gtx_compatibility

global functions

glm::atan2(...)

glm::vec2 glm::atan2(const glm::vec2 &x=P, const glm::vec2 &y=P)

glm::atan2(...)

glm::vec3 glm::atan2(const glm::vec3 &x=P, const glm::vec3 &y=P)

glm::atan2(...)

glm::vec4 glm::atan2(const glm::vec4 &x=P, const glm::vec4 &y=P)

glm::atan2(...)

T glm::atan2(T x, T y)

glm::isfinite(...)

tvec1< bool, P > glm::isfinite(const glm::vec1 &x=P)

glm::isfinite(...)

tvec2< bool, P > glm::isfinite(const glm::vec2 &x=P)

glm::isfinite(...)

tvec3< bool, P > glm::isfinite(const glm::vec3 &x=P)

glm::isfinite(...)

tvec4< bool, P > glm::isfinite(const glm::vec4 &x=P)

glm::isfinite(...)

bool glm::isfinite(const genType &x)

glm::lerp(...)

glm::vec2 glm::lerp(const glm::vec2 &x=P, const glm::vec2 &y=P, const glm::vec2 &a=P)

glm::lerp(...)

glm::vec3 glm::lerp(const glm::vec3 &x=P, const glm::vec3 &y=P, const glm::vec3 &a=P)

glm::lerp(...)

glm::vec4 glm::lerp(const glm::vec4 &x=P, const glm::vec4 &y=P, const glm::vec4 &a=P)

glm::lerp(...)

glm::vec2 glm::lerp(const glm::vec2 &x=P, const glm::vec2 &y=P, T a)

glm::lerp(...)

glm::vec3 glm::lerp(const glm::vec3 &x=P, const glm::vec3 &y=P, T a)

glm::lerp(...)

glm::vec4 glm::lerp(const glm::vec4 &x=P, const glm::vec4 &y=P, T a)

glm::lerp(...)

T glm::lerp(T x, T y, T a)

Documentation from code comments


@addtogroup gtx_compatibility @{

glm::saturate(...)

glm::vec2 glm::saturate(const glm::vec2 &x=P)

glm::saturate(...)

glm::vec3 glm::saturate(const glm::vec3 &x=P)

glm::saturate(...)

glm::vec4 glm::saturate(const glm::vec4 &x=P)

glm::saturate(...)

T glm::saturate(T x)

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