有没有兼容性好的任务系统，不与物品制造系统1.0冲突的 - Project1

#==============================================================================
# Quest Journal [VXA]
# Version: 1.0d
# Author: modern algebra (rmrk.net)
# Date: February 27, 2012
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Description:
#
# This script provides a graphical interface for showing quest progress. It
# is objective-based, meaning that you choose when to reveal objectives and
# you can set it so that they show up as complete or failed. That said, this
# script does not build quests for you; it is only a supplementary scene for
# showing them. As such, you need to event all of the quests yourself and
# update quest progress via script call. Therefore, pay close attention to
# the instructions here and in the Editable Regions at lines 232 and 612.
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Instructions:
#
# Paste this script into its own slot or slots, above Main and below
# Materials. If you are using the menu access feature, you should put any
# other menu scripts above this one.
#
# All of the configuration is done in the QuestData module. While it is not
# necessary, it is recommended that you separate the configuration module
# from the rest of the script by cutting and pasting it into its own slot in
# the Script Editor (as you will see if you have the demo). The reason for
# this is that, if and when this script gets updated, you can preserve the
# configuration section and only replace the other parts of the script. If
# you wish to do that, you must cut everything from the first line down to
# the final end of the module. The first lines of the body script should be
# the equals bar right above # ** Game_Quest. Again, it's up to you whether
# you do it.
#
# You can go to EDITABLE REGION A at line 232 to configure the default
# settings for the script. All of these will work fine without modification,
# of course, but even if do not want to configure now, you should familiarize
# yourself with all the settings so that you can make the best use of your
# script. I have included tons of settings so that you can make the Quest
# Journal unique for your game, even down to the order in which each section
# of the info window is drawn. A brief description of each setting is
# included either to the right or directly above each constant.
#
# EDITABLE REGION B is the real heart of the script however - this is where
# you fill in all of the details for the quests. Read the instructions at
# line 612 very carefully!
#
# You can activate and access a quest with this code in the Script event
# command:
#
# quest(quest_id)
# quest_id : the integer ID of the quest you want to access
#
# From that, you can access or alter any relevant data stored in the quest,
# like name, description, objectives, etc... Example:
# quest(1).name = "Rest in Pieces"
#
# More relevantly, when it comes to controlling the progress of quests the
# following codes can be used in a Script event command. The arguments are
# the same for each command so I only explain them once. All of them are
# pretty self-explanatory and using any of them will activate the quest
# (unless you are using the MANUAL REVEAL setting at line 267).
#
# reveal_objective(quest_id, objective_id_1, ..., objective_id_n)
# quest_id : the integer ID of the quest you want to access.
# objective_id_1, ..., objective_id_n : a list of the IDs of the
# objectives you want to operate on. It can be as few as one or as
# many as all of them.
# Will show the listed objectives in the Quest's information
#
# conceal_objective(quest_id, objective_id_1, ..., objective_id_n)
# Will hide the listed objectives in the Quest's information
#
# complete_objective(quest_id, objective_id_1, ..., objective_id_n)
# Changes the colour of the listed objectives to the completed colour.
# The quest is completed once all prime objectives are.
#
# uncomplete_objective (quest_id, objective_id_1, ..., objective_id_n)
# Changes the status of the listed complete objectives back to active
#
# fail_objective(quest_id, objective_id_1, ..., objective_id_n)
# Changes the colour of the listed objectives to the failed colour.
# The quest is failed once one prime objective is.
#
# unfail_objective(quest_id, objective_id_1, ..., objective_id_n)
# Changes the status of the listed failed objectives back to active
#
# change_reward_status(quest_id, value)
# value : either true or false. If excluded, defaults to true.
# Totally optional, but this is just a personal switch which you can
# turn on when the reward is given. You can then make it a condition
# so you don't reward the players more than once. (see line 180)
#
# EXAMPLES:
# reveal_objective(1, 0)
# This would reveal the first objective of the quest with ID 1
# complete_objective(6, 2, 3)
# This would complete the third & fourth objectives of the quest with ID 6
# change_reward_status(8)
# This would set the reward switch to true for the quest with ID 8.
#
# Another new feature is the ability to set rewards that will show up in the
# menu (see EDITABLE REGION B). In addition to that, you can use the following
# code to automatically distribute the specified rewards for a quest if the
# quest is complete and no reward has yet been given:
#
# distribute_quest_rewards(quest_id)
# quest_id : the ID of the quest whose rewards you want to distribute
#
# Of course, it can only distribute the material rewards (items, weapons,
# armors, gold, or exp). It won't distribute rewards you specify by string.
# To that end though, you can also use this code in a conditional branch and
# it will be satisfied only if it distributes the rewards. Thus, if you
# wanted to add some special rewards or do things like that, you can just put
# that in the branch for when it is true. This feature is not really
# recommended, since I think it is better to do it by events.
#
# Other codes for the Script event command that can be useful are:
#
# reset_quest(quest_id)
# quest_id : the integer ID of the quest you want to access.
# This will re-initialize the quest, meaning all quest progress to
# date will be lost
#
# remove_quest(quest_id)
# Deactivates the quest and resets it
#
# conceal_quest(quest_id)
# Deactivates the quest so it won't show up in the scene, but progress
# is saved
#
# reveal_quest(quest_id)
# Activates or reactivates the quest. This command is NECESSARY if
# MANUAL_REVEAL at line 284 is true or it has previously been
# concealed. Otherwise, it is sufficient just to operate on the quest
#
# change_quest_access(:symbol)
# :symbol must be one of six options (include the colon!):
# :disable - prevents access to the quest scene (greys out in menu)
# :enable - enables access to the quest scene
# :disable_menu - this removes the quest option from the menu
# :enable_menu - this adds the quest option to the menu
# :disable_map - this prevents access by key from the map
# :enable_map - this allows access by key to the map
#
# change_quest_background("bg_filename", bg_opacity, bg_blend_type)
# bg_filename : the filename of the picture for the background in
# the Pictures folder
# bg_opacity : the opacity of the background graphic. If
# excluded, this defaults to the value of the setting at line 434.
# bg_blend_type : the blend type of the background graphic. If
# excluded, this defaults to the value of the setting at line 437.
#
# change_quest_windows ("windowskin_filename", tone, opacity)
# windowskin_filename : the name of the Window graphic in the
# System folder of Graphics
# opacity : the opacity of the windows. If excluded,
# this defaults to the value of the setting at line 423.
# blend_type : the blend_type of the windows. If excluded,
# this defaults to the value of the setting at line 426.
#
# Also, there are a few codes that can be used in the Script command of a
# conditional branch. I note here that all of these are optional. You could
# use switch and variable checks and monitor quest progress solely through
# events. However, these commands make it a little easier and they are:
#
# quest_revealed?(quest_id)
# quest_id : the integer ID of the quest you want to access.
# This is satisfied if the quest has been activated.
#
# quest_complete?(quest_id)
# This is satisfied if all prime objectives of the quest are complete
#
# quest_failed?(quest_id)
# This is satisfied if any prime objective of the quest is failed
#
# quest_rewarded?(quest_id)
# This is satisfied if you have changed the reward status to true.
#
# objective_revealed?(quest_id, objective_id_1, ... objective_id_n)
# objective_id_1, ..., objective_id_n : a list of the IDs of the
# objectives you want to operate on. It can be as few as one or as
# many as all of them.
# This is satisfied if the listed objectives have been revealed
#
# objective_active?(quest_id, objective_id_1, ... objective_id_n)
# This is satisfied if all the listed objectives are revealed and
# neither complete nor failed.
#
# objective_complete?(quest_id, objective_id_1, ... objective_id_n)
# This is satisfied if all the listed objectives have been completed
#
# objective_failed?(quest_id, objective_id_1, ... objective_id_n)
# This is satisfied if all the listed objectives have been failed
#
# If you want to call the Quest scene from an event, you use the following
# code in a call script:
#
# call_quest_journal
# call_quest_journal(quest_id)
# quest_id : ID of the quest you want to open the scene on
#
# If you do not specify a quest_id (line 198) then it will simply open the
# scene as it would normally. If you do specify a quest_id (line 199) then it
# will open the scene on that quest so long as it has been revealed and it is
# normally accessible through the quest menu.
#
# Finally, the default way this script operates is that quests automatically
# complete or fail based on the status of the prime objectives. However, you
# can set it so that there are no prime objectives, in which case you can only
# complete, fail, or (re)activate a quest manually through the following code
# in a script call:
#
# manually_complete_quest(quest_id)
# quest_id : ID of the quest you want to manually complete
# manually_fail_quest(quest_id)
# quest_id : ID of the quest you want to manually fail
# manually_activate_quest(quest_id)
# quest_id : ID of the quest you want to manually activate
#==============================================================================
$imported ||= {}
$imported[:"MA_QuestJournal_1.0"] = true
#==============================================================================
# *** QuestData
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This module contains all the configuration data for the quest journal
#==============================================================================
module QuestData
#\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\
# BEGIN Editable Region A
#||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
# MENU_ACCESS - If true, you can access the quest journal through a command
# in the menu. If false, there will be no such command.
MENU_ACCESS = true
# MENU_INDEX - If MENU_ACCESS is true, this determines where it appears
MENU_INDEX = 5
# MAP_ACCESS - If true, this allows you to access the quest journal by
# pressing a key on the map.
MAP_ACCESS = true
# MAP_BUTTON - If MAP_ACCESS is true, this determines which button calls the
# Quest Journal
MAP_BUTTON = :L
# OPEN_TO_LAST_REVEALED_QUEST - If true, then the first time you open the
# quest journal after revealing a new quest, it will open to the new quest.
OPEN_TO_LAST_REVEALED_QUEST = true
# OPEN_TO_LAST_CHANGED_QUEST - If true, then the Quest Journal will open to
# the last quest whose objective status has changed.
OPEN_TO_LAST_CHANGED_QUEST = false
# LIST_WINDOW_WIDTH - The width, in pixels, of the List Window
LIST_WINDOW_WIDTH = 192
# BASIC_DATA_TYPES - This lets you set up additional types of data. Just
# include an identifying signal in the Array. Then, you will need to give
# each signal an icon (in the ICONS hash at line 322) and a signal text (in
# the VOCAB array at line 333, though it can be an empty string). Then, you
# can set the data itself when setting up quests by simply adding a:
# q[:symbol] = ""
# line to the quest. You will also need to include the data type somewhere in
# the DATA_LAYOUT at line 306. As an example of this, I have included :client
# and :location by default. You can CTRL+F for anything in this section with
# one of those symbols (excluding :) and you will there need to add something
# for any new data types you add.
BASIC_DATA_TYPES = [:client, :location]
