请教！不会使用该脚本。-.-~

工藤~新一じ · 发表于 2015-11-26 19:29:30

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本帖最后由工藤~新一じ于 2015-11-26 20:01 编辑

每次来提问感觉都有点不好意思，又要伸手一次了，希望有大大能当一回好人。
下面脚本是我在这个板块看到的一个种植系统的脚本，研究了一小时还是不懂，所以来请教前辈们。希望前辈们帮帮忙

#:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:
# Dynamic Gardening
# Author: ForeverZer0
# Date: 5.13.2011
# Version: v.3.0
#:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:
# VERSION HISTORY
#:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:
# v.1.1 (4.15.2010)
# - Improved coding
# - No longer uses game variables, events use self-switches instead
# - Added ability to create different graphics for every plant, without
# having to use more event pages
# - Much less tedious setting up multiple events and changing the every
# condition variable.
# v.2.0 (10.10.2010)
# - Total re-write. Code has been vastly improved and is much more efficient.
# - Event setup has been simplified. Now requires only a single comment, and
# does not require multiple pages.
# - Added configurability for the number of stages each item requires.
# - The timers no longer use Game_System to constantly update, but simply
# compare themselves with the Graphics.frame_count when the event exists
# on the current map, which also allows the plants to grow during scenes
# other than Scene_Map and Scene_Battle.
# - Got rid of Scene_Harvest. Scene_Garden now handles both aspects, and has
# been improved.
# - Added item icons to the help window display.
# v.3.0 (5.13.2011)
# - Restructured code completely
# - Increased compatibility and performance
# - Fixed bug with final graphic not behaving correctly
#:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:=:
#
# Explanation:
#
# This system allows the player to plant seeds, which will eventually grow
# into plants that can be harvested for items. The system is very similar in
# nature to that found in Legend of Mana. Seed's can be combined in different
# ways, which will effect the total growth duration, the number of stages the
# plant passes through, the graphics used, and of course the final result.
#
# Features:
#
# - Totally configurable growth rates, results, and graphics for every plant.
# - Can use arrays of items for each result, so the final item is not
# neccessarily the same every time.
# - Each plant timer is independent, and its progress is saved with the game.
# - Easy setup. Need only a single comment in one of the event's pages.
#
# Instructions:
#
# - Place script below Debug and above Main
# - Configure the options below (instructions are with each setting)
# - Create an event, setting the graphic to whatever you want. This will be the
# graphics used when nothing is growing on the plant.
# - At the very top event's page, place a comment that reads "Garden Event",
# omitting the quotation marks.
# - As long as the page's conditions are met, this event can be clicked on to
# initiate the Garden scene, and can grow plants.
# - Note that plants can be harvested early, but they will yield nothing until
# they are ripe.
#
#:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
# BEGIN CONFIGURATION
#:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
#===============================================================================
# ** Garden
#===============================================================================
module Garden
SEED_IDS = [524, 525, 526, 527, 528, 529, 530, 531]
# IDs of the items in the database that are seeds. Add them into the array in
# the order of value/rarity in your game
HARVEST_SE = '056-Right02'
# This is the SE that will be played when the player harvests the plant.
SEED_DISPLAY = true
# If true, all seeds will be displayed in the seed window, including those
# that the player does not have, though they will be disabled. If false, only
# seeds that that the player currently has will be displayed.
# Define the growth rates here. (the average of both seeds will be used)
def self.growth_rate(seed)
