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ShelfClock.ino
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#include <NonBlockingRtttl.h>
#include<MegunoLink.h>
#include <FastLED.h>
#include <WiFi.h>
#include "WebServer.h"
#include <FS.h>
#include <HTTPUpdateServer.h>
#include "DHT.h"
#include <Preferences.h>
#include <ESPmDNS.h>
#include <Update.h>
#include "RTClib.h"
#include <AutoConnect.h>
#define LED_TYPE WS2812B
#define COLOR_ORDER GRB
#define DHTTYPE DHT11 // DHT 11 tempsensor
#define MIC_IN_PIN 34 // Use 34 for mic input
#define AUDIO_GATE_PIN 15 // for sound gate input trigger
#define BUZZER_PIN 16 // peizo speaker
#define DHT_PIN 18 // temp sensor pin
#define LED_PIN 2 // led control pin
#define PHOTORESISTER_PIN 36 // select the analog input pin for the photoresistor
#define MILLI_AMPS 2400
#define NUMBER_OF_DIGITS 7 //4 real, 3 fake
#define LEDS_PER_SEGMENT 7
#define SEGMENTS_PER_NUMBER 7
#define LEDS_PER_DIGIT (LEDS_PER_SEGMENT * SEGMENTS_PER_NUMBER)
#define FAKE_NUM_LEDS (NUMBER_OF_DIGITS * LEDS_PER_DIGIT)
#define SPECTRUM_PIXELS 37 //times 7 to get all 258 leds
#define SEGMENTS_LEDS (SPECTRUM_PIXELS * LEDS_PER_SEGMENT) // Number leds in all segments
#define SPOT_LEDS (NUMBER_OF_DIGITS * 2) // Number of Spotlight leds
#define NUM_LEDS (SEGMENTS_LEDS + SPOT_LEDS) // Number of all leds
#define PHOTO_SAMPLES 15 //number of samples to take from the photoresister
#if LEDS_PER_SEGMENT == 6
#define seg(n) n*LEDS_PER_SEGMENT, n*LEDS_PER_SEGMENT+1, n*LEDS_PER_SEGMENT+2, n*LEDS_PER_SEGMENT+3, n*LEDS_PER_SEGMENT+4, n*LEDS_PER_SEGMENT+5
#elif LEDS_PER_SEGMENT == 7
#define seg(n) n*LEDS_PER_SEGMENT, n*LEDS_PER_SEGMENT+1, n*LEDS_PER_SEGMENT+2, n*LEDS_PER_SEGMENT+3, n*LEDS_PER_SEGMENT+4, n*LEDS_PER_SEGMENT+5, n*LEDS_PER_SEGMENT+6
#elif LEDS_PER_SEGMENT == 8
#define seg(n) n*LEDS_PER_SEGMENT, n*LEDS_PER_SEGMENT+1, n*LEDS_PER_SEGMENT+2, n*LEDS_PER_SEGMENT+3, n*LEDS_PER_SEGMENT+4, n*LEDS_PER_SEGMENT+5, n*LEDS_PER_SEGMENT+6, n*LEDS_PER_SEGMENT+7
#elif LEDS_PER_SEGMENT == 9
#define seg(n) n*LEDS_PER_SEGMENT, n*LEDS_PER_SEGMENT+1, n*LEDS_PER_SEGMENT+2, n*LEDS_PER_SEGMENT+3, n*LEDS_PER_SEGMENT+4, n*LEDS_PER_SEGMENT+5, n*LEDS_PER_SEGMENT+6, n*LEDS_PER_SEGMENT+7, n*LEDS_PER_SEGMENT+8
#else
#error "Not supported Leds per segment. You need to add definition of seg(n) with needed number of elements according to formula above"
#endif
#define digit0 seg(0), seg(1), seg(2), seg(3), seg(4), seg(5), seg(6)
#define fdigit1 seg(2), seg(7), seg(10), seg(15), seg(8), seg(3), seg(9)
#define digit2 seg(10), seg(11), seg(12), seg(13), seg(14), seg(15), seg(16)
#define fdigit3 seg(12), seg(17), seg(20), seg(25), seg(18), seg(13), seg(19)
#define digit4 seg(20), seg(21), seg(22), seg(23), seg(24), seg(25), seg(26)
#define fdigit5 seg(22), seg(27), seg(30), seg(35), seg(28), seg(23), seg(29)
#define digit6 seg(30), seg(31), seg(32), seg(33), seg(34), seg(35), seg(36)
const char* host = "shelfclock";
const int daylightOffset_sec = 3600;
const char* ntpServer = "pool.ntp.org";
int breakOutSet = 0; //jump out of count
int colorWheelPosition = 255; // COLOR WHEEL POSITION
int colorWheelPositionTwo = 255; // 2nd COLOR WHEEL POSITION
int decay = 0; // HOW MANY MS BEFORE ONE LIGHT DECAY
int decay_check = 0;
long pre_react = 0; // NEW SPIKE CONVERSION
long react = 0; // NUMBER OF LEDs BEING LIT
long post_react = 0; // OLD SPIKE CONVERSION
const int colorWheelSpeed = 3;
int sleepTimerCurrent = 0;
int isAsleep = 0;
int photoresisterReadings[PHOTO_SAMPLES]; // the readings from the analog input
int readIndex = 0; // the index of the current reading
int lightSensorValue = 255;
int previousTimeMin = 0;
int previousTimeHour = 0;
int previousTimeDay = 0;
int previousTimeWeek = 0;
int previousTimeMonth = 0;
byte randomMinPassed = 1;
byte randomHourPassed = 1;
byte randomDayPassed = 1;
byte randomWeekPassed = 1;
byte randomMonthPassed = 1;
bool dotsOn = true;
unsigned long prevTime = 0;
unsigned long prevTime2 = 0;
unsigned long countdownMilliSeconds;
unsigned long endCountDownMillis;
byte fakeclockrunning = 0;
unsigned long countupMilliSeconds;
unsigned long CountUpMillis;
int scoreboardLeft = 0;
int scoreboardRight = 0;
int currentMode = 0;
int currentReal = 0;
int cylonPosition = 0;
int clearOldLeds = 0;
byte rain[SPECTRUM_PIXELS];
byte greenMatrix[SPECTRUM_PIXELS];
int lightshowSpeed = 1;
int snakeLastDirection = 0; //snake's last dirction
int snakePosition = 0; //snake's position
int foodSpot = random(SPECTRUM_PIXELS-1); //food spot
int snakeWaiting = 0; //waiting
int getSlower = 180;
int daysUptime = 0;
int averageAudioInput = 0;
struct tm timeinfo;
CRGB LEDs[NUM_LEDS];
Preferences preferences;
DHT dht(DHT_PIN, DHTTYPE);
WebServer server(80);
HTTPUpdateServer httpUpdateServer;
RTC_DS3231 rtc;
AutoConnect Portal(server);
AutoConnectConfig Config;
// global settings that get saved to flash via preffs
byte cd_r_val = 0;
byte cd_g_val = 255;
byte cd_b_val = 0;
byte r0_val = 255; //spotlight
byte g0_val = 255;
byte b0_val = 255;
byte r1_val = 255; //colorHour
byte g1_val = 0;
byte b1_val = 0;
byte r2_val = 255; //colorMins
byte g2_val = 0;
byte b2_val = 0;
byte r3_val = 255; //colorColon
byte g3_val = 0;
byte b3_val = 0;
byte r4_val = 255; //dayColor
byte g4_val = 0;
byte b4_val = 0;
byte r5_val = 255; //monthColor
byte g5_val = 0;
byte b5_val = 0;
byte r6_val = 255; //separatorColor
byte g6_val = 0;
byte b6_val = 0;
byte r7_val = 255; //TempColor
byte g7_val = 0;
byte b7_val = 0;
