人物详细背景资料栏 - Project1

module Miluko
#设定资料以角色在数据库中的编号为主例如拉尔夫在数据库中是1号角色
#那么1就代表是拉尔夫的资料 2就是吴莉嘉依此类推
#若是下面任一list中无该角色的资料就不会显示
#例如拉尔夫的BIRTHDAY未设定则窗口就不会显示拉尔夫的生日
NAME = {
1 => "拉尔夫",
}
RACE = {
1 => "人类",
}
AGE = {
1 => "21",
}
BIRTHDAY = {
}
INTEREST = {
1 => "打怪",
}
LIKE = {
1 => "装备",
}
HATE = {
1 => "重来",
}
#STORY一行大约9字再多有可能会盖到人物图不过可视人物图宽度自行调整字数
#最多四行避免盖到属性和状态抗性图
#以\n为分行符号
STORY = {
1 => "目标是成为有史以来最\n伟大的勇者，让後世的\n吟游诗人都传唱他的事\n迹。",
}
#人物图可自行设定位置
#人物图档命名规则为"角色脸图名称+角色於脸图中的index"
#例如使用脸图 Actor1 的0号脸(也就是拉尔夫的脸图)
#半身图档的命名就要为Actor1_0
PIC_X = 350
PIC_Y = 50
#窗口的大标名称
TITLE_NAME = "人物背景资料"
#设定字体的大小预设为18
DATA_FONT_SIZE = 18
#设定想使用的字型
DATA_FONT_NAME = "SimHei"
#设定文字颜色
COLOR = Color.new(255,120,255) #大标题"人物背景资料"的颜色
COLOR1 = Color.new(120,120,255) #name、race等小标题颜色
COLOR2 = Color.new(255,255,255) #内文颜色
#设定是否使用背景图片预设为一般视窗不使用背景图
# 0：不使用 1：使用
USE_BG_PIC = 0
#当USE_BG_PIC设为1时会自Graphics/Pictures中取出档名为BG_PIC的图做为背景图
BG_PIC = "MenuBack"
end
class Window_Back_Data < Window_Base
def initialize(actor)
super(0,0,544,416)
@actor = actor
refresh
end
def refresh
self.contents.font.name = Miluko::DATA_FONT_NAME
self.contents.font.color = Miluko::COLOR
self.contents.draw_text(0,-10,Miluko::TITLE_NAME.size*11,70,Miluko::TITLE_NAME)
self.contents.font.name = Miluko::DATA_FONT_NAME
temp_y = 50
draw_actor_name(@actor,0,temp_y)
i = 0
if Miluko::RACE[@actor.id] != nil
draw_actor_race(@actor,120,temp_y)
i+=1
end
if Miluko::STORY[@actor.id] != nil
draw_actor_story(@actor,130,temp_y+i*20)
end
i = 1
if Miluko::NAME[@actor.id] != nil
draw_actor_age(@actor,10,temp_y+i*20)
i += 1
end
if Miluko::BIRTHDAY[@actor.id] != nil
draw_actor_birth(@actor,temp_y+i*20)
i += 1
end
if Miluko::LIKE[@actor.id] != nil
draw_actor_like(@actor,10,temp_y+i*20)
i += 1
end
if Miluko::HATE[@actor.id] != nil
draw_actor_hate(@actor,0,temp_y+i*20)
i += 1
end
if Miluko::INTEREST[@actor.id] != nil
draw_actor_interest(@actor,10,temp_y+i*20)
i += 1
end
end
def draw_actor_name(actor,x,y)
self.contents.font.color = Miluko::COLOR1
self.contents.font.size = Miluko::DATA_FONT_SIZE
self.contents.draw_text(x, y, 100, WLH, "Name ")
name_text = Miluko::NAME[@actor.id]
self.contents.font.color = Miluko::COLOR2
self.contents.draw_text(x+50, y, 200, WLH, name_text)
end
def draw_actor_race(actor,x,y)
self.contents.font.color = Miluko::COLOR1
self.contents.font.size = Miluko::DATA_FONT_SIZE
self.contents.draw_text(x, y, 100, WLH, "Race ")
race_text = Miluko::RACE[@actor.id]
self.contents.font.color = Miluko::COLOR2
self.contents.draw_text(x+50, y, 200, WLH, race_text)
end
def draw_actor_age(actor,x,y)
self.contents.font.color = Miluko::COLOR1
self.contents.font.size = Miluko::DATA_FONT_SIZE
self.contents.draw_text(x, y, 80, WLH, "Age ")
age_text = Miluko::AGE[@actor.id]
self.contents.font.color = Miluko::COLOR2
self.contents.draw_text(x+50, y, 200, WLH, age_text)
end
def draw_actor_birth(actor,x,y)
self.contents.font.color = Miluko::COLOR1
self.contents.font.size = Miluko::DATA_FONT_SIZE
self.contents.draw_text(x, y, 120, WLH, "Birth ")
birth_text = Miluko::BIRTHDAY[@actor.id]
self.contents.font.color = Miluko::COLOR2
self.contents.draw_text(x+60, y, 200, WLH, birth_text)
end
def draw_actor_interest(actor,x,y)
self.contents.font.color = Miluko::COLOR1
self.contents.font.size = Miluko::DATA_FONT_SIZE
self.contents.draw_text(x, y, 120, WLH, "Interest ")
interest_text = Miluko::INTEREST[@actor.id]
