Abstract types

Base.eltype — Method

Base.ndims — Method

Euclid.AbstractAffinePrimitive — Type

abstract type AbstractAffinePrimitive{T, N, M, MInv, P<:Euclid.AbstractPrimitive{T, N}} <: Euclid.AbstractPrimitive{T, N}

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Euclid.AbstractBooleanPrimitive — Type

abstract type AbstractBooleanPrimitive{T, N, A, B} <: Euclid.AbstractPrimitive{T, N}

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Euclid.AbstractDynamicBooleanPrimitive — Type

abstract type AbstractDynamicBooleanPrimitive{T, N, A<:Euclid.AbstractPrimitive{T, N}, B<:(AbstractArray{<:Euclid.AbstractPrimitive{T, N}, 1})} <: Euclid.AbstractBooleanPrimitive{T, N, A<:Euclid.AbstractPrimitive{T, N}, B<:(AbstractArray{<:Euclid.AbstractPrimitive{T, N}, 1})}

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Euclid.AbstractGeometricPrimitive — Type

abstract type AbstractGeometricPrimitive{T, N} <: Euclid.AbstractPrimitive{T, N}

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Euclid.AbstractPrimitive — Type

abstract type AbstractPrimitive{T, N}

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Euclid.AbstractStaticBooleanPrimitive — Type

abstract type AbstractStaticBooleanPrimitive{T, N, A<:Euclid.AbstractPrimitive{T, N}, B<:Euclid.AbstractPrimitive{T, N}} <: Euclid.AbstractBooleanPrimitive{T, N, A<:Euclid.AbstractPrimitive{T, N}, B<:Euclid.AbstractPrimitive{T, N}}

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Euclid.AffineTransformation — Type

struct AffineTransformation{T}

A::StaticArraysCore.SMatrix{3, 3, T, 9} where T
c::StaticArraysCore.SVector{3}

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Euclid.Axis — Type

struct Axis{T}

location::StaticArraysCore.SVector{3}
axis::StaticArraysCore.SVector{3}
ref_direction::StaticArraysCore.SVector{3}

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Euclid.Direction — Type

struct SArray{Tuple{3}, T, 1, 3} <: StaticArraysCore.StaticArray{Tuple{3}, T, 1}

data::Tuple{T, T, T} where T

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Euclid.Plane — Type

struct Plane{T}

axis::Euclid.Axis

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Euclid.Point — Type

struct SArray{Tuple{3}, T, 1, 3} <: StaticArraysCore.StaticArray{Tuple{3}, T, 1}

data::Tuple{T, T, T} where T

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