1. Skip to navigation
  2. Skip to content
  3. Skip to sidebar

Gigapans

NEW! Print your gigapan now!

  1. Wide fov and high resolution holography - 1 * 1 sub apertures - Fresnel approximation method - sub aperture size : 1200 * 1200 pixs - total data size : 21*21 sub apertures - object size (h*w) : 80*180 mm - imaging range : 2 m - reflective holography - resolution : letters on 1.5*4mm component are barely readable

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      0
      Total Views
      259
      Explore Score
      1

  2. Wide fov and high resolution holography - 7 * 7 wide aperture - Fresnel approximation method - sub aperture size : 1200 * 1200 pixs - total data size : 21*21 sub apertures - object size (h*w) : 80*180 mm - imaging range : 2 m - reflective holography - resolution : letters on 1.5*4mm component are readable

    • 173958-210x140

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      1
      Total Views
      459
      Explore Score
      1

  3. Wide fov and high resolution holography - 21*21 wide aperture - Fresnel approximation method - sub aperture size : 1200 * 1200 pixs - total data size : 21*21 sub apertures - object size (h*w) : 80*180 mm - imaging range : 2 m - reflective holography - resolution : letters on 1.5*4mm component are blurry due to ...

    • 173325-210x140

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      2
      Total Views
      703
      Explore Score
      34

  4. A Duke map with 70×180 mm object size in width and horizon was measured in 2 m distance. This object is strongly diffusive because it is paper printed. So the hologram signal intensity in the detector plane is weak but the signal intensity is effectively distributed over the fov. In the reflective geometry, 21×21 hol...

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      0
      Total Views
      419
      Explore Score
      1

  5. A Duke map with 70×180 mm object size in width and horizon was measured in 2 m distance. This object is strongly diffusive because it is paper printed. So the hologram signal intensity in the detector plane is weak but the signal intensity is effectively distributed over the fov. In the reflective geometry, 21×21 hol...

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      0
      Total Views
      380
      Explore Score
      1

  6. A Duke map with 70×180 mm object size in width and horizon was measured in 2 m distance. This object is strongly diffusive because it is paper printed. So the hologram signal intensity in the detector plane is weak but the signal intensity is effectively distributed over the fov. In the reflective geometry, 21×21 ...

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      0
      Total Views
      322
      Explore Score
      0

  7. first test shot with gigpan adn my leica dlux 4. The camera is set ant the Black and white setting on the d lux 4, but I used apple aperture to make it look more like tmax 400

    • 88480-210x140

    • Stats

      Favorites
      0
      Comments
      1
      Snapshots
      1
      Total Views
      1116
      Explore Score
      1

      • Meta

        Size
        0.05 Gigapixels
        Added
        July 24, 2009
        Date Taken
        July 23, 2009
        Categories
         
        Tags