Tutorial / Example - a Floor-hotspot at the Mouse-position

in the 3D example of zflare :
https://krpano.com/plugins/userplugins/zflare/#examples

i have added a very simple limit like this :

<hotspot name="floorspot" ... onclick="move_in_limits(get(tx),get(tz));" />


	<action name="move_in_limits" scope="local" args="tx,tz">
		clamp(tx, -900, 900);
		clamp(tz, -900, 900);
		tween(view.tx, get(tx));
		tween(view.tz, get(tz));
	</action>

Quote from klaus.krpano

Not yet, but with one of the next releases.

Any update on this?

Quote from Kandob

Any update on this?

patience... 1.21 is coming soon

I hope one of the examples will be how to float over a 3D model (floor, walls, stairs, ...) with the hotspot

How can I use this navigation in a 2D tour for both desktop and mobile?
Any example or code?
Thanks
Best

Just finding this thread, nice example for placement of hotspots in the floor! Is there a demo of atv and ath coordinates converted sphere to space h,v,d to x,y,z so that a hotspot is always parallel to the floor but without the mouse function?

I basically have some image hotspots placed with atv, ath coordinates in the cube proj but want them rotated always parallel to the floor for navigation dynamically based on those coordinates not sure if there is an example or an easy way of doing so?

This other thread I found I believe asks a similar ish question to the one I am asking above (didn't find an example there though but putting it for reference):

Thread

hotspot distortion - get correct rx, ry, and rz values

hi there,

i'm surprised cant find any infos about finding the rx, ry, and rz values for a correct hotspot distortion.

what i have is a hotspot with an arrow (just png with frontal view of the arrow pointing upwards)
now i want to project the arrow to the floor (xz plane) ... basically like a sticker on the floor.

to do this you must set distorted="true" and set the rx, ry, and rz values depending on your ath and atv values.

this is still relatively easy when you want the hotspot image oriented…

indexofrefraction

July 30, 2016 at 5:56 PM