Trends and message change
This commit is contained in:
parent
52726c263c
commit
ccd03735ea
252
src/main.cpp
252
src/main.cpp
@ -7,6 +7,7 @@
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#include <WiFiUdp.h>
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#include <WiFiUdp.h>
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#include <Adafruit_GFX.h>
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#include <Adafruit_GFX.h>
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#include <Adafruit_SSD1306.h>
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#include <Adafruit_SSD1306.h>
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#include <EEPROM.h>
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#include "bitmaps.h"
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#include "bitmaps.h"
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#include "netman.h"
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#include "netman.h"
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@ -37,6 +38,7 @@ void initSystems() {
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pinMode(PIN_BUZZER, OUTPUT);
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pinMode(PIN_BUZZER, OUTPUT);
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pinMode(LED_BUILTIN, OUTPUT);
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pinMode(LED_BUILTIN, OUTPUT);
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digitalWrite(LED_BUILTIN, HIGH);
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digitalWrite(LED_BUILTIN, HIGH);
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EEPROM.begin(512);
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Wire.begin(); // Initialize I2C
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Wire.begin(); // Initialize I2C
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Wire.setClock(400000L); // Set I2C to Fast Mode (400 kHz)
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Wire.setClock(400000L); // Set I2C to Fast Mode (400 kHz)
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display.ssd1306_command(SSD1306_SETCONTRAST);
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display.ssd1306_command(SSD1306_SETCONTRAST);
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@ -174,6 +176,32 @@ void powerSaveCheck() {
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}
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}
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}
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}
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float prevTemperature = 0.0;
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int prevHumidity = 0;
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float prevPressure = 0.0;
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float prevWindSpeed = 0.0;
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void saveWeatherData() {
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// Store float values as bytes (4 bytes for each float)
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EEPROM.put(0, prevTemperature);
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EEPROM.put(4, prevHumidity);
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EEPROM.put(8, prevPressure);
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EEPROM.put(12, prevWindSpeed);
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// Commit changes to EEPROM
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EEPROM.commit(); // Write changes to flash
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}
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void loadWeatherData() {
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// Read the data from EEPROM (addresses correspond to where they were saved)
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EEPROM.get(0, prevTemperature);
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EEPROM.get(4, prevHumidity);
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EEPROM.get(8, prevPressure);
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EEPROM.get(12, prevWindSpeed);
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}
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int icon = 0;
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int icon = 0;
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String weatherState;
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String weatherState;
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float temperature;
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float temperature;
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@ -188,6 +216,16 @@ String getRandomMessage(const String messages[], int size) {
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return messages[random(size)];
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return messages[random(size)];
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}
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}
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String generateTrendMessage(float current, float previous, const String& parameter) {
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if (current > previous) {
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return parameter + " rising ";
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} else if (current < previous) {
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return parameter + " falling ";
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} else {
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return parameter + " stable ";
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}
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}
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bool fetchWeatherData() {
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bool fetchWeatherData() {
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// Get current time
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// Get current time
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time_t epochTime = timeClient.getEpochTime();
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time_t epochTime = timeClient.getEpochTime();
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@ -207,115 +245,117 @@ bool fetchWeatherData() {
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if (!deserializeJson(doc, payload)) {
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if (!deserializeJson(doc, payload)) {
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String mainWeather = doc["weather"][0]["main"].as<String>();
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String mainWeather = doc["weather"][0]["main"].as<String>();
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String description = doc["weather"][0]["description"].as<String>();
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// Define 10 messages for each weather condition
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if (mainWeather == "Clear") {
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String clearMessages[] = {
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"Solar intensity optimal. Prepare for a day of high visibility.",
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"Sky is clear, perfect for horizon scanning protocols.",
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"Bright skies detected. Enjoy the solar boost!",
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"All systems go. Solar power at full capacity.",
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"Clear skies engaged. Optimal light detected for maximum efficiency.",
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"Visibility: crystal-clear. Time to explore the open landscape.",
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"Atmospheric clarity confirmed. Solar shields inactive.",
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"The sky is pristine. Energy absorption at max.",
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"Clear skies overhead. Pathfinding ideal for visual systems.",
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"No obstructions above. Horizon detection is in prime mode."
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};
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weatherState = getRandomMessage(clearMessages, 10);
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} else if (mainWeather == "Clouds") {
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String cloudMessages[] = {
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"Cloud cover detected. Sky shield engaged for mild solar filtering.",
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"Overcast overhead. Perfect ambiance for low-light operations.",
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"Clouds in the atmosphere. System monitoring for breaks in cover.",
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"Skies are shaded - ideal for thermal conservation.",
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"Cloud barrier active. Solar input reduced for optimal temperature.",
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"Cloud density increasing. Adjusting light sensitivity.",
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"Partial shade above. Charging might be slower.",
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"A mild cover blankets the sky. Solar intake downscaled.",
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"Gray layers up high. Vision systems compensating.",
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"Cloudscape in progress. Ideal time for internal diagnostics."
