goose_vec
Source-derived package reference
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Global namespace
Structs
Aliass
double2
type double2 = vec2<f64>double3
type double3 = vec3<f64>double4
type double4 = vec4<f64>float2
type float2 = vec2<f32>float3
type float3 = vec3<f32>float4
type float4 = vec4<f32>int2
type int2 = vec2<i32>int3
type int3 = vec3<i32>int4
type int4 = vec4<i32>Functions
cross
fn cross<T>(a: vec3<T>, b: vec3<T>) -> vec3<T>distance
fn distance<T>(a: vec3<T>, b: vec3<T>) -> Tdistance
fn distance<T>(a: vec4<T>, b: vec4<T>) -> Tdistance
fn distance<T>(a: vec2<T>, b: vec2<T>) -> Tdot
fn dot<T>(a: vec2<T>, b: vec2<T>) -> Tdot
fn dot<T>(a: vec3<T>, b: vec3<T>) -> Tdot
fn dot<T>(a: vec4<T>, b: vec4<T>) -> Tlength
fn length<T>(v: vec3<T>) -> Tlength
fn length<T>(v: vec4<T>) -> Tlength
fn length<T>(v: vec2<T>) -> TFloat vectors only: sqrt has f32 and f64 forms.
length_sq
fn length_sq<T>(v: vec2<T>) -> Tlength_sq
fn length_sq<T>(v: vec3<T>) -> Tlength_sq
fn length_sq<T>(v: vec4<T>) -> Tlerp
fn lerp<T>(a: vec4<T>, b: vec4<T>, t: T) -> vec4<T>lerp
fn lerp<T>(a: vec2<T>, b: vec2<T>, t: T) -> vec2<T>lerp
fn lerp<T>(a: vec3<T>, b: vec3<T>, t: T) -> vec3<T>normalize
fn normalize<T>(v: vec3<T>) -> vec3<T>normalize
fn normalize<T>(v: vec2<T>) -> vec2<T>normalize
fn normalize<T>(v: vec4<T>) -> vec4<T>xy
fn xy<T>(v: vec3<T>) -> vec2<T>xy
fn xy<T>(v: vec4<T>) -> vec2<T>xyz
fn xyz<T>(v: vec4<T>) -> vec3<T>Constants
double2_0
let double2_0: vec2<f64>double2_1
let double2_1: vec2<f64>double3_0
let double3_0: vec3<f64>double3_1
let double3_1: vec3<f64>double4_0
let double4_0: vec4<f64>double4_1
let double4_1: vec4<f64>float2_0
let float2_0: vec2<f32>float2_1
let float2_1: vec2<f32>float3_0
let float3_0: vec3<f32>float3_1
let float3_1: vec3<f32>float4_0
let float4_0: vec4<f32>float4_1
let float4_1: vec4<f32>int2_0
let int2_0: vec2<i32>int2_1
let int2_1: vec2<i32>int3_0
let int3_0: vec3<i32>int3_1
let int3_1: vec3<i32>int4_0
let int4_0: vec4<i32>int4_1
let int4_1: vec4<i32>Documentation scope
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