![]() Now you just have to insert your components and customize their OSC address. To make that block visible you have to right click on it and select « bring to front ». The same provide one called « Column2 » otherwise you can create a new one just by duplicating « Column1 « : right-click then duplicate. Now we will customize a second container. You can use the same interface for several columns just type if you want to have it on the fourth first columns. Since in our Millumin project, the UFO layer is only visible on the fourth column, we have to specify the « visibleOnColumn » variable to 4. Now we have to decide on which column this container will be visible. You should now be able to control the UFO rotation. then edit the address (/millumin/UFO/rotation) and the scale (from 0 to 360). You can then had a custom knob for example. We can also edit the text field : select it and edit the text in the right part of the interface. We can remove the fader (select it and hit backspace). First we gonna edit the container called « Column1 ». Each container can integrate several controls : sliders, faders, clocks. ![]() Now open the « ShowController » brick you got in the developer-kit. Now, let's see how to create your own show-controller.įirst create a new Lemur page, so you can keep the rest of the sample clean. Once it’s finished you can go on the next columns and the needed controls appear. The fourth tab contain a sample for the "story" project.įor example, on the first column, you just want to control the pyramids opacity. This brick is available in the developer-kit, and you will have to customize it by yourself. Lemur’s flexibility allows you to adjust the interface depending on the column played in Millumin. You can edit the watched layers by changing the « WatchedLayerName » property in Lemur. This brick shows the elapsed time of the current media, in the layer called « movies ». ![]() The third tab shows you a basic time control. Going on the second tab allows you to control the selected layers properties as in TouchOSC. Notice that the columns names and transition times are present in this interface. Hitting the next button will ask Millumin to go to the next column. By default, Lemur input port is 8000.Īlso tick the API feedback button : this allowed, Millumin sends feedback to the device. Open the Millumin project called « story.millumin » and access the device panel (CMD+K).Įnter your device IP and port. Open the OSC setup panel in Lemur, type your IP and Millumin input port. Your device is connected to your computer, and every modification on your computer will be automatically visible on your device, so you can test the results directly. It’s important that your computer and your device are connected to the same network. Open « Lemur editor » and click on the play button. Open the file story.jzml file you got downloaded above. To upload and modify the Lemur files, you will need the Lemur editor available here.įirst we will upload the Lemur file to your phone or tablet. ![]() The Lemur App is downloadable directly on the AppStore or Android market. The projects and templates used in this tutorial are available here. You will learn various methods through the following parts :īricks for Millumin are available in the developer-kit. Lemur is an application that send and receive OSC, just as TouchOSC, but it offers the possibility to create bricks with far more control on the OSC messages. In this tutorial, we will see how we can automate a show with the help of Lemur.
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