self.contents.font.color = Miluko::COLOR2
self.contents.draw_text(x+80, y, 200, WLH, interest_text)
end
def draw_actor_like(actor,x,y)
self.contents.font.color = Miluko::COLOR1
self.contents.font.size = Miluko::DATA_FONT_SIZE
self.contents.draw_text(x, y, 80, WLH, "Like ")
like_text = Miluko::LIKE[@actor.id]
self.contents.font.color = Miluko::COLOR2
self.contents.draw_text(x+50, y, 200, WLH, like_text)
end
def draw_actor_hate(actor,x,y)
self.contents.font.color = Miluko::COLOR1
self.contents.font.size = Miluko::DATA_FONT_SIZE
self.contents.draw_text(x, y, 80, WLH, "Hate ")
hate_text = Miluko::HATE[@actor.id]
self.contents.font.color = Miluko::COLOR2
self.contents.draw_text(x+50, y, 200, WLH, hate_text)
end
def draw_actor_story(actor,x,y)
self.contents.font.color = Miluko::COLOR1
self.contents.font.size = Miluko::DATA_FONT_SIZE
self.contents.draw_text(x, y, 115, WLH, "Other ")
story_text = Miluko::STORY[@actor.id]
self.contents.font.color = Miluko::COLOR2
temp_text = [""]
temp_text = story_text.split(/\n/)
for i in 0..temp_text.size
self.contents.draw_text(x+20, y+Miluko::DATA_FONT_SIZE+Miluko::DATA_FONT_SIZE*i, temp_text[i].to_s.size * Miluko::DATA_FONT_SIZE, WLH, temp_text[i])
end
end
end
class Scene_Status < Scene_Base
def update
update_menu_background
@status_window.update
if Input.trigger?(Input::B)
Sound.play_cancel
return_scene
elsif Input.trigger?(Input::R)
Sound.play_cursor
next_actor
elsif Input.trigger?(Input::L)
Sound.play_cursor
prev_actor
elsif Input.trigger?(Input::C)
Sound.play_cursor
$scene = Scene_Back_Data.new(@actor_index)
end
super
end
end
#--------------------------------------------------------------------------
#Scene_Back_Data
#--------------------------------------------------------------------------
class Scene_Back_Data < Scene_Base
def initialize(actor_index = 0)
@actor_index = actor_index
end
def main
start
perform_transition
Input.update
loop do
Graphics.update
Input.update
update
break if $scene != self
end
Graphics.update
pre_terminate
Graphics.freeze
terminate
end
def start
@actor_data = $game_party.members[@actor_index]
if Miluko::USE_BG_PIC
@data_back = Sprite.new
@data_back.bitmap = Cache.picture(Miluko::BG_PIC)
@data_back.opacity = 0
end
@data_window = Window_Back_Data.new(@actor_data)
@data_window.x = -500
@data_window.contents_opacity = 0
@data_window.opacity = 0
@detail_window = Window_StatusDetail.new(@actor_data)
@detail_window.y = 652
@detail_window.opacity = 0
@detail_window.contents_opacity = 0
allbody_text = "#{@actor_data.face_name}_#{@actor_data.face_index}"
@allbody_pic = Sprite.new
@allbody_pic.bitmap = Cache.picture(allbody_text)
@allbody_pic.x = Miluko::PIC_X+500
@allbody_pic.y += Miluko::PIC_Y
@allbody_pic.z = 800
@allbody_pic.opacity = 0
end
def perform_transition
Graphics.transition(0)
end
def pre_terminate
for i in 0..25
@allbody_pic.x -= 20
@allbody_pic.opacity -= 15
@data_window.x += 20
@data_window.contents_opacity -= 15
@data_window.opacity -= 15 if Miluko::USE_BG_PIC == 0
@data_back.opacity -= 15 if Miluko::USE_BG_PIC == 1
@detail_window.y += 20
@detail_window.contents_opacity -= 15
@detail_window.refresh
Graphics.update
end
end
def terminate
if Miluko::USE_BG_PIC
@data_back.dispose
end
@data_window.dispose
@allbody_pic.dispose
@detail_window.dispose
end
def return_scene
$scene = Scene_Status.new(@actor_index)
end
def next_actor
@actor_index += 1