return case seed
# when SEED_ID then SECONDS
when 524 then 30
when 525 then 40
when 526 then 50
when 527 then 60
when 528 then 70
when 529 then 80
when 530 then 90
when 531 then 100
end
end
#-------------------------------------------------------------------------------
# Define the number of stages that each item uses. The stages will still cycle
# in the same order, but only use up to the defined number of them before going
# to the final graphic. This will not effect the duration that the seed takes to
# grow, only how many times the graphic changes.
#
# You do not have to define anything that uses a three stage configuration.
#-------------------------------------------------------------------------------
def self.number_stages(result)
case result
when 640,538,278,279,282,280,10,6
return 4
when 258,259,260,261,262,263,304,535,536
return 5
else
return 3
end
end
#-------------------------------------------------------------------------------
# Define the final result of the seeds. A random item from the array will be
# given as the final result.
#
# Each seed is given a value from 0 to the total number of seeds in the SEED_IDS
# array, and both values are added together to determine which 'produce' array
# will be used for the final result. This is why it is important that you have
# the SEED_IDS array in order of value/rarity. You can find the total number of
# cases you will need by subtracting 1 from the total number of different seeds
# in SEED_IDS, and multiplying that number by 2.
#
# EX. Player uses one each of the first and last seed in the SEED_IDS array,
# and there are 8 total seeds in the array...
#
# FIRST_SEED = 2
# LAST_SEED = 5 2 + 5 = RESULT
#
# By placing multiple copies of the same value in an array, you can increase
# the odds of receiving that item over another in the same array.
#-------------------------------------------------------------------------------
def self.produce(seed)
return case seed
when 0 then [278, 279] # Only if both seed are the lowest seeds
when 1 then [279, 282]
when 2 then [282, 280]
when 3 then [280, 538]
when 4 then [538, 10]
when 5 then [10, 6]
when 6 then [6, 258] # Every combination in between
when 7 then [258, 259]
when 8 then [259, 260]
when 9 then [260, 261]
when 10 then [261, 262]
when 11 then [262, 263]
when 12 then [263, 304]
when 13 then [304, 535]
when 14 then [536] # Only if both seeds are the highest seeds
end
end
#-------------------------------------------------------------------------------
# Define graphics for the final results, and each stage. Follow the below
# template to set it up.
#
# when ITEM_ID/STAGE then ['FILENAME', X, Y]
#
# ITEM_ID = The ID number of the item in your database
# STAGE = The stage during which to display the graphic
#
# FILENAME = The name of the character file the needed graphic is on
# X = The x-coordinate of the correct picture on the charset (1 - 4)
# Y = The y-coordinate of the correct picture on the charset (1 - 4)
#
# ← X → Ex. If the needed graphic was in the bottom
# 1 2 3 4 left corner: X = 1 Y = 4
# ┌──┬──┬──┬──┐
# 1 │ │ │ │ │
# ├──┼──┼──┼──┤
# ↑ 2 │ │ │ │ │
# Y ├──┼──┼──┼──┤
# ↓ 3 │ │ │ │ │
# ├──┼──┼──┼──┤
# 4 │ │ │ │ │
# └──┴──┴──┴──┘
#-------------------------------------------------------------------------------
def self.stage_graphics(stage)
return case stage
when 0 then ['Plants1', 1, 1]
when 1 then ['Plants1', 2, 3]
when 2 then ['Plants1', 2, 1]
when 3 then ['Plants1', 4, 2]
when 4 then ['Plants1', 2, 4]
end
end
def self.final_graphic(item)
return case item
when 283 then ['Garden Plants', 4, 4]
when 278 then ['Garden Plants', 4, 1]
when 279 then ['Garden Plants', 4, 2]
when 482 then ['Garden Plants', 4, 3]
when 280 then ['Garden Plants', 1, 1]
when 10 then ['Garden Plants', 1, 4]
when 6 then ['Garden Plants', 2, 1]
when 258 then ['Garden Plants', 2, 4]
when 259 then ['Garden Plants', 1, 2]
when 260 then ['Garden Plants', 2, 2]
when 261 then ['Garden Plants', 2, 3]
