Group: random
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function kfr::generic::gen_random_normal(const random_state &, T, T) Returns expression that produces normally distributed values using a copied state.function kfr::generic::gen_random_normal(std::reference_wrapper<random_state>, T, T) Returns expression that produces normally distributed values using a referenced state.function kfr::generic::gen_random_normal(T, T) Returns expression that produces normally distributed values using cycle counter entropy.function kfr::generic::gen_random_range(const random_state &, T, T) Returns expression that produces random values in [min, max) using a copied state.function kfr::generic::gen_random_range(std::reference_wrapper<random_state>, T, T) Returns expression that produces random values in [min, max) using a referenced state. Use std::ref(gen) to use this overload.function kfr::generic::gen_random_range(T, T) Returns expression that produces random values in [min, max) using cycle counter entropyfunction kfr::generic::gen_random_uniform() Returns expression that produces uniform pseudorandom values using cycle counter entropy.function kfr::generic::gen_random_uniform(const random_state &) Returns expression that produces uniform pseudorandom values using a copied state.function kfr::generic::gen_random_uniform(std::reference_wrapper<random_state>) Returns expression that produces uniform pseudorandom values using a referenced state. Use std::ref(gen) to use this overload.function kfr::generic::expression_random_normal<T, Dims, Reference>::get_elements(const expression_random_normal<T, Dims, Reference> &, shape<Dims>, axis_params<VecAxis, N>)function kfr::generic::expression_random_range<T, Dims, Reference>::get_elements(const expression_random_range<T, Dims, Reference> &, shape<Dims>, axis_params<VecAxis, N>)function kfr::generic::expression_random_uniform<T, Dims, Reference>::get_elements(const expression_random_uniform<T, Dims, Reference> &, shape<Dims>, axis_params<VecAxis, N>)function kfr::generic::expression_random_uniform<T, Dims, Reference>::get_shape()function kfr::generic::expression_random_range<T, Dims, Reference>::get_shape()function kfr::generic::expression_random_normal<T, Dims, Reference>::get_shape()function kfr::generic::expression_random_normal<T, Dims, Reference>::get_shape(const expression_random_normal<T, Dims, Reference> &)function kfr::generic::expression_random_range<T, Dims, Reference>::get_shape(const expression_random_range<T, Dims, Reference> &)function kfr::generic::expression_random_uniform<T, Dims, Reference>::get_shape(const expression_random_uniform<T, Dims, Reference> &)
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function kfr::generic::random_bits(random_state &) Generates more than 16 bytes of random data.function kfr::generic::random_init() Initializes the random number generator state using the CPU cycle counter.function kfr::generic::random_init(u32, u32, u32, u32) Initializes the random number generator with four 32-bit seed values.function kfr::generic::random_init(u64, u64) Initializes the random number generator with two 64-bit seed values.function kfr::generic::random_next(random_state &) Advances the internal state of the pseudo-random number generator.function kfr::generic::random_normal(random_state &, T, T) Generates N normally distributed (Gaussian) random values using Box-Muller transform.function kfr::generic::random_range(random_state &, T, T) Generates random values uniformly distributed in the range [min, max) for integral types.struct kfr::random_stateconstructor kfr::random_state::random_state()constructor kfr::random_state::random_state(const random_state &)constructor kfr::random_state::random_state(random_state &&)function kfr::generic::random_uniform(random_state &) Generates a vector of uniformly distributed floating-point numbers in [0.0, 1.0).function kfr::generic::randommantissa(random_state &)function kfr::generic::randommantissa(random_state &)
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