@actor_index %= $game_party.members.size
$scene = Scene_Back_Data.new(@actor_index)
end
def prev_actor
@actor_index += $game_party.members.size - 1
@actor_index %= $game_party.members.size
$scene = Scene_Back_Data.new(@actor_index)
end
def update
@allbody_pic.opacity += 10
@data_window.contents_opacity += 10
@detail_window.contents_opacity += 10
@data_window.opacity += 10 if Miluko::USE_BG_PIC == 0
@data_back.opacity += 10 if Miluko::USE_BG_PIC == 1
if @detail_window.y > 152
@detail_window.y -= 20
@detail_window.refresh
elsif @detail_window.y <= 152
@detail_window.y = 152
@detail_window.refresh
@detail_window.contents_opacity = 255
end
if @data_window.x <0
@data_window.x +=20
elsif @data_window.x >=0
@data_window.x = 0
@data_window.contents_opacity = 255
@data_window.opacity = 255 if Miluko::USE_BG_PIC == 0
end
if @allbody_pic.x > Miluko::PIC_X
@allbody_pic.x -=20
elsif @allbody_pic.x <= Miluko::PIC_X
@allbody_pic.x = Miluko::PIC_X
@allbody_pic.opacity = 255
end
@data_window.update
if @detail_window.y == 152
@detail_window.update
end
if Input.trigger?(Input::B)
Sound.play_cancel
return_scene
elsif Input.trigger?(Input::R) or Input.trigger?(Input::RIGHT)
Sound.play_cursor
next_actor
elsif Input.trigger?(Input::L) or Input.trigger?(Input::LEFT)
Sound.play_cursor
prev_actor
end
super
end
end

复制代码

module KGC
module ExtendedStatusScene
# ◆ 属性耐性の表記方法
# 0 .. 数値
# 1 .. チャート
# 2 .. チャート＆数値 (:resist はチャートのみ)
# 1, 2 は ≪ビットマップ拡張≫ が必要。
RESIST_STYLE = 1
# ◆ 耐性の数値
# 0 .. 属性: 100 で通常、99 以下は軽減 (マイナスは吸収)、101 以上は弱点
# ステート: 付加成功率 (かかりやすさ)
# 1 .. 属性: 0 で通常、プラスは軽減 (101 以上は吸収)、マイナスは弱点
# ステート: 付加回避率 (かかりにくさ)
RESIST_NUM_STYLE = 0
# ◆ チャート色
CHART_LINE_COLOR = Color.new(128, 255, 128) # ライン色
CHART_BASE_COLOR = Color.new(128, 192, 255) # ベース色
CHART_FLASH_COLOR = Color.new(128, 255, 128) # フラッシュ色
# ◆ チャートをなめらかにする
# true : 高品質、低速
# false : 低品質、高速
CHART_HIGHQUALITY = true
# ～以下の項目は ≪モンスター図鑑≫ と互換性があります。～
# ～ ≪モンスター図鑑≫ 側の設定をコピーしても構いません。～
# ◆ 属性耐性を調べる範囲
# 耐性を調べる属性の ID を配列に格納。
# .. や ... を使用した範囲指定も可能。
ELEMENT_RANGE = [1..16]
# ◆ 属性のアイコン
# 各属性に対応するアイコンの番号を指定。
# 配列の添字が属性 ID に対応。
# (最初が属性 ID: 0 に対応、あとは ID: 1, 2, 3, ... の順)
ELEMENT_ICON = [0, # ID: 0 はダミー (未使用)
50, 1, 4, 14, 24, 12, 189, 136, # ID: 1 ～ 8
104, 105, 106, 107, 108, 109, 110, 111, # ID: 9 ～ 16
] # ← これは消さないこと！
$data_states = load_data("Data/States.rvdata")
$data_system = load_data("Data/System.rvdata")
# ◆ ステート耐性を調べる範囲
# 耐性を調べるステートの ID を配列に格納。
# 記述方法は ELEMENT_RANGE と同様。
STATE_RANGE = [1...$data_states.size]
end
end
$imported = {} if $imported == nil
$imported["ExtendedStatusScene"] = true
module KGC::ExtendedStatusScene
module_function
#--------------------------------------------------------------------------
# ○ Range と Integer の配列を Integer の配列に変換 (重複要素は排除)
#--------------------------------------------------------------------------
def convert_integer_array(array, type = nil)
result = []
array.each { |i|
case i
when Range
result |= i.to_a
when Integer
result |= [i]
end
}
case type
when :element
result.delete_if { |x| x >= $data_system.elements.size }
when :state
result.delete_if { |x|
x >= $data_states.size ||
$data_states[x].nonresistance ||
$data_states[x].priority == 0
}
end
return result
end
# チェックする属性リスト
CHECK_ELEMENT_LIST = convert_integer_array(ELEMENT_RANGE, :element)
# チェックするステートリスト
CHECK_STATE_LIST = convert_integer_array(STATE_RANGE, :state)
# 耐性表記方法
case RESIST_STYLE
