prrng::pcg32_array Member List

This is the complete list of members for prrng::pcg32_array, including all inherited members.

advance(const T &arg)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
cumsum_delta(const T &n, double scale=1) -> typename detail::return_type< double, M >::type	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_delta(const T &n, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_exponential(const T &n, double scale=1) -> typename detail::return_type< double, M >::type	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_exponential(const T &n, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_exponential_impl(double *ret, const size_t *n, double scale)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
cumsum_gamma(const T &n, double k=1, double scale=1) -> typename detail::return_type< double, M >::type	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_gamma(const T &n, double k=1, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_gamma_impl(double *ret, const size_t *n, double k, double scale)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
cumsum_normal(const T &n, double mu=0, double sigma=1) -> typename detail::return_type< double, M >::type	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_normal(const T &n, double mu=0, double sigma=1)	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_normal_impl(double *ret, const size_t *n, double mu, double sigma)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
cumsum_pareto(const T &n, double k=1, double scale=1) -> typename detail::return_type< double, M >::type	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_pareto(const T &n, double k=1, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_pareto_impl(double *ret, const size_t *n, double k, double scale)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
cumsum_power(const T &n, double k=1) -> typename detail::return_type< double, M >::type	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_power(const T &n, double k=1)	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_power_impl(double *ret, const size_t *n, double k)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
cumsum_random(const T &n) -> typename detail::return_type< double, M >::type	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_random(const T &n)	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_random_impl(double *ret, const size_t *n)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
cumsum_weibull(const T &n, double k=1, double scale=1) -> typename detail::return_type< double, M >::type	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_weibull(const T &n, double k=1, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
cumsum_weibull_impl(double *ret, const size_t *n, double k, double scale)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
decide(const P &p) -> typename detail::return_type< bool, P >::type	prrng::GeneratorBase_array< Derived, M >	inline
decide(const P &p)	prrng::GeneratorBase_array< Derived, M >	inline
decide(const P &p, R &ret)	prrng::GeneratorBase_array< Derived, M >	inline
decide_impl(const double *p, bool *ret)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
decide_masked(const P &p, const T &mask) -> typename detail::return_type< bool, P >::type	prrng::GeneratorBase_array< Derived, M >	inline
decide_masked(const P &p, const T &mask)	prrng::GeneratorBase_array< Derived, M >	inline
decide_masked(const P &p, const T &mask, R &ret)	prrng::GeneratorBase_array< Derived, M >	inline
decide_masked_impl(const double *p, const bool *mask, bool *ret)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
delta(const S &ishape, double scale=1) -> typename detail::composite_return_type< double, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
delta(const S &ishape, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
delta(const I(&ishape)[L], double scale=1) -> typename detail::composite_return_type< double, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
delta(const I(&ishape)[L], double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
distance(const T &arg) -> typename detail::return_type< int64_t, std::vector< size_t > >::type	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
distance(const T &arg)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
draw_list_double(double *data, size_t n)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
draw_list_positive_double(double *data, size_t n)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
draw_list_uint32(uint32_t *data, uint32_t bound, size_t n)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
exponential(const S &ishape, double scale=1) -> typename detail::composite_return_type< double, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
exponential(const S &ishape, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
exponential(const I(&ishape)[L], double scale=1) -> typename detail::composite_return_type< double, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
exponential(const I(&ishape)[L], double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
flat(size_t i)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
flat(size_t i) const	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
flat_index(const T &index) const	prrng::GeneratorBase_array< Derived, M >	inline
gamma(const S &ishape, double k=1, double scale=1) -> typename detail::composite_return_type< double, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
gamma(const S &ishape, double k=1, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
