Check out my gallery at http://www.pixael.com/en/pictures if you want to see more pictures.

You can follow me on
https://www.facebook.com/giuseppemilophoto
https://twitter.com/pixael_com
https://instagram.com/pixael/

This image is available in several sizes: 205x205 pixels, 500x375 pixels, 1024x768 pixels, 1920x1440 pixels, or 2000x1500 pixels.

About this building

Helsinki Central Library Oodi, designed by ALA Architects, is located at Helsinki, Finland . It was designed in 2012 and built in 2018.

It has a total built-up area of 17.000 m²

Other people involved in the desing and construction process of the Helsinki Central Library Oodi were:

  • Ramboll as Structural Engineer
  • Rejlers Finland as Electrical Engineer
  • YIT as Construction Company
  • Helsinki City as Developer

If you want to learn more about the Helsinki Central Library Oodi, don't hesitate to check the full article! Were you'll find a lot more information about it, including historical context, concept development, type of structure and materials used, and more.

File History

Upload Date and Time Thumbnail Uploaded by Comments
2020-03-04 at 19:50:00 Maria de la Paz

About this photo

This photo was taken by Giuseppe Milo on 2019:01:15 14:27:35. The image has been post-processed using Adobe Photoshop Lightroom Classic 8.1 (Macintosh), so it's possible that the shapes and/or colors have been modified, although these changes are usually minor and meant to improve the quality of the photo.

The camera used by the author of this photo was E-M1MarkII by OLYMPUS CORPORATION, with a shutter speed of 1/8, a focal distance of and an IOS of 320.

Image quaility

A shutter speed of 1/8 means the sensor was exposed for 0.125 seconds, which means the image might be blurry unless it was taken using a tripod. Even if using a tripod it's possible that moving objects, such as cars or people walking are blurry.

AN ISO of 320 means the lightning conditions when this photo was taken were probably not ideal. This image might have some "noise", particulary if zoomed in to 100%.

Authorship and Copy Right

If you want to use this photo you must know the author labeled it as: “Giuseppe Milo”. We advise you to get written permission from the author before using it for any purpose.

Metadata

  • Artist:
    Giuseppe Milo
  • Copyright:
    Giuseppe Milo
  • Make:
    OLYMPUS CORPORATION
  • Model:
    E-M1MarkII
  • Exposure Time:
    1/8
  • F Number:
    5
  • I S O Speed Ratings:
    320
  • Date Time Original:
    2019:01:15 14:27:35
  • File Date Time:
    0
  • File Size:
    1514917
  • File Type:
    2
  • Mime Type:
    image/jpeg
  • Sections Found:
    ANY_TAG, IFD0, THUMBNAIL, EXIF, GPS
  • C O M P U T E D:
    Array
  • Image Description:
    Check out my gallery at http://www.pixael.com/en/pictures if you want to see more pictures.

You can follow me on
https://www.facebook.com/giuseppemilophoto
https://twitter.com/pixael_com
https://instagram.com/pixael/
  • X Resolution:
    240/1
  • Y Resolution:
    240/1
  • Resolution Unit:
    2
  • Software:
    Adobe Photoshop Lightroom Classic 8.1 (Macintosh)
  • Date Time:
    2019:01:15 21:44:42
  • Exif_ I F D_ Pointer:
    532
  • G P S_ I F D_ Pointer:
    1000
  • T H U M B N A I L:
    Array
  • Exposure Program:
    1
  • Undefined Tag:0x8830:
    1
  • Exif Version:
    0230
  • Date Time Digitized:
    2019:01:15 14:27:35
  • Shutter Speed Value:
    3/1
  • Exposure Bias Value:
    -7/10
  • Max Aperture Value:
    0/256
  • Metering Mode:
    5
  • Light Source:
    0
  • Flash:
    8
  • Color Space:
    1
  • Focal Plane X Resolution:
    98643552/32768
  • Focal Plane Y Resolution:
    98643552/32768
  • Focal Plane Resolution Unit:
    3
  • File Source:
    
  • C F A Pattern:
    
  • Custom Rendered:
    0
  • Exposure Mode:
    1
  • White Balance:
    0
  • Digital Zoom Ratio:
    100/100
  • Scene Capture Type:
    0
  • Gain Control:
    1
  • Contrast:
    0
  • Saturation:
    0
  • Sharpness:
    0
  • Undefined Tag:0x A431:
    BHUA77761
  • G P S Version:
    
  • G P S Latitude Ref:
    N
  • G P S Latitude:
    Array
  • G P S Longitude Ref:
    E
  • G P S Longitude:
    Array
  • G P S Altitude:
    0/10000