Hey Hanton! Your library is very nice. I just love to use it. I am also working on 360 degree videos where your player works great.
However, I need to render an equirectangular video format in a normal 2D field of view, and need to extract front and back part from equirectangular 360 video.
For example:
I am developing a video player that has 3 options to select.
Front Mode
Back Mode
360 Mode
Here, "360 Mode" is what your library serves perfectly. However, I also need to know how to separate front and back parts from an equirectangular video.
I need to split the equirectangular video on the edge and provide a front and back view.
So my question is,
In order to do above, what sort of transformation operations are required to be performed on input video (equirectangular format), so that I can get the cropped normal field of view?
Any help would be much appreciated, Brother. Thanks.
Hey Hanton! Your library is very nice. I just love to use it. I am also working on 360 degree videos where your player works great.
However, I need to render an equirectangular video format in a normal 2D field of view, and need to extract front and back part from equirectangular 360 video.
For example:
I am developing a video player that has 3 options to select.
Here, "360 Mode" is what your library serves perfectly. However, I also need to know how to separate front and back parts from an equirectangular video.
I need to split the equirectangular video on the edge and provide a front and back view.
So my question is,
In order to do above, what sort of transformation operations are required to be performed on input video (equirectangular format), so that I can get the cropped normal field of view?
Any help would be much appreciated, Brother. Thanks.