![repetier server external reset command repetier server external reset command](https://www.repetier-server.com/manuals/1.1/images/gcodesquickcommands.png)
Here you select one the defined external action defined in some bad press on net regarding this but checked out the CODE and concluded problem is people not knowing how to use Repetier or Cura software works great in S3D. Of course it must be defined previously in the Web Action tab. The only difference is that you select from a dropdown list the web action that should be executed. Make sure the pause script moves away from the print. We make a info dialog pop up informing what the problem is and then pause the printer. In this case we assume an external filament sensor that the server monitors. Last is the G-Code to execute on the selected printer. Especially important on cheap buttons that change signal at the beginning. Normally a resistor between 1k and 10k should make no problems.Įdge defines when to trigger and can be Falling (High to Low), Rising (Low to High) or Both.ĭebounce time tells how long the signal must be stable to trigger. So it is best to a physical resistor to pull signal explicitly if required. Also some chips can define a pull-up or pull-down resistor internally, we can not do this. Pin function (default 2 = Alt5) – see above Output pin for other channel (default 19)
![repetier server external reset command repetier server external reset command](https://www.repetier-server.com/manuals/0.85/images/win7.png)
The onboard analogue audio output uses both PWM channels.Pins 12 and 13 might be better choices on an A+, B+ or Pi2.
![repetier server external reset command repetier server external reset command](https://www.repetier-server.com/manuals/0.91/images/userdatabase.png)
Pin 18 is the only one available on all platforms, and it is the one used by the I2S audio interface.Legal pin,function combinations for each channel: For raspberry pi you edit /boot/config.txt to enable pwm for pins and also to configure which channel maps to which pin. For raspberry pi you even have to enable this feature. Which channel maps to which pin depends on your linux configuration. The main problem is that you can not simply say which pin to use. The percentage between on and off can be defined to allow e.g. A pwm output does change the output signal very quickly. The contents differs and will be described in the next sections.Ī fully configured setup might look like this test setup. If you want to use it also in g-code the name should NOT contain whitespaces! The name for the menu can be selected later on. You select one of the five types and give it a name. At the beginning the list is empty and you can add new entries with a dialog box at the bottom. Now for the brave, the page to control these pins is in Global Settings->GPIO Pins. You do this on your own risk, so don’t tell me I did not warn you. You will be connecting and configuring new electronics and errors can lead to physical damage of your computer.
![repetier server external reset command repetier server external reset command](https://www.repetier-server.com/manuals/0.75/images/userdatabase.png)
If you think this is something for you, make sure your electronic knowledge is good enough for the task. This would be required to add a server controlled filament sonsor or to have some extra buttons that trigger quick functions like an emergency button. But you can also check a input for a signal change and trigger some actions. This allows it to change a output pin to trigger a relay for example. Starting with version 1.0.4 the linux versions of Repetier-Server can access GPIO pins directly from the interface.