• Installation de Arduino IDE - Outil pour mettre des programmes sur le board
• Telechage the ZIP du programe Camera
• Consulte la page de documentation do programme
• Dans le dossier ou tu a dézippé le Programe Camera, double click sur t-journal.ino.
• Regarde le code, pour le fun
• Plug ton bloard et clique sur
• Modifie le fichier t-journal.ino avec le programe Arduino IDE, à la ligne #456

Original:

    Serial.print("Camera Ready! Use 'http://");
    Serial.print(ip);
    Serial.println("' to connect");

Change ça pour:

    Serial.print("LaCam de J @ 'http://");
    Serial.print(ip);
    Serial.println("' pour connecter");

• Plug ton bloard et clique sur upload Pis regarde le petit écran
• Modifie le programe pour que le réseau wifi ait un nom différent et un mot de passe, en changeant la ligne no 429 Original:

    sprintf(buff, "TTGO-CAMERA-%02X:%02X", mac[4], mac[5]);
    WiFi.softAP(buff);

Change ça pour:

    sprintf(buff, "La-Cam-a-J-%02X:%02X", mac[4], mac[5]);
    WiFi.softAP(buff,"unmotdepasseassezlong");

• Plug ton bloard et clique sur pis connect toi sur ton nouveau reseau wifi

Si la programation t'interesse, tu dois apprendre ces choses la après que tu finis les premiers pas, tu a reseussi a faire tout marcher et que tu veux aller plus loin.

• Écoute ça
• Cree toi un compte sur github.com
• Install le programme git
• Check des videos youtubes

=====================

• Now Arduino officially supports the camera, you need to update the Arduino to the latest, see arduino-esp32 for details.I am using the 1.0.1rc2 version when writing this code.

• In order to support BME280, I will use Adafruit_BME280_Library, but this library conflicts with <esp_camera.h> and enters Adafruit_BME280_Library In Adafruit_BME280_Library change <Adafruit_BME280.h> --> 29 lines comment #include <Adafruit_Sensor.h>, BME280 this library does not use this header file, so comment out and no problem

• OLED requires esp8266-oled-ssd1306 library support

• Buttons require OneButton library support

• The Camera version sold by TTGO will not have the BME280 sensor, because the temperature on the board affects the accuracy of the sensor. The default program does not enable the BME280 function. If necessary, turn on the ENABLE_BME280 (on esp32-camera-bme280.ino line 12)
• Add OV2640 microphone version board support, need to enable TTGO_OV2640_V16 macro for pin conversion, no microphone test, need microphone test please use T-Camera

• Note1: The T-Camera Plus I2C is parallel to the camera SIOD SIOC. If you want to use other I2C devices, you need to change the driver code of the underlying driver camera. For details, please refer to [esp32-camera-screen] (https://github.com/lewisxhe/esp32-camera-screen)

• BUTTON Click: Reverse camera Currently the camera reverse color will not be normal, see issues#9

• BUTTON LongPress : Enter sleep Mode , Sleep current 6.9mA

• RESET BUTTON: When the battery is powered, click to turn on the power

• PIR: Detecting human motion and will display the first screen

YouTube

• TTGO_T_CameraV05

  esphome:
    name: ttgo_camearv05
    platform: ESP32
    board: esp32dev
  
  wifi:
    ssid: "ssid"
    password: "password"
  
  # Enable logging
  logger:
  
  # Enable Home Assistant API
  api:
  
  ota:
  
  mqtt:
    broker: 'ip address'
    username: 'user'
    password: 'password'
  
  # ttgo_camearv05 configuration
  esp32_camera:
    external_clock:
      pin: GPIO32
      frequency: 20MHz
    i2c_pins:
      sda: GPIO13
      scl: GPIO12
    data_pins: [GPIO5, GPIO14, GPIO4, GPIO15, GPIO18, GPIO23, GPIO36, GPIO39]
    vsync_pin: GPIO27
    href_pin: GPIO25
    pixel_clock_pin: GPIO19
    power_down_pin: GPIO26
  
    # Image settings
    name: ttgo_camearv05

• TTGO_T_CameraV16

  esphome:
    name: ttgo_camearv16
    platform: ESP32
    board: esp32dev
  
  wifi:
    ssid: "ssid"
    password: "password"
  
  # Enable logging
  logger:
  
  # Enable Home Assistant API
  api:
  
  ota:
  
  mqtt:
  broker: 'ip address'
  username: 'user'
  password: 'password'
  
  # ttgo_camearv16 configuration
  esp32_camera:
    external_clock:
      pin: GPIO4
      frequency: 20MHz
    i2c_pins:
      sda: GPIO18
      scl: GPIO23
    data_pins: [GPIO34, GPIO13, GPIO14, GPIO35, GPIO39, GPIO12, GPIO15, GPIO36]
    vsync_pin: GPIO5
    href_pin: GPIO27
    pixel_clock_pin: GPIO25
  
    # Image settings
    name: ttgo_camearv16