class PF::Sprite

• PF::Sprite
• Reference
• Object

Included Modules

• PF2d::Drawable(PF::Pixel | UInt32)
• PF2d::Viewable(PF::Pixel)

Defined in:

sprite.cr

Constructors

• .new(width : Int, height : Int)
• .new(path : String)
• .new(surface : SDL::Surface)

Class Method Summary

• .load_tiles(path, tile_width, tile_height)

Instance Method Summary

• #convert(other : SDL::Surface)

  Convert the color mode of this sprite to another for optimization

• #convert(other : Sprite)

  ditto

• #draw_point(x, y, value : UInt32 | Pixel)

  Implements PF2d::Drawable(UInt32)

• #draw_string(string : String, x : Number, y : Number, font : Pixelfont::Font, pixel)
• #draw_string(string : String, pos : PF2d::Vec, font : Pixelfont::Font, pixel)
• #draw_to(sprite : Sprite, source : PF2d::Vec, size : PF2d::Vec, dest : PF2d::Vec)

  Draw this sprite to another given a source rect and destination

• #draw_to(surface : SDL::Surface, x : Int = 0, y : Int = 0)

  Draw this sprite to another

• #draw_to(sprite : Sprite, x : Int = 0, y : Int = 0)

  ditto

• #draw_to(dest : SDL::Surface | Sprite, at : PF2d::Vec)

  ditto

• #fill(color : PF::Pixel)

  Fill a sprite with a color

• #fill(*args, **options)
• #fill(*args, **options, &)
• #format(*args, **options)
• #format(*args, **options, &)
• #get_point(x : Number, y : Number) : Pixel

  To be implemented by the including class

• #height
• #lock(*args, **options)
• #lock(*args, **options, &)
• #peak(x : Int, y : Int)

  Peak at a raw pixel value at (x, y)

• #peak(point : PF2d::Vec)

  ditto

• #pixel_pointer(x : Int32, y : Int32)

  Get the pointer to a pixel

• #pixels

  Raw access to the pixels as a Slice

• #sample(x : Int, y : Int, alpha : Bool)

  Sample a color with alhpa

• #sample(x : Int, y : Int)

  Sample a color at an x and y position

• #sample(point : PF2d::Vec, alpha : Bool)

  ditto

• #sample(point : PF2d::Vec)

  ditto

• #size : PF2d::Vec2
• #surface : SDL::Surface
• #surface=(surface : SDL::Surface)
• #width

Constructor Detail

Class Method Detail

Instance Method Detail