module Fox
  #
  # Rectangle
  #
  class FXRectangle

    #
    # Upper left corner's x-coordinate [Integer]
    #
    attr_accessor :x

    # Upper left corner's y-coordinate [Integer]
    attr_accessor :y

    # Rectangle width [Integer]
    attr_accessor :w

    # Rectangle height [Integer]
    attr_accessor :h

    #
    # Return an uninitialized FXRectangle instance.
    #
    def initialize; end

    #
    # Return an initialized FXRectangle instance.
    #
    # ==== Parameters:
    #
    # +xx+:: upper left corner's initial x-coordinate [Integer]
    # +yy+:: upper left corner's initial y-coordinate [Integer]
    # +ww+:: initial width [Integer]
    # +hh+:: initial height [Integer]
    #
    def initialize(xx, yy, ww, hh); end

    #
    # Return an initialized FXRectangle instance.
    #
    # ==== Parameters:
    #
    # +p+:: upper left corner's initial position {FXPoint}
    # +s+:: initial size {FXSize}
    #
    def initialize(p, s); end

    #
    # Return an initialized FXRectangle instance.
    #
    # ==== Parameters:
    #
    # +topleft+:: upper left corner's initial position {FXPoint}
    # +bottomright+:: bottom right corner's initial position {FXPoint}
    #
    def initialize(topleft, bottomright); end

    #
    # Return true if _p_ (an FXPoint instance) is contained within this rectangle.
    #
    def contains?(p); end

    #
    # Return true if the point at (_xx_, _yy_) is contained within this rectangle.
    #
    def contains?(xx, yy); end

    #
    # Return true if _r_ (another FXRectangle instance) is properly contained within
    # this rectangle.
    #
    def contains?(r); end

    #
    # Shift each of the rectangle's corners by the amount _p_ (an FXPoint
    # instance) and return a reference to the rectangle.
    #
    def move!(p); end

    #
    # Shift each of the rectangle's corners by the amount (_dx_, _dy_)
    # and return a reference to the rectangle.
    #
    def move!(dx, dy); end

    #
    # Grow the rectangle by some amount and return a reference to the rectangle.
    #
    # ==== Parameters:
    #
    # +margin+:: number of units to grow on each side [Integer]
    #
    def grow!(margin); end

    #
    # Grow the rectangle by some amount and return a reference to the rectangle.
    #
    # ==== Parameters:
    #
    # +hormargin+:: number of units to grow on the left and right sides [Integer]
    # +vermargin+:: number of units to grow on the top and bottom sides [Integer]
    #
    def grow!(hormargin, vermargin); end

    #
    # Grow the rectangle by some amount and return a reference to the rectangle.
    #
    # ==== Parameters:
    #
    # +leftmargin+:: number of units to grow on the left side [Integer]
    # +rightmargin+:: number of units to grow on the right side [Integer]
    # +topmargin+:: number of units to grow on the top side [Integer]
    # +bottommargin+:: number of units to grow on the bottom side [Integer]
    #
    def grow!(leftmargin, rightmargin, topmargin, bottommargin); end

    #
    # Shrink the rectangle by _margin_ units, and return a reference to the rectangle.
    #
    # ==== Parameters:
    #
    # +margin+:: number of units to shrink on each side [Integer]
    #
    def shrink!(margin); end

    #
    # Shrink the rectangle by some amount, and return a reference to the rectangle.
    #
    # ==== Parameters:
    #
    # +hormargin+:: number of units to shrink on the left and right sides [Integer]
    # +vermargin+:: number of units to shrink on the top and bottom sides [Integer]
    #
    def shrink!(hormargin, vermargin); end

    #
    # Shrink the rectangle by some amount, and return a reference to the rectangle.
    #
    # ==== Parameters:
    #
    # +leftmargin+:: number of units to shrink on the left side [Integer]
    # +rightmargin+:: number of units to shrink on the right side [Integer]
    # +topmargin+:: number of units to shrink on the top side [Integer]
    # +bottommargin+:: number of units to shrink on the bottom side [Integer]
    #
    def shrink!(leftmargin, rightmargin, topmargin, bottommargin); end
  end
end