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5fbae6247c8b6de1098881691b38419e13e53d5f
nixie-clock/firmware/uniclock/ESP32_UniClock2/clocks.h
T
mangavalkandClaude Opus 5.5 5fbae6247c Fix tube flicker and review fixes 
- The bit-banged WS2812 update disables interrupts (about 30 us per
  pixel), which made the lit tube stay on longer and flash. neoShow()
  now only sends when the pixels changed (fixed colour was resent every
  second) and waits for the dark gap between tubes; the bit-bang strip
  has no headroom pixels. This also fixed digits that seemed to hang.
- 4 WS2812 on this board, one per tube (not 8)
- Saving the firmware URL in the web UI no longer starts an HTTP
  update; never update from an empty URL
- Restart once after the first switch from AP mode to WiFi, so
  ArduinoOTA and MQTT start on the real network
- Optional web UI password (WEB_USER/WEB_PASSWORD in secrets.h);
  /getConfiguration returns the stored WiFi and MQTT passwords
- Cathode protect: random mode now starts at a random tube (the +-1
  start digits were swapped and then overwritten)
- Apply the unused gamma table to wheel colours
- LOOP_DIAG (off by default): main-loop stalls in /getCurrentInfos,
  which now also reports uptime and free heap

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-10-25 22:18:39 +01:00

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/*
******************* CLOCK DEFINITIONS ***********************
Define here your clock's setup
Append a new clock or modify this sample configurations!
* ***********************************************************
HOW THIS FILE WORKS (see docs/DEVELOPER_GUIDE.md for the full write-up):
The Arduino IDE concatenates every .ino file in this sketch folder into one build, and every
driver .ino file wraps its ENTIRE body in "#ifdef <ITS_DRIVER_MACRO> ... #endif". This file is
the switchboard that decides which one of those driver bodies actually survives the preprocessor:
1. Exactly ONE "#define CLOCK_NN" below (out of the ~65 listed) should be left un-commented -
that selects which physical clock build this firmware image is for.
2. That CLOCK_NN's "#ifdef CLOCK_NN ... #endif" block (further down in this file) then defines:
- a DRIVER-SELECTION macro (exactly one), e.g. MAX6921, MAX6921_ESP32, HV5122, NEWHV5122,
PT6311, PT6355, ZM1500_ESP32, MULTIPLEX74141_ESP32, VQC10, WORDCLOCK, MULE_V2, TUBE1CLOCK,
Numitron_4511N, SN75512, SN75518_ESP32, MM5450, MAX7219CNG, NO_MULTIPLEX74141,
NO_MULTIPLEX_ESP32, PCF_74141, DUMMY - this is what makes ONE specific driver .ino's
"#ifdef <MACRO>" body compile, and leaves every other driver file's body empty.
- the physical GPIO pin assignments for that driver (names vary per driver family - e.g.
digitEnablePins[]/segmentEnablePins[]/ABCDPins[] for BCD/segment-style drivers, or
PIN_LE/PIN_CLK/PIN_DATA/PIN_BL for MAX6921-style shift-register drivers).
- optional feature toggles for that specific build (USE_NEOPIXEL, USE_RTC, USE_GPS,
USE_DALLAS_TEMP, USE_MQTT, ALARMSPEAKER_PIN, etc.) - only define the ones this build needs.
3. Right at the end of this file (search for "if not defined, here is defined as NOT USED") a big
block of "#ifndef X / #define X <default> / #endif" pairs fills in a sane default for every
OPTIONAL parameter a CLOCK_NN block didn't bother to set explicitly (e.g. pins default to -1
meaning "not connected", brightness/timing constants get conservative defaults). This is what
lets each CLOCK_NN block above stay short - it only needs to override what's actually different
for that particular physical build.
To add a brand-new clock: copy the block of an existing, similar CLOCK_NN, give it the next free
number, add its "//#define CLOCK_NN ..." line to the list below (commented out until you're ready to
build it), and write a new driver .ino file if the hardware needs a genuinely new driver (or reuse an
existing driver macro if the same driver chip is used with different pins/tube count).
Driver-macro -> implementing .ino file quick reference (see docs/DEVELOPER_GUIDE.md section 7 for the
full table with which CLOCK_NN uses which):
MULTIPLEX74141 / MULTIPLEX74141_ESP32 -> multiplex74141.ino / multiplex74141_ESP32.ino
NO_MULTIPLEX74141 / NO_MULTIPLEX_ESP32 -> no_multiplex74141.ino / no_multiplex_ESP32.ino
PCF_74141 -> pcf_multiplex74141.ino
MAX6921 / MAX6921_ESP32 -> MAX6921.ino / MAX6921_ESP32.ino
HV5122 (orphaned, unused) / NEWHV5122 -> HV5122.ino / HV5122new.ino
PT6311, PT6355 -> PT6311.ino, PT6355.ino
SN75512 (orphaned, unused) -> SN75512.ino
SN75518_ESP32 -> SN75518.ino
MM5450, MAX7219CNG -> MM5450.ino, MAX7219CNG.ino
Numitron_4511N -> Numitron_4511N.ino
VQC10 -> VQC10.ino
TUBE1CLOCK -> 1tube.ino
MULE_V2 -> mulev2.ino
ZM1500_ESP32 (CURRENTLY ACTIVE, CLOCK_72 below) -> ZM1500.ino
WORDCLOCK -> wordclock.ino (+ font5x7.h for its scrolling/overlay font)
DUMMY -> dummy.ino (sensor-only "clock", no physical display)
NIXIE595_MULTIPLEX (CLOCK_90) -> nixie595.ino
*/
//#define CLOCK_1 //8266, UNFI PCB clock, 4x IN-16 tubes
//#define CLOCK_2 //8266, UNFI PCB clock, 4x Z-570M tubes
//#define CLOCK_3 //8266, PCB less clock, IV-18 VFD tube https://www.thingiverse.com/thing:3417955
//#define CLOCK_4 //8266, custom clock, 4x IV-11 VFD tubes
//#define CLOCK_5 //8266, UNFI PCB clock IVL-2-5/7 tube with RTC
//#define CLOCK_6 //8266, GP PCB clock, 4x IN-1 tubes and 4x74141 driver (NON-MULTIPLEX)
//#define CLOCK_6A //8266, UNFI PCB clock, 4x Z568 tubes and 4x74141 driver (NON-MULTIPLEX)
//#define CLOCK_7 //8266 UNFI PCB clock 6x Z574M/Z573M tubes, tube selection by PCF8574 chip
//#define CLOCK_8 //8266 GP PCB v3 clock with 4x IV-16 Numitron tubes (plexi box)
//#define CLOCK_9 //8266 GP PCB v1 clock with 4x IV-16 Numitron tubes (brown box)
//#define CLOCK_10 //8266 LED Clock with MAX7219 chip
//#define CLOCK_11 //8266 LED Clock with MM5450 chip
//#define CLOCK_12 //8266 VFD Clock with PT6355 chip
//#define CLOCK_13 //8266 GP PCB v1 clock with 4x IV-16 Numitron tubes + GPS timesync (white box)
//#define CLOCK_14 //8266 6X LD8035 VFD-clock
//#define CLOCK_15 //8266 6X IV-6 VFD-clock RGB
//#define CLOCK_15a //8266 6X IV-6 VFD-clock RGB
//#define CLOCK_16 //8266 4X IV-6, 1X LD8035
//#define CLOCK_17 //8266 + PT6311 4X IV-22, russian clock
//#define CLOCK_18 //8266 IV-18 VFD-clock RGB
//#define CLOCK_20 //8266 D1-mini, P.S. PCB 4xIN14 clock-thermometer
//#define CLOCK_21 //8266 D1-mini, P.S. PCB 4xIN14 thermometer / humidity
//#define CLOCK_22 //8266 NODEMCU, P.S. PCB 4xIN14 thermometer / humidity
//#define CLOCK_23 ////ESP32 D1 mini, P.S. PCB 3xIN14 1xIN-19A thermometer / humidity
//#define CLOCK_23A //ESP32 WROOM, U.Z. PCB 4xZ566M 1xIN-19A thermometer / humidity
//#define CLOCK_23B //ESP32 WROOM U.Z. PCB Z571M+4xZ566M+IN-19A clock/thermometer/humidity
//#define CLOCK_26 //ESP32 D1 mini, UNFI 6 x IV-11 VFD tubes clock, SHT21
//#define CLOCK_30 //ESP32 prototype, UNFI PCB clock, 6 x IV-11 VFD tubes
//#define CLOCK_31 //ESP32 prototype, UNFI PCB board, 6 x Z573M Nixie tubes
//#define CLOCK_32 //ESP32 prototype, UNFI 6 x IV-11 VFD tubes clock, DHT22 sensor
//#define CLOCK_33 //TOM025 ESP32, Pálfi S. board, 6 x Z573M Nixie tubes
//#define CLOCK_34 //Mule V2 ESP32, board, 6 x SA40 LED Display
//#define CLOCK_35 //ESP32, 6x Z566M and 3x74595 6x74141 (NON-MULTIPLEX)
//#define CLOCK_36 //ESP32, 4x IN-1 tubes and 4x74141 driver (NON-MULTIPLEX)
//#define CLOCK_40 //V1 ESP32, UNFI 6 x IV-11 VFD tubes clock
//#define CLOCK_41 //V2 ESP32, UNFI 6 x IV-11 VFD tubes clock (rewired revision, átkötés)
//#define CLOCK_42 //V3 ESP32, UNFI 6 x IV-11 VFD tubes clock
//#define CLOCK_43 //V1 ESP32, UNFI 6 x Z573M Nixie tubes
//#define CLOCK_44 //V2 ESP32, UNFI 6 x Z573M Nixie tubes (rewired revision, átkötés)
//#define CLOCK_45 //V3 ESP32, UNFI 6 x Z573M Nixie tubes
//#define CLOCK_46 //V1 ESP32, UNFI 6 x IV-9 Numitron clock
//#define CLOCK_47 //V3 ESP32, UNFI 10-LT-50G VFD tubes clock
//#define CLOCK_48 //WROOM ESP32, UNFI SN75518 6xIV-17 clock
//#define CLOCK_49 //WROOM ESP32, UNFI SN75518 6xIV-11 clock
//--------------------------------------------------------------------------------------------------------------
//#define CLOCK_50 //V1 ESP32, UNFI 2xHV5122 PCB version, 6xZ573 clock
//#define CLOCK_51 //V2 ESP32, UNFI 2xHV5122 PCB version, 6xZ573 clock
//#define CLOCK_52 //ESP32, P.S. 2xHV5122 PCB version, 6xIN18 clock PROTOTYPE TESTING!!!
//#define CLOCK_53 //ESP8266, UNFI 2xHV5122 PCB version, 6xZ573 clock PROTOTYPE TESTING!!!
//#define CLOCK_54 // D1 R32 ESP32 (Uno compatible), + NCS312 Nixie clock KIT!!!
//#define CLOCK_55 //ESP8266, UNFI 2xHV5122 PCB version, 6xZ573 clock
//#define CLOCK_56 //WROOM ESP32, UNFI 2xHV5122 6xZ573 clock /flat panel/
//#define CLOCK_57 //V2-WROOM ESP32, UNFI 2xHV5122 6xZM1000 clock /flat panel
//#define CLOCK_57A //V2-WROOM ESP32, UNFI 2xHV5222 6xZ57xM clock /flat panel
//#define CLOCK_70 //1 tube esp8266 Nixie Clock by UNFI
//#define CLOCK_71 //2x VQC10 clock by UNFI
//#define CLOCK_72 //ESP32, UNFI board, ZM1500
//#define CLOCK_80 //word clock, english version
//#define CLOCK_81 //word clock, german version
//#define CLOCK_82 //word clock, hungarian version
//#define CLOCK_99 //Dummy clock, sensor box with MQTT connector
#define CLOCK_90 //8266, RetroModding NixieIN12v2 HV2.0 (5 V): 4x IN-12, 2x IN-3, 2x 74HC595 multiplex
#ifdef CLOCK_90 //8266, RetroModding NixieIN12v2 HV2.0 (5 V): 4x IN-12, 2x IN-3, 2x 74HC595 multiplex
// Pins and shift-register bit map confirmed from the stock firmware SV1.3
// (docs/stock-firmware-pins.md in the nixie-clock repo).
#define DEBUG
#define FW "fw90" //firmware name
#define MAXBRIGHTNESS 100
#define NIXIE595_MULTIPLEX
#define PIN_LATCH 15 //74HC595 storage clock. DATA = GPIO13 (HSPI MOSI), CLOCK = GPIO14 (HSPI SCK)
#define SPI_FREQ 4000000 //stock uses 25 MHz; 16 bits per slot need far less
byte anodeBits[] = {14, 13, 12, 11}; //595 word bit of each tube's anode: position 0 = rightmost (A4) ... 3 = leftmost (A1)
#define NEON_BITS (1 << 10) //IN-3 dots on P1. P2 (bit 15) drives the IN-12B decimal points on this board (JP2 closed)
#define NEON_POS 1 //the dots are lit in this tube's multiplex slot, as on stock
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 12 //bit-banged, GRB 800 kHz
byte tubePixels[] = {0, 1, 2, 3}; //4 WS2812, one per tube (chain order not verified: maybe {3,2,1,0})
#define USE_RTC //DS3231 on I2C, detected at startup (address 0x68); the stock firmware never used it
#define PIN_SDA 4
#define PIN_SCL 5
#define LIGHT_SENSOR_PIN A0 //LDR to Vcc, 10k to GND (REF_RESISTANCE default)
#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IN-12 Nixie Clock"
#define USE_MQTT //Home Assistant: broker address/user/password on the web page, then reboot
#define MQTT_PREFIX "homeassistant" //Home Assistant's default discovery prefix
#define FIRMWARE_SERVER "" //no web-triggered HTTP update; use ArduinoOTA
//#define LOOP_DIAG //report main-loop stalls in /getCurrentInfos ("stalls"); for debugging only
#define USE_ARDUINO_OTA
#define OTA_HOSTNAME "nixie-in12"
#if __has_include("secrets.h")
#include "secrets.h" //optional, gitignored: DEFAULT_SSID, DEFAULT_PSW, OTA_PASSWORD (see secrets.h.example)
#endif
#endif
//______________________ESP8266 CLOCKS by UNFI and GP ______________________________________________________
#ifdef CLOCK_1 //8266, UNFI PCB clock, 4x IN-16 tubes
#define DEBUG
#define FW "fw1" //firmware name
#define MAXBRIGHTNESS 255
//#define USE_NEOPIXEL
//byte tubePixels[] = {3,2,1,0}; //4 tubes, single leds, reverse direction
//#define USE_DALLAS_TEMP
//#define TEMP_DALLAS_PIN -1 //Dallas temp sensor pin. If not used, SET TO -1
#define MULTIPLEX74141
byte digitEnablePins[] = {14, 12, 13, 15}; //IN16 4x tube clock
byte ABCDPins[4] = {2, 4, 5, 0};
#define DP_PIN -1 // decimalPoint inside Nixie tube, set -1, if not used!
