Note that a singleClick() always will be preceded by pushed(). Use this if three different interactions are needed in combination with doubleClick and longPress. The event thus occur several miliseconds after the actual push, because it depends on the other events not happening after the push. It returns "true" if a push button is clicked once and the requirements for doubleClick and longPress are not met. So, the action on doubleClick() has to undo the previous action on pushed(). The anteceding pushed() event can't be avoided, because to restrict the pushed() function to single clicks it would have to wait for a possible second click, which would introduce an annoying delay. Note that a doubleClick() always will be preceded by pushed() from the first push. It returns "true" if a push button is double clicked within 250ms (by default). Note that a longPress() always will be preceded by pushed() from the first push. It returns "true" if a push button is pressed longer than 300ms (by default). It returns "true" if a push button was released (switched towards the off position), this will however rarely be used. "Pushed" occurs simultaneously with "double-click" and "long-press". Note that this provides instant response and can be used as "single-click" if "double-click" and "long-press" are not watched events. It returns "true" if a button was pushed (switched towards the on position). There is no off() function, this is simply !on(). The polarity of the switch in the "on" position has to be filled in correctly. It returns "true" as long as the switch is in the "on" position. It returns "true" if the pin voltage agrees with the one defined by polarity (which is LOW by default). It returns "true" if the pin voltage level changed, no matter the direction (from low to high or from high to low). See below for details on this function of the library that happens transparently.Įach possible event (each switch-status) has its own get function: switched() If(buttonGND.pushed()) Serial.print("pushed") Īny event occurs based on the deglitched and debounced pin signal.
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