Since my lens is 6x4, I choose an output width of 6 inches. In LIC, I use no registration marks but you can certainly add them if you want.
Let's just say that for my printer, it is 60.12 lpi. I have talked about the pitch test in Lenticulars - Pitch Test with SuperFlip. Before all that though, one needs to know the exact lpi for the given printer (and paper) by performing a pitch test. png file format and I am too lazy to switch to. I have tried to use SuperFlip but it doesn't like the. I have talked about LIC before in Lenticulars - Interlacing with Lenticular Image Creator. To interlace, we are gonna use Lenticular Image Creator (LIC). Now that we have the frames for our lenticular, we need to interlace them into a single image to print and laminate to our lenticular lens. The min disparity to use in FSG6 is thus 4x(-32)=-128. Because the reduced size is one fourth the original size, the min disparity and the max disparities that were used to generate the reduced size depth maps must be multiplied by 4. Since my lenticular lens is 60 lpi and my printer has a resolution of 600 dpi, I am gonna go with a 10 frame lenticular (600 divided by 60 is 10). We can now generate the frames for our lenticular using Frame Sequence Generator 6 (FSG6). Full size right depth map (dimensions: 3617 x 2410).