33d8d9938e
Automatyczne yłączenie ledów przy braku oświetlenia Automatyczne wyłączenie wiatraka gdy brakuje wody
507 lines
15 KiB
C++
507 lines
15 KiB
C++
#include <SPI.h>
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#include <Wire.h>
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#include <Adafruit_GFX.h>
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#include <Adafruit_SSD1306.h>
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#include "DHT.h"
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#include <Adafruit_NeoPixel.h>
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#include <BH1750.h>
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#define Version "0.3.4"
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#define LED_PIN 5
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#define LED_COUNT 9
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const uint8_t ledMap[LED_COUNT] = { 3, 0, 1, 8, 2, 5, 4, 7, 6 };
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//2DO:
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//Pomiar światła bh1750 i fotorezystor
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// obsługa nie zamontowania -wyświetlacza, bt1750, DHT22
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#define NUMPIXELS 10 //docelowo 9-10
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#define DHTTYPE DHT22
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#define SCREEN_WIDTH 128
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#define SCREEN_HEIGHT 32
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#define OLED_RESET -1
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#define SCREEN_ADDRESS 0x3C
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//PINS
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#define BTN_DIMM 34 //GPIO34 D34
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#define BTN_RST 35 //GPIO35 D35
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#define BTN_HYGRSTT 36 //GPIO36 VP
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#define BTN_SPEED 39 //GPIO35 VN
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#define PIN_SPEED_1 32 //GPIO32 D32
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#define PIN_SPEED_2 14 //GPIO36 D14
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#define DHTPIN 4 //GPIO04 D4
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#define LED_WHT_TANK 25 //GPIO26 D26
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#define LED_RED_TANK 26 //GPIO25 D25
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#define NEOPIXEL 27 //GPIO04 D27
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#define IN_PHOTOTRA 12
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#define WTR_LVL 33 //GPIO33 D33
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// SDA D21
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// SCL D22
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#define DIMM_MAX_VALUE 4 //
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//NEO PIXEL ARDESES:
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#define NEOPXL_MULTIPLIER 25
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// ARDESES:
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#define ADR_NEOPXL_SPEED_1 1
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#define ADR_NEOPXL_SPEED_2 0
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#define ADR_NEOPXL_FILTER 3
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#define ADR_NEOPXL_L1 2
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#define ADR_NEOPXL_L2 5
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#define ADR_NEOPXL_L3 4
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#define ADR_NEOPXL_L4 7
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#define ADR_NEOPXL_L5 6
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#define ADR_NEOPXL_WATERLVL 8
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#define ADR_NEOPXL_TANK
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#define NON_ACTIVE_LED_DIVIDER 8
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Adafruit_SSD1306 display(SCREEN_WIDTH, SCREEN_HEIGHT, &Wire, OLED_RESET);
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Adafruit_NeoPixel pixels(NUMPIXELS, NEOPIXEL, NEO_GRB + NEO_KHZ800);
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DHT dht(DHTPIN, DHTTYPE);
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BH1750 lightMeter;
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//MAIN VALUES VARIABLES
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// homekit
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int RedHomeKit = 0;
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int GreenHomeKit = 0;
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int BlueHomeKit = 0;
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bool turnOnFlag = true;
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int8_t resetVal = 0;
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int8_t fanSpeedVal = 1;
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int8_t hygrostatVal = 55;
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int8_t dimmStep = 3;
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int8_t dimmVal ;
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int8_t waterLvlVal = 0;
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int8_t photoVal = 0;
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float temp = 0.0;
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float hum = 0.0;
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float lux = 0.0;
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//NEOPIXELS VARIABLES
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int8_t neoPixelSwitch = 1;
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int8_t neoPixelRed = 10;
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int8_t neoPixelGreen = 10;
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int8_t neoPixelBlue = 10;
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int8_t neoPixelSpeed_1 = 1;
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int8_t neoPixelSpeed_2 = 1;
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int8_t neoPixelFilter = 1;
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int8_t neoPixelLvl_1 = 1;
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int8_t neoPixelLvl_2 = 1;
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int8_t neoPixelLvl_3 = 1;
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int8_t neoPixelLvl_4 = 1;
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int8_t neoPixelLvl_5 = 1;
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int8_t neoPixelWaterLvlR = 1;
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int8_t neoPixelWaterLvlG = 1;
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int8_t neoPixelWaterLvlB = 1;
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int8_t neoPixelTank = 1;
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uint8_t LastSpdInpt = 0;
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unsigned long spdInptTimeStamp = 0;
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int changeSpdDelay = 30000; //interwał zmiany predkości - nie mniej niż wartość milisekund
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int8_t wtrLvlOff = 0;
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int8_t nightMode = 0;
