continuous front projection cinema movie projection screen the exemplary screen of the present disclosure can be used for both 2d and 3d projections meeting the high standards of the film industry smaller format home theater and office projection 2d 3d screens can be manufactured using several different fabrication techniques from those described for the movie theatre projection screen an example of a cross section of location 103 is shown in fig2 photomicrograph 200 the photomicrograph 200 is oriented so that the z axis is pointed upward and the x and y axes are going in and out of the surface of the image or side to side the photomicrograph shows a transparent polymer film substrate 201 with a layer of epoxy resin 202 on the projecting surface shown to the audience individual microstructures 203 are formed in the epoxy prior to metallization the microstructures 203 in fig2 diffuse light from the front of the screen to the back of the screen at an angle of 14 u00b0 angle measured in transmission mode in full width at half maximum fwhm before front surface metallization which converts the optical microstructures from trans missive to reflective an operable microstructure for the present invention the present disclosure is not limited to diffusion angles of 14 u00b0 and can also be in the range of 8 u00b0 to 22 u00b0.