byte r8_val = 255; //TypeColor
byte g8_val = 0;
byte b8_val = 0;
byte r9_val = 255; //DegreeColor
byte g9_val = 0;
byte b9_val = 0;
byte r10_val = 255; //HumiColor
byte g10_val = 0;
byte b10_val = 0;
byte r11_val = 255; //SymbolColor
byte g11_val = 0;
byte b11_val = 0;
byte r12_val = 255; //HumiDecimalColor
byte g12_val = 0;
byte b12_val = 0;
byte r13_val = 255; //scoreboard left
byte g13_val = 0;
byte b13_val = 0;
byte r14_val = 255; //scoreboard right
byte g14_val = 0;
byte b14_val = 0;
byte r15_val = 255; //spectrum analyzer
byte g15_val = 0;
byte b15_val = 0;
byte r16_val = 255; //scrolling text analyzer
byte g16_val = 255;
byte b16_val = 255;
byte r17_val = 0; //spectrum analyzer background
byte g17_val = 0;
byte b17_val = 0;
byte clockMode = 0; // Clock modes: 0=Clock, 1=Countdown, 2=Temperature, 3=Scoreboard, 4=Stopwatch, 5=Lightshow, 6=Rainbows/Scroll, 7=Date, 8=Humidity, 9=Spectrum, 10=Display Off
byte clockDisplayType = 3; //0-Center Times, 1-24-hour Military Time, 2-12-hour Space-Padded, 3-Blinking Center Light
byte dateDisplayType = 5; //0-Zero-Padded (MMDD), 1-Space-Padded (MMDD), 2-Center Dates (1MDD), 3-Just Day of Week (Sun), 4-Just Numeric Day (DD), 5-With "." Separator (MM.DD), 6-Just Year (YYYY)
byte tempDisplayType = 0; //0-Temperature with Degree and Type (79°F), 1-Temperature with just Type (79 F), 2-Temperature with just Degree (79°), 3-Temperature with Decimal (79.9), 4-Just Temperature (79)
byte humiDisplayType = 0; //0-Humidity with Symbol (34 H), 1-Humidity with Decimal (34.9), 2-Just Humidity (79)
byte pastelColors = 0;
byte temperatureSymbol = 39; // 36=Celcius, 39=Fahrenheit check 'numbers'
bool DSTime = 0;
long gmtOffset_sec = -28800;
byte ClockColorSettings = 0;
byte DateColorSettings = 0;
byte tempColorSettings = 0;
byte humiColorSettings = 0;
int temperatureCorrection = 0;
int colonType = 0;
byte ColorChangeFrequency = 0;
byte brightness = 10; //set to 10 for photoresister control at startup
String scrollText = "dAdS ArE tHE bESt";
bool colorchangeCD = 1;
bool useAudibleAlarm = 0;
int spectrumMode = 0;
int spectrumColorSettings = 2;
int spectrumBackgroundSettings = 0;
int realtimeMode = 0;
int spotlightsColorSettings = 0;
bool useSpotlights = 1;
int scrollColorSettings = 0;
bool scrollOverride = 1;
bool scrollOptions1 = 0; //Military Time (HHMM)
bool scrollOptions2 = 0; //Day of Week (DOW)
bool scrollOptions3 = 0; //Today's Date (DD-MM)
bool scrollOptions4 = 0; //Year (YYYY)
bool scrollOptions5 = 0; //Temperature (70 °F)
bool scrollOptions6 = 0; //Humidity (47 H)
bool scrollOptions7 = 0; //Text Message
bool scrollOptions8 = 0; //IP Address of Clock
int scrollFrequency = 1;
int lightshowMode = 0;
byte randomSpectrumMode = 0;
int suspendFrequency = 1; //in minutes
byte suspendType = 0; //0-off, 1-digits-only, 2-everything
CRGB hourColor = CRGB(r1_val, g1_val, b1_val);
CRGB colonColor = CRGB(r3_val, g3_val, b3_val);
CRGB spotlightsColor = CRGB(r0_val, g0_val, b0_val);
CRGB alternateColor = CRGB::Black;
CRGB scrollColor = CRGB(r16_val, g16_val, b16_val);
CRGB spectrumColor = CRGB(r15_val, g15_val, b15_val);
CRGB spectrumBackground = CRGB(r17_val, g17_val, b17_val);
CRGB humiColor = CRGB(r10_val, g10_val, b10_val);
CRGB tinyhumiColor = CRGB(r10_val, g10_val, b10_val);
CRGB symbolColor = CRGB(r11_val, g11_val, b11_val);
CRGB humiDecimalColor = CRGB(r12_val, g12_val, b12_val);
CRGB tinytempColor = CRGB(r7_val, g7_val, b7_val);
CRGB tempColor = CRGB(r7_val, g7_val, b7_val);
CRGB typeColor = CRGB(r8_val, g8_val, b8_val);
CRGB degreeColor = CRGB(r9_val, g9_val, b9_val);
CRGB dayColor = CRGB(r4_val, g4_val, b4_val);
CRGB monthColor = CRGB(r5_val, g5_val, b5_val);
CRGB tinymonthColor = CRGB(r5_val, g5_val, b5_val);
CRGB separatorColor = CRGB(r6_val, g6_val, b6_val);
CRGB minColor = CRGB(r2_val, g2_val, b2_val);
CRGB tinyhourColor = CRGB(r3_val, g3_val, b3_val);
CRGB lightchaseColorOne = CRGB::Blue;
CRGB lightchaseColorTwo = CRGB::Red;
CRGB oldsnakecolor = CRGB::Green;
CRGB spotcolor = CHSV(random(0, 255), 255, 255);
const uint16_t FAKE_LEDs[FAKE_NUM_LEDS] = {digit0, fdigit1, digit2, fdigit3, digit4, fdigit5, digit6};
//fake LED layout for spectrum (from the middle out)
const uint16_t FAKE_LEDs_C_BMUP[SEGMENTS_LEDS] = {seg(17), seg(11), seg(21), seg(12), seg(20), seg(19), seg(27), seg(7), seg(22), seg(10), seg(26), seg(16), seg(25), seg(13), seg(18), seg(1), seg(31), seg(2), seg(30), seg(9), seg(29), seg(15), seg(23), seg(14), seg(24), seg(0), seg(32), seg(6), seg(36), seg(3), seg(35), seg(8), seg(28), seg(5), seg(33), seg(4), seg(34)};
//fake LED layout for spectrum (bfrom the outside in)
const uint16_t FAKE_LEDs_C_CMOT[SEGMENTS_LEDS] = {seg(19), seg(26), seg(16), seg(20), seg(13), seg(25), seg(12), seg(17), seg(18), seg(21), seg(14), seg(24), seg(11), seg(29), seg(9), seg(22), seg(15), seg(23), seg(10), seg(28), seg(7), seg(27), seg(8), seg(36), seg(6), seg(30), seg(3), seg(35), seg(2), seg(34), seg(1), seg(31), seg(4), seg(32), seg(5), seg(33), seg(0)};
//fake LED layout for spectrum (bottom-left to right-top)
const uint16_t FAKE_LEDs_C_BLTR[SEGMENTS_LEDS] = {seg(32), seg(31), seg(27), seg(30), seg(36), seg(33), seg(34), seg(35), seg(29), seg(22), seg(21), seg(17), seg(20), seg(26), seg(23), seg(28), seg(24), seg(25), seg(19), seg(12), seg(11), seg(7), seg(10), seg(16), seg(13), seg(18), seg(14), seg(15), seg(9), seg(2), seg(1), seg(0), seg(6), seg(3), seg(8), seg(4), seg(5)};
//fake LED layout for spectrum (top-left to bottom-right)
