Simulated and experimental axial sweep visualizations at SLM pixel count F×F=128×128 and target count T=16

Visualization 4. Simulated and experimental axial sweep videos of patterned volumes resulting from phase masks computed by each algorithm (NIMBLE-PATCH, GSx1, and GSx3) for a representative target point cloud distribution at an effective SLM pixel count of F×F=128×128 and a target count of T=16. XY target positions are marked by orange circles in axial sweep videos. Depth plane location within the axial sweep range is tracked by sliding red bars, with Z target positions marked by white crosses

Simulated and experimental axial sweep visualizations at SLM pixel count F×F=64×64 and target count T=4

Visualization 1. Simulated and experimental axial sweep videos of patterned volumes resulting from phase masks computed by each algorithm (NIMBLE-PATCH, GSx1, and GSx3) for a representative target point cloud distribution at an effective SLM pixel count of F×F=64×64 and a target count of T=4. XY target positions are marked by orange circles in axial sweep videos. Depth plane location within the axial sweep range is tracked by sliding red bars, with Z target positions marked by white crosses

Simulated and experimental axial sweep visualizations at SLM pixel count F×F=128×128 and target count T=4

Visualization 2. Simulated and experimental axial sweep videos of patterned volumes resulting from phase masks computed by each algorithm (NIMBLE-PATCH, GSx1, and GSx3) for a representative target point cloud distribution at an effective SLM pixel count of F×F=128×128 and a target count of T=4. XY target positions are marked by orange circles in axial sweep videos. Depth plane location within the axial sweep range is tracked by sliding red bars, with Z target positions marked by white crosses

Simulated and experimental axial sweep visualizations at SLM pixel count F×F=256×256 and target count T=16

Visualization 5. Simulated and experimental axial sweep videos of patterned volumes resulting from phase masks computed by each algorithm (NIMBLE-PATCH, GSx1, and GSx3) for a representative target point cloud distribution at an effective SLM pixel count of F×F=256×256 and a target count of T=16. XY target positions are marked by orange circles in axial sweep videos. Depth plane location within the axial sweep range is tracked by sliding red bars, with Z target positions marked by white crosses

Simulated and experimental axial sweep visualizations at SLM pixel count F×F=256×256 and target count T=4

Visualization 3. Simulated and experimental axial sweep videos of patterned volumes resulting from phase masks computed by each algorithm (NIMBLE-PATCH, GSx1, and GSx3) for a representative target point cloud distribution at an effective SLM pixel count of F×F=256×256 and a target count of T=4. XY target positions are marked by orange circles in axial sweep videos. Depth plane location within the axial sweep range is tracked by sliding red bars, with Z target positions marked by white crosses

Supplementary document for Fast non-iterative algorithm for 3D point-cloud holography - 6523458.pdf

Supplemental Documen