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question:不对
answer:非常抱歉，我的推测让您不满意。如果您有更多特别的背景信息、需求、或其他信息，可以提供给我，我可以尽我所能从卦象上为您推断出更加准确的结果。
question:地雷复卦指什么东西
answer:“地雷复卦”是指一个卦象，在八卦中属于正卦，上下卦分别为坤、震。震象征着雷，坤则象征着风和地。所以这个卦象代表着地雷相交，风起云涌的复杂局面。表示事情进展不易，面临变化和困难，需要想办法应对与化解。 在预测占卜方面，“地雷复卦”代表着事情的发展可能会面临某些困难，但是如果能够积极面对和应对，就有可能迎来惊喜和变化。 总结而言，“地雷复卦”代表着复杂和困难的局面，需要专注和决心，以应对即将到来的变化。
question:指什么物体
answer:“地雷复卦”并没有明确指出特定的物品或者事物，它只是描述了一个复杂和困难的局面。因此，无法从卦象上独立推断出特定的物品。 如果要推断男性手中的物品，除了参考卦象之外，还需要更多的背景信息和详细情况。比如，男性的性格、习惯、生活和工作状态，以及男性拿的物品的标志性特征等。综合考虑这些因素，才能够推断男性手中物品的品类、颜色、规模等等。 需要注意的是，任何预测和占卜都是带有一定的主观性和不确定性的，建议男性在实际生活中多加思考和自我决策。
question:#include <WiFi.h> #include <HTTPClient.h> #include "ArduinoJson.h" #include "SD.h" #include "SPI.h" // Pin configuration #define SD_CS_PIN 5 #define SPEAKER_PIN 25 // SD card file File audioFile; bool azan = false; // User WiFi details const char* WIFI_SSID = "ooredooBA902F"; // Replace with your Wi-Fi network name (SSID) const char* WIFI_PASSWORD = "P@SWRD4WIFIEZ123"; // Replace with your Wi-Fi network password const char* dataTimingsFajr; const char* dataTimingsSunrise; const char* dataTimingsDhuhr; const char* dataTimingsAsr; const char* dataTimingsMaghrib; const char* dataTimingsIsha; // User defined location details String USER_LATITUDE = "33.88"; String USER_LONGITUDE = "10.08"; // Will be updated with JSON String CURRENT_TIMEZONE = "Africa/Tunis"; String CURRENT_DATE = "01-01-2000"; String CURRENT_TIME = "00:00:00"; unsigned int CURRENT_MINUTE; unsigned int CURRENT_HOUR; // Function prototypes void initializeSDCard(); void openAudioFile(); void playAudioFile(); void connectToWiFi(); void getTimezone(); void getPrayerTimes(); void checkAzan(); void setup() { //Initialize serial and wait for port to open: Serial.begin(115200); // Start serial communication at 115200 baud while (!Serial) { // wait for serial port to connect. } // Initialize SD card initializeSDCard(); // Open audio file openAudioFile(); // Set speaker pin as output pinMode(SPEAKER_PIN, OUTPUT); digitalWrite(SPEAKER_PIN, LOW); Serial.println(" * Prayer Time * "); // Print once connectToWiFi(); } void loop() { if (azan == false) { if (WiFi.status() == WL_CONNECTED) { getTimezone(); getPrayerTimes(); checkTime(); checkAzan(); delay(10000); // Wait for 10 seconds before sending the next request } else { Serial.println("Lost connection!"); delay(300); } } else { playAudioFile(); // When End of audio file reached // azan = false // Re-connect to wifi // Take a look at playAudioFile() } } void connectToWiFi() { // Connect to Wi-Fi network Serial.println(); Serial.print("Connecting to "); Serial.println(WIFI_SSID); WiFi.begin(WIFI_SSID, WIFI_PASSWORD); while (WiFi.status() != WL_CONNECTED) { delay(500); Serial.print("."); } Serial.println(""); Serial.println("Wi-Fi connected"); Serial.println("IP address: "); Serial.println(WiFi.localIP()); } void getTimezone() { WiFiClient client; HTTPClient http; // Make request to the URL String url = "http://worldtimeapi.org/api/timezone/" + CURRENT_TIMEZONE; http.begin(client, url); // Send the GET request int httpResponseCode = http.GET(); if (httpResponseCode > 0) { String response = http.getString(); StaticJsonDocument<768> doc; DeserializationError error = deserializeJson(doc, response); if (error) { Serial.print(F("deserializeJson() failed: ")); Serial.println(error.f_str()); return; } const char* datetime = doc["datetime"]; // "2023-06-22T12:22:35.847564+01:00" // Extract date char dateBuffer[11]; strncpy(dateBuffer, datetime, 10); dateBuffer[10] = '0'; CURRENT_DATE = dateBuffer; // Extract time char timeBuffer[6]; // Buffer to hold time component (HH:MM + null terminator) strncpy(timeBuffer, datetime + 11, 5); timeBuffer[5] = '0'; // Add null terminator CURRENT_TIME = timeBuffer; // Extract hour char hourBuffer[3]; // Buffer to hold hour component (HH + null terminator) strncpy(hourBuffer, datetime + 11, 2); hourBuffer[2] = '0'; // Add null terminator CURRENT_HOUR = (int)hourBuffer; // Extract minute char minuteBuffer[3]; // Buffer to hold minute component (MM + null terminator) strncpy(minuteBuffer, datetime + 14, 2); minuteBuffer[2] = '0'; // Add null terminator CURRENT_MINUTE = (int)minuteBuffer; JsonObject dataMeta = doc["meta"]; const char* dataMetaTimezone = dataMeta["timezone"]; CURRENT_TIMEZONE = dataMetaTimezone; Serial.println(); Serial.println(CURRENT_DATE); Serial.println(CURRENT_TIME); // Close HTTP connection http.end(); } else { Serial.print("Error code: "); Serial.println(httpResponseCode); } } void getPrayerTimes() { WiFiClient client; HTTPClient http; // Make request to the URL String url = "http://api.aladhan.com/v1/timings/" + CURRENT_DATE + "?latitude=" + USER_LATITUDE + "&longitude=" + USER_LONGITUDE + "&method=1"; http.begin(client, url); // Send the GET request int httpResponseCode = http.GET(); if (httpResponseCode > 0) { String response = http.getString(); DynamicJsonDocument doc(3072); DeserializationError error = deserializeJson(doc, response); if (error) { Serial.print(F("deserializeJson() failed: ")); Serial.println(error.f_str()); return; } int code = doc["code"]; const char* status = doc["status"]; JsonObject data = doc["data"]; JsonObject dataTimings = data["timings"]; //dataTimingsFajr = dataTimings["Fajr"]; dataTimingsSunrise = dataTimings["Sunrise"]; dataTimingsDhuhr = dataTimings["Dhuhr"]; dataTimingsAsr = dataTimings["Asr"]; dataTimingsMaghrib = dataTimings["Maghrib"]; dataTimingsIsha = dataTimings["Isha"]; dataTimingsFajr = "07:49"; JsonObject dataMeta = data["meta"]; const char* dataMetaTimezone = dataMeta["timezone"]; CURRENT_TIMEZONE = dataMetaTimezone; // Print prayer times for the current date and location (RAW data) Serial.println(); Serial.print("Prayer "); Serial.print("Time "); Serial.println(); Serial.println("----------------"); Serial.print("Fajr "); Serial.print(dataTimingsFajr); Serial.println(); Serial.print("Sunrise "); Serial.print(dataTimingsSunrise); Serial.println(); Serial.print("Dhuhr "); Serial.print(dataTimingsDhuhr); Serial.println(); Serial.print("Asr "); Serial.print(dataTimingsAsr); Serial.println(); Serial.print("Maghrib "); Serial.print(dataTimingsMaghrib); Serial.println(); Serial.print("Isha "); Serial.print(dataTimingsIsha); Serial.println(); // Close HTTP connection http.end(); } else { Serial.print("Error code: "); Serial.println(httpResponseCode); } } // Initialize the SD card void initializeSDCard() { if (!SD.begin(SD_CS_PIN)) { Serial.println("SD card initialization failed!"); while (1) ; } } // Open the audio file void openAudioFile() { audioFile = SD.open("/path/to/audio_8.wav"); if (!audioFile) { Serial.println("Error opening audio file!"); while (1) ; } } // Play audio data from the file void playAudioFile() { int audioSample = audioFile.read(); if (audioSample == -1) { // End of audio file reached Serial.println("End of audio file reached!"); audioFile.close(); // get back to normal mode azan = false; connectToWiFi(); } // Repeat outputing sound for better quality for (int i = 0; i < 10; i++) { // Write audio sample to speaker pin dacWrite(SPEAKER_PIN, audioSample); } } void checkAzan() { if (CURRENT_TIME == dataTimingsFajr || CURRENT_TIME == dataTimingsDhuhr || CURRENT_TIME == dataTimingsAsr || CURRENT_TIME == dataTimingsMaghrib || CURRENT_TIME == dataTimingsIsha) { // Play audio data from SD card file azan = true; Serial.println("Azan is playing"); } else { digitalWrite(SPEAKER_PIN, LOW); } } void extractHourMinute(const char* prayerTime, char* hourBuffer, char* minuteBuffer) { strncpy(minuteBuffer, prayerTime + 3, 2); minuteBuffer[2] = '0'; strncpy(hourBuffer, prayerTime + 0, 2); hourBuffer[2] = '0'; } void checkTime() { char fajrHourBuffer[3]; char fajrMinuteBuffer[3]; extractHourMinute(dataTimingsFajr, fajrHourBuffer, fajrMinuteBuffer); int fajrHour = atoi(fajrHourBuffer); int fajrMinute = atoi(fajrMinuteBuffer); Serial.println(); Serial.print("Fajr hour: "); Serial.print(fajrHour); Serial.print(" minute: "); Serial.println(fajrMinute); char dhuhrHourBuffer[3]; char dhuhrMinuteBuffer[3]; extractHourMinute(dataTimingsDhuhr, dhuhrHourBuffer, dhuhrMinuteBuffer); int dhuhrHour = atoi(dhuhrHourBuffer); int dhuhrMinute = atoi(dhuhrMinuteBuffer); Serial.print("Dhuhr hour: "); Serial.print(dhuhrHour); Serial.print(" minute: "); Serial.println(dhuhrMinute); char asrHourBuffer[3]; char asrMinuteBuffer[3]; extractHourMinute(dataTimingsAsr, asrHourBuffer, asrMinuteBuffer); int asrHour = atoi(asrHourBuffer); int asrMinute = atoi(asrMinuteBuffer); Serial.print("Asr hour: "); Serial.print(asrHour); Serial.print(" minute: "); Serial.println(asrMinute); char maghribHourBuffer[3]; char maghribMinuteBuffer[3]; extractHourMinute(dataTimingsMaghrib, maghribHourBuffer, maghribMinuteBuffer); int maghribHour = atoi(maghribHourBuffer); int maghribMinute = atoi(maghribMinuteBuffer); Serial.print("Maghrib hour: "); Serial.print(maghribHour); Serial.print(" minute: "); Serial.println(maghribMinute); char ishaHourBuffer[3]; char ishaMinuteBuffer[3]; extractHourMinute(dataTimingsIsha, ishaHourBuffer, ishaMinuteBuffer); int ishaHour = atoi(ishaHourBuffer); int ishaMinute = atoi(ishaMinuteBuffer); Serial.print("Isha hour: "); Serial.print(ishaHour); Serial.print(" minute: "); Serial.println(ishaMinute); } Serial print a 30-minute count-down before prayer times and a 30-minute count-up after prayer times. don't use delay() you can use mills() or you can check time from the code. display a -00:30 to -00:00 and +00:00 to +00:30 You need to know the closet prayer time (next prayer time (count up) and then (current time = prayer time) display (count up)).
answer:In order to create a countdown and a count-up timer, you can use the `millis()` function instead of `delay()`. This approach allows you to avoid blocking the code execution and check the current time in a non-blocking way. First, let's implement a function to calculate the time difference between the current time and the prayer time: ```cpp long timeDifferenceInSeconds(const char* prayerTime, int currentHour, int currentMinute) { char hourBuffer[3]; char minuteBuffer[3]; extractHourMinute(prayerTime, hourBuffer, minuteBuffer); int prayerHour = atoi(hourBuffer); int prayerMinute = atoi(minuteBuffer); long currentTotalSeconds = (currentHour * 3600) + (currentMinute * 60); long prayerTotalSeconds = (prayerHour * 3600) + (prayerMinute * 60); return prayerTotalSeconds - currentTotalSeconds; } ``` With this function, you can calculate the time difference in seconds between the current time and any prayer time. To simplify the countdown and count-up functionality, let's create another function to convert seconds to a formatted time in "HH:MM:SS" format: ```cpp String secondsToFormattedTime(long seconds) { if (seconds < 0) { seconds = -seconds; } int hours = seconds / 3600; int minutes = (seconds % 3600) / 60; int sec = seconds % 60; char buffer[9]; snprintf(buffer, sizeof(buffer), "%02d:%02d:%02d", hours, minutes, sec); return buffer; } ``` Now, you can update the `loop()` function to display count-down and count-up timers without blocking the code execution: ```cpp // Define a variable to keep track of the last time you updated the timers unsigned long previousMillis = 0; // Define the interval to update the timers const long updateInterval = 1000; // Update every second void loop() { if (azan == false) { if (WiFi.status() == WL_CONNECTED) { getTimezone(); getPrayerTimes(); // ... existing code ... // Check for countdown and count-up unsigned long currentMillis = millis(); if (currentMillis - previousMillis >= updateInterval) { previousMillis = currentMillis; long fajrDifference = timeDifferenceInSeconds(dataTimingsFajr, CURRENT_HOUR, CURRENT_MINUTE); if (fajrDifference >= -1800 && fajrDifference <= 1800) { String formattedTime = secondsToFormattedTime(fajrDifference); if (fajrDifference < 0) { Serial.print("Fajr Countdown: "); } else { Serial.print("Fajr Count-up: "); } Serial.println(formattedTime); } // Repeat for other prayers } } else { Serial.println("Lost connection!"); delay(300); } } else { playAudioFile(); } } ``` This code will display a countdown timer for 30 minutes before the prayer time and a count-up timer for 30 minutes after the prayer time. Make sure to apply this logic for the other prayer times as well.