when 0
RESIST_STYLE_SYMBOL = :num
when 1
RESIST_STYLE_SYMBOL = :chart
else
RESIST_STYLE_SYMBOL = :both
end
end
class Window_StatusDetail < Window_Base
#--------------------------------------------------------------------------
# ○ 公開インスタンス変数
#--------------------------------------------------------------------------
#~ attr_reader :category
#--------------------------------------------------------------------------
# ● オブジェクト初期化
# actor : アクター
#--------------------------------------------------------------------------
def initialize(actor)
y = WLH * 5 + 32
super(0, y, Graphics.width, Graphics.height - y)
create_chart_sprite
@actor = actor
@duration = 0
self.z = 1000
refresh
end
#--------------------------------------------------------------------------
# ○ レーダーチャートスプライト作成
#--------------------------------------------------------------------------
def create_chart_sprite
@element_chart_sprite = Sprite_Base.new
@element_chart_sprite.bitmap = Bitmap.new(height - 32, height - 32)
@element_chart_sprite.ox = @element_chart_sprite.width / 2
@element_chart_sprite.oy = @element_chart_sprite.height / 2
@element_chart_sprite.blend_type = 1
@element_chart_sprite.opacity = 0
@element_chart_sprite.visible = false
@state_chart_sprite = Sprite_Base.new
@state_chart_sprite.bitmap = Bitmap.new(height - 32, height - 32)
@state_chart_sprite.ox = @state_chart_sprite.width / 2
@state_chart_sprite.oy = @state_chart_sprite.height / 2
@state_chart_sprite.blend_type = 1
@state_chart_sprite.opacity = 0
@state_chart_sprite.visible = false
end
#--------------------------------------------------------------------------
# ● 破棄
#--------------------------------------------------------------------------
def dispose
@element_chart_sprite.bitmap.dispose
@element_chart_sprite.dispose
@state_chart_sprite.bitmap.dispose
@state_chart_sprite.dispose
super
end
#--------------------------------------------------------------------------
# ○ Z 座標設定
#--------------------------------------------------------------------------
def z=(value)
super(value)
@element_chart_sprite.z = z + 1 if @element_chart_sprite != nil
@state_chart_sprite.z = z + 1 if @state_chart_sprite != nil
end
#--------------------------------------------------------------------------
# ● リフレッシュ
#--------------------------------------------------------------------------
def refresh
@element_chart_sprite.visible = true
@state_chart_sprite.visible = true
self.contents.clear
draw_resistance
Graphics.frame_reset
end
#--------------------------------------------------------------------------
# ○ 耐性描画
#--------------------------------------------------------------------------
def draw_resistance
case KGC::ExtendedStatusScene::RESIST_STYLE
when 0
type = :num
else
type = :chart
end
x = 0
x = draw_element_resistance(x, WLH, type)
x = draw_state_resistance(x, WLH, type)
end
#--------------------------------------------------------------------------
# ○ 属性耐性描画
# x, y : 描画先 X, Y
# type : 表示形式 (:num, :chart, :both)
# 描画終了時の X 座標を返す。
#--------------------------------------------------------------------------
def draw_element_resistance(x, y, type)
if KGC::ExtendedStatusScene::CHART_HIGHQUALITY
Bitmap.smoothing_mode = TRGSSX::SM_ANTIALIAS
end
if [:chart, :both].include?(type) && $imported["BitmapExtension"]
x = draw_element_resistance_chart(x, y)
@element_chart_sprite.visible = true
