Видео

Type it followed by archive on Google

I'm sorry, not yet for gbc

not try different than this, cause it more simple using this i2c

the manual in the middle of video

@@ganbensie Why not write it in the description or link it somewhere???...

Hi bro, Can you guide me?

biasa aja mamang 😀

as soon I succedd with touch, sure I will inform to you

I try with kernel 5, modprobe not working

Can you share the lsmod result and dmesg|grep spi and cat /var/log/Xorg.1.log :) this is very important and we can get it working in the latest Linux. Also: where did you get the OS image file, and the dts or dtbo included in the uboot config file (armbianEnv.txt or similar) 😊

ruclips.net/user/shortsnE3JlwH-pS4

Что за беспомощность? Дисплей из 7-сегментников сделан? Да. Написать/найти скетч, который выводит текущее время _на любом дисплее_ разве так сложно?

it's ILI9225, A little modification

@@ganbensie i have a problem where the screen remain blank what should i do?

@@endersteve704 may be you got wrong pin connections

@@ganbensie i have used the pin connections in his web page i checked 5 times

@@ganbensie i am using the 2 inch version of the screen tho but the library and the resolution is the same

I use some code from google, may be I lost my code

I am sorry I lost my code, maybe you can search google

@@ganbensie im trying on the new raspberry pie zero much better game play i here

thank you

I got from this github, and edit usermod www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=&cad=rja&uact=8&ved=2ahUKEwipzaOWpcj4AhURgOYKHQQICVoQFnoECAIQAQ&url=https%3A%2F%2Fgithub.com%2FAircoookie%2FWLED&usg=AOvVaw0L-n4c_90TYlJ2dKl6vVF4 just compile from usermod

3 wires from DS18B20 temperature sensor just plug in and seen working read that sensor

kebetulan saya coba di P5, mungkin kalo pinout nya sama mungkin bisa, dan ini dicoba pada controller untuk P5

I am using SP107E Bluetooth Music Led Controller, no sketch

4 Orangepi one with dietpi OS

Waw agak mahal kalau cuman untuk kebutuhan minig duino coin

@@mansyur_._5844 kebetulan sudah tidak saya pakai untuk proyek lain, jadi saya pakai dulu

Thanks

thanks

pakai Eachine TX06 AIO Tinywhoop e011

@@ganbensie keberatan gak? motor masih bawaan?

@@ALEZARFIRMANSYAH berat sih kagak, power kesedot lumayan banyak, motor jadi gak kuat ngakat kalo lebih dari 2 menit terbang

@@ganbensie jd recomen pake camera yang mana yaa biar gampang ke angkat

@@ALEZARFIRMANSYAH kebetulan baru punya tipe kamera ini. kalo mau ganti drone yang motornya agak besar dari drone yang saya pakai.

Glad it was helpful!

you can check at github: github.com/madsci1016/LEDTetrisTie

@@ganbensie Thanks!

you welcome

Terima kasih, senang berbagi ilmu

it's a clone. from china not adafruit

@@ganbensie do you have a link? Or did u buy it locally?

I buy locally

it's using ws2812b with horizontal, there is tutorial in google, sorry my code is missing cause my HD crash

@@ganbensie thank you! Every little helps

@@ganbensie I don't suppose you know where you found the tutorial? I've been searching and come up with nothing so far.

I am sorry, I just open my comment again, I think you should check this gitub github.com/madsci1016/LEDTetrisTie