# BASIC_DATA_WIDTH - This determines how much room, in pixels, is given to
# any basic data types you set up in the data window.
BASIC_DATA_WIDTH = 240
# CONCURRENT_ACTIVITY - If true, then when in the Quest Journal scene, you
# can switch categories or scroll down the quest list at the same time. If
# false, you will first need to select a category before you can start
# scrolling through the quest list.
CONCURRENT_ACTIVITY = true
# HIDE_CATEGORY_CURSOR - If true, then the Category Window will not have a
# cursor and will instead just highlight the currently selected category.
# This is best when CONCURRENT_ACTIVITY is true.
HIDE_CATEGORY_CURSOR = true
# SHOW_QUEST_ICONS - If true, then the icon you choose for each quest will
# be displayed to the left of its name in the Quest List window
SHOW_QUEST_ICONS = true
# MANUAL_REVEAL - If false, then quests will be revealed the moment you
# first reveal, complete, or fail an objective. If this is true, you will
# need to specifically reveal each quest via a separate script call:
# reveal_quest(quest_id)
MANUAL_REVEAL = false
# DATA_LAYOUT - This controls the way that the quest window lays out all of
# the relevant data. If you set one of the entries to be an array, then any
# of the commands there will be drawn at the same y. With exception to :line,
# none of the commands will be drawn if the quest is not set to have that
# particular data. The symbols are:
# :line - Draws a horizontal line across the window.
# :name - Draws the name of the quest
# :level - Draws the level of the quest
# :banner - Draws the banner for the quest
# :client - Draws the client set in the quest (basic data)
# :location - Draws the location set in the quest (basic data)
# :description - Draws the quest's description
# :objectives - Draws all the quest's objectives that have been revealed
# :rewards - Draws whatever rewards have been set
#
# You will also need to add an entry for any new BASIC_DATA that you place
# in BASIC_DATA_TYPES at line 264.
#
# Remember to place a comma after each entry. Also note that this is only the
# default layout. You can set a different layout for any quest, and when
# viewing that quest, it will be the custom layout that is shown.
DATA_LAYOUT = [
[:line, :name, :level],
:banner,
:client,
:location,
:description,
:objectives,
[:line, :rewards],
:line,
] # <= Do not touch.
# ICONS - This is where you setup many of the icons used in the script. The
# purpose of each is listed next to it. Also, if you make any custom
# categories, you NEED to give them an icon by placing a line like the
# others. So, if the new custom category is :romance then you would need to
# set it like this:
# romance: 107,
ICONS = {
all: 226, # The icon for the All Quests category
active: 236, # The icon for the Active Quests category
complete: 238, # The icon for the Complete Quests category
failed: 227, # The icon for the Failed Quests category
client: 121, # The icon for client data. If none wanted, set to 0
location: 231, # The icon for location data. If none wanted, set to 0
reward_gold: 262, # The icon for gold rewards. If none wanted, set to 0
reward_exp: 117, # The icon for exp rewards. If none wanted, set to 0
} # <= Do not touch.
# VOCAB - This lets you choose some of the words used in the quest scene
VOCAB = {
# menu_label: The command name in the menu if MENU_ACCESS is true
menu_label: "任务",
# scene_label: The label at the top of the scene. If empty, no window
scene_label: "任务详细",
# description: The heading to identify the description
description: "描述",
# objectives: The heading to identify the objectives
objectives: "目标",
# objective_bullet: The bullet which shows up to the left of every
# objective. If %d is included, it shows the objective's ID.
objective_bullet: "?",
# rewards: The heading to identify the rewards.
rewards: "奖励",
# reward_amount: For item rewards, this is the text to show the amount.
# It should include %d to show the amount.
reward_amount: "x%d",
# reward_gold: Text to identify gold rewards
reward_gold: "",
# reward_exp: Text to identify exp rewards
reward_exp: "",
# level: If LEVEL_ICON is 0, this is the text which precedes the level
level: "难度: ",
# location: The text label for quest location
location: "",
# location: The text label for quest client
client: "",
} # <= Do not touch.
# CATEGORIES - This array allows you to set which categories are available
# in the Quest scene. The default categories are :all, :active, :complete,
# and :failed, and their names are self-explanatory. You can add custom
# categories as well, but note that you will need to make sure that each new
# category has an icon set in the ICONS hash, as well as a label set in the
# CATEGORY_VOCAB hash (if you are using SHOW_CATEGORY_LABEL). It is also
# advisable to give it a sort type, unless you are fine with it being sorted
# by ID, as is default.
CATEGORIES = [:all, :active, :complete, :failed]
# SHOW_CATEGORY_LABEL - This allows you to choose whether to show the name
# of the currently selected category. If true, it will choose the name out
# of the CATEGORY_VOCAB hash.
SHOW_CATEGORY_LABEL = true
# CATEGORY_LABEL_IN_SAME_WINDOW - If SHOW_CATEGORY_LABEL is true, then this
# options lets you choose whether the label is shown in the same window as
# the category icons or in a separate window below. true = same window.
CATEGORY_LABEL_IN_SAME_WINDOW = true
# CATEGORY_VOCAB - If SHOW_CATEGORY_LABEL is true, this hash lets you set the
# label for each category. For any custom categories you create, you will
# need to add a line for each below and in the same format:
# :category => "Label",
# Don't forget to add the comma at the end of each line.
CATEGORY_VOCAB = {
:all => "所有任务", # The label for the :all category
:active => "已接任务", # The label for the :active category
:complete => "完成任务", # The label for the :complete category
:failed => "失败任务", # The label for the :failed category
} # <= Do not touch.
# SORT_TYPE - This hash allows you to choose how each category is sorted.
# For each category, default or custom, you can set a different sort method
# There are seven options to choose from:
# :id - The quests are sorted from lowest to highest ID
# :alphabet - The quests are sorted in alphabetical order
# :level - The quests are sorted from the lowest to highest level
# :reveal - The quests are sorted from most recently revealed on.
# Every time a new quest is revealed, it will be at the top.
# :change - The quests are sorted from the one whose status most recently
# changed on. So, every time an objective is modified, that quest
# will be thrown to the top.
# :complete - The quests are sorted from the most recently completed on.
# Every time a quest is completed, it will be thrown to the top.
# :failed - The quests are sorted from the most recently failed on.
# Every time a quest is failed, it will be thrown to the top.
#
# Additionally, you can put _r at the end of any of the sort options and it
# will reverse the order. So, for instance, if the sort method for a category
# is :alphabet_r, then the quests will show up from Z-A
SORT_TYPE = {
:all => :id, # Sort type for the All Quests category
:active => :change, # Sort type for the Active Quests category
:complete => :complete, # Sort type for the Complete Quests category
:failed => :failed, # Sort type for the Failed Quests category
} # <= Do not touch.
# WINDOWSKIN - The windowskin for each window in the Quest scene. It must
# refer to a graphic in the System folder of Graphics. If set to false, then
# it will use whatever windowskin is default. If you are using a script which
# lets the player choose the windowskin, false is the recommended value.
WINDOWSKIN = false
# WINDOW_TONE - The tone for each window. It must be an array in the form:
# WINDOW_TONE = [red, green, blue, gray]
# gray can be excluded, but the other three must be present. If you set this
# value to false, then the windows will have whatever tone is default.
WINDOW_TONE = false
# WINDOW_OPACITY - The opacity of the windows in the Quest scene. If set to
# false, it will use the default opacity for windows.
WINDOW_OPACITY = false
# BG_PICTURE - This is a string referring to a picture in the Picture folder
# of Graphics. If set to "", then there will be no picture. Otherwise, it
# will display the selected picture below the windows but above the map in
# the Quest scene.
BG_PICTURE = ""
# BG_OPACITY - This allows you to set the opacity of the background picture,
# if you have selected one.
BG_OPACITY = 255
# BG_BLEND_TYPE - This allows you to set the blend type of the background
# picture, if you have selected one.
BG_BLEND_TYPE = 0
# DESCRIPTION_IN_BOX - This is a graphical option, and it allows you to
# choose whether the description should be shown in a box.
DESCRIPTION_IN_BOX = true
# LEVEL_ICON - This sets how levels are shown. If set to an integer, then it
# will draw the same icon numerous times up to the level of the quest. Ie. If
# the level's quest is 1, then the icon will only be drawn once, but if the
# level's quest is 4, it will be drawn 4 times. LEVEL_ICONS_SPACE determines
# the space between them. If you set LEVEL_ICON to 0, however, then it will
# instead draw a signal for the level, corresponding to that index in the
# LEVEL_SIGNALS array. If the LEVEL_SIGNALS array is empty, then it will just
# draw the integer for the level. Finally, LEVEL_ICON can also be an array of
# integers, in which case the level will be represented only by the icon set
# which corresponds to it in the array.
LEVEL_ICON = 125
# LEVEL_ICONS_SPACE - If LEVEL_ICON is an integer, this is the amount of
# space between each time the icon is drawn.
LEVEL_ICONS_SPACE = 16
# LEVEL_SIGNALS - If LEVEL_ICON is 0, this allows you to set what string
# should be the signal for each level. If this array is empty, then it will
# just draw the level integer. Ie. if the Quest is Level 4, it will draw 4.
LEVEL_SIGNALS = ["F", "E", "D", "C", "B", "A", "S"]
# COLOURS - This lets you change the colour for various aspects of the
# quest scene. Each can be set in one of three ways:
# :symbol - If you use a symbol, the colour will be the result of calling
# the method of the same name. For instance, if you set something to
# :system_color, it will set the colour to the result of the Window_Base
# system_color method.
# Integer - If you set the colour to an integer, then it will take its
# colour from the windowskin palette, just like using \c[x] in messages.
# Array - You can also set the rgba values directly with an array in the
# format: [red, green, blue, alpha]. alpha can be excluded, but you must
# have values for red, green, and blue.
COLOURS = {
# active: This sets the colour for active quests in the list and the name
# of the active quest when shown in the data window.
active: :normal_color,
# complete: This sets the colour for complete quests in the list and the
# name of the complete quest when shown in the data window.
complete: 3,
# failed: This sets the colour for failed quests in the list and the name
# of the failed quest when shown in the data window.
failed: 10,
# line: This sets the colour for lines or boxes drawn in the quest scene
line: :system_color,
# line_shadow: This sets the colour of the shadow for lines or boxes drawn
# in the quest scene
line_shadow: [0, 0, 0, 128],
# scene_label: This sets the colour for the scene label, if shown
scene_label: :system_color,
# category_label: This sets the colour for the category label, if shown
category_label: :normal_color,
# level_signal: This sets the colour for the level signal, if shown
level_signal: :normal_color,
# objective_bullet: This sets the colour for objectives; if set to
# :maqj_objective_color, it will reflect the completion status of the
# objective, but you can change it to something else if you prefer
objective_bullet: :maqj_objective_color,
# reward_amount: The colour of the item amount, when shown
reward_amount: :normal_color,
# heading: The colour of any headings in the script, like "Description"
heading: :system_color,
# basic_label: For basic data, like client, the colour of the label
basic_label: :system_color,
# basic_value: For basic data, like client, the colour of the value
basic_value: :normal_color,
} # <= Do not touch.
