Divide::vec4< T > Member List

This is the complete list of members for Divide::vec4< T >, including all inherited members.

_a	Divide::vec4< T >
_a1	Divide::vec4< T >
_pad0	Divide::vec4< T >
_pad1	Divide::vec4< T >
_r	Divide::vec4< T >
_r1	Divide::vec4< T >
_reg	Divide::vec4< T >
_v	Divide::vec4< T >
_w	Divide::vec4< T >
_w1	Divide::vec4< T >
_x	Divide::vec4< T >
_x1	Divide::vec4< T >
a	Divide::vec4< T >
b	Divide::vec4< T >
ba	Divide::vec4< T >
bgr() const noexcept	Divide::vec4< T >	inline
bgr(const vec3< T > &bgr) noexcept	Divide::vec4< T >	inline
bottom	Divide::vec4< T >
compare(const vec4< U > &v) const noexcept	Divide::vec4< T >
compare(const vec4< U > &v, U epsi) const noexcept	Divide::vec4< T >
compare(const vec4< U > &v) const noexcept	Divide::vec4< T >
compare(const vec4< F32 > &v) const noexcept	Divide::vec4< T >
compare(const vec4< U > &v, const U epsi) const noexcept	Divide::vec4< T >
depth	Divide::vec4< T >
dot(const vec4 &v) const noexcept	Divide::vec4< T >
fov	Divide::vec4< T >
g	Divide::vec4< T >
ga() const noexcept	Divide::vec4< T >	inline
ga(const vec2< T > ga) noexcept	Divide::vec4< T >	inline
gb	Divide::vec4< T >
gba	Divide::vec4< T >
height	Divide::vec4< T >
isPerpendicular(const vec4< U > &other, F32 epsilon=EPSILON_F32) const noexcept	Divide::vec4< T >
isPerpendicular(const vec4< U > &other, const F32 epsilon) const noexcept	Divide::vec4< T >
key	Divide::vec4< T >
left	Divide::vec4< T >
length() const noexcept	Divide::vec4< T >	inline
length() const noexcept	Divide::vec4< T >
lengthSquared() const noexcept	Divide::vec4< T >
lerp(const vec4 &v, T factor) noexcept	Divide::vec4< T >
lerp(const vec4 &v, const vec4 &factor) noexcept	Divide::vec4< T >
maxComponent() const noexcept	Divide::vec4< T >
minComponent() const noexcept	Divide::vec4< T >
move	Divide::vec4< T >
normalize() noexcept	Divide::vec4< T >
normalize() noexcept	Divide::vec4< T >
offsetX	Divide::vec4< T >
offsetY	Divide::vec4< T >
operator const T *() const noexcept	Divide::vec4< T >	inline
operator T*() noexcept	Divide::vec4< T >	inline
operator!=(const vec4 &v) const noexcept	Divide::vec4< T >	inline
operator!=(const vec4< U > &v) const noexcept	Divide::vec4< T >	inline
operator*(U _f) const noexcept	Divide::vec4< T >	inline
operator*(const vec4< U > &v) const noexcept	Divide::vec4< T >	inline
operator*(const F32 _f) const noexcept	Divide::vec4< T >
operator*(const vec4< F32 > &v) const noexcept	Divide::vec4< T >
operator*=(U _f) noexcept	Divide::vec4< T >	inline
operator*=(const vec4< U > &v) noexcept	Divide::vec4< T >	inline
operator*=(const F32 _f) noexcept	Divide::vec4< T >
operator*=(const vec4< F32 > &v) noexcept	Divide::vec4< T >
operator+(U _f) const noexcept	Divide::vec4< T >	inline
operator+(const vec4< U > &v) const noexcept	Divide::vec4< T >	inline
operator+(const F32 _f) const noexcept	Divide::vec4< T >
operator+(const vec4< F32 > &v) const noexcept	Divide::vec4< T >
operator+=(U _f) noexcept	Divide::vec4< T >	inline
operator+=(const vec4< U > &v) noexcept	Divide::vec4< T >	inline
operator+=(const F32 _f) noexcept	Divide::vec4< T >
operator+=(const vec4< F32 > &v) noexcept	Divide::vec4< T >
operator-(U _f) const noexcept	Divide::vec4< T >	inline
operator-() const noexcept	Divide::vec4< T >	inline
operator-(const vec4< U > &v) const noexcept	Divide::vec4< T >	inline
operator-(const F32 _f) const noexcept	Divide::vec4< T >
operator-(const vec4< F32 > &v) const noexcept	Divide::vec4< T >
operator-=(U _f) noexcept	Divide::vec4< T >	inline
operator-=(const vec4< U > &v) noexcept	Divide::vec4< T >	inline
operator-=(const F32 _f) noexcept	Divide::vec4< T >
operator-=(const vec4< F32 > &v) noexcept	Divide::vec4< T >
operator/(U _f) const noexcept	Divide::vec4< T >	inline
operator/(const vec4< U > &v) const noexcept	Divide::vec4< T >	inline
operator/(const F32 _f) const noexcept	Divide::vec4< T >
operator/(const vec4< F32 > &v) const noexcept	Divide::vec4< T >
operator/=(U _f) noexcept	Divide::vec4< T >	inline
operator/=(const vec4< U > &v) noexcept	Divide::vec4< T >	inline
operator/=(const F32 _f) noexcept	Divide::vec4< T >
operator/=(const vec4< F32 > &v) noexcept	Divide::vec4< T >