when 262 then ['Garden Plants', 1, 3]
when 263 then ['Garden Plants', 3, 3]
when 534 then ['Garden Plants', 3, 2]
when 535 then ['Garden Plants', 3, 1]
when 536 then ['Garden Plants', 3, 4]
end
end
#:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
# END CONFIGURATION
#:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
def self.plant_seeds(seed1, seed2, event_id)
# Create a new instance of a Garden::Plant
plant = self::Plant.new(event_id, seed1, seed2)
if $game_system.garden[$game_map.map_id] == nil
$game_system.garden[$game_map.map_id] = [plant]
else
$game_system.garden[$game_map.map_id].push(plant)
end
end
def self.harvest(id)
# Find the appropriate plant.
plant = $game_system.garden[$game_map.map_id].find {|plant| plant.id == id }
return nil if plant == nil
# Return the result, and delete plant data from array.
result = plant.produce
plant.restore_event
$game_system.garden[$game_map.map_id] -= [plant]
return result
end
#===============================================================================
# ** Garden::Plant
#===============================================================================
class Plant
attr_reader :id, :ripe
def initialize(id, seed1, seed2)
# Initialize needed instance variables.
@id, @seed1, @seed2 = id, seed1, seed2
@ripe, @stage = false, -1
# Run setup method, using data in Garden config for this plant's seeds
setup
end
def setup
# Store original graphic, direction, and pattern in variable.
event = $game_map.events[@id]
@original_event = [event.character_name, event.direction, event.pattern]
# Calculate the total duration of the seed combination.
@duration = (Garden.growth_rate(@seed1) + Garden.growth_rate(@seed2))
# Find the produce that this combination will grow into
comb = Garden::SEED_IDS.index(@seed1) + Garden::SEED_IDS.index(@seed2)
@produce = Garden.produce(comb)
@produce = @produce[rand(@produce.size)]
# Get the number of stages this plant will use, then setup counts for it
number, count = Garden.number_stages(@produce), 0
dur = (@duration / number.to_f).to_i
@stages = (0...number).to_a
@stages.collect! {|i| $game_system.garden_counter + (i * dur) }
# Refresh the plant to apply changes
refresh
end
def refresh
unless @ripe
# Initialize local variable that will determine if graphic needs redrawn.
previous = @stage
count = @stages.find_all {|rate| $game_system.garden_counter <= rate }
@stage = (@stages.size - count.size)
@ripe = (@stage >= @stages.size - 1)
# Redraw bitmap if needed.
change_graphic(@ripe) if previous != @stage
end
end
def change_graphic(final)
# Set local variable to this plant's event
event = $game_map.events[@id]
data = final ? Garden.final_graphic(@produce) :
Garden.stage_graphics(@stage)
# Apply graphical change by simply altering event's stance and source
event.character_name = data[0]
event.direction = (2 * data[2])
event.pattern = (data[1] - 1)
event.refresh
end
def restore_event
# Restore event to original state before planting.
event = $game_map.events[@id]
event.character_name = @original_event[0]
event.direction = @original_event[1]
event.pattern = @original_event[2]
end
def produce
# Return nil if not yet ripe, else return an item ID.
return (@ripe ? @produce : nil)
end
end
end
#===============================================================================
# ** Game_System
#===============================================================================
class Game_System
attr_accessor :garden, :garden_counter
alias zer0_garden_init initialize
def initialize
# Initialize variables used for the garden system.
@garden_counter = 0
@garden = {}
zer0_garden_init
end
alias zer0_garden_upd update
def update
# Increase garden counter and check if update is needed every second.
if (Graphics.frame_count % 40) == 0
@garden_counter += 1
# Check if current map has any plants on it. If so, refresh them.
if @garden[$game_map.map_id] != nil && !@garden[$game_map.map_id].empty?
@garden[$game_map.map_id].each {|plant| plant.refresh }
end
end
zer0_garden_upd
end
