⚙ CyberGear

This repo is a .Net implementation of CyberGear.

👋 How to use?

Using the builder pattern to build CanBus.

var builder = CanBus.CreateBuilder(SlotType.Usb, 1);
builder.Configure(opt =>
{
    // set can bitrate, which default value is Pcan1000
	opt.Bitrate = Bitrate.Pcan1000;
    // set masteridd which default value is 0
    opt.MasterId = 0;
    // add motor can id range
    opt.AddMotors(new uint[] { 2, 127 });
});
CanBus can = builder.Build();

Where are the motors?

var motor0 = can.Motors[0];
var motor1 = can.Motors[1];
var motorFeedback = await motor0.SetMechanicalZeroAsync();

🎨 3D Models

This repository includes SOLIDWORKS 2022 3D models and STL files for the CyberGear motor:

• Location: Cybergear model(SOLIDWORKS 2022 & STL)/
• Files:
  • Cybergear.SLDASM - Assembly file
  • motor.SLDPRT - Motor part
  • rotor.SLDPRT - Rotor part
  • STL files for 3D printing

These models can be used for mechanical design, integration planning, and 3D printing.

👉 Matters

• Please use a PCAN compatible device
• PEAK official website driver
• Download Peak.Can.Basic(4.8.0.830) through nurget
• Example: CyberGearPlayground

📒 Referrence：

• PEAK Official Documentation

• Introductory video