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void IRAM_ATTR dimmButtonFcn() {
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dimmStep++;
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if (dimmStep > DIMM_MAX_VALUE) {
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dimmStep = 0;
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}
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}
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void IRAM_ATTR speedButtonFcn() {
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fanSpeedVal++;
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if (fanSpeedVal >= 3) {
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fanSpeedVal = 1;
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}
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spdInptTimeStamp = millis() - changeSpdDelay;
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}
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void IRAM_ATTR hygrostatButtonFcn() {
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hygrostatVal = hygrostatVal + 5;
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if (hygrostatVal > 65) {
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hygrostatVal = 45;
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}
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spdInptTimeStamp = millis() - changeSpdDelay;
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}
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void setFanSpeed(uint8_t spdInpt) {
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// if (wtrLvlOff == 1) { dokomentować do testów wody
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// spdInpt = 0;
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// }
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if (nightMode == 1 && spdInpt == 2 ){
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spdInpt = 1;
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}
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if ( millis() > (spdInptTimeStamp + changeSpdDelay)) {
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if (LastSpdInpt != spdInpt) {
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if (spdInpt == 1) {
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digitalWrite(PIN_SPEED_2, LOW);
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digitalWrite(PIN_SPEED_1, HIGH);
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LastSpdInpt = spdInpt;
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spdInptTimeStamp = millis();
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} else if (spdInpt == 2) {
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digitalWrite(PIN_SPEED_1, LOW);
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digitalWrite(PIN_SPEED_2, HIGH);
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LastSpdInpt = spdInpt;
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spdInptTimeStamp = millis();
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} else {
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digitalWrite(PIN_SPEED_1, LOW);
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digitalWrite(PIN_SPEED_2, LOW);
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LastSpdInpt = spdInpt;
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spdInptTimeStamp = millis();
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}
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}
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}
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}
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void rainbowCycle(uint8_t wait) {
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uint16_t i, j;
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for (j = 0; j < 256 * 3; j++) {
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for (i = 0; i < LED_COUNT; i++) {
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uint8_t physIndex = ledMap[i]; // mapowanie pozycji logicznej na fizyczną
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pixels.setPixelColor(physIndex, Wheel((i * 256 / LED_COUNT + j) & 255));
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}
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pixels.show();
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delay(wait);
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}
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}
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uint32_t Wheel(byte pos) {
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pos = 255 - pos;
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uint8_t r, g, b;
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if (pos < 85) {
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r = 255 - pos * 3;
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g = 0;
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b = pos * 3;
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} else if (pos < 170) {
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pos -= 85;
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r = 0;
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g = pos * 3;
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b = 255 - pos * 3;
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} else {
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pos -= 170;
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r = pos * 3;
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g = 255 - pos * 3;
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b = 0;
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}
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r = r * 30 / 100; // Ogranicz jasność do 30%
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g = g * 30 / 100;
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b = b * 30 / 100;
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return pixels.Color(r, g, b);
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}
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void setup() {
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Serial.begin(9600);
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pinMode(BTN_RST, INPUT);
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pinMode(BTN_DIMM, INPUT);
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pinMode(BTN_SPEED, INPUT);
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pinMode(BTN_HYGRSTT, INPUT);
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pinMode(PIN_SPEED_1, OUTPUT);
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pinMode(PIN_SPEED_2, OUTPUT);
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digitalWrite(PIN_SPEED_1, LOW);
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digitalWrite(PIN_SPEED_2, LOW);
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pinMode(LED_RED_TANK, OUTPUT);
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pinMode(LED_WHT_TANK, OUTPUT);
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pinMode(IN_PHOTOTRA, INPUT_PULLDOWN);
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pinMode(WTR_LVL, INPUT);
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if (!display.begin(SSD1306_SWITCHCAPVCC, SCREEN_ADDRESS)) {
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Serial.println(F("SSD1306 allocation failed"));
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}
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display.setTextSize(1);
