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Next, we're going to talk about static view cameras.
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And this is an additional camera which we can switch to
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when the presenter approaches a certain zone.
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Perfect for white board areas, particularly in higher education environments.
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Let's give a quick demonstration.
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So let's say I'm teaching in some kind of hybrid learning environment
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and I've got students over here in the room with me
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and I've also got people joining me from the far end.
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Now I've got a whiteboard that I want to use as part of this teaching,
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and I'm going to walk over to it and maybe I want to write something on it
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or just draw attention to it.
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But straight away, you can see there's two problems.
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One of them is that the board is a digital whiteboard,
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and the way the brightness is set up means it's quite
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bright considering that the cameras expose for me.
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But also, as I move out of the way to let everybody see what's on the board.
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Of course, the camera is tracking me so people in the room can see it.
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Fine, but not so much for people on the far end.
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So now I've added our static view camera.
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And let me show you the difference.
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This time as I approach the whiteboard.
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We're actually going to switch to a dedicated static view camera,
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which is exposed perfectly for the whiteboard.
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You can see that I'm now kind of dark,
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but that's because the camera is exposed perfectly for the brightness of this interactive whiteboard.
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It also means that I can move out of the way,
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make sure everybody can see it.
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And of course, this camera is not tracking me.
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However, we are still being tracked by the tracking camera.
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And you'll see as I leave this zone,
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we switch back to our tracking camera,
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which was tracking me the whole time.
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Our first job in setting up a second camera is to add our camera to Q-SYS designer.
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Here I'm using an NC 12x80,
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so I'm going to add that into the schematic
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and name it according to the name of the camera on the network.
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Let's also make sure we've got enough inputs on our mediacast router
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and connect the new camera to the router.
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Next, let's return to the Seervision plugin properties.
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Here we can see we've got a property for the number of static cameras.
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Let's change this to one.
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Open up the plugin and we can see that there's a new page for static cameras.
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The plugin is going to control the Q-SYS camera directly
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and from here we can save and recall position containers.
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we'll be linking those two trigger events on the tracking camera's page.
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But if we try to link it to our new camera now,
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we can see that it doesn't work.
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We've also got these MCR input and output controls, which don't work either.
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And if we go to the tracking camera's page,
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we can see there's also an MCR input and output control there,
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which again doesn't seem usable at the moment.
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Well, that's because in this context MCR doesn't stand for your favorite nineties emo band.
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It stands for media cast router because of course the plug in
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needs to control the router
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and control the new camera
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and it's going to control these components via their code name.
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Now just a quick refresher.
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The code name is a property of every Q-SYS component,
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which allows for scripts,
03:05
plug ins and third party control systems to change all of the components controls.
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You can see it in grey text when you hover your mouse over any component,
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but you can also find it in the properties for the component under script access
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so that the plugin can access these components.
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Let's give them a meaningful code name
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and change the script access property from none to script or all.
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Do the same for the newly added camera as well.
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emulate the design so we can change the controls in the plugin.
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Now with our code names added,
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the first thing we can do is choose our camera router
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via its code name on the media cast Router Controls page.
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We'll learn more about this page later on.
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Next, come back to the static View cameras page and choose the correct camera.
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We can also tell the plug in what media cast router input the camera is connected to
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and what output we want to use for switching.
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Let's do the same on the tracking camera's page as well.
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And now the Seervision plug in is set up to control our static view camera
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and to control the switching via the media cast router.
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now we're done linking those components in Q-SYS
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What's next is to create a trigger zone in Seervision to activate that white board shot.
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Now we want to switch to the static view camera.
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When someone approaches the whiteboard.
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So let's set up a trigger zone in Seervision to detect that.
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I'm just going to move the camera over here so we can see the whole of the whiteboard.
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Add a trigger zone and adjust it accordingly.
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Back in Q-SYS we need to point the camera where we want it
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and save that as a position container in the Seervision plug in.
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Now, one of the benefits of a dedicated whiteboard camera is
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we can also adjust the exposure manually to give us the best image possible.
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You can set the exposure and the white balance manually
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and play around with the sharpness
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and contrast to make sure that the image is perfect for your whiteboard.
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Now we set up that camera position.
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We can save that on the static camera's page in the plug in.
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Just hit save and change the container name to something meaningful like whiteboard.
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Setting up the trigger zone to switch to that whiteboard
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view is now going to be really straightforward.
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Just choose the trigger zone as we did previously.
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But instead of calling a