[ССС]Мини игра

strelokhalfer
Автор темы
Не в сети
Живу я здесь
Знатный грамотей

Больше

11 года 1 мес. назад - 11 года 1 мес. назад #79684 от strelokhalfer

strelokhalfer создал тему: [ССС]Мини игра

Итак, тема конкурса: мини игра.
Для разработки разрешен любой мейкер.
Все демо прикладывать в данную тему.
И ТОЛЬКО ДЕМО ПО КОНКУРСУ
Прочие сообщения будут считаться оффтопом и на автора будет безжалостно спущен Церб на пару с Эльфом :angry:

В 00:00 по понедельнику прием скриптов будет закрыт.
Удачи

"Стрелок, что-то ты неочень похож на свой аватар..."(с)

Последнее редактирование: 11 года 1 мес. назад пользователем strelokhalfer.

Спасибо сказали: NettySvit

Пожалуйста Войти или Регистрация, чтобы присоединиться к беседе.

Iren_Rin
Не в сети
Захожу иногда

Больше

11 года 1 мес. назад - 11 года 1 мес. назад #79748 от Iren_Rin

Iren_Rin ответил в теме [ССС]Мини игра

Сделал тетрис.
проект на битбакете
Демка на яндекс диске
Сам скрипт (все файлы с проекта слиты в один)

ВНИМАНИЕ: Спойлер!

Code:

#Для использование вызовите SceneManager.call Tetris::Scene
module Tetris
end

module Tetris::Settings
  DEFAULTS = {
    speed: 40,
    width: 12,
    height: 18,
    level_score: 2000,
    per_layer_score: 400,
    color: [0, 255, 0]
  }

  DEFAULTS.keys.each do |key|
    instance_eval { attr_writer key }

    define_method key do 
      instance_variable_get("@#{key}") || DEFAULTS[key]
    end
  end

  extend self
end

class Tetris::Sprite < Sprite_Base
  def initialize(e_height, e_width, window, padding = 0, multiplier = 1)
    super()
    @e_height, @e_width = e_height, e_width
    @window, @padding, @multiplier = window, padding, multiplier
    self.visible = false
    create_bitmap
    set_position
    set_color
  end

  def update
    super
    self.visible = @e_height >= 0
  end

  private

  def set_color
    self.bitmap.fill_rect 1, 1, width - 1, height - 1, color
  end

  def color
    Color.new(*Tetris::Settings.color)
  end

  def set_position
    self.x = @e_width * width + 2 + @window.x + @padding
    self.y = @e_height * height + @window.y + @padding
  end

  def create_bitmap
    self.bitmap = Bitmap.new width, height
  end

  def width
    Tetris::Sizes.cell * @multiplier
  end

  def height
    Tetris::Sizes.cell * @multiplier
  end
end

class Tetris::Scene < Scene_Base
  def start
    super
    @game = Tetris::Game.new self
    @game.start
    create_windows
  end

  def terminate
    @game = nil
    Tetris::Game::Figure.next = nil
    super
  end

  def update
    check_keys
    @game.update
    super
  end

  private

  def create_windows
    create_field_window
    create_next_window
    create_score_window
    create_level_window
  end

  def create_next_window
    @next_window = Tetris::Window::Next.new(
      @game, Tetris::Sizes.window_width, 0,
      Tetris::Sizes.info_width, Tetris::Sizes.next_height
    )
  end

  def create_score_window
    @score_window = Tetris::Window::Text::Score.new(
      @game, Tetris::Sizes.window_width, Tetris::Sizes.next_height,
      Tetris::Sizes.info_width, Tetris::Sizes.score_height
    )
  end

  def create_level_window
    @level_window = Tetris::Window::Text::Level.new(
      @game, Tetris::Sizes.window_width, Tetris::Sizes.next_height + Tetris::Sizes.score_height,
      Tetris::Sizes.info_width, Tetris::Sizes.level_height
    )
  end

  def create_field_window
    @field_window = Tetris::Window::Field.new(
      @game, 0, Tetris::Sizes.padding,
      Tetris::Sizes.window_width, Tetris::Sizes.window_height
    )
  end


  def check_keys
    @game.left! if Input.trigger? Input::LEFT 
    @game.right! if Input.trigger? Input::RIGHT
    @game.down! if Input.press? Input::DOWN
    @game.turn! if Input.trigger? Input::UP
  end
end

class Tetris::Game
  attr_reader :field, :score, :level

  def initialize(scene)
    @scene = scene
    @field = Tetris::Game::Field.new self
    @level = 1
    @score = 0
    @ticked = -1
  end

  def start
    @field.add_figure
  end

  def update
    return if @game_overed
    @ticked += 1
    if @ticked % speed == 0
      down!
      try_game_over
    end
  end

  def terminate
    @scene.terminate
  end

  def left!
    @field.left!
    try_merge
  end

  def right!
    @field.right!
    try_merge
  end

  def down!
    try_merge
    @field.down!
  end

  def turn!
    try_merge
    @field.turn!
  end

  def add_score(points)
    @score += points
    @level = @score / Tetris::Settings.level_score + 1
  end

