Docs.rs
plexus-0.0.11
plexus 0.0.11
Docs.rs crate page
MIT
Links
Repository
crates.io
Source
Owners
olson-sean-k
Dependencies
arrayvec ^0.4.8
normal
cgmath ^0.17.0
normal
optional
decorum ^0.1.1
normal
derivative ^1.0.2
normal
either ^1.5.0
normal
failure ^0.1.5
normal
fnv ^1.0.6
normal
fool ^0.0.1
normal
itertools ^0.8.0
normal
mint ^0.5.0
normal
optional
nalgebra ^0.17.0
normal
optional
num ^0.2.0
normal
smallvec ^0.6.9
normal
typenum ^1.10.0
normal
gfx ^0.18.0
dev
gfx_device_gl ^0.16.0
dev
gfx_window_glutin ^0.29.0
dev
glutin ^0.19.0
dev
rand ^0.6.5
dev
Versions
33.72%
of the crate is documented
Platform
i686-pc-windows-msvc
i686-unknown-linux-gnu
x86_64-apple-darwin
x86_64-pc-windows-msvc
x86_64-unknown-linux-gnu
Feature flags
docs.rs
About docs.rs
Privacy policy
Rust
Rust website
The Book
Standard Library API Reference
Rust by Example
The Cargo Guide
Clippy Documentation
plexus
0.0.11
Dot
Required Associated Types
Output
Required Methods
dot
Implementations on Foreign Types
Vector2<T>
Vector2<T>
Vector2<T>
Vector3<T>
Vector3<T>
Vector3<T>
Implementors
In plexus::
geometry::
ops
plexus
::
geometry
::
ops
Trait
Dot
Copy item path
Source
pub trait Dot<T = Self> { type
Output
; // Required method fn
dot
(self, other: T) -> Self::
Output
; }
Required Associated Types
§
Source
type
Output
Required Methods
§
Source
fn
dot
(self, other: T) -> Self::
Output
Implementations on Foreign Types
§
Source
§
impl<T>
Dot
for
Vector2
<T>
where T:
BaseFloat
,
Source
§
type
Output
= T
Source
§
fn
dot
(self, other: Self) -> Self::
Output
Source
§
impl<T>
Dot
for
Vector3
<T>
where T:
BaseFloat
,
Source
§
type
Output
= T
Source
§
fn
dot
(self, other: Self) -> Self::
Output
Source
§
impl<T>
Dot
for
Vector2
<T>
where T:
Mul
, <T as
Mul
>::
Output
:
Add
<Output = T>,
Source
§
type
Output
= T
Source
§
fn
dot
(self, other: Self) -> Self::
Output
Source
§
impl<T>
Dot
for
Vector3
<T>
where T:
Mul
<Output = T>, <T as
Mul
>::
Output
:
Add
<Output = T>,
Source
§
type
Output
= T
Source
§
fn
dot
(self, other: Self) -> Self::
Output
Source
§
impl<T>
Dot
for
Vector2
<T>
where T:
AddAssign
+
Mul
<Output = T> +
MulAssign
+
Scalar
+
Zero
,
Source
§
type
Output
= T
Source
§
fn
dot
(self, other: Self) -> Self::
Output
Source
§
impl<T>
Dot
for
Vector3
<T>
where T:
AddAssign
+
Mul
<Output = T> +
MulAssign
+
Scalar
+
Zero
,
Source
§
type
Output
= T
Source
§
fn
dot
(self, other: Self) -> Self::
Output
Implementors
§
Source
§
impl<T>
Dot
for
Duplet
<T>
where T:
Mul
, <T as
Mul
>::
Output
:
Add
<Output = T>,
Source
§
type
Output
= T
Source
§
impl<T>
Dot
for
Triplet
<T>
where T:
Mul
<Output = T>, <T as
Mul
>::
Output
:
Add
<Output = T>,
Source
§
type
Output
= T