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};
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weatherState = getRandomMessage(cloudMessages, 10);
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} else if (mainWeather == "Rain") {
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String rainMessages[] = {
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"Precipitation incoming. Deploy waterproof systems if venturing outside.",
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"Raindrops detected. External surfaces advised to stay dry.",
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"Rain detected. Surface moisture levels increasing rapidly.",
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"Incoming rainstorm - caution advised for all outdoor units.",
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"Prepare for water influx. Systems on standby for slippery terrain.",
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"Moisture levels spiking. External sensors on alert.",
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"Rainfall in progress. Hydration of external units possible.",
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"Drips from the sky. Activate surface protection measures.",
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"Rain warning: path may be slippery. Engage traction mode.",
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"Rain detected. Outdoor activity may face hydration challenges."
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};
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weatherState = getRandomMessage(rainMessages, 10);
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} else if (mainWeather == "Drizzle") {
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String drizzleMessages[] = {
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"Micro-droplets detected. Light atmospheric moisture active.",
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"Atmosphere in drizzle mode. Surface wetting minimal.",
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"Drizzle detected: gentle hydration for the surroundings.",
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"Light rain mode activated - atmospheric refresh in progress.",
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"Tiny droplets detected. Surroundings entering gentle wet mode.",
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"Drizzle overhead. Water levels rising at a slow pace.",
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"Mist-level rain. Surface dampness increasing slightly.",
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"Fine mist in the air. Slight hydration for surfaces detected.",
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"Low-intensity rain. Cooling effect minimal.",
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"Drizzle detected. Perfect time for a smooth power cycle."
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};
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weatherState = getRandomMessage(drizzleMessages, 10);
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} else if (mainWeather == "Thunderstorm") {
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String thunderstormMessages[] = {
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"Warning: Electrical storm approaching. Secure sensitive devices.",
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"Severe storm alert. Brace for lightning and thunder activity.",
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"System warning: Thunderstorm detected. High voltage hazard active.",
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"Thunderstorm detected. Power up shields and secure electronics.",
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"Electrical interference detected - storm protocol activated.",
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"Heavy storm active. Electrical currents elevated.",
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"Thunder and lightning detected. External energy sensors triggered.",
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"Storm intensity rising. Secure pathways advised.",
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"High-energy weather detected. Storm protection measures on.",
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"Electrical storm in progress. Surge protection engaged."
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};
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weatherState = getRandomMessage(thunderstormMessages, 10);
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} else if (mainWeather == "Snow") {
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String snowMessages[] = {
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"Cryo-precipitation alert: Snowfall active. Surface stability may be reduced.",
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"Snowfall detected. Thermal insulation advised for all systems.",
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"Cryogenic conditions active. Snow accumulation possible.",
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"System temperature cooling due to snowfall. Low-traction alert.",
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"External temperature dropping rapidly. Snow detected - proceed cautiously.",
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"Icy precipitation confirmed. Outdoor conditions less stable.",
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"Snow alert: Prepare for reduced surface traction.",
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"Snow detected. Temperature protocols active.",
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"Heavy snow warning: Surface coating likely.",
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"Snowfall registered. External mobility may be impacted."
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};
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weatherState = getRandomMessage(snowMessages, 10);
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} else if (mainWeather == "Mist" || mainWeather == "Fog") {
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String mistMessages[] = {
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"Low-visibility alert: Mist/fog detected. Navigation systems advised.",
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"Foggy conditions active - visibility restricted, adjust pathfinding.",
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"Atmospheric opacity high mist encountered. Slow travel recommended.",
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"Dense mist detected. Sensor accuracy may be affected.",
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"Atmosphere shrouded in mist. Low-visibility protocols recommended.",
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"Fog cover detected. Vision range significantly reduced.",
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"High density fog. Calibrate sensors for low-light conditions.",
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"Environmental opacity increased. Proceed with caution.",
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"Fog barrier detected. Slow-moving navigation optimal.",
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"Mist detected - navigating carefully for minimal interference."