# HEADING_ALIGN - This sets the alignment for the aspects listed. 0 is Left;
# 1 is Centre; 2 is Right
HEADING_ALIGN = {
description: 0, # Alignment for the Description heading
objectives: 0, # Alignment for the Objectives heading
rewards: 1, # Alignment for the Rewards heading
level: 2 # Alignment when showing the level
} # <= Do not touch.
#````````````````````````````````````````````````````````````````````````````
# Font Aspects
#
# All of the following options (FONTNAMES, FONTSIZES, FONTBOLDS, and
# FONTITALICS) allow you to alter the fonts used for various aspects of the
# scene. The only one listed there by default is normal:, which is the
# font used by default for the entire scene. However, you can change the
# fonts for almost any aspect - all you need to do is add a line like so:
#
# description: value,
#
# and that will change that font aspect when drawing the description. The
# following symbols are available for changing:
#
# normal: The default font used for every part of the scene
# list: The font used in the List Window
# scene_label: The font used when drawing the Scene Label, if shown
# category_label: The font used when drawing the Category Label, if shown
# heading: The font used when drawing any headings, like "Description"
# name: The font used when drawing the quest name in data window
# description: The font used when drawing the Description
# objectives: The font used when drawing the objectives
# rewards: The font used when drawing the rewards
# client: The font used when drawing the client
# location: The font used when drawing the location
#
# For any of them, you need to set a value. What the value can be depends
# on which font aspect you are changing and is described below, but for any
# of them setting it to the false will mean it will simply use the default
#
# For any that you add, remember that you must put a comma after the value.
#````````````````````````````````````````````````````````````````````````````
# FONTNAMES - Here you can change the font used for any of the various
# options. It can take any of the following types of values:
# false - The default font will be used
# "String" - The font with the name "String" will be used.
# [Array] - The array must be in the form: ["String1", "String2", ...]
# The font used will be the first one in the array that the
# player has installed.
#
# EXAMPLES:
#
# normal: false,
# The font used for unaltered aspects of the scene is the default font
# scene_label: "Algerian",
# The font used for the Scene Label will be Algerian.
# description: ["Cambria", "Times New Roman"],
# The font used when drawing the description will be Cambria if the
# player has Cambria installed. If the player does not have Cambria
# installed, then the font used will be Times New Roman
FONTNAMES = {
normal: false, # normal: the default font name
} # <= Do not touch.
# FONTSIZES - Here you can change the size of the font. There are two types
# of values you can set:
# false - The default fontsize will be used
# Integer - The fontsize will be equal to the value of the Integer.
#
# For everything but the label windows, this shouldn't exceed 24, since that
# is the line_height. However, for scene_label: and category_label:, the size
# of the window will be adjusted to whatever size you set the font.
FONTSIZES = {
normal: false, # normal: default font size
scene_label: 28, # scene_label: fontsize for the Scene Label window
category_label: 24, # category_label: fontsize for Category Label window
} # <= Do not touch.
# FONTBOLDS - Here you can set whether the font will be bolded. You can set
# it to either false, in which case it will not be bolded, or true, in which
# case it will be bolded.
FONTBOLDS = {
scene_label: true, # scene_label: whether font is bold for Scene Label
heading: true, # heading: whether font is bold for the headings
level_signal: true, # level_signal: whether font is bold for level
} # <= Do not touch.
# FONTITALICS - Here you can set whether the font will be italicized. You
# can set it to either false, in which case it will not be italicized, or
# true, in which case it will be italicized.
FONTITALICS = {
}
#||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
# END Editable Region A
#//////////////////////////////////////////////////////////////////////////
CATEGORIES = [:all] if !CATEGORIES || CATEGORIES.empty?
VOCAB.default = ""
ICONS.default = 0
CATEGORY_VOCAB.default = ""
SORT_TYPE.default = :id
COLOURS.default = :normal_color
HEADING_ALIGN.default = 0
FONTNAMES.default = false
FONTSIZES.default = false
FONTBOLDS.default = false
FONTITALICS.default = false
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Setup Quest
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def self.setup_quest(quest_id)
q = { objectives: [] }
case quest_id
#\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\
# BEGIN Editable Region B
#||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
# Quest Setup
#
# This is where you set up the data for every quest in the game. While
# it may seem complicated, I urge you to pay attention and, once you get
# the hang of it, I am sure it will quickly become second nature.
#
# Every single quest should be set up in the following format, but note
# that if you are not setting anything for a particular aspect, you can
# delete that line. Anyway, this is what each quest should look like, with
# the values on the left being the default values if you don't set them:
#
# when quest_id
# q[:name] = "??????"
# q[:icon_index] = 0
# q[:level] = 0
# q[:description] = ""
# q[:banner] = ""
# q[:banner_hue] = 0
# q[:objectives][0] = ""
# q[:objectives][1] = ""
# q[:objectives][2] = ""
# q[:objectives][n] = ""
# q[:prime_objectives] = [0, 1, 2, n]
# q[:custom_categories] = []
# q[:client] = ""
# q[:location] = ""
# q[:rewards] = []
# q[:common_event_id] = 0
# q[:layout] = false
#
# For each line, with the exception of objectives, it is only the value on
# the right of the equals sign that you will need to change. Now I will
# explain each line:
#
# when quest_id
# quest_id - is an integer of your choosing, and this is how you
# reference a quest in order to advance and do anything else. It
# must be unique for every quest; if you use 1 for the first quest,
# you cannot use 1 for any other quest.
#
# q[:name] = ""
# "" - This line sets the name of the quest which shows in the Quest
# List.
#
# q[:icon_index] = 0
# 0 - This line sets the icon to be used for this quest. It will show
# to the left of the quest's name in the Quest List.
#
# q[:level] = 0
# 0 - This line sets the level of the quest. If 0, no level will be
# shown. See the level options at lines 441-458 for more detail.
#
# q[:description] = ""
# "" - This line sets the description of the quest. You can use message
# codes in this string, but if you are using "" then you need to use
# \\ to identify codes and not just \. Ie. It's \\v[x], not \v[x]
#
# q[:objectives][0] = ""
# q[:objectives][1] = ""
# q[:objectives][2] = ""
# q[:objectives][n] = ""
# Objectives are slightly different. Notice that after q[:objectives] on
# each line there is an integer enclosed in square brackets:
# [n] - This is the ID of the objective, and n MUST be an integer. No
# quest can have more than one objective with the same ID. This is
# how you identify which objective you want to reveal, complete or
# fail. That said, you can make as many objectives as you want, as
# long as you give them all distinct IDs. The IDs should be in
# sequence as well, so there shouldn't be a q[:objectives][5] if
# there is no q[:objectives][4].
# "" - This is the text of the objective. You can use message codes in
# this string, but if you are using "" then you will need to use
# \\ to identify codes and not just \. Ie: It's \\v[x], not \v[x]
#
# q[:prime_objectives] = [0, 1, 2, n]
# [0, 1, 2, n] - This array determines what objectives need to be
# completed in order for the quest to be complete. In other words,
# all of the objectives with the IDs in this array need to be
# complete for the quest to be complete. If any one of them is
# failed, the quest will be failed. If you remove this line
# altogether, then all objectives are prime. If you set this to [],
# then the quest will never be automatically completed or failed and
# you need to use the manual options described at lines 207-218.
#
# q[:custom_categories] = []
# [] - This allows you to set an array of custom categories for this
# quest, whiich means this quest will show up in each of those
# categories if you add it to the CATEGORIES array at line 369.
# Note that each category you make must be identified by a unique
# :symbol, and you must set up all the category details for that
# :symbol.
#
# q[:banner] = ""
# "" - This line sets the banner to be used for a quest. It must be the
# filename of an image in the Pictures folder of Graphics.
#
# q[:banner_hue] = 0
# 0 - The hue of the banner graphic, if used
#
# q[:client] = ""
# "" - This line sets the client name for this quest. (basic data)
#
# q[:location] = ""
# "" - This line sets the location of the quest. (basic data)
#
# q[:rewards] = []
# [] - In this array, you can identify particular rewards that will
# show up
#
# q[:common_event_id] = 0
# 0 - This allows you to call the identified common event immediately
# and automatically once the quest is completed. It is generally
# not recommended, as for most quests you should be controlling it
# enough not to need this feature.
#
# q[:layout] = false
# false - The default value for this is false, and when it is false the
# layout for the quest will be inherited from the default you set at
# 302. However, you can also give the quest its own layout - the
# format would be the same as you set for the default at line 306.
#
# Template:
#
# When making a new quest, I recommend that you copy and paste the
# following template, removing whichever lines you don't want to alter.
# Naturally, you need to remove the #~. You can do so by highlighting
# the entire thing and pressing CTRL+Q:
#~ when 2 # <= REMINDER: The Quest ID MUST be unique
#~ q[:name] = "??????"
#~ q[:icon_index] = 0
#~ q[:level] = 0
#~ q[:description] = ""
#~ # REMINDER: You can make as many objectives as you like, but each must
#~ # have a unique ID.
#~ q[:objectives][0] = ""
#~ q[:objectives][1] = ""
#~ q[:objectives][2] = ""
#~ q[:prime_objectives] = [0, 1, 2]
#~ q[:custom_categories] = []
#~ q[:banner] = ""
#~ q[:banner_hue] = 0
#~ q[:client] = ""
#~ q[:location] = ""
#~ q[:rewards] = []
#~ q[:common_event_id] = 0
when 1 # Quest 1 - SAMPLE QUEST
q[:name] = "理查登新人"
q[:level] = 1
q[:icon_index] = 7
q[:description] = "作为新人，必须在不断地战斗中磨练自己，才能成为大师。"
q[:objectives][0] = "请先向城里的司徒国老人问好。"
q[:objectives][1] = "为老人找到他要的东西。"
q[:objectives][2] = "请为自己赚取第一个1000元。"
q[:objectives][3] = "请将自己的等级升到2级。"
q[:prime_objectives] = [2, 3]
q[:custom_categories] = []
q[:banner] = ""
q[:banner_hue] = 0
q[:client] = "司徒国"
q[:location] = "竹之林"
q[:common_event_id] = 0
q[:rewards] = [
[:item, 1, 10],
[:gold, 500],
]
q[:layout] = false
#||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
# END Editable Region B
#//////////////////////////////////////////////////////////////////////
end
q
end
end
#==============================================================================
# *** DataManager
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Summary of Changes:
# aliased method - self.extract_save_contents
#==============================================================================
class << DataManager
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Extract Save Contents
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
alias maqj_extractsavecons_2kw5 extract_save_contents
def extract_save_contents(*args, &block)
maqj_extractsavecons_2kw5(*args, &block) # Call Original Method
if $game_party.quests.nil?
