fake
Reference for the fake camera model. Returns a static gradient image and point cloud for testing.
Reference for the fake camera model. Returns a static gradient image and point cloud for testing.
Reference for the fake encoder model. Fake encoder.
Reference for the fake gantry model. Fake gantry.
Reference for the fake generic model. Fake generic component.
Reference for the fake gripper model. Fake gripper.
Reference for the fake sensor model. Fake sensor to use for testing.
Reference for the fake servo model. Fake servo.
Reference for the fake switch model. Fake switch for testing.
Configuration attribute reference for built-in arm models.
Configuration attribute reference for built-in base models.
Configuration attribute reference for built-in board models.
Configuration attribute reference for built-in button models.
Configuration attribute reference for built-in camera models.
Configuration attribute reference for built-in encoder models.
Reference for the esp32 board model. ESP32 board running viam-micro-server.
Reference for the fake base model. Fake base to use for testing without physical hardware.
Reference for the fake board model. Fake board.
Reference for the fake camera model on Micro-RDK. Returns a static circle-in-diamond image for testing.
Configuration attribute reference for built-in gantry models.
Configuration attribute reference for built-in generic models.
Configuration attribute reference for built-in gripper models.
Configuration attribute reference for built-in input controller models.
Configuration attribute reference for built-in motor models.
Configuration attribute reference for built-in movement sensor models.
Configuration attribute reference for built-in power sensor models.
Configuration attribute reference for built-in sensor models.
Configuration attribute reference for built-in servo models.
Configuration attribute reference for built-in switch models.
Reveal which resources are available to configure on a machine based on the hardware that is physically present.
Reference for the fake input-controller model. Fake input controller for testing.
Reference for the ffmpeg camera model. Uses a camera device, video file, or stream as a camera component.
Reference for the gamepad input-controller model. Linux-supported gamepad as an input controller.
Reference for the gpio input-controller model. GPIO- or ADC-based device as an input controller.
Reference for the mux input-controller model. Mux input controller to combine one or more input controllers.
Reference for the two_wheeled_base base model. And wire a two-wheeled base with a microcontroller.
Reference for the webgamepad input-controller model. Web-based gamepad as an input controller.
Reference for the wheeled base model. And wire a wheeled base.
Reference for the image_file camera model. Serves color or depth image frames from a file path.
Update or delete your existing modules, or change their privacy settings.
Reference for the esp32-camera Micro-RDK camera model. Supports OV2640 and OV3660 cameras connected to an ESP32 board.
Reference for the webcam camera model. The general camera model for USB cameras and laptop webcams.
Reference for the fake arm model. Fake arm to use for testing.
Reference for the sensor-controlled base model. Sensor-controlled base, a robotic base with feedback control from a movement sensor.
Create your own modules for use with an Espressif ESP32 microcontroller.
Reference for the transform camera model. Apply pipeline transformations (classifications, crop, detections, resize, rotate) to another camera’s output.
Reference for the ultrasonic sensor model. Ultrasonic sensor with a microcontroller.
Reference for the single-axis gantry model. Single-axis gantry.
Reference for the multi-axis gantry model. Multi-axis gantry.
Reference for the gpio servo model. Gpio servo.
Reference for the gpio servo model. Gpio hobby servo with a microcontroller.
Base models available in the Micro-RDK.
Board models available in the Micro-RDK.
Camera models available in the Micro-RDK.
Encoder models available in the Micro-RDK.
Motor models available in the Micro-RDK.
Movement sensor models available in the Micro-RDK.
Sensor models available in the Micro-RDK.
Servo models available in the Micro-RDK.
Integrate a custom base component with the Viam Python SDK.
Integrate an Intermode rover as a modular resource base component with CAN bus.
Reference for the incremental encoder model. Incremental encoder.
Reference for the incremental encoder model. Incremental encoder.
Reference for the single encoder model. Single encoder with a microcontroller.
Reference for the single encoder model. Single encoder.
Reference for the wheeled-odometry movement-sensor model. Wheeled odometry movement sensor.