lagsilva

Hello, Adam,Tks!!Answers:1. Yes. An option of double display is shown below.2. Yes, it is possible to add these features.3. I think you don't, but I am not sure if I understood very well your question.Cheers,LAGSILVA

The member stats is not working for me!The count view is not being updated too !!

Did you connect the Arduino in a external power supply? The LED display is working?

There’s an updated version in my project Talking Clock 2. Pls, take a look on it. Cheers !

They are on step #3 at a Zip file.

Go ahead and if you have any questions, please contact me.

Great!! Congrats!! Thanks for sharing!!

Yes

Hello, ravijag !!Thank you for the comments!I think your wish is out of the scope of this project. My idea is to reproduce a real combustion engine working in unusual way: as a digital clock!The RPM is calculated to show the real speed starting in 100 RPM. I defined the maximum 800 RPM because it is the idle speed of a regular street car.I could have done a filled retangle to represent the pistons moving, but the funny is to use the hour and minutes for that !!

That's really cool!! Thanks for sharing!!

Thank you !!The clock is very simple to assemble and it's hypnotic watching it work !! :)See also the stopwatch I made using the same type of LED display:https://www.instructables.com/id/Stopwatch-Lap-Time-With-Arduino-Nano-and-Maxi-7219/

The file is there. Had you try it again? I am not sure about this issue.

Thank you very much!

In this case you can combine both information using the logical function AND:byteC = byteA & byteBWith the result of byteC you can "print" it into display.

In this case you can combine both information using the logical function OR:byteC = byteA OR byteBWith the result of byteC you can "print" it into display

Hi, Big.Jack.Jazz,That is not so complicated.Basically you need to update the row by column commands according to the position you want.Try to exchange a line (setRow) by a column (setColumn) in the code and check the results.For more details of LedControl library, take a look on: https://playground.arduino.cc/Main/LedControlRegards,LAGSILVA

Try to update for the following statements:hora=hour() %12;if (hora==0) {hora=12;}

Probably is a circuit issue. Check the connections and also check individually all LEDs of the display with failure.

Fantastic!! Thanks for sharing!

Shivam gautam, Probably the LED display is not exactly the same of this project. You need to check the electrical diagram of your display and try to identify what pin controls the colon / dots.

Thanks!! :)

Olá, Daniel,Nunca utilizei este display em meus projetos, mas qualquer outro display pode ser utilizado com as devidas adaptações no código.O que posso lhe adiantar é que será necessário ter a Library para ele e depois revisar o meu código retirando todas as referências relacionadas ao display TM1637 e incluir os comandos do novo display.Tente achar a documentação de seu display TFT e de sua Library para entender como são seus comandos.Saudações,LAGSILVA

Thank you!

You can do it replicating same wiring connections of 4 digits 7 segment display.

The power of the Arduino comes from the code you make. ;-)

Good question! I had this concern too!When you make some electronic circuit you must know all technical limitations of the components you are using and the basis of these information are in their datasheets.In my project, all segments of LED display are limited by their maximum current and so they are protected by individual resistors.If you connect the resistors only to common pins, you need to consider the maximum current when all 7 segments will be on.In this case it can works well with only 1 resistor, but the brightness of that segment will be lower.Another point you need to consider is the limit of each port of -595- shift register.

I did some tests and I suggest use the delay time between 1 to 20 to control the brightness.

Esloch,All delays statements have a function in the code and they are working. If you remove the statements of delay(500) there will be no interval anymore.Try do the opposite such as test. Use a delay (3000) for all of them.In this case you will see an interval of 3 seconds between features changes. Maybe you are not realizing any difference now because delay(500) means a half of second only!

Hello, Esloch,Congratulations! Great job and thanks for sharing!!Related to your questions:1- I have published here another projects using push buttons. Take a look on them to understand the electrical connections and the associated Arduino's code.Question 2 and 3 are correlated due to the design of this clock.The following statements control the duration of each feature being shown.If you want less brightness in the LEDs, try add a delay statement inside the "whille" loop and change the time of delay and check the results of brightness in the display: ti = millis(); // Initial time for the Timer of Hour/Time while ((millis() - ti) < 3000) { //Timer of 3 seconds to show the Hourdelay(50); //Change this value to define the range of brightness you wanthora = hour(); minut...