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};
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weatherState = getRandomMessage(mistMessages, 10);
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} else {
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weatherState = "Atmospheric anomaly detected: " + description + ". Monitoring closely.";
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}
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temperature = doc["main"]["temp"].as<float>() - 273.15;
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temperature = doc["main"]["temp"].as<float>() - 273.15;
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humidity = doc["main"]["humidity"];
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humidity = doc["main"]["humidity"];
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pressure = doc["main"]["pressure"].as<float>() / 1000;
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pressure = doc["main"]["pressure"].as<float>() / 1000;
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wind_speed = doc["wind"]["speed"].as<float>();
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wind_speed = doc["wind"]["speed"].as<float>();
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// Define 10 messages for each weather condition
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if (mainWeather == "Clear") {
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String clearMessages[] = {
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"All systems nominal. Atmospheric clearance detected.",
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"Clear skies confirmed. Solar energy levels stable for ship systems.",
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"Sky conditions optimal for external scan. Proceed with visual sweep.",
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"Visibility restored. All monitoring systems active and secure.",
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"Open space ahead. Prepare for normal operations.",
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"Solar reflection steady. Systems running at full capacity.",
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"Clear. No interference detected. Navigation optimal.",
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"Visible space clear. Proceed with standard operations.",
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"Skies unclouded. No anomalies detected.",
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"No obstructions in sight. Navigation systems operating normally."
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};
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weatherState = generateTrendMessage(temperature, prevTemperature, "Temperature") + generateTrendMessage(pressure, prevPressure, "Atmospheric pressure") + generateTrendMessage(humidity, prevHumidity, "Humidity") + generateTrendMessage(wind_speed, prevWindSpeed, "Wind speed") + getRandomMessage(clearMessages, 10);
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} else if (mainWeather == "Clouds") {
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String cloudMessages[] = {
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"Cloud cover detected. Light interference on visual systems.",
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"Overcast conditions observed.",
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"Shadows overhead. Adjusting sensitivity on light filters.",
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"Moderate cloud formation detected. System performance normal.",
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"Atmospheric interference present. Monitoring light levels.",
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"Cloud coverage rising. Operational impact minimal.",
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"Low-visibility overhead. Preparing for reduced solar input.",
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"Sensors report cloud patterns. Adjusting visibility protocols.",
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"Clouds forming in surrounding space. Adjusting navigational parameters.",
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"Light cloud cover detected. No operational impact expected."
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};
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weatherState = generateTrendMessage(temperature, prevTemperature, "Temperature") + generateTrendMessage(pressure, prevPressure, "Atmospheric pressure") + generateTrendMessage(humidity, prevHumidity, "Humidity") + generateTrendMessage(wind_speed, prevWindSpeed, "Wind speed") + getRandomMessage(cloudMessages, 10);
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} else if (mainWeather == "Rain") {
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String rainMessages[] = {
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"Precipitation incoming. Shielding activated.",
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"Rain detected. External moisture levels rising, activating water barriers.",
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"Surface moisture increasing. Prepare for external wet conditions.",
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"Rainstorm detected. External protection systems online.",
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"Raindrops detected. Surface conditions becoming slick.",
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"Incoming water influx. Prepare external surfaces for wet conditions.",
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"Rain detected. Traction systems engaged for slippery terrain.",
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"Wet conditions approaching. Hydration protocols for external units activated.",
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"Raindrops increasing. Proceed with caution on exterior surfaces.",
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"Heavy rain in the vicinity. External equipment may require adjustment."
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};
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weatherState = generateTrendMessage(temperature, prevTemperature, "Temperature") + generateTrendMessage(pressure, prevPressure, "Atmospheric pressure") + generateTrendMessage(humidity, prevHumidity, "Humidity") + generateTrendMessage(wind_speed, prevWindSpeed, "Wind speed") + getRandomMessage(rainMessages, 10);
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} else if (mainWeather == "Drizzle") {
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String drizzleMessages[] = {
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"Light drizzle detected. Surface moisture rising, minimal impact.",
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"Low-intensity rain detected. External systems functioning normally.",
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"Fine mist detected. Prepare for minor surface wetting.",
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"Gentle drizzle. Light hydration of external units detected.",
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"Atmospheric moisture levels rising slowly. Proceed with minor caution.",
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"Minor drizzle detected. No immediate impact on operations.",
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"Drizzle detected. Adjusting exterior temperature controls.",
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"Light rain confirmed. Surface conditions remain stable.",
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"Drizzle present. External activity unaffected.",
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"Micro-droplets detected. Surface wetting minimal."