#define COLON_PIN 16 //Blinking Colon pin. If not used, SET TO -1
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IN-16 Nixie Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
#define USE_GPS
#define SPEEDOMETER //use clock as speedometer
#define SPEEDOMETER_SWITCH -1 //optional pin for mode switch: clock / speedometer
#endif
#ifdef CLOCK_2 //8266, UNFI PCB clock, 4x Z-570M tubes
#define DEBUG
#define FW "fw2" //firmware name
#define MAXBRIGHTNESS 100
//#define USE_NEOPIXEL
//#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN -1 //Dallas temp sensor pin.
#define MULTIPLEX74141
byte digitEnablePins[] = {13, 12, 14, 15};
byte ABCDPins[4] = {16, 5, 4, 0};
#define DP_PIN -1 // decimalPoint inside Nixie tube, set -1, if not used!
#define COLON_PIN 2 //Blinking Colon pin. If not used, SET TO -1
#define ALARMSPEAKER_PIN -1 //Alarm buzzer pin
#define ALARMBUTTON_PIN -1 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "Z-570M Nixie Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_3 //8266, PCB less clock, IV-18 VFD tube https://www.thingiverse.com/thing:3417955
#define DEBUG
#define FW "fw3" //firmware name
#define MAXBRIGHTNESS 100
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 4 //Dallas temp sensor pin. If not used, SET TO -1
#define MAX6921
byte segmentEnablePins[] = {0, 2, 5, 6, 4, 1, 3, 7}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {18, 11, 17, 12, 16, 13, 14, 15}; //19}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6,7,8) (You may define any number)
//MAX6921 pins
#define PIN_LE 12 // D6 Shift Register Latch Enable
#define PIN_CLK 13 // D7 Shift Register Clock
#define PIN_DATA 14 // D5 Shift Register Data
#define PIN_BL 15 // D8 Shift Register Blank (1=display off 0=display on)
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IV-18 VFD Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_4 //8266, custom clock, 4x IV-11 VFD tubes
#define DEBUG
#define FW "fw4" //firmware name
#define MAXBRIGHTNESS 100
#define MAX6921
byte segmentEnablePins[] = {7, 5, 1, 0, 2, 4, 6, 3}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {19, 18, 17, 16}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6,7,8) (You may define any number)
//MAX6921 pins
#define PIN_LE 12 // D6 Shift Register Latch Enable
#define PIN_CLK 13 // D7 Shift Register Clock
#define PIN_DATA 14 // D5 Shift Register Data
#define PIN_BL 15 // D8 Shift Register Blank (1=display off 0=display on)
#define USE_NEOPIXEL
byte tubePixels[] = {0, 9, 1, 9, 2, 9, 3}; //4 tubes, single leds, 3 leds not used
//#define RADAR_PIN 21
#define RADAR_TIMEOUT 5 //(min)
//#define TUBE_POWER_PIN 2
//#define TUBE_POWER_ON LOW
#define LIGHT_SENSOR_PIN A0 //Only ADC pins are usable! for example: 34,35,36,39...
#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
#define LUX_CALC_SCALAR 12518931 * 1.2
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IV-11 VFD Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_5 //8266, UNFI PCB clock IVL-2-5/7 tube with RTC
//#define DEBUG
#define FW "fw5" //firmware name
#define USE_DALLAS_TEMP
#define MAXBRIGHTNESS 100
#define TEMP_DALLAS_PIN 3
#define USE_RTC
#define PIN_MODE_SWITCH 17 //Analog A0 port!!!
#define PIN_FLD_BUTTON 16
#define PIN_SET_BUTTON 0
#define PIN_SDA 5 //D1 SDA/SCL swapped
#define PIN_SCL 4 //D2
#define MAX6921
//Fill this table with the OUT positions of the MAX6921 chip!
byte segmentEnablePins[] = {11, 13, 5, 8, 3, 12, 2, 1}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {10, 9, 4, 0}; //segment enable OUTbits of MAX6921 (1,2,3,4,5,6,7,8)
//MAX6921 pins
#define PIN_LE 13 // D6 Shift Register Latch Enable
#define PIN_CLK 12 // D7 Shift Register Clock
#define PIN_DATA 14 // D5 Shift Register Data
#define PIN_BL 15 // D8 Shift Register Blank (1=display off 0=display on)
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IVL-2 VFD Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_6 //8266, GP PCB clock, 4x IN-1 tubes and 4x74141 driver (NON-MULTIPLEX)
#define DEBUG
#define FW "fw6" //firmware name
#define MAXBRIGHTNESS 100
//#define USE_DALLAS_TEMP
//#define TEMP_DALLAS_PIN -1
#define USE_NEOPIXEL
byte tubePixels[] = {0, 0, 1, 1, 2, 2, 3, 3, 3, 3, 2, 2, 1, 1, 0, 0, 0}; //4 tubes, double row, 17 leds (GP)
#define NO_MULTIPLEX74141
byte tubes[] = {3, 2, 1, 0}; //4 tubes, old clock... in clocks.h
#define dataPin 14 //D5
#define latchPin 12 //D6
#define clkPin 13 //D7
#define TEMP_DALLAS_PIN -1
#define COLON_PIN 2 //Blinking Colon pin. If not used, SET TO -1 ( old IN-1-Clock: white:2 brown: SDA)
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IN-1 Nixie Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_6A //8266, UNFI PCB clock, 4x Z568 tubes and 4x74141 driver (NON-MULTIPLEX)
#define DEBUG
#define FW "fw6a" //firmware name
#define MAXBRIGHTNESS 100
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 4
#define GRAD_CHARCODE -1 //no display grad char
#define TEMP_CHARCODE -1 //no display temp char
//#define USE_NEOPIXEL
//byte tubes[] = {2,3,0,1}; //4 tubes, old clock...
byte tubes[] = {5, 4, 2, 3, 0, 1}; //6 tubes, Kovecses clock...
#define NO_MULTIPLEX74141
#define dataPin 14 //D5
#define latchPin 12 //D6
#define clkPin 13 //D7
#define COLON_PIN 15 //Blinking Colon pin. If not used, SET TO -1 ( old IN-1-Clock: white:2 brown: SDA)
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "Z568M Nixie Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
#endif
#ifdef CLOCK_7 //8266 UNFI PCB clock 6x Z574M/Z573M tubes, tube selection by PCF8574 chip
#define DEBUG
#define FW "fw7" //firmware name
#define MAXBRIGHTNESS 100
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 0
//#define USE_NEOPIXEL
//byte tubePixels[] = {0,1,2,3,4,5}; //6 tubes, single leds
//byte tubePixels[] = {5,4,3,2,1,0}; //6 tubes, single leds, reverse direction
#define LEFTDECIMAL true //set true (Z574M), false to Z573M
#define TEMP_CHARCODE -1 //disable char => shift display right with 1 digit
//#define GRAD_CHARCODE -1 //disable char => shift display right with 1 digit
//#define LIGHT_SENSOR_PIN A0 //Only ADC pins are usable! for example: 34,35,36,39...
#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
#define LUX_CALC_SCALAR 12518931 * 1.2
#define PCF_74141
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "Z574M Nixie Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_8 //8266 GP PCB v3 clock with 4x IV-16 Numitron tubes (plexi box) //Flash size: 1MB (FS:160k, OTA:422k)
//#define DEBUG
#define FW "fw8" //firmware name
#define MAXBRIGHTNESS 100
#define PCB_VERSION 3 //1,2 or 3
#define LTBIpin 5
byte digitEnablePins[] = {13, 12, 14, 16}; //define here the digit enable pins from 4 to 8
byte ABCDPins[4] = {4, 0, 2, 15};
#define USE_NEOPIXEL
byte tubePixels[] = {3, 2, 6, 1, 0}; //Numitron 4 tubes, 4 x single leds + 1. The extra led in the middle is not used, is always dark!
#define Numitron_4511N
#define ALARMSPEAKER_PIN -1 //Alarm buzzer pin
#define ALARMBUTTON_PIN -1 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "Numitron Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_9 //8266 GP PCB v1 clock with 4x IV-16 Numitron tubes (brown box) //Flash size: 1MB (FS:160k, OTA:422k)
#define DEBUG
#define FW "fw9" //firmware name
#define MAXBRIGHTNESS 100
#define PCB_VERSION 1 //1,2 or 3
#define Numitron_4511N
#define LTBIpin 5
byte digitEnablePins[] = {13, 12, 14, 16}; //define here the digit enable pins from 4 to 8
byte ABCDPins[4] = {4, 0, 2, 15};
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "Numitron Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_10 //8266 LED Clock with MAX7219 chip
#define DEBUG
#define MAXBRIGHTNESS 10
#define FW "fw10" //firmware name
#define MAX7219CNG
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "LED UniClock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_11 //8266 LED Clock with MM5450 chip
#define DEBUG
#define FW "fw11" //firmware name
#define MAXBRIGHTNESS 100
//#define USE_DALLAS_TEMP
//#define TEMP_DALLAS_PIN 2
//#define RADAR_PIN 4
#define RADAR_TIMEOUT 5 //min
#define LIGHT_SENSOR_PIN A0 //Only ADC pins are usable! for example: 34,35,36,39...
#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
#define MM5450
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "LED UniClock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_12 //8266 VFD Clock with PT6355 chip
#define DEBUG
#define FW "fw12" //firmware name
#define PT6355
int maxDigits = 6;
byte segmentEnablePins[] = {16, 7, 0, 1, 2, 3, 4, 5, 6, 8, 9, 11, 10, 12, 13, 14, 15}; //segment enable bits
#define PIN_CS 22 //12 or 15 // D6 CS_
#define PIN_CLK 16 // D7 Clock
#define PIN_SIN 21 // D5 DataIN
#define PIN_SDA 19
#define PIN_SCL 23
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 5
#define ALARMSPEAKER_PIN 26 //Alarm buzzer pin
#define ALARMBUTTON_PIN 4 //32 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define RADAR_PIN -1
#define RADAR_TIMEOUT 5 //5min
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "VFD UniClock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_13 //8266 GP PCB v1 clock with 4x IV-16 Numitron tubes + GPS timesync (white box)
#define DEBUG
#define FW "fw13" //firmware name
#define MAXBRIGHTNESS 10
#define USE_GPS
#define PCB_VERSION 3 //1,2 or 3
#define Numitron_4511N
#define LTBIpin 5
byte digitEnablePins[] = {13, 12, 14, 16}; //define here the digit enable pins from 4 to 8
byte ABCDPins[4] = {4, 0, 2, 15};
#define AP_NAME "UNICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "Numitron UniClock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_14 //8266 6X LD8035 VFD-clock
#define DEBUG
#define FW "fw14" //firmware name
#define MAXBRIGHTNESS 100
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 4 //Dallas temp sensor pin. If not used, SET TO -1
#define MAX6921
byte segmentEnablePins[] = {7, 9, 2, 4, 8, 5, 6, 3}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {14, 15, 19, 18, 17, 16}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6,7,8) (You may define any number)
//MAX6921 pins
#define PIN_LE 0 // D3 Shift Register Latch Enable
#define PIN_CLK 2 // D4 Shift Register Clock
#define PIN_DATA 5 // D1 Shift Register Data
#define PIN_BL 15 // D8 Shift Register Blank (1=display off 0=display on)
//#define LIGHT_SENSOR_PIN A0 //Only ADC pins are usable!
//#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
//#define LUX_CALC_SCALAR 12518931 * 1.2
#define AP_NAME "UNFICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "LD 8035 VFD Clock"
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_15 //8266 6X IV-6 VFD-clock RGB
#define DEBUG
#define FW "fw15" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 3
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 4 //Dallas temp sensor pin. If not used, SET TO -1
#define MAX6921
byte segmentEnablePins[] = {7, 9, 2, 4, 8, 5, 6, 3}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {14, 15, 19, 18, 17, 16}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6,7,8) (You may define any number)
//MAX6921 pins
#define PIN_LE 0 // D3 Shift Register Latch Enable
#define PIN_CLK 2 // D4 Shift Register Clock
#define PIN_DATA 5 // D1 Shift Register Data
#define PIN_BL 15 // D8 Shift Register Blank (1=display off 0=display on)
#define ALARMSPEAKER_PIN 12 //Alarm buzzer pin
#define ALARMBUTTON_PIN 13 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define LIGHT_SENSOR_PIN A0 //Only ADC pins are usable!
//#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
//#define LUX_CALC_SCALAR 12518931 * 1.2
#define AP_NAME "UNFICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IV-6 VFD Clock"
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_15a //8266 6X IV-6 VFD-clock RGB
#define DEBUG
#define FW "fw15A" //firmware name
#define MAXBRIGHTNESS 100
//#define USE_NEOPIXEL
//#define NEOPIXEL_PIN 3
#define PIN_FLD_BUTTON 16
#define PIN_SET_BUTTON 13
#define USE_RTC
#define PIN_SDA 2
#define PIN_SCL 0
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 5 //Dallas temp sensor pin. If not used, SET TO -1
#define MAX6921
byte segmentEnablePins[] = {10, 11, 16, 15, 14, 13, 12, 17}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {6, 7, 8, 9, 19, 18}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6,7,8) (You may define any number)
//MAX6921 pins
#define PIN_LE 12 // D3 Shift Register Latch Enable
#define PIN_CLK 14 // D4 Shift Register Clock
#define PIN_DATA 15 // D1 Shift Register Data
#define PIN_BL 4 // D8 Shift Register Blank (1=display off 0=display on)
//#define LIGHT_SENSOR_PIN A0 //Only ADC pins are usable!
