied to your actor or not.


 


 For example, suppose you have shield equips that have special elemental


 immunities when the "guard" state is applied. You can add these features to


 the shield and then use feature conditions to indicate that the "guard" state


 must be applied before the features are transferred.


 


 Feature conditions can be applied at the object level, which means all


 conditions must be met for any features to be applied.


 


 Feature conditions can also be applied at the feature level, which provides


 finer control over when specific features can be applied.


 


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


 ** Installation


 


 Place this script below Materials and above Main


 


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


 ** Usage 


 


 To add a feature conditions, use the notetag for any objects with features,


 such as Actors, Classes, Weapons, Armors, Enemies, or States. If you are using


 the Feature Manager, then it will be applied to skills and items as well.


 


 == Object-level feature conditions ==


 


 For object-level conditions, use the note-tag of the form


 


   <feature condition>


      FORMULA


   </feature condition>


   


 For any valid ruby formula that returns true or false.


 Three variables are available for your convenience:


 


   a - subject the feature applies to


   s - game switches


   v - game variables


   


 By "subject" I refer to "actor" or "enemy". For example, a state can be applied


 to both actors or enemies, so if the enemy has the state, then that enemy is


 the subject. If the actor has the state, then that actor is the subject. Be


 careful when writing your formulas.


 


 == Feature-level conditions ==


 


 Applying conditions to individual features is the same as object-level


 conditions, except in the note-tag you specify which feature it applies to


 


   <feature condition: x>


     FORMULA


   </feature condition>


  


   <feature condition: x, y, ... >


     FORMULA


   </feature condition>


   


 Where x and y are the ID's of the features. The ID of the feature is based on


 its position in the list, so the feature at the top of the list has ID 1, the


 next one has ID 2, and so on.


 


 You can specify multiple ID's by separating them with commas.


   


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


 ** Examples


 


 Here are some quick examples of some conditions you might have


 


 * Feature 2 and 3 are applied only if the party has more than 5000 gold


 


   <feature condition: 2,3 >


     $game_party.gold > 5000


   </feature condition>


     


 * Features of the object are only applied if state 23 is applied


 


   <feature condition>


     a.state?(23)


   </feature condition>


  


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


=end


$imported = {} if $imported.nil?


$imported["TH_FeatureConditions"] = true


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


# ** Configuration


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


module TH


  module Feature_Conditions


    Regex = /<feature[-_ ]condition>(.*?)<\/feature[-_ ]condition>/im


    Ft_Regex = /<feature[-_ ]condition:\s*(.*?)\s*>(.*?)<\/feature[-_ ]condition>/im


  end


end


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


# ** Rest of Script


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


module RPG


  class BaseItem


    def feature_conditions_met?(subject)


      load_notetag_feature_conditions unless @feature_conditions_loaded


      return eval_feature_conditions(subject)


    end


 


    def load_notetag_feature_conditions


      @feature_conditions_loaded = true


      conditions = "true"


      res = self.note.scan(TH::Feature_Conditions::Regex)


      res.each_with_index do |cond, i|


        conditions << " && " if i > 0


        conditions << cond[0]


      end


      build_condition_method(conditions.empty? ? "true" : conditions)      


      load_notetag_individual_feature_conditions


    end


 


    def load_notetag_individual_feature_conditions


      results = self.note.scan(TH::Feature_Conditions::Ft_Regex)


      results.each do |res|


        ids = res[0].strip.split(",")


        ids.each do |id|


          id = id.to_i - 1


          @features[id].feature_condition = res[1]


        end


      end


    end


 


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


    # Builds the condition-checking method. This is done for performance


    # reasons since features are checked several hundred times very frequently.


    # It assumes the conditions do not change dynamically once they have been


    # loaded.


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


    def build_condition_method(conditions)


      eval(


        "def eval_feature_conditions(a, v=$game_variables, s=$game_switches)


           #{conditions}


         end"


      )


    end


  end


 


  class BaseItem::Feature


    attr_accessor :feature_condition


 


    def feature_condition_met?(subject)


      return true unless @feature_condition


      eval_feature_condition(subject)


    end


 


    def eval_feature_condition(a, v=$game_variables, s=$game_switches)


      eval(@feature_condition)


    end


  end


end


 


class Game_BattlerBase


 


  def feature_conditions_met?(obj, subject)


    obj.feature_conditions_met?(subject)


  end


 


  alias :th_feature_conditions_all_features :all_features


  def all_features    


    return [] if @feature_eval_checking


    @feature_eval_checking = true


    fts = th_feature_conditions_all_features.select {|ft| ft.feature_condition_met?(self)}


    @feature_eval_checking = false


    return fts


  end


end


 


class Game_Actor < Game_Battler


 


  alias :th_feature_conditions_feature_objects :feature_objects


  def feature_objects


    fts = th_feature_conditions_feature_objects.select {|obj|


      feature_conditions_met?(obj, self)


    }


    return fts


  end


end


 


class Game_Enemy < Game_Battler


 


  alias :th_feature_conditions_feature_objects :feature_objects


  def feature_objects


    fts = th_feature_conditions_feature_objects.select {|obj|


      feature_conditions_met?(obj, self)


    }


    return fts    


  end


end