Copy the folder over to your SD-Card and pick a script from within the menu to start the test run. In the test folder you'll find some sample scripts. I've added the option to run GCode scripts for automated testing of your hardware. Just edit the settings from within the built-in menus or the WebInterface, save them and reboot. Hence, changing runtime parameters doesn't require recompiling the firmware. The configuration files *.json and debug.txt have to be copied into the root folder of your SD-Card for the controller board. Simply create a new build environment in your platformio.ini and adopt the settings according to your controllers hardware in your custom pins.h file. one servo connector (or two spare I/O pins for Software-I2C).Make sure your board of choice has at least 256K of Flash memory, 48K of (S)RAM and all other components needed, which are at least: I recommend using a 32 bit controller board instead. Although you might be able to utilize older 8 bit boards, it's not recommended - you'll most probably run out of memory (Flash/RAM) very soon. Of course, this firmware can also be configured to run on any other controller board, as long as it meets the specifications. The Bigtreetech SKR mini series boards are very small and yet powerful because of the 32-Bit STM Micro Controller Unit. To use this firmware, you have to compile it and flash it to one of these (already supported) controller boards: Board If you like this project and find it useful, you may consider donating. Read the full story on how it came to life on my official SMuFF homepage. Here's the official firmware package for the Smart Multi Filament Feeder, as published on Printables and Thingiverse.

Chemal gegg