neo::matrix_fx Class Reference

#include <matrix_fx.hpp>

Inheritance diagram for neo::matrix_fx:

Collaboration diagram for neo::matrix_fx:

Public Member Functions
	matrix_fx ()=default
	matrix_fx (std::vector< neo::rgb > matrix, std::size_t width, std::chrono::milliseconds duration_x=1s, std::chrono::milliseconds duration_y=1s, float repeats_x=1.f)
	matrix_fx (matrix_fx &&other) noexcept
matrix_fx &	operator= (matrix_fx &&other) noexcept
float	repeats_x () const
std::size_t	width () const
std::size_t	height () const
std::chrono::milliseconds	duration_x () const
std::chrono::milliseconds	duration_y () const
void	set_repeats_x (float n)
void	set_duration_x (std::chrono::milliseconds d)
void	set_duration_y (std::chrono::milliseconds d)
std::vector< rgb >	get_matrix () const
void	set_matrix (std::vector< rgb > m, std::size_t w)
void	resample (std::size_t new_width, std::size_t new_height, blending_method method=blend_linear)
void	tile (float overlap_x, float overlap_y)
rgb	sample (float x, float y, blending_method method=blend_linear) const
std::vector< rgb >	sample (std::size_t n_leds, std::chrono::milliseconds time_since_start, std::vector< rgb > recycle_buffer={}, blending_method method=blend_linear) const
std::function< void(std::chrono::milliseconds)>	make_steady_timer_callback (transmittable_rgb_strip &strip, rmt_channel_t channel, blending_method method=blend_linear) const
std::vector< rgb >	render_frame (transmittable_rgb_strip &strip, rmt_channel_t channel, std::chrono::milliseconds elapsed, std::vector< rgb > recycle_buffer={}, blending_method method=blend_linear) const

Private Attributes
std::vector< neo::rgb >	_matrix = {}
std::size_t	_width = 0
std::size_t	_height = 0
std::chrono::milliseconds	_duration_x = 0ms
std::chrono::milliseconds	_duration_y = 0ms
float	_repeats_x = 1.f
std::recursive_mutex	_matrix_mutex = {}

Constructor & Destructor Documentation

matrix_fx() [1/3]

neo::matrix_fx::matrix_fx ( )

default

matrix_fx() [2/3]

neo::matrix_fx::matrix_fx	(	std::vector< neo::rgb >	matrix,
		std::size_t	width,
		std::chrono::milliseconds	duration_x = 1s,
		std::chrono::milliseconds	duration_y = 1s,
		float	repeats_x = 1.f
	)

matrix_fx() [3/3]

neo::matrix_fx::matrix_fx ( matrix_fx &&  other )

noexcept

Member Function Documentation

duration_x()

std::chrono::milliseconds neo::matrix_fx::duration_x ( ) const

inline

duration_y()

std::chrono::milliseconds neo::matrix_fx::duration_y ( ) const

inline

get_matrix()

std::vector< rgb > neo::matrix_fx::get_matrix ( ) const

inline

height()

std::size_t neo::matrix_fx::height ( ) const

inline

make_steady_timer_callback()

std::function< void(std::chrono::milliseconds)> neo::matrix_fx::make_steady_timer_callback	(	transmittable_rgb_strip &	strip,
		rmt_channel_t	channel,
		blending_method	method = blend_linear
	)		const

operator=()

matrix_fx & neo::matrix_fx::operator= ( matrix_fx &&  other )

noexcept

render_frame()

std::vector< rgb > neo::matrix_fx::render_frame	(	transmittable_rgb_strip &	strip,
		rmt_channel_t	channel,
		std::chrono::milliseconds	elapsed,
		std::vector< rgb >	recycle_buffer = {},
		blending_method	method = blend_linear
	)		const

repeats_x()

float neo::matrix_fx::repeats_x ( ) const

inline

resample()

void neo::matrix_fx::resample	(	std::size_t	new_width,
		std::size_t	new_height,
		blending_method	method = blend_linear
	)

sample() [1/2]

rgb neo::matrix_fx::sample	(	float	x,
		float	y,
		blending_method	method = blend_linear
	)		const

sample() [2/2]

std::vector< rgb > neo::matrix_fx::sample	(	std::size_t	n_leds,
		std::chrono::milliseconds	time_since_start,
		std::vector< rgb >	recycle_buffer = {},
		blending_method	method = blend_linear
	)		const

set_duration_x()

void neo::matrix_fx::set_duration_x ( std::chrono::milliseconds  d )

inline

set_duration_y()

void neo::matrix_fx::set_duration_y ( std::chrono::milliseconds  d )

inline

set_matrix()

void neo::matrix_fx::set_matrix	(	std::vector< rgb >	m,
		std::size_t	w
	)

set_repeats_x()

void neo::matrix_fx::set_repeats_x ( float  n )

inline

tile()

void neo::matrix_fx::tile	(	float	overlap_x,
		float	overlap_y
	)

width()

std::size_t neo::matrix_fx::width ( ) const

inline

Member Data Documentation

_duration_x

std::chrono::milliseconds neo::matrix_fx::_duration_x = 0ms

private

_duration_y

std::chrono::milliseconds neo::matrix_fx::_duration_y = 0ms

private

_height

std::size_t neo::matrix_fx::_height = 0

private

_matrix

std::vector<neo::rgb> neo::matrix_fx::_matrix = {}

private

_matrix_mutex

std::recursive_mutex neo::matrix_fx::_matrix_mutex = {}

mutableprivate

_repeats_x

float neo::matrix_fx::_repeats_x = 1.f

private

_width

std::size_t neo::matrix_fx::_width = 0

private

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

• matrix_fx.hpp
• matrix_fx.cpp