#include //#include RTC_DS3231 rtc; bool alarmCheck = 0; RTC_DATA_ATTR int primeIndex = 0;//primeIndex is the array index in holiday that holds the current year RTC_DATA_ATTR int primeDay = 0;//primeDay is the current day in the eight day holiday series uint32_t holiday[14][4] = {{12,12,2023,1702443600},{12,25,2024,1735189200},{12,14,2025,1765774800},{12,4,2026,1796446800},{12,24,2027,1829710800},{12,12,2028,1860296400},{12,1,2029,1890882000},{12,20,2030,1924059600},{12,9,2031,1954645200}, {11,27,2032,1985230800},{12,16,2033,2018408400},{12,6,2034,2049080400},{12,25,2035,2082258000},{12,13,2036,2112843600}};//array of dates for next 14 years of hanukah int ranFile[9] = {0,0,0,0,0,0,0,0,0}; //zeros out random array ranFile which is an array that randomises off time for candles #include Adafruit_AW9523 aw; //starts the aw9523 int curStrength = 120; // Maximum amplitude of flickering int maxAmp = 100; // Milliseconds per frame int frameLength = 10; int fakePrime = 0; void setup() { Serial.begin(9600); delay(5000); if (! aw.begin(0x58)) { Serial.println("AW9523 not found? Check wiring!"); while (1) delay(10); // halt forever } Serial.println("AW9523 found!"); for(int zip = 0; zip< 10; zip++){ aw.pinMode(zip, AW9523_LED_MODE); aw.analogWrite(zip, 0); } if(!rtc.begin()) { Serial.println("Couldn't find RTC!"); //Serial.flush(); abort(); } //rtc.adjust(DateTime(F(__DATE__), F(__TIME__))); //opened this will synch RTC with computer //rtc.adjust(DateTime(2024, 3, 19, 19, 0, 0)); if(rtc.lostPower()) { // this will adjust to the date and time at compilation rtc.adjust(DateTime(F(__DATE__), F(__TIME__))); } print_wakeup_reason(); rtc.disable32K(); printTime(); // Making it so, that the alarm will trigger an interrupt pinMode(GPIO_NUM_4, INPUT_PULLUP); pinMode(GPIO_NUM_2, OUTPUT);//this is the GPIO connected to the transistor that turns on MP3 player digitalWrite(GPIO_NUM_2, LOW); gpio_hold_en(GPIO_NUM_4); //GPIO that wakes up ESP from RTC esp_sleep_enable_ext0_wakeup(GPIO_NUM_4, 0); //1 = High, 0 = Low //attachInterrupt(digitalPinToInterrupt(GPIO_NUM_4), onAlarm, FALLING); if(rtc.alarmFired(1)) { Serial.println("Alarm occured, current time: "); alarmCheck = 1; printTime(); rtc.clearAlarm(1); Serial.println("Alarm 1 cleared"); } Serial.print("PimeDay = "); Serial.println(primeDay); Serial.print("PrimeIndex = "); Serial.println(primeIndex); if(primeDay == 0 || primeIndex == 0 ){ //power went out ... didnt wake from sleep need to set what day and what year onPower(); //function that demos the lights and song firstDater(); } fakePrime = primeDay; Serial.print("PimeDay = "); Serial.println(primeDay); Serial.print("PrimeIndex = "); Serial.println(primeIndex); if(primeIndex != 0 && primeDay != 0 )startHoliday(); //found day and year to start the show... } void loop() { //loop function never used } void printTime(){//call this to print the current time on RTC DateTime now = rtc.now(); char date[] = "DD.MM.YYYY, "; Serial.print(now.toString(date)); char time[] = "hh:mm:ss"; rtc.now().toString(time); Serial.println(time); } void print_wakeup_reason()//the usual function that tells what woke esp32 up { esp_sleep_wakeup_cause_t wakeup_reason; wakeup_reason = esp_sleep_get_wakeup_cause(); switch (wakeup_reason) { case ESP_SLEEP_WAKEUP_EXT0 : Serial.println("Wakeup caused by external signal using RTC_IO"); break; case ESP_SLEEP_WAKEUP_EXT1 : Serial.println("Wakeup caused by external signal using RTC_CNTL"); break; case ESP_SLEEP_WAKEUP_TIMER : Serial.println("Wakeup caused by timer"); break; case ESP_SLEEP_WAKEUP_TOUCHPAD : Serial.println("Wakeup caused by touchpad"); break; case ESP_SLEEP_WAKEUP_ULP : Serial.println("Wakeup caused by ULP program"); break; default : Serial.printf("Wakeup was not caused by deep sleep: %d\n", wakeup_reason); break; } } void firstDater(){ //this function finds the index in holiday for matching year if primeIndex is 0...like the first time DateTime cal = rtc.now(); uint32_t unix_time = rtc.now().unixtime(); unix_time = unix_time + 36000; for (int i = 0; i < 15; i++){ //goes through holiday index of years looking for this year...last year included so