  private

  def speed
    (Tetris::Settings.speed / @level.to_f).to_i
  end

  def game_over
    @game_overed = true
    SceneManager.call Scene_Map
  end

  def try_merge
    if @field.landed?
      @field.merge! 
      @field.add_figure
    end
  end

  def try_game_over
    game_over if @field.overflowed?
  end
end

class Tetris::Game::Base
  attr_reader :matrix

  def elements(&block)
    matrix_elements(@matrix, &block)
  end

  private

  def matrix_elements(matrix)
    Marshal.load(Marshal.dump matrix).each.with_index do |row, h|
      row.each.with_index { |el, w| yield h, w if el }
    end
  end
end


class Tetris::Game::Figure < Tetris::Game::Base
  attr_reader :figure, :row, :column

  class << self
    attr_accessor :next

    def register!
      klasses << self
    end

    def random(field)
      current = @next || calculate_next(field)
      @next = calculate_next(field)
      current
    end

    def calculate_next(field)
      klasses.sample.new(field).tap do |figure|
        (1..3).to_a.sample.times { figure.turn! }
      end
    end

    private

    def klasses
      @@klasses ||= []
    end
  end

  def initialize(field)
    @matrix = field.matrix
    @figure = self.class.figure
    @row = -1
    @column = (@matrix.first.length - @figure.first.length) / 2
  end

  def left!
    @column -= 1
  end

  def right!
    @column += 1
  end

  def down!
    @row += 1
  end

  def turn!
    res = Array.new(@figure.first.length) { [] }
    old_figure = @figure
    @figure = @figure.each.with_object(res) do |row, res|
      row.each.with_index do |el, i|
        res[i].unshift el
      end
    end
    @figure = old_figure if overlaps? 
  end

  def landed?
    landed_on_bottom? || landed_on_element?
  end

  def full?
    @row >= @figure.length - 1
  end

  def blocks_left?
    blocks_on_field_left? || blocks_left_on_element?
  end

  def blocks_right?
    blocks_on_field_right? || blocks_right_on_element?
  end

  def figure_elements(&block)
    matrix_elements(@figure, &block)
  end

  private

  def overlaps?
    return true if @column < 0 || @column + @figure.first.size > @matrix.first.size
    return true if @row >= @matrix.size
    all_elements do |h, w, f_h, f_w|
      return true if same_column?(f_w, w) && same_row?(f_h, h) 
    end
    false
  end

  def blocks_on_field_left?
    @column <= 0
  end

  def blocks_on_field_right?
    @column + @figure.first.size >= @matrix.first.size
  end
  
  def landed_on_bottom?
    @row >= @matrix.length - 1
  end

  def blocks_left_on_element?
    check_all_elements do |height, width, figure_height, figure_width|
      same_column?(figure_width, width, -1) && same_row?(figure_height, height)
    end
  end

  def blocks_right_on_element?
    check_all_elements do |height, width, figure_height, figure_width|
      same_column?(figure_width, width, 1) && same_row?(figure_height, height)
    end
  end

  def landed_on_element?
    check_all_elements do |height, width, figure_height, figure_width|
      same_column?(figure_width, width) && same_row?(figure_height, height, 1)
    end
  end

  def all_elements
    elements { |h, w| figure_elements { |f_h, f_w| yield h, w, f_h, f_w } }
  end

  def check_all_elements
    all_elements do |h, w, f_h, f_w|
      return true if yield h, w, f_h, f_w
    end
    false
  end

  def same_column?(figure_width, width, offset = 0)
    figure_width + @column + offset == width
  end

  def same_row?(figure_height, height, offset = 0)
    @row - @figure.length + figure_height + 1 + offset == height
  end
end

class Tetris::Game::Figure::Square < Tetris::Game::Figure
  def self.figure
    [
      [1, 1],
      [1, 1]
    ]
  end

  register!
end

class Tetris::Game::Figure::Gose < Tetris::Game::Figure
  def self.figure
    [
      [1, 1],
      [1, nil],
      [1, nil]
    ]
  end

  register!
end

class Tetris::Game::Figure::ReversedGose < Tetris::Game::Figure
  def self.figure
    [
      [1, 1],
      [nil, 1],
      [nil, 1]
    ]
  end

  register!
end

class Tetris::Game::Figure::T < Tetris::Game::Figure
  def self.figure
    [
      [1, 1, 1],
      [nil, 1, nil]
    ]
  end

  register!
end

class Tetris::Game::Figure::Line < Tetris::Game::Figure
  def self.figure
    [
      [1, 1, 1, 1]
    ]
  end

  register!
end

class Tetris::Game::Figure::Z < Tetris::Game::Figure
  def self.figure
    [
      [1, 1, nil],
      [nil, 1, 1]
    ]
  end

  register!
end

class Tetris::Game::Figure::ReversedZ < Tetris::Game::Figure
  def self.figure
    [
      [nil, 1, 1],
      [1, 1, nil]
    ]
  end

