Requested features to make life easier

D3pixel,

Here is a solution for what I believe is your request here.

Step One: Create your project

First thing I usually do after my project is created, is get into puzzles and under the init tab (I find it best to add HTML elements in this section, although the main tab usually works fine), I add an add HTML div puzz then cut n paste into the
innerHTML attribute this simple markup:

<button id=”but01″> Position 1</button>
<button id=”but02″> Position 2</button>
<button id=”but03″> Position 3</button>
<button id=”but04″> Position 4</button>

(See Figure 2)

Tip: keep a scratch notepad file on your desktop with some generic HTML markup bits like this one handy for reuse in other test projects

With our ‘tween-to-tween-camera’ effect switches in place, go into blender.

Step 2 (optional*): Switch to front orthograpnic view (num pad 1) then align active camera to view (ctrl-alt-numpad )

*step 2 is not required, I usually do this to get my orientation/bearings straight in my head when I start a scene.

Tip: If you just have the default blender cube in your scene, you should probably add a few more objects to make it more appealing for the multiple number of cams we are going to be using.

Step 3: Add an empty to your scene. Select your camera, add a track-to constraint, select empty as your target with settings in (Figure 3)
From cam view (0 on numpad), select your empty and drag it around.

Your cam view should track/follow (“look at”) the empty. Moving your cam around in combination with your target empty, position your Cam #1 as you see fit.

Tip: If you didn’t know, when you create a new default scene in blender, it comes standard with an orbit cam and the default “target: from object” field in verge settings (under cam properties tab) is blank. When blank, your Verge3d scene defaults the camera targeted to the global origin point.

Step 4: With your cam and empty selected, object > duplicate objects (shift D). Drag out the duplicate a bit to provide separation. Repeat process 2 more times so you have a total of 4 cameras in your scene. (fig 8)

Step 5: Select your first copy of the cam (should be Camera.001, then click view > cameras > Set active object as camera (ctrl numpad 0). Moving your now active Camera.001 around in combination with your corresponding target empty (Empty.001), position your Cam #2 to taste.

Step 6: Repeat this process for each of your remaining cams. (end result Figure 9)

Step 7: With the cams all set how you want, go back to your original Cam #1 (camera). Ctrl numpad 0 to make sure it selected as default camera for the scene. IMPORTANT. Next we need to remove the track to constraint on this, and only this camera. Otherwise Cam #1 is going to be locked to our first empty and won’t tween properly in our puzzles setup.

BUT BEFORE removing the track constraint, we first need to apply it (otherwise, the cam snaps back out of position the moment you remove the track to constraint). To do this, with your main Cam selected, from the menu Object > apply > visual transform. Now it is safe to remove the track to constraint.

Step 8: One last thing to do in Blender. Opps, I lied. Two last things:

1, Go back into the camera properties tag for your main camera (Cam #1) and make sure you fill in that blank to your original Empty (Figure 9.5)

2.With Cam #1 selected (camera), right click for the pop up menu then select Snap Cursor to Selected. (Figure 10) Add another empty. This empty will be the marker for our original camera location after we start moving the cam around in puzzles.

Step 9: Save and Export the updated scene gtlf file.

Step 10: Close down your puzzles if left the window open and re-open it to account for the new objects you added to scene in updated gtlf export.

Step 10: Making sure you are back in the “main” tab of the puzzles interface, add these 4 puzzles (see figure 11). Notice the pattern of cam001 being assigned empy001, and so on, with exception of the first button for Cam #1 which is a little different since Cam #1 is the only camera that is actually moving (or active).

Yes that is right, its all an illusion, many different camera angle but performed by only 1 camera,https://www.soft8soft.com/wp-content/plugins/wp-monalisa/icons/wpml_rose.gif

Pressing the 1st button sets to Cam #1 original position, whose position was held by that extra Empty 4 marker and looking at the original Empty.

Step 11 BONUS: See if you can find my easter egg… hint, click on the glowing sphere to see someone as happy as you are all now with the knowledge of being able to set up a quasi-multicam scene with perfect tweening.
Haha

-Crunch
https://www.soft8soft.com/wp-content/plugins/wp-monalisa/icons/wpml_wacko.gif

Oh my… let us not forget a link to a live working demo
here ya goes:

https://cdn.soft8soft.com/AROAJSY2GOEHMOFUVPIOE:bddc09b7fe/applications/tweenmadness/tweenmadness.html