const uint16_t FAKE_LEDs_C_TLBR[SEGMENTS_LEDS] = {seg(34), seg(33), seg(32), seg(36), seg(35), seg(28), seg(24), seg(23), seg(29), seg(30), seg(31), seg(27), seg(22), seg(26), seg(25), seg(18), seg(14), seg(13), seg(19), seg(20), seg(21), seg(17), seg(12), seg(16), seg(15), seg(8), seg(4), seg(3), seg(9), seg(10), seg(11), seg(7), seg(2), seg(6), seg(5), seg(0), seg(1)};
//fake LED layout for spectrum (top-middle down)
const uint16_t FAKE_LEDs_C_TMDN[SEGMENTS_LEDS] = {seg(18), seg(14), seg(24), seg(13), seg(25), seg(19), seg(8), seg(28), seg(15), seg(23), seg(16), seg(26), seg(12), seg(20), seg(17), seg(4), seg(34), seg(3), seg(35), seg(9), seg(29), seg(10), seg(22), seg(11), seg(21), seg(5), seg(33), seg(6), seg(36), seg(2), seg(30), seg(7), seg(27), seg(0), seg(32), seg(1), seg(31)};
//fake LED layout for spectrum (center-sides in)
const uint16_t FAKE_LEDs_C_CSIN[SEGMENTS_LEDS] = {seg(5), seg(32), seg(0), seg(33), seg(6), seg(36), seg(4), seg(31), seg(1), seg(34), seg(3), seg(30), seg(2), seg(35), seg(9), seg(29), seg(8), seg(27), seg(7), seg(28), seg(15), seg(22), seg(10), seg(23), seg(16), seg(26), seg(14), seg(21), seg(11), seg(24), seg(13), seg(20), seg(12), seg(25), seg(19), seg(18), seg(17)};
//fake LED layout for spectrum (bottom-right to left-top)
const uint16_t FAKE_LEDs_C_BRTL[SEGMENTS_LEDS] = {seg(0), seg(1), seg(7), seg(2), seg(6), seg(5), seg(4), seg(3), seg(9), seg(10), seg(11), seg(17), seg(12), seg(16), seg(15), seg(8), seg(14), seg(13), seg(19), seg(20), seg(21), seg(27), seg(22), seg(26), seg(25), seg(18), seg(24), seg(23), seg(29), seg(30), seg(31), seg(32), seg(36), seg(35), seg(28), seg(34), seg(33)};
//fake LED layout for spectrum (top-right to bottom-left)
const uint16_t FAKE_LEDs_C_TRBL[SEGMENTS_LEDS] = {seg(4), seg(5), seg(0), seg(6), seg(3), seg(8), seg(14), seg(15), seg(9), seg(2), seg(1), seg(7), seg(10), seg(16), seg(13), seg(18), seg(24), seg(25), seg(19), seg(12), seg(11), seg(17), seg(20), seg(26), seg(23), seg(28), seg(34), seg(35), seg(29), seg(22), seg(21), seg(27), seg(30), seg(36), seg(33), seg(32), seg(31)};
//fake LED layout for spectrum (horizontal parts)
const uint16_t FAKE_LEDs_C_OUTS[SEGMENTS_LEDS] = {seg(31), seg(39), seg(36), seg(39), seg(34), seg(39), seg(27), seg(39), seg(29), seg(39), seg(28), seg(39), seg(21), seg(39), seg(26), seg(39), seg(24), seg(39), seg(17), seg(39), seg(19), seg(39), seg(18), seg(39), seg(11), seg(39), seg(16), seg(39), seg(14), seg(39), seg(7), seg(39),seg(9), seg(8), seg(1), seg(6), seg(4)};
const uint16_t FAKE_LEDs_C_OUTS2[SEGMENTS_LEDS] = {seg(1), seg(39), seg(6), seg(39), seg(4), seg(39), seg(7), seg(39), seg(9), seg(39), seg(8), seg(39), seg(11), seg(39), seg(16), seg(39), seg(14), seg(39), seg(17), seg(39), seg(19), seg(39), seg(18), seg(39), seg(21), seg(39), seg(26), seg(39), seg(24), seg(39), seg(27), seg(39),seg(29), seg(28), seg(31), seg(36), seg(34)};
//fake LED layout for spectrum (vertical parts)
const uint16_t FAKE_LEDs_C_VERT[SEGMENTS_LEDS] = {seg(32), seg(39), seg(33), seg(39), seg(30), seg(39), seg(35), seg(39), seg(39), seg(22), seg(39), seg(23), seg(39), seg(39), seg(20), seg(39), seg(25), seg(39), seg(39), seg(12), seg(39), seg(13), seg(39), seg(39), seg(10), seg(39), seg(15), seg(39), seg(39), seg(2), seg(39), seg(3), seg(39), seg(0), seg(39), seg(5), seg(39)};
const uint16_t FAKE_LEDs_C_VERT2[SEGMENTS_LEDS] = {seg(0), seg(39), seg(5), seg(39), seg(39), seg(2), seg(39), seg(3), seg(39), seg(39), seg(10), seg(39), seg(15), seg(39), seg(39), seg(12), seg(39), seg(13), seg(39), seg(39), seg(20), seg(39), seg(25), seg(39), seg(39), seg(22), seg(39), seg(23), seg(39), seg(30), seg(39), seg(35), seg(39), seg(32), seg(39), seg(33), seg(39)};
//fake LED layout for fire display
const uint16_t FAKE_LEDs_C_FIRE[SEGMENTS_LEDS] = {seg(17), seg(11), seg(21), seg(12), seg(20), seg(19), seg(27), seg(7), seg(22), seg(10), seg(26), seg(16), seg(25), seg(13), seg(18), seg(1), seg(31), seg(2), seg(30), seg(9), seg(29), seg(15), seg(23), seg(14), seg(24), seg(0), seg(32), seg(6), seg(36), seg(3), seg(35), seg(8), seg(28), seg(5), seg(33), seg(4), seg(34)};
//fake LED layout for Rain display
const uint16_t FAKE_LEDs_C_RAIN[SEGMENTS_LEDS] = {seg(30), seg(35), seg(1), seg(6), seg(4), seg(22), seg(23), seg(31), seg(36), seg(34), seg(12), seg(13), seg(7), seg(9), seg(8), seg(0), seg(5), seg(17), seg(19), seg(18), seg(10), seg(15), seg(21), seg(26), seg(24), seg(2), seg(3), seg(27), seg(29), seg(28), seg(20), seg(25), seg(11), seg(16), seg(14), seg(32), seg(33)};
//fake LED layout for Snake display
const uint16_t FAKE_LEDs_SNAKE[SEGMENTS_LEDS] = {seg(0), seg(1), seg(7), seg(2), seg(6), seg(5), seg(4), seg(3), seg(9), seg(10), seg(11), seg(17), seg(12), seg(16), seg(15), seg(8), seg(14), seg(13), seg(19), seg(20), seg(21), seg(27), seg(22), seg(26), seg(25), seg(18), seg(24), seg(23), seg(29), seg(30), seg(31), seg(32), seg(36), seg(35), seg(28), seg(34), seg(33)};
const char * rickroll2 = "Together:d=8,o=5,b=225:4d#,f.,c#.,c.6,4a#.,4g.,f.,d#.,c.,4a#,2g#,4d#,f.,c#.,c.6,2a#,g.,f.,1d#.,d#.,4f,c#.,c.6,2a#,4g.,4f,d#.,f.,g.,4g#.,g#.,4a#,c.6,4c#6,4c6,4a#,4g.,4g#,4a#,2g#";
const char * auldlang = "AuldLang:d=4,o=6,b=125:a5,d.,8d,d,f#,e.,8d,e,8f#,8e,d.,8d,f#,a,2b.,b,a.,8f#,f#,d,e.,8d,e,8f#,8e,d.,8b5,b5,a5,2d,16p";
const char * startrek = "Star Trek:d=4,o=5,b=63:8f.,16a#,d#.6,8d6,16a#.,16g.,16c.6,f6";
