`LiteFX::Math::Vector3i`¶

Synopsis¶

Declared in <litefx/math.hpp>

class [[dllexport, dllimport]] Vector3i
    : public Vector<Int32, 3>

Base Classes¶

Name Description

Vector<Int32, 3> An algebraic vector type. The value type of a vector must be in standard layout (i.e., std::is_standard_layout_v<T> must evaluate to true). This constraint is enforced at compile time and ensures that vector types can be binary marshaled. For example, the LiteFX::Graphics::Vertex type stores nothing more than a series of vectors. The standard layout constraint ensures that a set of vertices can be converted into a plain byte array and back.

Type Aliases¶

Name	Description
`scalar_type`	The type of the vector elements.
`vec_type`	The type of the vector itself.

Member Functions¶

Name	Description
`Vector3i` [constructor]	Constructors
`operator=`	Assignment operators
`begin`	Returns an interator for that addresses the begin of the vector elements.
`cbegin`	Returns a constant interator for that addresses the begin of the vector elements.
`cend`	Returns a constant interator for that addresses the end of the vector elements.
`elements`	Returns a pointer to the elements of the vector.
`end`	Returns an interator for that addresses the end of the vector elements.
`operator[]`	Subscript operators
`size`	Returns the number of dimensions of the vector.
`w`	`w` overloads
`x`	`x` overloads
`y`	`y` overloads
`z`	`z` overloads
`operator DirectX::XMINT3`	Conversion to `XMINT3`
`operator DirectX::XMVECTOR`	Conversion to `XMVECTOR`
`operator glm::i32vec3`	Conversion to `i32vec3`
`operator std::array<int, 3U>`	Converts the vector to an instance of `std::array`.
`operator std::vector<int>`	Converts the vector into an instance of type `std::vector`.

Using Declarations¶

Name
`Vector3i`

Protected Type Aliases¶

Name
`array_type`

Protected Data Members¶

Name
`m_elements`

LiteFX::Math::Vector3i¶