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display.setTextColor(SSD1306_WHITE);
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display.clearDisplay();
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display.setCursor(0, 0);
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display.println("Version:");
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display.setCursor(60, 0);
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display.println(Version);
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display.display();
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attachInterrupt(digitalPinToInterrupt(BTN_DIMM), dimmButtonFcn, FALLING);
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attachInterrupt(digitalPinToInterrupt(BTN_SPEED), speedButtonFcn, FALLING);
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attachInterrupt(digitalPinToInterrupt(BTN_HYGRSTT), hygrostatButtonFcn, FALLING);
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Wire.begin();
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lightMeter.begin();
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dht.begin();
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pixels.begin();
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if (dimmStep == 0) {
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dimmVal = 0;
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} else if (dimmStep == 1) {
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dimmVal = 1;
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} else if (dimmStep == 2) {
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dimmVal = 6;
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} else if (dimmStep == 3) {
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dimmVal = 12;
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} else {
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dimmVal = 24;
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}
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} //setup end
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void loop() {
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// ###################################################
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// WYŚWIETLACZ
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display.clearDisplay();
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display.setCursor(90, 0);
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display.println(Version);
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display.setCursor(0, 0);
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display.println("RST:");
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display.setCursor(25, 0);
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display.println(resetVal);
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display.setCursor(35, 0);
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display.println("L:");
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display.setCursor(47, 0);
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display.println(lux);
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display.setCursor(0, 10);
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display.println("WtrLvl:");
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display.setCursor(50, 10);
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display.println(waterLvlVal);
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display.setCursor(70, 10);
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display.println("FanSpd:");
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display.setCursor(115, 10);
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display.println(fanSpeedVal);
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// display.setCursor(0, 10);
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// display.println("FanSpd:");
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// display.setCursor(50, 10);
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// display.println(fanSpeedVal);
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//
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// display.setCursor(70, 10);
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// display.println("Hygst:");
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// display.setCursor(115, 10);
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// display.println(hygrostatVal);
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display.setCursor(0, 20);
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display.println("Hum:");
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display.setCursor(28, 20);
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display.println(hum);
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// display.setCursor(0, 20);
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// display.println("Ph:");
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// display.setCursor(28, 20);
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// display.println(photoVal);
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display.setCursor(70, 20);
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display.println("Dimm:");
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display.setCursor(115, 20);
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display.println(dimmStep);
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display.display();
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display.setCursor(70, 20);
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display.println("Dimm:");
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display.setCursor(115, 20);
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display.println(dimmStep);
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display.display();
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// DATA HAVEREST
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lux = lightMeter.readLightLevel();
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waterLvlVal = touchRead(WTR_LVL);
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hum = (dht.readHumidity());
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photoVal = analogRead(IN_PHOTOTRA);
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// #################################################################
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// #################################################################
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// LOGIKA
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if (digitalRead(BTN_RST) == HIGH) {
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unsigned long startTime = millis();
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while (digitalRead(BTN_RST) == HIGH && millis() - startTime < 4000) {
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display.clearDisplay();
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display.setCursor(20, 0);
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display.println("Resetowanie... 4s");
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display.display();
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delay(100);
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}
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if (digitalRead(BTN_RST) == HIGH) {