const char * starwars = "StarWars:d=4,o=5,b=250:8a,8p,8d6,8p,8a,8p,8d6,8p,8a,8d6,8p,8a,8p,8g#,a,8a,8g#,8a,g,8f#,8g,8f#,f.,8d.,16p,p.,8a,8p,8d6,8p,8a,8p,8d6,8p,8a,8d6,8p,8a,8p,8g#,8a,8p,8g,8p,g.,8f#,8g,8p,8c6,a#,a,g";
const char * birthday = "HappyBir:d=8,o=5,b=100:16c,16c,d,c,f,e.,16p,16c,16c,d,c,g,f.,16p,16c,16c,c6,a,f,e,d.,16p,16a#,16a#,a,f,g,f.";
const char * rickroll = "Never Gonna:d=4,o=5,b=200:8g,8a,8c6,8a,e6,8p,e6,8p,d6.,p,8p,8g,8a,8c6,8a,d6,8p,d6,8p,c6,8b,a.,8g,8a,8c6,8a,2c6,d6,b,a,g.,8p,g,2d6,2c6.,p,8g,8a,8c6,8a,e6,8p,e6,8p,d6.,p,8p,8g,8a,8c6,8a,2g6,b,c6.,8b,a,8g,8a,8c6,8a,2c6,d6,b,a,g.,8p,g,2d6,2c6";
const char * cinco = "Macarena:d=16,o=5,b=180:4f6,8f6,8f6,4f6,8f6,8f6,8f6,8f6,8f6,8f6,8f6,8a6,8c6,8c6,4f6,8f6,8f6,4f6,8f6,8f6,8f6,8f6,8f6,8f6,8d6,8c6,4p,4f6,8f6,8f6,4f6,8f6,8f6,8f6,8f6,8f6,8f6,8f6,8a6,4p,2c.7,4a6,8c7,8a6,8f6,4p,2p";
const char * xmas = "WeWishYo:d=4,o=5,b=200:d,g,8g,8a,8g,8f#,e,e,e,a,8a,8b,8a,8g,f#,d,d,b,8b,8c6,8b,8a,g,e,d,e,a,f#,2g,d,g,8g,8a,8g,8f#,e,e,e,a,8a,8b,8a,8g,f#,d,d,b,8b,8c6,8b,8a,g,e,d,e,a,f#,1g,d,g,g,g,2f#,f#,g,f#,e,2d,a,b,8a,8a,8g,8g,d6,d,d,e,a,f#,2g";
const char * macgyver = "MacGyver:d=8,o=5,b=160:c6,c6,c6,c6,c6,c6,c6,c6,2b,f#,4a,2g,p,c6,4c6,4b,a,b,a,4g,4e6,2a,c6,4c6,2b,p,f#,4a,2g,p,c6,4c6,4b,a,b,a,4g,4e6,2a,2b,c6,b,a,4c6,b,a,4d6,c6,b,4d6,c6,b,4e6,d6,e6,4f#6,4b,1g6";
const char * aniver = "TakeOnMe:d=16,o=5,b=100:8p,a#,a#,a#,8f#,8d#,8g#,8g#,g#,c6,c6,c#6,d#6,c#6,c#6,c#6,8g#,8f#,8a#,8a#,a#,g#,g#,a#,g#,a#,a#,a#,8f#,8d#,8g#,8g#,g#,c6,c6,c#6,d#6,c#6,c#6,c#6,8g#,8f#,8a#,8a#";
const char * melody = "NokiaTun:d=4,o=5,b=225:8e6,8d6,f#,g#,8c#6,8b,d,e,8b,8a,c#,e,2a";
const char * halloween = "Hallowee:d=4,o=5,b=160:8c6,8f,8f,8c6,8f,8f,8c6,8f,8c#6,8f,8c6,8f,8f,8c6,8f,8c6,8f,8c#6,8f,8b,8e,8e,8b,8e,8e,8b,8e,8c6,8e,8b,8e,8e,8b,8e,8e,8b,16e";
const char * mandy = "Mandy:d=8,o=6,b=120:d#,f,d#,d,4c.,f5,d#,d,c,4d#,f,d,4c,2a#5,f5,d,4c,a#5,d.5,4c,a#5,d,4c,16g5,2f5,f5,f5,d#,d,d#,4d,c,d,4c,2a#5,f5,d,4c,a#5,d,4c,a#5,a#5,4c,2c.5,f5,f5,d#,d,d#,d.,16c,4d,c,a#5,2a#.5";
const char * burgertime = "Burgertime:d=4,o=6,b=285:8f,8f,8f#,8f#,8g#,8g#,8a,8a,a#,f,a#,f,8g#,8c#7,8c7,8a#,8g#,8g,8g#,8g,g#,c#7,g#,c#7,g#,f7,g#,f7,g#,d#7,g#,c#7,g#,d#7,g#,c#7";
const char * tron = "tron:d=4,o=5,b=200:8f6,8c6,8g,e,8p,8f6,8c6,8g,8f6,8c6,8g,e.";
const char * mario = "mario:d=4,o=5,b=100:16e6,16e6,32p,8e6,16c6,8e6,8g6,8p,8g,8p,8c6,16p,8g,16p,8e,16p,8a,8b,16a#,8a,16g.,16e6,16g6,8a6,16f6,8g6,8e6,16c6,16d6,8b,16p,8c6,16p,8g,16p,8e,16p,8a,8b,16a#,8a,16g.,16e6,16g6,8a6,16f6,8g6,8e6,16c6,16d6,8b,8p,16g6,16f#6,16f6,16d#6,16p,16e6,16p,16g#,16a,16c6,16p,16a,16c6,16d6,8p,16g6,16f#6,16f6,16d#6,16p,16e6,16p,16c7,16p,16c7,16c7,p,16g6,16f#6,16f6,16d#6,16p,16e6,16p,16g#,16a,16c6,16p,16a,16c6,16d6,8p,16d#6,8p,16d6,8p,16c6";
const char * smb_under = "smb_under:d=4,o=6,b=100:32c,32p,32c7,32p,32a5,32p,32a,32p,32a#5,32p,32a#,2p";
const char * finalcount = "FinalCou:d=4,o=5,b=125:16c#6,16b,c#6,f#,p.,16d6,16c#6,8d6,8c#6,b,p.,16d6,16c#6,d6,f#,p.,16b,16a,8b,8a,8g#,8b,a.,16c#6,16b,c#6,f#,p.,16d6,16c#6,8d6,8c#6,b,p.,16d6,16c#6,d6,f#,p.,16b,16a,8b,8a,8g#,8b,a.,16g#,16a,b.,16a,16b,8c#6,8b,8a,8g#,f#,d6,2c#.6,16c#6,16d6,16c#6,16b,1c#6,2p";
const char * adams = "AddamsFa:d=4,o=6,b=50:32p,32c#,16f#,32a#,16f#,32c#,16c,8g#,32f#,16f,32g#,16f,32c#,16a#5,8f#,32c#,16f#,32a#,16f#,32c#,16c,8g#,32f#,16f,32c#,16d#,32f,f#,32c#,32d#,32f,f#,32c#,32d#,32g,g#,32d#,32f,32g,16g#.,32d#,32f,32g,16g#.,32c#,32d#,32f,32f#";
const char * mspacman = "mspacman:d=4,o=5,b=100:32d,32e,8f,8a,8g,8a#,16a,16a#,16c6,16a,8g,8a#,16a,16a#,16c6,16a,16a#,16c6,16d6,16e6,8f6,8e6,8f6";
const char * galaga = "Galaga:d=4,o=5,b=125:8g4,32c,32p,8d,32f,32p,8e,32c,32p,8d,32a,32p,8g,32c,32p,8d,32f,32p,8e,32c,32p,8g,32b,32p,8c6,32a#,32p,8g#,32g,32p,8f,32d#,32p,8d,32a#4,32p,8a#,32c6,32p,8a#,32g,32p,16a,16f,16d,16g,16e,16d";
const char * xmen = "xmen:d=4,o=6,b=140:16f#5,16g5,16b5,16d,c#,8b5,8f#5,p,16f#5,16g5,16b5,16d,c#,8b5,8g5,p,16f#5,16g5,16b5,16d,c#,8b5,8d,2p,8c#,8b5,2p,16b5,16e,16f#,16g,f#,8e,8b5,p,16b5,16e,16f#,16g,f#,8e,8c,p,16f#5,16g5,16b5,16d,c#,8b5,8d,2p,8c#,8b5,2p";
const char * beethoven = "Beethoven - Fur Elise : d=4,o=5,b=140:8e6,8d#6,8e6,8d#6,8e6,8b,8d6,8c6,a,8p,8c,8e,8a,b,8p,8e,8g#,8b,c6,p,8e,8e6,8d#6,8e6,8d#6,8e6,8b,8d6,8c6,a,8p,8c,8e,8a,b,8p,8e,8c6,8b,2a";
const char * puffs = "Powerpuf:d=4,o=5,b=200:8c,p,8c,8p,8d#,8g,8a#,a.,8g,2p,8c6,p,8c6,8p,8d#6,8g6,8a#6,a#.6,8c7,p,8p,8c6,8c,p,8c,8p,8d#,8g,8a#,2c.6,p,1c,d#.,c.,g,1f#,p,8g,8c6";
// real6 fake5 real4 fake3 real2 fake1 real0
// RRRRRRR RRRRRRR RRRRRRR RRRRRRR RRRRRRR RRRRRRR RRRRRRR
//R R F F R R F F R R F F R R
//R S R F S F R S R F S F R S R F S F R S R
//R R F F R R F F R R F F R R
//R R F F R R F F R R F F R R
//R R F F R R F F R R F F R R
//R R F F R R F F R R F F R R
//R R F F R R F F R R F F R R
// RRRRRRR RRRRRRR RRRRRRR RRRRRRR RRRRRRR RRRRRRR RRRRRRR
//R R F F R R F F R R F F R R
//R S R F S F R S R F S F R S R F S F R S R
//R R F F R R F F R R F F R R
//R R F F R R F F R R F F R R
//R R F F R R F F R R F F R R
//R R F F R R F F R R F F R R
//R R F F R R F F R R F F R R
// RRRRRRR RRRRRRR RRRRRRR RRRRRRR RRRRRRR RRRRRRR RRRRRRR
//digit wiring order
// 4444444
// 3 5
// 3 5
// 3 5
// 3 5
// 3 5
// 3 5
// 3 5
// 6666666
// 2 0
// 2 0
// 2 0
// 2 0
// 2 0
// 2 0
// 2 0
// 1111111
// byte numbers digit order 0b6543210
byte numbers[] = {
0b0111111, // [0] 0
0b0100001, // [1] 1
0b1110110, // [2] 2
0b1110011, // [3] 3
0b1101001, // [4] 4
0b1011011, // [5] 5
0b1011111, // [6] 6
0b0110001, // [7] 7
0b1111111, // [8] 8
0b1111011, // [9] 9
0b0000000, // [10] all off, space
0b0100001, // [11] !
