fl::math::random Class Reference

Detailed Description

A random number generator class that wraps FastLED's random functions.

This class provides a standard C++ random generator interface that can be used with algorithms like fl::shuffle. Each instance maintains its own seed state independent of other instances and the global FastLED random state.

All public methods delegate to private _nolock helpers. This means external locking (via the LockedRandom singleton in random.cpp.hpp) only needs to wrap the public entry points.

fl::math::random rng;
fl::vector<int> vec = {1, 2, 3, 4, 5};
fl::shuffle(vec.begin(), vec.end(), rng);

Definition at line 25 of file random.h.

#include <random.h>

Public Types
typedef u32	result_type

Public Member Functions
	random () FL_NOEXCEPT
	Default constructor - uses current global random seed.
	random (u16 seed) FL_NOEXCEPT
	Constructor with explicit seed.
void	add_entropy (u16 entropy) FL_NOEXCEPT
u16	get_seed () const FL_NOEXCEPT
result_type	operator() () FL_NOEXCEPT
result_type	operator() (result_type min, result_type max) FL_NOEXCEPT
result_type	operator() (result_type n) FL_NOEXCEPT
u16	random16 () FL_NOEXCEPT
u16	random16 (u16 min, u16 max) FL_NOEXCEPT
u16	random16 (u16 n) FL_NOEXCEPT
u8	random8 () FL_NOEXCEPT
u8	random8 (u8 min, u8 max) FL_NOEXCEPT
u8	random8 (u8 n) FL_NOEXCEPT
void	set_seed (u16 seed) FL_NOEXCEPT

Static Public Member Functions
static constexpr result_type	maximum () FL_NOEXCEPT
static constexpr result_type	minimum () FL_NOEXCEPT

Private Member Functions
result_type	generate_nolock () FL_NOEXCEPT
result_type	generate_nolock (result_type min, result_type max) FL_NOEXCEPT
result_type	generate_nolock (result_type n) FL_NOEXCEPT
u16	next_random16_nolock () FL_NOEXCEPT
u32	next_random32_nolock () FL_NOEXCEPT
u16	random16_nolock () FL_NOEXCEPT
u8	random8_nolock () FL_NOEXCEPT
u8	random8_nolock (u8 min, u8 max) FL_NOEXCEPT
u8	random8_nolock (u8 n) FL_NOEXCEPT

Private Attributes
u16	mSeed

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The documentation for this class was generated from the following file:

• fl/math/random.h