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//set pins
const int pinOne = 2; //
const int pinTwo = 3; //
.
.
.
const int pinN = n; // define as many pins needed for as many input signals needed to be validated
//variables
double currentMillis; //the current time in milliseconds (begins count at power on)
unsigned long lastDebounceTime; // (miliseconds) the last time the signals were checked
unsigned long debounceDelay; // (miliseconds) the debounce time
//arrays
#define numSignals N //define array
// INDEX..............................[0].......[1].........[N]............
const int signalPins[numSignals] = {pinOne, pinTwo, pinN,...}; //include as many pins declared
boolean signalValidation[numSignals]; //validation output (1=valid)
boolean signalState[numSignals]; // current state of the signal
boolean lastSignalState[numSignals]; // previous state of the signal
int highSignalValidationCounter[numSignals]; // signal counter for valid high signals
int lowSignalValidationCounter[numSignals]; // signal counter for valid low signals
void setup() { //system variables initial set values
lastDebounceTime = 0;
debounceDelay = 10;//change to suit sensitivity needs
//arrays initial set values
for (int i = 0; i < numSignals ; i++) {
signalValidation[i] = 0; //validation output (1=valid)
signalState[i] = 0; // current state of the button
lastSignalState[i] = 0; // previous state of the button
highSignalValidationCounter[i] = 0; // signal counter for valid open or close signals
lowSignalValidationCounter[i] = 0; // signal counter for valid open or close signals
}
}
void loop() {
currentMillis = millis(); //get the current millis at the beginning of the loop
signalVal (); //validates input signals
}
//set pins
const int pinOne = 2; //
const int pinTwo = 3; //
.
.
.
const int pinN = n; // define as many pins needed for as many input signals needed to be validated
//variables
double currentMillis; //the current time in milliseconds (begins count at power on)
unsigned long lastDebounceTime; // (miliseconds) the last time the signals were checked
unsigned long debounceDelay; // (miliseconds) the debounce time
//arrays
#define numSignals N //define array
// INDEX..............................[0].......[1].........[N]............
const int signalPins[numSignals] = {pinOne, pinTwo, pinN,...}; //include as many pins declared
boolean signalValidation[numSignals]; //validation output (1=valid)
boolean signalState[numSignals]; // current state of the signal
boolean lastSignalState[numSignals]; // previous state of the signal
int highSignalValidationCounter[numSignals]; // signal counter for valid high signals
int lowSignalValidationCounter[numSignals]; // signal counter for valid low signals
void setup() { //system variables initial set values
lastDebounceTime = 0;
debounceDelay = 10;//change to suit sensitivity needs
//arrays initial set values
for (int i = 0; i < numSignals ; i++) {
signalValidation[i] = 0; //validation output (1=valid)
signalState[i] = 0; // current state of the button
lastSignalState[i] = 0; // previous state of the button
highSignalValidationCounter[i] = 0; // signal counter for valid open or close signals
lowSignalValidationCounter[i] = 0; // signal counter for valid open or close signals
}
}
void loop() {
currentMillis = millis(); //get the current millis at the beginning of the loop
signalVal (); //validates input signals
}
I measured via visual and electrical methods, so there is no doubt about my measurements.Pleaae publish your measuremenets.
...
it's the same story as my Chinese made trailer, it will almost meet the stated load but there is NO safety margin.