end
#===============================================================================
# ** Game_Event
#===============================================================================
class Game_Event
attr_accessor :character_name, :direction, :pattern
alias zer0_garden_event_refresh refresh
def refresh
# Normal refresh method.
zer0_garden_event_refresh
# Set flag for this event being a garden event.
@garden_event = (@page != nil && @page.list[0].code == 108 &&
@page.list[0].parameters[0] == 'Garden Event')
end
alias zer0_garden_upd update
def update
# Skip update method foe this event if it is a plant.
@garden_event ? return : zer0_garden_upd
end
alias zer0_garden_event_start start
def start
# Redefine the 'start' method if Garden Event flag is present.
if @garden_event
plants, harvest = $game_system.garden[$game_map.map_id], false
# Check if plant exists, and if so check if it is ripe.
pick = plants != nil ? (plants.find {|obj| obj.id == @id }) != nil : false
$scene = Scene_Garden.new(@id, pick)
else
zer0_garden_event_start
end
end
end
#===============================================================================
# ** Game_Map
#===============================================================================
class Game_Map
alias zer0_garden_setup setup
def setup(map_id)
zer0_garden_setup(map_id)
# Refresh each plant when map is set up
if $game_system.garden[@map_id] != nil
$game_system.garden[@map_id].each {|obj| obj.change_graphic(obj.ripe) }
end
end
end
#===============================================================================
# * Window_Seed
#===============================================================================
class Window_Seed < Window_Selectable
def initialize
super(160, 304, 320, 160)
self.index = 0
refresh
end
def refresh
# Clear the bitmap.
self.contents = self.contents.dispose if self.contents != nil
# Determine what seeds to display.
@seeds = Garden::SEED_IDS.collect {|id| $data_items[id] }
unless Garden::SEED_DISPLAY
@seeds.reject! {|seed| $game_party.item_number(seed.id) < 1 }
end
@item_max = @seeds.size
# Draw the items on the bitmap.
if @item_max > 0
self.contents = Bitmap.new(width - 32, @item_max * 32)
@seeds.each_index {|i|
item = @seeds[i]
number = $game_party.item_number(item.id)
self.contents.font.color = number > 0 ? normal_color : disabled_color
opacity = number > 0 ? 255 : 128
# Find icon bitmap and set it to window, and draw the text.
bitmap = RPG::Cache.icon(item.icon_name)
self.contents.blt(4, i*32+4, bitmap, Rect.new(8, 11, 48, 48), opacity)
self.contents.draw_text(38, i*32, 288, 32, item.name)
self.contents.draw_text(-32, i*32, 288, 32, ':', 2)
self.contents.draw_text(-4, i*32, 288, 32, number.to_s, 2)
}
end
end
def seed
# Returns currently highlighted seed item.
return @seeds[self.index]
end
end
#===============================================================================
# * Scene_Garden
#===============================================================================
class Scene_Garden
def initialize(id, harvest)
@event_id, @harvest = id, harvest
# Play SE to give impression that scene never changed.
$game_system.se_play($data_system.decision_se)
$game_player.straighten
garden = $game_system.garden[$game_map.map_id]
if garden != nil
@plant = garden.find {|plant| plant.id == id }
end
end
def main
# Create map sprite and required windows.
@map, @help_window = Spriteset_Map.new, Window_Help.new
# Create Confirmation window.
@confirm_window = Window_Command.new(128, ['是', '否'])
@confirm_window.x, @confirm_window.y = 496, 336
# Initialize sprites array. Used to handle all the sprites together.
@sprites = [@map, @help_window, @confirm_window]
# Create seed window if plant is not being harvested.
unless @harvest
@seed_window = Window_Seed.new
@sprites.push(@seed_window)
@seed_window.active = @seed_window.visible = false
@help_window.set_text('很肥沃的土地，要进行种植吗？')
else
@data = $game_system.garden[$game_map.map_id][@event_id]
if @plant != nil && @plant.ripe
