Abstract: Computerized method, processor and computer-readable medium are provided for stereoscopically and seamlessly imaging on a generally cylindrical screen. The method allows to configure imaging data for a plurality of selectable sub-screens encompassing the cylindrical screen. Each sub-screen includes a plurality of selectable strips axially extending relative to a corresponding sub-screen in the cylindrical screen. The method further allows to render two channels imaging data increments for each strip based on a parallax model with a reference line selectively rotatable to be in parallel alignment relative to each respective plane defined by each strip. The method allows to combine each imaging data increment corresponding to each strip in a respective sub-screen to generate stereoscopic imaging data for that respective sub-screen, and further combines each sub-screen imaging data to generate stereoscopic imaging data substantially encompassing the angular span of the cylindrical screen.