//#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
//#define LUX_CALC_SCALAR 12518931 * 1.2
#define AP_NAME "UNFICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IV-6 VFD Clock"
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_16 //8266 4X IV-6, 1X LD8035
#define DEBUG
#define FW "fw16" //firmware name
#define MAXBRIGHTNESS 100
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 4 //Dallas temp sensor pin. If not used, SET TO -1
#define MAX6921
byte segmentEnablePins[] = {7, 9, 2, 4, 8, 5, 6, 3}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {19, 18, 17, 16}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6,7,8) (You may define any number)
//MAX6921 pins
#define PIN_LE 0 // D3 Shift Register Latch Enable
#define PIN_CLK 2 // D4 Shift Register Clock
#define PIN_DATA 5 // D1 Shift Register Data
#define PIN_BL 15 // D8 Shift Register Blank (1=display off 0=display on)
//#define LIGHT_SENSOR_PIN A0 //Only ADC pins are usable!
//#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
//#define LUX_CALC_SCALAR 12518931 * 1.2
#define AP_NAME "UNFICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IV-6 VFD Clock"
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_17 //8266 + PT6311 4X IV-22, russian clock
#define DEBUG
#define USE_RTC
#define FW "fw17" //firmware name
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 3
byte tubePixels[] = {0, 1, 2, 3}; //4 tubes, single leds
#define MAXBRIGHTNESS 10
//#define USE_DALLAS_TEMP
//#define TEMP_DALLAS_PIN 4 //Dallas temp sensor pin. If not used, SET TO -1
#define USE_RTC
#define PT6311
byte segmentEnablePins[] = {4, 3, 1, 7, 6, 5, 2, 0};
byte digitEnablePins[] = {0, 1, 2, 3};
//PT6311 pins
#define PIN_CLK 14 // Clock
#define PIN_DIN 13 // DataIN
#define PIN_LOAD 15 // STB pin
//#define LIGHT_SENSOR_PIN A0 //Only ADC pins are usable!
//#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
//#define LUX_CALC_SCALAR 12518931 * 1.2
#define PIN_SDA 4
#define PIN_SCL 5
#define AP_NAME "UNFICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IV-22 VFD Clock"
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_18 //8266 IV-18 VFD-clock RGB
#define DEBUG
#define FW "fw18" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 3
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
//#define USE_DALLAS_TEMP
//#define TEMP_DALLAS_PIN -1 //Dallas temp sensor pin. If not used, SET TO -1
#define USE_DHT_TEMP
#define DHTTYPE DHT11
#define TEMP_DHT_PIN 12
#define MAX6921
byte segmentEnablePins[] = {13, 15, 18, 19, 17, 14, 16, 12}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {6, 10, 5, 4, 0, 3, 2, 1}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6,7,8) (You may define any number)
//MAX6921 pins
#define PIN_LE 4 // D4 Shift Register Latch Enable
#define PIN_CLK 5 // D1 Shift Register Clock
#define PIN_DATA 2 // D4 Shift Register Data
#define PIN_BL 14 // D5 Shift Register Blank (1=display off 0=display on)
#define ALARMSPEAKER_PIN 16 //Alarm buzzer pin
#define ALARMBUTTON_PIN 13 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define LIGHT_SENSOR_PIN A0 //Only ADC pins are usable!
//#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
//#define LUX_CALC_SCALAR 12518931 * 1.2
#define AP_NAME "UNFICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "IV-18 VFD Clock"
//#define DISABLE_NIGHT_ANIMATION
#endif
//____________ P.S. clocks / thermometers ____________________________________________
#ifdef CLOCK_20 //8266 D1-mini, P.S. PCB 4xIN14 clock-thermometer
//#define DEBUG
#define FW "fw20" //firmware name
#define MAXBRIGHTNESS 100
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 3 //RX
#define MULTIPLEX74141
byte digitEnablePins[] = {15, 13, 12, 14};
byte ABCDPins[4] = {2, 4, 5, 0};
#define DP_PIN -1 // decimalPoint inside Nixie tube, set -1, if not used!
#define ENABLE_CLOCK_DISPLAY true //don't display date/time!!!
#define DATE_REPEAT_MIN 3 //show date only every xxx minute. If zero, datum is never displayed
#define SHIFT_TUBES_LEFT_BY_1 //shift left IP address by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 15
#define GRAD_CHARCODE 16
#define PERCENT_CHARCODE 17
#define COLON_PIN 1 //TX //Blinking Colon pin. If not used, SET TO -1
#define LED_SWITCH_PIN 16 //external led backlight ON/OFF. If not used, SET TO -1
#define AP_NAME "Nixie ORA"
#define AP_PASSWORD ""
#define WEBNAME "Nixie IN-14 Óra"
#define DEFAULT_SSID ""
#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_21 //8266 D1-mini, P.S. PCB 3xIN14 1xIN-19A thermometer / humidity
//#define DEBUG
#define FW "fw21" //firmware name
#define MAXBRIGHTNESS 100
#define USE_DHT_TEMP
#define DHTTYPE DHT22
#define TEMP_DHT_PIN 3 //RX
#define MULTIPLEX74141
byte digitEnablePins[] = {15, 13, 12, 14};
byte ABCDPins[4] = {2, 4, 5, 0};
#define DP_PIN -1 // decimalPoint inside Nixie tube, set -1, if not used!
#define ENABLE_CLOCK_DISPLAY false //don't display date/time!!!
#define SHIFT_TUBES_LEFT_BY_1 //shift left IP address by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 4
#define GRAD_CHARCODE 16
#define PERCENT_CHARCODE 7
#define LED_SWITCH_PIN 16 //external led backlight ON/OFF. If not used, SET TO -1
#define DECIMALPOINT_PIN 1 //TX //Nixie decimal point between digits. If not used, SET TO -1
#define DATE_REPEAT_MIN 0 //show date only every xxx minute. If zero, datum is never displayed
#define TEMP_START 01
#define TEMP_END 45
#define HUMID_START 45
#define HUMID_END 59
#define AP_NAME "Nixie Homero"
#define AP_PASSWORD ""
#define WEBNAME "Nixie Hőmérő"
#define DEFAULT_SSID ""
#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_22 //8266 NODEMCU, P.S. PCB 3xIN14 1xIN-19A thermometer / humidity
//#define DEBUG
#define FW "fw22" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
byte tubePixels[] = {0, 1, 2, 3}; //4 tubes, single leds
#define USE_DHT_TEMP
#define DHTTYPE DHT22
#define TEMP_DHT_PIN 1
#define MULTIPLEX74141
byte digitEnablePins[] = {15, 13, 12, 14};
byte ABCDPins[4] = {2, 4, 5, 0};
#define DP_PIN -1 // decimalPoint inside Nixie tube, set -1, if not used!
#define ENABLE_CLOCK_DISPLAY false //don't display date/time!!!
#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 5
#define GRAD_CHARCODE 16
#define PERCENT_CHARCODE 6
#define DECIMALPOINT_PIN 16 //Nixie decimal point between digits. If not used, SET TO -1
#define DATE_REPEAT_MIN 0 //show date only every xxx minute. If zero, datum is never displayed
#define TEMP_START 01
#define TEMP_END 45
#define HUMID_START 45
#define HUMID_END 59
#define AP_NAME "Nixie Homero"
#define AP_PASSWORD ""
#define WEBNAME "Nixie Hőmérő"
#define DEFAULT_SSID ""
#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_23 //ESP32 D1 mini, P.S. PCB 3xIN14 1xIN-19A thermometer / humidity
#define DEBUG
#define SIMULATE_TEMPERATURE_SENSOR
#define FW "fw23" //firmware name
#define MAXBRIGHTNESS 100
//#define USE_NEOPIXEL
//#define NEOPIXEL_PIN 22
//byte tubePixels[] = {0,1,2,3}; //4 tubes, single leds
//#define USE_DHT_TEMP
#define DHTTYPE DHT22
#define TEMP_DHT_PIN 1
#define MULTIPLEX74141_ESP32
//byte digitEnablePins[] = {26,18,33,19}; //Old sw,old ESP32
byte digitEnablePins[] = {19, 33, 18, 26};
byte ABCDPins[4] = {32, 16, 4, 17};
#define DP_PIN -1 // decimalPoint inside Nixie tube, set -1, if not used!
#define ENABLE_CLOCK_DISPLAY false //don't display date/time!!!
#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define USE_SHT21 //I2C Temperature + humidity
#define PIN_SDA 25 // you can set the used SDA and SCL pins
#define PIN_SCL 21 // if it is not default value
#define TEMP_CHARCODE 5
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 6
#define DECIMALPOINT_PIN 23 //Nixie decimal point between digits. If not used, SET TO -1
#define DATE_REPEAT_MIN 0 //show date only every xxx minute. If zero, datum is never displayed
#define TEMP_START 01
#define TEMP_END 45
#define HUMID_START 45
#define HUMID_END 59
#define AP_NAME "Nixie-Homero"
#define AP_PASSWORD ""
#define WEBNAME "Nixie Hőmérő"
#define DEFAULT_SSID "***NET***"
#define DEFAULT_PSW "Szentatya5"
//#define USE_WIFIMANAGER
#define DISABLE_NIGHT_ANIMATION
//#define DISABLE_BROWNOUT
//#define USE_MQTT
#define MQTT_PREFIX "Nixie_Homero"
#define USE_MASTER_CLOCK //enable it, if you want to get any data from MASTER CLOCK. This will be the sensor#0
//#define USE_MASTER_TEMP //enable it, if you want to get temperature from MASTER CLOCK
//#define USE_MASTER_HUMID //enable it, if you want to get humidity from MASTER CLOCK
#define USE_MASTER_RADAR //enable it, if you want to get radar from MASTER CLOCK
//#define MASTER_TEMPERATURE_TOPIC "homeassistant/sensor/10521c5e14c4/temperature/state"
//#define MASTER_HUMIDITY_TOPIC "homeassistant/sensor/10521c5e14c4/humidity/state"
#define MASTER_RADAR_TOPIC "Nixie_IN-18_Clock/sensor/10521c5e14c4/radar/state"
#endif
#ifdef CLOCK_23A //ESP32 WROOM, U.Z. PCB 4xZ566M 1xIN-19A thermometer / humidity
#define DEBUG
#define FW "fw23A" //firmware name
#define MAXBRIGHTNESS 100
byte tubePixels[] = {0, 1, 2, 3}; //4 tubes, single leds
#define USE_DHT_TEMP
#define DHTTYPE DHT11
#define TEMP_DHT_PIN 19
#define MULTIPLEX74141_ESP32
byte digitEnablePins[] = {18, 13, 12, 27, 5}; //C/percent - tenths-of-degree (tizedfok) - degree ones (fok1) - tens-of-degree (fok10) - sign (előjel), pin 18
byte ABCDPins[4] = {26, 33, 32, 25};
#define COLON_PIN 14 // decimalPoint inside Nixie tube, set -1, if not used!
#define ENABLE_CLOCK_DISPLAY false //don't display date/time!!!
#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define USE_SHT21 //I2C Temperature + humidity
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
#define TEMP_CHARCODE 4
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 7
#define PLUS_CHARCODE 0
#define MINUS_CHARCODE 1
#define DATE_REPEAT_MIN 0 //show date only every xxx minute. If zero, datum is never displayed
#define TEMP_START 01
#define TEMP_END 45
#define HUMID_START 45
#define HUMID_END 59
#define AP_NAME "Nixie-Homero"
#define AP_PASSWORD ""
#define WEBNAME "Nixie Hőmérő"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define USE_MQTT
//#define MQTT_PREFIX "Nixie_Homero"
//#define USE_MASTER_CLOCK //enable it, if you want to get any data from MASTER CLOCK. This will be the sensor#0
//#define USE_MASTER_TEMP //enable it, if you want to get temperature from MASTER CLOCK
//#define USE_MASTER_HUMID //enable it, if you want to get humidity from MASTER CLOCK
//#define USE_MASTER_RADAR //enable it, if you want to get radar from MASTER CLOCK
//#define MASTER_TEMPERATURE_TOPIC "homeassistant/sensor/10521c5e14c4/temperature/state"
//#define MASTER_HUMIDITY_TOPIC "homeassistant/sensor/10521c5e14c4/humidity/state"
//#define MASTER_RADAR_TOPIC "Nixie_IN-18_Clock/sensor/3c6105172188/radar/state"
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_23B //ESP32 WROOM U.Z. PCB Z571M+4xZ566M+IN-19A clock/thermometer/humidity
#define DEBUG
#define FW "fw23B" //firmware name
#define THERMOMETER_CLOCK
#define MAXBRIGHTNESS 100
#define USE_DHT_TEMP
#define DHTTYPE DHT11
#define TEMP_DHT_PIN 19
#define MULTIPLEX74141_ESP32
byte digitEnablePins[] = {13, 17, 12, 27, 5, 18}; //sign (előjel), pin 18 - tens-of-degree (fok10) - degree ones (fok1) - tenths-of-degree (tizedfok) - hundredths-of-degree (századfok) - C/percent, pin 13
byte ABCDPins[4] = {26, 33, 32, 25};
#define COLON_PIN 14 // decimalPoint inside Nixie tube, set -1, if not used!
#define ENABLE_CLOCK_DISPLAY false //don't display date/time!!!
