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Wispy mist and spheres. Clear skies no precipitation.
| Categories: None | Camera Type: Canon PowerShot A1100 IS |
| x-Resolution: | 72.00 |
| y-Resolution: | 72.00 |
| Resolution Unit: | Inch |
| Orientation: | top - left |
| YCbCr Sub-Sampling: | |
| Image Description: | |
| Manufacturer: | Canon |
| Model: | Canon PowerShot ELPH 100 HS |
| Software: | PaintShop Pro 14.00 |
| InterColorProfile: | 3144 bytes undefined data |
| IPTC/NAA: | 36 bytes undefined data |
| Compression: | JPEG compression |
| Exif Version: | Unknown Exif Version |
| FlashPixVersion: | FlashPix Version 1.0 |
| Color Space: | sRGB |
| Components Configuration: | Y Cb Cr - |
| Compressed Bits per Pixel: | 3.00 |
| PixelXDimension: | 3996 |
| PixelYDimension: | 2996 |
| User Comment: | |
| Exposure Time: | 1/60 sec. |
| FNumber: | f/2.8 |
| ISO Speed Ratings: | 500 |
| Shutter speed: | 5.91 EV (APEX: 7, 1/59 sec.) |
| Aperture: | 2.97 EV (f/2.8) |
| Exposure Bias: | 0.00 EV |
| MaxApertureValue: | 2.97 EV (f/2.8) |
| Metering Mode: | Pattern |
| Flash: | Flash fired, auto mode, red-eye reduction mode. |
| Focal Length: | 5.0 mm |
| Focal Plane x-Resolution: | 16393.44 |
| Focal Plane y-Resolution: | 16393.44 |
| Focal Plane Resolution Unit: | Inch |
| Sensing Method: | One-chip color area sensor |
| File Source: | DSC |
| Custom Rendered: | Normal process |
| Exposure Mode: | Auto exposure |
| White Balance: | Auto white balance |
| Digital Zoom Ratio: | 1.00 |
| Scene Capture Type: | Standard |
| Image Unique ID: | B5DE8CBB651C4D759AA8 |
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I am an avid skywatcher. I photograph at least twice a day usually dusk and dawn for most images. I have been capturing unusual or uncategorized pictures nearly everyday. I have been diligent about debunking common causes. I can find no correlation with the photos and the weather (ie: humidity levels, temperature, barometric pressure, sunspot activity, electromagnetic earth readings, or even pollen counts). |
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Those that're smallest are also the brightest, and those that're biggest seem to be dimmest. So the smaller, the brighter.
If they'd be emitting their own light, you'd think nearer == bigger == brighter, but this is the exact opposite of that. Ie, it seems as if they're simply objects that're out-of-focus, that the more blurred, the dimmer they are (ie, more light spread out due to blurring), but the closer to being in-focus, the smaller and "sharper" the image, thus brighter.
More clues... :D
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