0b0101000, // [12] "
0b1101111, // [13] #
0b1011011, // [14] $
0b1100100, // [15] %
0b1100001, // [16] &
0b0001000, // [17] '
0b0011010, // [18] (
0b0110010, // [19] )
0b0011000, // [20] *
0b1001100, // [21] +
0b0000100, // [22] ,
0b1000000, // [23] -
0b0000010, // [24] .
0b1100100, // [25] /
0b1111000, // [26] degrees symbol
0b0010010, // [27] :
0b0010011, // [28] ;
0b1011000, // [29] <
0b1000010, // [30] =
0b1110000, // [31] >
0b1110100, // [32] ?
0b1110111, // [33] @
0b1111101, // [34] A
0b1001111, // [35] B
0b0011110, // [36] C(elsius)
0b1100111, // [37] D
0b1011110, // [38] E
0b1011100, // [39] F(ahrenheit)
0b0011111, // [40] G
0b1101101, // [41] H(umidity)
0b0001100, // [42] I
0b0100111, // [43] J
0b1011101, // [44] K
0b0001110, // [45] L
0b0010101, // [46] M
0b0111101, // [47] N
0b0111111, // [48] O
0b1111100, // [49] P
0b1111010, // [50] Q
0b0111100, // [51] R
0b1011011, // [52] S
0b1001110, // [53] T
0b0101111, // [54] U
0b0101111, // [55] V
0b0101010, // [56] W
0b1101101, // [57] X
0b1101011, // [58] Y
0b1110110, // [59] Z
0b0011110, // [60] left bracket
0b1001001, // [61] backslash
0b0110011, // [62] right bracket
0b0111000, // [63] carrot
0b0000010, // [64] underscore
0b0100000, // [65] aposhtophe
0b1110111, // [66] a
0b1001111, // [67] b
0b1000110, // [68] c
0b1100111, // [69] d
0b1111110, // [70] e
0b1011100, // [71] f
0b1111011, // [72] g
0b1001101, // [73] h
0b0000100, // [74] i
0b0000011, // [75] j
0b1011101, // [76] k
0b0001100, // [77] l
0b0000101, // [78] m
0b1000101, // [79] n
0b1000111, // [80] o
0b1111100, // [81] p
0b1111001, // [82] q
0b1000100, // [83] r
0b1011011, // [84] s
0b1001110, // [85] t
0b0000111, // [86] u
0b0000111, // [87] v
0b0000101, // [88] w
0b1101101, // [89] x
0b1101011, // [90] y
0b1110110, // [91] z
0b1100001, // [92] left squigly bracket
0b0001100, // [93] pipe
0b1001100, // [94] right squigly bracket
0b0010000, // [95] tilde
0b1010010 // [96] 3-lines (special pad)
};
void setup() {
Serial.begin(115200);
loadWebPageHandlers(); //load about 900 webpage handlers from the bottom of this sketch
// Initialize SPIFFS
Serial.println(F("Inizializing FS..."));
if (SPIFFS.begin()){
Serial.println(F("SPIFFS mounted correctly."));
}else{
Serial.println(F("!An error occurred during SPIFFS mounting"));
}
//load preferences from flash
loadSetupSettings(); //load all previously saved setting changes from the web interface
//init DS3231 RTC
if (! rtc.begin()) {
Serial.println("Couldn't find DS3231 RTC");
Serial.flush();
// abort();
}
//init audio gate inpute detection
pinMode(AUDIO_GATE_PIN, INPUT_PULLUP);
pinMode(MIC_IN_PIN, INPUT); //setup microphone
// init temp & humidity sensor
Serial.println(F("DHTxx test!"));
dht.begin();
//setup LEDs
FastLED.addLeds<LED_TYPE,LED_PIN,COLOR_ORDER>(LEDs,NUM_LEDS).setCorrection(TypicalLEDStrip);
FastLED.setBrightness(255);
fill_solid(LEDs, NUM_LEDS, CRGB::Black);
FastLED.show();
fakeClock(2); // blink 12:00 like old clocks once did
Config.autoReconnect = true; // Enable auto-reconnect.
Config.portalTimeout = 20000; // Sets timeout value for the captive portal
Config.retainPortal = true; // Retains the portal function after timed-out
Config.autoRise = true; // False for disabling the captive portal
Portal.config(Config);
Serial.println();
WiFi.hostname("shelfclock"); //set hostname
// setup AutoConnect to control WiFi
if (Portal.begin()) {
Serial.println("WiFi connected: " + WiFi.localIP().toString());
}
//use mdns for host name resolution
if (!MDNS.begin(host)) { //http://shelfclock
Serial.println("Error setting up MDNS responder!");
while (1) {
delay(1000);
}
}
Serial.println("mDNS responder started");
//init and set the time of the internal RTC from NTP server
configTime(gmtOffset_sec, (daylightOffset_sec * DSTime), ntpServer);
//was the internal RTC time set by the NTP server?, if not set it via the RTC DS3231 stored time, will be wrong if daylight savings time is active
if(!getLocalTime(&timeinfo)){
struct tm tm;
DateTime now = rtc.now();
tm.tm_year = now.year() - 1900;
tm.tm_mon = now.month() - 1;
tm.tm_mday = now.day();
tm.tm_hour = now.hour();
tm.tm_min = now.minute();
tm.tm_sec = now.second();
time_t t = mktime(&tm);
printf("NTP server not found, setting localtime from DS3231: %s", asctime(&tm));
struct timeval now1 = { .tv_sec = t };
settimeofday(&now1, NULL);
}
//did the DS3231 lose power (battery dead/changed), if so, set from time recieved from the NTP above
if (rtc.lostPower()) {
Serial.println("DS3231's RTC lost power, setting the time via NTP!");
if(!getLocalTime(&timeinfo)){Serial.println("Error, no NTP Server found!");}
int tempyear = (timeinfo.tm_year +1900);
int tempmonth = (timeinfo.tm_mon + 1);
rtc.adjust(DateTime(tempyear, tempmonth, timeinfo.tm_mday, timeinfo.tm_hour, timeinfo.tm_min, timeinfo.tm_sec));
}
printLocalTime();
//create something to know if now is not then
previousTimeMin = timeinfo.tm_min;
previousTimeHour = timeinfo.tm_hour;
previousTimeDay = timeinfo.tm_mday;
previousTimeWeek = ((timeinfo.tm_yday + 7 - (timeinfo.tm_wday ? (timeinfo.tm_wday - 1) : 6)) / 7);
previousTimeMonth = timeinfo.tm_mon;
// I assume this starts the OTA stuff
httpUpdateServer.setup(&server);
initGreenMatrix(); //setup lightshow functions
raininit(); //setup lightshow functions
allBlank(); //clear everything off the leds
//Webpage Handlers for SPIFFS access to flash
server.serveStatic("/", SPIFFS, "/index.html"); //send default webpage from root request
server.serveStatic("/", SPIFFS, "/", "max-age=86400");
//OTA firmware Upgrade Webpage Handlers
Serial.println("OTA Available");
server.on("/update", HTTP_POST, []() {
server.sendHeader("Connection", "close");
server.send(200, "text/plain", (Update.hasError()) ? "FAIL" : "OK");
ESP.restart();
}, []() {
HTTPUpload& upload = server.upload();
if (upload.status == UPLOAD_FILE_START) {
Serial.printf("Update: %s\n", upload.filename.c_str());
if (!Update.begin(UPDATE_SIZE_UNKNOWN)) { //start with max available size
Update.printError(Serial);
}
} else if (upload.status == UPLOAD_FILE_WRITE) {
/* flashing firmware to ESP*/
if (Update.write(upload.buf, upload.currentSize) != upload.currentSize) {
Update.printError(Serial);
}
} else if (upload.status == UPLOAD_FILE_END) {
if (Update.end(true)) { //true to set the size to the current progress
Serial.printf("Update Success: %u\nRebooting...\n", upload.totalSize);
} else {
Update.printError(Serial);
}
}
});
//init rtttl (functions that play the alarms)
pinMode(BUZZER_PIN, OUTPUT);
rtttl::begin(BUZZER_PIN, smb_under); //play mario sound and set initial brightness level
while( !rtttl::done() ){GetBrightnessLevel(); rtttl::play();}
} //end of Setup()
void loop(){
server.handleClient();
Portal.handleRequest();
if (WiFi.status() == WL_IDLE_STATUS) {
ESP.restart();
delay(1000);
}
//Change Frequency so as to not use hard-coded delays
unsigned long currentMillis = millis();
//run everything inside here every second
if ((unsigned long)(currentMillis - prevTime) >= 1000) {
prevTime = currentMillis;
//struct tm timeinfo;
if(!getLocalTime(&timeinfo)){
Serial.println("Failed to obtain time");
}
//setup time-passage trackers
int secs = timeinfo.tm_sec;
int currentTimeMin = timeinfo.tm_min;
byte m1 = currentTimeMin / 10;
byte m2 = currentTimeMin % 10;
int currentTimeHour = timeinfo.tm_hour;
int currentTimeDay = timeinfo.tm_mday;
int currentTimeWeek = ((timeinfo.tm_yday + 7 - (timeinfo.tm_wday ? (timeinfo.tm_wday - 1) : 6)) / 7);
int currentTimeMonth = timeinfo.tm_mon;
checkSleepTimer(); //time to sleep?
