Check if everything looks good !
32 || Audio source | 13 |Mic name | 14 |Mic channel | 15 |
|---|---|---|
| {{ device.name }} | 28 |{{ mic }} | 29 |Channel {{ device.micsName.indexOf(mic) + 1 }} | 30 |
Now let's setup Gabin ! For each scene, enable cameras each microphone can trigger.
39 |{{ label }}
29 |{{ message?.description }}
47 || Connection type | 37 |Host | 38 |Port | 39 |Password | 40 |
|---|---|---|---|
| {{ type }} | 46 |{{ connection.ip.split(':')[0] }} | 47 |{{ connection.ip.split(':')[1] }} | 48 |
52 | {{ showPassword === type? connection.password : connection.password?.replace(/./g, '*') }}
53 | |
61 |
15 | You have to think in terms of containers.
16 | You have your main scenes (fullscreen, splitscreen, etc.) and they will have a nested block called a container.
17 | The container will be the one that contains all your camera sources.
18 | Gabin will automatically trigger the osc path you provide.
19 |
37 | If you need a split view with several simultaneous camera views you can create several containers. 38 |
39 | 40 |
69 | If you have multiple scenes, you have to tell Gabin when you switch between them.
70 | In order to do that call this route /scene/$NAME_OF_YOUR_SCENE.
71 |
73 | {{ subtitle }} 74 |
75 | 76 |
20 | Go to Vmix and create add a transparent color input in which you will overlay all your camera inputs on top of each other.
21 | Gabin will automatically toggle their visibility.
22 | If you need a split view with several simultaneous camera views you can create several Containers.
23 |
80 | You can now embed and place your Container scene in your main scenes.
81 | Create at least one main scene before next step.
82 |