Clippy fixes

src/asset.rs

@@ -259,17 +259,18 @@ impl EffectAsset {
     ///
     /// The effect assets requires 2 essential pieces:
     /// - The capacities of the effect, which together represent the maximum
-    /// number of particles which can be stored and simulated at the same time
-    /// for each group. There will be one capacity value per group; thus, the
-    /// `capacities` array also specifies the number of groups. All capacities
-    /// must be non-zero and should be the smallest possible values which allow
-    /// you to author the effect. These values directly impact the GPU memory
-    /// consumption of the effect, which will allocate some buffers to store
-    /// that many particles for as long as the effect exists. The capacities of
-    /// an effect are immutable. See also [`capacities()`] for more details.
+    ///   number of particles which can be stored and simulated at the same time
+    ///   for each group. There will be one capacity value per group; thus, the
+    ///   `capacities` array also specifies the number of groups. All capacities
+    ///   must be non-zero and should be the smallest possible values which
+    ///   allow you to author the effect. These values directly impact the GPU
+    ///   memory consumption of the effect, which will allocate some buffers to
+    ///   store that many particles for as long as the effect exists. The
+    ///   capacities of an effect are immutable. See also [`capacities()`] for
+    ///   more details.
     /// - The [`Spawner`], which defines when particles are emitted. All
-    /// spawners spawn particles into group 0. (To add particles to other
-    /// groups, use the [`crate::modifier::clone::CloneModifier`].)
+    ///   spawners spawn particles into group 0. (To add particles to other
+    ///   groups, use the [`crate::modifier::clone::CloneModifier`].)
     ///
     /// Additionally, if any modifier added to this effect uses some [`Expr`] to
     /// customize its behavior, then those [`Expr`] are stored into a [`Module`]

src/modifier/position.rs

@@ -39,12 +39,12 @@ pub struct SetPositionCircleModifier {
     /// Note the particular interpretation of the dimension for this shape,
     /// which unlike other shapes is a 2D one to begin with:
     /// - [`ShapeDimension::Volume`] randomly position the particle anywhere on
-    /// the "volume" of the shape, which here is understood to be the 2D disc
-    /// surface including its origin (`dist <= r`).
-    /// - [`ShapeDimension::Surface`] randomly position the particle
-    /// anywhere on the "surface" of the shape, which here is understood to
-    /// be the perimeter circle, the set of points at a distance from the center
-    /// exactly equal to the radius (`dist == r`).
+    ///   the "volume" of the shape, which here is understood to be the 2D disc
+    ///   surface including its origin (`dist <= r`).
+    /// - [`ShapeDimension::Surface`] randomly position the particle anywhere on
+    ///   the "surface" of the shape, which here is understood to be the
+    ///   perimeter circle, the set of points at a distance from the center
+    ///   exactly equal to the radius (`dist == r`).
     pub dimension: ShapeDimension,
 }
 

src/render/buffer_table.rs

@@ -73,9 +73,9 @@ impl AllocatedBuffer {
 ///
 /// - During the [`RenderStage::Prepare`] stage, call
 ///   [`clear_previous_frame_resizes()`] to clear any stale buffer from the
-/// previous frame. Then insert new rows with [`insert()`] and if you made
-/// changes call [`allocate_gpu()`] at the end to allocate any new buffer
-/// needed.
+///   previous frame. Then insert new rows with [`insert()`] and if you made
+///   changes call [`allocate_gpu()`] at the end to allocate any new buffer
+///   needed.
 /// - During the [`RenderStage::Render`] stage, call [`write_buffer()`] from a
 ///   command encoder before using any row, to perform any buffer resize copy
 ///   pending.