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Remove hand-written rustdoc doc for quaternon and unit_complex. 

Those are now generated automatically by rustdoc.
This commit is contained in:
Sébastien Crozet 2017-08-07 21:09:21 +02:00 committed by Sébastien Crozet
parent 89e8b49759
commit aaa359f3b0
2 changed files with 0 additions and 209 deletions
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115
src/geometry/quaternion.rs
View File

@ -286,121 +286,6 @@ impl<N: Real + fmt::Display> fmt::Display for Quaternion<N> {
} }
/// A unit quaternions. May be used to represent a rotation. /// A unit quaternions. May be used to represent a rotation.
///
///
/// <center>
/// <big><b>
/// Due to a [bug](https://github.com/rust-lang/rust/issues/32077) in rustdoc, the documentation
/// below has been written manually lists only method signatures.<br>
/// Trait implementations are not listed either.
/// </b></big>
/// </center>
///
/// Please refer directly to the documentation written above each function definition on the source
/// code for more details.
///
/// <h2 id="methods">Methods</h2>
///
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">angle</a>(&self) -> N</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">angle_to</a>(&self, other: &UnitQuaternion) -> N</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">axis</a>(&self) -> Option&lt;Unit&lt;Vector3&gt;&gt;</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">clone_owned</a>(&self) -> UnitQuaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">conjugate_mut</a>(&mut self)</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">conjugate</a>(&self) -> UnitQuaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">exp</a>(&self) -> Quaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">from_axis_angle</a>(axis: &Unit&lt;Vector&gt;, angle: N) -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">from_euler_angles</a>(roll: N, pitch: N, yaw: N) -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">from_quaternion</a>(q: Quaternion) -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">from_rotation_matrix</a>(rotmat: &Rotation) -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">from_scaled_axis</a>(axisangle: Vector) -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">identity</a>() -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">into_owned</a>(self) -> UnitQuaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">inverse_mut</a>(&mut self)</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">inverse</a>(&self) -> UnitQuaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">lerp</a>(&self, other: &UnitQuaternion, t: N) -> Quaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">ln</a>(&self) -> Quaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">look_at_lh</a>(dir: &Vector, up: &Vector) -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">look_at_rh</a>(dir: &Vector, up: &Vector) -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">new</a>(axisangle: Vector) -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">new_observer_frame</a>(dir: &Vector, up: &Vector) -> Self</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">nlerp</a>(&self, other: &UnitQuaternion, t: N) -> UnitQuaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">powf</a>(&self, n: N) -> UnitQuaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">quaternion</a>(&self) -> &Quaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">rotation_between</a>(a: &Vector, b: &Vector) -> Option&lt;Self&gt;</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">rotation_to</a>(&self, other: &UnitQuaternion) -> UnitQuaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">scaled_axis</a>(&self) -> Vector3</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">scaled_rotation_between</a>(a: &Vector, b: &Vector, s: N) -> Option&lt;Self&gt;</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">slerp</a>(&self, other: &UnitQuaternion, t: N) -> UnitQuaternion</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">to_homogeneous</a>(&self) -> MatrixN</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">to_rotation_matrix</a>(&self) -> Rotation</code>
/// </h4>
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">try_slerp</a>(&self, other: &UnitQuaternion, t: N, epsilon: N) -> Option&lt;UnitQuaternion&gt;</code>
/// </h4>
pub type UnitQuaternion<N> = Unit<Quaternion<N>>; pub type UnitQuaternion<N> = Unit<Quaternion<N>>;

94
src/geometry/unit_complex.rs
View File

@ -7,100 +7,6 @@ use core::{Unit, Vector1, Matrix2, Matrix3};
use geometry::Rotation2; use geometry::Rotation2;
/// A complex number with a norm equal to 1. /// A complex number with a norm equal to 1.
///
/// <center>
/// <big><b>
/// Due to a [bug](https://github.com/rust-lang/rust/issues/32077) in rustdoc, the documentation
/// below has been written manually lists only method signatures.<br>
/// Trait implementations are not listed either.
/// </b></big>
/// </center>
///
/// Please refer directly to the documentation written above each function definition on the source
/// code for more details.
///
///
/// <h2 id="methods">Methods</h2>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">angle</a>(&self) -> N</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">angle_to</a>(&self, other: &Self) -> N</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">complex</a>(&self) -> &Complex</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">conjugate</a>(&self) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">conjugate_mut</a>(&mut self)</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">from_angle</a>(angle: N) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">from_complex</a>(q: Complex) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">from_rotation_matrix</a>(rotmat: &Rotation) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">from_scaled_axis</a>(axisangle: Vector) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">identity</a>() -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">inverse</a>(&self) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">inverse_mut</a>(&mut self)</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">new</a>(angle: N) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">powf</a>(&self, n: N) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">rotation_between</a>(a: &Vector<N, U2, SB>, b: &Vector) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">rotation_to</a>(&self, other: &Self) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">scaled_axis</a>(&self) -> Vector1</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">scaled_rotation_between</a>(a: &Vector<N, U2, SB>, b: &Vector, s: N) -> Self</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">to_homogeneous</a>(&self) -> Matrix3</code>
/// </h4>
///
/// <h4 class="method"><span class="invisible">
/// <code>fn <a class="fnname">to_rotation_matrix</a>(&self) -> Rotation2</code>
/// </h4>
pub type UnitComplex<N> = Unit<Complex<N>>; pub type UnitComplex<N> = Unit<Complex<N>>;
impl<N: Real> UnitComplex<N> { impl<N: Real> UnitComplex<N> {