text = '作物已经成熟，要进行收获吗？'
else
text = '作物还没有完全成熟，要提前进行收获吗？'
end
@help_window.set_text(text)
end
# Transition instantly then start main loop.
Graphics.transition(0)
loop { Graphics.update; Input.update; update; break if $scene != self }
# Dispose of all the sprites.
@sprites.each {|sprite| sprite.dispose }
# Have map refresh to update any changes made.
$game_map.need_refresh = true
end
def update
@sprites.each {|sprite| sprite.update }
# Branch update method depending on what window is active.
if @confirm_window.active
update_confirm
elsif @seed_window != nil && @seed_window.active
update_seed_select
end
end
def update_confirm
if Input.trigger?(Input::B)
# Branch by what action is being canceled.
if @harvest
back_to_map
else
@seed1 == nil ? back_to_map : cancel_seed_selection
end
elsif Input.trigger?(Input::C)
# Branch by what action is being confirmed.
if @harvest
if @confirm_window.index == 0
item_id = Garden.harvest(@event_id)
if item_id != nil
@confirm_window.active = @confirm_window.visible = false
# Gain item, play the harvest SE, then return to the map.
$game_party.gain_item(item_id, 1)
$game_system.se_play(RPG::AudioFile.new(Garden::HARVEST_SE, 80, 100))
show_results($data_items[item_id])
$scene = Scene_Map.new
else
back_to_map
end
else
back_to_map
end
else
# If asking if player would like to plant seeds at this location.
if @seed1 == nil
if @confirm_window.index == 0
@seed_window.active = @seed_window.visible = true
@confirm_window.active = @confirm_window.visible = false
@help_window.set_text('请选择您喜欢的种子，进行种植')
else
back_to_map
return
end
else # If confirming seed selection.
if @confirm_window.index == 0
# Plant seeds and return to map.
Garden.plant_seeds(@seed1.id, @seed2.id, @event_id)
$scene = Scene_Map.new
else # If canceling seed selection
cancel_seed_selection
return
end
end
$game_system.se_play($data_system.decision_se)
end
end
end
def show_results(result)
@help_window.contents.clear
# Display the message in the help window.
@help_window.draw_item_name(result, 0, 0)
cw = @help_window.contents.text_size(result.name).width + 32
@help_window.contents.draw_text(cw, 0, 608, 32, ' 已添加至您的背包!')
# Call Input.update to the clear key press.
Input.update
# Loop until it is pressed again.
until Input.trigger?(Input::C)
Graphics.update; Input.update; update
end
end
def cancel_seed_selection
# Play cancel SE, reset seeds, and activate/deactivate windows.
$game_system.se_play($data_system.cancel_se)
@seed_window.active = @seed_window.visible = true
@confirm_window.active = @confirm_window.visible = false
@help_window.set_text('请选择您喜欢的种子，进行种植')
@seed1 = @seed2 = nil
end
def back_to_map
# Play cancel SE and return to map.
$game_system.se_play($data_system.cancel_se)
$scene = Scene_Map.new
end
def update_seed_select
if Input.trigger?(Input::B)
# If first seed is selected, go back to re-select, else return to map.
if @seed1 != nil
$game_party.gain_item(@seed1.id, 1)
@seed1 = nil
@seed_window.refresh
$game_system.se_play($data_system.cancel_se)
else
back_to_map
end
elsif Input.trigger?(Input::C)
# Play Cancle SE if displayed and party has none.
if $game_party.item_number(@seed_window.seed.id) < 1
$game_system.se_play($data_system.buzzer_se)
return
end
$game_system.se_play($data_system.decision_se)
# Set first seed if not defined, else set the second seed and continue.
if @seed1 == nil
@seed1 = @seed_window.seed
$game_party.lose_item(@seed1.id, 1)
else
@seed2, @seed_window.active = @seed_window.seed, false
$game_party.lose_item(@seed2.id, 1)
@confirm_window.active = @confirm_window.visible = true
end
# Refresh seed window to show changes in inventory.
set_help
@seed_window.refresh
end
end
def set_help
# Clear help window.
@help_window.contents.clear
# Draw items
text = @seed2 != nil ? '确定以它们进行种植吗？' : '请选择第二类种子'
@help_window.set_text(text)
@help_window.draw_item_name(@seed1, 224, 0)
if @seed2 != nil
cw = @help_window.contents.text_size(@seed1.name).width + 320
@help_window.draw_item_name(@seed2, cw, 0)
end
end
end