#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define USE_SHT21 //I2C Temperature + humidity
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
#define TEMP_CHARCODE 4
#define PERCENT_CHARCODE 7
#define PLUS_CHARCODE 0
#define MINUS_CHARCODE 1
#define DATE_REPEAT_MIN_1 //show date only every xxx minute. If zero, datum is never displayed
#define TEMP_START 40
#define TEMP_END 45
#define HUMID_START 45
#define HUMID_END 50
#define AP_NAME "Nixie-Ora-Homero"
#define AP_PASSWORD ""
#define WEBNAME "Nixie Óra-Hőmérő-Páramérő"
#endif
#ifdef CLOCK_26 //ESP32 D1 mini, UNFI 6 x IV-11 VFD tubes clock, SHT21
#define DEBUG
#define FW "fw26" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 22
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 25 //Dallas temp sensor pin. If not used, SET TO -1
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 25 //DHT temp sensor pin. If not used, SET TO -1
#define USE_BME280 //I2C Temperature + humidity + pressure
#define USE_BMP280 //I2C Temperature + barometric pressure
#define USE_AHTX0 //I2C Temperature + humidity
#define USE_SHT21 //I2C Temperature + humidity
#define PIN_SDA 26 // you can set the used SDA and SCL pins
#define PIN_SCL 27 // if it is not default value
//#define USE_MQTT
#define MAX6921_ESP32
byte segmentEnablePins[] = {19, 17, 15, 12, 13, 16, 18, 14}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {9, 8, 7, 2, 1, 0}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6) (You may define any number)
#define DOUBLE_BLINK //both separator points are blinking
#define DATE_REPEAT_MIN 60 //show date only every xxx minute. If zero, datum is never displayed
#define DATE_START 07
#define DATE_END 12
#define TEMP_START 25
#define TEMP_END 30
#define HUMID_START 30
#define HUMID_END 35
//MAX6921 pins
#define PIN_LE 4 // Shift Register Latch Enable
#define PIN_CLK 17 // Shift Register Clock
#define PIN_DATA 16 // Shift Register Data
#define PIN_BL 32 // Shift Register Blank (1=display off 0=display on)
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 0 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "VFD-Ora"
#define AP_PASSWORD ""
#define WEBNAME "VFD-Óra"
#define DEFAULT_SSID "***NET***"
#define DEFAULT_PSW "Szentatya5"
//#define USE_WIFIMANAGER
#define DISABLE_NIGHT_ANIMATION
//#define DISABLE_BROWNOUT
#define USE_MQTT
//#define MQTT_PREFIX "VFD-Clock"
#define USE_MASTER_CLOCK //enable it, if you want to get any data from MASTER CLOCK. This will be the sensor#0
//#define USE_MASTER_TEMP //enable it, if you want to get temperature from MASTER CLOCK
//#define USE_MASTER_HUMID //enable it, if you want to get humidity from MASTER CLOCK
#define USE_MASTER_RADAR //enable it, if you want to get radar from MASTER CLOCK
//#define MASTER_TEMPERATURE_TOPIC "homeassistant/sensor/10521c5e14c4/temperature/state"
//#define MASTER_HUMIDITY_TOPIC "homeassistant/sensor/10521c5e14c4/humidity/state"
#define MASTER_RADAR_TOPIC "Nixie_IN-18_Clock/sensor/10521c5e14c4/radar/state"
#endif
//______________________ESP-32 CLOCKS (2x18pin ESP32 module) ______________________________________________________
#ifdef CLOCK_30 //ESP32, UNFI PCB clock, 6 x IV-11 VFD tubes
#define DEBUG
#define FW "fw30" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 2
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define DATE_REPEAT_MIN 3 //show date only every 3 minutes. If zero, datum is never displayed
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 23 //15 //Dallas temp sensor pin. If not used, SET TO -1
#define MAX6921_ESP32
byte segmentEnablePins[] = {19, 17, 15, 12, 13, 16, 18, 14}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {9, 8, 7, 2, 1, 0}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6) (You may define any number)
#define DOUBLE_BLINK //both separator points are blinking
//MAX6921 pins
#define PIN_LE 14 // Shift Register Latch Enable
#define PIN_CLK 13 // Shift Register Clock
#define PIN_DATA 27 // Shift Register Data
#define PIN_BL 12 // Shift Register Blank (1=display off 0=display on)
//#define PIN_SDA 21 // you can set the used SDA and SCL pins
//#define PIN_SCL 22 // if it is not default value
#define ALARMSPEAKER_PIN 33 //Alarm buzzer pin
#define ALARMBUTTON_PIN -1 //32 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define RADAR_PIN -1
#define RADAR_TIMEOUT 5 //5min
//#define TUBE_POWER_PIN 25
//#define TUBE_POWER_ON LOW
#define LIGHT_SENSOR_PIN 35 //Only ADC pins are usable! for example: 34,35,36,39...
#define MAXIMUM_LUX 100 //Lux level for maximum tube brightness
#define LUX_CALC_SCALAR 12518931 * 1.2
#define AP_NAME "UNICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "GP IV-11"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_31 //ESP32, UNFI board, 6 x Z573M Nixie tubes
#define DEBUG
#define FW "fw31" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 2
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 23 //Dallas temp sensor pin. If not used, SET TO -1
#define MULTIPLEX74141_ESP32
byte digitEnablePins[] = {4, 16, 17, 5, 18, 19}; //ESP32 6x tube Clock
byte ABCDPins[4] = {12, 27, 14, 13};
#define DP_PIN 15 // decimalPoint inside Nixie tube, set -1, if not used!
#define LEFTDECIMAL false //set true (Z574M), if decimal point is on the left side on the tube. Else set false (Z573M)!
//#define TEMP_CHARCODE -1 //disable char => shift display right with 1 digit
//#define GRAD_CHARCODE -1 //disable char => shift display right with 1 digit
#define ALARMSPEAKER_PIN 33 //Alarm buzzer pin
#define ALARMBUTTON_PIN 32 //Alarm switch off button pin
#define ALARM_ON HIGH
#define AP_NAME "UNICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32UniClock 3.0"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_32 //ESP32, UNFI 6 x IV-11 VFD tubes clock, DHT22 sensor
#define DEBUG
#define FW "fw32" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 2
#define LIGHT_SENSOR_PIN 23
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DHT_TEMP
#define DHTTYPE DHT22
#define TEMP_DHT_PIN 23 //DHT temp sensor pin. If not used, SET TO -1
#define MAX6921_ESP32
byte segmentEnablePins[] = {19, 17, 15, 12, 13, 16, 18, 14}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {9, 8, 7, 2, 1, 0}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6) (You may define any number)
//MAX6921 pins
#define PIN_LE 14 // Shift Register Latch Enable
#define PIN_CLK 13 // Shift Register Clock
#define PIN_DATA 27 // Shift Register Data
#define PIN_BL 12 // Shift Register Blank (1=display off 0=display on)
//#define ALARMSPEAKER_PIN 33 //Alarm buzzer pin
#define ALARMBUTTON_PIN 32 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "UNICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32UniClock 3.0"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_33 //TOM025 ESP32, Palfi S. board, 6 x Z573M Nixie tubes
#define DEBUG
#define FW "fw33"
#define MAXBRIGHTNESS 100
//#define USE_NEOPIXEL
//#define NEOPIXEL_PIN 2
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
//#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 23 //Dallas temp sensor pin. If not used, SET TO -1
#define MULTIPLEX74141_ESP32
byte digitEnablePins[] = {22, 23, 21, 19, 12, 14}; //ESP32 6x tube Clock
byte ABCDPins[4] = {18, 5, 16, 17};
#define DP_PIN 15 // decimalPoint inside Nixie tube, set -1, if not used!
#define LEFTDECIMAL false //set true (Z574M), if decimal point is on the left side on the tube. Else set false (Z573M)!
//#define TEMP_CHARCODE -1 //disable char => shift display right with 1 digit
//#define GRAD_CHARCODE -1 //disable char => shift display right with 1 digit
//#define ALARMSPEAKER_PIN 33 //Alarm buzzer pin
//#define ALARMBUTTON_PIN 32 //Alarm switch off button pin
//#define ALARM_ON HIGH
#define AP_NAME "UNICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32UniClock 3.0"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_34 //Mule V2 ESP32, board, 6 x SA40 LED Display
#define DEBUG
#define FW "fw34"
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 26
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
//#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 25 //Dallas temp sensor pin. If not used, SET TO -1
#define MULE_V2
byte digitEnablePins[] = {5, 16, 23}; //CD4028 A,B,C
byte ABCDPins[4] = {33, 32, 14, 13}; //CD4543 A,B,C,D
//#define DP_PIN 15 // decimalPoint inside Nixie tube, set -1, if not used!
//#define LEFTDECIMAL false //set true (Z574M), if decimal point is on the left side on the tube. Else set false (Z573M)!
//#define TEMP_CHARCODE -1 //disable char => shift display right with 1 digit
//#define GRAD_CHARCODE -1 //disable char => shift display right with 1 digit
//#define ALARMSPEAKER_PIN 22 //Alarm buzzer pin
//#define ALARMBUTTON_PIN 32 //Alarm switch off button pin
//#define ALARM_ON HIGH
#define AP_NAME "UNICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32UniClock 3.0"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_35 //ESP32, 6X Z566M and 3x 74595 6x74141 driver (NON-MULTIPLEX)
#define DEBUG
#define SIMULATE_TEMPERATURE_SENSOR
#define FW "fw35" //firmware name
#define MAXBRIGHTNESS 100
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 32
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 25
//#define USE_DHT_TEMP
#define TEMP_DHT_PIN 32
byte tubes[] = {5, 4, 3, 2, 1, 0}; //6 tubes, reverse order
byte tubePixels[] = {5, 4, 3, 2, 1, 0};
#define dataPin 14 //D5
#define latchPin 27 //D6
#define clkPin 26 //D7
#define NO_MULTIPLEX_ESP32
#define COLON_PIN 13 //Blinking Colon pin. If not used, SET TO -1
#define ALARMSPEAKER_PIN 12 //Alarm buzzer pin
//#define ALARMBUTTON_PIN 36 //Alarm switch off button pin
#define ALARM_ON HIGH
#define LIGHT_SENSOR_PIN 35
#define MAXIMUM_LUX 100
#define LUX_CALC_SCALAR 12518931 * 1.2 //Calibrate here
//#define RADAR_PIN 15
//#define RADAR_TIMEOUT 5 //min
#define USE_RTC
#define PIN_SDA 21
#define PIN_SCL 22
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "Z566M Nixie Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#define DISPLAYTEMP_ONLY_2DIGITS
#define DISPLAYHUMID_ONLY_2DIGITS
#define GRAD_CHARCODE 10 //no display grad char
#define TEMP_CHARCODE 10 //no display temp char
#define PERCENT_CHARCODE 10 //no % tube
#define TEMP_START_POSITION 3
#define HUMID_START_POSITION 3
#endif
#ifdef CLOCK_36 //ESP32, 4x IN-1 tubes and 4x74141 driver (NON-MULTIPLEX)
#define DEBUG
#define FW "fw35" //firmware name
#define MAXBRIGHTNESS 100
//#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN -1
#define USE_NEOPIXEL
#define dataPin 14 //D5
#define latchPin 27 //D6
#define clkPin 26 //D7
byte tubes[] = {3, 2, 1, 0}; //4 tubes, old clock...
byte tubePixels[] = {0, 0, 1, 1, 2, 2, 3, 3, 3, 3, 2, 2, 1, 1, 0, 0, 0}; //4 tubes, double row, 17 leds (GP)
#define NO_MULTIPLEX_ESP32
#define COLON_PIN 2 //Blinking Colon pin. If not used, SET TO -1 ( old IN-1-Clock: white:2 brown: SDA)
#define AP_NAME "UNICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "IN-1 Nixie Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
//______________________ESP-32 CLOCKS (2x20pin ESP32 D1 mini module) ______________________________________________________
#ifdef CLOCK_40 //V1 ESP32, UNFI 6 x IV-11 VFD tubes clock
#define DEBUG
#define FW "fw40" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 22
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 25 //Dallas temp sensor pin. If not used, SET TO -1
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 25 //DHT temp sensor pin. If not used, SET TO -1
#define MAX6921_ESP32
byte segmentEnablePins[] = {19, 17, 15, 12, 13, 16, 18, 14}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {9, 8, 7, 2, 1, 0}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6) (You may define any number)
#define DOUBLE_BLINK //both separator points are blinking
//MAX6921 pins
#define PIN_LE 4 // Shift Register Latch Enable
#define PIN_CLK 17 // Shift Register Clock
#define PIN_DATA 16 // Shift Register Data
#define PIN_BL 32 // Shift Register Blank (1=display off 0=display on)
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 0 //Alarm switch off button pin
#define TUBE_POWER_PIN 23
#define TUBE_POWER_ON HIGH
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32 IV-11 VFD-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_41 //V2 ESP32, UNFI 6 x IV-11 VFD tubes clock (jumper wire)
#define DEBUG
#define FW "fw41" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 32
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 4 //Dallas temp sensor pin. If not used, SET TO -1
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 4 //DHT temp sensor pin. If not used, SET TO -1
#define MAX6921_ESP32
byte segmentEnablePins[] = {19, 17, 15, 12, 13, 16, 18, 14}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {9, 8, 7, 2, 1, 0}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6) (You may define any number)
#define DOUBLE_BLINK //both separator points are blinking
//MAX6921 pins
#define PIN_LE 22 // Shift Register Latch Enable
#define PIN_CLK 17 // Shift Register Clock
#define PIN_DATA 16 // Shift Register Data
#define PIN_BL 21 // Shift Register Blank (1=display off 0=display on)
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 0 //Alarm switch off button pin
#define TUBE_POWER_PIN 23
#define TUBE_POWER_ON HIGH
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32 IV-11 VFD-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_42 //V3 ESP32, UNFI 6 x IV-11 VFD tubes clock
#define DEBUG
#define FW "fw42" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 25
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 22 //Dallas temp sensor pin. If not used, SET TO -1
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 22 //DHT temp sensor pin. If not used, SET TO -1
#define MAX6921_ESP32
byte segmentEnablePins[] = {19, 17, 15, 12, 13, 16, 18, 14}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {9, 8, 7, 2, 1, 0}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6) (You may define any number)
#define DOUBLE_BLINK //both separator points are blinking
//MAX6921 pins
#define PIN_LE 4 // Shift Register Latch Enable
#define PIN_CLK 17 // Shift Register Clock
#define PIN_DATA 16 // Shift Register Data
#define PIN_BL 32 // Shift Register Blank (1=display off 0=display on)
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 0 //Alarm switch off button pin
#define TUBE_POWER_PIN 27
#define TUBE_POWER_ON HIGH
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32 IV-11 VFD-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_43 //V1 ESP32, UNFI board, 6 x Z573M Nixie tubes
#define DEBUG
//#define SIMULATE_TEMPERATURE_SENSOR
#define FW "fw43" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 22
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 25
#define TEMP_DALLAS_PIN 25 //Dallas temp sensor pin. If not used, SET TO -1
#define MULTIPLEX74141_ESP32
byte DRAM_ATTR digitEnablePins[] = {26, 18, 33, 19, 23, 5}; //ESP32 6x tube Clock
byte DRAM_ATTR ABCDPins[4] = {32, 16, 4, 17};
#define DP_PIN 27 // decimalPoint inside Nixie tube, set -1, if not used!
#define LEFTDECIMAL false //set true (Z574M), if decimal point is on the left side on the tube. Else set false (Z573M)!
