#~ #==============================================================================
#~ # ** Main
#~ #------------------------------------------------------------------------------
#~ #  This processing is executed after module and class definition is finished.
#~ #==============================================================================

#~ rgss_main { SceneManager.run }
DataManager.init
# ========================

module THEO
  SPEED = 3
end

class Scene
  
  def initialize
    clear_jump_info
  end
  
  def clear_jump_info
    @jump_x = 0
    @jump_y = 0
    @x_speed = 0.0
    @y_speed = 0.0
    @real_x = 0.0
    @real_y = 0.0
  end
  
  def updates
    Graphics.update
    Input.update
    update_placement
    input_jump
    update_jump if jumping?
  end
  
  def update_placement
    if Input.press?(:RIGHT)
      $window.x += THEO::SPEED
    elsif Input.press?(:LEFT)
      $window.x -= THEO::SPEED
    elsif Input.press?(:UP)
      $window.y -= THEO::SPEED
    elsif Input.press?(:DOWN)
      $window.y += THEO::SPEED
    end
  end

  def input_jump
    if Input.trigger?(:ALT)
      jump_to(100,100)
    end
  end
  
  def jump_to(x,y)
    @jump_x = x
    @jump_y = y
    @real_x = $window.x.to_f
    @real_y = $window.y.to_f
    determine_speed
  end
  
  def jumping?
    return false if @jump_x == 0 && @jump_y == 0
    return $window.x != @jump_x || $window.y != @jump_y
  end
  
  def update_jump
    @real_x += @x_speed
    @real_y += @y_speed
    $window.x = @real_x.round
    $window.y = @real_y.round
    puts @jump_x
    puts @real_x
    clear_jump_info if $window.x == @jump_x && $window.y == @jump_y
  end
  
  def determine_speed
    @x_speed = (@jump_x - $window.x) / 60.0
    @y_speed = (@jump_y - $window.y) / 60.0
  end
  
end

ww = 24
wh = 24
wx = Graphics.width - ww
wy = 100
$window = Window_Base.new(wx,wy,ww,wh)
$window.x = 300
$window.y = 300

main = Scene.new

main.updates while true

# ========================