$game_party.init_maqj_data
$game_system.init_maqj_data
end
end
end
#==============================================================================
# ** MAQJ_SortedArray
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This module mixes in to an array to maintain the sorted order when inserting
#==============================================================================
module MAQJ_SortedArray
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Insert to Array
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def maqj_insert_sort(el, &block)
index = bsearch_index(el, 0, size, &block)
index ? insert(index, el) : push(el)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Retrieve Index from Binary Search
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def bsearch_index(el, b = 0, e = size, &block)
return bsearch_index(el, b, e) { |a,b| a <=> b } if block.nil?
return b if b == e # Return the discovered insertion index
return if b > e
m = (b + e) / 2 # Get Middle
block.call(el, self[m]) > 0 ? b = m + 1 : e = m
bsearch_index(el, b, e, &block)
end
end
#==============================================================================
# ** Game_Quest
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This class holds all instance data for a quest
#==============================================================================
class Game_Quest
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Public Instance Variables
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
attr_reader :id # Unique identifier for this quest
attr_reader :name # The name to be shown for the quest
attr_reader :level # The level of difficulty of the quest
attr_reader :objectives # An array of objective strings
attr_reader :prime_objectives # An array of crucial objective IDs
attr_reader :revealed_objectives # An array of revealed objective IDs
attr_reader :complete_objectives # An array of completed objective IDs
attr_reader :failed_objectives # An array of failed objective IDs
attr_reader :custom_categories # An array of category symbols
attr_accessor :icon_index # Icon associated with this quest
attr_accessor :common_event_id # ID of common event to call upon complete
attr_accessor :description # The description for the quest
attr_accessor :banner # Picture shown to represent the quest
attr_accessor :banner_hue # The hue of the banner
attr_accessor :layout # The layout of this quest in scene
attr_accessor :rewards # An array of rewards to show
attr_accessor :reward_given # Boolean tracking if quest was rewarded
attr_accessor :concealed # Whether or not the quest is visible
attr_accessor :manual_status # Quest status if not using prime objectives
QuestData::BASIC_DATA_TYPES.each { |data_type| attr_accessor(data_type) }
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def initialize(quest_id)
@id = quest_id
@concealed = default_value_for(:concealed)
@reward_given = default_value_for(:reward_given)
reset
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Reset
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def reset
data = QuestData.setup_quest(@id)
data_symbol_array.each { |meth| instance_variable_set(:"@#{meth}",
data[meth] ? data[meth] : default_value_for(meth)) }
@revealed_objectives = [].send(:extend, MAQJ_SortedArray)
@complete_objectives = [].send(:extend, MAQJ_SortedArray)
@failed_objectives = [].send(:extend, MAQJ_SortedArray)
@manual_status = default_value_for(:manual_status)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Data Symbol Array
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def data_symbol_array
[:name, :level, :objectives, :prime_objectives, :custom_categories,
:icon_index, :description, :banner, :banner_hue, :common_event_id,
:layout, :rewards] + QuestData::BASIC_DATA_TYPES
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Default Value
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def default_value_for(method)
case method
when :name then "??????"
when :description, :banner then ""
when :level, :banner_hue, :icon_index, :common_event_id then 0
when :objectives, :rewards, :custom_categories then []
when :prime_objectives then Array.new(objectives.size) { |x| x }
when :concealed then QuestData::MANUAL_REVEAL
when :manual_status then :active
when :layout, :reward_given then false
else ""
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Reveal/Conceal Objective
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def reveal_objective(*obj)
valid_obj = obj.select {|x| x < objectives.size && !@revealed_objectives.include?(x) }
valid_obj.each {|i| @revealed_objectives.maqj_insert_sort(i) }
quest_status_changed unless valid_obj.empty?
end
def conceal_objective(*obj)
quest_status_changed unless (obj & @revealed_objectives).empty?
obj.each { |obj_id| @revealed_objectives.delete(obj_id) }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Complete/Uncomplete Objective
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def complete_objective(*obj)
valid_obj = obj.select {|x| x < objectives.size && !@complete_objectives.include?(x) }
reveal_objective(*valid_obj)
unfail_objective(*valid_obj)
was_complete = status?(:complete)
valid_obj.each {|i| @complete_objectives.maqj_insert_sort(i) }
quest_status_changed unless valid_obj.empty?
# If just completed
if status?(:complete) && !was_complete
$game_temp.reserve_common_event(common_event_id)
$game_party.quests.add_to_sort_array(:complete, @id)
end
end
def uncomplete_objective(*obj)
quest_status_changed unless (obj & @complete_objectives).empty?
obj.each { |obj_id| @complete_objectives.delete(obj_id) }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Fail/Unfail Objective
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def fail_objective(*obj)
valid_obj = obj.select {|x| x < objectives.size && !@failed_objectives.include?(x) }
reveal_objective(*valid_obj)
uncomplete_objective(*valid_obj)
was_failed = status?(:failed)
valid_obj.each {|i| @failed_objectives.maqj_insert_sort(i) }
quest_status_changed unless valid_obj.empty?
$game_party.quests.add_to_sort_array(:failed, @id) if status?(:failed) && !was_failed
end
def unfail_objective(*obj)
quest_status_changed unless (obj & @failed_objectives).empty?
obj.each { |obj_id| @failed_objectives.delete(obj_id) }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Updates when the quest status has been changed
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def quest_status_changed
$game_party.quests.add_to_sort_array(:change, @id)
$game_system.last_quest_id = @id if QuestData::OPEN_TO_LAST_CHANGED_QUEST
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Objective Status?
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def objective_status?(status_check, *obj)
return false if obj.empty?
case status_check
when :failed then !(obj & @failed_objectives).empty?
when :complete then obj.size == (obj & @complete_objectives).size
when :revealed then obj.size == (obj & @revealed_objectives).size
when :active then objective_status?(:revealed, *obj) &&
!objective_status?(:complete, *obj) && !objective_status?(:failed, *obj)
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Status?
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def status?(status_check)
case status_check
when :failed
@prime_objectives.empty? ? @manual_status == :failed :
!(@failed_objectives & @prime_objectives).empty?
when :complete
@prime_objectives.empty? ? @manual_status == :complete : !status?(:failed) &&
((@prime_objectives & @complete_objectives) == @prime_objectives)
when :active then !concealed && !status?(:complete) && !status?(:failed)
when :reward then @reward_given
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Name
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def name=(new_name)
@name = new_name
$game_party.quests.add_to_sort_array(:alphabet, @id) if $game_party &&
$game_party.quests
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Level
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def level=(new_lvl)
@level = new_lvl
$game_party.quests.add_to_sort_array(:level, @id) if $game_party &&
$game_party.quests
end
end
#==============================================================================
# ** Game_Quests
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This is a wrapper for an array holding Game_Quest objects
#==============================================================================
class Game_Quests
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def initialize
@data = {}
@sort_arrays = {
reveal: [], change: [], complete: [], failed: [],
id: [].send(:extend, MAQJ_SortedArray),
alphabet: [].send(:extend, MAQJ_SortedArray),
level: [].send(:extend, MAQJ_SortedArray)
}
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Get Quest
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def [](quest_id)
reset_quest(quest_id) if !@data[quest_id]
@data[quest_id]
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Quest <- Not sure when this would ever be useful.
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def []=(quest_id, value)
@data[quest_id] = value
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * List
# list_type : the type of list to return
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def list(list_type = :all, sort_type = $game_system.quest_sort_type[list_type])
sort_type_s = sort_type.to_s
reverse = !(sort_type_s.sub!(/_r$/, "")).nil?
sort_type = sort_type_s.to_sym
list = @sort_arrays[sort_type].select { |quest_id| include?(quest_id, list_type) }
list.reverse! if reverse
list.collect { |quest_id| @data[quest_id] }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Include?
# determines whether to include a particular quest depending on list type
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def include?(quest_id, list_type = :all)
return false if !revealed?(quest_id)
case list_type
when :all then true
when :complete, :failed, :active then @data[quest_id].status?(list_type)
else
@data[quest_id].custom_categories.include?(list_type)
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Revealed?
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def revealed?(quest_id)
(!@data[quest_id].nil? && !@data[quest_id].concealed)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Setup Quest
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def setup_quest(quest_id)
return if @data[quest_id]
@data[quest_id] = Game_Quest.new(quest_id)
# Open to this quest next time the QJ is opened
$game_system.last_quest_id = quest_id if QuestData::OPEN_TO_LAST_REVEALED_QUEST
# Save sorting order in separate arrays to avoid re-sorting every time
@sort_arrays.keys.each { |sym| add_to_sort_array(sym, quest_id) }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Delete Quest
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def delete_quest(quest_id)
@data.delete(quest_id)
@sort_arrays.values.each { |ary| ary.delete(quest_id) }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Reset Quest
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def reset_quest(quest_id)
delete_quest(quest_id)
setup_quest(quest_id)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Add to Sorted Array
# sort_type : array to alter
# quest_id : ID of the quest to add.
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def add_to_sort_array(sort_type, quest_id)
@sort_arrays[sort_type].delete(quest_id) # Make sure always unique
case sort_type
when :reveal, :change, :complete, :failed
@sort_arrays[sort_type].unshift(quest_id)
when :id
@sort_arrays[sort_type].maqj_insert_sort(quest_id)
when :alphabet
@sort_arrays[sort_type].maqj_insert_sort(quest_id) { |a, b| @data[a].name.downcase <=> @data[b].name.downcase }
when :level
@sort_arrays[sort_type].maqj_insert_sort(quest_id) { |a, b| @data[a].level <=> self[b].level }
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Find Location
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def find_location(quest_id, cat = nil)
if revealed?(quest_id)
categories = $game_system.quest_categories.dup
# If cat specified, check in that category first.
if cat && categories.include?(cat)
categories.delete(cat)
categories.unshift(cat)
end
for category in categories # Check all categories
index = list(category).index(@data[quest_id])
return category, index if index != nil
end
end
return nil, nil
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Clear
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def clear
@data.clear
end
end
#==============================================================================
# ** Game System
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Summary of Changes:
# new attr_accessor - quest_menu_access; quest_map_access; quest_sort_type;
# quest_bg_picture; quest_bg_opacity; quest_windowskin;
# quest_window_opacity; quest_access_disabled; last_quest_cat;
# last_quest_id
# aliased methods - initialize
# new methods - init_maqj_data
#==============================================================================
class Game_System
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Public Instance Variables
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
attr_reader :quest_menu_access # Whether the scene is called from menu
attr_accessor :quest_map_access # Whether the scene is called from map
attr_accessor :quest_sort_type # The sort types for each category
attr_accessor :quest_bg_picture # The filename of the background picture
attr_accessor :quest_bg_opacity # The opacity of the background picture
attr_accessor :quest_bg_blend_type # The blend type of the background pic
attr_accessor :quest_windowskin # The windowskin used for the scene
attr_accessor :quest_window_tone # The tone of windows in the scene
attr_accessor :quest_window_opacity # The opacity of windows in the scene
attr_accessor :quest_access_disabled # Whether access to Quests is disabled
attr_accessor :quest_categories # The categories to show in the scene
attr_accessor :quest_scene_label # The label to show in the scene
attr_accessor :last_quest_cat # The category to open to
attr_accessor :last_quest_id # The ID to open to
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
alias maqj_initialze_2cy9 initialize
def initialize(*args, &block)
maqj_initialze_2cy9(*args, &block)
init_maqj_data
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Initialize Quest Data
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def init_maqj_data
# Initialize new variables
self.quest_menu_access = QuestData::MENU_ACCESS
@quest_map_access = QuestData::MAP_ACCESS
@quest_sort_type = QuestData::SORT_TYPE
@quest_bg_picture = QuestData::BG_PICTURE
@quest_bg_opacity = QuestData::BG_OPACITY
@quest_bg_blend_type = QuestData::BG_BLEND_TYPE
@quest_windowskin = QuestData::WINDOWSKIN
@quest_window_tone = QuestData::WINDOW_TONE
@quest_window_opacity = QuestData::WINDOW_OPACITY
@quest_access_disabled = false
@quest_categories = QuestData::CATEGORIES
@quest_scene_label = QuestData::VOCAB[:scene_label]
@last_quest_cat = @quest_categories[0]
@last_quest_id = 0
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Quest Menu Access
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def quest_menu_access=(boolean)
@quest_menu_access = boolean
maic_inserted_menu_commands.delete(:quest_journal)
maic_inserted_menu_commands.push(:quest_journal) if @quest_menu_access
maic_inserted_menu_commands.sort!