if ((currentTimeHour == 23 && currentTimeMin == 11 && timeinfo.tm_sec == 0 && clockDisplayType != 1) || (currentTimeHour == 11 && currentTimeMin == 11 && timeinfo.tm_sec == 0)) { scroll("MAkE A WISH"); } //at 1111 make a wish
if (abs(currentTimeMin - previousTimeMin) >= 1) { //run every minute
previousTimeMin = currentTimeMin;
randomMinPassed = 1;
GetBrightnessLevel();
if (scrollFrequency == 1 && (suspendType == 0 || isAsleep == 0) && scrollOverride == 1 && ((clockMode != 11) && (clockMode != 1) && (clockMode != 4))) {displayScrollMode();}
if (scrollFrequency == 1 && randomSpectrumMode == 1 && clockMode == 9) {allBlank(); spectrumMode = random(11);}
} //end of run every minute
if ((m2 == 0 || m2 == 5) && (secs == 0)) { //run every 5 minutes
if (scrollFrequency == 2 && (suspendType == 0 || isAsleep == 0) && scrollOverride == 1 && ((clockMode != 11) && (clockMode != 1) && (clockMode != 4))) {displayScrollMode();}
if (scrollFrequency == 2 && randomSpectrumMode == 1 && clockMode == 9) {allBlank(); spectrumMode = random(11);}
} //end of run every 5 minutes
if ((m2 == 0) && (secs == 0)) { //run every 10 minutes
if (scrollFrequency == 3 && (suspendType == 0 || isAsleep == 0) && scrollOverride == 1 && ((clockMode != 11) && (clockMode != 1) && (clockMode != 4))) {displayScrollMode();}
if (scrollFrequency == 3 && randomSpectrumMode == 1 && clockMode == 9) {allBlank(); spectrumMode = random(11);}
} //end of run every 10 minutes
if (((m1 == 0 && m2 == 0) || (m1 == 1 && m2 == 5) || (m1 == 3 && m2 == 0) || (m1 == 4 && m2 == 5)) && (secs == 0)) { //run every 15 minutes
if (scrollFrequency == 4 && (suspendType == 0 || isAsleep == 0) && scrollOverride == 1 && ((clockMode != 11) && (clockMode != 1) && (clockMode != 4))) {displayScrollMode();}
if (scrollFrequency == 4 && randomSpectrumMode == 1 && clockMode == 9) {allBlank(); spectrumMode = random(11);}
} //end of run every 15 minutes
if (((m1 == 0 && m2 == 0) || (m1 == 3 && m2 == 0)) && (secs == 0)) { //run every 30 minutes
if (scrollFrequency == 5 && (suspendType == 0 || isAsleep == 0) && scrollOverride == 1 && ((clockMode != 11) && (clockMode != 1) && (clockMode != 4))) {displayScrollMode();}
if (scrollFrequency == 5 && randomSpectrumMode == 1 && clockMode == 9) {allBlank(); spectrumMode = random(11);}
} //end of run every 30 minutes
if (abs(currentTimeHour - previousTimeHour) >= 1) { //run every hour
previousTimeHour = currentTimeHour;
randomHourPassed = 1;
if (scrollFrequency == 6 && (suspendType == 0 || isAsleep == 0) && scrollOverride == 1 && ((clockMode != 11) && (clockMode != 1) && (clockMode != 4))) {displayScrollMode();}
if (scrollFrequency == 6 && randomSpectrumMode == 1 && clockMode == 9) {allBlank(); spectrumMode = random(11);}
} //end of run every hour
if (abs(currentTimeDay - previousTimeDay) >= 1) {
previousTimeDay = currentTimeDay;
randomDayPassed = 1;
configTime(gmtOffset_sec, (daylightOffset_sec * DSTime), ntpServer);
int tempyear = (timeinfo.tm_year +1900);
int tempmonth = (timeinfo.tm_mon + 1);
rtc.adjust(DateTime(tempyear, tempmonth, timeinfo.tm_mday, timeinfo.tm_hour, timeinfo.tm_min, timeinfo.tm_sec));
daysUptime = daysUptime + 1;
}
if (abs(currentTimeWeek - previousTimeWeek) >= 1) { previousTimeWeek = currentTimeWeek; randomWeekPassed = 1;}
if (abs(currentTimeMonth - previousTimeMonth) >= 1) { previousTimeMonth = currentTimeMonth; randomMonthPassed = 1;}
if (realtimeMode == 0) { //give autodim sensors some CPU time, update display
GetBrightnessLevel();
FastLED.show();
}
//give the various clock modes CPU time every 1 seconds
if ((suspendType == 0 || isAsleep == 0) && clockMode == 0) {
displayTimeMode();
} else if (clockMode == 1) {
displayCountdownMode();
} else if ((suspendType == 0 || isAsleep == 0) && clockMode == 2) {
displayTemperatureMode();
} else if ((suspendType == 0 || isAsleep == 0) && clockMode == 3) {
displayScoreboardMode();
} else if (clockMode == 4) {
displayStopwatchMode();
} else if ((suspendType == 0 || isAsleep == 0) && clockMode == 5) {
displayLightshowMode();
} else if ((suspendType == 0 || isAsleep == 0) && clockMode == 6) {
//notused
} else if ((suspendType == 0 || isAsleep == 0) && clockMode == 7) {
displayDateMode();
} else if ((suspendType == 0 || isAsleep == 0) && clockMode == 8) {
displayHumidityMode();
} else if (clockMode == 9) {
//spectrum mode
} else if (clockMode == 10) {
//display off
} else if ((suspendType == 0 || isAsleep == 0) && clockMode == 11) {
displayScrollMode();
}
ShelfDownLights();
randomMinPassed = 0;
randomHourPassed = 0;
randomDayPassed = 0;
randomWeekPassed = 0;
randomMonthPassed = 0;
if (brightness != 10) { //if not set to auto-dim just use user set brightness
FastLED.setBrightness(brightness);
} else if (brightness == 10) { //auto-dim use the value from above
FastLED.setBrightness(lightSensorValue);
}
}
displayRealtimeMode(); //always run outside time loop for speed, but only really show when it's needed
} // end of main loop
void displayTimeMode() { //main clock function
currentMode = 0;
if(!getLocalTime(&timeinfo)){
Serial.println("Failed to obtain time");
}
// printLocalTime(); //display time in monitor window
int hour = timeinfo.tm_hour;
int mins = timeinfo.tm_min;
int secs = timeinfo.tm_sec;
if (clockDisplayType != 1 && hour > 12){hour = hour - 12; }
if (clockDisplayType != 1 && hour < 1){hour = hour + 12; }
byte h1 = hour / 10;
byte h2 = hour % 10;
byte m1 = mins / 10;
byte m2 = mins % 10;
byte s1 = secs / 10;
byte s2 = secs % 10;
if (ClockColorSettings == 0) { hourColor = CRGB(r1_val, g1_val, b1_val); minColor = CRGB(r2_val, g2_val, b2_val); }
if (ClockColorSettings == 1) { hourColor = CRGB(r1_val, g1_val, b1_val); minColor = hourColor; }
if ((ClockColorSettings == 2 && pastelColors == 0) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { hourColor = CHSV(random(0, 255), 255, 255); minColor = CHSV(random(0, 255), 255, 255);}
if ((ClockColorSettings == 2 && pastelColors == 1) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { hourColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); minColor = CRGB(random(0, 255), random(0, 255), random(0, 255));}
if ((ClockColorSettings == 3 && pastelColors == 0) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { hourColor = CHSV(random(0, 255), 255, 255); minColor = hourColor;}
if ((ClockColorSettings == 3 && pastelColors == 1) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { hourColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); minColor = hourColor;}
if ((clockDisplayType == 3)) { //Blinking Center Light
if (h1 > 0) {
tinyhourColor = hourColor;
if (ClockColorSettings == 4 && pastelColors == 0){ tinyhourColor = CHSV(random(0, 255), 255, 255); }
