#include <Runtime/Core/Public/Types.h>
template<typename VecType = SimFloat>
TVector3 struct

3-component vector parameterized on a scalar type.

Template parameters
VecType Scalar element type — defaults to SimFloat (Fixed32 or float depending on build).

Cross-type construction and assignment are available when TNX_FIXED_IMPLICIT_FLOAT is defined. Use CastTo<Dst>() or the ToFloat() / ToSim() helpers for explicit conversions.

Constructors, destructors, conversion operators

TVector3()
template<typename... Args, std::enable_if_t<sizeof...(Args)==3 && (std::is_convertible_v<Args, VecType> && ...), int> = 0>
TVector3(Args... args)

Public functions

template<typename Dst>
auto CastTo() const -> TVector3<Dst>
Explicit per-component type conversion.
auto ToFloat() const -> TVector3<float>
Convert to float components.
auto ToSim() const -> TVector3<SimFloat>
Convert to SimFloat components.
auto operator+=(const TVector3& other) -> TVector3&
auto operator-=(const TVector3& other) -> TVector3&
auto operator*=(VecType scalar) -> TVector3&
auto operator/=(VecType scalar) -> TVector3&
auto operator+(const TVector3<VecType>& other) const -> TVector3
auto operator-(const TVector3<VecType>& other) const -> TVector3
template<typename T>
auto operator*(const T& scalar) const -> TVector3
template<typename T>
auto operator/(const T& scalar) const -> TVector3
auto operator-() const -> TVector3
auto LengthSqr() const -> VecType
auto DistanceSqr(const TVector3& o) const -> VecType
auto Distance(const TVector3& o) const -> VecType
auto IsNearZero(VecType eps2 = VecType(1e-8f)) const -> bool
auto Length() const -> VecType
auto LengthF() const -> float
auto Normalized() const -> TVector3

Public variables

VecType x
VecType y
VecType z

Friends

template<typename T>
auto operator*(const T& scalar, const TVector3& v) -> TVector3