//#define TEMP_CHARCODE -1 //disable char => shift display right with 1 digit
//#define GRAD_CHARCODE -1 //disable char => shift display right with 1 digit
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 0 //Alarm switch off button pin
#define ALARM_ON HIGH
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "Z573M Nixie-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_44 //V2 ESP32, UNFI board, 6 x Z573M Nixie tubes (rewired revision, átkötéses)
#define DEBUG
#define FW "fw44" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 32
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 4
#define TEMP_DALLAS_PIN 4 //Dallas temp sensor pin. If not used, SET TO -1
#define MULTIPLEX74141_ESP32
byte digitEnablePins[] = {26, 18, 33, 19, 5, 25}; //ESP32 6x tube Clock
byte ABCDPins[4] = {21, 16, 22, 17};
#define DP_PIN 27 // decimalPoint inside Nixie tube, set -1, if not used!
#define LEFTDECIMAL false //set true (Z574M), if decimal point is on the left side on the tube. Else set false (Z573M)!
//#define TEMP_CHARCODE -1 //disable char => shift display right with 1 digit
//#define GRAD_CHARCODE -1 //disable char => shift display right with 1 digit
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 0 //Alarm switch off button pin
#define ALARM_ON HIGH
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32 Z573M Nixie-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_45 //V3 ESP32, UNFI board, 6 x Z573M Nixie tubes
#define DEBUG
#define FW "fw45" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 25
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 22
#define TEMP_DALLAS_PIN 22 //Dallas temp sensor pin. If not used, SET TO -1
#define MULTIPLEX74141_ESP32
byte digitEnablePins[] = {26, 18, 33, 19, 23, 5}; //ESP32 6x tube Clock
byte ABCDPins[4] = {32, 16, 4, 17};
#define DP_PIN 27 // decimalPoint inside Nixie tube, set -1, if not used!
#define LEFTDECIMAL false //set true (Z574M), if decimal point is on the left side on the tube. Else set false (Z573M)!
//#define TEMP_CHARCODE -1 //disable char => shift display right with 1 digit
//#define GRAD_CHARCODE -1 //disable char => shift display right with 1 digit
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 0 //Alarm switch off button pin
#define ALARM_ON HIGH
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32 Z573M Nixie-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_46 //ESP32, UNFI board, 6 x IV-9 Numitron tubes
#define DEBUG
#define ANIMSPEED 70
#define FW "fw46" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 22
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 27
#define TEMP_DALLAS_PIN 27 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 35
#define PIN_SDA 5 // you can set the used SDA and SCL pins
#define PIN_SCL 0 // if it is not default value
#define USE_BH1750 //I2C luxmeter sensor
#define USE_BME280 //I2C Temperature + humidity + pressure
#define USE_BMP280 //I2C Temperature + barometric pressure
#define USE_AHTX0 //I2C Temperature + humidity
#define USE_SHT21 //I2C Temperature + humidity
#define Numitron_4511N
#define PCB_VERSION 32
#define LTBIpin 23
byte digitEnablePins[] = {4, 16, 17, 32, 21, 25}; //ESP32 6x tube Clock
byte ABCDPins[4] = {19, 18, 26, 33};
#define DP_PIN -1 // decimalPoint inside Nixie tube, set -1, if not used!
#define LEFTDECIMAL false //set true (Z574M), if decimal point is on the left side on the tube. Else set false (Z573M)!
//#define TEMP_CHARCODE -1 //disable char => shift display right with 1 digit
//#define GRAD_CHARCODE -1 //disable char => shift display right with 1 digit
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
//#define ALARMBUTTON_PIN 34 //Alarm switch off button pin
#define ALARM_ON HIGH
#define AP_NAME "NUMITRON6_CLOCK"
#define AP_PASSWORD ""
#define WEBNAME "ESP32 Numitron-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_47 //V3 ESP32, UNFI 10-LT-50G VFD tubes clock
#define DEBUG
#define FW "fw47" //firmware name
#define MAXBRIGHTNESS 100
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 22 //Dallas temp sensor pin. If not used, SET TO -1
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 22 //DHT temp sensor pin. If not used, SET TO -1
#define MAX6921_ESP32
byte segmentEnablePins[] = {12, 13, 16, 18, 17, 14, 15, 19}; //segment enable OUTbits of MAX6921 (a,b,c,d,e,f,g,DP) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {10, 9, 8, 7, 2, 1, 0, 11}; //digit enable OUTbits of MAX6921 (1,2,3,4,5,6,7,8) (You may define any number)
#define DOUBLE_BLINK //both separator points are blinking
//MAX6921 pins
#define PIN_LE 4 // Shift Register Latch Enable
#define PIN_CLK 17 // Shift Register Clock
#define PIN_DATA 16 // Shift Register Data
#define PIN_BL 32 // Shift Register Blank (1=display off 0=display on)
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 0 //Alarm switch off button pin
#define TUBE_POWER_PIN 27
#define TUBE_POWER_ON HIGH
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32 10-LT-50G VFD-Clock"
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_48 //WROOM ESP32, UNFI SN75518 6xIV-17 clock
#define DEBUG
#define FW "fw48" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 26
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 23 //Dallas temp sensor pin. If not used, SET TO -1
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 23 //DHT temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 32
#define LOWER_CIRCLE_CHARCODE 10
#define UPPER_CIRCLE_CHARCODE 17
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
#define USE_BH1750 //I2C luxmeter sensor
#define USE_BME280 //I2C Temperature + humidity + pressure
#define USE_BMP280 //I2C Temperature + barometric pressure
#define USE_AHTX0 //I2C Temperature + humidity
#define USE_SHT21 //I2C Temperature + humidity
#define SN75518_ESP32
//Segments: Dutsrpnmkhgfedcba
byte segmentEnablePins[] = {23, 30, 18, 19, 20, 26, 27, 28, 29, 32, 15, 17, 21, 22, 24, 25, 31}; //segment enable OUTbits of SN75518 (2,3,4,5,6,7,8,9,10,13,14,15,16,17,18,19,20,21) (You MUST define always 8 Pins!!!)
byte digitEnablePins[] = {6, 5, 4, 3, 2, 1}; //digit enable OUTbits of SN75518 (1,2,3,4,5,6) (You may define any number)
#define DOUBLE_BLINK //both separator points are blinking
//SN75518 pins
#define PIN_LE 13 // Shift Register Latch Enable
#define PIN_CLK 12 // Shift Register Clock
#define PIN_DATA 27 // Shift Register Data
#define PIN_STB 14 // Shift Register Strobe
#define ALARMSPEAKER_PIN 19 //Alarm buzzer pin
#define ALARMBUTTON_PIN 33 //Alarm switch off button pin
//#define TUBE_POWER_PIN
#define TUBE_POWER_ON HIGH
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32 IV-17 VFD-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_BROWNOUT
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_49 //WROOM ESP32, UNFI SN75518 6xIV-11 clock
#define DEBUG
#define FW "fw49" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 26
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 23 //Dallas temp sensor pin. If not used, SET TO -1
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 23 //DHT temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 32
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
#define SN75518_ESP32
//Segments: abcdefgD
#define SEGMENT8
byte segmentEnablePins[] = {17, 18, 19, 20, 21, 22, 23, 24}; //IV-11 segment enable OUTbits of SN75518 (You MUST define 8 Pins!!!)
byte digitEnablePins[] = {27, 28, 29, 30, 31, 32}; //IV-11 digit enable OUTbits of SN75518 (1,2,3,4,5,6) (You may define any number)
//byte segmentEnablePins[] = {17,18,19,20,21,22,23,24}; //IV-12 segment enable OUTbits of SN75518 (You MUST define 8 Pins!!!)
//byte digitEnablePins[] = {27,28,29,30,31,32}; //IV-12 digit enable OUTbits of SN75518 (1,2,3,4,5,6) (You may define any number)
#define DOUBLE_BLINK //both separator points are blinking
//SN75518 pins
#define PIN_LE 13 // Shift Register Latch Enable
#define PIN_CLK 12 // Shift Register Clock
#define PIN_DATA 27 // Shift Register Data
#define PIN_STB 14 // Shift Register Strobe
#define ALARMSPEAKER_PIN 19 //Alarm buzzer pin
#define ALARMBUTTON_PIN 33 //Alarm switch off button pin
//#define TUBE_POWER_PIN
#define TUBE_POWER_ON HIGH
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "ESP32 IV-11 VFD-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_BROWNOUT
//#define DISABLE_NIGHT_ANIMATION
#endif
//---------------------ESP32 2X HV5122--------------------------------------------------
#ifdef CLOCK_50 //V1 ESP32,UNFI 2xHV5122 PCB version, 6xZ573M clock Example clock!!!
#define DEBUG
#define FW "fw50" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 27
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
//#define USE_DALLAS_TEMP
//#define TEMP_DALLAS_PIN 26 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 23
#define PIN_SDA 4 // you can set the used SDA and SCL pins
#define PIN_SCL 32 // if it is not default value
#define USE_DHT_TEMP
#define DHTTYPE DHT22
#define TEMP_DHT_PIN 26
//#define USE_RTC
//#define USE_GPS
#define USE_BME280 //I2C Temperature + humidity + pressure
#define USE_BMP280 //I2C Temperature + barometric pressure
#define USE_AHTX0 //I2C Temperature + humidity
#define USE_SHT21 //I2C Temperature + humidity
#define USE_BH1750 //I2C luxmeter sensor
//_______________________________ HV5122 setup ____________________________________________________
#define NEWHV5122
#define PIN_DIN 22 // DataIn - chip0 DOUT pin is connected to chip1 DIN pin!
#define PIN_CLK 17 // Clock
#define PIN_OE 21 // OutputEnable
#define MAXDIGITS 6
int maxDigits = MAXDIGITS;
byte digitPins[MAXDIGITS + 1][10] = { ////Data pin numbers 100+ means: chip1 pins are used. Chip0's DOUT is connected to chip1's DIN
{2, 10, 9, 8, 7, 6, 5, 4, 3, 1}, //sec 1 , chip0 (tube#0)
{11, 32, 20, 19, 18, 17, 16, 15, 14, 13}, //sec 10 , chip0 (tube#1)
{22, 31, 29, 30, 27, 28, 25, 26, 23, 24}, //min 1 , chip0 (tube#2)
{101, 131, 110, 109, 108, 107, 106, 105, 104, 103}, //min 10 , chip1 (tube#3)
{111, 132, 120, 119, 118, 117, 116, 115, 114, 113}, //hour 1 , chip1 (tube#4)
{122, 129, 130, 127, 128, 125, 126, 123, 124, 121}, //hour 10 , chip1 (tube#5)
{0, 12, 21, 102, 112, 0, 0, 0, 0, 0} //extra decimalPoint/blinking dots (tube0...tube6)
};
//#define MAKE_BLINKING_DOTS //it means, the extra datapins are used as 4 blinking dot instead of decimal points! #1..#4 positions are used
//___________________________________________________________________________________
#define ALARMSPEAKER_PIN 16 //Alarm buzzer pin
//#define ALARMBUTTON_PIN 23 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define RADAR_PIN 4
#define RADAR_TIMEOUT 5 //min
//#define TUBE_POWER_PIN 4
#define TUBE_POWER_ON HIGH
#define ENABLE_CLOCK_DISPLAY true
#define DATE_REPEAT_MIN 3 //show date only every xxx minute. If zero, datum is never displayed
//#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 10
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 10
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "UNFI Nixie-Clock HV5122"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_51 //V2 ESP32, UNFI 2xHV5122 PCB version, 6xZ573M clock Example clock!!!
#define DEBUG
#define FW "fw51" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 27
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 19 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 23
#define PIN_SDA 4 // you can set the used SDA and SCL pins
#define PIN_SCL 32 // if it is not default value
//#define USE_DHT_TEMP
//#define DHTTYPE DHT11
//#define TEMP_DHT_PIN 23
//#define USE_BME280 //I2C Temperature + humidity + pressure
//#define USE_BMP280 //I2C Temperature + barometric pressure
//#define USE_AHTX0 //I2C Temperature + humidity
//#define USE_SHT21 //I2C Temperature + humidity
//#define USE_BH1750 //I2C luxmeter sensor
//USE_MQTT
//#define MQTT_PREFIX "UniClock32"
//#define USE_MASTER_CLOCK //enable it, if you want to get any data from MASTER CLOCK. This will be the sensor#0
//#define USE_MASTER_TEMP //enable it, if you want to get temperature from MASTER CLOCK
//#define USE_MASTER_HUMID //enable it, if you want to get humidity from MASTER CLOCK
//#define USE_MASTER_RADAR //enable it, if you want to get radar from MASTER CLOCK
//#define MASTER_TEMPERATURE_TOPIC "homeassistant/sensor/10521c5e14c4/temperature/state"
//#define MASTER_HUMIDITY_TOPIC "homeassistant/sensor/10521c5e14c4/humidity/state"
//#define MASTER_RADAR_TOPIC "homeassistant/sensor/10521c5e14c4/radar/state"
//_______________________________ HV5122 setup ____________________________________________________
#define NEWHV5122
#define PIN_DIN 22 // DataIn - chip0 DOUT pin is connected to chip1 DIN pin!
#define PIN_CLK 17 // Clock
#define PIN_OE 21 // OutputEnable
#define MAXDIGITS 6
int maxDigits = MAXDIGITS;
byte digitPins[MAXDIGITS + 1][10] = {
{2, 10, 9, 8, 7, 6, 5, 4, 3, 1}, //sec 1 , chip0 (tube#0)
{11, 32, 20, 19, 18, 17, 16, 15, 14, 13}, //sec 10 , chip0 (tube#1)
{22, 31, 29, 30, 27, 28, 25, 26, 23, 24}, //min 1 , chip0 (tube#2)
{101, 131, 110, 109, 108, 107, 106, 105, 104, 103}, //min 10 , chip1 (tube#3)
{111, 132, 120, 119, 118, 117, 116, 115, 114, 113}, //hour 1 , chip1 (tube#4)
{122, 129, 130, 127, 128, 125, 126, 123, 124, 121}, //hour 10 , chip1 (tube#5)
{0, 21, 12, 112, 102, 0, 0, 0, 0, 0} //extra decimalPoint/blinking dots (tube0...tube6)
};
//#define MAKE_BLINKING_DOTS //it means, the extra datapins are used as 4 blinking dot instead of decimal points! #1..#4 positions are used
//___________________________________________________________________________________
#define ALARMSPEAKER_PIN 23 //Alarm buzzer pin
#define ALARMBUTTON_PIN 16 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define RADAR_PIN 4
#define RADAR_TIMEOUT 5 //min
//#define TUBE_POWER_PIN 4
#define TUBE_POWER_ON HIGH
#define ENABLE_CLOCK_DISPLAY true
#define DATE_REPEAT_MIN 1 //show date only every xxx minute. If zero, datum is never displayed
//#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 10
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 10
#define AP_NAME "UNICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "Nixie-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_52 //ESP32, P.S. 2xHV5122 PCB version, 6xIN18 clock PROTOTYPE TESTING!!!