end
end
#==============================================================================
# ** Game_Party
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Summary of Changes:
# new attr_reader - quests
# aliased method - initialize
# new method - init_maqj_data
#==============================================================================
class Game_Party
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Public Instance Variables
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
attr_reader :quests
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
alias maqj_intiaze_2si9 initialize
def initialize(*args, &block)
maqj_intiaze_2si9(*args, &block) # Call Original Method
init_maqj_data
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Initialize Quests
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def init_maqj_data
@quests = Game_Quests.new # Initialize @quests
end
end
#==============================================================================
# ** Game_Interpreter
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Summary of Changes:
# new methods - change_quest_access; change_quest_background;
# change_quest_windows; setup_quest; delete_quest; reset_quest; quest;
# reveal_quest; conceal_quest; manually_complete_quest;
# manually_fail_quest; reveal_objective; conceal_objective;
# complete_objective; uncomplete_objective; fail_objective;
# unfail_objective; quest_revealed?; quest_complete?; quest_active?;
# quest_failed?; objective_complete?; objective_active?;
# objective_failed?; distribute_quest_rewards; distribute_quest_reward;
# call_quest_journal
#==============================================================================
class Game_Interpreter
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Change Quest Access
# sym : symbol representing what aspect of access is being changed
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def change_quest_access(sym)
case sym
when :enable then $game_system.quest_access_disabled = false
when :disable then $game_system.quest_access_disabled = true
when :enable_menu then $game_system.quest_menu_access = true
when :disable_menu then $game_system.quest_menu_access = false
when :enable_map then $game_system.quest_map_access = true
when :disable_map then $game_system.quest_map_access = false
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Change Quest Background
# picture : picture to show in the scene's background
# opacity : opacity of the picture shown in the scene's background
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def change_quest_background(picture, opacity = $game_system.quest_bg_opacity,
blend_type = $game_system.quest_bg_blend_type)
$game_system.quest_bg_picture = picture
$game_system.quest_bg_opacity = opacity
$game_system.quest_bg_blend_type = blend_type
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Change Quest Windows
# skin : windowskin name to use in the scene
# tone : tone for the windowskin
# opacity : opacity of windows in the scene
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def change_quest_windows(skin, tone = $game_system.quest_window_tone,
opacity = $game_system.quest_window_opacity)
$game_system.quest_windowskin = skin
$game_system.quest_window_tone = tone
$game_system.quest_window_opacity = opacity
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Setup/Delete/Reset Quest
# quest_id : ID of the quest to be setup or deleted or reset
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
[:setup_quest, :delete_quest, :reset_quest].each { |method|
define_method(:"quest_#{method}") do |quest_id|
$game_party.quests.send(method, quest_id)
end
}
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Retrieve Quest
# quest_id : ID of the quest to retrieve
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def quest(quest_id); $game_party.quests[quest_id]; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Reveal/Conceal Quest
# quest_id : ID of the quest to be revealed or concealed
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def reveal_quest(quest_id); quest(quest_id).concealed = false; end
def conceal_quest(quest_id); quest(quest_id).concealed = true; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Manually Complete/Fail Quest
# quest_id : ID of the quest to be revealed or concealed
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def manually_complete_quest(quest_id)
quest(quest_id).prime_objectives.clear
quest(quest_id).manual_status = :complete
end
def manually_fail_quest(quest_id)
quest(quest_id).prime_objectives.clear
quest(quest_id).manual_status = :failed
end
def manually_activate_quest(quest_id)
quest(quest_id).manual_status = :active
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Reveal/Complete/Fail/Conceal/Uncomplete/Unfail Objective
# quest_id : ID of the quest whose objectives will be modified
# *obj : IDs of objectives to reveal or complete or fail (or opposite)
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
[:reveal_objective, :complete_objective, :fail_objective, :conceal_objective,
:uncomplete_objective, :unfail_objective].each { |method|
define_method(method) do |quest_id, *obj|
quest(quest_id).send(method, *obj)
end
}
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Quest Revealed?
# quest_id : ID of the quest you are checking is revealed
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def quest_revealed?(quest_id)
$game_party.quests.revealed?(quest_id)
end
[:complete, :failed, :active].each { |method|
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Quest Complete/Failed/Active?
# quest_id : ID of the quest whose completion status is being checked
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
define_method(:"quest_#{method}?") do |quest_id|
quest_revealed?(quest_id) && quest(quest_id).status?(method)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Objective Complete/Failed/Active?
# quest_id : ID of the quest whose objectives are being checked
# *obj : IDs of objectives to check completion status
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
define_method(:"objective_#{method}?") do |quest_id, *obj|
quest_revealed?(quest_id) && quest(quest_id).objective_status?(method, *obj)
end
}
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Objective Revealed?
# quest_id : ID of the quest you are checking is revealed
# *obj : IDs of objectives to check completion status
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def objective_revealed?(quest_id, *obj)
quest_revealed?(quest_id) && quest(quest_id).objective_status?(:revealed, *obj)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Quest Rewarded?
# quest_id : ID of the quest you are checking is revealed
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def quest_rewarded?(quest_id)
quest_revealed?(quest_id) && quest(quest_id).status?(:reward)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Change Reward Status
# quest_id : ID of the quest you are checking is revealed
# value : true or false
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def change_reward_status(quest_id, value = true)
quest(quest_id).reward_given = value
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Distribute Rewards
# quest_id : ID of the quest whose rewards are to be distributed
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def distribute_quest_rewards(quest_id)
if quest_revealed?(quest_id) && !quest_rewarded?(quest_id)
params = @params.dup
change_reward_status(quest_id, true)
quest(quest_id).rewards.each { |reward| distribute_quest_reward(reward) }
@params = params
true
else
false
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Distribute Reward
# reward : an array identifying the reward
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def distribute_quest_reward(reward)
@params = [reward[1], 0, 0, (reward[2] ? reward[2] : 1)]
case reward[0]
when :item, 0 then command_126 # Item
when :weapon, 1 then command_127 # Weapon
when :armor, 2 then command_128 # Armor
when :gold, 3 # Gold
@params = [0, 0, reward[1] ? reward[1] : 0]
command_125
when :exp, 4 # Exp
@params = [0, 0, 0, 0, reward[1] ? reward[1] : 0, true]
command_315
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Call Quest Journal
# quest_id : ID of the quest to open the journal to
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def call_quest_journal(quest_id = nil)
return if $game_party.in_battle
$game_system.last_quest_id = quest_id if quest_id
SceneManager.call(Scene_Quest)
Fiber.yield
end
end
unless $imported[:"MA_ParagraphFormat_1.0"]
#==============================================================================
# ** MA_Window_ParagraphFormat
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This module inserts into Window_Base and provides a method to format the
# strings so as to go to the next line if it exceeds a set limit. This is
# designed to work with draw_text_ex, and a string formatted by this method
# should go through that, not draw_text.
#==============================================================================
module MA_Window_ParagraphFormat
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Calc Line Width
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def mapf_calc_line_width(line, tw = 0, contents_dummy = false)
return tw if line.nil?
line = line.clone
unless contents_dummy
real_contents = contents # Preserve Real Contents
# Create a dummy contents
self.contents = Bitmap.new(contents_width, 24)
reset_font_settings
end
pos = {x: 0, y: 0, new_x: 0, height: calc_line_height(line)}
while line[/^(.*?)\e(.*)/]
tw += text_size($1).width
line = $2
# Remove all ancillaries to the code, like parameters
code = obtain_escape_code(line)
# If direct setting of x, reset tw.
tw = 0 if ($imported[:ATS_SpecialMessageCodes] && code.upcase == 'X') ||
($imported["YEA-MessageSystem"] && code.upcase == 'PX')
# If I need to do something special on the basis that it is testing,
# alias process_escape_character and differentiate using @atsf_testing
process_escape_character(code, line, pos)
end
# Add width of remaining text, as well as the value of pos[:x] under the
# assumption that any additions to it are because the special code is
# replaced by something which requires space (like icons)
tw += text_size(line).width + pos[:x]
unless contents_dummy
contents.dispose # Dispose dummy contents
self.contents = real_contents # Restore real contents
end
return tw
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Format Paragraph
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def mapf_format_paragraph(text, max_width = contents_width)
text = text.clone
# Create a Dummy Contents - I wanted to boost compatibility by using the
# default process method for escape codes. It may have the opposite effect,
# for some :(
real_contents = contents # Preserve Real Contents
self.contents = Bitmap.new(contents_width, 24)
reset_font_settings
paragraph = ""
while !text.empty?
text.lstrip!
oline, nline, tw = mapf_format_by_line(text.clone, max_width)
# Replace old line with the new one
text.sub!(/#{Regexp.escape(oline)}/m, nline)
paragraph += text.slice!(/.*?(\n|$)/)
end
contents.dispose # Dispose dummy contents
self.contents = real_contents # Restore real contents
return paragraph
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Format By Line
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def mapf_format_by_line(text, max_width = contents_width)
oline, nline, tw = "", "", 0
loop do
# Format each word until reach the width limit
oline, nline, tw, done = mapf_format_by_word(text, nline, tw, max_width)
return oline, nline, tw if done
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Format By Word
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def mapf_format_by_word(text, line, tw, max_width)
return line, line, tw, true if text.nil? || text.empty?
# Extract next word
if text.sub!(/(\s*)([^\s\n\f]*)([\n\f]?)/, "") != nil
prespace, word, line_end = $1, $2, $3
ntw = mapf_calc_line_width(word, tw, true)
pw = contents.text_size(prespace).width
if (pw + ntw >= max_width)
# Insert
if line.empty?