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resetVal = 1;
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display.clearDisplay();
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display.setCursor(0, 0);
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display.println("Zresetowano");
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display.display();
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delay(500);
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}
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}
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// jeśli nieosiągnieto bliskiej wilgotności - zaświec diody
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// jeśli osiągnięto bliską wilgotność na 2 biegu zaświeć jedną i przciemnij drugą
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// jeśli osiągnięto wilgotność przyciemnij diody zależnie od biegu
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if (hum > hygrostatVal) {
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setFanSpeed(0);
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neoPixelSpeed_1 = 1;
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neoPixelSpeed_2 = 0;
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if (fanSpeedVal == 2) {
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neoPixelSpeed_2 = 1;
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}
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} else if (hum >= (hygrostatVal - 5) and fanSpeedVal == 2) {
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setFanSpeed(1); //ustaw predkość 1 zbliża sie do docelowej wartości
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neoPixelSpeed_1 = NON_ACTIVE_LED_DIVIDER;
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neoPixelSpeed_2 = 1;
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} else if (hum < hygrostatVal) {
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setFanSpeed(fanSpeedVal);
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neoPixelSpeed_1 = NON_ACTIVE_LED_DIVIDER;
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if (fanSpeedVal == 1) {
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neoPixelSpeed_2 = 0;
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} else {
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neoPixelSpeed_2 = NON_ACTIVE_LED_DIVIDER;
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}
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}
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if (dimmStep == 0) {
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dimmVal = 0;
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} else if (dimmStep == 1) {
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dimmVal = 1;
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} else if (dimmStep == 2) {
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dimmVal = 2;
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} else if (dimmStep == 3) {
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dimmVal = 4;
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} else {
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dimmVal = 8;
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}
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// Ustawianie LED docelowych wartości
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if (hygrostatVal >= 65) {
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neoPixelLvl_1 = 1;
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neoPixelLvl_2 = 1;
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neoPixelLvl_3 = 1;
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neoPixelLvl_4 = 1;
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neoPixelLvl_5 = 1;
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} else if (hygrostatVal == 60) {
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neoPixelLvl_1 = 1;
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neoPixelLvl_2 = 1;
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neoPixelLvl_3 = 1;
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neoPixelLvl_4 = 1;
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neoPixelLvl_5 = 0;
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} else if (hygrostatVal == 55) {
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neoPixelLvl_1 = 1;
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neoPixelLvl_2 = 1;
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neoPixelLvl_3 = 1;
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neoPixelLvl_4 = 0;
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neoPixelLvl_5 = 0;
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} else if (hygrostatVal == 50) {
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neoPixelLvl_1 = 1;
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neoPixelLvl_2 = 1;
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neoPixelLvl_3 = 0;
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neoPixelLvl_4 = 0;
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neoPixelLvl_5 = 0;
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} else if (hygrostatVal == 45) {
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neoPixelLvl_1 = 1;
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neoPixelLvl_2 = 0;
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neoPixelLvl_3 = 0;
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neoPixelLvl_4 = 0;
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neoPixelLvl_5 = 0;
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} else if (hygrostatVal <= 40) {
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neoPixelLvl_1 = 0;
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neoPixelLvl_2 = 0;
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neoPixelLvl_3 = 0;
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neoPixelLvl_4 = 0;
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neoPixelLvl_5 = 0;
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} else {
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neoPixelLvl_1 = 1;
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neoPixelLvl_2 = 0;
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neoPixelLvl_3 = 1;
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neoPixelLvl_4 = 0;
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neoPixelLvl_5 = 1;
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}
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// Ustawianie LED osiągniętych wartości
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if (hum >= 65 && hygrostatVal >= 65) {
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neoPixelLvl_5 = 8;
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}
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if (hum >= 60 && hygrostatVal >= 60) {
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neoPixelLvl_4 = 8;
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}
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if (hum >= 55 && hygrostatVal >= 55) {
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neoPixelLvl_3 = 8;
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}
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if (hum >= 50 && hygrostatVal >= 50) {
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neoPixelLvl_2 = 8;
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}
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if (hum >= 45 && hygrostatVal >= 45) {