Hello, Esloch,Congratulations! Great job and thanks for sharing!!Related to your questions:1- I have published here another projects using push buttons. Take a look on them to understand the electrical connections and the associated Arduino's code.Question 2 and 3 are correlated due to the design of this clock.The following statements control the duration of each feature being shown.If you want less brightness in the LEDs, try add a delay statement inside the "whille" loop and change the time of delay and check the results of brightness in the display: ti = millis(); // Initial time for the Timer of Hour/Time while ((millis() - ti) < 3000) { //Timer of 3 seconds to show the Hourdelay(50); //Change this value to define the range of brightness you wanthora = hour(); minuto = minute();....One way to automatize this process is to use an analog port to read the LDR and convert it to a variable range to be used into delay function, like this example:while ((millis() - ti) < 3000) { //Timer of 3 seconds to show the Hourint val =analogRead(0); //Port 0 to read the LDR val =map(val,0,1023,0,100);delay (val);hora = hour();minuto = minute();...Note: Increasing the time delay, the flicking of display will increase too.

Tano T2,Great news !!I do not see this warning message in my Arduino IDE. Maybe the code will run because it is not an error, but the root cause must be investigated.Probably the indication of 0ºC and 0% is because the data of DHT was not read correctly.As I told you, the main code must be updated to use more recent libraries of DHT.Try investigate about differences between DHT22 and DHT11 and keep me informed about your progress. From my side I will do it too.Note: I think all this road blocks are very good for everyone learn more and more. Investigation, tryouts and learning are part of the maker world. Go ahead, be patient and be curious all the time!Regards,LAGSILVA

Hello Tano T2,There are some differences between DHT11 and DHT22. This last one is more accurated.I have updated my code to use DHT library of Adafruit that can be used for both types of sensor.Try download it and set the code according to the sensor version you are using in the following statements://#define DHTTYPE DHT11 // DHT 11#define DHTTYPE DHT22 // DHT 22 (AM2302), AM2321//#define DHTTYPE DHT21 // DHT 21 (AM2301)Please, inform me about the results.Regards,LAGSILVA

Hello Amarnath,I have added in Step 3 of this Instructable the DHT11 library I have used when I developed this project.Please, try install it in your Arduino IDE and tell me if it finally works.Regards,LAGSILVA

Hello Tano T2,If you use another library you must update the main code to use the correspondent statements of new library.Libraries sometime are updated by their authors and an older code that use them must be updated too. Maybe this is the case here and I need to update my code for current versions of DHT libraries, but I won't do it for now.Anyway I included at Step 3 of this Instructable the DHT11 library I have used when I developed this project.Please, try to download and install it in your Arduino IDE and tell me if finally it works.Regards,LAGSILVA

Hello, TanoT2,Thank you to try to replicate this project.I have some comments:1) I see you have done some changes in the original code.2) Did you try to run my original code? 3) Did you see any errors after compilation of original code?3) In your version of code, you need to fix the following declaration:#define DHT11_PIN 11 //Sensor DHT11 conected to the pin 11 on ArduinoPls, try again and keep me informed.Saudações do Brasil,LAGSILVA

1) Check the directories structures of libraries in your Arduino installation. Probably the compiler is not finding the dht11 library.2) Try Google "arduino error does not name a type". I found many solutions for this error. Maybe one of them can fix it.

Obrigado, Dancopy!Coloque uma foto aqui de sua montagem. É legal para estimular outras pessoas a fazê-lo também!O Mode poderia ser indicado pela serial, mas acho mais bacana que fosse por um LED RGB. Assim, cada cor indicaria um dos modos.Tente adaptar deste modo.Agora uma recomendação: use alimentação de uma fonte externa para este projeto. Nem sempre a USB dá conta da corrente necessária para manter tudo funcionando.