end
if [:num, :both].include?(type)
x = draw_element_resistance_num(x, y)
end
Bitmap.smoothing_mode = TRGSSX::SM_DEFAULT
return x
end
#--------------------------------------------------------------------------
# ○ 属性耐性描画 (チャート)
# x, y : 描画先 X, Y
# 描画終了時の X 座標を返す。
#--------------------------------------------------------------------------
def draw_element_resistance_chart(x, y)
r = (contents.height - y - 56) / 2
cx = x + r + 28
cy = y + r + 28
pw = (Bitmap.smoothing_mode == TRGSSX::SM_ANTIALIAS ? 2 : 1)
elements = KGC::ExtendedStatusScene::CHECK_ELEMENT_LIST
draw_chart_line(cx, cy, r, elements.size, 3, pw)
# チャート
points = []
elements.each_with_index { |e, i|
n = @actor.element_rate(e)
n = 100 - n if KGC::ExtendedStatusScene::RESIST_NUM_STYLE == 1
n = [[n, -100].max, 200].min
dr = r * (n + 100) / 100 / 3
rad = Math::PI * (360.0 * i / elements.size - 90.0) / 180.0
dx = cx + Integer(dr * Math.cos(-rad))
dy = cy + Integer(dr * Math.sin(rad))
points << [dx, dy]
dx = cx + Integer((r + 14) * Math.cos(-rad)) - 12
dy = cy + Integer((r + 14) * Math.sin(rad)) - 12
draw_icon(KGC::ExtendedStatusScene::ELEMENT_ICON[e], dx, dy)
}
draw_chart(cx, cy, r, points, pw)
draw_chart_flash(@element_chart_sprite, x, y, r, points, pw)
return (x + cx + r + 42)
end
#--------------------------------------------------------------------------
# ○ 属性耐性描画 (数値)
# x, y : 描画先 X, Y
# 描画終了時の X 座標を返す。
#--------------------------------------------------------------------------
def draw_element_resistance_num(x, y)
origin_y = y
contents.font.color = normal_color
KGC::ExtendedStatusScene::CHECK_ELEMENT_LIST.each { |i|
if y + WLH > contents.height
x += 84
y = origin_y
end
draw_icon(KGC::ExtendedStatusScene::ELEMENT_ICON[i], x, y)
n = @actor.element_rate(i)
n = 100 - n if KGC::ExtendedStatusScene::RESIST_NUM_STYLE == 1
rate = sprintf("%4d%%", n)
contents.draw_text(x + 24, y, 52, WLH, rate, 2)
y += WLH
}
return (x + 96)
end
#--------------------------------------------------------------------------
# ○ ステート耐性描画
# x, y : 描画先 X, Y
# type : 表示形式 (:num, :chart, :both)
# 描画終了時の X 座標を返す。
#--------------------------------------------------------------------------
def draw_state_resistance(x, y, type)
if KGC::ExtendedStatusScene::CHART_HIGHQUALITY
Bitmap.smoothing_mode = TRGSSX::SM_ANTIALIAS
end
if [:chart, :both].include?(type) && $imported["BitmapExtension"]
x = draw_state_resistance_chart(x, y)
@state_chart_sprite.visible = true
end
if [:num, :both].include?(type)
x = draw_state_resistance_num(x, y)
end
Bitmap.smoothing_mode = TRGSSX::SM_DEFAULT
return x
end
#--------------------------------------------------------------------------
# ○ ステート耐性描画 (チャート)
# x, y : 描画先 X, Y
# 描画終了時の X 座標を返す。
#--------------------------------------------------------------------------
def draw_state_resistance_chart(x, y)
r = (contents.height - y - 56) / 2
cx = x + r + 28
cy = y + r + 28
pw = (Bitmap.smoothing_mode == TRGSSX::SM_ANTIALIAS ? 2 : 1)
states = KGC::ExtendedStatusScene::CHECK_STATE_LIST
draw_chart_line(cx, cy, r, states.size, 2, pw)
# チャート
points = []
states.each_with_index { |s, i|
state = $data_states[s]
n = @actor.state_probability(s)
n = 100 - n if KGC::ExtendedStatusScene::RESIST_NUM_STYLE == 1
dr = r * n / 100
rad = Math::PI * (360.0 * i / states.size - 90.0) / 180.0
dx = cx + Integer(dr * Math.cos(-rad))
dy = cy + Integer(dr * Math.sin(rad))
points << [dx, dy]
