But before you can start assembling, you ought to know the purpose of each brick. These make QLab incredibly flexible and really are what give the software its power. ![]() In order to use the dashboard, we need to install the Node-Red Dashboard. QLab is a powerful show control software with a wide range of building blocks called cues. Please reference the previous post if you need more detailed steps. This is a continuation of the previous post. I also discovered when sensors are not connected (in the case when you may be setting up a sensor), a bit of noise passes through the system, triggering cues unexpectedly. This allows easier tuning of where to place and point the sensors. ![]() Using the dashboard, I am able to walk through the scenes while viewing the motion sensor status. I also wanted a way to display the status of the sensors on a dashboard. I just wanted to demonstrate how I setup Node-Red to handle multiple sensors. In this post, I will expand on that by building out support for multiple sensors as well as providing a dashboard to display the sensor values.Īs part of our Halloween display we will be triggering multiple scenes using multiple motion sensors. In the last blog post, Controlling QLab Wirelessly using Motion Sensors, I talked about setting up the Raspberry Pi to send Motion data to QLab via OSC messages.
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