# If one word takes entire line
return prespace + word, word + "\n", ntw, true
else
return line + prespace + word, line + "\n" + word, tw, true
end
else
line += prespace + word
tw = pw + ntw
# If the line is force ended, then end
return line, line, tw, true if !line_end.empty?
end
else
return line, line, tw, true
end
return line, line, tw, false
end
end
class Window_Base
include MA_Window_ParagraphFormat
end
$imported[:"MA_ParagraphFormat_1.0"] = true
end
#==============================================================================
# *** MAQJ Window_QuestBase
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This module mixes in with all quest windows
#==============================================================================
module MAQJ_Window_QuestBase
attr_reader :maqj_objective_color
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def initialize(*args, &block)
super(*args, &block)
reset_font_settings
set_data_font(:normal)
@maqj_default_font = contents.font.dup
# Change the windowskin, tone if they are set to be changed
self.windowskin = Cache.system($game_system.quest_windowskin) if $game_system.quest_windowskin
self.opacity = $game_system.quest_window_opacity if $game_system.quest_window_opacity
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Reset Font Settings
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def reset_font_settings(*args, &block)
super(*args, &block)
set_data_font(@maqj_font_data_type) if @maqj_font_data_type
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Data Font
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def set_data_font(data_type)
@maqj_default_font = contents.font.dup unless @maqj_default_font
contents.font.name = QuestData::FONTNAMES[data_type] ?
QuestData::FONTNAMES[data_type] : @maqj_default_font.name
contents.font.size = QuestData::FONTSIZES[data_type] ?
QuestData::FONTSIZES[data_type] : @maqj_default_font.size
contents.font.bold = QuestData::FONTBOLDS.keys.include?(data_type) ?
QuestData::FONTBOLDS[data_type] : @maqj_default_font.bold
contents.font.italic = QuestData::FONTITALICS.keys.include?(data_type) ?
QuestData::FONTITALICS[data_type] : @maqj_default_font.italic
case data_type
when :objectives then change_color(@maqj_objective_color) if @maqj_objective_color
when :name then change_color(quest_name_colour(@quest)) if @quest
else
change_color(text_color(QuestData::COLOURS[data_type])) if QuestData::COLOURS.keys.include?(data_type)
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Horizontal Line
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_horizontal_line(y, h = 2)
contents.fill_rect(0, y, contents_width, h, text_color(QuestData::COLOURS[:line]))
contents.fill_rect(0, y + h, contents_width, [h / 2, 1].max, text_color(QuestData::COLOURS[:line_shadow]))
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * MA Text Color
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def text_color(param)
begin
colour = case param
when Integer then super(param) rescue normal_color
when Symbol then send(param) rescue normal_color
when Array then Color.new(*param) rescue normal_color
else
normal_color
end
end
colour.is_a?(Color) ? colour : normal_color
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Quest Name Colour
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def quest_name_colour(quest = @quest)
return if !quest
quest = $game_party.quests[quest] if quest.is_a?(Integer)
s = [:failed, :complete, :active].find { |status| quest.status?(status) }
text_color(QuestData::COLOURS[s])
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Quest Objective Colour
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def quest_objective_colour(quest, obj_id)
return if !quest
quest = $game_party.quests[quest] if quest.is_a?(Integer)
s = [:failed, :complete, :active].find { |status| quest.objective_status?(status, obj_id) }
text_color(QuestData::COLOURS[s])
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Update Tone
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def update_tone
$game_system.quest_window_tone ?
self.tone.set(*$game_system.quest_window_tone) : super
end
end
unless $imported[:"MA_IconHorzCommand_1.0"]
#==============================================================================
# ** Window_MA_IconHorzCommand
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This window is a base window to show a horizontal command window populated
# with icons.
#==============================================================================
class Window_MA_IconHorzCommand < Window_HorzCommand
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Public Instance Variable
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
attr_reader :observing_procs
attr_accessor :cursor_hide
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def initialize(*args, &block)
@observing_procs = {}
super(*args, &block)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Column Max
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def col_max; [(width - standard_padding) / (24 + spacing), item_max].min; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Item
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def item
@list[index] ? @list[index][:symbol] : nil
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Enabled? / Current Item Enabled?
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def enable?(index); self.index == index; end
def current_item_enabled?; !current_data.nil?; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Item
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_item(index)
rect = item_rect(index)
contents.clear_rect(rect)
draw_icon(@list[index][:ext], rect.x + ((rect.width - 24) / 2), rect.y, enable?(index))
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Index
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def index=(index)
old_index = self.index
super(index)
draw_item(old_index)
draw_item(self.index)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Frame Update
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def update
super
@observing_procs.values.each { |block| block.call(item) }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Add/Remove Observing Window
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def add_observing_proc(id, &block)
@observing_procs[id] = block
update
end
def remove_observing_proc(id) ; @observing_procs.delete(id) ; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Update Cursor
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def update_cursor
super
cursor_rect.empty if @cursor_hide
end
end
$imported[:"MA_IconHorzCommand_1.0"] = true
end
#==============================================================================
# ** Window_QuestCategory
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This window allows the player to switch between quest categories.
#==============================================================================
class Window_QuestCategory < Window_MA_IconHorzCommand
include MAQJ_Window_QuestBase
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def initialize(x, y, categories = $game_system.quest_categories)
@cursor_hide = QuestData::HIDE_CATEGORY_CURSOR
@categories = categories
super(x, y)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Window Width
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def window_width; QuestData::LIST_WINDOW_WIDTH; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Category=
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def category=(category)
self.index = @categories.index(category) if @categories.include?(category)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Make Command List
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def make_command_list
@categories.each { |cat|
add_command("", cat, false, QuestData::ICONS[cat]) }
end
end
#==============================================================================
# ** Window QuestLabel
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This window simply shows a label for the Quests scene
#==============================================================================
class Window_QuestLabel < Window_Base
include MAQJ_Window_QuestBase
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def initialize(x, y, label = "")
super(x, y, window_width, window_height)
refresh(label)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Reset Font Settings
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def reset_font_settings; set_data_font(:scene_label); end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Window Attributes
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def window_width
w = ($game_system.quest_categories.size > 1 || QuestData::SHOW_CATEGORY_LABEL) ?
Graphics.width - QuestData::LIST_WINDOW_WIDTH : QuestData::LIST_WINDOW_WIDTH
end
def window_height; line_height + (standard_padding*2); end
def line_height(*args)
line_h = super(*args)
QuestData::FONTSIZES[:scene_label] ?
[QuestData::FONTSIZES[:scene_label], line_h].max : line_h
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Refresh
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def refresh(label = @label)
@label = label.is_a?(String) ? convert_escape_characters(label) : ""
contents.clear
reset_font_settings
tw = mapf_calc_line_width(@label)
draw_text_ex((contents_width - tw) / 2, 0, @label)
end
end
#==============================================================================
# ** Window QuestLabel
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This window simply shows a label for category currently selected
#==============================================================================
class Window_QuestCategoryLabel < Window_QuestLabel
include MAQJ_Window_QuestBase
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Reset Font Settings
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def reset_font_settings; set_data_font(:category_label); end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Window Attributes
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def window_width; QuestData::LIST_WINDOW_WIDTH; end
def line_height(*args)
line_h = super(*args)
QuestData::FONTSIZES[:category_label] ?
[QuestData::FONTSIZES[:category_label], line_h].max : line_h
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Category
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def category=(category)
return if @category == category
@category = category
refresh(QuestData::CATEGORY_VOCAB[category])
end
end
#==============================================================================
# ** Window_QuestCategoryDummy
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This window shows up behind the category and category label window
#==============================================================================
class Window_QuestCategoryDummy < Window_Base
include MAQJ_Window_QuestBase
end
#==============================================================================
# ** Window_QuestList
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This window shows all quests in a selected category.
#==============================================================================
class Window_QuestList < Window_Selectable
include MAQJ_Window_QuestBase
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def initialize(x, y, width, height)
super
@data = []
self.index = 0
activate
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Category
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def category=(category)
return if @category == category
@category = category
refresh
self.index = 0
update_help if @help_window
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Get Quest
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def item; @data && index >= 0 ? @data[index] : nil; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Column/Item Max
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def col_max; 1; end
def item_max; @data ? @data.size : 1; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Whether it should be drawn enabled
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def enable?(item); true; end
def current_item_enabled?
(@help_window && @help_window.maqj_visible_height < @help_window.contents_height)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Make Item List
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def make_item_list
@data = @category ? $game_party.quests.list(@category) : []
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Item
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_item(index)
quest = @data[index]
if quest
rect = item_rect_for_text(index)
if QuestData::SHOW_QUEST_ICONS
draw_icon(quest.icon_index, rect.x, rect.y, enable?(quest))
rect.x += 24
rect.width -= 24
end
change_color(quest_name_colour(quest), enable?(quest))
draw_text(rect, quest.name)
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Refresh
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def refresh
make_item_list
create_contents
set_data_font(:list)
draw_all_items
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Update Help
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def update_help
@help_window.quest = item
end
end
#==============================================================================
# ** Window_QuestData
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This window shows all quest data
#==============================================================================
class Window_QuestData < Window_Selectable
include MAQJ_Window_QuestBase
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Object Initialization
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def initialize(x, y, w, h, layout = QuestData::DATA_LAYOUT)
@dest_scroll_oy = 0
super(x, y, w, h)
@dest_scroll_oy = self.oy
self.layout = layout
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Contents Height
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
alias maqj_visible_height contents_height
def contents_height
@q_contents_height ? [@q_contents_height, maqj_visible_height].max : maqj_visible_height
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Calculate Contents Height
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def calc_contents_height
@q_contents_height = 0
@layout.each { |dt| @q_contents_height += data_height(dt) } if @quest
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Data?
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_data?(data_type)
case data_type
when :line then true
when :level then @quest.level > 0
when :objectives then [email protected]_objectives.empty?
when Array then (data_type - [:line]).any? { |dt| draw_data?(dt) }
else [email protected](data_type).empty? # :description, :name, etc...
