Struct gfx_graphics::GfxGraphics

pub struct GfxGraphics<'a, R, C>where
    R: Resources + 'a,
    C: CommandBuffer<R> + 'a,
    R::Buffer: 'a,
    R::Shader: 'a,
    R::Program: 'a,
    R::Texture: 'a,
    R::Sampler: 'a,{
    pub encoder: &'a mut Encoder<R, C>,
    /* private fields */
}

Used for rendering 2D graphics.

Fields

encoder: &'a mut Encoder<R, C>

Provide access to the gfx::Encoder in case a user needs to update textures for caching, etc.

Implementations

impl<'a, R, C> GfxGraphics<'a, R, C>where R: Resources, C: CommandBuffer<R>,

pub fn new( encoder: &'a mut Encoder<R, C>, output_color: &'a RenderTargetView<R, Srgba8>, output_stencil: &'a DepthStencilView<R, DepthStencil>, g2d: &'a mut Gfx2d<R> ) -> Self

Creates a new object for rendering 2D graphics.

pub fn has_texture_alpha(&self, texture: &Texture<R>) -> boolwhere R: Resources,

Returns true if texture has alpha channel.

Trait Implementations

impl<'a, R, C> Graphics for GfxGraphics<'a, R, C>where R: Resources, C: CommandBuffer<R>, R::Buffer: 'a, R::Shader: 'a, R::Program: 'a, R::Texture: 'a, R::Sampler: 'a,

type Texture = Texture<R>

The texture type associated with the back-end.

fn clear_color(&mut self, color: [f32; 4])

Clears background with a color.

fn clear_stencil(&mut self, value: u8)

Clears stencil buffer with a value, usually 0.

fn tri_list<F>(&mut self, draw_state: &DrawState, color: &[f32; 4], f: F)where F: FnMut(&mut dyn FnMut(&[[f32; 2]])),

Renders list of 2d triangles using a solid color.

fn tri_list_c<F>(&mut self, draw_state: &DrawState, f: F)where F: FnMut(&mut dyn FnMut(&[[f32; 2]], &[[f32; 4]])),

Same as tri_list, but with individual vertex colors.

fn tri_list_uv<F>( &mut self, draw_state: &DrawState, color: &[f32; 4], texture: &<Self as Graphics>::Texture, f: F )where F: FnMut(&mut dyn FnMut(&[[f32; 2]], &[[f32; 2]])),

Renders list of 2d triangles using a color and a texture.

fn tri_list_uv_c<F>( &mut self, draw_state: &DrawState, texture: &<Self as Graphics>::Texture, f: F )where F: FnMut(&mut dyn FnMut(&[[f32; 2]], &[[f32; 2]], &[[f32; 4]])),

Same as tri_list_uv, but with individual vertex colors.

fn rectangle<R>( &mut self, r: &Rectangle, rectangle: R, draw_state: &DrawState, transform: [[f64; 3]; 2] )where R: Into<[f64; 4]>,

Draws a rectangle.

fn polygon( &mut self, p: &Polygon, polygon: &[[f64; 2]], draw_state: &DrawState, transform: [[f64; 3]; 2] )

Draws a polygon.

fn polygon_tween_lerp( &mut self, p: &Polygon, polygons: &[&[[f64; 2]]], tween_factor: f64, draw_state: &DrawState, transform: [[f64; 3]; 2] )

Draws a tweened polygon using linear interpolation.

fn image( &mut self, image: &Image, texture: &Self::Texture, draw_state: &DrawState, transform: [[f64; 3]; 2] )

Draws image.

fn ellipse<R>( &mut self, e: &Ellipse, rectangle: R, draw_state: &DrawState, transform: [[f64; 3]; 2] )where R: Into<[f64; 4]>,

Draws ellipse.

fn line<L>( &mut self, l: &Line, line: L, draw_state: &DrawState, transform: [[f64; 3]; 2] )where L: Into<[f64; 4]>,

Draws line.

fn circle_arc<R>( &mut self, c: &CircleArc, rectangle: R, draw_state: &DrawState, transform: [[f64; 3]; 2] )where R: Into<[f64; 4]>,

Draws circle arc.