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dudee thats cooll!! keep up the good work mate.. you deserve more subs!

This is the coolest thing ever 🔥🔥🔥🔥

code: #include <Wire.h> #include <RTClib.h> #include <Servo.h> RTC_DS1307 rtc; Servo fishFeederServo; const int servoPin = 9; const int feedHour = 8; // Hour to trigger feeding (24-hour format) const int feedMinute = 30; // Minute to trigger feeding const int feedSecond = 0; // Second to trigger feeding bool hasFed = false; void setup() { Serial.begin(9600); while (!Serial); Wire.begin(); if (!rtc.begin()) { Serial.println("Couldn't find RTC"); while (1); } // Adjust RTC time to 8:29:30 AM rtc.adjust(DateTime(2024, 7, 3, 8, 29, 30)); // Adjust RTC to July 3rd, 2024, 8:29:30 AM fishFeederServo.attach(servoPin); fishFeederServo.write(0); // Set servo to 0 degrees (closed position) delay(500); // Allow time for servo to reach position } void loop() { DateTime now = rtc.now(); Serial.print("Current Time: "); Serial.print(now.hour()); Serial.print(":"); Serial.print(now.minute()); Serial.print(":"); Serial.println(now.second()); // Check if it's time to feed the fish if (now.hour() == feedHour && now.minute() == feedMinute && now.second() == feedSecond && !hasFed) { Serial.println("Feeding Fish..."); feedFish(); // Call the fish feeding function hasFed = true; } // Reset flag after feeding time has passed if (now.hour() == feedHour && now.minute() == feedMinute && now.second() == (feedSecond + 1)) { hasFed = false; } delay(1000); // Print every second } void feedFish() { fishFeederServo.write(90); // Rotate servo to 90 degrees to dispense food delay(1000); // Wait for 1 second fishFeederServo.write(0); // Rotate servo back to 0 degrees (closed position) }

Alright, so I didn't explain it in the video, essentially the buttons have 4 pins. Run it so a resistor. (I literally have no idea what omh I think possible 1k but I could be wrong) Is leading from the powered line to a led. Then from the other side of the LED run a wire to one corner of the button, then from the other diagonal corner run a wire to the ground. Do this with all 4. I'm really sorry I didn't explain it well (or at all) in the video. In future videos I will go a lot more in depth

Code: const int LDR_PIN1 = A1; // Analog pin connected to the first three-pin LDR module const int LDR_PIN2 = A2; // Analog pin connected to the second three-pin LDR module const int LDR_PIN3 = A3; // Analog pin connected to the third three-pin LDR module const int LDR_PIN4 = A4; // Analog pin connected to the fourth three-pin LDR module const int LDR_PIN5 = A5; // Analog pin connected to the fifth three-pin LDR module const int BUZZER_PIN = 9; // Digital pin connected to buzzer const int LASER_PIN = 2; // Digital pin connected to laser diode void setup() { pinMode(LDR_PIN1, INPUT); pinMode(LDR_PIN2, INPUT); pinMode(LDR_PIN3, INPUT); pinMode(LDR_PIN4, INPUT); pinMode(LDR_PIN5, INPUT); pinMode(BUZZER_PIN, OUTPUT); pinMode(LASER_PIN, OUTPUT); digitalWrite(LASER_PIN, HIGH); // Turn on the laser diode Serial.begin(9600); } void loop() { int LDRValue1 = analogRead(LDR_PIN1); // Read the value from the first LDR module int LDRValue2 = analogRead(LDR_PIN2); // Read the value from the second LDR module int LDRValue3 = analogRead(LDR_PIN3); // Read the value from the third LDR module int LDRValue4 = analogRead(LDR_PIN4); // Read the value from the fourth LDR module int LDRValue5 = analogRead(LDR_PIN5); // Read the value from the fifth LDR module Serial.print("LDR1: "); Serial.print(LDRValue1); Serial.print(", LDR2: "); Serial.print(LDRValue2); Serial.print(", LDR3: "); Serial.print(LDRValue3); Serial.print(", LDR4: "); Serial.print(LDRValue4); Serial.print(", LDR5: "); Serial.println(LDRValue5); if (LDRValue1 < 800) { // Adjust the threshold value for LDR1 as needed tone(BUZZER_PIN, 400); // Play a tone of 400Hz for LDR1 } else if (LDRValue2 < 800) { // Adjust the threshold value for LDR2 as needed tone(BUZZER_PIN, 500); // Play a tone of 500Hz for LDR2 } else if (LDRValue3 < 800) { // Adjust the threshold value for LDR3 as needed tone(BUZZER_PIN, 600); // Play a tone of 600Hz for LDR3 } else if (LDRValue4 < 800) { // Adjust the threshold value for LDR4 as needed tone(BUZZER_PIN, 700); // Play a tone of 700Hz for LDR4 } else if (LDRValue5 < 800) { // Adjust the threshold value for LDR5 as needed tone(BUZZER_PIN, 800); // Play a tone of 800Hz for LDR5 } else { noTone(BUZZER_PIN); // Stop playing tone if no LDR is triggered } delay(100); // Small delay to stabilize readings }

Yoo that’s craaaazy

Cool video but it lacks alot of information xD he dosent include any resistor values but by reading comments i gathered it dosent really matter. i used 1k resistors for all of them and it worked. it also only worked when i switched the polarity on the battery.

What are the color codes??

what resistor did you use

Never apologise for having a go. Remember, everyone watching this wants to know what you know. The video was great, and only sociopaths care about spelling or grammar. Thanks for posting!

ok

its will be very awesome if u talk, ik that its ur first video and u might be nervous but still i will be so much nice the just reading text

Amazing video, very easy to follow. Thanks so much!

Didn't actually explain a darn thing... nothing about polarities, nothing about breadboard structure, nothing... just a "too bad if you actually cared about this". Very poor content!

Great first video

Nice, Simple, funny, and easy to understand. Thanks!

The music screws your mind 😅

What is the name of this project? Do u have schematic diagram of this?

What happened if you don’t put resistor ? Have you tried it ?

Thanks bro! Your video helps a lot😉❤️

Nice! Thank you

Do we have to do exactly like you

Do you have to have the same colors

For common LEDs with forward voltages between 2V (red and yellow) and 3V (Blue, green, white) with a max current of 20 mA, I'd say 40 Ohms and 60 Ohms resistors. 100 Ohms work but a 10 will pop that diode with a sound. There is calculators on the web but most important is you know your diodes specs

1.Ditch The Music 2. Ditch The Music 3. Ditch the Music 4. Goto 1

Dude we care about the stuff you didn’t show

where new video

Work on your spelling.

Please make more videos i love this video

Lose the music, explain.

Sir it is very helpful for me. Colud I know how to plot this on a multisim? Thank you in advance sir

Which resistor

your first video and latest video

Bro why the hell u stopped posting videos...ur content was awesome to make u blow and earn thousands of subs

a breadBORED?!?!?!?!?

Childish....

Thanks I did it first board project!!!

This does not help

I cared about some of the stuff you didnt care about :')

bad for beginners horrible at explaining

Bro what is name for wire

Resistor value?

Resistor value?

keep it up bro ...

Project pdf form mein bnany k liye

Procedure mil skta written mein?

Practical name plzz??

Great video! I learned a lot!

Very nice! I have the same breadboard, but I'm new to electronics and don't know how to use it; thanks for the video!

Sir is ka purposal or report sand kardo