FloatGenerated

Category: Types

Brief

A 32-bit float; written 1.0 or 2.5e-3, never 1.

Syntax

Float

Description

A 32-bit float; written 1.0 or 2.5e-3, never 1.

Builtins that take this type

Returns	Function	Category
`Float`	`abs(x: Float)`	math
`Float`	`acos(x: Float)`	math
`Float`	`asin(x: Float)`	math
`T`	`at_linear(field: Rows<T>, position: Float)`	field
`Float`	`atan(x: Float)`	math
`Float`	`atan2(y: Float, x: Float)`	math
`Int`	`bits(x: Float)`	math
`Float`	`ceil(x: Float)`	math
`Float`	`clamp(x: Float, low: Float, high: Float)`	math
`Vec2`	`clamp(x: Vec2, low: Float, high: Float)`	math
`Vec3`	`clamp(x: Vec3, low: Float, high: Float)`	math
`Vec4`	`clamp(x: Vec4, low: Float, high: Float)`	math
`Float`	`cos(x: Float)`	math
`Float`	`cosh(x: Float)`	math
`Float`	`degrees(x: Float)`	math
`Float`	`determinant(m: Mat2)`	math
`Float`	`determinant(m: Mat3)`	math
`Float`	`determinant(m: Mat4)`	math
`Float`	`distance(a: Vec2, b: Vec2)`	math
`Float`	`distance(a: Vec3, b: Vec3)`	math
`Float`	`distance(a: Vec4, b: Vec4)`	math
`Float`	`dot(a: Vec2, b: Vec2)`	math
`Float`	`dot(a: Vec3, b: Vec3)`	math
`Float`	`dot(a: Vec4, b: Vec4)`	math
`Double`	`double(x: Float)`	conversion
`Float`	`exp(x: Float)`	math
`Float`	`exp2(x: Float)`	math
`Float`	`float(x: Int)`	conversion
`Float`	`float(x: Bool)`	conversion
`Float`	`float(x: Double)`	conversion
`Float`	`float(x: Long)`	conversion
`Float`	`floor(x: Float)`	math
`Float`	`fma(a: Float, b: Float, c: Float)`	math
`Float`	`fract(x: Float)`	math
`Float`	`from_bits(x: Int)`	math
`Int`	`int(x: Float)`	conversion
`Float`	`inversesqrt(x: Float)`	math
`Bool`	`isinf(x: Float)`	math
`Bool`	`isnan(x: Float)`	math
`Float`	`length(v: Vec2)`	math
`Float`	`length(v: Vec3)`	math
`Float`	`length(v: Vec4)`	math
`Float`	`log(x: Float)`	math
`Float`	`log2(x: Float)`	math
`Long`	`long(x: Float)`	conversion
`Mat2`	`mat2(diagonal: Float)`	construction
`Mat3`	`mat3(diagonal: Float)`	construction
`Mat4`	`mat4(diagonal: Float)`	construction
`Float`	`max(a: Float, b: Float)`	math
`Vec2`	`max(a: Vec2, b: Float)`	math
`Vec3`	`max(a: Vec3, b: Float)`	math
`Vec4`	`max(a: Vec4, b: Float)`	math
`Float`	`min(a: Float, b: Float)`	math
`Vec2`	`min(a: Vec2, b: Float)`	math
`Vec3`	`min(a: Vec3, b: Float)`	math
`Vec4`	`min(a: Vec4, b: Float)`	math
`Float`	`mix(a: Float, b: Float, t: Float)`	math
`Vec2`	`mix(a: Vec2, b: Vec2, t: Float)`	math
`Vec3`	`mix(a: Vec3, b: Vec3, t: Float)`	math
`Vec4`	`mix(a: Vec4, b: Vec4, t: Float)`	math
`Float`	`mod(x: Float, y: Float)`	math
`Vec2`	`mod(x: Vec2, y: Float)`	math
`Vec3`	`mod(x: Vec3, y: Float)`	math
`Vec4`	`mod(x: Vec4, y: Float)`	math
`Float`	`pow(base: Float, exponent: Float)`	math
`Vec2`	`pow(base: Vec2, exponent: Float)`	math
`Vec3`	`pow(base: Vec3, exponent: Float)`	math
`Vec4`	`pow(base: Vec4, exponent: Float)`	math
`Float`	`radians(x: Float)`	math
`Float`	`rate()`	context
`Vec2`	`refract(incident: Vec2, normal: Vec2, eta: Float)`	math
`Vec3`	`refract(incident: Vec3, normal: Vec3, eta: Float)`	math
`Vec4`	`refract(incident: Vec4, normal: Vec4, eta: Float)`	math
`Float`	`round(x: Float)`	math
`Float`	`saturate(x: Float)`	math
`Float`	`scale()`	context
`Float`	`sign(x: Float)`	math
`Float`	`sin(x: Float)`	math
`Float`	`sinh(x: Float)`	math
`Float`	`smoothstep(low: Float, high: Float, x: Float)`	math
`Vec2`	`smoothstep(low: Float, high: Float, x: Vec2)`	math
`Vec3`	`smoothstep(low: Float, high: Float, x: Vec3)`	math
`Vec4`	`smoothstep(low: Float, high: Float, x: Vec4)`	math
`Float`	`sqrt(x: Float)`	math
`Float`	`step(edge: Float, x: Float)`	math
`Vec2`	`step(edge: Float, x: Vec2)`	math
`Vec3`	`step(edge: Float, x: Vec3)`	math
`Vec4`	`step(edge: Float, x: Vec4)`	math
`Float`	`tan(x: Float)`	math
`Float`	`tanh(x: Float)`	math
`Float`	`time()`	context
`Float`	`trunc(x: Float)`	math
`Vec2`	`vec2(x: Float, y: Float)`	construction
`Vec3`	`vec3(x: Float, y: Float, z: Float)`	construction
`Vec3`	`vec3(xy: Vec2, z: Float)`	construction
`Vec3`	`vec3(x: Float, yz: Vec2)`	construction
`Vec4`	`vec4(x: Float, y: Float, z: Float, w: Float)`	construction
`Vec4`	`vec4(xyz: Vec3, w: Float)`	construction
`Vec4`	`vec4(xy: Vec2, z: Float, w: Float)`	construction
`Vec4`	`vec4(x: Float, yzw: Vec3)`	construction