Que ótimo! Coloque uma foto aqui de sua montagem!É possível sim adicionar um RTC. GPS é bem caro e não o indicaria a este projeto por fugir de seu escopo original.Tenho outros projetos publicados por aqui que o utiliza. De uma pesquisada e tente adapta-lo a sua aplicação.Fazer piscar os dois pontos também é possível, mas tudo isto leva a outra versão do projeto e que no momento não tenho disponibilidade de realizá-lo. Assim que for possível, faço uma atualização e lhe aviso.Att.,LAGSILVA

Grrrmachine,Thank you very much!!Please, post a photo of your project here.If your display are with the LEDs not inclined some degrees, I think it is feasible to put one of them upside down. If not, the result could be a little bit strange due to the different angles of inclination of both displays when you rotate one of them by 180 degrees.The logic of sequence to control the LED of the displays of my project is:Dot - A - B - C - D - E - F - GFor your project you must consider the transfer function for the 2nd. display:Dot - E - F - G - A - B - C - DI see you have two ways to apply this logic:1) Change wire connection of 2nd display according with 2nd sequence.2) Create a second byte num2[ ] with new sequence to be applied in the 2nd display and update the code (in this case you can ma...

Grrrmachine,Thank you very much!!Please, post a photo of your project here.If your display are with the LEDs not inclined some degrees, I think it is feasible to put one of them upside down. If not, the result could be a little bit strange due to the different angles of inclination of both displays when you rotate one of them by 180 degrees.The logic of sequence to control the LED of the displays of my project is:Dot - A - B - C - D - E - F - GFor your project you must consider the transfer function for the 2nd. display:Dot - E - F - G - A - B - C - DI see you have two ways to apply this logic:1) Change wire connection of 2nd display according with 2nd sequence.2) Create a second byte num2[ ] with new sequence to be applied in the 2nd display and update the code (in this case you can mantain same wiring connection of original project).//Digits Matrix - 0 to 9 - For 1ST. Displaybyte num1[] = { B01111110, // Zero B00110000, // One B01101101, // Two B01111001, // Three B00110011, // Four B01011011, // Five B01011111, // Six B01110000, // Seven B01111111, // Eight B01111011, // Nine};//Digits Matrix - 0 to 9 - For 2ND. Displaybyte num2[] = {B01101111, // B00000110, // B01011101, // B00011111, // B00110110, // B00111011, // B01111011, // B00001110, // B01111111, // B00111111, // };Good luck and keep me posted on your progress!Regards,LAGSILVA

Hello Jarmo,I did a test recompiling the same file I posted in this Instructables and I found no errors!If you edited my original file, please take a look at the line reported with error by your compiler and try to fix it.

Hello Seasickgooner,Probably the compiler is not finding the DFPlayer code in the libraries of your Arduino IDE.Had you installed the DFPlayer_Mini_MP3 in the correct Arduino libraries folder in your computer ?

Daniel,O problema do Attiny85 é que tem poucas portas disponíveis, 5 ou 6, dependendo de como for configurado.Para este relógio que fiz, o projeto demanda a utilização de 7 portas do Arduino.Com o Attiny teria que ser feito um novo projeto, mudando o escopo original do mesmo.Abs,Luís

Olá, Daniel !Obrigado pelo comentário!Creio que possa ligar sim, mas não fiz este teste.De fato, eu cheguei a testar um módulo amplificador com um alto-falante maior e o resultado ficou bom, mas achei que aí o conjunto iria ficar muito grande e pesado.Me conte sobre os seus resultados.Att.,Luís

Hello AndrewV34,You are using a LED display other than me and you need to use the corresponding Adafruit library:https://github.com/adafruit/Adafruit_LED_BackpackOf course you need to rewrite the code according to this library.For this you can follow the example of clock_sevenseg to understand what you need to update in my code:https://github.com/adafruit/Adafruit_LED_Backpack/...Greetings,LAGSILVA

Hello, emax2000,Thanks for you comments!You are right about the pullup resistors, but the RTC modules as I have applied in this project already have them in their PCB. Thus, you don't need another additional pullup resistors.About the clock, I had setup the Attiny85 to use 8 MHz internally and I have no issues with that as you can see in the video of this Instructable.Regards,LAGSILVA

This library is installed on my Arduino IDE:https://github.com/adafruit/TinyWireM

Hello, Ed Marsjosef,I am understanding you want only the clock function running, without the temperature and humidity information been displayed.Yes, you can delete the sensor and the circuit will be not affected.Without the sensor, the code will consider as 0 (zero) the values of temperature and humidity.Regards,LAGSILVA