#define DEBUG
#define FW "fw52" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 22
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
//#define USE_DALLAS_TEMP
//#define TEMP_DALLAS_PIN 26 //Dallas temp sensor pin. If not used, SET TO -1
//#define USE_DHT_TEMP
//#define DHTTYPE DHT11
//#define TEMP_DHT_PIN 23
//#define USE_BME280 //I2C Temperature + humidity + pressure
//#define USE_BMP280 //I2C Temperature + barometric pressure
//#define USE_AHTX0 //I2C Temperature + humidity
//#define USE_SHT21 //I2C Temperature + humidity
//#define PIN_SDA 4 // you can set the used SDA and SCL pins
//#define PIN_SCL 32 // if it is not default value
#define PIN_EXTINP1 4 //extra input pin (not used)
#define PIN_EXTINP2 32 //extra input pin (not used)
#define USE_RTC
#define PIN_SDA 27 //D1 SDA/SCL swapped
#define PIN_SCL 26 //D2
//_______________________________ HV5122 setup ____________________________________________________
#define NEWHV5122
#define PIN_DIN 16 // DataIn - chip0 DOUT pin is connected to chip1 DIN pin!
#define PIN_CLK 17 // Clock
#define PIN_OE 21 // OutputEnable
#define MAXDIGITS 6
int maxDigits = MAXDIGITS;
byte digitPins[MAXDIGITS + 1][10] = { ////Data pin numbers 100+ means: chip1 pins are used. Chip0's DOUT is connected to chip1's DIN
{126, 127, 128, 130, 124, 123, 132, 131, 129, 125}, //hour 10 , CHIP0
{116, 117, 118, 120, 114, 113, 122, 121, 119, 115}, //hour 1 , CHIP0
{104, 105, 106, 108, 102, 101, 110, 109, 107, 103}, //min 10 , CHIP0
{26, 27, 28, 30, 24, 23, 32, 31, 29, 25}, //min 1 , CHIP1
{16, 17, 18, 20, 14, 13, 22, 21, 19, 15}, //second 10 , CHIP1
{4, 5, 6, 8, 2, 1, 10, 9, 7, 3}, //second 1 , CHIP1
{0, 111, 112, 11, 12, 0, 0, 0, 0, 0} //extra GL dots //GL1,GL2,GL3,GL4
};
#define MAKE_BLINKING_DOTS //it means, the extra datapins are used as 4 blinking dot instead of decimal points! #1..#4 positions are used, #0. and #5..#9. positions are zero!
//_______________________________________________________________________________________
#define ALARMSPEAKER_PIN 23 //Alarm buzzer pin
//#define ALARMBUTTON_PIN 23 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define LIGHT_SENSOR_PIN 34
#define RADAR_PIN 19
#define RADAR_TIMEOUT 5 //min
//#define TUBE_POWER_PIN 4
//#define TUBE_POWER_ON LOW
#define ENABLE_CLOCK_DISPLAY true
#define DATE_REPEAT_MIN 60 //show date only every xxx minute. If zero, datum is never displayed
#define DATE_START 07
#define DATE_END 12
#define TEMP_START 25
#define TEMP_END 30
#define HUMID_START 30
#define HUMID_END 35
#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 10
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 10
#define AP_NAME "IN-18-Clock"
#define AP_PASSWORD ""
#define WEBNAME "Nixie IN-18 Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_53 //ESP8266 Wemos D1 mini,UNFI 2xHV5122 PCB version, 6xIN18 clock
#define DEBUG
#define FW "fw53" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 3
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 12 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 23
//#define USE_DHT_TEMP
//#define DHTTYPE DHT11
//#define TEMP_DHT_PIN 23
//_______________________________ HV5122 setup ____________________________________________________
#define NEWHV5122
#define PIN_DIN 5 // DataIn - chip0 DOUT pin is connected to chip1 DIN pin!
#define PIN_CLK 0 // Clock
#define PIN_OE 4 // OutputEnable
#define MAXDIGITS 6
int maxDigits = MAXDIGITS;
byte digitPins[MAXDIGITS + 1][10] = { ////Data pin numbers 100+ means: chip1 pins are used. Chip0's DOUT is connected to chip1's DIN
{2, 10, 9, 8, 7, 6, 5, 4, 3, 1}, //sec 1 , chip0
{11, 32, 20, 19, 18, 17, 16, 15, 14, 13}, //sec 10 , chip0
{22, 31, 29, 30, 27, 28, 25, 26, 23, 24}, //min 1 , chip0
{101, 131, 110, 109, 108, 107, 106, 105, 104, 103}, //min 10 , chip1
{111, 132, 120, 119, 118, 117, 116, 115, 114, 113}, //hour 1 , chip1
{122, 129, 130, 127, 128, 125, 126, 123, 124, 121}, //hour 10 , chip1
{0, 12, 21, 102, 112, 0, 0, 0, 0, 0} //extra decimal point (tube0...tube6)
};
//#define MAKE_BLINKING_DOTS //it means, the extra datapins are used as 4 blinking dot instead of decimal points! #1..#4 positions are used, #0. and #5..#9. positions are zero!
//__________________________________________________________________________________________________
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 13 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define RADAR_PIN 4
#define RADAR_TIMEOUT 5 //min
//#define TUBE_POWER_PIN 4
#define TUBE_POWER_ON LOW
#define ENABLE_CLOCK_DISPLAY true
#define DATE_REPEAT_MIN 1 //show date only every xxx minute. If zero, datum is never displayed
//#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 10
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 10
#define AP_NAME "UNFICLOCK"
#define AP_PASSWORD ""
#define WEBNAME "UNFI Nixie Clock HV5122"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_54 // D1 R32 ESP32 (Uno compatible), + NCS312 Nixie clock KIT!!!
#define DEBUG
#define FW "fw54" //firmware name
#define MAXBRIGHTNESS 100
#define DOUBLE_BLINK
//#define USE_NEOPIXEL
#define NEOPIXEL_PIN 22
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 14 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 23
//#define PIN_SDA 4 // you can set the used SDA and SCL pins
//#define PIN_SCL 32 // if it is not default value
//#define USE_DHT_TEMP
//#define DHTTYPE DHT11
//#define TEMP_DHT_PIN 23
//#define USE_BME280 //I2C Temperature + humidity + pressure
//#define USE_BMP280 //I2C Temperature + barometric pressure
//#define USE_AHTX0 //I2C Temperature + humidity
//#define USE_SHT21 //I2C Temperature + humidity
#define NEWHV5122
#define PIN_DIN 23 // DataIn - chip0 DOUT pin is connected to chip1 DIN pin!
#define PIN_CLK 18 // Clock
#define PIN_OE 5 // OutputEnable
#define MAXDIGITS 6
int maxDigits = MAXDIGITS;
byte digitPins[MAXDIGITS + 1][10] = { ////Data pin numbers 100+ means: chip1 pins are used. Chip0's DOUT is connected to chip1's DIN
{121, 122, 123, 124, 125, 126, 127, 128, 129, 130}, //sec 1 , chip1
{111, 112, 113, 114, 115, 116, 117, 118, 119, 120}, //sec 10 , chip1
{101, 102, 103, 104, 105, 106, 107, 108, 109, 110}, //min 1 , chip1
{21, 22, 23, 24, 25, 26, 27, 28, 29, 30}, //min 10 , chip0
{11, 12, 13, 14, 15, 16, 17, 18, 19, 20}, //hour 1 , chip0
{1, 2, 3, 4, 5, 6, 7, 8, 9, 10}, //hour 10 , chip0
{0, 131, 132, 31, 32, 0, 0, 0, 0, 0} //extra GL dots
};
#define MAKE_BLINKING_DOTS
#define USE_PWMLEDS
#define PWM1_PIN 27 //Uno: D6
#define PWM2_PIN 13 //Uno: D9
#define PWM3_PIN 25 //Uno: D3
//#define ALARMSPEAKER_PIN 26 //Alarm buzzer pin
//#define ALARMBUTTON_PIN 2 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define RADAR_PIN 4
//#define RADAR_TIMEOUT 5 //min
//#define TUBE_POWER_PIN 16
#define TUBE_POWER_ON LOW
#define ENABLE_CLOCK_DISPLAY true
#define TEMP_CHARCODE 10
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 10
#define AP_NAME "UNICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "NCS312 Nixie Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_55 //ESP8266 D1 Mini,UNFI 2xHV5122 PCB version, 6xZ573M clock
#define DEBUG
#define FW "fw55" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 3
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 12 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 23
//#define PIN_SDA 4 // you can set the used SDA and SCL pins
//#define PIN_SCL 32 // if it is not default value
//#define USE_DHT_TEMP
//#define DHTTYPE DHT11
//#define TEMP_DHT_PIN 23
//#define USE_BME280 //I2C Temperature + humidity + pressure
//#define USE_BMP280 //I2C Temperature + barometric pressure
//#define USE_AHTX0 //I2C Temperature + humidity
//#define USE_SHT21 //I2C Temperature + humidity
//#define USE_BH1750 //I2C luxmeter sensor
//_______________________________ HV5122 setup ____________________________________________________
#define NEWHV5122
#define PIN_DIN 5 // DataIn - chip0 DOUT pin is connected to chip1 DIN pin!
#define PIN_CLK 0 // Clock
#define PIN_OE 4 // OutputEnable
#define MAXDIGITS 6
int maxDigits = MAXDIGITS;
byte digitPins[MAXDIGITS + 1][10] = { ////Data pin numbers 100+ means: chip1 pins are used. Chip0's DOUT is connected to chip1's DIN
{2, 10, 9, 8, 7, 6, 5, 4, 3, 1}, //sec 1 , chip0 (tube#0)
{11, 32, 20, 19, 18, 17, 16, 15, 14, 13}, //sec 10 , chip0 (tube#1)
{22, 31, 29, 30, 27, 28, 25, 26, 23, 24}, //min 1 , chip0 (tube#2)
{101, 131, 110, 109, 108, 107, 106, 105, 104, 103}, //min 10 , chip1 (tube#3)
{111, 132, 120, 119, 118, 117, 116, 115, 114, 113}, //hour 1 , chip1 (tube#4)
{122, 129, 130, 127, 128, 125, 126, 123, 124, 121}, //hour 10 , chip1 (tube#5)
{0, 12, 21, 102, 112, 0, 0, 0, 0, 0} //extra decimalPoint/blinking dots (tube0...tube6)
};
//#define MAKE_BLINKING_DOTS //it means, the extra datapins are used as 4 blinking dot instead of decimal points! #1..#4 positions are used
//___________________________________________________________________________________
#define ALARMSPEAKER_PIN 2 //Alarm buzzer pin
#define ALARMBUTTON_PIN 13 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define RADAR_PIN 4
#define RADAR_TIMEOUT 5 //5min
//#define TUBE_POWER_PIN 4
#define TUBE_POWER_ON LOW
#define ENABLE_CLOCK_DISPLAY true
//#define DATE_REPEAT_MIN 1 //show date only every xxx minute. If zero, datum is never displayed
//#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 10
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 10
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD ""
#define WEBNAME "UNFI Nixie Clock HV5122"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_56 //WROOM ESP32, UNFI 2xHV5122 PCB version, 6xZ573M clock Example clock!!!
#define DEBUG
#define FW "fw56" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 26
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 23 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 18
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
//#define USE_DHT_TEMP
//#define DHTTYPE DHT11
//#define TEMP_DHT_PIN 23
//#define USE_BME280 //I2C Temperature + humidity + pressure
//#define USE_BMP280 //I2C Temperature + barometric pressure
//#define USE_AHTX0 //I2C Temperature + humidity
//#define USE_SHT21 //I2C Temperature + humidity
//#define USE_BH1750 //I2C luxmeter sensor
//_______________________________ HV5122 setup ____________________________________________________
#define NEWHV5122
#define PIN_DIN 14 // DataIn - chip0 DOUT pin is connected to chip1 DIN pin!
#define PIN_CLK 12 // Clock
#define PIN_OE 27 // OutputEnable
#define MAXDIGITS 6
int maxDigits = MAXDIGITS;
byte digitPins[MAXDIGITS + 1][10] = {
{129, 128, 127, 126, 125, 124, 123, 132, 131, 130}, //sec 1 , chip1 (tube#0)
{118, 117, 116, 115, 114, 113, 112, 122, 121, 119}, //sec 10 , chip1 (tube#1)
{107, 106, 105, 104, 103, 102, 101, 111, 110, 108}, //min 1 , chip1 (tube#2)
{28, 27, 26, 25, 24, 23, 22, 32, 31, 29}, //min 10 , chip0 (tube#3)
{17, 16, 15, 14, 13, 12, 11, 21, 20, 18}, //hour 10 , chip0 (tube#4)
{7, 6, 5, 4, 3, 2, 1, 10, 9, 8}, //hour 1 , chip0 (tube#5)
{0, 0, 109, 30, 19, 0, 0, 0, 0, 0} //extra decimalPoint/blinking dots (tube0...tube6)
};
//#define MAKE_BLINKING_DOTS //it means, the extra datapins are used as 4 blinking dot instead of decimal points! #1..#4 positions are used
//___________________________________________________________________________________
#define ALARMSPEAKER_PIN 32 //Alarm buzzer pin
#define ALARMBUTTON_PIN 33 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define RADAR_PIN 4
#define RADAR_TIMEOUT 5 //min
//#define TUBE_POWER_PIN 4
#define TUBE_POWER_ON HIGH
#define ENABLE_CLOCK_DISPLAY true
#define DATE_REPEAT_MIN 1 //show date only every xxx minute. If zero, datum is never displayed
//#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 10
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 10
#define AP_NAME "UNICLOCK32"
#define AP_PASSWORD "uniclock"
#define WEBNAME "UNFI Nixie-Clock HV5122"
#define DEFAULT_SSID "Unferdorben_2"
#define DEFAULT_PSW "4073404540734"
#define USE_WIFIMANAGER
#define DISABLE_NIGHT_ANIMATION //in night mode, no animation allowed
#endif
#ifdef CLOCK_57 //WROOM ESP32, UNFI 2xHV5122 PCB version, 6xZM1000 clock PLCC44 socket!