primeIndex will not equal 0.. if( holiday[i][2] == cal.year()){ //checks to see if its this year.. primeIndex = i;//sets primeIndex to current year data break; } if(primeIndex = 0) Serial.println( "cannot find primeIndex");//if primeIndex is still zero after search something is wrong } if(cal.day() == holiday[primeIndex][1] && cal.month() == holiday[primeIndex ][0])primeDay = 1; //checks to see if date match is correct else if(((holiday[primeIndex][3] + (86400 * 7)) > unix_time) && unix_time >= holiday[primeIndex][3]) { //if not perfect date is it withing 7 days of start primeDay = ((unix_time - holiday[primeIndex][3]) / 86400 ) + 1; } else {Serial.println(" cannot find primeDay ");// if its not the day and not within 7 days of it try next month ... date doesnt know month... seeUNxtYr(); } } void startHoliday(){ int candleHold = 10000; // delay in between lighting next candle int candleTimer = 10 * 1000 * 60; //ten minutes that candles will be on aw.analogWrite(9, 255); //this is the red part of the chamas aw.analogWrite(0,0); thePrayer(); //cue Jack Black for ( int x = 1; x <= primeDay; x++){ //this segment turns candles on for (int i = 270; i > 0; i--){ // 360 degrees of an imaginary circle. float angle = radians(i); // Converts degrees to radians. int brightness = (255 / 2) + (255 / 2) * sin(angle); // Generates points on a sign wave. aw.analogWrite(x,brightness); // Sends sine wave information to pin 9. delay(30); // Delay between each point of sine wave. } delay(candleHold); //delay in between candles } double timeTracker = millis(); //this is baseline timing for when candles will be lit while ( millis() - timeTracker <= candleTimer){ // delay between candles on and off flicker(); } randomizer(primeDay);//this randomizes the array with a card shuffle for ( int x = primeDay; x >= 0; x--){ //primeDay is number of days of the 8 in sequence ...this turns candles off for (int i = 0; i < 270; i++){ // 360 degrees of an imaginary circle. float angle = radians(i); // Converts degrees to radians. int brightness = (255 / 2) + (255 / 2) * sin(angle); // Generates points on a sign wave. aw.analogWrite(ranFile[x],brightness); // Sends sine wave information to pin 9. delay(30); } } uint32_t unix_time = rtc.now().unixtime(); unix_time = unix_time + 36000;//grabs unix time from rtc Serial.print("unix time:"); Serial.println(unix_time); Serial.print("PimeDay = "); Serial.println(primeDay); Serial.print("PrimeIndex = "); Serial.println(primeIndex); uint32_t timeLeft = (unix_time - holiday[primeIndex][3]) - ((primeDay -1) * 86400 ); //checks to see how much time has elapsed from 19:00 hours to compensate timing for next light Serial.print("Time Left = "); Serial.println(timeLeft); uint32_t spanner = 86400 - timeLeft; DateTime celebrate = rtc.now() + TimeSpan(spanner); primeDay ++; //added another day to festivities if(primeDay == 9) { primeIndex ++; //going for next year on list seeUNxtYr(); } //if over 8 days schedule next year //DateTime celebrate = rtc.now() + TimeSpan(1,0,0,0); //celebrate is dateTime for one day from now timespan function takes (day,hour,minute,sec) goToSleepDate(celebrate); //goes to sleep with wakup on correct date/hour/min/seconds match } void goToSleepDate(DateTime sleepy){ rtc.clearAlarm(1); rtc.clearAlarm(2); // stop oscillating signals at SQW Pin // otherwise setAlarm1 will fail rtc.writeSqwPinMode(DS3231_OFF); // turn off alarm 2 (in case it isn't off already) // again, this isn't done at reboot, so a previously set alarm could easily go overlooked rtc.disableAlarm(2); // schedule an Alarm for a certain date (day of month), hour, minute, and second //DateTime alarmTime (2021, 2, 17, 18, 59, 0); Serial.print("Current time: "); if(!