Methods and systems for manfucaturing a rear projection screen and a setup for displaying a simulated 3d hologram

A method for displaying a simulated 3D image, comprising:

• attaching a first linear polarization lens with an east-west polarization to a first front projector;
• creating a front screen, which is a rear-projecting screen, wherein the creating the front screen comprises:
• hanging a stretched out gauze vertically;
• and
• applying three semi-translucent diffusing coatings at regular intervals in between at least two layers of first fire resistant coating applied on the stretched out gauze;
• attaching a polarized film with a north-south polarization to the front screen, wherein the polarized film is the same size as the front screen;
• placing a background screen directly behind the front screen;
• projecting first image data using the first front projector and projecting second image data using a second front projector, wherein interrelation of the first data and the second data image leads to an apparent parallax effect and display of a simulated 3D image.

A simulated three-dimensional display device, comprising:

• a first linear polarization lens with an east-west polarization attached to a first front projector;
• a front screen, which is a rear-projecting screen, attached to a polarized film with a north-south polarization, where the front screen includes a stretched out gauze vertically and three semi-translucent diffusing coatings between at least two first resistant coatings;
• and
• a background screen directly behind the front screen,
• wherein the first front projector is configured to project first image data and a second front projector is configured to project second image data, wherein interrelation of the first data and the second data image leads to an apparent parallax effect and display of a simulated 3D image.