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Get Data Height
# This method calculates the height required for a specified element of
# the current quest. This is to calculate the needed space in contents,
# as well as advance the @draw_y variable.
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def data_height(data_type)
return 0 unless draw_data?(data_type)
return line_height if QuestData::BASIC_DATA_TYPES.include?(data_type)
@maqj_font_data_type = data_type
reset_font_settings
return case data_type
when :line, :level, :name then line_height
when :banner
bmp = Cache.picture(@quest.banner)
hght = bmp.rect.height
bmp.dispose
hght
when :description
buff = description_x*2
paragraph = mapf_format_paragraph(@quest.description, contents_width - buff)
line_num = paragraph.scan(/\n/).size + 1
line_num += (QuestData::DESCRIPTION_IN_BOX ? 2 :
!QuestData::VOCAB[:description].empty? ? 1 : 0)
line_num*line_height
when :objectives
objectives = @quest.revealed_objectives.collect { |obj_id|
@quest.objectives[obj_id] }
line_num = QuestData::VOCAB[:objectives].empty? ? 0 : 1
buff = (objective_x*2) + text_size(QuestData::VOCAB[:objective_bullet]).width
objectives.each { |obj|
paragraph = mapf_format_paragraph(obj, contents_width - buff)
line_num += paragraph.scan(/\n/).size + 1 }
line_num*line_height
when :rewards
line_num = QuestData::VOCAB[:rewards].empty? ? 0 : 1
(line_num + @quest.rewards.size)*line_height
when Array then data_height(data_type.max_by { |dt| data_height(dt) })
else 0
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Quest
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def quest=(value)
return if @quest == value
@quest = value
@layout = (@quest && @quest.layout) ? @quest.layout : @default_layout
refresh
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Layout
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def layout=(value)
return if @default_layout == value && @layout == value
@default_layout = value
@layout = value
refresh
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Refresh
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def refresh
contents.clear
calc_contents_height
create_contents
return unless @quest && @layout
self.oy = 0
@dest_scroll_oy = 0
# The basic idea here is that each draw_ method will rely on and advance
# the @draw_y variable. Where they are an array, the elements will be
# drawn at the same @draw_y.
@draw_y = 0
@layout.each {|dt|
next unless draw_data?(dt)
dt.is_a?(Array) ? draw_data_array(dt) : draw_data(dt)
}
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Data
# data_type : the data block to draw next
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_data(data_type)
@maqj_font_data_type = data_type
reset_font_settings
send(:"draw_#{data_type}") if self.class.method_defined?(:"draw_#{data_type}")
@draw_y += data_height(data_type)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Data Array
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_data_array(layout_array)
y, max_y = @draw_y, @draw_y
# Draw each data aspect at the same starting @draw_y
layout_array.each { |dt|
@draw_y = y
draw_data(dt)
max_y = @draw_y if @draw_y > max_y
}
@draw_y = max_y
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Line
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_line; draw_horizontal_line(@draw_y + (line_height / 2) - 1, 2); end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Name
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_name
set_data_font(:name)
clear_and_draw_text(0, @draw_y, contents_width, line_height, @quest.name, 1)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Level
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_level
case QuestData::LEVEL_ICON
when Array then QuestData::LEVEL_ICON.empty? ? draw_level_text : draw_level_array
when 0 then draw_level_text
else
draw_level_stacked
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Stacked Level
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_level_stacked(icon_index = QuestData::LEVEL_ICON)
align = QuestData::HEADING_ALIGN[:level]
es = QuestData::LEVEL_ICONS_SPACE*(@quest.level - 1)
x = align == 2 ? contents_width - 24 : align == 1 ?
(contents_width - 24 - (es)) / 2 : es
@quest.level.times do
draw_icon(icon_index, x, @draw_y)
x -= QuestData::LEVEL_ICONS_SPACE
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Array Level
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_level_array(icon_index = QuestData::LEVEL_ICON)
return if icon_index.empty?
icon_index = icon_index[@quest.level - 1] ? icon_index[@quest.level - 1] : icon_index[-1]
align = QuestData::HEADING_ALIGN[:level]
x = align == 2 ? contents_width - 24 : align == 1 ? (contents_width-24)/2 : 0
draw_icon(icon_index, x, @draw_y)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Text Level
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_level_text
reset_font_settings
level = QuestData::LEVEL_SIGNALS && QuestData::LEVEL_SIGNALS[@quest.level - 1] ?
QuestData::LEVEL_SIGNALS[@quest.level - 1] : @quest.level.to_s
align = QuestData::HEADING_ALIGN[:level]
tw = text_size(QuestData::VOCAB[:level]).width + 4
tw2 = text_size(level).width + 2
space = contents_width - tw - tw2
x = align == 2 ? space : align == 1 ? space / 2 : 0
clear_and_draw_text(x, @draw_y, tw, line_height, QuestData::VOCAB[:level])
set_data_font(:level_signal)
clear_and_draw_text(x + tw, @draw_y, tw2, line_height, level, 2)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Banner
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_banner
bmp = Cache.picture(@quest.banner) # Get Picture
# Shift the hue if requested
bmp.hue_change(@quest.banner_hue) unless @quest.banner_hue == 0
x = (contents_width - bmp.rect.width) / 2
if x < 0 # Stretch horizontally if the banner is too wide
dest_rect = bmp.rect.dup
dest_rect.width = contents_width
contents.stretch_blt(dest_rect, bmp, bmp.rect)
else
contents.blt(x, @draw_y, bmp, bmp.rect)
end
bmp.dispose
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Description
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_description
buff = description_x*2
paragraph = mapf_format_paragraph(@quest.description, contents_width - buff)
y = @draw_y
# Draw Rect
draw_box(paragraph.scan(/\n/).size + 1) if QuestData::DESCRIPTION_IN_BOX
# Draw Description Label
draw_heading(:description, y) unless QuestData::VOCAB[:description].empty?
# Draw Description
y += line_height if !QuestData::VOCAB[:description].empty? || QuestData::DESCRIPTION_IN_BOX
draw_text_ex(description_x, y, paragraph)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Objectives
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_objectives
y = @draw_y
unless QuestData::VOCAB[:objectives].empty?
draw_heading(:objectives, y)
y += line_height
end
@quest.revealed_objectives.each { |obj_id| y = draw_objective(obj_id, y) }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Objective
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_objective(obj_id, y)
bullet = QuestData::VOCAB[:objective_bullet]
bullet_tw = text_size(bullet).width + 2
buff = (objective_x*2) + bullet_tw
paragraph = mapf_format_paragraph(@quest.objectives[obj_id], contents_width - buff)
line_num = 1 + paragraph.scan(/\n/).size
# Since draw_text_ex resets the font, set colour here
@maqj_objective_color = quest_objective_colour(@quest, obj_id)
change_color(text_color(QuestData::COLOURS[:objective_bullet]))
draw_text(objective_x, y, bullet_tw, line_height, sprintf(bullet, obj_id + 1))
draw_text_ex(objective_x + bullet_tw, y, paragraph)
@maqj_objective_color = false
y += (line_num*line_height)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Rewards
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_rewards
y = @draw_y
unless QuestData::VOCAB[:rewards].empty?
draw_heading(:rewards, y)
y += line_height
end
for i in [email][email protected][/email] do draw_reward(i, y + i*line_height) end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Reward
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_reward(r_id, y)
reward = @quest.rewards[r_id]
case reward[0]
when :item, 0 # Item
draw_item_reward(y, $data_items[reward[1]], reward[2] ? reward[2] : 1)
when :weapon, 1 # Weapon
draw_item_reward(y, $data_weapons[reward[1]], reward[2] ? reward[2] : 1)
when :armor, 2 # Armor
draw_item_reward(y, $data_armors[reward[1]], reward[2] ? reward[2] : 1)
when :gold, 3 # Gold
draw_basic_data(y, QuestData::ICONS[:reward_gold],
QuestData::VOCAB[:reward_gold], (reward[1] ? reward[1] : 0).to_s)
when :exp, 4 # Exp
draw_basic_data(y, QuestData::ICONS[:reward_exp],
QuestData::VOCAB[:reward_exp], (reward[1] ? reward[1] : 0).to_s)
when :string, 5 # String
draw_basic_data(y, reward[1] ? reward[1] : 0, reward[3] ? reward[3] : "",
reward[2] ? reward[2] : "")
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Item Reward
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_item_reward(y, item, amount = 1)
w = contents_width
w = QuestData::BASIC_DATA_WIDTH if QuestData::BASIC_DATA_WIDTH.between?(1, w)
x = (contents_width - w) / 2
draw_item_name(item, x, y, true, w - 40)
if amount > 1
change_color(text_color(QuestData::COLOURS[:reward_amount]))
draw_text(x + w - 40, y, 40, line_height, sprintf(QuestData::VOCAB[:reward_amount], amount), 2)
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Basic Data Methods
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
QuestData::BASIC_DATA_TYPES.each { |data_type|
define_method(:"draw_#{data_type}") {
draw_basic_data(@draw_y, QuestData::ICONS[data_type],
QuestData::VOCAB[data_type], @quest.send(data_type))
}
}
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Basic Data
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_basic_data(y, icon_index, vocab, value)
w = contents_width
w = QuestData::BASIC_DATA_WIDTH if QuestData::BASIC_DATA_WIDTH.between?(1, w)
x = (contents_width - w) / 2
unless icon_index == 0
draw_icon(icon_index, x, y)
x += 24
w -= 24
end
tw = text_size(vocab).width
change_color(text_color(QuestData::COLOURS[:basic_label]))
draw_text(x, y, tw, line_height, vocab)
change_color(text_color(QuestData::COLOURS[:basic_value]))
draw_text(x + tw, y, w - tw, line_height, value, 2)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Heading
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_heading(data_type, y)
set_data_font(:heading)
clear_and_draw_text(40, y, contents_width - 80, line_height,
QuestData::VOCAB[data_type], QuestData::HEADING_ALIGN[data_type])
reset_font_settings
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Clear and Draw Text
# Clear the field before drawing the text
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def clear_and_draw_text(*args)
rect = []
while !args[0].is_a?(String) do rect.push(args.shift) end
rect[0].is_a?(Rect) ? rect = rect[0] : rect = Rect.new(*rect)
align = args[1] ? args[1] : 0
ts = text_size(args[0])
ts.width = [ts.width + 4, rect.width].min
align == 1 ? ts.x = rect.x + ((rect.width - ts.width) / 2) :
align == 2 ? ts.x = rect.x + rect.width - ts.width : ts.x = rect.x
ts.y = rect.y
contents.clear_rect(ts)
ts.x += 2
draw_text(ts, args[0], align)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Description Box
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_box(line_num)
return if line_num < 1
x = (line_height / 2) - 1
y = @draw_y + (line_height / 2) - 1
w = contents_width - 2*x
h = (1 + line_num)*line_height
draw_rect_outline_with_shadow(x, y, w, h)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Rect Outline
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_rect_outline(x, y, w, h, colour)
# Horizontal Lines
contents.fill_rect(x, y, w, 2, colour)
contents.fill_rect(x, y + h - 2, w, 2, colour)
# Vertical Lines
contents.fill_rect(x, y, 2, h, colour)
contents.fill_rect(x + w - 2, y, 2, h, colour)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Draw Rect Outline with Shadow
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def draw_rect_outline_with_shadow(x, y, w, h)
draw_rect_outline(x + 1, y + 1, w, h, text_color(QuestData::COLOURS[:line_shadow]))
draw_rect_outline(x, y, w, h, text_color(QuestData::COLOURS[:line]))
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Objective/Description X
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def objective_x; line_height / 2; end
def description_x; QuestData::DESCRIPTION_IN_BOX ? line_height : (line_height/2); end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Update
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def update(*args, &block)
super(*args, &block)
if open? && active && @dest_scroll_oy == self.oy
scroll_down if Input.press?(:DOWN)
scroll_up if Input.press?(:UP)
end
if self.oy != @dest_scroll_oy
mod = (@dest_scroll_oy <=> self.oy)
self.oy += 3*mod
self.oy = @dest_scroll_oy if (@dest_scroll_oy <=> self.oy) != mod
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Scroll Down
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def scroll_down(*args, &block)
max_oy = contents_height - maqj_visible_height
dest = ((@dest_scroll_oy / line_height) + 1)*line_height
@dest_scroll_oy = [dest, max_oy].min
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Scroll Up
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def scroll_up(*args, &block)
dest = ((@dest_scroll_oy / line_height) - 1)*line_height
@dest_scroll_oy = [dest, 0].max
end
end
#==============================================================================
# ** Scene_Quest
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# This class handles processing for the Quest scene
#==============================================================================
class Scene_Quest < Scene_MenuBase
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Start Scene Processing
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def start
super
@init_category, @init_quest_index = $game_party.quests.find_location($game_system.last_quest_id, $game_system.last_quest_cat)
create_maqj_picture unless $game_system.quest_bg_picture.empty?
