bevy_xpbd_3d 0.5.0

Deprecated, use `avian3d` instead. A physics engine based on Extended Position Based Dynamics for the Bevy game engine
Documentation 
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//! Math types and traits used in the crate. Most of the math types are feature-dependent, so they will
//! be different for `2d`/`3d` and `f32`/`f64`.

#[cfg(feature = "f32")]
mod single;
#[cfg(feature = "f32")]
pub use single::*;

#[cfg(feature = "f64")]
mod double;
#[cfg(feature = "f64")]
pub use double::*;

use bevy_math::{prelude::*, *};

/// The ray type chosen based on the dimension.
#[cfg(feature = "2d")]
pub(crate) type Ray = Ray2d;
/// The ray type chosen based on the dimension.
#[cfg(feature = "3d")]
pub(crate) type Ray = Ray3d;

// Note: This is called `Dir` instead of `Direction` because Bevy has a conflicting `Direction` type.
/// The direction type chosen based on the dimension.
#[cfg(feature = "2d")]
pub(crate) type Dir = Dir2;
/// The direction type chosen based on the dimension.
#[cfg(feature = "3d")]
pub(crate) type Dir = Dir3;

/// Adjust the precision of the math construct to the precision chosen for compilation.
pub trait AdjustPrecision {
    /// A math construct type with the desired precision.
    type Adjusted;
    /// Adjusts the precision of [`self`] to [`Self::Adjusted`](#associatedtype.Adjusted).
    fn adjust_precision(&self) -> Self::Adjusted;
}

/// Adjust the precision down to `f32` regardless of compilation.
pub trait AsF32 {
    /// The `f32` version of a math construct.
    type F32;
    /// Returns the `f32` version of this type.
    fn f32(&self) -> Self::F32;
}

impl AsF32 for DVec3 {
    type F32 = Vec3;
    fn f32(&self) -> Self::F32 {
        self.as_vec3()
    }
}

impl AsF32 for Vec3 {
    type F32 = Self;
    fn f32(&self) -> Self::F32 {
        *self
    }
}

impl AsF32 for DVec2 {
    type F32 = Vec2;
    fn f32(&self) -> Self::F32 {
        self.as_vec2()
    }
}

impl AsF32 for Vec2 {
    type F32 = Self;
    fn f32(&self) -> Self::F32 {
        *self
    }
}

impl AsF32 for Vec4 {
    type F32 = Self;
    fn f32(&self) -> Self::F32 {
        *self
    }
}

impl AsF32 for DQuat {
    type F32 = Quat;
    fn f32(&self) -> Self::F32 {
        self.as_quat()
    }
}

impl AsF32 for Quat {
    type F32 = Self;
    fn f32(&self) -> Self::F32 {
        *self
    }
}