Struct image::codecs::gif::GifEncoder

pub struct GifEncoder<W: Write> {
    w: Option<W>,
    gif_encoder: Option<Encoder<W>>,
    speed: i32,
    repeat: Option<Repeat>,
}

GIF encoder.

Fields

w: Option<W>

gif_encoder: Option<Encoder<W>>

speed: i32

repeat: Option<Repeat>

Implementations

impl<W: Write> GifEncoder<W>

pub fn new(w: W) -> GifEncoder<W>

Creates a new GIF encoder with a speed of 1. This prioritizes quality over performance at any cost.

pub fn new_with_speed(w: W, speed: i32) -> GifEncoder<W>

Create a new GIF encoder, and has the speed parameter speed. See Frame::from_rgba_speed for more information.

pub fn set_repeat(&mut self, repeat: Repeat) -> ImageResult<()>

Set the repeat behaviour of the encoded GIF

pub fn encode( &mut self, data: &[u8], width: u32, height: u32, color: ColorType ) -> ImageResult<()>

Encode a single image.

pub fn encode_frame(&mut self, img_frame: Frame) -> ImageResult<()>

Encode one frame of animation.

pub fn encode_frames<F>(&mut self, frames: F) -> ImageResult<()>where F: IntoIterator<Item = Frame>,

Encodes Frames. Consider using try_encode_frames instead to encode an animation::Frames like iterator.

pub fn try_encode_frames<F>(&mut self, frames: F) -> ImageResult<()>where F: IntoIterator<Item = ImageResult<Frame>>,

Try to encode a collection of ImageResult<animation::Frame> objects. Use this function to encode an animation::Frames like iterator. Whenever an Err item is encountered, that value is returned without further actions.

pub(crate) fn convert_frame( &mut self, img_frame: Frame ) -> ImageResult<Frame<'static>>

fn gif_dimensions(&self, width: u32, height: u32) -> ImageResult<(u16, u16)>

pub(crate) fn encode_gif(&mut self, frame: Frame<'_>) -> ImageResult<()>