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};
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weatherState = generateTrendMessage(temperature, prevTemperature, "Temperature") + generateTrendMessage(pressure, prevPressure, "Atmospheric pressure") + generateTrendMessage(humidity, prevHumidity, "Humidity") + generateTrendMessage(wind_speed, prevWindSpeed, "Wind speed") + getRandomMessage(drizzleMessages, 10);
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} else if (mainWeather == "Thunderstorm") {
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String thunderstormMessages[] = {
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"Warning: Severe storm approaching. High-voltage hazard detected.",
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"Electrical storm detected in proximity. Shielding and surge protection engaged.",
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"Thunderstorm alert: Prepare for sudden power fluctuations.",
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"Storm in progress. Lightning detected. Surge protection active.",
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"Electrical interference detected. Recalibrating external sensors.",
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"Thunderstorm imminent. High-energy levels detected. Activating surge protocols.",
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"Power surge imminent. Warning: high-voltage storm detected.",
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"Electrical storm approaching. Brace for system disturbances.",
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"Warning: Lightning detected. Secure sensitive systems immediately.",
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"Severe atmospheric storm approaching. Power systems primed for protection."
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};
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weatherState = generateTrendMessage(temperature, prevTemperature, "Temperature") + generateTrendMessage(pressure, prevPressure, "Atmospheric pressure") + generateTrendMessage(humidity, prevHumidity, "Humidity") + generateTrendMessage(wind_speed, prevWindSpeed, "Wind speed") + getRandomMessage(thunderstormMessages, 10);
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} else if (mainWeather == "Snow") {
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String snowMessages[] = {
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"Cryogenic conditions detected. Snowfall in progress.",
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"Snow accumulation imminent. External traction systems engaged.",
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"Freezing precipitation confirmed. Temperature control systems adjusting.",
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"Snow falling. Low-traction surfaces detected. Proceed with caution.",
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"Heavy snowfall recorded. Thermal systems operating at full capacity.",
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"Snowstorm imminent. Prepare for reduced external mobility.",
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"Temperature drop confirmed. Snow accumulation expected.",
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"Snow detected. De-icing systems online.",
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"Cryogenic particles in atmosphere. Surface stability compromised.",
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"Snowfall detected. All external movement restricted."
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};
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weatherState = generateTrendMessage(temperature, prevTemperature, "Temperature") + generateTrendMessage(pressure, prevPressure, "Atmospheric pressure") + generateTrendMessage(humidity, prevHumidity, "Humidity") + generateTrendMessage(wind_speed, prevWindSpeed, "Wind speed") + getRandomMessage(snowMessages, 10);
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} else if (mainWeather == "Mist" || mainWeather == "Fog") {
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String mistMessages[] = {
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"Low-visibility conditions. Activate infrared scanning systems.",
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"Fog detected. Navigation systems recalibrating for low-visibility operation.",
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"Atmospheric opacity confirmed. Proceed with caution at reduced speed.",
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"Dense mist detected. Visibility dropped to critical levels.",
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"Fog levels increasing. Adjusting pathfinding parameters for accuracy.",
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"Dense fog detected. Slowing navigation to safe speeds.",
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"Increased fog density. Visual systems recalibrated.",
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"Low visibility confirmed. Proceed with extreme caution.",
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"Mist detected in sector. Visual enhancement systems engaged.",
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"Fog detected. Reduced visibility affecting sensor accuracy."
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};
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weatherState = generateTrendMessage(temperature, prevTemperature, "Temperature") + generateTrendMessage(pressure, prevPressure, "Atmospheric pressure") + generateTrendMessage(humidity, prevHumidity, "Humidity") + generateTrendMessage(wind_speed, prevWindSpeed, "Wind speed") + getRandomMessage(mistMessages, 10);
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} else {
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weatherState = generateTrendMessage(temperature, prevTemperature, "Temperature") + generateTrendMessage(pressure, prevPressure, "Atmospheric pressure") + generateTrendMessage(humidity, prevHumidity, "Humidity") + generateTrendMessage(wind_speed, prevWindSpeed, "Wind speed") + "Unspecified weather anomaly detected. Conditions unstable. Monitoring closely.";
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}
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prevTemperature = temperature;
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prevHumidity = humidity;
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prevPressure = pressure;
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prevWindSpeed = wind_speed;
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saveWeatherData();
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http.end();
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http.end();
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break;
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break;
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}
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}
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@ -382,7 +422,6 @@ void displayWeatherData() {
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// If the text has completely scrolled off, reset scroll position to start from the right
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// If the text has completely scrolled off, reset scroll position to start from the right
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if (scrollPos < -stateWidth) {
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if (scrollPos < -stateWidth) {
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scrollPos = SCREEN_WIDTH;
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scrollPos = SCREEN_WIDTH;
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delay(4000);
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}
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}
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}
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}
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}
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}
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@ -421,6 +460,7 @@ void setup(void) {
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netman.start();
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netman.start();
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timeClient.begin();
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timeClient.begin();
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timeClient.update();
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timeClient.update();
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loadWeatherData();
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fetchWeatherData();
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fetchWeatherData();
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}
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}
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