create_all_windows
adjust_window_positions
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Terminate Scene
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def terminate
$game_system.quest_categories = QuestData::CATEGORIES
$game_system.quest_scene_label = QuestData::VOCAB[:scene_label]
$game_system.last_quest_id = @quest_list_window.item ? @quest_list_window.item.id : 0
$game_system.last_quest_cat = @quest_category_window.item
super
dispose_maqj_picture
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Create Background Picture
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def create_maqj_picture
@maqj_picture_sprite = Sprite.new
@maqj_picture_sprite.bitmap = Cache.picture($game_system.quest_bg_picture)
@maqj_picture_sprite.opacity = $game_system.quest_bg_opacity
@maqj_picture_sprite.blend_type = $game_system.quest_bg_blend_type
@maqj_picture_sprite.z = @background_sprite.z + 1 if @background_sprite
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Create All Windows
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def create_all_windows
create_quest_label_window unless $game_system.quest_scene_label.empty?
create_quest_category_window if $game_system.quest_categories.size > 1
create_quest_category_label_window if QuestData::SHOW_CATEGORY_LABEL
create_dummy_category_window if QuestData::CATEGORY_LABEL_IN_SAME_WINDOW &&
@quest_category_window && @quest_category_label_window
create_quest_list_window
create_quest_data_window
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Create QuestLabel Window
# This window shows the name of the scene
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def create_quest_label_window
@quest_label_window = Window_QuestLabel.new(0, 0, $game_system.quest_scene_label)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Create QuestCategory Window
# This window allows the player to switch categories.
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def create_quest_category_window
@quest_category_window = Window_QuestCategory.new(0, 0, $game_system.quest_categories)
@quest_category_window.category = @init_category if @init_category
@quest_category_window.set_handler(:cancel, method(:on_category_cancel))
@quest_category_window.set_handler(:ok, method(:on_category_ok))
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Create QuestCategoryLabel Window
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def create_quest_category_label_window
if @quest_category_window
@quest_category_label_window = Window_QuestCategoryLabel.new(0, @quest_category_window.height)
@quest_category_window.add_observing_proc(:label) { |category|
@quest_category_label_window.category = category }
else
@quest_category_label_window = Window_QuestCategoryLabel.new(0, 0)
@quest_category_label_window.category = $game_system.quest_categories ? $game_system.quest_categories[0] : :all
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Create Dummy Category Label Window
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def create_dummy_category_window
@quest_category_label_window.y -= 12
@quest_category_label_window.opacity = 0
@quest_category_window.opacity = 0
w = [@quest_category_window.width, @quest_category_label_window.width].max
h = @quest_category_window.height + @quest_category_label_window.height - 12
@category_dummy_window = Window_QuestCategoryDummy.new(0, 0, w, h)
@category_dummy_window.z = [@quest_category_window.z, @quest_category_label_window.z].min - 1
# Draw Horz Line
@category_dummy_window.draw_horizontal_line(@quest_category_window.height - @quest_category_window.padding - 7, 2)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Create QuestList Window
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def create_quest_list_window
if @category_dummy_window
y = @category_dummy_window.height
else
y = @quest_category_window ? @quest_category_window.height : 0
y += @quest_category_label_window ? @quest_category_label_window.height : 0
y = @quest_label_window.height if y == 0
end
@quest_list_window = Window_QuestList.new(0, y, QuestData::LIST_WINDOW_WIDTH,
Graphics.height - y)
@quest_list_window.set_handler(:ok, method(:on_list_ok))
if !QuestData::CONCURRENT_ACTIVITY
@quest_list_window.deactivate
@quest_list_window.set_handler(:cancel, method(:on_list_cancel))
end
if @quest_category_window
@quest_category_window.add_observing_proc(:list) { |category|
@quest_list_window.category = category }
else
@quest_list_window.category = $game_system.quest_categories[0]
end
@quest_list_window.index = @init_quest_index if @init_quest_index
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Create QuestData Window
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def create_quest_data_window
x = @quest_list_window.width
y = (@quest_label_window && (@quest_category_window ||
@quest_category_label_window)) ? @quest_label_window.height : 0
@quest_data_window = Window_QuestData.new(x, y, Graphics.width - x,
Graphics.height - y)
@quest_list_window.help_window = @quest_data_window
@quest_data_window.quest = @quest_list_window.item
@quest_data_window.set_handler(:ok, method(:on_data_ok))
@quest_data_window.set_handler(:cancel, method(:on_data_cancel))
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Dispose Background Picture
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def dispose_maqj_picture
@maqj_picture_sprite.dispose if @maqj_picture_sprite
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Adjust Window Positions
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def adjust_window_positions
if @quest_label_window && (@quest_category_window || @quest_category_label_window)
@quest_label_window.x = QuestData::LIST_WINDOW_WIDTH
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Category OK
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def on_category_ok; @quest_list_window.activate; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Category Cancel
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def on_category_cancel; return_scene; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * List OK
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def on_list_ok
@quest_category_window.deactivate
@quest_data_window.activate
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * List Cancel
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def on_list_cancel; @quest_category_window.activate; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Data OK
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def on_data_ok; on_data_cancel; end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Data Cancel
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def on_data_cancel
@quest_list_window.activate
@quest_category_window.activate if QuestData::CONCURRENT_ACTIVITY
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Update All Windows
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def update_all_windows(*args, &block)
# To accomodate for concurrent activity, must deactivate category
@quest_category_window.deactivate if QuestData::CONCURRENT_ACTIVITY &&
@quest_list_window.active && Input.trigger?(:C)
super(*args, &block)
@quest_category_window.activate if QuestData::CONCURRENT_ACTIVITY &&
@quest_list_window.active
end
end
#==============================================================================
# ** Scene_Map
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Summary of Changes:
# aliased method - update_scene
# new methods - update_call_quest_journal; call_quest_journal
#==============================================================================
class Scene_Map
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Update Scene
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
alias maqj_updascne_9kh4 update_scene
def update_scene(*args, &block)
maqj_updascne_9kh4(*args, &block)
update_call_quest_journal if $game_system.quest_map_access && !scene_changing?
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Update Call Quest Journal
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def update_call_quest_journal
if $game_map.interpreter.running?
@quest_journal_calling = false
else
if Input.trigger?(QuestData::MAP_BUTTON)
$game_system.quest_access_disabled || $game_party.quests.list.empty? ?
Sound.play_buzzer : @quest_journal_calling = true
end
call_quest_journal if @quest_journal_calling && !$game_player.moving?
end
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Call Quest Journal
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def call_quest_journal
@quest_journal_calling = false
Sound.play_ok
SceneManager.call(Scene_Quest)
end
end
# Menu Access
if !$imported[:MA_InsertCommand]
# Initialize the Insertion Hash
MA_COMMAND_INSERTS = {}
MA_InsertableMenuCommand = Struct.new(:name, :index, :enable, :scene, :other)
#==============================================================================
# ** Game_System
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Summary of Changes:
# new public instance variable - maic_menu_commands
# aliased method - initialize
#==============================================================================
class Game_System
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Inserted Menu Commands
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def maic_inserted_menu_commands
# Lazy Instantiation so that old save files are not corrupted
if !@maic_inserted_menu_commands
@maic_inserted_menu_commands = MA_COMMAND_INSERTS.keys
# Sort by index
@maic_inserted_menu_commands.sort! { |a, b| MA_COMMAND_INSERTS[a].index <=> MA_COMMAND_INSERTS[b].index }
end
@maic_inserted_menu_commands
end
end
#==============================================================================
# ** Window_MenuCommand
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Summary of Changes:
# aliased method - make_command_list; maic_insert_command
#==============================================================================
class Window_MenuCommand
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Make Command List
#``````````````````````````````````````````````````````````````````````````
# I alias this method instead of add_original_commands because I need to
# have all commands created before I can insert at the correct index
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
alias maic_mkcmmndl_6yd2 make_command_list
def make_command_list(*args, &block)
maic_mkcmmndl_6yd2(*args, &block) # Run Original Method
# Insert new commands
$game_system.maic_inserted_menu_commands.each { |sym| maic_insert_command(sym) }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Insert Command
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def maic_insert_command(symbol)
command = MA_COMMAND_INSERTS[symbol]
# Get the command name
name = command.name.is_a?(Symbol) ? eval(command.name.to_s) : command.name
# Check whether enabled
enabled = case command.enable
when Integer then command.enable == 0 ? true : $game_switches[command.enable]
when String then eval(command.enable)
when Symbol then self.send(command.enable)
else
enabled = true
end
# Add the command to the list
add_command(name, symbol, enabled)
added = @list.pop
@list.insert([command.index, @list.size].min, added) # Insert at specific index
end
end
#==============================================================================
# ** Scene_Menu
#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
# Summary of Changes:
# aliased method - create_command_window; on_personal_ok
# new methods - maic_set_insert_handler; maic_command_insert
#==============================================================================
class Scene_Menu
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Create Command Window
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
alias maic_createcndwin_3ey7 create_command_window
def create_command_window(*args, &block)
maic_createcndwin_3ey7(*args, &block) # Run Original Method
# Add handlers for all custom commands
$game_system.maic_inserted_menu_commands.each { |symbol| maic_set_insert_handler(symbol) }
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Set Inserted Handler
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def maic_set_insert_handler(symbol)
other = MA_COMMAND_INSERTS[symbol].other
handler = case other
when Symbol then method(other)
when String then lambda { eval(other) }
when TrueClass then method(:command_personal)
else
handler = method(:maic_command_insert)
end
@command_window.set_handler(symbol, handler)
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Custom Command
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
def maic_command_insert
SceneManager.call(Kernel.const_get(MA_COMMAND_INSERTS[@command_window.current_symbol].scene))
end
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# * Personal OK
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
alias maic_onpok_3ek9 on_personal_ok
def on_personal_ok(*args, &block)
if $game_system.maic_inserted_menu_commands.include?(@command_window.current_symbol)
maic_command_insert
else
maic_onpok_3ek9(*args, &block) # Run Original Method
end
end
end
$imported[:MA_InsertCommand] = true
end
MA_COMMAND_INSERTS[:quest_journal] =
MA_InsertableMenuCommand.new(QuestData::VOCAB[:menu_label], QuestData::MENU_INDEX,
"!$game_system.quest_access_disabled && !$game_party.quests.list.empty?",
:Scene_Quest, false)

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