if (ClockColorSettings == 4 && pastelColors == 1){ tinyhourColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); }
for (int i=(32*LEDS_PER_SEGMENT); i<(33*LEDS_PER_SEGMENT); i++) { LEDs[i] = tinyhourColor;}
if (ClockColorSettings == 4 && pastelColors == 0){ tinyhourColor = CHSV(random(0, 255), 255, 255); }
if (ClockColorSettings == 4 && pastelColors == 1){ tinyhourColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); }
for (int i=(33*LEDS_PER_SEGMENT); i<(34*LEDS_PER_SEGMENT); i++) { LEDs[i] = tinyhourColor;}
} else {
for (int i=(32*LEDS_PER_SEGMENT); i<(34*LEDS_PER_SEGMENT); i++) { LEDs[i] = CRGB::Black;}
}
displayNumber(h2,5,hourColor);
displayNumber(m1,2,minColor);
displayNumber(m2,0,minColor);
BlinkDots();
}
if (clockDisplayType == 2) { //12-hour Space-Padded
if (h1 < 1) { displayNumber(10,6,hourColor); }
else { displayNumber(h1,6,hourColor); }
displayNumber(h2,4,hourColor);
displayNumber(m1,2,minColor);
displayNumber(m2,0,minColor);
}
if (clockDisplayType == 0) { //center set and hour is less than 1 and no 0 is set, default
if (h1 > 0) {
tinyhourColor = hourColor;
if (ClockColorSettings == 4 && pastelColors == 0){ tinyhourColor = CHSV(random(0, 255), 255, 255); }
if (ClockColorSettings == 4 && pastelColors == 1){ tinyhourColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); }
for (int i=(32*LEDS_PER_SEGMENT); i<(33*LEDS_PER_SEGMENT); i++) { LEDs[i] = tinyhourColor;}
if (ClockColorSettings == 4 && pastelColors == 0){ tinyhourColor = CHSV(random(0, 255), 255, 255); }
if (ClockColorSettings == 4 && pastelColors == 1){ tinyhourColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); }
for (int i=(33*LEDS_PER_SEGMENT); i<(34*LEDS_PER_SEGMENT); i++) { LEDs[i] = tinyhourColor;}
} else {for (int i=(32*LEDS_PER_SEGMENT); i<(34*LEDS_PER_SEGMENT); i++) { LEDs[i] = CRGB::Black;}
}
displayNumber(h2,5,hourColor);
displayNumber(m1,3,minColor);
displayNumber(m2,1,minColor);
}
if (clockDisplayType == 1) { //24-hour Military Time
if (h1 < 1) { displayNumber(0,6,hourColor);}
else { displayNumber(h1,6,hourColor);}
displayNumber(h2,4,hourColor);
displayNumber(m1,2,minColor);
displayNumber(m2,0,minColor);
}
if (clockDisplayType == 4) { //New Year Countdown
int hour = timeinfo.tm_hour;
int mins = timeinfo.tm_min;
int secs = timeinfo.tm_sec;
int mday = timeinfo.tm_mday;
int mont = timeinfo.tm_mon + 1;
int year = (timeinfo.tm_year +1900);
int daysInMonth[] = {31,28,31,30,31,30,31,31,30,31,30,31};
int daysLeft = 0;
if (((year % 4 == 0) && (year % 100 != 0)) || ((year % 100 != 0) && (year % 400 == 0))){daysLeft = daysLeft + 1;} //leapyear?
if (mont !=12) {for (int i=(mont+1); i<13; i++) { daysLeft = daysLeft + daysInMonth[i-1];}}
daysLeft = daysLeft + (daysInMonth[mont-1]-mday);
int hoursLeft = (daysLeft * 24) + (23 - hour);
bool DST; //start of DST adjustment algorithm
int y = year-2000; // uses two digit year
int x = (y + y/4 + 2) % 7; // remainder will identify which day of month
if(mont == 3 && mday == (14 - x) && hour >= 2){DST = 1;} //DST begins on 2nd Sunday of March @ 2:00 AM
if((mont == 3 && mday > (14 - x)) || mont > 3){DST = 1;}
if(mont == 11 && mday == (7 - x) && hour >= 2){DST = 0; } //DST ends on 1st Sunday of Nov @ 2:00 AM
if((mont == 11 && mday > (7 - x)) || mont > 11 || mont < 3){DST = 0;}
if(DST == 1) {hoursLeft = hoursLeft + 1; } //adjust for DST
int minutesLeft = (hoursLeft * 60) + (59 - mins);
int secondsLeft = (minutesLeft * 60) + (60 - secs);
int inputNums = hoursLeft;
if ((minutesLeft <= 9999) && (secondsLeft > 9999)) {inputNums = minutesLeft; hourColor = minColor;}
if ((secondsLeft <= 9999) && (secondsLeft > 10)) {inputNums = secondsLeft; hourColor = colonColor;}
if (secondsLeft <= 10) {inputNums = secondsLeft;FastLED.setBrightness(255);hourColor = CRGB::Red;}
byte ledNum1 = inputNums / 1000;
byte ledNum2 = (inputNums - (ledNum1 * 1000)) / 100;
byte ledNum3 = ((inputNums - (ledNum1 * 1000)) - (ledNum2 * 100)) / 10;
byte ledNum4 = inputNums % 10;
if (inputNums >= 1000) {
if (clearOldLeds != 1000){clearOldLeds = 1000; allBlank();}
displayNumber(ledNum1,6,hourColor);
displayNumber(ledNum2,4,hourColor);
displayNumber(ledNum3,2,hourColor);
displayNumber(ledNum4,0,hourColor);
}
if ((inputNums >= 100) && (inputNums < 1000)) {
if (clearOldLeds != 100){clearOldLeds = 100; allBlank();}
displayNumber(ledNum2,5,hourColor);
displayNumber(ledNum3,3,hourColor);
displayNumber(ledNum4,1,hourColor);
}
if ((inputNums > 0) && (inputNums < 100)) {
if (clearOldLeds != 10){clearOldLeds = 10; allBlank();}
displayNumber(ledNum3,4,hourColor);
displayNumber(ledNum4,2,hourColor);
}
if (mday == 1 && mont == 1 && hour == 0 && mins == 0 && secs <= 3) { happyNewYear();}
// if (mday == 7 && mont == 6 && hour == 16 && mins == 10 && secs <= 3) { happyNewYear();} //for testing
}
} // end of update clock
void displayDateMode() { //main date function
currentMode = 0;
if(!getLocalTime(&timeinfo)){
Serial.println("Failed to obtain time");
}
int mday = timeinfo.tm_mday;
int mont = timeinfo.tm_mon + 1;
int year = (timeinfo.tm_year +1900)-2000;
byte d1 = mday / 10;
byte d2 = mday % 10;
byte m1 = mont / 10;
byte m2 = mont % 10;
byte y1 = year / 10;
byte y2 = year % 10;
if (DateColorSettings == 0) { monthColor = CRGB(r5_val, g5_val, b5_val); dayColor = CRGB(r4_val, g4_val, b4_val); separatorColor = CRGB(r6_val, g6_val, b6_val);}
if (DateColorSettings == 1) { monthColor = CRGB(r5_val, g5_val, b5_val); dayColor = monthColor; separatorColor = CRGB(r6_val, g6_val, b6_val);}
if ((DateColorSettings == 2 && pastelColors == 0) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { monthColor = CHSV(random(0, 255), 255, 255); dayColor = CHSV(random(0, 255), 255, 255);separatorColor = CHSV(random(0, 255), 255, 255);}
if ((DateColorSettings == 2 && pastelColors == 1) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { monthColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); dayColor = CRGB(random(0, 255), random(0, 255), random(0, 255));separatorColor = CRGB(random(0, 255), random(0, 255), random(0, 255));}
if ((DateColorSettings == 3 && pastelColors == 0) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { monthColor = CHSV(random(0, 255), 255, 255); dayColor = monthColor; separatorColor = monthColor;}
if ((DateColorSettings == 3 && pastelColors == 1) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { monthColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); dayColor = monthColor; separatorColor = monthColor;}
if ((dateDisplayType == 5)) { //With "." Separator (MM.DD)
if (m1 > 0) {
tinymonthColor = monthColor;
if (DateColorSettings == 4 && pastelColors == 0){ tinymonthColor = CHSV(random(0, 255), 255, 255); }
