MIP_SDK  v3.0.0-736-g212583cf
MicroStrain Communications Library for embedded systems
Modules
Examples [CPP]

C++ language examples demonstrating MIP SDK usage and functionality. More...

Modules

 5-Series AHRS Example [CPP]
 Example setup program for the 3DM-CX5-AHRS, 3DM-CV5-AHRS, and 3DM-GX5-AHRS using C++.
 
 5-Series AR Example [CPP]
 Example setup program for the 3DM-CX5-AR, 3DM-CV5-AR, and 3DM-GX5-AR using C++.
 
 5-Series GNSS/INS Example [CPP]
 Example setup program for the 3DM-CX5-GNSS/INS, and 3DM-GX5-GNSS/INS using C++.
 
 5-Series Stream IMU Example [CPP]
 Example setup program for streaming IMU data on 5-series devices using C++.
 
 5-Series Threading Example [CPP]
 Example multithreading program for 5-series devices using C++.
 
 7-Series AHRS Example [CPP]
 Example setup program for the 3DM-CV7-AHRS, and 3DM-GV7-AHRS using C++.
 
 7-Series AR Example [CPP]
 Example setup program for the 3DM-CV7-AR, and 3DM-GV7-AR using C++.
 
 7-Series GNSS/INS Example [CPP]
 Example setup program for the 3DM-GQ7-GNSS/INS, and 3DM-CV7-GNSS/INS using C++.
 
 7-Series INS Example [CPP]
 Example setup program for the 3DM-CV7-INS, and 3DM-GV7-INS using C++.
 
 7-Series Stream IMU Example [CPP]
 Example setup program for streaming IMU data on 7-series devices using C++.
 
 7-Series Threading Example [CPP]
 Example multithreading program for 7-series devices using C++.
 
 Device Info Example [CPP]
 Example program to print device information for any MIP-enabled MicroStrain device using C++.
 
 MIP Packet Example [CPP]
 Example program to create raw and buffered MIP packets using C++.
 

Detailed Description

This group contains comprehensive C++ examples that demonstrate how to use the MIP SDK to communicate with and control MicroStrain devices. The examples leverage C++ features and object-oriented programming paradigms to provide elegant solutions for:

These examples serve as practical tutorials for developers integrating MicroStrain sensors into C++ applications, showcasing both basic SDK usage and advanced C++ techniques for robust sensor integration.