Rewrite all doc comments to wrap at 100 characters (was 80)

src/lib.rs

@@ -1,15 +1,13 @@
 //! A tiny library providing a GPU-powered pixel pixel buffer.
 //!
-//! [`Pixels`] represents a 2D pixel buffer with an explicit image resolution,
-//! making it ideal for prototyping simple pixel-based games, animations, and
-//! emulators. The pixel buffer is rendered entirely on the GPU, allowing
-//! developers to easily incorporate special effects with shaders and a
-//! customizable pipeline.
+//! [`Pixels`] represents a 2D pixel buffer with an explicit image resolution, making it ideal for
+//! prototyping simple pixel-based games, animations, and emulators. The pixel buffer is rendered
+//! entirely on the GPU, allowing developers to easily incorporate special effects with shaders and
+//! a customizable pipeline.
 //!
-//! The GPU interface is offered by [`wgpu`](https://crates.io/crates/wgpu), and
-//! is re-exported for your convenience. Use a windowing framework or context
-//! manager of your choice; [`winit`](https://crates.io/crates/winit) is a good
-//! place to start.
+//! The GPU interface is offered by [`wgpu`](https://crates.io/crates/wgpu), and is re-exported for
+//! your convenience. Use a windowing framework or context manager of your choice;
+//! [`winit`](https://crates.io/crates/winit) is a good place to start.
 
 use std::error::Error as StdError;
 use std::fmt;
@@ -67,9 +65,8 @@ pub enum Error {
 impl<'a> SurfaceTexture<'a> {
     /// Create a logical texture for a window surface.
     ///
-    /// It is recommended (but not required) that the `width` and `height` are
-    /// equivalent to the physical dimentions of the `surface`. E.g. scaled by
-    /// the HiDPI factor.
+    /// It is recommended (but not required) that the `width` and `height` are equivalent to the
+    /// physical dimentions of the `surface`. E.g. scaled by the HiDPI factor.
     ///
     /// # Examples
     ///
@@ -225,8 +222,8 @@ impl<'a> PixelsBuilder<'a> {
 
     /// Set the pixel aspect ratio to simulate non-square pixels.
     ///
-    /// This setting enables a render pass that horizontally scales the pixel
-    /// buffer by the given factor.
+    /// This setting enables a render pass that horizontally scales the pixel buffer by the given
+    /// factor.
     ///
     /// E.g. set this to `8.0 / 7.0` for an 8:7 pixel aspect ratio.
     pub fn pixel_aspect_ratio(mut self, pixel_aspect_ratio: f64) -> PixelsBuilder<'a> {

src/render_pass.rs

@@ -2,40 +2,33 @@ use wgpu::TextureView;
 
 /// Objects that implement this trait can be added to [`Pixels`] as a render pass.
 ///
-/// [`Pixels`] always has at least one render pass; a scaling pass that uses a
-/// nearest-neighbor sampler to preserve pixel edges. Optionally it may also
-/// have a second scaling pass that transforms the texture to its final size
-/// (for non-square pixel aspect ratios). During this second pass, the texture
-/// is stretched horizontally using a linear sampler.
+/// [`Pixels`] always has at least one render pass; a scaling pass that uses a nearest-neighbor
+/// sampler to preserve pixel edges. Optionally it may also have a second scaling pass that
+/// transforms the texture to its final size (for non-square pixel aspect ratios). During this
+/// second pass, the texture is stretched horizontally using a linear sampler.
 ///
 /// Any additional render passes are executed afterward.
 ///
-/// Each render pass is configured with one [`wgpu::TextureView`] as an input.
-/// You will probably want to create a binding for this `texture_view` so your
-/// shaders can sample from it.
+/// Each render pass is configured with one [`wgpu::TextureView`] as an input. You will probably
+/// want to create a binding for this `texture_view` so your shaders can sample from it.
 ///
-/// The render pass will also receive a reference to another
-/// [`wgpu::TextureView`] when the pass is executed. This texture view is the
-/// `render_target`.
+/// The render pass will also receive a reference to another [`wgpu::TextureView`] when the pass is
+/// executed. This texture view is the `render_target`.
 ///
 /// [`Pixels`]: ./struct.Pixels.html
 pub trait RenderPass {
-    /// The `update_bindings` method will be called when the `texture_view`
-    /// needs to be recreated.
+    /// The `update_bindings` method will be called when the `texture_view` needs to be recreated.
     ///
-    /// It's always called at least once when the default [`Pixels`] render
-    /// passes are created. This can also happen in response to resizing the
-    /// [`SurfaceTexture`].
+    /// It's always called at least once when the default [`Pixels`] render passes are created.
+    /// This can also happen in response to resizing the [`SurfaceTexture`].
     ///
-    /// You will typically recreate your bindings here to reference the new
-    /// input `texture_view`.
+    /// You will typically recreate your bindings here to reference the new input `texture_view`.
     ///
     /// [`Pixels`]: ./struct.Pixels.html
     /// [`SurfaceTexture`]: ./struct.SurfaceTexture.html
     fn update_bindings(&mut self, texture_view: &TextureView);
 
-    /// Called when it is time to execute this render pass. Use the `encoder` to
-    /// encode all commands related to this render pass. The result must be
-    /// stored to the `render_target`.
+    /// Called when it is time to execute this render pass. Use the `encoder` to encode all
+    /// commands related to this render pass. The result must be stored to the `render_target`.
     fn render_pass(&self, encoder: &mut wgpu::CommandEncoder, render_target: &TextureView);
 }