Software Downloads
The details of the granted use of the documents and software are included in the relevant files.
Documentation and manuals are on the product pages of this homepage!
Documentation and manuals are on the product pages of this homepage!
Marvin IoT Roboter
Latest software - SD-Card image (iRP, Firmware, Dokumentation)
The software update instructions are included in the operating instructions for the various operating systems.
Marvin C++ Toolchain
The Marvin C++ Toolchain is required for C++ software development on the Marvin robot.
The installation manual is included in the Marvin user manual.
Linux-Version (Ubuntu 64bit):
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JM3 Robot-Tool V2.0.1 and ext4-browser v1.0
The JM3 Robot-Tool is used to flash program the Marvin robot or to configure the WiFI interface.
Beside the Marvin it can program the Asuro, RP6 (Base, M32, Wifi) and Robot Arm. A Terminal Program
is embedded in the JM3 Robot-Tool.
The Multiloader is the command line version to programm the robots.
Linux-Version (Ubuntu 64bit): Mac OSX-Version: Windows-Version: |
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Asuro xTend Library and Demo-Programm
The Demo-Program stimulates all hardware functions of the Asuro xTend and displays the measured values on the display.
The optional Asuro modules as e.g. the 3D Compass/Gyro or the RTC are supported by the demo program. Only if the module hardware is attached to the Asuro xTend board you can expect
valid results on the display.
The complimetary Asuro Robot software comprises a digital PDI controller for the motor drivers and the data communication between the Asuro xTend and Asuro Robot is
ready to use implemented. This allows the development of new application software only on the Asuro xTend board.
Asuro xTend C++ Toolchain
Under Linux (Ubuntu, Debian, ...) you must install the packages "gcc-avr", "binutils-avr" and "avr-libc"
(should be the actual version) via package manager. Other operating systems are not supported.
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RP6 Sensor Board Library and Demo-Programm
The Demo-Program stimulates all hardware functions of the sensor board. The sensor ICs are initialized with a basic configuration to demonstrate the principal functionality
and to show how the software can control it. A 2D compass function with simple calibration routine, measurement of roll and pitch angle, GPS Modul control and reading of position data
and a basic Servo-Controller for the Robot Arm are included.
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