dx = cx + Integer((r + 14) * Math.cos(-rad)) - 12
dy = cy + Integer((r + 14) * Math.sin(rad)) - 12
draw_icon(state.icon_index, dx, dy)
}
draw_chart(cx, cy, r, points, pw)
draw_chart_flash(@state_chart_sprite, x, y, r, points, pw)
return (x + cx + r + 42)
end
#--------------------------------------------------------------------------
# ○ ステート耐性描画 (数値)
# x, y : 描画先 X, Y
# 描画終了時の X 座標を返す。
#--------------------------------------------------------------------------
def draw_state_resistance_num(x, y)
origin_y = y
contents.font.color = normal_color
KGC::ExtendedStatusScene::CHECK_STATE_LIST.each { |i|
state = $data_states[i]
if y + WLH > contents.height
x += 76
y = origin_y
end
draw_icon(state.icon_index, x, y)
n = @actor.state_probability(i)
n = 100 - n if KGC::ExtendedStatusScene::RESIST_NUM_STYLE == 1
rate = sprintf("%3d%%", n)
contents.draw_text(x + 24, y, 44, WLH, rate, 2)
y += WLH
}
return x
end
#--------------------------------------------------------------------------
# ○ チャートライン描画
# cx, cy : 中心 X, Y
# r : 半径
# n : 頂点数
# breaks : 空間数
# pw : ペン幅
#--------------------------------------------------------------------------
def draw_chart_line(cx, cy, r, n, breaks, pw)
color = KGC::ExtendedStatusScene::CHART_BASE_COLOR.clone
contents.draw_regular_polygon(cx, cy, r, n, color, pw)
color.alpha = color.alpha * 5 / 8
contents.draw_spoke(cx, cy, r, n, color, pw)
(1..breaks).each { |i|
contents.draw_regular_polygon(cx, cy, r * i / breaks, n, color, pw)
}
end
#--------------------------------------------------------------------------
# ○ チャート描画
# cx, cy : 中心 X, Y
# r : 半径
# points : 頂点リスト
# pw : ペン幅
#--------------------------------------------------------------------------
def draw_chart(cx, cy, r, points, pw)
contents.draw_polygon(points, KGC::ExtendedStatusScene::CHART_LINE_COLOR, 2)
end
#--------------------------------------------------------------------------
# ○ チャートフラッシュ描画
# sprite : チャートスプライト
# x, y : 基準 X, Y
# r : 半径
# points : 頂点リスト
# pw : ペン幅
#--------------------------------------------------------------------------
def draw_chart_flash(sprite, x, y, r, points, pw)
points = points.clone
points.each { |pt| pt[0] -= x }
cx = x + r + 28
cy = y + r + 28
color = KGC::ExtendedStatusScene::CHART_FLASH_COLOR
sprite.bitmap.clear
sprite.bitmap.fill_polygon(points, Color.new(0, 0, 0, 0), color)
sprite.ox = cx - x
sprite.oy = cy
sprite.x = self.x + cx + 16
sprite.y = self.y + cy + 16
end
#--------------------------------------------------------------------------
# ● フレーム更新
#--------------------------------------------------------------------------
def update
super
update_chart
end
#--------------------------------------------------------------------------
# ○ チャート更新
#--------------------------------------------------------------------------
def update_chart
return if @element_chart_sprite == nil
@element_chart_sprite.update
@state_chart_sprite.update
zoom = opacity = 0
case @duration
when 0..11
zoom = @duration / 11.0
opacity = 255
when 12..27
zoom = 1
opacity = (27 - @duration) * 16
end
@element_chart_sprite.zoom_x = @element_chart_sprite.zoom_y = zoom
@element_chart_sprite.opacity = opacity
@state_chart_sprite.zoom_x = @state_chart_sprite.zoom_y = zoom
@state_chart_sprite.opacity = opacity
@duration = (@duration + 1) % Graphics.frame_rate
end
end

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