#define DEBUG
#define FW "fw57" //firmware name
#define MAXBRIGHTNESS 100
#define FACTORYRESET_PIN 25
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 26
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 23 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 18
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
//#define USE_DHT_TEMP
//#define DHTTYPE DHT11
//#define TEMP_DHT_PIN 23
//#define USE_BME280 //I2C Temperature + humidity + pressure
//#define USE_BMP280 //I2C Temperature + barometric pressure
//#define USE_AHTX0 //I2C Temperature + humidity
//#define USE_SHT21 //I2C Temperature + humidity
//#define USE_BH1750 //I2C luxmeter sensor
//#define USE_MQTT
//_______________________________ HV5122 setup ____________________________________________________
#define NEWHV5122
#define PIN_DIN 14 // DataIn - chip0 DOUT pin is connected to chip1 DIN pin!
#define PIN_CLK 13 // Clock
#define PIN_OE 27 // OutputEnable
#define MAXDIGITS 6
int maxDigits = MAXDIGITS;
byte digitPins[MAXDIGITS + 1][10] = {
{130, 128, 126, 124, 123, 125, 127, 129, 131, 132}, //sec 1 , chip1 (tube#0) 0-1-2-3-4-5-6-7-8-9
{120, 118, 116, 114, 113, 115, 117, 119, 121, 122}, //sec 10 , chip1 (tube#1)
{109, 107, 105, 103, 102, 104, 106, 108, 110, 111}, //min 1 , chip1 (tube#2)
{30, 28, 26, 24, 23, 25, 27, 29, 31, 32}, //min 10 , chip0 (tube#3)
{19, 17, 15, 13, 12, 14, 16, 18, 20, 21}, //hour 10 , chip0 (tube#4)
{8, 6, 4, 2, 1, 3, 5, 7, 9, 10}, //hour 1 , chip0 (tube#5)
{0, 112, 101, 22, 11, 0} //Z574M {0,101,112,11,22,0}blinking dots (tube0...tube6)Z573M {0,112,101,22,11,0}
};
//#define MAKE_BLINKING_DOTS //it means, the extra datapins are used as 4 blinking dot instead of decimal points! #1..#4 positions are used
//___________________________________________________________________________________
#define ALARMSPEAKER_PIN 19 //Alarm buzzer pin
#define ALARMBUTTON_PIN 33 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define RADAR_PIN 4
#define RADAR_TIMEOUT 5 //min
//#define TUBE_POWER_PIN 4
#define TUBE_POWER_ON HIGH
//#define ENABLE_CLOCK_DISPLAY true
//#define DATE_REPEAT_MIN 1 //show date only every xxx minute. If zero, datum is never displayed
//#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
//#define TEMP_CHARCODE 10
//#define GRAD_CHARCODE 10
//#define PERCENT_CHARCODE 10
#define AP_NAME "UNFICLOCK32"
#define AP_PASSWORD "uniclock"
#define WEBNAME " Nixie-Clock"
#define DEFAULT_SSID ""
#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
#endif
#ifdef CLOCK_57A //WROOM ESP32, UNFI 2xHV5222 PCB version, 6xZ57xM clock Example clock!!!
#define DEBUG
#define FW "fw57A" //firmware name
#define MAXBRIGHTNESS 100
#define USE_NEOPIXEL
#define NEOPIXEL_PIN 26
byte tubePixels[] = {0, 1, 2, 3, 4, 5}; //6 tubes, single leds
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 23 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 18
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
//#define USE_DHT_TEMP
//#define DHTTYPE DHT11
//#define TEMP_DHT_PIN 23
//#define USE_BME280 //I2C Temperature + humidity + pressure
//#define USE_BMP280 //I2C Temperature + barometric pressure
//#define USE_AHTX0 //I2C Temperature + humidity
//#define USE_SHT21 //I2C Temperature + humidity
//#define USE_BH1750 //I2C luxmeter sensor
//#define USE_MQTT
//_______________________________ HV5122 setup ____________________________________________________
#define NEWHV5122
#define PIN_DIN 14 // DataIn - chip0 DOUT pin is connected to chip1 DIN pin!
#define PIN_CLK 13 // Clock
#define PIN_OE 27 // OutputEnable
#define MAXDIGITS 6
int maxDigits = MAXDIGITS;
byte digitPins[MAXDIGITS + 1][10] = {
{103, 105, 107, 109, 110, 108, 106, 104, 102, 101}, //sec 1 , chip1 (tube#0) 0-1-2-3-4-5-6-7-8-9
{113, 115, 117, 119, 120, 118, 116, 114, 112, 111}, //sec 10 , chip1 (tube#1)
{124, 126, 128, 130, 131, 129, 127, 125, 123, 122}, //min 1 , chip1 (tube#2)
{3, 5, 7, 9, 10, 8, 6, 4, 2, 1}, //min 10 , chip0 (tube#3)
{14, 16, 18, 20, 21, 19, 17, 15, 13, 12}, //hour 10 , chip0 (tube#4)
{25, 27, 29, 31, 32, 30, 28, 26, 24, 23}, //hour 1 , chip0 (tube#5)
{0, 121, 132, 11, 22, 0, 0, 0, 0} //extra decimalPoint/blinking dots (tube0...tube6)
};
//#define MAKE_BLINKING_DOTS //it means, the extra datapins are used as 4 blinking dot instead of decimal points! #1..#4 positions are used
//___________________________________________________________________________________
#define ALARMSPEAKER_PIN 19 //Alarm buzzer pin
#define ALARMBUTTON_PIN 33 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
//#define RADAR_PIN 4
#define RADAR_TIMEOUT 5 //min
//#define TUBE_POWER_PIN 4
#define TUBE_POWER_ON HIGH
//#define ENABLE_CLOCK_DISPLAY true
//#define DATE_REPEAT_MIN 1 //show date only every xxx minute. If zero, datum is never displayed
//#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
//#define TEMP_CHARCODE 10
//#define GRAD_CHARCODE 10
//#define PERCENT_CHARCODE 10
#define AP_NAME "UNFICLOCK"
#define AP_PASSWORD "uniclock"
#define WEBNAME "ZM1336 Nixie-Clock"
#define DEFAULT_SSID ""
#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
#endif
#ifdef CLOCK_70 //1 tube esp8266 Nixie Clock by UNFI
#define DEBUG
#define FW "fw70" //firmware name
#define MAXBRIGHTNESS 100
#define TUBE1CLOCK
byte ABCDPins[4] = {2, 4, 5, 15};
#define AP_NAME "1TUBE_CLOCK"
#define AP_PASSWORD ""
#define WEBNAME "1TUBE Nixie Clock"
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_71 //2x VQC10 clock by UNFI
#define DEBUG
#define PIN_FLD_BUTTON 12
#define PIN_SET_BUTTON 13
//#define USE_GPS
#define USE_RTC //no RTC exist, but the push buttons are defined here, too
#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 15 //PIN16 not working!!!
#define FW "fw71" //firmware name
#define MAXBRIGHTNESS 100
#define VQC10
#define latchPin 5 //D2 RCK
#define clockPin 4 //D1 SCK
#define dataPin 2 //D4 DIN
#define ledOffpin 0 //D5
#define D5pin 14
#define AP_NAME "VQC10_LED_CLOCK"
#define AP_PASSWORD ""
#define WEBNAME "VQC10 LED Clock"
//#define DEFAULT_SSID "xxx" //factory reset default wifi ssid/psw
//#define DEFAULT_PSW "yyy"
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
// *** This is the CURRENTLY ACTIVE clock (CLOCK_72 is the one un-commented in the list at the top of
// this file). See ZM1500.ino for the driver. ***
#ifdef CLOCK_72 //ESP32, UNFI board, ZM1500
#define DEBUG
#define ANIMSPEED 50
#define FW "fw72" //firmware name
#define MAXBRIGHTNESS 255
//#define SIMULATE_TEMPERATURE_SENSOR
//#define USE_DALLAS_TEMP
//#define USE_DHT_TEMP
//#define DHTTYPE DHT22
//#define TEMP_DHT_PIN 27
#define TEMP_DALLAS_PIN 27 //Dallas temp sensor pin. If not used, SET TO -1
#define ZM1500_ESP32
byte digitEnablePins[] = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11}; //{11,10,9,8,7,6,5,4,3,2,1,0}; //12 tubes selection values
byte segmentEnablePins[] = {7, 6, 5, 4, 3, 2, 1, 0};
#define dataPin 23 //D5
#define latchPin 18 //D6
#define clkPin 19 //D7
//#define TEMP_CHARCODE -1 //disable char => shift display right with 1 digit
//#define GRAD_CHARCODE -1 //disable char => shift display right with 1 digit
#define AP_NAME "ZM1500_CLOCK"
#define AP_PASSWORD ""
#define WEBNAME "ZM1500-Clock"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
#endif
#ifdef CLOCK_80 //word clock, english version
#define DEBUG
//#define SIMULATE_TEMPERATURE_SENSOR //for test only!!!
#define NEOPIXEL_PIN 4
//#define PIN_FLD_BUTTON 27
//#define PIN_SET_BUTTON 14
#define LED1_PIN 25
#define LED2_PIN 26
#define LIGHT_SENSOR_PIN 35
#define RADAR_PIN 16
#define RADAR_TIMEOUT 5 //min
//#define USE_GPS
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
#define USE_RTC //RTC + push buttons are defined here
#define USE_BME280 //I2C Temperature + humidity + pressure
#define USE_AHTX0 //I2C Temperature + humidity
#define USE_SHT21 //I2C Temperature + humidity
#define FW "fw80" //firmware name
#define START_CORNER LEFTUP //RIGHTUP, LEFTUP, RIGHTDOWN, LEFTDOWN : starting corner of led stripe
#define MAXBRIGHTNESS 255 //maximum led brightness, 100..255
#define MAXIMUM_LUX 40
#define WORDCLOCK
#define AP_NAME "WORD_CLOCK"
#define AP_PASSWORD ""
#define WEBNAME "WordClock"
#define MDNSNAME "wordclock"
//#define DEFAULT_SSID "xxx" //factory reset default wifi ssid/psw
//#define DEFAULT_PSW "yyy"
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
//
//----- WORD CLOCK TEXT DEFINITIONS -----------------
#define WORD_LENGTH 15 //maximum length of any word
struct wordDef {
char txt[WORD_LENGTH + 1]; //readable word
int startX; //led X positions
int startY; //led Y position
int len; //number of characters
};
#define XMAX 11 //Clock dimensions
#define YMAX 11
int extraDots[4] = {XMAX*YMAX + 3, XMAX*YMAX + 2, XMAX*YMAX + 1, XMAX * YMAX}; //extra dots led numbers
#define WEEKDAY_POSX 1 //start of weekdays
#define WEEKDAY_POSY 11 //start of weekdays
#define SENSOR_POSX 8 //start position of extra dots
#define SENSOR_POSY 11
const char matrix[YMAX][XMAX + 1] = {
{"itLisASwifi"},
{"quarterXset"},
{"twentyfiveX"},
{"halfBtenFto"},
{"pastERUNINE"},
{"ONESIXTHREE"},
{"FOURFIVETWO"},
{"EIGHTELEVEN"},
{"SEVENTWELVE"},
{"TENSEoclock"},
{"SMTWTFSCF%W"}
};
const char sequence[12][40] = { //#1 = actual hour, #2 = actual hour + 1
"it is #1 oclock",
"it is five past #1",
"it is ten past #1",
"it is quarter past #1",
"it is twenty past #1",
"it is twenty five past #1",
"it is half past #1",
"it is twenty five to #2",
"it is twenty to #2",
"it is quarter to #2",
"it is ten to #2",
"it is five to #2"
};
struct wordDef hours[] {
{"O"}, {"ONE"}, {"TWO"}, {"THREE"}, {"FOUR"}, {"FIVE"}, {"SIX"}, {"SEVEN"}, {"EIGHT"}, {"NINE"}, {"TEN"}, {"ELEVEN"}, {"TWELVE"},
};
struct wordDef words[] {
{"it"}, {"is"}, {"wifi"}, {"ip"}, {"twenty"}, {"five"}, {"ten"}, {"quarter"}, {"half"}, {"to"}, {"past"}, {"oclock"}, {"SMTWTFS"}, {"CF%W"}
};
#endif
#ifdef CLOCK_81 //word clock, german version
#define DEBUG
#define NEOPIXEL_PIN 4
//#define PIN_FLD_BUTTON 27
//#define PIN_SET_BUTTON 14
#define LED1_PIN 25
#define LED2_PIN 26
#define LIGHT_SENSOR_PIN 35
#define RADAR_PIN 16
#define RADAR_TIMEOUT 5 //min
//#define USE_GPS
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
#define USE_RTC //RTC + push buttons are defined here
#define USE_BME280 //I2C Temperature + humidity + pressure
#define USE_AHTX0 //I2C Temperature + humidity
#define USE_SHT21 //I2C Temperature + humidity
#define FW "fw81" //firmware name
#define START_CORNER RIGHTUP //RIGHTUP, LEFTUP, RIGHTDOWN, LEFTDOWN : starting corner of led stripe
#define MAXBRIGHTNESS 255 //led maximum brightness 100...255
#define MAXIMUM_LUX 40
#define WORDCLOCK
#define AP_NAME "WORD_CLOCK"
#define AP_PASSWORD ""
#define WEBNAME "wordclock"
//#define DEFAULT_SSID "xxx" //factory reset default wifi ssid/psw
//#define DEFAULT_PSW "yyy"
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
//
//----- WORD CLOCK TEXT DEFINITIONS -----------------
#define WORD_LENGTH 15 //maximum length of any word
struct wordDef {
char txt[WORD_LENGTH + 1]; //readable word
int startX; //led X positions
int startY; //led Y position
int len; //number of characters
};
#define XMAX 11 //Clock dimensions
#define YMAX 11
int extraDots[4] = {XMAX*YMAX + 3, XMAX*YMAX + 2, XMAX*YMAX + 1, XMAX * YMAX}; //extra dots led numbers