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neoPixelLvl_1 = 8;
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}
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// wartości zależne od sposobu zasilania PC/Powerbank/Ładowarka
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//46-47 - sonda nie dotyka wody
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//26 - ledwo na dnie
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// 25 jest troche wody
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// 24-25 połowa zbiornika
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// 23-24 pełen zbiornik
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if (waterLvlVal >= 38) { // Empty TANK
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neoPixelWaterLvlR = 10;
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neoPixelWaterLvlG = 0;
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neoPixelWaterLvlB = 0;
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analogWrite(LED_WHT_TANK, dimmVal * 8);
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analogWrite(LED_RED_TANK, 0);
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wtrLvlOff = 1;
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}
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if (waterLvlVal < 40 && waterLvlVal >= 25) { //a bit of water TANK
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neoPixelWaterLvlR = 10;
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neoPixelWaterLvlG = 10;
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neoPixelWaterLvlB = 0;
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analogWrite(LED_WHT_TANK, 0);
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analogWrite(LED_RED_TANK, dimmVal * 8);
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wtrLvlOff = 0;
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}
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if (waterLvlVal <= 24) { // FULL TANK
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neoPixelWaterLvlR = neoPixelRed;
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neoPixelWaterLvlG = neoPixelGreen;
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neoPixelWaterLvlB = neoPixelBlue;
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analogWrite(LED_WHT_TANK, 0);
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analogWrite(LED_RED_TANK, dimmVal * 8);
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wtrLvlOff = 0;
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}
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// if minął czas -> resetVal = 0;
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if (resetVal == 1) {
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neoPixelFilter = 0;
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} else {
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neoPixelFilter = 1;
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}
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if ( lux < 0.5 ) {
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dimmVal = 0;
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nightMode = 1;
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} else {
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nightMode = 0;
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}
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//NEOPIXELS
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// #################################################################
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// #################################################################
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pixels.clear();
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//(G,R,B)
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pixels.setPixelColor(ADR_NEOPXL_SPEED_1, pixels.Color(int((neoPixelGreen * dimmVal * neoPixelSwitch * neoPixelSpeed_1) / NON_ACTIVE_LED_DIVIDER), int((neoPixelRed * dimmVal * neoPixelSwitch * neoPixelSpeed_1) / NON_ACTIVE_LED_DIVIDER), int((neoPixelBlue * dimmVal * neoPixelSwitch * neoPixelSpeed_1) / NON_ACTIVE_LED_DIVIDER)));
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pixels.setPixelColor(ADR_NEOPXL_SPEED_2, pixels.Color(int((neoPixelGreen * dimmVal * neoPixelSwitch * neoPixelSpeed_2) / NON_ACTIVE_LED_DIVIDER), int((neoPixelRed * dimmVal * neoPixelSwitch * neoPixelSpeed_2) / NON_ACTIVE_LED_DIVIDER), int((neoPixelBlue * dimmVal * neoPixelSwitch * neoPixelSpeed_2) / NON_ACTIVE_LED_DIVIDER)));
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pixels.setPixelColor(ADR_NEOPXL_FILTER, pixels.Color(neoPixelGreen * dimmVal * neoPixelSwitch * neoPixelFilter, neoPixelRed * dimmVal * neoPixelSwitch * neoPixelFilter, neoPixelBlue * dimmVal * neoPixelSwitch * neoPixelFilter));
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pixels.setPixelColor(ADR_NEOPXL_L1, pixels.Color(int(neoPixelGreen * dimmVal * neoPixelSwitch * neoPixelLvl_1 / NON_ACTIVE_LED_DIVIDER), int(neoPixelRed * dimmVal * neoPixelSwitch * neoPixelLvl_1 / NON_ACTIVE_LED_DIVIDER), int(neoPixelBlue * dimmVal * neoPixelSwitch * neoPixelLvl_1 / NON_ACTIVE_LED_DIVIDER)));
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pixels.setPixelColor(ADR_NEOPXL_L2, pixels.Color(int(neoPixelGreen * dimmVal * neoPixelSwitch * neoPixelLvl_2 / NON_ACTIVE_LED_DIVIDER), int(neoPixelRed * dimmVal * neoPixelSwitch * neoPixelLvl_2 / NON_ACTIVE_LED_DIVIDER), int(neoPixelBlue * dimmVal * neoPixelSwitch * neoPixelLvl_2 / NON_ACTIVE_LED_DIVIDER)));
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pixels.setPixelColor(ADR_NEOPXL_L3, pixels.Color(int(neoPixelGreen * dimmVal * neoPixelSwitch * neoPixelLvl_3 / NON_ACTIVE_LED_DIVIDER), int(neoPixelRed * dimmVal * neoPixelSwitch * neoPixelLvl_3 / NON_ACTIVE_LED_DIVIDER), int(neoPixelBlue * dimmVal * neoPixelSwitch * neoPixelLvl_3 / NON_ACTIVE_LED_DIVIDER)));
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pixels.setPixelColor(ADR_NEOPXL_L4, pixels.Color(int(neoPixelGreen * dimmVal * neoPixelSwitch * neoPixelLvl_4 / NON_ACTIVE_LED_DIVIDER), int(neoPixelRed * dimmVal * neoPixelSwitch * neoPixelLvl_4 / NON_ACTIVE_LED_DIVIDER), int(neoPixelBlue * dimmVal * neoPixelSwitch * neoPixelLvl_4 / NON_ACTIVE_LED_DIVIDER)));
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pixels.setPixelColor(ADR_NEOPXL_L5, pixels.Color(int(neoPixelGreen * dimmVal * neoPixelSwitch * neoPixelLvl_5 / NON_ACTIVE_LED_DIVIDER), int(neoPixelRed * dimmVal * neoPixelSwitch * neoPixelLvl_5 / NON_ACTIVE_LED_DIVIDER), int(neoPixelBlue * dimmVal * neoPixelSwitch * neoPixelLvl_5 / NON_ACTIVE_LED_DIVIDER)));
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pixels.setPixelColor(ADR_NEOPXL_WATERLVL, pixels.Color(dimmVal * neoPixelSwitch * neoPixelWaterLvlG, dimmVal * neoPixelSwitch * neoPixelWaterLvlR, dimmVal * neoPixelSwitch * neoPixelWaterLvlB));
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// pixels.setPixelColor(ADR_NEOPXL_TANK, pixels.Color(neoPixelGreen*dimmVal*neoPixelSwitch*neoPixelTank, neoPixelRed*dimmVal*neoPixelSwitch*neoPixelTank, neoPixelBlue*dimmVal*neoPixelSwitch*neoPixelTank));
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pixels.show();
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// rainbowCycle(10); // im mniejsza liczba, tym szybsza animacja
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}
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