复制代码

冷峻逸 · 发表于 2015-11-26 20:30:42

提示: 作者被禁止或删除内容自动屏蔽

工藤~新一じ · 发表于 2015-11-26 20:39:36

冷峻逸发表于 2015-11-26 20:30
说明：
#
#这个系统可以让玩家的植物种子，这将最终成长

其实我也用在线翻译翻译了，但还是不知道怎么设置才能成功，对这个脚本的原理、使用方法、种植时间计算都不懂。
下面两张图是我报错的图。

工藤~新一じ · 发表于 2015-11-26 21:09:28

这个脚本真的很重要，所以希望各位大大能帮帮忙。

冷峻逸 · 发表于 2015-11-26 21:46:30

提示: 作者被禁止或删除内容自动屏蔽

工藤~新一じ · 发表于 2015-11-26 22:02:53

冷峻逸发表于 2015-11-26 21:46
请问在脚本编辑器内的放置位置？可能是这个原因
还有没有用其他脚本？另开一个工程试试 ...

这是一个新建的工程。

RyanBern · 发表于 2015-11-27 09:33:05

本帖最后由 RyanBern 于 2015-11-27 20:47 编辑

此脚本包含设置区域，如果不进行设置是无法正确使用的。
设置区域为脚本的71~217行（行数以楼主在主楼贴出的脚本为准），每一部分都必须进行正确的设置。
1. 73行：设置种子的物品ID
在这里你需要设置什么样的物品是所谓“种子”，需要将对应物品的ID填写在数组中。填写的顺序建议为种子的价值或者稀有度，由低到高填写。例如，如果你写SEED_IDS = [1,2,3]，那么1号~3号物品就是种子，并且1号种子最普通，3号种子最稀有。设置完毕后，请牢记这里的设置顺序，在后面的设置里面需要这个顺序。
2. 77行：设置收获 SE
设置收获物品时播放的 SE
3. 80行：设置是否显示全部种子
设置选择种子时的显示模式，如果设置为true，则选择种子时会将1中所有种子都列出来，玩家没有持有的种子会显示为灰色；设置为false时，选择种子时只会显示玩家已经持有的种子，没有持有的种子不会显示。
4. 86~98行：设置种子生长时间
格式为'when 物品ID then 等待时间'，等待时间的单位是秒，含义就是该种子从种下到收获需要等待多长时间。在这里需要注意，这个种植系统是使用两个种子进行种植，然后收获一件成品，所以实际等待时间为所选两个种子的平均值。
5. 108~117行：设置成品的生长阶段
在这里解释一下，将不同种子的组合种下会得到不同的成品，而不同成品所对应的生长阶段数是不同的。所谓生长阶段就是在生长期间，地图上的图形会改变多少次。设置格式为'when 成品ID then 阶段数'，如果不进行设置则默认是3个阶段。
注：成品ID即为成品的物品ID。
6. 141~159行：设置成品
这里比较复杂，你需要根据1中的设置进行。该种植系统需要使用两个种子进行种植，例如你在1中设置的SEED_IDS = [2,3,5]，请记住2,3,5所对应的数组索引（即在数组中的顺序，从0开始计算，因此2对应的索引是0,3对应的索引是1,5对应的索引是2）。然后在这里设置种子组合使用后可能会得到的成品。两个种子组合服从加法原则，即将两个种子所对应的索引相加。所以，如果最大索引是m，那么理论上最多能出现0~2×m种组合，你需要对这些组合进行设置成品。
设置格式'when 组合索引 then [成品ID, 成品ID, ...]'，后面的数组表示可能收获的成品，如果设置为多个则从中随机选取成品。
例：when 2 then [10, 11]
当两个种子的索引之和为2时，成熟后将随机收获10或11号物品。
7. 187~216行：设置图形
分为两个部分，设置各个阶段的图形，和设置成熟后最终的图形。
格式为'when 阶段 then [行走图文件名, 行走图X, 行走图Y]'和'when 成品ID then [行走图文件名, 行走图X, 行走图Y]'
由于一个行走图有4×4个图形，所以使用时需要用行走图X和行走图Y来指定你究竟想使用哪个图形。
注意：设置阶段时要注意数目，最小的数目不能小于5中所设置阶段数的最大值。另外，所有作物的阶段图形都是相同的（无论是什么样的成品），但是最终成品的图形是不同的。

使用的方法非常简单，只需要新建一个事件，然后在事件内容的第一行使用事件指令中的注释，输入Garden Event即可。

哪个地方不清楚请在下面回复。

工藤~新一じ · 发表于 2015-11-27 19:39:00

RyanBern 发表于 2015-11-27 09:33
此脚本包含设置区域，如果不进行设置时无法正确使用的。
设置区域为脚本的71·217行（行数以楼主在主楼贴出 ...

膜拜

版主大大辛苦了。
版主大大可不可以帮我改成一颗种子结出一个果实的

就是把第二果实取消掉，第一果实的索引是多少就是多少，不要计算第二种子。

工藤~新一じ · 发表于 2015-11-27 20:09:35

RyanBern 发表于 2015-11-27 09:33
此脚本包含设置区域，如果不进行设置时无法正确使用的。
设置区域为脚本的71·217行（行数以楼主在主楼贴出 ...

还是谢谢版主啦。我自己研究下这个脚本。版主大大不用帮我改哦。

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[已经解决] 请教！不会使用该脚本。-.-~

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