operator<(const vec4 &v) const noexcept	Divide::vec4< T >	inline
operator<=(const vec4 &v) const noexcept	Divide::vec4< T >	inline
operator==(const vec4 &v) const noexcept	Divide::vec4< T >	inline
operator==(const vec4< U > &v) const noexcept	Divide::vec4< T >	inline
operator>(const vec4 &v) const noexcept	Divide::vec4< T >	inline
operator>=(const vec4 &v) const noexcept	Divide::vec4< T >	inline
operator[](U i) noexcept	Divide::vec4< T >	inline
operator[](U _i) const noexcept	Divide::vec4< T >	inline
p	Divide::vec4< T >
pitch	Divide::vec4< T >
projectToNorm(const vec4< T > &direction)	Divide::vec4< T >
q	Divide::vec4< T >
r	Divide::vec4< T >
ra() const noexcept	Divide::vec4< T >	inline
ra(const vec2< T > ra) noexcept	Divide::vec4< T >	inline
ratio	Divide::vec4< T >
rb() const noexcept	Divide::vec4< T >	inline
rb(const vec2< T > rb) noexcept	Divide::vec4< T >	inline
reset() noexcept	Divide::vec4< T >	inline
rg	Divide::vec4< T >
rga() const noexcept	Divide::vec4< T >	inline
rga(const vec3< T > &rga) noexcept	Divide::vec4< T >	inline
rgb	Divide::vec4< T >
right	Divide::vec4< T >
roll	Divide::vec4< T >
round() noexcept	Divide::vec4< T >
s	Divide::vec4< T >
set(const T *v) noexcept	Divide::vec4< T >	inline
set(T value) noexcept	Divide::vec4< T >	inline
set(T xIn, T yIn, T zIn, T wIn) noexcept	Divide::vec4< T >	inline
set(U xIn, U yIn, U zIn, U wIn) noexcept	Divide::vec4< T >	inline
set(const vec4 &v) noexcept	Divide::vec4< T >	inline
set(const vec3< T > &v) noexcept	Divide::vec4< T >	inline
set(const vec3< T > &v, T wIn) noexcept	Divide::vec4< T >	inline
set(const vec2< T > v) noexcept	Divide::vec4< T >	inline
set(const vec2< T > v1, const vec2< T > v2) noexcept	Divide::vec4< T >	inline
sizeX	Divide::vec4< T >
sizeY	Divide::vec4< T >
swap(vec4 *iv) noexcept	Divide::vec4< T >
swap(vec4 &iv) noexcept	Divide::vec4< T >
swap(vec4< F32 > *iv) noexcept	Divide::vec4< T >
t	Divide::vec4< T >
top	Divide::vec4< T >
turn	Divide::vec4< T >
vec4() noexcept	Divide::vec4< T >	inline
vec4(T xIn, T yIn, T zIn, T wIn) noexcept	Divide::vec4< T >	inline
vec4(T xIn, T yIn, T zIn) noexcept	Divide::vec4< T >	inline
vec4(U xIn, U yIn, U zIn, U wIn) noexcept	Divide::vec4< T >	inline
vec4(U xIn, U yIn, U zIn) noexcept	Divide::vec4< T >	inline
vec4(__m128 reg) noexcept	Divide::vec4< T >	inline
vec4(const SimdVector< T > &reg) noexcept	Divide::vec4< T >	inline
vec4(T value) noexcept	Divide::vec4< T >	inline
vec4(U value) noexcept	Divide::vec4< T >	inline
vec4(const T *v) noexcept	Divide::vec4< T >	inline
vec4(const vec2< T > v) noexcept	Divide::vec4< T >	inline
vec4(const vec2< T > v, T zIn) noexcept	Divide::vec4< T >	inline
vec4(const vec2< T > v, T zIn, T wIn) noexcept	Divide::vec4< T >	inline
vec4(const vec3< T > &v) noexcept	Divide::vec4< T >	inline
vec4(const vec3< T > &v, T wIn) noexcept	Divide::vec4< T >	inline
vec4(const vec2< U > v) noexcept	Divide::vec4< T >	inline
vec4(const vec3< U > &v) noexcept	Divide::vec4< T >	inline
vec4(const vec4< U > &v) noexcept	Divide::vec4< T >	inline
w	Divide::vec4< T >
width	Divide::vec4< T >
x	Divide::vec4< T >
xw() const noexcept	Divide::vec4< T >	inline
xw(const vec2< T > xw) noexcept	Divide::vec4< T >	inline
xw(T xIn, T wIn) noexcept	Divide::vec4< T >	inline
xy	Divide::vec4< T >
xyw() const noexcept	Divide::vec4< T >	inline
xyw(const vec3< T > &xyw) noexcept	Divide::vec4< T >	inline
xyw(T xIn, T yIn, T wIn) noexcept	Divide::vec4< T >	inline
xyz	Divide::vec4< T >
xz() const noexcept	Divide::vec4< T >	inline
xz(const vec2< T > xz) noexcept	Divide::vec4< T >	inline
xz(T xIn, T zIn) noexcept	Divide::vec4< T >	inline
xzw(T xIn, T zIn, T wIn) noexcept	Divide::vec4< T >	inline
y	Divide::vec4< T >
yaw	Divide::vec4< T >
yw() const noexcept	Divide::vec4< T >	inline
yw(const vec2< T > yw) noexcept	Divide::vec4< T >	inline
yw(T yIn, T wIn) noexcept	Divide::vec4< T >	inline
yz	Divide::vec4< T >
yzw	Divide::vec4< T >
z	Divide::vec4< T >
zFar	Divide::vec4< T >
zNear	Divide::vec4< T >
zoom	Divide::vec4< T >
zw	Divide::vec4< T >
zyx() const noexcept	Divide::vec4< T >	inline
zyx(const vec3< T > &zyx) noexcept	Divide::vec4< T >	inline