This whole type tag thing sounds needlessly complex. Strings have the type tag s followed by the text itself.
#IR OSC RESOLUME 5 WINDOWS 10 UPDATE#
This way you can dynamically update the Text Block and Text Animator sources. If that all sounds very nerdy, you can check out Vezer, which does all the hard work for you. You can write a color as an int by bitshifting its RGBA values.
#IR OSC RESOLUME 5 WINDOWS 10 32 BIT#
OSC color values have the type tag r followed by an unsigned integer representing a 32 bit RGBA color. ColorĪs a special case, you can send an OSC color value to color pickers. This will result in a linear translation of the the float value between 0.0 and 1.0 to the range of the parameter you're addressing. Nerd Alert! If you're so inclined, you can still send a float value to addresses that specify an int. I know, it's a silly thing to do, but humour us, please. Us computer types like to start counting at 0, so that gives 51 in total. And you can send it a whole number between 0 and 50.Įach whole number will select one of the 51 available blend modes. Intįor instance, the layer one blend mode can be reached at /composition/layers/1/video/mixer/blendmode. Sending 0.5 will put it smack dab in the center. This means that the values range from rotated 180 degree counterclockwise, to 180 degrees clockwise. Similarly, /composition/video/effects/transform/rotationz has the Type Tag Float 0.0 - 1.0 (range -180.0 - 180.0). So sending 0 will set it to 0%, sending 0.1 will set to 100%, 0.5 to 500% and 1.0 to 1000%. This means that you can send fractional values between 0 and 1, to set the scale of the composition to a value between 0% and 1000%. Floatįor instance, /composition/video/effects/transform/scale has the type tag Float 0.0 - 1.0 (range 0.0 - 1000.0). Type Tag is a fancy term for what values you can send to an address and what the result will be. When you select a UI item, you can also see its Type Tag. If there is no Goo effect on the currently selected layer, it's still perfectly safe to send to something to this address. You just need to switch the selected layer first. So if you have Goo effects on every layer, you can control each of them with the same OSC address. It always controls the Goo effect, but on a different layer, depending on which layer is currently selected. It controls the Goo effect in the first layer, and the first layer only. The first one is what we call the absolute address.
Which one you need depends on how you want to use it. For instance, below are the two addresses by which you can access the Speed parameter of a Goo effect on Layer one. Some controls can be accessed by more than one address. To give you an idea, here's a list with the OSC addresses for a composition with only one clip in only one layer, without any effects. The list of addresses changes depending on how you have your composition set up. Yeah, kind of, but not really when you think about it. "But Resolume, why don't you have a list of every OSC address in Resolume? That would be super handy! " You can click the address itself, ready for copypasta goodness. The Shortcuts panel will show you the correct address. So how do you figure out what the address is for a particular control? Although there is a certain logic to it, it's easiest to just enter OSC Shortcut mode (Shortcuts > Edit OSC), and click the desired control. composition/layers/2/clips/8/transport/position 0.0 We can do that by sending the following message: Let's say we want to set the playhead of clip 8 in layer 2 to the beginning of the clip. You can control every UI item the same way. You can always use this OSC message to set the opacity of layer one. There's no need to assign any shortcuts or load presets. Unlike MIDI and keyboard shortcuts, that require you to first link a control to a specific shortcut.įor instance, if you would like to set the opacity of layer 1 to 25%, you send an OSC message to the address "/composition/layers/1/video/opacity", while specifying 0.25 as a value.
This means that with OSC, you can start controlling everything right away. The addresses are all fixed and set up already. It's essentially a way of sending an email to Resolume, telling it to set a certain control to a certain value. Instead of clicking with the mouse, you control things by sending messages to a control's address. You enable OSC in Resolume in the OSC tab of the Preferences.Įvery item in the Resolume can be controlled via its OSC address. The important things to know is that you can send OSC over a network, and you have much finer control than via MIDI or DMX. OSC offers you the ultimate control over every aspect of Resolume.
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