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Python® Overview
Why Code in Python with Go Direct® Sensors
- Students form a deeper understanding of the importance of coding when they see their code interact with sensor data.
- Students get the Python experience needed to expand coding skills and prepare for advanced computer science courses and future careers.
- By setting up experiment variables to achieve different goals, students gain real-world coding experience.
Getting Started with Vernier Go Direct® Sensors and Python
We have created a guide and examples that make it easy to start using Go Direct sensors with Python. This includes support for Windows® 10, macOS®, and Linux.
Featured Products for Coding with Python
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Go Direct® Motion Detector
$99.00 -
Go Direct® Hand Dynamometer
$109.00
Featured Code Examples
This example collects data from one or more Go Direct sensors and displays and graphs the readings using the MatPlotLib library.
Use the accelerometer, gyro, and force sensors in the Go Direct Hand Dynamometer to control a Turtle graphic object.
More Coding Solutions for Python
Raspberry Pi and Python
Our “Getting Started with Vernier Go Direct® Sensors and Python” guide includes support for Raspberry Pi. These inexpensive versatile computers can connect via Bluetooth® wireless technology or USB, making it easy to combine Python, Raspberry Pi, and sensor data.
LEGO® EV3 and Python
You can now use your LEGO® EV3 Brick to unleash the power of Python programming using MicroPython. LEGO® Education has created full documentation and sample API code to get you started.
For educators that are looking to merge Vernier sensor data with EV3 robotics, MicroPython for EV3 version 2.0 has introduced Vernier sensor support. With the use of our LEGO® adapter, students can connect Vernier LabQuest sensors to their LEGO® EV3 robot and create unique MicroPython projects such as locating hidden magnets, monitoring the pH of an aquarium, or building a robot that tracks the sun.
Raspberry Pi is a trademark of the Raspberry Pi Foundation