+Raj Kumar #include <Wire.h> // i2c wire libraries for RTC #include "RTClib.h" // RTC libraries #include <OneWire.h> #include <DallasTemperature.h> OneWire ds_1(5); // setup sensor 1 DallasTemperature sensor_1(&ds_1); // 1 const int g_pinData = 8; // SI (Pin 14 on 74595) Red wire const int g_pinCommLatch = 11; // RCK (Pin 12 on 74595) White wire const int g_pinClock = 12; // SCK (Pin 11 on 74595) Green wire const int ledPin = 13; // for blinking every 1/2 seconds int tgl= 0; int bln= 0; int thn= 0; RTC_DS1307 RTC; // define RTC variables byte g_digits [10]; // Definitions of the 7-bit values for displaying digits int g_numberToDisplay = 0; // default number being displayed, 0 const int g_registers = 4; // Number of shift registers in use, 4 byte g_registerArray [g_registers]; // Array of numbers to pass to shift registers void setup() { Wire.begin(); RTC.begin(); sensor_1.begin(); //sensor pinMode (g_pinCommLatch, OUTPUT); // define 74595 pins as output pinMode (g_pinClock, OUTPUT); // define 74595 pins as output pinMode (g_pinData, OUTPUT); // define 74595 pins as output pinMode (ledPin, OUTPUT); // define LED pins as output Serial.begin (57600); // optional, turn on serial monitoring for debugging g_digits [0] = g; g_digits [1] = d + g + f + a + e; g_digits [2] = f + c; g_digits [3] = f + e; g_digits [4] = e + d + a; g_digits [5] = b + e; g_digits [6] = b; g_digits [7] = f + g + d + e; g_digits [8] = 0; g_digits [9] = e; g_digits [95] = a + g; // karakter u g_digits [96] = a + b + c + d + e + f; // karakter - g_digits [90] = c + d + e; // Degree dot g_digits [91] = b + c + g; // Capital C g_digits [92] = f + a + b + c + d; // r, 80 g_digits [93] = a + b + d; // h, 116 g_digits [94] = a + b + c + d + e + f; // - negatif sign g_digits [99] = 0; } // End of setup() // // Simple function to send serial data to one or more shift registers by iterating backwards through an array. // Although g_registers exists, they may not all be being used, hence the input parameter. void sendSerialData ( byte registerCount, // How many shift registers? byte *pValueArray) // Array of bytes with LSByte in array [0] { // Signal to the 595s to listen for data digitalWrite (g_pinCommLatch, LOW); for (byte reg = registerCount; reg > 0; reg--) { byte value = pValueArray [reg - 1]; for (byte bitMask = 128; bitMask > 0; bitMask >>= 1) { digitalWrite (g_pinClock, LOW); digitalWrite (g_pinData, value & bitMask ? HIGH : LOW); digitalWrite (g_pinClock, HIGH); } } // Signal to the 595s that I'm done sending digitalWrite (g_pinCommLatch, HIGH); } // sendSerialData void loop() { sensor_1.requestTemperatures(); int hour, minute, sec, disp = 0; DateTime now = RTC.now(); // Get current time & date hour = now.hour(); // break down time to hour minute = now.minute(); // break down time to minute sec = now.second(); // break down time to second disp = (hour * 100) + minute; g_numberToDisplay = disp; // Push the numbers to the four digits if (g_numberToDisplay < 10) { g_registerArray [0] = g_digits [0]; g_registerArray [1] = g_digits [0]; g_registerArray [2] = g_digits [0]; g_registerArray [3] = g_digits [g_numberToDisplay]; } else if (g_numberToDisplay < 100) { g_registerArray [0] = g_digits [0]; g_registerArray [1] = g_digits [0]; g_registerArray [2] = g_digits [g_numberToDisplay / 10]; g_registerArray [3] = g_digits [g_numberToDisplay % 10]; } else if (g_numberToDisplay < 1000) { g_registerArray [0] = g_digits [0]; g_registerArray [1] = g_digits [g_numberToDisplay / 100]; g_registerArray [2] = g_digits [(g_numberToDisplay % 100) / 10]; g_registerArray [3] = g_digits [g_numberToDisplay % 10]; } else { g_registerArray [0] = g_digits [g_numberToDisplay / 1000]; g_registerArray [1] = g_digits [(g_numberToDisplay % 1000) / 100]; g_registerArray [2] = g_digits [(g_numberToDisplay % 100) / 10]; g_registerArray [3] = g_digits [g_numberToDisplay % 10]; } // The below codes display the internal voltmeter readings // if ( (sec == 02) || (sec == 32) || (sec == 52) ) if ( (sec <= 10) ){ // alamat rumah g_registerArray [0] = g_digits [95]; g_registerArray [1] = g_digits [9]; g_registerArray [2] = g_digits [96]; g_registerArray [3] = g_digits [5]; sendSerialData (g_registers, g_registerArray); } else if ( (sec <= 20) ) { // get the internal voltage in four digits //volt = readVcc(); tgl = (now.day() * 100); bln = now.month(); thn = now.year(); // tanggal dan bulan g_registerArray [0] = g_digits [tgl / 1000]; g_registerArray [1] = g_digits [(tgl % 1000) / 100]; g_registerArray [2] = g_digits [(bln % 100) / 10]; g_registerArray [3] = g_digits [bln % 10]; sendSerialData (g_registers, g_registerArray); } else if ( (sec <=30) ) { // tahun g_registerArray [0] = g_digits [thn / 1000]; g_registerArray [1] = g_digits [(thn % 1000) / 100]; g_registerArray [2] = g_digits [(thn % 100) / 10]; g_registerArray [3] = g_digits [thn % 10]; sendSerialData (g_registers, g_registerArray); } else if ( (sec <= 40) ) { int tempC= sensor_1.getTempCByIndex(0); Serial.print(tempC); Serial.println(" derajat Celsius"); if (tempC <= -1) { //g_registerArray [0] = g_digits [tempC / 1000]; g_registerArray [0] = g_digits [94]; g_registerArray [1] = g_digits [-(tempC % 100) / 10]; g_registerArray [2] = g_digits [-(tempC % 10)]; g_registerArray [3] = g_digits [90]; sendSerialData (g_registers, g_registerArray); } else { g_registerArray [0] = g_digits [(tempC % 100) / 10]; g_registerArray [1] = g_digits [tempC % 10]; g_registerArray [2] = g_digits [90]; g_registerArray [3] = g_digits [91]; sendSerialData (g_registers, g_registerArray); } } else { // Display time sendSerialData (g_registers, g_registerArray); }

+Gan Bensie thank u sir