Namespaces
Variants
Views
Actions

std::independent_bits_engine

From cppreference.com
 
 
 
Pseudo-random number generation
Engines and engine adaptors
linear_congruential_engine(C++11)
mersenne_twister_engine(C++11)
subtract_with_carry_engine(C++11)
discard_block_engine(C++11)
independent_bits_engine(C++11)
shuffle_order_engine(C++11)
Generators
random_device(C++11)
Distributions
Uniform distributions
uniform_int_distribution(C++11)
uniform_real_distribution(C++11)
generate_canonical(C++11)
Bernoulli distributions
bernoulli_distribution(C++11)
binomial_distribution(C++11)
negative_binomial_distribution(C++11)
geometric_distribution(C++11)
Poisson distributions
poisson_distribution(C++11)
exponential_distribution(C++11)
gamma_distribution(C++11)
weibull_distribution(C++11)
extreme_value_distribution(C++11)
Normal distributions
normal_distribution(C++11)
lognormal_distribution(C++11)
chi_squared_distribution(C++11)
cauchy_distribution(C++11)
fisher_f_distribution(C++11)
student_t_distribution(C++11)
Sampling distributions
discrete_distribution(C++11)
piecewise_constant_distribution(C++11)
piecewise_linear_distribution(C++11)
Seed Sequences
seed_seq(C++11)
C library
rand
srand
RAND_MAX
 
 
Defined in header <random>
template<

    class Engine,
    std::size_t W,
    class UIntType

> class independent_bits_engine;
(since C++11)

independent_bits_engine is a random number engine adaptor that produces random numbers with different number of bits than that of the wrapped engine.

Contents

[edit] Template parameters

Engine - the type of the wrapped engine
W - the number of bits the generated numbers should have
UIntType - the type of the generated random numbers. The type must be unsigned integral type.
Type requirements
-
Engine must meet the requirements of RandomNumberEngine.

[edit] Member types

Member type Definition
result_type UIntType

[edit] Member functions

constructs the engine adaptor
(public member function) [edit]
sets the state of the underlying engine
(public member function) [edit]
returns the underlying engine
(public member function) [edit]
Generation
advances the state of the underlying engine and returns the generated value
(public member function) [edit]
advances the adaptor's state by a specified amount
(public member function) [edit]
Characteristics
[static]
gets the smallest possible value in the output range of the underlying engine
(public static member function) [edit]
[static]
gets the largest possible value in the output range of the underlying engine
(public static member function) [edit]

[edit] Non-member functions

compares the internal states of the adaptors and underlying engines
(function) [edit]
performs stream input and output on pseudo-random number engine adaptor
(function) [edit]