Alternating< T > Class Template Reference

alternate blinking of to LEDs in a specific rhythm More...

#include <Noiasca_led.h>

Public Member Functions
void	begin ()
	start hardware More...
void	setOnInterval (uint16_t onA, uint16_t onB)
	set on/off times More...
void	setOnInterval (uint16_t onA)
	set on/off times More...
void	setOnStateChange (Callback funcPtr)
	set the callback function onStateChange More...
void	on ()
	switch output on More...
void	off ()
	switch output off More...
void	toggle ()
	switch between on or off state
void	update (uint32_t currentMillis=millis())
	check if update is necessary More...

Detailed Description

template<class T>
class Alternating< T >

alternate blinking of to LEDs in a specific rhythm

two LEDs blinking alternating

doesn't inherit from LedBase.

Member Function Documentation

begin()

template<class T >

void Alternating< T >::begin ( )

inline

start hardware

Will do the necessary steps to initialize the hardware pins. Call this function in your setup().

setOnInterval() [1/2]

template<class T >

void Alternating< T >::setOnInterval ( uint16_t  onA, uint16_t  onB  )

inline

set on/off times

Set the on intervals of both LEDs during runtime.

Parameters

onA	the on time of pinA in ms (vice versa the off time of pinB).
onB	the on time of pinB in ms (vice versa the off time of pinB).

setOnInterval() [2/2]

template<class T >

void Alternating< T >::setOnInterval ( uint16_t  onA )

inline

set on/off times

Set the interval during runtime.

Parameters

onA	the on time of pinA and pinB in ms.

setOnStateChange()

template<class T >

void Alternating< T >::setOnStateChange ( Callback  funcPtr )

inline

set the callback function onStateChange

a callback function receives state changes from the effect

Parameters

funcPtr

the callback function

on()

template<class T >

void Alternating< T >::on ( )

inline

switch output on

Switch the output to on state.

off()

template<class T >

void Alternating< T >::off ( )

inline

switch output off

Switch the output to off state.

update()

template<class T >

void Alternating< T >::update ( uint32_t  currentMillis = millis() )

inline

check if update is necessary

This is the "run" function. Call this function in loop() to make the effect visible.

Parameters

currentMillis

you can handover a millis timestamp