  register!
end

class Tetris::Game::Field < Tetris::Game::Base
  def initialize(game)
    @game = game
    @matrix = load_matrix
  end

  def add_figure
    @figure = Tetris::Game::Figure.random(self)
  end

  def merge!
    @overflowed = !@figure.full?
    figure_elements do |h, w|
      @matrix[h][w] = 1 if h >= 0 && w >= 0
    end
    destroy_layer
    @figure = nil
  end

  def overflowed?
    !!@overflowed
  end

  def left!
    @figure.left! unless @figure.blocks_left?
  end

  def right!
    @figure.right! unless @figure.blocks_right?
  end

  def down!
    @figure.down! unless landed?
  end

  def turn!
    @figure.turn!
  end

  def landed?
    @figure.landed?
  end

  def field_elements(&block)
    elements(&block)
    figure_elements(&block)
  end

  private

  def destroy_layer
    @matrix.map.with_index { |row, i| i if row.all? }.compact.each do |i|
      @matrix.delete_at i 
      @matrix.unshift [nil] * Tetris::Settings.width
      @game.add_score Tetris::Settings.per_layer_score
    end
  end

  def figure_elements
    matrix_elements @figure.figure do |h, w|
      yield @figure.row - @figure.figure.length + h + 1, w + @figure.column
    end
  end

  def load_matrix
    Array.new Tetris::Settings.height do
      [nil] * Tetris::Settings.width
    end
  end
end

module Tetris::Sizes
  def cell
    if Tetris::Settings.height > Tetris::Settings.width
      (Graphics.height / Tetris::Settings.height.to_f).to_i
    else
      ((Graphics.width * 0.66) / Tetris::Settings.width).to_i
    end 
  end

  def window_width
    cell * Tetris::Settings.width + 4
  end

  def window_height
    cell * Tetris::Settings.height + 4
  end

  def padding
    Graphics.height - window_height
  end

  def info_width
    Graphics.width - window_width 
  end

  def next_height
    Graphics.height / 2
  end

  def score_height
    Graphics.height / 4
  end

  def level_height
    Graphics.height / 4
  end

  extend self
end

module Tetris::Window
end

class Tetris::Window::Field < Window_Base
  def initialize(game, *args)
    @game = game
    @sprites = {}
    super(*args)
  end

  def update
    super
    update_sprites
  end

  def dispose
    super
    dispose_sprites
  end

  def update_sprites
    dispose_sprites_except create_sprites
    @sprites.values.each(&:update)
  end

  def dispose_sprites_except(keys)
    (@sprites.keys - keys).each do |key| 
      @sprites[key].dispose
      @sprites.delete key
    end
  end

  def create_sprites
    keys = []
    @game.field.field_elements do |height, width|
      keys << [height, width]
      @sprites[[height, width]] ||= Tetris::Sprite.new(height, width, self)
    end
    keys
  end

  def dispose_sprites
    @sprites.values.each(&:dispose)
  end
end

class Tetris::Window::Next < Window_Base
  def initialize(game, *args)
    @game = game
    @sprites = []
    @next = nil
    super(*args)
  end

  def update
    super
    if Tetris::Game::Figure.next != @next 
      dispose_sprites
      @next = Tetris::Game::Figure.next
      create_sprites
    end
    update_sprites
  end

  def dispose
    super
    dispose_sprites
  end

  def update_sprites
    @sprites.each(&:update)
  end

  def create_sprites
    @sprites = []
    @next.figure_elements do |h, w|
      @sprites << Tetris::Sprite.new(h, w, self, 50, 1.6)
    end
  end

  def dispose_sprites
    @sprites.each(&:dispose)
  end
end

class Tetris::Window::Text < Window_Base
  LINE_HEIGHT = 36

  def initialize(game, *args)
    @game = game
    super(*args)
  end

  def update
    super
    if @text != calculate_text
      @text = calculate_text
      alert
    end
  end

  private

  def alert
    contents.clear
    @text.lines.each.with_index do |line, index|
      contents.draw_text(*sizes(index), line.strip)
    end
  end

  def sizes(index)
    [0, LINE_HEIGHT * index, contents.rect.width, LINE_HEIGHT * (index + 1)]
  end
end

class Tetris::Window::Text::Level < Tetris::Window::Text
  def calculate_text
    "Уровень: #{@game.level}"
  end
end

class Tetris::Window::Text::Score < Tetris::Window::Text
  def calculate_text
    "Cчет: #{@game.score}"
  end
end

Update - немного подправил код. Теперь балка состоит из 4-х клеток, и можно подсунуть фигуру под другую фигуру.

Последнее редактирование: 11 года 1 мес. назад пользователем Iren_Rin.

Спасибо сказали: I_LORD, Ren310, strelokhalfer, Демий, NettySvit, Lipton, zmeelov66, peter8031983

Пожалуйста Войти или Регистрация, чтобы присоединиться к беседе.

Время создания страницы: 0.089 секунд

Работает на Kunena форум

[ССС]Мини игра

Панель Участника