(rtc.setAlarm1(sleepy, DS3231_A1_Date)) ) { //DS3231 Date alarm rings when date, hour, minute, sec match Serial.println("Error, alarm wasn't set!"); }else { Serial.println("Alarm will happen in 10 seconds!"); } aw.analogWrite(9, 0); char date[] = "DD.MM.YYYY, "; Serial.print(sleepy.toString(date)); char time[] = "hh:mm:ss"; sleepy.toString(time); Serial.println(time); Serial.println("Going to sleep now"); //Serial.flush(); delay(1000 * 60 * 3); esp_deep_sleep_start(); //starts deep sleep Serial.println("This will never be printed"); } void seeUNxtYr(){ //looking for next alarm DateTime now = rtc.now(); aw.analogWrite(9, 0); int p = primeIndex; if(p >= 15)while(1); //over ten years ... hopefully I will still be alive //DateTime alarmTime (2021, 2, 17, 18, 59, 0); DateTime future (holiday[p][2],holiday[p][0], holiday[p][1],19, 0,0); //sets up alarm for the next set of numbers contained in array holiday... //if(now.year() +1 != holiday[p][2]) Serial.println("Next year schedule is broken"); //if now.year +1 does not correspond to next year something is wrong... goToSleepDate(future); //send future to sleep function... } void flicker() {//these functions produce flickering...they are all borrowed...thanx // Amplitude of flickering int amp = random(maxAmp)+1; // Length of flickering in milliseconds int length = random(10000/amp)+1000; // Strength to go toward int endStrength = random(255-(amp/4))+(amp/4); // Flicker function flickerSection(length, amp, endStrength); } void flickerSection(int length, int amp, int endStrength) { // Initilize variables int i, max, min; double oldStrengthRatio, endStrengthRatio; // Number of frames to loop through int frameNum = length/frameLength; // Use variable to hold the old LED strength int oldStrength = curStrength; // Loop times for(i = 0; i <= frameNum; i += 1){ // The ratio of the old/end strengths should be proprtional to the ratio of total frames/current frames // Use type casting to allow decimals oldStrengthRatio = (1-(double)i/(double)frameNum); endStrengthRatio = ((double)i/(double)frameNum); // Fade current LED strength from the old value to the end value curStrength = (oldStrength*oldStrengthRatio) + (endStrength*endStrengthRatio); // LED brightnesses must be in between max and min values // Both values are half an amplitude's distance from the average max = curStrength+(amp/2); min = curStrength-(amp/2); // Light LEDs to random brightnesses for(int LedPin = 0; LedPin < fakePrime +1; LedPin ++){ //fakePrime is used by several functions to produce the wiggle light numbers setRandom(LedPin, max, min); } // Wait until next frame delay(frameLength); } } void setRandom(int led, int max, int min) { // Set chosen LED to a random brightness between the maximum and minimum values aw.analogWrite(led, random(max - min) + min); } void thePrayer(){//cue Jack Black ...thanx for the prayer...everyone else forgets it...this activates transistor for 17 secs of prayer digitalWrite(GPIO_NUM_2, HIGH); delay(17200); digitalWrite(GPIO_NUM_2, LOW); delay(5000); } void onPower(){ int candleHold = 500; // delay in between lighting next candle int candleTimer = 0.5 * 1000 * 60; //ten minutes that candles will be on fakePrime = 8; aw.analogWrite(9, 255); aw.analogWrite(0,0); thePrayer(); for ( int x = 0; x <= 8; x++){ //this segment turns candles on for (int i = 270; i > 0; i--){ // 360 degrees of an imaginary circle. float angle = radians(i); // Converts degrees to radians. int brightness = (255 / 2) + (255 / 2) * sin(angle); // Generates points on a sign wave. aw.analogWrite(x,brightness); // Sends sine wave information to pin 9. delay(10); // Delay between each point of sine wave. } delay(candleHold); //delay in between candles } double timeTracker = millis(); //this is baseline timing for when candles will be lit while ( millis() - timeTracker <= candleTimer){ // delay between candles on and off flicker(); } randomizer(8); for ( int x = 8; x >= 0; x--){ //primeDay is number of days of the 8 in sequence ...this turns candles off for (int i = 0; i < 270; i++){ // 360 degrees of an imaginary circle. float angle = radians(i); // Converts degrees to radians. int brightness = (255 / 2) + (255 / 2) * sin(angle); // Generates points on a sign wave. aw.analogWrite(ranFile[x],brightness); // Sends sine wave information to pin 9. delay(10); } } } void randomizer( int howMany){//shuffles array of candles for(int i = 0; i <= howMany; i ++){ ranFile[i] = i;} for(int i = 0; i <= howMany; i ++){ int n = random(0, howMany); int temp = ranFile[n]; ranFile[n] = ranFile[i