waterish_os_rev3_public/libraries/FlowMeter-master/examples/Multi/Multi.ino

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2019-08-09 02:17:05 +00:00
#include <FlowMeter.h> // https://github.com/sekdiy/FlowMeter
// connect a flow meter to an interrupt pin (see notes on your Arduino model for pin numbers)
FlowMeter Meter1 = FlowMeter(2);
FlowMeter Meter2 = FlowMeter(3);
// set the measurement update period to 1s (1000 ms)
const unsigned long period = 1000;
// define an 'interrupt service handler' (ISR) for every interrupt pin you use
void Meter1ISR() {
// let our flow meter count the pulses
Meter1.count();
}
// define an 'interrupt service handler' (ISR) for every interrupt pin you use
void Meter2ISR() {
// let our flow meter count the pulses
Meter2.count();
}
void setup() {
// prepare serial communication
Serial.begin(9600);
// enable a call to the 'interrupt service handler' (ISR) on every rising edge at the interrupt pin
// do this setup step for every ISR you have defined, depending on how many interrupts you use
attachInterrupt(INT0, Meter1ISR, RISING);
attachInterrupt(INT1, Meter2ISR, RISING);
// sometimes initializing the gear generates some pulses that we should ignore
Meter1.reset();
Meter2.reset();
}
void loop() {
// wait between output updates
delay(period);
// process the (possibly) counted ticks
Meter1.tick(period);
Meter2.tick(period);
// output some measurement result
Serial.println("Meter 1 currently " + String(Meter1.getCurrentFlowrate()) + " l/min, " + String(Meter1.getTotalVolume())+ " l total.");
Serial.println("Meter 2 currently " + String(Meter2.getCurrentFlowrate()) + " l/min, " + String(Meter2.getTotalVolume())+ " l total.");
//
// any other code can go here
//
}