gamma(const I(&ishape)[L], double k=1, double scale=1) -> typename detail::composite_return_type< double, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
gamma(const I(&ishape)[L], double k=1, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
inbounds(const T &index) const	prrng::GeneratorBase_array< Derived, M >	inline
init(const T &initstate)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
init(const T &initstate, const U &initseq)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inlineprotected
initseq() -> typename detail::return_type< uint64_t, std::vector< size_t > >::type	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
initseq()	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
initstate() -> typename detail::return_type< uint64_t, std::vector< size_t > >::type	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
initstate()	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
m_gen	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	protected
m_shape	prrng::GeneratorBase_array< Derived, M >	protected
m_size	prrng::GeneratorBase_array< Derived, M >	protected
m_strides	prrng::GeneratorBase_array< Derived, M >	protected
normal(const S &ishape, double mu=0, double sigma=1) -> typename detail::composite_return_type< double, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
normal(const S &ishape, double mu=0, double sigma=1)	prrng::GeneratorBase_array< Derived, M >	inline
normal(const I(&ishape)[L], double mu=0, double sigma=1) -> typename detail::composite_return_type< double, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
normal(const I(&ishape)[L], double mu=0, double sigma=1)	prrng::GeneratorBase_array< Derived, M >	inline
operator()(Args... args)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
operator()(Args... args) const	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
operator[](size_t i)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
operator[](size_t i) const	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
pareto(const S &ishape, double k=1, double scale=1) -> typename detail::composite_return_type< double, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
pareto(const S &ishape, double k=1, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
pareto(const I(&ishape)[L], double k=1, double scale=1) -> typename detail::composite_return_type< double, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
pareto(const I(&ishape)[L], double k=1, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
pcg32_array()=default (defined in prrng::pcg32_array)	prrng::pcg32_array
pcg32_array(const T &initstate)	prrng::pcg32_array	inline
pcg32_array(const T &initstate, const U &initseq)	prrng::pcg32_array	inline
power(const S &ishape, double k=1) -> typename detail::composite_return_type< double, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
power(const S &ishape, double k=1)	prrng::GeneratorBase_array< Derived, M >	inline
power(const I(&ishape)[L], double k=1) -> typename detail::composite_return_type< double, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
power(const I(&ishape)[L], double k=1)	prrng::GeneratorBase_array< Derived, M >	inline
randint(const S &ishape, T high) -> typename detail::composite_return_type< T, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
randint(const S &ishape, T high)	prrng::GeneratorBase_array< Derived, M >	inline
randint(const I(&ishape)[L], T high) -> typename detail::composite_return_type< T, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
randint(const I(&ishape)[L], T high)	prrng::GeneratorBase_array< Derived, M >	inline
randint(const S &ishape, T low, U high) -> typename detail::composite_return_type< T, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
randint(const S &ishape, T low, U high)	prrng::GeneratorBase_array< Derived, M >	inline
randint(const I(&ishape)[L], T low, U high) -> typename detail::composite_return_type< T, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
randint(const I(&ishape)[L], T low, U high)	prrng::GeneratorBase_array< Derived, M >	inline
random(const S &ishape) -> typename detail::composite_return_type< double, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
random(const S &ishape)	prrng::GeneratorBase_array< Derived, M >	inline
random(const I(&ishape)[L]) -> typename detail::composite_return_type< double, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
random(const I(&ishape)[L])	prrng::GeneratorBase_array< Derived, M >	inline
restore(const T &arg)	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
shape() const	prrng::GeneratorBase_array< Derived, M >	inline
shape(T axis) const	prrng::GeneratorBase_array< Derived, M >	inline
shape_type typedef	prrng::pcg32_array
size() const	prrng::GeneratorBase_array< Derived, M >	inline
size_type typedef	prrng::pcg32_array
state() -> typename detail::return_type< uint64_t, std::vector< size_t > >::type	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
state()	prrng::pcg32_arrayBase< pcg32, std::vector< size_t > >	inline
strides() const	prrng::GeneratorBase_array< Derived, M >	inline
weibull(const S &ishape, double k=1, double scale=1) -> typename detail::composite_return_type< double, M, S >::type	prrng::GeneratorBase_array< Derived, M >	inline
weibull(const S &ishape, double k=1, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline
weibull(const I(&ishape)[L], double k=1, double scale=1) -> typename detail::composite_return_type< double, M, std::array< size_t, L > >::type	prrng::GeneratorBase_array< Derived, M >	inline
weibull(const I(&ishape)[L], double k=1, double scale=1)	prrng::GeneratorBase_array< Derived, M >	inline