if (DateColorSettings == 4 && pastelColors == 1){ tinymonthColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); }
for (int i=(32*LEDS_PER_SEGMENT); i<(33*LEDS_PER_SEGMENT); i++) { LEDs[i] = tinymonthColor;}
if (DateColorSettings == 4 && pastelColors == 0){ tinymonthColor = CHSV(random(0, 255), 255, 255); }
if (DateColorSettings == 4 && pastelColors == 1){ tinymonthColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); }
for (int i=(33*LEDS_PER_SEGMENT); i<(34*LEDS_PER_SEGMENT); i++) { LEDs[i] = tinymonthColor;}
} else {for (int i=(32*LEDS_PER_SEGMENT); i<(34*LEDS_PER_SEGMENT); i++) { LEDs[i] = CRGB::Black;}
}
displayNumber(m2,5,monthColor);
displayNumber(d1,2,dayColor);
displayNumber(d2,0,dayColor);
if ((DateColorSettings == 4 ) && pastelColors == 0){ separatorColor = CHSV(random(0, 255), 255, 255); }
if ((DateColorSettings == 4 ) && pastelColors == 1){ separatorColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); }
for (int i=(20*LEDS_PER_SEGMENT); i<(21*LEDS_PER_SEGMENT); i++) { LEDs[i] = separatorColor;} //separator
}
if (dateDisplayType == 1) { //Space-Padded (MMDD)
if (m1 < 1) { displayNumber(10,6,monthColor); }
else { displayNumber(m1,6,monthColor); }
displayNumber(m2,4,monthColor);
displayNumber(d1,2,dayColor);
displayNumber(d2,0,dayColor);
}
if (dateDisplayType == 2) { //Center Dates (1MDD)
if (m1 > 0) {
tinymonthColor = monthColor;
if (DateColorSettings == 4 && pastelColors == 0){ tinymonthColor = CHSV(random(0, 255), 255, 255); }
if (DateColorSettings == 4 && pastelColors == 1){ tinymonthColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); }
for (int i=(32*LEDS_PER_SEGMENT); i<(33*LEDS_PER_SEGMENT); i++) { LEDs[i] = tinymonthColor;}
if (DateColorSettings == 4 && pastelColors == 0){ tinymonthColor = CHSV(random(0, 255), 255, 255); }
if (DateColorSettings == 4 && pastelColors == 1){ tinymonthColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); }
for (int i=(33*LEDS_PER_SEGMENT); i<(34*LEDS_PER_SEGMENT); i++) { LEDs[i] = tinymonthColor;}
} else {for (int i=(32*LEDS_PER_SEGMENT); i<(34*LEDS_PER_SEGMENT); i++) { LEDs[i] = CRGB::Black;}
}
displayNumber(m2,5,monthColor);
displayNumber(d1,3,dayColor);
displayNumber(d2,1,dayColor);
}
if (dateDisplayType == 0) { //Zero-Padded (MMDD)
if (m1 < 1) { displayNumber(0,6,monthColor);}
else { displayNumber(m1,6,monthColor);}
displayNumber(m2,4,monthColor);
displayNumber(d1,2,dayColor);
displayNumber(d2,0,dayColor);
}
if (dateDisplayType == 4) { //Just Numeric Day (DD)
if (d1 < 1) {
displayNumber(d2,3,dayColor);
} else {
displayNumber(d1,4,dayColor);
displayNumber(d2,2,dayColor);
}
}
if (dateDisplayType == 3) { //Just Day of Week (Sun)
if (timeinfo.tm_wday == 1) {displayNumber(78,5,dayColor);displayNumber(80,3,dayColor); displayNumber(79,1,dayColor);} //mon
if (timeinfo.tm_wday == 2) {displayNumber(85,6,dayColor);displayNumber(54,4,dayColor); displayNumber(38,2,dayColor); displayNumber(52,0,dayColor);} //tUES
if (timeinfo.tm_wday == 3) {displayNumber(88,5,dayColor);displayNumber(38,3,dayColor); displayNumber(69,1,dayColor);} //wEd
if (timeinfo.tm_wday == 4) {displayNumber(85,6,dayColor);displayNumber(73,4,dayColor); displayNumber(86,2,dayColor); displayNumber(83,0,dayColor);} //thur
if (timeinfo.tm_wday == 5) {displayNumber(39,5,dayColor);displayNumber(83,3,dayColor); displayNumber(42,1,dayColor);} //FrI
if (timeinfo.tm_wday == 6) {displayNumber(52,5,dayColor);displayNumber(34,3,dayColor); displayNumber(85,1,dayColor);} //SAt
if (timeinfo.tm_wday == 0) {displayNumber(52,5,dayColor);displayNumber(86,3,dayColor); displayNumber(79,1,dayColor);} //Sun
}
if (dateDisplayType == 6) { //Just Year (YYYY)
displayNumber(2,6,monthColor);
displayNumber(0,4,monthColor);
displayNumber(y1,2,dayColor);
displayNumber(y2,0,dayColor);
}
} // end of update date
void displayTemperatureMode() { //miain temp function
currentMode = 0;
float h = dht.readHumidity(); // read humidity
float sensorTemp = dht.readTemperature(); // read temperature
float f = dht.readTemperature(true);
if (isnan(h) || isnan(sensorTemp) || isnan(f)) {
Serial.println(F("Failed to read from DHT sensor!"));
return;
}
float correctedTemp = sensorTemp + temperatureCorrection;
if (temperatureSymbol == 39) { correctedTemp = ((sensorTemp * 1.8000) + 32) + temperatureCorrection; }
byte t1 = 0;
byte t2 = 0;
int tempDecimal = correctedTemp * 10;
if (correctedTemp >= 100) {
int tempHundred = correctedTemp / 10;
t1 = tempHundred / 10;
t2 = tempHundred % 10;
} else {
t2 = int(correctedTemp) / 10;
}
byte t3 = int(correctedTemp) % 10;
byte t4 = tempDecimal % 10;
if (tempColorSettings == 0) {tempColor = CRGB(r7_val, g7_val, b7_val); typeColor = CRGB(r8_val, g8_val, b8_val); degreeColor = CRGB(r9_val, g9_val, b9_val);}
if (tempColorSettings == 1) {tempColor = CRGB(r7_val, g7_val, b7_val); typeColor = tempColor; degreeColor = CRGB(r9_val, g9_val, b9_val);}
if ((tempColorSettings == 2 && pastelColors == 0) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { tempColor = CHSV(random(0, 255), 255, 255); typeColor = CHSV(random(0, 255), 255, 255);degreeColor = CHSV(random(0, 255), 255, 255);}
if ((tempColorSettings == 2 && pastelColors == 1) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { tempColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); typeColor = CRGB(random(0, 255), random(0, 255), random(0, 255));degreeColor = CRGB(random(0, 255), random(0, 255), random(0, 255));}
if ((tempColorSettings == 3 && pastelColors == 0) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { tempColor = CHSV(random(0, 255), 255, 255); typeColor = tempColor; degreeColor = tempColor;}
if ((tempColorSettings == 3 && pastelColors == 1) && ( (ColorChangeFrequency == 0 ) || (ColorChangeFrequency == 1 && randomMinPassed == 1) || (ColorChangeFrequency == 2 && randomHourPassed == 1) || (ColorChangeFrequency == 3 && randomDayPassed == 1) || (ColorChangeFrequency == 4 && randomWeekPassed == 1) || (ColorChangeFrequency == 5 && randomMonthPassed == 1) )) { tempColor = CRGB(random(0, 255), random(0, 255), random(0, 255)); typeColor = tempColor; degreeColor = tempColor;}
//0-Temperature with Degree and Type (79°F), 1-Temperature with just Type (79 F), 2-Temperature with just Degree (79°), 3-Temperature with Decimal (79.9), 4-Just Temperature (79)
if ((tempDisplayType == 0) && (correctedTemp < 100)) { //0-Temperature with Degree and Type (79°F) under 100 only
displayNumber(t2,6,tempColor);
displayNumber(t3,4,tempColor);
displayNumber(26,2,degreeColor);
displayNumber(temperatureSymbol,0,typeColor);
}
if ((tempDisplayType == 1) && (correctedTemp < 100)) { // 1-Temperature with just Type (79 F) under 100
displayNumber(t2,5,tempColor);