=begin
RGSS3
★ 古の光 ★
天候と同じように利用できる演出素材です。
● 準備 ●==========================================================
「Graphics\System\」に下記の2ファイルを入れます
ancient_00.png
ancient_01.png
====================================================================
● エフェクトの開始 ●==============================================
イベントコマンドで次のスクリプトを実行します
--------------------------------------------------------------------
ancient_light
====================================================================
● エフェクトの終了 ●==============================================
イベントコマンドの「天候の設定」で「なし」を実行します
====================================================================
ver1.00
Last Update : 2015/03/19
3/19 : 新規
ろかん [url]http://kaisou-ryouiki.sakura.ne.jp/[/url]
=end
$rsi ||= {}
$rsi["古の光"] = true
class Game_Interpreter
#--------------------------------------------------------------------------
# ● 天候：舞い上がる光の開始
#--------------------------------------------------------------------------
def ancient_light
screen.change_weather(:ancient_light, 3, 0)
end
end
class Spriteset_Weather
#--------------------------------------------------------------------------
# ● 公開インスタンス変数
#--------------------------------------------------------------------------
attr_reader :viewport
attr_reader :sprites
#--------------------------------------------------------------------------
# ● 天候の種類を設定
#--------------------------------------------------------------------------
def type=(type)
if @type != type
@sprites.each{|sprite| sprite.dispose}
@sprites = []
if type == :ancient_light
5.times{@sprites << Ancient_Light.new(self)}
end
end
@type = type
end
#--------------------------------------------------------------------------
# ● 天候の強さを設定
#--------------------------------------------------------------------------
alias ancient_light_power= power=
def power=(power)
if @type != :ancient_light
self.ancient_light_power = power
else
@power = power
end
end
#--------------------------------------------------------------------------
# ● フレーム更新
#--------------------------------------------------------------------------
alias ancient_light_update update
def update
if @type == :ancient_light
update_screen
@sprites << Ancient_Light.new(self) if (Graphics.frame_count % 100).zero?
@sprites.each{|sprite| sprite.update}
else
ancient_light_update
end
end
end
class Ancient_Light
#--------------------------------------------------------------------------
# ● オブジェクト初期化
#--------------------------------------------------------------------------
def initialize(owner)
@owner = owner
@exist_counter = 1200
@origin_ox = @owner.ox
@origin_oy = @owner.oy
@x = rand(Graphics.width + 192) - 96
@y = rand(Graphics.height + 192) - 96
@angle_speed = rand(7) / 10.0 * (rand(2).zero? ? 1 : -1)
@vector_x = rand(2).zero? ? 1 : -1
@vector_y = rand(2).zero? ? 1 : -1
create_sprite
end
#--------------------------------------------------------------------------
# ● スプライトの生成
#--------------------------------------------------------------------------
def create_sprite
@sprites = [Sprite.new(@owner.viewport), Sprite.new(@owner.viewport)]
@sprites[0].bitmap = Cache.system("ancient_00")
@sprites[1].bitmap = Cache.system("ancient_01")
@sprites[0].blend_type = @sprites[1].blend_type = 1
@sprites[0].angle = @sprites[1].angle = rand(360)
@sprites[0].ox = @sprites[1].ox = @sprites[0].bitmap.width / 2
@sprites[0].oy = @sprites[1].oy = @sprites[0].bitmap.height / 2
@sprites[0].x = @sprites[1].x = @x + (@origin_ox - @owner.ox)
@sprites[0].y = @sprites[1].y = @y + (@origin_oy - @owner.oy)
@sprites[0].z = rand(2)
@sprites[0].zoom_x = rand(11).next / 10.0 - 0.3
@sprites[0].zoom_y = rand(11).next / 10.0 - 0.3
@sprites[1].zoom_x = [0.2, @sprites[0].zoom_x].max
@sprites[1].zoom_y = [0.2, @sprites[0].zoom_y].max
@sprites[0].opacity = @sprites[1].opacity = 0
end
#--------------------------------------------------------------------------
# ● X 軸方向の速度を取得
#--------------------------------------------------------------------------
def x_speed
(@sprites[0].zoom_x + @sprites[0].zoom_y) / 3.0 * @vector_x
end
#--------------------------------------------------------------------------
# ● Y 軸方向の速度を取得
#--------------------------------------------------------------------------
def y_speed
x_speed / 2.0 * @vector_y
end
#--------------------------------------------------------------------------
# ● 解放
#--------------------------------------------------------------------------
def dispose
@sprites[0].dispose
@sprites[1].dispose
end
#--------------------------------------------------------------------------
# ● フレーム更新
#--------------------------------------------------------------------------
def update
case @exist_counter
when 1141..1200
@sprites[0].zoom_x += 0.005
@sprites[0].zoom_y += 0.005
@sprites[1].zoom_x += 0.005
@sprites[1].zoom_y += 0.005
@sprites[0].opacity = @sprites[1].opacity += 5
else
if (Graphics.frame_count % 2).zero?
@sprites[0].opacity = @sprites[1].opacity = @exist_counter
@sprites[1].opacity -= rand(200)
@sprites[0].angle = @sprites[1].angle += @angle_speed
end
end
@x += x_speed
@y += y_speed
@sprites[0].x = @sprites[1].x = @x.to_i + (@origin_ox - @owner.ox)
@sprites[0].y = @sprites[1].y = @y.to_i + (@origin_oy - @owner.oy)
@exist_counter -= 1
if @exist_counter.zero?
dispose
@owner.sprites.delete(self)
else
out_screen_process
end
end
#--------------------------------------------------------------------------
# ● 画面外に出た場合の処理(ループさせて画面内に戻す)
#--------------------------------------------------------------------------
def out_screen_process
if @sprites[0].x < -96
while @sprites[0].x < -96
@sprites[0].x = @sprites[1].x += Graphics.width + 192
end
elsif @sprites[0].x > Graphics.width + 96
while @sprites[0].x > Graphics.width + 96
@sprites[0].x = @sprites[1].x -= Graphics.width + 192
end
end
if @sprites[0].y < -96
while @sprites[0].y < -96
@sprites[0].y = @sprites[1].y += Graphics.height + 192
end
elsif @sprites[0].y > Graphics.height + 96
while @sprites[0].y > Graphics.height + 96
@sprites[0].y = @sprites[1].y -= Graphics.height + 192
end
end
end
end