#Photosphere cardboard download#
#Photosphere cardboard free#

To move вЂњPhoto Sphere1вЂќ out of the camera view and make вЂњPhoto Sphere2вЂќ match the position of the camera view (), the вЂњSpheresвЂќ group needs to be moved from -3 along the X axis. Initially, within the вЂњSpheresвЂќ group, вЂњPhoto Sphere1вЂќ is centered in and вЂњPhoto Sphere 2вЂќ in. ItвЂ™s important to understand that, to switch from one sphere to the other, we need the вЂњSpheresвЂќ group to move while we keep the user/camera view at its position. The two photo spheres are inside the вЂњSpheresвЂќ group. This means that вЂњPhoto Sphere2вЂќ needs to match the position of the camera view, which is currently matched by вЂњPhoto Sphere1вЂќ. If a user sees the inside of вЂњPhoto Sphere1вЂќ and taps on the button => they should see the inside of вЂњPhoto Sphere2вЂќ.We have set the states as indicated below:

#Photosphere cardboard free#

(Feel free to read the Controllers and States article for more information.) Each controller is associated with a specific position of the вЂњSpheresвЂќ group. ThatвЂ™s why weвЂ™ve used one controller called вЂњsphere_transitionвЂќ with two states вЂњsphere 1вЂќ and вЂњsphere 2вЂќ. We wanted the camera view to move from the center of one sphere to the center of the other when the user presses a вЂњTapвЂќ button. (Please, note that from here IвЂ™ll call the вЂњposition of the sphere centerвЂќ вЂњposition of the sphereвЂќ to keep in simple.) This way, we know that the two spheres do not intersect each other. WeвЂ™ve chosen to place the center of the first photo sphere at and the center of the other one at. WeвЂ™ve created a group called вЂњSpheresвЂќ made up of two photo spheres вЂњPhoto Sphere1вЂќ and вЂњPhoto Sphere2вЂќ, and a button per sphere.Д®ach sphere has a default size of. After launching the experience, the user can then switch from one photo sphere to the other by positioning the raycaster target onto the вЂњTapвЂќ button and -not or- tapping this button. WeвЂ™ve вЂњhighlightedвЂќ the raycaster by using a target image. Within each photo sphere, weвЂ™ve inserted a plane (the red вЂњTapвЂќ button) and a raycaster, which tracks the direction in which the user is looking. In this project, weвЂ™ve used two photo spheres (but feel free to use as many as you want!).

#Photosphere cardboard download#

You can download the corresponding zpp file here. WeвЂ™ve put together a little experience to show you a way to switch from one photo sphere to another in AR and VR modes.