#define WEEKDAY_POSX 1 //start of weekdays
#define WEEKDAY_POSY 11 //start of weekdays
#define SENSOR_POSX 8 //start position of extra dots
#define SENSOR_POSY 11
const char matrix[YMAX][XMAX + 1] = {
{"esListAwifi"},
{"zehnzwanzig"},
{"dreiviertel"},
{"funfvornach"},
{"halbOELFUNF"},
{"EINSXAMZWEI"},
{"DREIAUJVIER"},
{"SECHSNLACHT"},
{"SIEBENZWOLF"},
{"ZEHNEUNKuhr"},
{"SMTWTFSCF%W"}
};
const char sequence[12][40] = { //#1 = actual hour, #2 = actual hour + 1
"es ist #1 uhr",
"es ist funf nach #1",
"es ist zehn nach #1",
"es ist viertel #2",
"es ist zehn vor halb #2",
"es ist funf vor halb #2",
"es ist halb #2",
"es ist funf nach halb #2",
"es ist zehn nach halb #2",
"es ist drei viertel #2",
"es ist zehn vor #2",
"es ist funf vor #2"
};
struct wordDef hours[] {
{"O"}, {"EIN"}, {"ZWEI"}, {"DREI"}, {"FIER"}, {"FUNF"}, {"SECHS"}, {"SIEBEN"}, {"ACHT"}, {"NEUN"}, {"ZEHN"}, {"ELF"}, {"ZWOLF"},
};
struct wordDef words[] {
{"es"}, {"ist"}, {"zwanzig"}, {"funf"}, {"zehn"}, {"drei"}, {"viertel"}, {"halb"}, {"vor"}, {"nach"}, {"uhr"}, {"SMDMDFS"}, {"CF%W"}, {"wifi"}
};
#endif
#ifdef CLOCK_82 //word clock, hungarian version
#define DEBUG
#define NEOPIXEL_PIN 4
//#define PIN_FLD_BUTTON 27
//#define PIN_SET_BUTTON 14
#define LED1_PIN 25
#define LED2_PIN 26
#define LIGHT_SENSOR_PIN 35
#define RADAR_PIN 16
#define RADAR_TIMEOUT 5 //min
//#define USE_GPS
#define PIN_SDA 21 // you can set the used SDA and SCL pins
#define PIN_SCL 22 // if it is not default value
#define USE_RTC //RTC + push buttons are defined here
#define USE_BME280 //I2C Temperature + humidity + pressure
#define USE_AHTX0 //I2C Temperature + humidity
#define USE_SHT21 //I2C Temperature + humidity
#define FW "fw82" //firmware name
#define START_CORNER RIGHTUP //RIGHTUP, LEFTUP, RIGHTDOWN, LEFTDOWN : starting corner of led stripe
#define MAXBRIGHTNESS 255 //led max brightness 100...255
#define MAXIMUM_LUX 40
#define WORDCLOCK
#define AP_NAME "WORD_CLOCK"
#define AP_PASSWORD ""
#define WEBNAME "wordclock"
//#define DEFAULT_SSID "xxx" //factory reset default wifi ssid/psw
//#define DEFAULT_PSW "yyy"
//#define USE_WIFIMANAGER
//#define DISABLE_NIGHT_ANIMATION
//
//----- WORD CLOCK TEXT DEFINITIONS -----------------
#define WORD_LENGTH 15 //maximum length of any word
struct wordDef {
char txt[WORD_LENGTH + 1]; //readable word
int startX; //led X positions
int startY; //led Y position
int len; //number of characters
};
#define XMAX 11 //Clock dimensions
#define YMAX 11
int extraDots[4] = {XMAX*YMAX + 3, XMAX*YMAX + 2, XMAX*YMAX + 1, XMAX * YMAX}; //extra dots led numbers
#define WEEKDAY_POSX 1 //start of weekdays
#define WEEKDAY_POSY 11 //start of weekdays
#define SENSOR_POSX 8 //start position of extra dots
#define SENSOR_POSY 11
const char matrix[YMAX][XMAX + 1] = {
{"otBtizJwifi"},
{"perccelEWip"},
{"multmulvaQZ"},
{"haromUXfelJ"},
{"negyedXHHAT"},
{"NEGYAHAROMS"},
{"NYOLCOTZHET"},
{"TIZEN__1EBC"},
{"TIZENKETTOA"},
{"KILENCForaP"},
{"SMTWTFSCF%W"}
};
const char sequence[12][40] = { //#1 = actual hour, #2 = actual hour + 1
"#1 ora",
"ot perccel mult #1 ora",
"tiz perccel mult #1 ora",
"negyed #2",
"tiz perc mulva fel #2",
"ot perc mulva fel #2",
"fel #2",
"ot perccel mult fel #2",
"tiz perccel mult fel #2",
"harom negyed #2",
"tiz perc mulva #2 ora",
"ot perc mulva #2 ora"
};
struct wordDef hours[] {
{"O"}, {"__1"}, {"KETTO"}, {"HAROM"}, {"NEGY"}, {"OT"}, {"HAT"}, {"HET"}, {"NYOLC"}, {"KILENC"}, {"TIZ"}, {"TIZEN__1"}, {"TIZENKETTO"},
};
struct wordDef words[] {
{"ora"}, {"ot"}, {"tiz"}, {"harom"}, {"negyed"}, {"fel"}, {"perc"}, {"perccel"}, {"mulva"}, {"mult"}, {"wifi"}, {"ip"}, {"VHKSCPS"}
};
#endif
#ifdef CLOCK_99 //Dummy clock, sensor box with MQTT connector
#define DEBUG
#define FW "fw99" //firmware name
#define MAXBRIGHTNESS 100
//#define USE_DALLAS_TEMP
#define TEMP_DALLAS_PIN 26 //Dallas temp sensor pin. If not used, SET TO -1
//#define LIGHT_SENSOR_PIN 23
#define PIN_SDA 4 // you can set the used SDA and SCL pins
#define PIN_SCL 32 // if it is not default value
#define USE_DHT_TEMP
#define DHTTYPE DHT11
#define TEMP_DHT_PIN 26
//#define USE_RTC
//#define USE_GPS
#define USE_BME280 //I2C Temperature + humidity + pressure
#define USE_BMP280 //I2C Temperature + barometric pressure
#define USE_AHTX0 //I2C Temperature + humidity
#define USE_SHT21 //I2C Temperature + humidity
#define USE_BH1750 //I2C luxmeter sensor
#define USE_MQTT
//#define USE_MASTER_CLOCK //if used, this will be the sensor#0
//#define USE_MASTER_TEMP
//#define USE_MASTER_HUMID
//#define MASTER_TEMPERATURE_TOPIC "homeassistant/sensor/10521c5e14c4/temperature/state"
//#define MASTER_HUMIDITY_TOPIC "homeassistant/sensor/10521c5e14c4/humidity/state"
//#define MASTER_RADAR_TOPIC "homeassistant/sensor/10521c5e14c4/radar/state"
//_______________________________ Driver setup ____________________________________________________
#define DUMMY
//___________________________________________________________________________________
#define ALARMSPEAKER_PIN 16 //Alarm buzzer pin
//#define ALARMBUTTON_PIN 23 //Alarm switch off button pin
#define ALARM_ON HIGH //How to switch ON alarm buzzer
#define RADAR_PIN 22
#define RADAR_TIMEOUT 5 //min
#define ENABLE_CLOCK_DISPLAY true
#define DATE_REPEAT_MIN 3 //show date only every xxx minute. If zero, datum is never displayed
//#define SHIFT_TUBES_LEFT_BY_1 //shift left by 1 tube the display, if a thermometer is used with spec tube
#define TEMP_CHARCODE 10
#define GRAD_CHARCODE 10
#define PERCENT_CHARCODE 10
#define AP_NAME "SENSORBOX"
#define AP_PASSWORD ""
#define WEBNAME "SENSORBOX"
//#define DEFAULT_SSID ""
//#define DEFAULT_PSW ""
//#define USE_WIFIMANAGER
#endif
//__________________________________________________________________________________________________________________________
//if not defined, here is defined as NOT USED
//
// FALLBACK DEFAULTS SECTION: every "#ifndef X / #define X <default>" pair below fires only if the
// active CLOCK_NN block above did NOT already define that macro. This is what keeps each CLOCK_NN
// block short (it only needs to override what's actually different from these defaults). Pin
// defaults are -1, which the core .ino and driver files everywhere treat as "not connected / feature
// disabled" (e.g. "#if RADAR_PIN >= 0" guards). If you add a new optional parameter to clocks.h,
// add its fallback here too so old CLOCK_NN blocks that predate it keep compiling correctly.
#ifndef COLON_PIN
#define COLON_PIN -1 //Blinking Colon pin.
#endif
#ifndef TEMP_DALLAS_PIN
#define TEMP_DALLAS_PIN -1 //Dallas temp sensor pin.
#endif
#ifndef TEMP_DHT_PIN
#define TEMP_DHT_PIN -1 //DHT temp sensor pin.
#endif
#if defined(USE_BME280) || defined(USE_BMP280) || defined(USE_AHTX0) || defined(USE_SHT21) || defined(USE_BH1750) || defined(USE_RTC)
#if defined(PIN_SDA) && defined(PIN_SCL)
#define USE_I2CSENSORS
#else
#warning "PIN_SDA or PIN_SCL is not defined!"
#endif
#endif
#ifndef LED_SWITCH_PIN
#define LED_SWITCH_PIN -1 //external led backlight ON/OFF.
#endif
#ifndef DECIMALPOINT_PIN
#define DECIMALPOINT_PIN -1 //Nixie decimal point between digits.
#endif
#ifndef ALARMSPEAKER_PIN
#define ALARMSPEAKER_PIN -1 //Alarm buzzer pin
#endif
#ifndef ALARMBUTTON_PIN
#define ALARMBUTTON_PIN -1 //Alarm switch off button pin
#endif
#ifdef USE_NEOPIXEL
#ifndef NEOPIXEL_PIN
#define NEOPIXEL_PIN 3
#endif
#endif
#ifndef RGB_MIN_BRIGHTNESS
#define RGB_MIN_BRIGHTNESS 8 //Neopixel leds minimum brightness
#endif
#ifndef RGB_MAX_BRIGHTNESS
#define RGB_MAX_BRIGHTNESS 255 //Neopixel leds maximum brightness
#endif
#ifndef TUBE_POWER_PIN
#define TUBE_POWER_PIN -1 //Tube filament or HV ON/OFF
#endif
// POSSIBLE BUG: this guard checks "#ifndef TUBE_POWER_PIN" again (always false here, since the block
// right above just defined it unconditionally) instead of "#ifndef TUBE_POWER_ON" - so this fallback
// for TUBE_POWER_ON never actually fires. In practice this is harmless today: every CLOCK_NN block
// that leaves TUBE_POWER_PIN undefined (i.e. feature disabled, defaults to -1 above) either also
// defines TUBE_POWER_ON itself anyway, or never references it (all TUBE_POWER_ON usage in the core
// .ino is gated behind "#if TUBE_POWER_PIN >= 0"). But if a future CLOCK_NN block used TUBE_POWER_PIN
// without also setting TUBE_POWER_ON, this would leave TUBE_POWER_ON completely undefined and fail
// to compile at the digitalWrite(TUBE_POWER_PIN, TUBE_POWER_ON) call site in ESP32_UniClock2.ino.
#ifndef TUBE_POWER_PIN
#define TUBE_POWER_ON LOW //Tube Power On is HIGH or LOW?
#endif
#ifndef RADAR_PIN
#define RADAR_PIN -1 //Radar sensor for automatic ON/OFF the TUBE_POWER
#endif
#ifndef LIGHT_SENSOR_PIN
#define LIGHT_SENSOR_PIN -1 ///Environment light sensor, analog input pin
#endif
#ifndef RADAR_TIMEOUT
#define RADAR_TIMEOUT 5 //Automatic switch off tubes (without radar detecting somebody) after xxx min
#endif
#ifndef ALARM_ON
#define ALARM_ON HIGH
#endif
#ifndef MAXBRIGHTNESS
#define MAXBRIGHTNESS 10 //do not change this value
#endif
//Display temperature and date in every minute between START..END seconds
#ifndef ENABLE_CLOCK_DISPLAY
#define ENABLE_CLOCK_DISPLAY true //false, if no clock display is needed (for example: thermometer + humidity only)
#endif
#ifndef TEMP_START
#define TEMP_START 35
#endif
#ifndef TEMP_END
#define TEMP_END 40
#endif
#ifndef HUMID_START
#define HUMID_START 40
#endif
#ifndef HUMID_END
#define HUMID_END 45
#endif
#ifndef DATE_START
#define DATE_START 45
#endif
#ifndef DATE_END
#define DATE_END 50
#endif
#ifndef ANIMSPEED
#define ANIMSPEED 50 //Animation speed in millisec
#endif
#ifndef TEMP_CHARCODE
#define TEMP_CHARCODE 15
#endif
#ifndef GRAD_CHARCODE
#define GRAD_CHARCODE 16
#endif
#ifndef PERCENT_CHARCODE
#define PERCENT_CHARCODE 17
#endif
#ifndef UPPER_CIRCLE_CHARCODE
#define UPPER_CIRCLE_CHARCODE 16
#endif
#ifndef LOWER_CIRCLE_CHARCODE
#define LOWER_CIRCLE_CHARCODE 18
#endif
#ifndef LEFTDECIMAL
#define LEFTDECIMAL false //set true (Z574M), if decimal point is on the left side on the tube. Else set false (Z573M)!
#endif
//______________________________________________________________________________________
//--------------- LDR LIGHT_SENSOR LUXMETER parameters ------------
#ifndef LIGHT_SENSOR_PIN
#define LIGHT_SENSOR_PIN -1
#endif
#if defined(ESP32)
#define MAX_ADC_READING 4095 //ESP32 ADC_REF_VOLTAGE = 3.3V !!
#else
#define MAX_ADC_READING 1023 //8266 ADC_REF_VOLTAGE = 1.0V !!
#endif
#ifndef REF_RESISTANCE
#define REF_RESISTANCE 10000.0 // Resistor value is 10k, between LDR sensor and GND
#endif
#ifndef LUX_CALC_SCALAR
#define LUX_CALC_SCALAR 12518931 * 1.2 //Calibrate here
#endif
#ifndef LUX_CALC_EXPONENT
#define LUX_CALC_EXPONENT -1.405
#endif
#ifndef MAXIMUM_LUX
#define MAXIMUM_LUX 100
#endif
#ifndef PWM1_PIN
#define PWM1_PIN -1
#endif
#ifndef PWM2_PIN
#define PWM2_PIN -1
#endif
#ifndef PWM3_PIN
#define PWM3_PIN -1
#endif
#ifndef DATE_REPEAT_MIN
#define DATE_REPEAT_MIN 1
#endif
#ifndef FW
#define FW "UNKNOWN"
#endif
#ifndef DP_PIN
#define DP_PIN -1 //Decimal Point pin.
#endif
//______________________________________________________________________________________
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